diff --git a/.cockpitrc b/.cockpitrc
index 25fdc6f8c..1e5d987d0 100644
--- a/.cockpitrc
+++ b/.cockpitrc
@@ -17,7 +17,9 @@
   #                   SG13G2_1.2.10
   #                   SG13G2_1.2.13
   #                   SG13G2_1.3.1
-  #                   SG13CMOS5L_1.3.1
+  #                   SG13CMOS5L_1.3.1 #--hacked version for experimental
+  #                   SG13CMOS5L_0.1
+  #                   SG13CMOS5L_0.2
   #
   #   IO cell       : ixc013g2_iocell_rev0.0.2
   #                   ixc013g2_iocell_rev0.0.4
@@ -26,7 +28,8 @@
   #                   ixc013g2_iocell_rev1.2.1
   #                   open_io_v0.1
   #                   open_io_v0.2
-  #                   sg13g2camos5l_io_v0.2
+  #                   sg13g2camos5l_io_v0.2 #--hacked version for experimental
+  #                   sg13cmos5l_io_v0.1
   #   bondpad       : bondpad_70x70_v0
   #                   bondpad5l_70x70_v0
   #
@@ -42,32 +45,70 @@
   #                   open_stdcell_v3.1
   #                   open_stdcell_v3.2
   #                   open_stdcell_rev0.1.3
+  #                   sg13cmos5l_stdcell_v0.1
   #                   ez130_8t_stdcell_v0
   #                   ez130_8t_stdcell_v0.12
   #                   ez130_8t_stdcell_v1.0
+  #                   ez130_7t_stdcell_v0
   #  
   #   memories      : RM_IHPSG13_v1.0
   #                   RM_IHPSG13_v2.0
   #                   open_sram_v2.0
   #                   open_sram_v2.1
+  #                   open_sram_v2.2
   #
   #   ip            : agingsensor_v1.0            
   #                   agingsensor_v1.1         
   #                   agingsensor_v1.2         
   #    
 
-  libs    = SG13G2_1.3.1 \
+  libs    = SG13CMOS5L_0.2 \
             open_stdcell_rev0.1.3 \
-            open_io_v0.2 \ 
-            open_sram_v2.1
+            sg13cmos5l_stdcell_v0.1 \
+            sg13cmos5l_io_v0.1 \
+            SG13G2_1.3.1 \
+            ez130_8t_stdcell_v1.0 \
+            open_io_v0.2 \
+            open_sram_v2.2 \
+            bondpad5l_70x70_v0
 
-  
-  macros  = RM_IHPSG13_1P_1024x64_c2_bm_bist \
-            RM_IHPSG13_1P_2048x64_c2_bm_bist \
-            RM_IHPSG13_1P_256x48_c2_bm_bist \
-            RM_IHPSG13_1P_256x64_c2_bm_bist \
-            RM_IHPSG13_1P_512x64_c2_bm_bist \
-            RM_IHPSG13_1P_64x64_c2_bm_bist
+
+  # If you need other macros, add them to 'macros' below 
+  # Don't forget the backslash to continue the line!
+  #
+  # Available macros                area per bit [um^2/bit]
+  # -------------------------------------------------------
+  # RM_IHPSG13_1P_64x64_c2_bm_bist      12.3
+  # RM_IHPSG13_1P_256x8_c3_bm_bist      8.57
+  # RM_IHPSG13_1P_256x16_c2_bm_bist     6.87
+  # RM_IHPSG13_1P_256x32_c2_bm_bist     6.04
+  # RM_IHPSG13_1P_256x48_c2_bm_bist     5.77
+  # RM_IHPSG13_1P_256x64_c2_bm_bist     5.69
+  # RM_IHPSG13_1P_512x8_c3_bm_bist      6.38
+  # RM_IHPSG13_1P_512x16_c2_bm_bist     5.53
+  # RM_IHPSG13_1P_512x32_c2_bm_bist     4.87
+  # RM_IHPSG13_1P_512x64_c2_bm_bist     4.58
+  # RM_IHPSG13_1P_1024x8_c2_bm_bist     6.03
+  # RM_IHPSG13_1P_1024x16_c2_bm_bist    4.86
+  # RM_IHPSG13_1P_1024x32_c2_bm_bist    4.28
+  # RM_IHPSG13_1P_1024x64_c2_bm_bist    4.03
+  # RM_IHPSG13_1P_2048x64_c2_bm_bist    3.75
+  # RM_IHPSG13_1P_4096x8_c3_bm_bist     4.47
+  # RM_IHPSG13_1P_4096x16_c3_bm_bist    3.93
+  # RM_IHPSG13_1P_8192x32_c4            3.59
+  # 
+  # RM_IHPSG13_2P_64x22_c2              28.0
+  # RM_IHPSG13_2P_64x32_c2              25.7
+  # RM_IHPSG13_2P_256x8_c2_bm_bist      18.6
+  # RM_IHPSG13_2P_256x16_c2_bm_bist     14.0
+  # RM_IHPSG13_2P_256x32_c2_bm_bist     11.8
+  # RM_IHPSG13_2P_512x8_c2_bm_bist      14.0
+  # RM_IHPSG13_2P_512x16_c2_bm_bist     10.8
+  # RM_IHPSG13_2P_512x32_c2_bm_bist     9.19
+  # RM_IHPSG13_2P_1024x16_c2_bm_bist    9.47
+  # RM_IHPSG13_2P_1024x32_c2_bm_bist    8.06
+
+  macros  = RM_IHPSG13_1P_512x32_c2_bm_bist
             
   
 [version]
@@ -89,8 +130,10 @@
   innovus   =  innovus-21
   dfii      =  ic-6
   calibre   =  calibre-2021.3
-  oseda     =  oseda -2025.12
 
+  #this is actually the oseda version
+  klayout   =  klayout-2026.04
+   
 [command]
   # Startup commands available through the GUI buttons.
   # - startup commands can be modified but need to be compatible with the
@@ -107,8 +150,7 @@
   innovus                      =  xterm -g 136x40 -T innovus-21.13 -e "cds_innovus-21.13.000 innovus"
   calibre                      =  xterm -g 120x40 -T calibredrv-2021.3 -e "./start_calibre 2021.3"
   dfii                         =  ./start_dfii
-  yosys                        =  xterm -g 120x40 -T yosys -e "oseda -2025.12 yosys -C"
-  openroad                     =  xterm -g 120x40 -T openroad -e "oseda -2025.12 openroad -gui"
-  klayout                      =  xterm -g 120x40 -T klayout -e "setenv KLAYOUT_HOME ./.klayout; oseda -2025.12 klayout -e"
+  yosys                        =  xterm -g 120x40 -T yosys -e "oseda -2026.02 yosys -C"
+  openroad                     =  xterm -g 120x40 -T openroad -e "oseda -2026.02 openroad -gui"
+  klayout                      =  xterm -g 120x40 -T klayout -e "./start_klayout"
   dz:llama                     = llama
-
diff --git a/.github/scripts/run_full_flow.sh b/.github/scripts/run_full_flow.sh
index e8ec529e2..24dbe0aac 100755
--- a/.github/scripts/run_full_flow.sh
+++ b/.github/scripts/run_full_flow.sh
@@ -18,6 +18,11 @@ CROC_ROOT="$(cd "$SCRIPT_DIR/../.." && pwd)"
 
 cd "$CROC_ROOT"
 
+echo "============================================="
+echo " Preparing public PDK GDS"
+echo "============================================="
+scripts/download_gds.sh
+
 echo "============================================="
 echo " Step 1: Yosys synthesis"
 echo "============================================="
diff --git a/.github/scripts/run_sim_flow.sh b/.github/scripts/run_sim_flow.sh
index 9ee3b7b15..a64b96119 100755
--- a/.github/scripts/run_sim_flow.sh
+++ b/.github/scripts/run_sim_flow.sh
@@ -17,6 +17,9 @@ CROC_ROOT="$(cd "$SCRIPT_DIR/../.." && pwd)"
 
 cd "$CROC_ROOT"
 
+# Always restore the checked-in default after a configuration-specific run.
+trap '"$SCRIPT_DIR/set_croc_config.sh"' EXIT
+
 echo "============================================="
 echo "Phase 1: default config — helloworld"
 echo "============================================="
@@ -31,10 +34,10 @@ make -C sw
 cd verilator
 ./run_verilator.sh --build 
 ./run_verilator.sh --run ../sw/bin/helloworld.hex
-grep -q "\[UART\] Hello World from Croc!" croc.log || exit 1
+grep -q "\[UART\] Hello World from Croc!" croc_rtl.log || exit 1
 
 ./run_verilator.sh --run ../sw/bin/test/print_config.hex
-"$SCRIPT_DIR/check_sim.sh" croc.log
+"$SCRIPT_DIR/check_sim.sh" croc_rtl.log
 
 cd "$CROC_ROOT"
 
@@ -51,12 +54,9 @@ cd verilator
 ./run_verilator.sh --build
 
 # run all unit tests
-"$SCRIPT_DIR/run_tests.sh"
+"$SCRIPT_DIR/run_tests.sh" --sim obj_dir_rtl/Vtb_croc_soc
 cd "$CROC_ROOT"
 
-# restore defaults
-"$SCRIPT_DIR/set_croc_config.sh"
-
 echo ""
 echo "============================================="
 echo " Simulation completed"
diff --git a/.github/workflows/short-flow.yml b/.github/workflows/short-flow.yml
index 222db0b20..c3c08947b 100644
--- a/.github/workflows/short-flow.yml
+++ b/.github/workflows/short-flow.yml
@@ -37,7 +37,7 @@ jobs:
           name: simulation-output
           path: |
             verilator/croc.fst
-            verilator/croc.log
+            verilator/croc_rtl.log
         continue-on-error: true
       - name: Upload test logs
         uses: actions/upload-artifact@v4
diff --git a/.gitignore b/.gitignore
index 946a28d94..50584caf1 100644
--- a/.gitignore
+++ b/.gitignore
@@ -1,3 +1,88 @@
-.bender
-tmp
+# .gitignore files for cockpit 
+
+# all
+/.bender/
+*.20[0-9]*-[0-9]*-[0-9]*-[0-9]*:[0-9]*:[0-9]*
 *.log
+*.log[0-9]
+*.log[0-9][0-9]
+# cockpit root
+/.llamaconfig
+/tmp
+/calibre
+/docs
+/technology
+/.setPDK.csh
+# public PDK mirror
+/ihp13/pdk/gds/*.gds
+!/ihp13/pdk/gds/bondpad_70x70.gds
+!/ihp13/pdk/gds/bondpad5l_70x70.gds
+# dfii
+/dfii/
+/dfii/.cdsinit
+/dfii/.init
+/dfii/.cadence
+/dfii/.calibreviewsetup
+/dfii/.simrc
+/dfii/.tech
+/dfii/.tmp_*
+/dfii/start_dfii
+/dfii/si.env
+/dfii/*.cdslck*
+/dfii/*/*/adexl/results
+/dfii/*/*/adexl/test_states/*/*/spectre/*_Interactive.*
+# innovus
+/innovus/enc.tcl
+/innovus/save
+/innovus/out
+/innovus/timingReports
+/innovus/powerReports
+/innovus/reports
+/innovus/extLogDir
+/innovus/work
+/innovus/work_vs2api
+/innovus/.AAE_*
+/innovus/innovus.log*
+/innovus/innovus.cmd*
+/innovus/.interactive.constr.sdc
+/innovus/.cadence
+/innovus/scripts/add_clk_decaps.tcl
+/innovus/scripts/checkdesign.tcl
+/innovus/scripts/exportall.tcl
+/innovus/scripts/fillperi-insert.tcl
+/innovus/scripts/special_cell_setting.tcl
+/innovus/src/sample
+# synopsys
+/synopsys/WORK
+/synopsys/DDC
+/synopsys/alib
+/synopsys/reports
+/synopsys/save
+/synopsys/out
+/synopsys/
+/synopsys/default.svf
+/synopsys/.synopsys_dc.setup
+/synopsys/.synopsys_pt.setup
+# sourcecode
+# modelsim
+/modelsim/README
+/modelsim/work
+/modelsim/*.csh-example
+/modelsim/modelsim.ini
+/modelsim/vcd
+/modelsim/*.wlf
+/modelsim/transcript
+# tetramax
+/tetramax/reports
+/tetramax/tmaxtcl.rc
+/tetramax/scripts/read_lib.tcl
+/tetramax/scripts/tmax.tcl
+# klayout
+/klayout/*-example
+/klayout/start_klayout
+#openroad
+/openroad/out
+/openroad/save
+#/openroad/src
+#yosys
+/yosys/out
diff --git a/.gitmodules b/.gitmodules
index 515df0a0b..1c86143f6 100644
--- a/.gitmodules
+++ b/.gitmodules
@@ -1,6 +1,9 @@
-[submodule "ihp13/pdk"]
-	path = ihp13/pdk
-	url = https://github.com/IHP-GmbH/IHP-Open-PDK
 [submodule "artistic/artistic"]
 	path = artistic/artistic
 	url = git@github.com:pulp-platform/artistic.git
+[submodule "ihp13/sg13cmos5l"]
+	path = ihp13/sg13cmos5l
+	url = https://github.com/IHP-GmbH/ihp-sg13cmos5l
+[submodule "ihp13/sg13g2"]
+	path = ihp13/sg13g2
+	url = https://github.com/IHP-GmbH/IHP-Open-PDK
diff --git a/Bender.yml b/Bender.yml
index 89e2ecdfc..fd7b3db1c 100644
--- a/Bender.yml
+++ b/Bender.yml
@@ -53,7 +53,7 @@ sources:
       # Level 3
       - rtl/croc_soc.sv
 
-  - target: not(fpga)
+  - target: all(not(fpga), not(netlist_yosys))
     files:
       # Level 0
       - rtl/croc_chip.sv
diff --git a/README.md b/README.md
index c341ea3db..007e5d6da 100644
--- a/README.md
+++ b/README.md
@@ -27,15 +27,15 @@ To make it easier to browse and understand, only used or important building bloc
 
 The main SoC configurations are in `rtl/croc_pkg.sv`:
 
-| Parameter           | Default          | Function                                              |
-|---------------------|------------------|-------------------------------------------------------|
-| `PulpJtagIdCode`    | `32'h1C0C_5DB3`  | Debug module ID code                                  |
-| `iDMAEnable`        | `0`              | Enable optional DMA (see `rtl/idma`)                  |
-| `NumSramBanks`      | `2`              | Number of memory banks                                |
-| `SramBankNumWords`  | `512`            | Number of 32bit words in a memory bank                |
-| `BootAddr`          | `32'h1000_0000`  | Default boot address set in 'soc_ctrl' register       |
-| `CrocAddrMap`       | see 'Memory Map' | Routing rules used for the main crossbar              |
-| `PeriphAddrMap`     | see 'Memory Map' | Routing rules used for the peripheral demuliplexer    |
+| Parameter          | Default          | Function                                           |
+| ------------------ | ---------------- | -------------------------------------------------- |
+| `PulpJtagIdCode`   | `32'h1C0C_5DB3`  | Debug module ID code                               |
+| `iDMAEnable`       | `0`              | Enable optional DMA (see `rtl/idma`)               |
+| `NumSramBanks`     | `2`              | Number of memory banks                             |
+| `SramBankNumWords` | `512`            | Number of 32bit words in a memory bank             |
+| `BootAddr`         | `32'h1000_0000`  | Default boot address set in 'soc_ctrl' register    |
+| `CrocAddrMap`      | see 'Memory Map' | Routing rules used for the main crossbar           |
+| `PeriphAddrMap`    | see 'Memory Map' | Routing rules used for the peripheral demuliplexer |
 
 Further configurations can be made in `rtl/core_wrap.sv` (core specifics) and `rtl/croc_soc.sv` (connectivity between domains and to/from outside).
 
@@ -52,21 +52,21 @@ Further each new subordinate should occupy multiples of 4KB of the address space
 
 The address map of the default configuration is as follows:
 
-| Start Address   | Stop Address    | Description                                |
-|-----------------|-----------------|--------------------------------------------|
-| `32'h0000_0000` | `32'h0004_0000` | Debug module (JTAG)                        |
-| `32'h0200_0000` | `32'h0200_4000` | Bootrom                                    |
-| `32'h0204_0000` | `32'h0208_0000` | CLINT peripheral                           |
-| `32'h0300_0000` | `32'h0300_1000` | SoC control/info registers                 |
-| `32'h0300_2000` | `32'h0300_3000` | UART peripheral                            |
-| `32'h0300_5000` | `32'h0300_6000` | GPIO peripheral                            |
-| `32'h0300_A000` | `32'h0300_B000` | Timer peripheral                           |
-| `32'h0300_B000` | `32'h0300_C000` | (optional) DMA configuration               |
-| `32'h1000_0000` | `+SRAM_SIZE`    | Memory banks (SRAM)                        |
-| `32'h2000_0000` | `32'h8000_0000` | Passthrough to user domain                 |
-| `32'h2000_0000` | `32'h2000_1000` | reserved for user ROM text*                |
-
-*If people modify Croc we suggest they add a ROM at this address containing additional information
+| Start Address   | Stop Address    | Description                  |
+| --------------- | --------------- | ---------------------------- |
+| `32'h0000_0000` | `32'h0004_0000` | Debug module (JTAG)          |
+| `32'h0200_0000` | `32'h0200_4000` | Bootrom                      |
+| `32'h0204_0000` | `32'h0208_0000` | CLINT peripheral             |
+| `32'h0300_0000` | `32'h0300_1000` | SoC control/info registers   |
+| `32'h0300_2000` | `32'h0300_3000` | UART peripheral              |
+| `32'h0300_5000` | `32'h0300_6000` | GPIO peripheral              |
+| `32'h0300_A000` | `32'h0300_B000` | Timer peripheral             |
+| `32'h0300_B000` | `32'h0300_C000` | (optional) DMA configuration |
+| `32'h1000_0000` | `+SRAM_SIZE`    | Memory banks (SRAM)          |
+| `32'h2000_0000` | `32'h8000_0000` | Passthrough to user domain   |
+| `32'h2000_0000` | `32'h2000_1000` | reserved for user ROM text\* |
+
+\*If people modify Croc we suggest they add a ROM at this address containing additional information
 like the names of the developers, a project link or similar. This can then be written out via UART.  
 We ask people to format the ROM like a C string with zero termination and using ASCII encoding if feasible.  
 The [MLEM user ROM](https://github.com/pulp-platform/croc/blob/mlem-tapeout/rtl/user_domain/user_rom.sv) may serve as one possible reference implementation.
@@ -87,9 +87,9 @@ graph LR;
 
 ### Example Results
 
-|Cell/Module placement                      |  Routing                             |
-|:-----------------------------------------:|:------------------------------------:|
-|![Chip module view](doc/croc_modules.jpg)  |  ![Chip routed](doc/croc_routed.jpg) |
+|           Cell/Module placement           |               Routing               |
+| :---------------------------------------: | :---------------------------------: |
+| ![Chip module view](doc/croc_modules.jpg) | ![Chip routed](doc/croc_routed.jpg) |
 
 ## Requirements
 
@@ -98,18 +98,18 @@ The current supported version is 2025.12, no other version is officially support
 
 ### ETHZ systems
 
-ETHZ Design Center maintains an internal version of the IHP PDK, with integrations into all tools we have access to. For this reason if you work on the ETH systems it is recommended to use the `icdesign` tool (cockpit) instead of the liked Github repo.  
-You can directly create a cockpit directory inside the croc directory:
+ETHZ Design Center maintains an internal version of the IHP PDK, with integrations into all tools we have access to. For this reason if you work on the ETH systems, it is recommended to use the `icdesign` tool (cockpit) instead of the linked GitHub PDK repositories.
+You can directly create a cockpit `technology/` directory inside the Croc repository:
 
 ```sh
 # Make sure you are in <somedir>/croc
 # the checked-out repository
-icdesign ihp13 -nogui
+icdesign ihp13 -update all -nogui
 ```
 
 The setup is guided by the `.cockpitrc` configuration file. If you need different macros or another version of the standard cells you can change it accordingly.
 
-Yyou may prefer to just enter a shell in the pre-installed osic-tools container using:
+You may want to start a shell in the pre-installed osic-tools container using:
 
 ```sh
 oseda bash
@@ -124,7 +124,7 @@ oseda bash
 
 There are two possible ways, the easiest way is to install docker and work in the docker container, you can follow the install guides on the [Docker Website](https://docs.docker.com/desktop/).  
 You do not need to manually download the container image, this will be done when running the script.
-If you do not have `git` installed on your system, you also need to install [Github Desktop](https://desktop.github.com/download/) and then clone this git repository.  
+If you do not have `git` installed on your system, you also need to install [Github Desktop](https://desktop.github.com/download/) and then clone this git repository.
 
 It is a good idea to grant non-root (`sudo`) users access to docker, this is decribed in the [Docker Article](https://docs.docker.com/engine/install/linux-postinstall/#manage-docker-as-a-non-root-user).
 
@@ -140,8 +140,7 @@ scripts/start_vnc.bat
 ```
 
 If you use the VNC option, open a browser and type `localhost` in the address bar.
-This should connect you to the VNC server, the password is `abc123`, then test by right-clicking somewhere, starting the terminal and typing `ls`.  
-You should see the files in this repository again.
+This should connect you to the VNC server, the password is `abc123`, then test by right-clicking somewhere, starting the terminal and typing `ls`. You should see the files in this repository again.
 
 Now you should be in an Ubuntu environment with all tools pre-installed for you.  
 If something does not work, refer to the upstream [IIC-OSIC-Tools](https://github.com/iic-jku/IIC-OSIC-TOOLS/tree/main).
@@ -159,9 +158,49 @@ You need to build/install the required tools manually:
 - (Optional) [Verilator](https://github.com/verilator/verilator): Simulator
 - (Optional) Questasim/Modelsim: Simulator
 
+### PDK versions and sources
+
+The ASIC flow supports two IHP PDKs selected via the `CROC_PDK` environmental variable:
+
+- `sg13cmos5l`: the default 5-metal CMOS5L option.
+- `sg13g2`: the original SG13G2 7-metal option.
+
+`CROC_PDK` is the only PDK setting users select. There is one active view used by synthesis, place and route, simulation, and DEF-to-GDS conversion:
+
+- `technology/`: Liberty, LEF, Verilog models, and GDS files for the selected PDK.
+
+On ETH systems, the `technology/` directory is set up by the ETHZ Design Center cockpit and takes priority.
+Outside ETH, `env.sh` creates `technology -> ihp13/pdk` symbolic link on demand if `technology/` does not already exist.
+The committed `ihp13/pdk` mirror contains the Apache-2.0 Liberty, LEF, and Verilog files needed by the flow.
+The two Croc bondpad GDS files are committed in `ihp13/pdk/gds`; IHP GDS files are kept out of git and can be downloaded with:
+
+```sh
+scripts/download_gds.sh
+```
+
+Maintainers can update the pinned PDK mirror with `scripts/update_pdk.sh`.
+`ihp13/pdk/pdk_manifest.csv` records the source and digest of every mirrored PDK file and supports both direct GitHub files and archive-based deliveries.
+
+You can also run `scripts/setup_technology.sh` manually to print the active technology view. `env.sh` runs the same setup quietly before the ASIC scripts use the PDK.
+
+KLayout needs technology scripts, filling rules, and layer properties in addition to the files mentioned above.
+On ETH systems, the installed CMOS5L KLayout support package takes priority when available.
+Otherwise, the appropriate submodule, either `ihp13/sg13cmos5l` or `ihp13/sg13g2`, is required for the KLayout setup.
+
+The OSIC/oseda container also contains a PDK under `/foss/pdks`, but Croc does not currently use it.
+
 ## Getting started
 
 The SoC is fully functional as-is and a simple software example is provided for simulation.
+
+On ETH systems, create or update `technology/` with cockpit first.
+
+```sh
+icdesign ihp13 -update all -nogui
+```
+
+For external machines the committed `ihp13/pdk` fallback is used automatically.
+
 To run the synthesis and place & route flow execute:
 
 ```sh
@@ -171,6 +210,9 @@ cd ../openroad && ./run_backend.sh --all
 cd ../klayout && ./run_finishing.sh --gds
 ```
 
+The ASIC flow defaults to `CROC_PDK=sg13cmos5l`.
+To switch back to the original metal stack, export `CROC_PDK=sg13g2` before running the scripts.
+
 To simulate you can use:
 
 ```sh
@@ -178,6 +220,13 @@ cd sw && make all
 cd ../verilator && ./run_verilator.sh --build --run ../sw/bin/helloworld.hex
 ```
 
+To simulate the post-Yosys netlist with Verilator instead, first generate the netlist and then use the explicit netlist commands:
+
+```sh
+cd yosys && ./run_synthesis.sh --synth
+cd ../verilator && ./run_verilator.sh --build-netlist --run-netlist ../sw/bin/helloworld.hex
+```
+
 If you have Questasim/Modelsim, you can also run:
 
 ```sh
@@ -224,10 +273,11 @@ For this repository, we use a subcommand called `bender vendor` together with th
 `bender vendor` can be used to Benderize arbitrary repositories with RTL in it. The dependencies are already 'checked out' into `rtl/<IP>`. Each file or directory from the repository is mapped to a local path in this repo.
 Fixes and changes to each IPs `rtl/<IP>/Bender.yml` are managed by `bender vendor` in `rtl/patches`.
 
-If you need to update a dependency or map another file you need to edit the coresponding `vendor_package` section in `Bender.yml` and then run `bender vendor init`. Then you might need to change `rtl/<IP>/Bender.yml` to list your new file in the sources. 
+If you need to update a dependency or map another file you need to edit the coresponding `vendor_package` section in `Bender.yml` and then run `bender vendor init`. Then you might need to change `rtl/<IP>/Bender.yml` to list your new file in the sources.
 To save a fix/change as a patch, stage it in git and then run `bender vendor patch`. When prompted, add a commit message (this is used as the patches file name). Finally, commit both the patch file and the new `rtl/<IP>`.
 
 **Note:** using `bender vendor` in this repository to change the local versions of the IPs requires an up-to-date version of Bender. (v0.28.2 or newer)
+
 ### Targets
 
 Another thing we use are targets (in the `Bender.yml`), together they build different views/contexts of your RTL. For example without defining any targets the technology independent cells/memories are used (in `rtl/tech_cells_generic/`) but if we use the target `ihp13` then the same modules contain a technology-specific implementation (in `ihp13/`). Similar contexts are built for different simulators and other things.
diff --git a/env.sh b/env.sh
index 3c4138249..9da540e14 100644
--- a/env.sh
+++ b/env.sh
@@ -25,60 +25,135 @@ echo "[INFO][ENV] Croc root: $CROC_ROOT"
 export PROJ_NAME="${PROJ_NAME:-croc}"
 export TOP_DESIGN="${TOP_DESIGN:-croc_chip}"
 export DUT_DESIGN="${DUT_DESIGN:-croc_soc}"
+if [[ -z "${CROC_PDK:-}" ]]; then
+    if [[ "${PDK:-}" == "sg13g2" || "${PDK:-}" == "sg13cmos5l" ]]; then
+        echo "[WARNING][ENV] Ignoring PDK=$PDK. Use CROC_PDK to select the Croc PDK."
+    fi
+    export CROC_PDK="sg13cmos5l"
+fi
+
+# Explicit file basenames used by downstream scripts. Directory/source
+# selection lives below; cell names and basenames stay spelled out here.
+export PDK_STDCELL_LEF_FILE="sg13g2_stdcell.lef"
+export PDK_STDCELL_GDS_FILE="sg13g2_stdcell.gds"
+export PDK_STDCELL_LIB_TT_FILE="sg13g2_stdcell_typ_1p20V_25C.lib"
+export PDK_STDCELL_LIB_FF_FILE="sg13g2_stdcell_fast_1p32V_m40C.lib"
+export PDK_TECH_LEF_FILE="sg13cmos5l_tech.lef"
+export PDK_IO_LEF_FILE="sg13cmos5l_io.lef"
+export PDK_IO_GDS_FILE="sg13cmos5l_io.gds"
+export PDK_IO_LIB_TT_FILE="sg13cmos5l_io_typ_1p2V_3p3V_25C.lib"
+export PDK_IO_LIB_FF_FILE="sg13cmos5l_io_fast_1p32V_3p6V_m40C.lib"
+export PDK_LAYER_MAP_FILE=""
+export CROC_TECHNOLOGY_VIEW=""
+export PDK_BONDPAD_CELL="bondpad_70x70"
+export PDK_BONDPAD_LEF="bondpad_70x70.lef"
+export PDK_BONDPAD_GDS="bondpad_70x70.gds"
+
+if [[ "$CROC_PDK" == "sg13cmos5l" ]]; then
+    export BENDER_PDK_ARGS="-D IHP_SG13CMOS5L=1"
+else
+    export BENDER_PDK_ARGS=""
+fi
 
 
 ###################
 # PDK Discovery
 ###################
-# priority: technology/ over ihp13/pdk/
+# `technology/` is the active PDK directory. It contains Liberty, LEF,
+# Verilog, and GDS files. Cockpit provides it on ETH systems; elsewhere,
+# env.sh creates a link to ihp13/pdk.
+
+PUBLIC_PDK_ROOT="$CROC_ROOT/ihp13/pdk"
+if [[ "${CROC_SKIP_TECH_SETUP:-0}" != "1" ]]; then
+    if ! "$CROC_ROOT/scripts/setup_technology.sh" --quiet; then
+        return 1 2>/dev/null || exit 1
+    fi
+else
+    echo "[INFO][ENV] Skipping technology setup"
+fi
+
+if [[ -e "${CROC_ROOT}/technology" || ( "${CROC_SKIP_TECH_SETUP:-0}" == "1" && -d "$PUBLIC_PDK_ROOT" ) ]]; then
 
-if [[ -d "${CROC_ROOT}/technology" ]]; then
+    if [[ -e "${CROC_ROOT}/technology" ]]; then
+        export PDK_ROOT="$CROC_ROOT/technology"
+    else
+        # Dry runs use the public mirror directly without creating technology/.
+        export PDK_ROOT="$PUBLIC_PDK_ROOT"
+    fi
+    export PDK_TECH_HOME="$PDK_ROOT"
+    export PDK_STD_HOME="$PDK_ROOT"
+    export PDK_SRAM_HOME="$PDK_ROOT"
+    export PDK_IO_HOME="$PDK_ROOT"
+
+    public_pdk_realpath="$(realpath -m "$PUBLIC_PDK_ROOT")"
+    technology_realpath="$(realpath -m "$PDK_ROOT")"
+    if [[ "$technology_realpath" == "$public_pdk_realpath" ]]; then
+        export CROC_TECHNOLOGY_VIEW="public mirror"
+    else
+        export CROC_TECHNOLOGY_VIEW="local technology directory"
+    fi
 
-    echo "[INFO][ENV] Init tech from ETHZ DZ cockpit"
-    export PDK_ROOT="$CROC_ROOT/technology"
-    export KLAYOUT_PATH="$CROC_ROOT/klayout/.klayout"
     export PDK_DIR_LEF_TECH="$PDK_ROOT/lef"
     export PDK_DIR_LEF_CELLS="$PDK_ROOT/lef"
     export PDK_DIR_LEF_SRAMS="$PDK_ROOT/lef"
     export PDK_DIR_LEF_IOS="$PDK_ROOT/lef"
-    export PDK_DIR_LEF_BOND="$CROC_ROOT/ihp13/bondpad/lef"
+    export PDK_DIR_LEF_BOND="$PDK_ROOT/lef"
+    export PDK_DIR_LIB_CELLS="$PDK_ROOT/lib"
+    export PDK_DIR_LIB_SRAMS="$PDK_ROOT/lib"
+    export PDK_DIR_LIB_IOS="$PDK_ROOT/lib"
     export PDK_DIR_GDS_CELLS="$PDK_ROOT/gds"
     export PDK_DIR_GDS_SRAMS="$PDK_ROOT/gds"
     export PDK_DIR_GDS_IOS="$PDK_ROOT/gds"
-    export PDK_DIR_GDS_BOND="$CROC_ROOT/ihp13/bondpad/gds"
-
-elif [[ -d "${CROC_ROOT}/ihp13/pdk" ]]; then
-
-    echo "[INFO][ENV] Init tech from Github PDK"
-    export PDK_ROOT="$CROC_ROOT/ihp13/pdk"
-    export KLAYOUT_PATH="$PDK_ROOT/ihp-sg13g2/libs.tech/klayout"
-    export PDK_DIR_LEF_TECH="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_stdcell/lef"
-    export PDK_DIR_LEF_CELLS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_stdcell/lef"
-    export PDK_DIR_LEF_SRAMS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_sram/lef"
-    export PDK_DIR_LEF_IOS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_io/lef"
-    export PDK_DIR_LEF_BOND="$CROC_ROOT/ihp13/bondpad/lef"
-    export PDK_DIR_GDS_CELLS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_stdcell/gds"
-    export PDK_DIR_GDS_SRAMS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_sram/gds"
-    export PDK_DIR_GDS_IOS="$PDK_ROOT/ihp-sg13g2/libs.ref/sg13g2_io/gds"
-    export PDK_DIR_GDS_BOND="$CROC_ROOT/ihp13/bondpad/gds"
-
-    # Apply PDK patches required for filling
-    if [ ! -f ${CROC_ROOT}/ihp13/pdk.patched ]; then
-        git -C ${PDK_ROOT} apply ../patches/0001-Filling-improvements.patch
-        touch ${CROC_ROOT}/ihp13/pdk.patched
-        echo "[INFO][ENV] Applied all PDK patches"
+    export PDK_DIR_GDS_BOND="$PDK_ROOT/gds"
+
+    if [[ "$CROC_PDK" == "sg13cmos5l" ]]; then
+        export PDK_BONDPAD_CELL="bondpad5l_70x70"
+        export PDK_BONDPAD_GDS="bondpad5l_70x70.gds"
+        export PDK_TECH_LEF_FILE="sg13cmos5l_tech.lef"
+        export PDK_IO_LEF_FILE="sg13cmos5l_io.lef"
+        export PDK_IO_GDS_FILE="sg13cmos5l_io.gds"
+        export PDK_IO_LIB_TT_FILE="sg13cmos5l_io_typ_1p2V_3p3V_25C.lib"
+        export PDK_IO_LIB_FF_FILE="sg13cmos5l_io_fast_1p32V_3p6V_m40C.lib"
+        export PDK_BONDPAD_LEF="bondpad5l_70x70.lef"
+
+        # KLayout needs separate tool files. Cockpit takes precedence.
+        export KLAYOUT_PATH="$CROC_ROOT/ihp13/sg13cmos5l/libs.tech/klayout"
+        if [[ -d "/usr/pack/ihp-sg13-kgf/open_ihp_sg13cmos5l/sg13cmos5l_tech/v0.2/klayout" ]]; then
+            export KLAYOUT_PATH="/usr/pack/ihp-sg13-kgf/open_ihp_sg13cmos5l/sg13cmos5l_tech/v0.2/klayout"
+        fi
+    elif [[ "$CROC_PDK" == "sg13g2" ]]; then
+        export PDK_TECH_LEF_FILE="sg13g2_tech.lef"
+        export PDK_IO_LEF_FILE="sg13g2_io.lef"
+        export PDK_IO_GDS_FILE="sg13g2_io.gds"
+        export PDK_IO_LIB_TT_FILE="sg13g2_io_typ_1p2V_3p3V_25C.lib"
+        export PDK_IO_LIB_FF_FILE="sg13g2_io_fast_1p32V_3p6V_m40C.lib"
+        export PDK_BONDPAD_CELL="bondpad_70x70"
+        export PDK_BONDPAD_LEF="bondpad_70x70.lef"
+        export PDK_BONDPAD_GDS="bondpad_70x70.gds"
+        export KLAYOUT_PATH="$CROC_ROOT/ihp13/sg13g2/ihp-sg13g2/libs.tech/klayout"
     else
-        echo "[INFO][ENV] PDK patches already applied"
+        echo "[ERROR][ENV] Unknown CROC_PDK '$CROC_PDK'"
+        exit 1
     fi
 
 else
-    echo "[WARNING][ENV] PDK not found. Set PDK_ROOT and KLAYOUT_PATH or ensure ihp13/pdk/ exists"
+    echo "[WARNING][ENV] PDK not found. Initialize cockpit or ensure ihp13/pdk exists"
     export PDK_ROOT=""  # Set to empty to avoid unbound variable error
     export KLAYOUT_PATH="" # Set to empty to avoid unbound variable error
 fi
 
 echo "[INFO][ENV] PDK root: $PDK_ROOT"
+echo "[INFO][ENV] Croc PDK: $CROC_PDK"
+echo "[INFO][ENV] Active technology view: ${CROC_TECHNOLOGY_VIEW:-<none>}"
 echo "[INFO][ENV] KLayout path: $KLAYOUT_PATH"
-
-export PDK=ihp-sg13g2
-
+echo "[INFO][ENV] Bender PDK args: ${BENDER_PDK_ARGS:-<none>}"
+echo "[INFO][ENV] Tech LEF: $PDK_TECH_LEF_FILE"
+echo "[INFO][ENV] IO LEF/GDS: $PDK_IO_LEF_FILE/$PDK_IO_GDS_FILE"
+echo "[INFO][ENV] IO Liberty tt/ff: $PDK_IO_LIB_TT_FILE/$PDK_IO_LIB_FF_FILE"
+echo "[INFO][ENV] Bondpad cell: $PDK_BONDPAD_CELL ($PDK_BONDPAD_LEF/$PDK_BONDPAD_GDS)"
+export KLAYOUT_TECH="$CROC_PDK"
+if [[ -f "$PDK_ROOT/SG13G2_streamout.map" ]]; then
+    export PDK_LAYER_MAP_FILE="$PDK_ROOT/SG13G2_streamout.map"
+else
+    export PDK_LAYER_MAP_FILE="$KLAYOUT_PATH/tech/${CROC_PDK}.map"
+fi
diff --git a/ihp13/.gitignore b/ihp13/.gitignore
index 9beb6e1a1..0a3d831cb 100644
--- a/ihp13/.gitignore
+++ b/ihp13/.gitignore
@@ -1 +1,2 @@
 *.patched
+ihp-sg13g2
diff --git a/ihp13/bondpad/cdl/bondpad_70x70.cdl b/ihp13/bondpad/cdl/bondpad_70x70.cdl
deleted file mode 100644
index f8ebce433..000000000
--- a/ihp13/bondpad/cdl/bondpad_70x70.cdl
+++ /dev/null
@@ -1,3 +0,0 @@
-.SUBCKT bondpad_70x70 pad
-*.PININFO pad:B
-.ENDS
diff --git a/ihp13/bondpad/verilog/bondpad_70x70.v b/ihp13/bondpad/verilog/bondpad_70x70.v
deleted file mode 100644
index 8e09274e8..000000000
--- a/ihp13/bondpad/verilog/bondpad_70x70.v
+++ /dev/null
@@ -1,3 +0,0 @@
-module bondpad_70x70 (pad);
-	inout pad;
-endmodule
\ No newline at end of file
diff --git a/ihp13/patches/0002-add-verilator-standard-cell-compatibility.patch b/ihp13/patches/0002-add-verilator-standard-cell-compatibility.patch
new file mode 100644
index 000000000..ffe0c822a
--- /dev/null
+++ b/ihp13/patches/0002-add-verilator-standard-cell-compatibility.patch
@@ -0,0 +1,200 @@
+--- a/ihp-sg13g2/libs.ref/sg13g2_stdcell/verilog/sg13g2_stdcell.v
++++ b/ihp-sg13g2/libs.ref/sg13g2_stdcell/verilog/sg13g2_stdcell.v
+@@ -13,1 +13,4 @@
+ // limitations under the License.
++// Modified for Croc by Philippe Sauter for Verilator compatibility.
++// Copyright (c) 2026 ETH Zurich and University of Bologna.
++// SPDX-License-Identifier: Apache-2.0
+ `celldefine
+@@ -468,7 +468,11 @@
+ 	output Q, Q_N;
+ 	input D, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+@@ -504,7 +508,11 @@
+ 	output Q, Q_N;
+ 	input D, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+@@ -540,7 +548,11 @@
+ 	output Q;
+ 	input D, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_r, xcr_0;
+@@ -571,7 +583,11 @@
+ 	output Q;
+ 	input D, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_r, xcr_0;
+@@ -602,7 +618,11 @@
+ 	output Q;
+ 	input D, GATE;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_GATE = GATE;
++`else
+ 	wire delayed_D, delayed_GATE;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ;
+@@ -628,7 +648,11 @@
+ 	output Q, Q_N;
+ 	input D, RESET_B, GATE;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE = GATE;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_GATE;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+@@ -663,7 +687,11 @@
+ 	output Q;
+ 	input D, RESET_B, GATE;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE = GATE;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_GATE;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_IQ, int_fwire_r;
+@@ -693,7 +721,11 @@
+ 	output Q, Q_N;
+ 	input D, RESET_B, GATE_N;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE_N = GATE_N;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_GATE_N;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_clk, int_fwire_IQ, int_fwire_IQN;
+@@ -730,7 +762,11 @@
+ 	output Q;
+ 	input D, RESET_B, GATE_N;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE_N = GATE_N;
++`else
+ 	wire delayed_D, delayed_RESET_B, delayed_GATE_N;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_clk, int_fwire_IQ, int_fwire_r;
+@@ -1049,7 +1085,11 @@
+ 	output GCLK;
+ 	input GATE, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_GATE = GATE, delayed_CLK = CLK;
++`else
+ 	wire delayed_GATE, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_clk, int_fwire_int_GATE;
+@@ -1629,7 +1669,11 @@
+ 	output Q, Q_N;
+ 	input D, SCD, SCE, RESET_B, SET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_SET_B = SET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_SET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+@@ -1680,7 +1724,11 @@
+ 	output Q, Q_N;
+ 	input D, SCD, SCE, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+@@ -1724,7 +1772,11 @@
+ 	output Q, Q_N;
+ 	input D, SCD, SCE, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+@@ -1768,7 +1820,11 @@
+ 	output Q;
+ 	input D, SCD, SCE, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_d, int_fwire_IQ, int_fwire_r;
+@@ -1809,7 +1865,11 @@
+ 	output Q;
+ 	input D, SCD, SCE, RESET_B, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
++`else
+ 	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_d, int_fwire_IQ, int_fwire_r;
+@@ -1862,7 +1922,11 @@
+ 	output GCLK;
+ 	input GATE, SCE, CLK;
+ 	reg notifier;
++`ifdef VERILATOR
++	wire delayed_GATE = GATE, delayed_SCE = SCE, delayed_CLK = CLK;
++`else
+ 	wire delayed_GATE, delayed_SCE, delayed_CLK;
++`endif
+ 
+ 	// Function
+ 	wire int_fwire_clk, int_fwire_int_GATE, int_fwire_test;
diff --git a/ihp13/pdk b/ihp13/pdk
deleted file mode 160000
index a2bf8ea81..000000000
--- a/ihp13/pdk
+++ /dev/null
@@ -1 +0,0 @@
-Subproject commit a2bf8ea81aee7d0fcdd6d62168edca0d7d0bcb08
diff --git a/ihp13/pdk/ORIGINS.md b/ihp13/pdk/ORIGINS.md
new file mode 100644
index 000000000..d9f4dfa14
--- /dev/null
+++ b/ihp13/pdk/ORIGINS.md
@@ -0,0 +1,41 @@
+# PDK File Sources
+
+This directory is Croc's public PDK directory. `env.sh` creates `technology -> ihp13/pdk`
+only when an ETH Design Center Cockpit `technology/` view is not already present.
+The Cockpit view takes priority and may link missing files from this directory.
+
+The committed Liberty, LEF, and Verilog files below are a selected copy of the IHP PDK.
+It retains the original IHP copyright and Apache-2.0 license headers.
+Full license copies are in `licenses/LICENSE.sg13g2` and `licenses/LICENSE.sg13cmos5l`.
+
+| Croc files | Source and pinned revision | Copyright and license |
+| --- | --- | --- |
+| `lib/sg13g2_stdcell_*`, `lef/sg13g2_{tech,stdcell}.lef`, and `verilog/sg13g2_{stdcell,udp}.v` | [IHP Open PDK: sg13g2 standard cells](https://github.com/IHP-GmbH/IHP-Open-PDK/tree/ee974c3adc69d0f36adbf20577079f0df419d702/ihp-sg13g2/libs.ref/sg13g2_stdcell) | Copyright IHP PDK Authors, Apache-2.0 |
+| `lib/sg13g2_io_*`, `lef/sg13g2_io.lef`, and `verilog/sg13g2_io.v` | [IHP Open PDK: sg13g2 IO cells](https://github.com/IHP-GmbH/IHP-Open-PDK/tree/ee974c3adc69d0f36adbf20577079f0df419d702/ihp-sg13g2/libs.ref/sg13g2_io) | Copyright IHP PDK Authors, Apache-2.0 |
+| All `RM_IHPSG13_*` Liberty, LEF, and Verilog SRAM models | [IHP Open PDK: sg13g2 SRAMs](https://github.com/IHP-GmbH/IHP-Open-PDK/tree/ee974c3adc69d0f36adbf20577079f0df419d702/ihp-sg13g2/libs.ref/sg13g2_sram) | Copyright IHP PDK Authors, Apache-2.0 |
+| `lib/sg13cmos5l_io_*`, `lef/sg13cmos5l_io.lef`, and `verilog/sg13cmos5l_io.v` | [IHP CMOS5L PDK: IO cells](https://github.com/IHP-GmbH/ihp-sg13cmos5l/tree/5958eb38973d5c56e7a26f65fc23d9f3a740ccd2/libs.ref/sg13cmos5l_io) | Copyright IHP PDK Authors, Apache-2.0 |
+| `lef/sg13cmos5l_tech.lef` | [IHP CMOS5L PDK: standard cells](https://github.com/IHP-GmbH/ihp-sg13cmos5l/tree/5958eb38973d5c56e7a26f65fc23d9f3a740ccd2/libs.ref/sg13cmos5l_stdcell) | Copyright IHP PDK Authors, Apache-2.0 |
+| `lef/bondpad*.lef`, `verilog/bondpad*.v`, and `gds/bondpad*.gds` | Croc files in this directory | Copyright 2024-2026 ETH Zurich and University of Bologna, SHL-0.51; see the repository [license](../../LICENSE.md) |
+
+`verilog/sg13g2_stdcell.v` is the patched IHP standard-cell model used for
+public Verilator simulations. It is generated by applying
+[`ihp13/patches/0002-add-verilator-standard-cell-compatibility.patch`](../patches/0002-add-verilator-standard-cell-compatibility.patch)
+to the pinned upstream source. `scripts/update_pdk.sh` performs this update.
+The runtime setup script does not modify checked-in PDK files.
+
+`pdk_manifest.csv` is the source of truth for every mirrored PDK artifact,
+including Liberty, LEF, Verilog, licenses, local bondpads, and on-demand GDS.
+Each row records a source type, immutable source revision or archive digest,
+upstream file or archive member, optional patch, destination, and final
+SHA-256 digest. `github` rows fetch pinned upstream files. `tar` rows verify a
+downloaded archive before extracting a named member; this supports future
+standard-cell deliveries distributed as tar archives. `local` rows verify
+Croc-owned files without downloading them.
+
+The two Croc-local bondpad GDS files are committed in `gds/`. IHP GDS files are
+not committed due to their size. `scripts/update_pdk.sh` updates every manifest
+row, while `scripts/download_gds.sh` updates only the GDS rows.
+
+When updating mirrored files, retain upstream notices,
+update the pinned source links and license copy when needed, and update the
+corresponding manifest row and digest.
diff --git a/ihp13/pdk/README.md b/ihp13/pdk/README.md
new file mode 100644
index 000000000..2721e5847
--- /dev/null
+++ b/ihp13/pdk/README.md
@@ -0,0 +1,32 @@
+# Croc PDK Files
+
+This directory is Croc's public PDK directory. The ASIC flow uses the active
+`technology/` directory:
+
+- External users: `env.sh` creates `technology -> ihp13/pdk` on demand.
+- ETH Design Center users: Cockpit creates `technology/`. It takes priority
+  and may link missing files from this directory.
+
+The directory layout is intentionally flat and matches the flow inputs:
+
+- `lib/`: Liberty timing models.
+- `lef/`: technology, standard-cell, IO, SRAM, and bondpad LEF files.
+- `verilog/`: simulation models.
+- `gds/`: the two Croc bondpad GDS files and, once downloaded, IHP stream-out
+  data.
+
+`pdk_manifest.csv` is the source of truth for every PDK file.
+Each row records an immutable source, source revision or archive digest,
+optional patch, destination, and final file digest. It supports direct GitHub
+files today and tar archives for future standard-cell releases.
+
+Maintainers update or verify every file with `scripts/update_pdk.sh` or
+`scripts/update_pdk.sh --check`. The standard-cell model is downloaded from
+the pinned source and patched for Verilator before it replaces the committed
+model. `scripts/download_gds.sh` is a GDS-only convenience wrapper for
+users who need DEF-to-GDS conversion.
+
+See `ORIGINS.md` for the source, pinned revision, copyright, and license of
+each PDK file group. The IHP source repositories used for KLayout support
+remain in `ihp13/sg13g2` and `ihp13/sg13cmos5l`; they are not flow input paths
+for Liberty, LEF, Verilog, or GDS.
diff --git a/ihp13/pdk/gds/bondpad5l_70x70.gds b/ihp13/pdk/gds/bondpad5l_70x70.gds
new file mode 100644
index 000000000..bc7a10c72
Binary files /dev/null and b/ihp13/pdk/gds/bondpad5l_70x70.gds differ
diff --git a/ihp13/bondpad/gds/bondpad_70x70.gds b/ihp13/pdk/gds/bondpad_70x70.gds
similarity index 100%
rename from ihp13/bondpad/gds/bondpad_70x70.gds
rename to ihp13/pdk/gds/bondpad_70x70.gds
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_1024x64_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_1024x64_c2_bm_bist.lef
new file mode 100644
index 000000000..85930dcd4
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_1024x64_c2_bm_bist.lef
@@ -0,0 +1,8011 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_1024x64_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_1024x64_c2_bm_bist 0 0 ;
+  SIZE 784.48 BY 336.46 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 432.49 0 432.75 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 351.73 0 351.99 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 431.635 0 431.895 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 352.585 0 352.845 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.65 0 424.91 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.57 0 359.83 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 426.025 0 426.285 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 358.195 0 358.455 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 425.16 0 425.42 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.06 0 359.32 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 771.79 0 774.6 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 760.55 0 763.36 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 749.31 0 752.12 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 738.07 0 740.88 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 726.83 0 729.64 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 715.59 0 718.4 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 704.35 0 707.16 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 693.11 0 695.92 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 681.87 0 684.68 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 670.63 0 673.44 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 659.39 0 662.2 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 648.15 0 650.96 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 636.91 0 639.72 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 625.67 0 628.48 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 614.43 0 617.24 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 603.19 0 606 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 591.95 0 594.76 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 580.71 0 583.52 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 569.47 0 572.28 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 558.23 0 561.04 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 546.99 0 549.8 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 535.75 0 538.56 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 524.51 0 527.32 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 513.27 0 516.08 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 502.03 0 504.84 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 490.79 0 493.6 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 479.55 0 482.36 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 468.31 0 471.12 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 457.07 0 459.88 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 445.83 0 448.64 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 434.59 0 437.4 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 423.35 0 426.16 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 408.86 0 411.67 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.56 0 401.37 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 383.11 0 385.92 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 372.81 0 375.62 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.32 0 361.13 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.08 0 349.89 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 335.84 0 338.65 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 324.6 0 327.41 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 313.36 0 316.17 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.12 0 304.93 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 290.88 0 293.69 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 279.64 0 282.45 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 189.72 0 192.53 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 336.46 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 0 780.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 0 768.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 0 757.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 0 746.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 0 735.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 0 724.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 0 712.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 0 701.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 0 690.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 0 679.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 0 667.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 0 656.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 0 645.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 0 634.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 0 622.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 0 611.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 0 600.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 0 589.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 0 577.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 0 566.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 0 555.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 0 544.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 0 532.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 0 521.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 0 510.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 0 499.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 0 487.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 0 476.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 0 465.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 0 454.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 0 443.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 0 431.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.71 0 406.52 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 393.41 0 396.22 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 388.26 0 391.07 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 377.96 0 380.77 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 0 355.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 0 344.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 0 333.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 0 321.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 0 310.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 0 299.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 0 288.07 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 0 276.83 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 45.465 780.22 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 45.465 768.98 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 45.465 757.74 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 45.465 746.5 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 45.465 735.26 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 45.465 724.02 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 45.465 712.78 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 45.465 701.54 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 45.465 690.3 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 45.465 679.06 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 45.465 667.82 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 45.465 656.58 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 45.465 645.34 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 45.465 634.1 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 45.465 622.86 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 45.465 611.62 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 45.465 600.38 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 45.465 589.14 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 45.465 577.9 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 45.465 566.66 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 45.465 555.42 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 45.465 544.18 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 45.465 532.94 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 45.465 521.7 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 45.465 510.46 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 45.465 499.22 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 45.465 487.98 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 45.465 476.74 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 45.465 465.5 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 45.465 454.26 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 45.465 443.02 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 45.465 431.78 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 45.465 355.51 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 45.465 344.27 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 45.465 333.03 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 45.465 321.79 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 45.465 310.55 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 45.465 299.31 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 45.465 288.07 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 45.465 276.83 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 336.46 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 336.46 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 443.73 0 443.99 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 340.49 0 340.75 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 442.875 0 443.135 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 341.345 0 341.605 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.89 0 436.15 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 348.33 0 348.59 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 437.265 0 437.525 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 346.955 0 347.215 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 436.4 0 436.66 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 347.82 0 348.08 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.97 0 455.23 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 329.25 0 329.51 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.115 0 454.375 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 330.105 0 330.365 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.13 0 447.39 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.09 0 337.35 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 448.505 0 448.765 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 335.715 0 335.975 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.64 0 447.9 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 336.58 0 336.84 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 466.21 0 466.47 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.01 0 318.27 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 465.355 0 465.615 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.865 0 319.125 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.37 0 458.63 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.85 0 326.11 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 459.745 0 460.005 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 324.475 0 324.735 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.88 0 459.14 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.34 0 325.6 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 477.45 0 477.71 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 306.77 0 307.03 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 476.595 0 476.855 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 307.625 0 307.885 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.61 0 469.87 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.61 0 314.87 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.985 0 471.245 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 313.235 0 313.495 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.12 0 470.38 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.1 0 314.36 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 488.69 0 488.95 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.53 0 295.79 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 487.835 0 488.095 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.385 0 296.645 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.85 0 481.11 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.37 0 303.63 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 482.225 0 482.485 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.995 0 302.255 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 481.36 0 481.62 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.86 0 303.12 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.93 0 500.19 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 284.29 0 284.55 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.075 0 499.335 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 285.145 0 285.405 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.09 0 492.35 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.13 0 292.39 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 493.465 0 493.725 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.755 0 291.015 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.6 0 492.86 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.62 0 291.88 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 511.17 0 511.43 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.05 0 273.31 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 510.315 0 510.575 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.905 0 274.165 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.33 0 503.59 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.89 0 281.15 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 504.705 0 504.965 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 279.515 0 279.775 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.84 0 504.1 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.38 0 280.64 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 522.41 0 522.67 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 521.555 0 521.815 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.57 0 514.83 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.945 0 516.205 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.08 0 515.34 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 533.65 0 533.91 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 532.795 0 533.055 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.81 0 526.07 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 527.185 0 527.445 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 526.32 0 526.58 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.89 0 545.15 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.035 0 544.295 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.05 0 537.31 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 538.425 0 538.685 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.56 0 537.82 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 556.13 0 556.39 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 555.275 0 555.535 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.29 0 548.55 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 549.665 0 549.925 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.8 0 549.06 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 567.37 0 567.63 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 566.515 0 566.775 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.53 0 559.79 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.905 0 561.165 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.04 0 560.3 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 578.61 0 578.87 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 577.755 0 578.015 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.77 0 571.03 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 572.145 0 572.405 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 571.28 0 571.54 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 589.85 0 590.11 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 588.995 0 589.255 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.01 0 582.27 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 583.385 0 583.645 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.52 0 582.78 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 601.09 0 601.35 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 600.235 0 600.495 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.25 0 593.51 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 594.625 0 594.885 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.76 0 594.02 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 612.33 0 612.59 0.26 ;
+    END
+  END A_DIN[48]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 611.475 0 611.735 0.26 ;
+    END
+  END A_BIST_DIN[48]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 604.49 0 604.75 0.26 ;
+    END
+  END A_BM[48]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605.865 0 606.125 0.26 ;
+    END
+  END A_BIST_BM[48]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[48]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605 0 605.26 0.26 ;
+    END
+  END A_DOUT[48]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 623.57 0 623.83 0.26 ;
+    END
+  END A_DIN[49]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 622.715 0 622.975 0.26 ;
+    END
+  END A_BIST_DIN[49]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 615.73 0 615.99 0.26 ;
+    END
+  END A_BM[49]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 617.105 0 617.365 0.26 ;
+    END
+  END A_BIST_BM[49]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[49]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 616.24 0 616.5 0.26 ;
+    END
+  END A_DOUT[49]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 634.81 0 635.07 0.26 ;
+    END
+  END A_DIN[50]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 633.955 0 634.215 0.26 ;
+    END
+  END A_BIST_DIN[50]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 626.97 0 627.23 0.26 ;
+    END
+  END A_BM[50]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 628.345 0 628.605 0.26 ;
+    END
+  END A_BIST_BM[50]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[50]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 627.48 0 627.74 0.26 ;
+    END
+  END A_DOUT[50]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 646.05 0 646.31 0.26 ;
+    END
+  END A_DIN[51]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 645.195 0 645.455 0.26 ;
+    END
+  END A_BIST_DIN[51]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.21 0 638.47 0.26 ;
+    END
+  END A_BM[51]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 639.585 0 639.845 0.26 ;
+    END
+  END A_BIST_BM[51]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[51]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.72 0 638.98 0.26 ;
+    END
+  END A_DOUT[51]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 657.29 0 657.55 0.26 ;
+    END
+  END A_DIN[52]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 656.435 0 656.695 0.26 ;
+    END
+  END A_BIST_DIN[52]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.45 0 649.71 0.26 ;
+    END
+  END A_BM[52]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 650.825 0 651.085 0.26 ;
+    END
+  END A_BIST_BM[52]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[52]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.96 0 650.22 0.26 ;
+    END
+  END A_DOUT[52]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 668.53 0 668.79 0.26 ;
+    END
+  END A_DIN[53]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 667.675 0 667.935 0.26 ;
+    END
+  END A_BIST_DIN[53]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 660.69 0 660.95 0.26 ;
+    END
+  END A_BM[53]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 662.065 0 662.325 0.26 ;
+    END
+  END A_BIST_BM[53]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[53]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 661.2 0 661.46 0.26 ;
+    END
+  END A_DOUT[53]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 679.77 0 680.03 0.26 ;
+    END
+  END A_DIN[54]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 678.915 0 679.175 0.26 ;
+    END
+  END A_BIST_DIN[54]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 671.93 0 672.19 0.26 ;
+    END
+  END A_BM[54]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 673.305 0 673.565 0.26 ;
+    END
+  END A_BIST_BM[54]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[54]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 672.44 0 672.7 0.26 ;
+    END
+  END A_DOUT[54]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 691.01 0 691.27 0.26 ;
+    END
+  END A_DIN[55]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 690.155 0 690.415 0.26 ;
+    END
+  END A_BIST_DIN[55]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.17 0 683.43 0.26 ;
+    END
+  END A_BM[55]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 684.545 0 684.805 0.26 ;
+    END
+  END A_BIST_BM[55]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[55]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.68 0 683.94 0.26 ;
+    END
+  END A_DOUT[55]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 702.25 0 702.51 0.26 ;
+    END
+  END A_DIN[56]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 701.395 0 701.655 0.26 ;
+    END
+  END A_BIST_DIN[56]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.41 0 694.67 0.26 ;
+    END
+  END A_BM[56]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 695.785 0 696.045 0.26 ;
+    END
+  END A_BIST_BM[56]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[56]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.92 0 695.18 0.26 ;
+    END
+  END A_DOUT[56]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 713.49 0 713.75 0.26 ;
+    END
+  END A_DIN[57]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 712.635 0 712.895 0.26 ;
+    END
+  END A_BIST_DIN[57]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 705.65 0 705.91 0.26 ;
+    END
+  END A_BM[57]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 707.025 0 707.285 0.26 ;
+    END
+  END A_BIST_BM[57]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[57]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 706.16 0 706.42 0.26 ;
+    END
+  END A_DOUT[57]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 724.73 0 724.99 0.26 ;
+    END
+  END A_DIN[58]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 723.875 0 724.135 0.26 ;
+    END
+  END A_BIST_DIN[58]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 716.89 0 717.15 0.26 ;
+    END
+  END A_BM[58]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 718.265 0 718.525 0.26 ;
+    END
+  END A_BIST_BM[58]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[58]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 717.4 0 717.66 0.26 ;
+    END
+  END A_DOUT[58]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.97 0 736.23 0.26 ;
+    END
+  END A_DIN[59]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.115 0 735.375 0.26 ;
+    END
+  END A_BIST_DIN[59]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.13 0 728.39 0.26 ;
+    END
+  END A_BM[59]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 729.505 0 729.765 0.26 ;
+    END
+  END A_BIST_BM[59]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[59]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.64 0 728.9 0.26 ;
+    END
+  END A_DOUT[59]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 747.21 0 747.47 0.26 ;
+    END
+  END A_DIN[60]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 746.355 0 746.615 0.26 ;
+    END
+  END A_BIST_DIN[60]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.37 0 739.63 0.26 ;
+    END
+  END A_BM[60]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 740.745 0 741.005 0.26 ;
+    END
+  END A_BIST_BM[60]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[60]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.88 0 740.14 0.26 ;
+    END
+  END A_DOUT[60]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 758.45 0 758.71 0.26 ;
+    END
+  END A_DIN[61]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 757.595 0 757.855 0.26 ;
+    END
+  END A_BIST_DIN[61]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 750.61 0 750.87 0.26 ;
+    END
+  END A_BM[61]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.985 0 752.245 0.26 ;
+    END
+  END A_BIST_BM[61]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[61]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.12 0 751.38 0.26 ;
+    END
+  END A_DOUT[61]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 769.69 0 769.95 0.26 ;
+    END
+  END A_DIN[62]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 768.835 0 769.095 0.26 ;
+    END
+  END A_BIST_DIN[62]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 761.85 0 762.11 0.26 ;
+    END
+  END A_BM[62]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 763.225 0 763.485 0.26 ;
+    END
+  END A_BIST_BM[62]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[62]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 762.36 0 762.62 0.26 ;
+    END
+  END A_DOUT[62]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.93 0 781.19 0.26 ;
+    END
+  END A_DIN[63]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.075 0 780.335 0.26 ;
+    END
+  END A_BIST_DIN[63]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.09 0 773.35 0.26 ;
+    END
+  END A_BM[63]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 774.465 0 774.725 0.26 ;
+    END
+  END A_BIST_BM[63]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[63]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.6 0 773.86 0.26 ;
+    END
+  END A_DOUT[63]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.44 0 388.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 393.03 0 393.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 387.93 0 388.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 392.52 0 392.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.09 0 396.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.6 0 396.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.07 0 395.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.58 0 395.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.64 0 398.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.13 0 398.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.62 0 397.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.11 0 397.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.2 0 376.46 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.71 0 376.97 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.22 0 377.48 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.73 0 377.99 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5897 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.740105 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.29 0 406.55 0.26 ;
+    END
+  END A_ADDR[8]
+  PIN A_BIST_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.3755 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.204381 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.8 0 407.06 0.26 ;
+    END
+  END A_BIST_ADDR[8]
+  PIN A_ADDR[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.2633 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.963157 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.19 0 401.45 0.26 ;
+    END
+  END A_ADDR[9]
+  PIN A_BIST_ADDR[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.0083 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.693552 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.7 0 401.96 0.26 ;
+    END
+  END A_BIST_ADDR[9]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.4 0 386.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.97 0 390.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.46 0 389.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.91 0 387.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 408.33 0 408.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 382.41295 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 50.765 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.805731 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.95 0 389.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.87 0 385.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 391.5 0 391.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.99 0 391.25 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 385.38 0 385.64 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
+      RECT 0 0 784.48 336.46 ;
+    LAYER Metal2 ;
+      RECT 0.105 45.465 0.305 336.435 ;
+      RECT 1.1 335.705 1.3 336.435 ;
+      RECT 3.29 0.52 3.55 5.16 ;
+      RECT 2.77 4.9 3.55 5.16 ;
+      RECT 2.77 4.9 3.03 6.64 ;
+      RECT 1.92 335.705 2.12 336.435 ;
+      RECT 2.415 335.705 2.615 336.435 ;
+      RECT 2.915 335.705 3.115 336.435 ;
+      RECT 3.415 335.705 3.615 336.435 ;
+      RECT 3.91 335.705 4.11 336.435 ;
+      RECT 4.655 0.17 5.425 0.94 ;
+      RECT 4.655 0.17 4.915 12.9 ;
+      RECT 5.165 0.17 5.425 12.9 ;
+      RECT 4.145 0.52 4.405 5.815 ;
+      RECT 4.73 335.705 4.93 336.435 ;
+      RECT 5.675 0.17 6.445 0.43 ;
+      RECT 5.675 0.17 5.935 11.5 ;
+      RECT 6.185 0.17 6.445 11.5 ;
+      RECT 5.225 335.705 5.425 336.435 ;
+      RECT 5.725 335.705 5.925 336.435 ;
+      RECT 6.225 335.705 6.425 336.435 ;
+      RECT 7.715 0.17 8.485 0.43 ;
+      RECT 7.715 0.17 7.975 10.48 ;
+      RECT 8.225 0.17 8.485 10.99 ;
+      RECT 6.72 335.705 6.92 336.435 ;
+      RECT 7.54 335.705 7.74 336.435 ;
+      RECT 8.735 0.17 9.505 0.94 ;
+      RECT 8.735 0.17 8.995 8.7 ;
+      RECT 9.245 0.17 9.505 12.9 ;
+      RECT 8.035 335.705 8.235 336.435 ;
+      RECT 8.535 335.705 8.735 336.435 ;
+      RECT 9.035 335.705 9.235 336.435 ;
+      RECT 9.53 335.705 9.73 336.435 ;
+      RECT 9.755 0.52 10.015 2.485 ;
+      RECT 10.35 335.705 10.55 336.435 ;
+      RECT 10.62 0.52 10.88 14.11 ;
+      RECT 10.845 335.705 11.045 336.435 ;
+      RECT 11.13 0.52 11.39 2.335 ;
+      RECT 11.345 335.705 11.545 336.435 ;
+      RECT 11.845 335.705 12.045 336.435 ;
+      RECT 12.34 335.705 12.54 336.435 ;
+      RECT 14.53 0.52 14.79 5.16 ;
+      RECT 14.01 4.9 14.79 5.16 ;
+      RECT 14.01 4.9 14.27 6.64 ;
+      RECT 13.16 335.705 13.36 336.435 ;
+      RECT 13.655 335.705 13.855 336.435 ;
+      RECT 14.155 335.705 14.355 336.435 ;
+      RECT 14.655 335.705 14.855 336.435 ;
+      RECT 15.15 335.705 15.35 336.435 ;
+      RECT 15.895 0.17 16.665 0.94 ;
+      RECT 15.895 0.17 16.155 12.9 ;
+      RECT 16.405 0.17 16.665 12.9 ;
+      RECT 15.385 0.52 15.645 5.815 ;
+      RECT 15.97 335.705 16.17 336.435 ;
+      RECT 16.915 0.17 17.685 0.43 ;
+      RECT 16.915 0.17 17.175 11.5 ;
+      RECT 17.425 0.17 17.685 11.5 ;
+      RECT 16.465 335.705 16.665 336.435 ;
+      RECT 16.965 335.705 17.165 336.435 ;
+      RECT 17.465 335.705 17.665 336.435 ;
+      RECT 18.955 0.17 19.725 0.43 ;
+      RECT 18.955 0.17 19.215 10.48 ;
+      RECT 19.465 0.17 19.725 10.99 ;
+      RECT 17.96 335.705 18.16 336.435 ;
+      RECT 18.78 335.705 18.98 336.435 ;
+      RECT 19.975 0.17 20.745 0.94 ;
+      RECT 19.975 0.17 20.235 8.7 ;
+      RECT 20.485 0.17 20.745 12.9 ;
+      RECT 19.275 335.705 19.475 336.435 ;
+      RECT 19.775 335.705 19.975 336.435 ;
+      RECT 20.275 335.705 20.475 336.435 ;
+      RECT 20.77 335.705 20.97 336.435 ;
+      RECT 20.995 0.52 21.255 2.485 ;
+      RECT 21.59 335.705 21.79 336.435 ;
+      RECT 21.86 0.52 22.12 14.11 ;
+      RECT 22.085 335.705 22.285 336.435 ;
+      RECT 22.37 0.52 22.63 2.335 ;
+      RECT 22.585 335.705 22.785 336.435 ;
+      RECT 23.085 335.705 23.285 336.435 ;
+      RECT 23.58 335.705 23.78 336.435 ;
+      RECT 25.77 0.52 26.03 5.16 ;
+      RECT 25.25 4.9 26.03 5.16 ;
+      RECT 25.25 4.9 25.51 6.64 ;
+      RECT 24.4 335.705 24.6 336.435 ;
+      RECT 24.895 335.705 25.095 336.435 ;
+      RECT 25.395 335.705 25.595 336.435 ;
+      RECT 25.895 335.705 26.095 336.435 ;
+      RECT 26.39 335.705 26.59 336.435 ;
+      RECT 27.135 0.17 27.905 0.94 ;
+      RECT 27.135 0.17 27.395 12.9 ;
+      RECT 27.645 0.17 27.905 12.9 ;
+      RECT 26.625 0.52 26.885 5.815 ;
+      RECT 27.21 335.705 27.41 336.435 ;
+      RECT 28.155 0.17 28.925 0.43 ;
+      RECT 28.155 0.17 28.415 11.5 ;
+      RECT 28.665 0.17 28.925 11.5 ;
+      RECT 27.705 335.705 27.905 336.435 ;
+      RECT 28.205 335.705 28.405 336.435 ;
+      RECT 28.705 335.705 28.905 336.435 ;
+      RECT 30.195 0.17 30.965 0.43 ;
+      RECT 30.195 0.17 30.455 10.48 ;
+      RECT 30.705 0.17 30.965 10.99 ;
+      RECT 29.2 335.705 29.4 336.435 ;
+      RECT 30.02 335.705 30.22 336.435 ;
+      RECT 31.215 0.17 31.985 0.94 ;
+      RECT 31.215 0.17 31.475 8.7 ;
+      RECT 31.725 0.17 31.985 12.9 ;
+      RECT 30.515 335.705 30.715 336.435 ;
+      RECT 31.015 335.705 31.215 336.435 ;
+      RECT 31.515 335.705 31.715 336.435 ;
+      RECT 32.01 335.705 32.21 336.435 ;
+      RECT 32.235 0.52 32.495 2.485 ;
+      RECT 32.83 335.705 33.03 336.435 ;
+      RECT 33.1 0.52 33.36 14.11 ;
+      RECT 33.325 335.705 33.525 336.435 ;
+      RECT 33.61 0.52 33.87 2.335 ;
+      RECT 33.825 335.705 34.025 336.435 ;
+      RECT 34.325 335.705 34.525 336.435 ;
+      RECT 34.82 335.705 35.02 336.435 ;
+      RECT 37.01 0.52 37.27 5.16 ;
+      RECT 36.49 4.9 37.27 5.16 ;
+      RECT 36.49 4.9 36.75 6.64 ;
+      RECT 35.64 335.705 35.84 336.435 ;
+      RECT 36.135 335.705 36.335 336.435 ;
+      RECT 36.635 335.705 36.835 336.435 ;
+      RECT 37.135 335.705 37.335 336.435 ;
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+      RECT 780.48 0 784.48 336.46 ;
+      RECT 401.63 0 403.45 336.46 ;
+      RECT 406.78 0 408.6 336.46 ;
+      RECT 411.93 0 423.09 336.46 ;
+  END
+END RM_IHPSG13_1P_1024x64_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_2048x64_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_2048x64_c2_bm_bist.lef
new file mode 100644
index 000000000..572918707
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_2048x64_c2_bm_bist.lef
@@ -0,0 +1,8035 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_2048x64_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_2048x64_c2_bm_bist 0 0 ;
+  SIZE 784.48 BY 626.7 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 432.49 0 432.75 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 351.73 0 351.99 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 431.635 0 431.895 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 352.585 0 352.845 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.65 0 424.91 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.57 0 359.83 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 426.025 0 426.285 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 358.195 0 358.455 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 425.16 0 425.42 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.06 0 359.32 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 771.79 0 774.6 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 760.55 0 763.36 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 749.31 0 752.12 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 738.07 0 740.88 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 726.83 0 729.64 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 715.59 0 718.4 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 704.35 0 707.16 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 693.11 0 695.92 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 681.87 0 684.68 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 670.63 0 673.44 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 659.39 0 662.2 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 648.15 0 650.96 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 636.91 0 639.72 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 625.67 0 628.48 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 614.43 0 617.24 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 603.19 0 606 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 591.95 0 594.76 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 580.71 0 583.52 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 569.47 0 572.28 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 558.23 0 561.04 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 546.99 0 549.8 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 535.75 0 538.56 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 524.51 0 527.32 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 513.27 0 516.08 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 502.03 0 504.84 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 490.79 0 493.6 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 479.55 0 482.36 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 468.31 0 471.12 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 457.07 0 459.88 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 445.83 0 448.64 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 434.59 0 437.4 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 423.35 0 426.16 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 408.86 0 411.67 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.56 0 401.37 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 383.11 0 385.92 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 372.81 0 375.62 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.32 0 361.13 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.08 0 349.89 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 335.84 0 338.65 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 324.6 0 327.41 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 313.36 0 316.17 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.12 0 304.93 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 290.88 0 293.69 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 279.64 0 282.45 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 189.72 0 192.53 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 626.7 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 0 780.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 0 768.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 0 757.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 0 746.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 0 735.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 0 724.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 0 712.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 0 701.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 0 690.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 0 679.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 0 667.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 0 656.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 0 645.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 0 634.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 0 622.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 0 611.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 0 600.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 0 589.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 0 577.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 0 566.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 0 555.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 0 544.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 0 532.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 0 521.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 0 510.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 0 499.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 0 487.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 0 476.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 0 465.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 0 454.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 0 443.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 0 431.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.71 0 406.52 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 393.41 0 396.22 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 388.26 0 391.07 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 377.96 0 380.77 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 0 355.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 0 344.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 0 333.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 0 321.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 0 310.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 0 299.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 0 288.07 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 0 276.83 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 45.465 780.22 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 45.465 768.98 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 45.465 757.74 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 45.465 746.5 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 45.465 735.26 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 45.465 724.02 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 45.465 712.78 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 45.465 701.54 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 45.465 690.3 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 45.465 679.06 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 45.465 667.82 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 45.465 656.58 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 45.465 645.34 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 45.465 634.1 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 45.465 622.86 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 45.465 611.62 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 45.465 600.38 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 45.465 589.14 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 45.465 577.9 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 45.465 566.66 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 45.465 555.42 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 45.465 544.18 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 45.465 532.94 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 45.465 521.7 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 45.465 510.46 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 45.465 499.22 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 45.465 487.98 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 45.465 476.74 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 45.465 465.5 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 45.465 454.26 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 45.465 443.02 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 45.465 431.78 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 45.465 355.51 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 45.465 344.27 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 45.465 333.03 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 45.465 321.79 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 45.465 310.55 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 45.465 299.31 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 45.465 288.07 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 45.465 276.83 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 626.7 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 626.7 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 443.73 0 443.99 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 340.49 0 340.75 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 442.875 0 443.135 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 341.345 0 341.605 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.89 0 436.15 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 348.33 0 348.59 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 437.265 0 437.525 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 346.955 0 347.215 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 436.4 0 436.66 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 347.82 0 348.08 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.97 0 455.23 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 329.25 0 329.51 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.115 0 454.375 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 330.105 0 330.365 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.13 0 447.39 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.09 0 337.35 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 448.505 0 448.765 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 335.715 0 335.975 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.64 0 447.9 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 336.58 0 336.84 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 466.21 0 466.47 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.01 0 318.27 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 465.355 0 465.615 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.865 0 319.125 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.37 0 458.63 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.85 0 326.11 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 459.745 0 460.005 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 324.475 0 324.735 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.88 0 459.14 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.34 0 325.6 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 477.45 0 477.71 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 306.77 0 307.03 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 476.595 0 476.855 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 307.625 0 307.885 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.61 0 469.87 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.61 0 314.87 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.985 0 471.245 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 313.235 0 313.495 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.12 0 470.38 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.1 0 314.36 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 488.69 0 488.95 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.53 0 295.79 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 487.835 0 488.095 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.385 0 296.645 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.85 0 481.11 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.37 0 303.63 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 482.225 0 482.485 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.995 0 302.255 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 481.36 0 481.62 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.86 0 303.12 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.93 0 500.19 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 284.29 0 284.55 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.075 0 499.335 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 285.145 0 285.405 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.09 0 492.35 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.13 0 292.39 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 493.465 0 493.725 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.755 0 291.015 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.6 0 492.86 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.62 0 291.88 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 511.17 0 511.43 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.05 0 273.31 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 510.315 0 510.575 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.905 0 274.165 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.33 0 503.59 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.89 0 281.15 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 504.705 0 504.965 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 279.515 0 279.775 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.84 0 504.1 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.38 0 280.64 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 522.41 0 522.67 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 521.555 0 521.815 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.57 0 514.83 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.945 0 516.205 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.08 0 515.34 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 533.65 0 533.91 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 532.795 0 533.055 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.81 0 526.07 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 527.185 0 527.445 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 526.32 0 526.58 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.89 0 545.15 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.035 0 544.295 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.05 0 537.31 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 538.425 0 538.685 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.56 0 537.82 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 556.13 0 556.39 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 555.275 0 555.535 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.29 0 548.55 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 549.665 0 549.925 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.8 0 549.06 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 567.37 0 567.63 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 566.515 0 566.775 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.53 0 559.79 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.905 0 561.165 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.04 0 560.3 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 578.61 0 578.87 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 577.755 0 578.015 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.77 0 571.03 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 572.145 0 572.405 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 571.28 0 571.54 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 589.85 0 590.11 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 588.995 0 589.255 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.01 0 582.27 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 583.385 0 583.645 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.52 0 582.78 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 601.09 0 601.35 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 600.235 0 600.495 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.25 0 593.51 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 594.625 0 594.885 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.76 0 594.02 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 612.33 0 612.59 0.26 ;
+    END
+  END A_DIN[48]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 611.475 0 611.735 0.26 ;
+    END
+  END A_BIST_DIN[48]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 604.49 0 604.75 0.26 ;
+    END
+  END A_BM[48]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605.865 0 606.125 0.26 ;
+    END
+  END A_BIST_BM[48]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[48]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605 0 605.26 0.26 ;
+    END
+  END A_DOUT[48]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 623.57 0 623.83 0.26 ;
+    END
+  END A_DIN[49]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 622.715 0 622.975 0.26 ;
+    END
+  END A_BIST_DIN[49]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 615.73 0 615.99 0.26 ;
+    END
+  END A_BM[49]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 617.105 0 617.365 0.26 ;
+    END
+  END A_BIST_BM[49]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[49]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 616.24 0 616.5 0.26 ;
+    END
+  END A_DOUT[49]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 634.81 0 635.07 0.26 ;
+    END
+  END A_DIN[50]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 633.955 0 634.215 0.26 ;
+    END
+  END A_BIST_DIN[50]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 626.97 0 627.23 0.26 ;
+    END
+  END A_BM[50]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 628.345 0 628.605 0.26 ;
+    END
+  END A_BIST_BM[50]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[50]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 627.48 0 627.74 0.26 ;
+    END
+  END A_DOUT[50]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 646.05 0 646.31 0.26 ;
+    END
+  END A_DIN[51]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 645.195 0 645.455 0.26 ;
+    END
+  END A_BIST_DIN[51]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.21 0 638.47 0.26 ;
+    END
+  END A_BM[51]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 639.585 0 639.845 0.26 ;
+    END
+  END A_BIST_BM[51]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[51]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.72 0 638.98 0.26 ;
+    END
+  END A_DOUT[51]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 657.29 0 657.55 0.26 ;
+    END
+  END A_DIN[52]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 656.435 0 656.695 0.26 ;
+    END
+  END A_BIST_DIN[52]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.45 0 649.71 0.26 ;
+    END
+  END A_BM[52]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 650.825 0 651.085 0.26 ;
+    END
+  END A_BIST_BM[52]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[52]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.96 0 650.22 0.26 ;
+    END
+  END A_DOUT[52]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 668.53 0 668.79 0.26 ;
+    END
+  END A_DIN[53]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 667.675 0 667.935 0.26 ;
+    END
+  END A_BIST_DIN[53]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 660.69 0 660.95 0.26 ;
+    END
+  END A_BM[53]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 662.065 0 662.325 0.26 ;
+    END
+  END A_BIST_BM[53]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[53]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 661.2 0 661.46 0.26 ;
+    END
+  END A_DOUT[53]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 679.77 0 680.03 0.26 ;
+    END
+  END A_DIN[54]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 678.915 0 679.175 0.26 ;
+    END
+  END A_BIST_DIN[54]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 671.93 0 672.19 0.26 ;
+    END
+  END A_BM[54]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 673.305 0 673.565 0.26 ;
+    END
+  END A_BIST_BM[54]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[54]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 672.44 0 672.7 0.26 ;
+    END
+  END A_DOUT[54]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 691.01 0 691.27 0.26 ;
+    END
+  END A_DIN[55]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 690.155 0 690.415 0.26 ;
+    END
+  END A_BIST_DIN[55]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.17 0 683.43 0.26 ;
+    END
+  END A_BM[55]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 684.545 0 684.805 0.26 ;
+    END
+  END A_BIST_BM[55]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[55]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.68 0 683.94 0.26 ;
+    END
+  END A_DOUT[55]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 702.25 0 702.51 0.26 ;
+    END
+  END A_DIN[56]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 701.395 0 701.655 0.26 ;
+    END
+  END A_BIST_DIN[56]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.41 0 694.67 0.26 ;
+    END
+  END A_BM[56]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 695.785 0 696.045 0.26 ;
+    END
+  END A_BIST_BM[56]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[56]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.92 0 695.18 0.26 ;
+    END
+  END A_DOUT[56]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 713.49 0 713.75 0.26 ;
+    END
+  END A_DIN[57]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 712.635 0 712.895 0.26 ;
+    END
+  END A_BIST_DIN[57]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 705.65 0 705.91 0.26 ;
+    END
+  END A_BM[57]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 707.025 0 707.285 0.26 ;
+    END
+  END A_BIST_BM[57]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[57]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 706.16 0 706.42 0.26 ;
+    END
+  END A_DOUT[57]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 724.73 0 724.99 0.26 ;
+    END
+  END A_DIN[58]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 723.875 0 724.135 0.26 ;
+    END
+  END A_BIST_DIN[58]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 716.89 0 717.15 0.26 ;
+    END
+  END A_BM[58]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 718.265 0 718.525 0.26 ;
+    END
+  END A_BIST_BM[58]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[58]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 717.4 0 717.66 0.26 ;
+    END
+  END A_DOUT[58]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.97 0 736.23 0.26 ;
+    END
+  END A_DIN[59]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.115 0 735.375 0.26 ;
+    END
+  END A_BIST_DIN[59]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.13 0 728.39 0.26 ;
+    END
+  END A_BM[59]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 729.505 0 729.765 0.26 ;
+    END
+  END A_BIST_BM[59]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[59]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.64 0 728.9 0.26 ;
+    END
+  END A_DOUT[59]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 747.21 0 747.47 0.26 ;
+    END
+  END A_DIN[60]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 746.355 0 746.615 0.26 ;
+    END
+  END A_BIST_DIN[60]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.37 0 739.63 0.26 ;
+    END
+  END A_BM[60]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 740.745 0 741.005 0.26 ;
+    END
+  END A_BIST_BM[60]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[60]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.88 0 740.14 0.26 ;
+    END
+  END A_DOUT[60]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 758.45 0 758.71 0.26 ;
+    END
+  END A_DIN[61]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 757.595 0 757.855 0.26 ;
+    END
+  END A_BIST_DIN[61]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 750.61 0 750.87 0.26 ;
+    END
+  END A_BM[61]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.985 0 752.245 0.26 ;
+    END
+  END A_BIST_BM[61]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[61]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.12 0 751.38 0.26 ;
+    END
+  END A_DOUT[61]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 769.69 0 769.95 0.26 ;
+    END
+  END A_DIN[62]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 768.835 0 769.095 0.26 ;
+    END
+  END A_BIST_DIN[62]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 761.85 0 762.11 0.26 ;
+    END
+  END A_BM[62]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 763.225 0 763.485 0.26 ;
+    END
+  END A_BIST_BM[62]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[62]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 762.36 0 762.62 0.26 ;
+    END
+  END A_DOUT[62]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.93 0 781.19 0.26 ;
+    END
+  END A_DIN[63]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.075 0 780.335 0.26 ;
+    END
+  END A_BIST_DIN[63]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.09 0 773.35 0.26 ;
+    END
+  END A_BM[63]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 774.465 0 774.725 0.26 ;
+    END
+  END A_BIST_BM[63]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[63]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.6 0 773.86 0.26 ;
+    END
+  END A_DOUT[63]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.44 0 388.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 393.03 0 393.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 387.93 0 388.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 392.52 0 392.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.09 0 396.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.6 0 396.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.07 0 395.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.58 0 395.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.64 0 398.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.13 0 398.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.62 0 397.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.11 0 397.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.2 0 376.46 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.71 0 376.97 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.22 0 377.48 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.73 0 377.99 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5897 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.740105 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.29 0 406.55 0.26 ;
+    END
+  END A_ADDR[8]
+  PIN A_BIST_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.3755 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.204381 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.8 0 407.06 0.26 ;
+    END
+  END A_BIST_ADDR[8]
+  PIN A_ADDR[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.2633 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.963157 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.19 0 401.45 0.26 ;
+    END
+  END A_ADDR[9]
+  PIN A_BIST_ADDR[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.0083 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.693552 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.7 0 401.96 0.26 ;
+    END
+  END A_BIST_ADDR[9]
+  PIN A_ADDR[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.8199 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.776699 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 399.15 0 399.41 0.26 ;
+    END
+  END A_ADDR[10]
+  PIN A_BIST_ADDR[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.8199 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.776699 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 399.66 0 399.92 0.26 ;
+    END
+  END A_BIST_ADDR[10]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.4 0 386.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.97 0 390.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.46 0 389.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.91 0 387.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 408.33 0 408.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 382.41295 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 51.1225 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.753053 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.95 0 389.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.87 0 385.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 391.5 0 391.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.99 0 391.25 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 385.38 0 385.64 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
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+    LAYER Metal2 ;
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+      RECT 758.97 0 761.59 626.7 ;
+      RECT 763.735 0.17 768.585 626.7 ;
+      RECT 770.21 0 772.83 626.7 ;
+      RECT 774.975 0.17 779.825 626.7 ;
+      RECT 781.45 0 784.48 626.7 ;
+      RECT 0 0.52 784.48 626.7 ;
+      RECT 4.665 0 9.495 626.7 ;
+      RECT 15.905 0 20.735 626.7 ;
+      RECT 27.145 0 31.975 626.7 ;
+      RECT 38.385 0 43.215 626.7 ;
+      RECT 49.625 0 54.455 626.7 ;
+      RECT 60.865 0 65.695 626.7 ;
+      RECT 72.105 0 76.935 626.7 ;
+      RECT 83.345 0 88.175 626.7 ;
+      RECT 94.585 0 99.415 626.7 ;
+      RECT 105.825 0 110.655 626.7 ;
+      RECT 117.065 0 121.895 626.7 ;
+      RECT 128.305 0 133.135 626.7 ;
+      RECT 139.545 0 144.375 626.7 ;
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+      RECT 195.745 0 200.575 626.7 ;
+      RECT 206.985 0 211.815 626.7 ;
+      RECT 218.225 0 223.055 626.7 ;
+      RECT 229.465 0 234.295 626.7 ;
+    LAYER Metal3 ;
+      RECT 0 0 784.48 626.7 ;
+    LAYER Metal4 SPACING 0.21 ;
+      RECT 0 39.085 9.62 45.205 ;
+      RECT 0 0 4 626.7 ;
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+      RECT 46.67 0 48.96 626.7 ;
+      RECT 52.29 0 54.58 626.7 ;
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+      RECT 57.91 0 60.2 626.7 ;
+      RECT 63.53 0 65.82 626.7 ;
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+      RECT 69.15 0 71.44 626.7 ;
+      RECT 74.77 0 77.06 626.7 ;
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+      RECT 606.26 0 608.55 626.7 ;
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+      RECT 617.5 0 619.79 626.7 ;
+      RECT 623.12 0 625.41 626.7 ;
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+      RECT 628.74 0 631.03 626.7 ;
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+      RECT 645.6 0 647.89 626.7 ;
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+      RECT 651.22 0 653.51 626.7 ;
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+      RECT 662.46 0 664.75 626.7 ;
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+      RECT 673.7 0 675.99 626.7 ;
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+      RECT 718.66 0 720.95 626.7 ;
+      RECT 724.28 0 726.57 626.7 ;
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+      RECT 729.9 0 732.19 626.7 ;
+      RECT 735.52 0 737.81 626.7 ;
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+      RECT 741.14 0 743.43 626.7 ;
+      RECT 746.76 0 749.05 626.7 ;
+      RECT 752.38 39.085 760.29 45.205 ;
+      RECT 752.38 0 754.67 626.7 ;
+      RECT 758 0 760.29 626.7 ;
+      RECT 763.62 39.085 771.53 45.205 ;
+      RECT 763.62 0 765.91 626.7 ;
+      RECT 769.24 0 771.53 626.7 ;
+      RECT 774.86 39.085 784.48 45.205 ;
+      RECT 774.86 0 777.15 626.7 ;
+      RECT 780.48 0 784.48 626.7 ;
+      RECT 401.63 0 403.45 626.7 ;
+      RECT 406.78 0 408.6 626.7 ;
+      RECT 411.93 0 423.09 626.7 ;
+  END
+END RM_IHPSG13_1P_2048x64_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_256x48_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_256x48_c2_bm_bist.lef
new file mode 100644
index 000000000..8aaf38c32
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_256x48_c2_bm_bist.lef
@@ -0,0 +1,6091 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_256x48_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_256x48_c2_bm_bist 0 0 ;
+  SIZE 596.48 BY 118.78 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 334.41 0 334.67 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 333.555 0 333.815 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 326.57 0 326.83 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 327.945 0 328.205 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 327.08 0 327.34 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 583.79 0 586.6 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 572.55 0 575.36 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 561.31 0 564.12 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 550.07 0 552.88 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 538.83 0 541.64 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 527.59 0 530.4 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 516.35 0 519.16 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 505.11 0 507.92 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 493.87 0 496.68 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 482.63 0 485.44 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 471.39 0 474.2 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 460.15 0 462.96 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 448.91 0 451.72 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 437.67 0 440.48 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 426.43 0 429.24 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 415.19 0 418 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.95 0 406.76 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 392.71 0 395.52 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 381.47 0 384.28 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 370.23 0 373.04 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.99 0 361.8 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.75 0 350.56 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 336.51 0 339.32 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 325.27 0 328.08 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 314.86 0 317.67 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 304.56 0 307.37 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 289.11 0 291.92 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 278.81 0 281.62 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 189.72 0 192.53 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 118.78 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 589.41 0 592.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 578.17 0 580.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 566.93 0 569.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 555.69 0 558.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 544.45 0 547.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 533.21 0 536.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 521.97 0 524.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 510.73 0 513.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 499.49 0 502.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 488.25 0 491.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 477.01 0 479.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 465.77 0 468.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 454.53 0 457.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 443.29 0 446.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 432.05 0 434.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 420.81 0 423.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 409.57 0 412.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.33 0 401.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 387.09 0 389.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 375.85 0 378.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 364.61 0 367.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 353.37 0 356.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 342.13 0 344.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.89 0 333.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 309.71 0 312.52 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 299.41 0 302.22 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 294.26 0 297.07 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 283.96 0 286.77 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 589.41 45.465 592.22 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 578.17 45.465 580.98 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 566.93 45.465 569.74 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 555.69 45.465 558.5 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 544.45 45.465 547.26 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 533.21 45.465 536.02 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 521.97 45.465 524.78 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 510.73 45.465 513.54 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 499.49 45.465 502.3 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 488.25 45.465 491.06 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 477.01 45.465 479.82 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 465.77 45.465 468.58 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 454.53 45.465 457.34 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 443.29 45.465 446.1 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 432.05 45.465 434.86 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 420.81 45.465 423.62 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 409.57 45.465 412.38 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.33 45.465 401.14 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 387.09 45.465 389.9 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 375.85 45.465 378.66 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 364.61 45.465 367.42 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 353.37 45.465 356.18 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 342.13 45.465 344.94 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.89 45.465 333.7 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 118.78 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 345.65 0 345.91 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 344.795 0 345.055 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.81 0 338.07 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 339.185 0 339.445 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 338.32 0 338.58 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 356.89 0 357.15 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 356.035 0 356.295 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 349.05 0 349.31 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 350.425 0 350.685 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 349.56 0 349.82 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 368.13 0 368.39 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 367.275 0 367.535 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 360.29 0 360.55 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 361.665 0 361.925 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 360.8 0 361.06 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 379.37 0 379.63 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 378.515 0 378.775 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 371.53 0 371.79 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 372.905 0 373.165 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 372.04 0 372.3 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.61 0 390.87 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.755 0 390.015 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 382.77 0 383.03 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.145 0 384.405 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 383.28 0 383.54 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.85 0 402.11 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 400.995 0 401.255 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 394.01 0 394.27 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.385 0 395.645 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 394.52 0 394.78 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 413.09 0 413.35 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 412.235 0 412.495 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 405.25 0 405.51 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.625 0 406.885 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 405.76 0 406.02 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.33 0 424.59 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 423.475 0 423.735 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 416.49 0 416.75 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 417.865 0 418.125 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 417 0 417.26 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.57 0 435.83 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 434.715 0 434.975 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 427.73 0 427.99 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 429.105 0 429.365 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 428.24 0 428.5 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 446.81 0 447.07 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 445.955 0 446.215 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 438.97 0 439.23 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 440.345 0 440.605 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 439.48 0 439.74 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.05 0 458.31 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 457.195 0 457.455 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 450.21 0 450.47 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 451.585 0 451.845 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 450.72 0 450.98 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.29 0 469.55 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 468.435 0 468.695 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 461.45 0 461.71 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 462.825 0 463.085 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 461.96 0 462.22 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.53 0 480.79 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 479.675 0 479.935 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 472.69 0 472.95 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 474.065 0 474.325 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 473.2 0 473.46 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 491.77 0 492.03 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 490.915 0 491.175 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 483.93 0 484.19 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 485.305 0 485.565 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 484.44 0 484.7 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.01 0 503.27 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 502.155 0 502.415 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 495.17 0 495.43 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 496.545 0 496.805 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 495.68 0 495.94 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.25 0 514.51 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 513.395 0 513.655 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 506.41 0 506.67 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 507.785 0 508.045 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 506.92 0 507.18 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.49 0 525.75 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 524.635 0 524.895 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 517.65 0 517.91 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 519.025 0 519.285 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 518.16 0 518.42 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 536.73 0 536.99 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 535.875 0 536.135 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 528.89 0 529.15 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 530.265 0 530.525 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 529.4 0 529.66 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 547.97 0 548.23 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 547.115 0 547.375 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 540.13 0 540.39 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 541.505 0 541.765 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 540.64 0 540.9 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.21 0 559.47 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 558.355 0 558.615 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 551.37 0 551.63 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 552.745 0 553.005 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 551.88 0 552.14 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.45 0 570.71 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 569.595 0 569.855 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 562.61 0 562.87 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 563.985 0 564.245 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 563.12 0 563.38 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 581.69 0 581.95 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 580.835 0 581.095 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 573.85 0 574.11 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 575.225 0 575.485 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 574.36 0 574.62 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 592.93 0 593.19 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 592.075 0 592.335 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 585.09 0 585.35 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 586.465 0 586.725 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 585.6 0 585.86 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 294.44 0 294.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 299.03 0 299.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 293.93 0 294.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 298.52 0 298.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.09 0 302.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.6 0 302.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.07 0 301.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.58 0 301.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 304.64 0 304.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 304.13 0 304.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.62 0 303.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.11 0 303.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 282.2 0 282.46 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 282.71 0 282.97 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 283.22 0 283.48 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 283.73 0 283.99 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.4 0 292.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.97 0 296.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.46 0 295.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.91 0 293.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.33 0 314.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 292.00815 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 38.61 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.835746 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 294.95 0 295.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.87 0 291.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 297.5 0 297.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.99 0 297.25 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.38 0 291.64 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
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+    LAYER Metal2 ;
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+      RECT 4.665 0 9.495 118.78 ;
+      RECT 15.905 0 20.735 118.78 ;
+      RECT 27.145 0 31.975 118.78 ;
+      RECT 38.385 0 43.215 118.78 ;
+      RECT 49.625 0 54.455 118.78 ;
+      RECT 60.865 0 65.695 118.78 ;
+      RECT 72.105 0 76.935 118.78 ;
+      RECT 83.345 0 88.175 118.78 ;
+      RECT 94.585 0 99.415 118.78 ;
+      RECT 105.825 0 110.655 118.78 ;
+      RECT 117.065 0 121.895 118.78 ;
+      RECT 128.305 0 133.135 118.78 ;
+      RECT 139.545 0 144.375 118.78 ;
+      RECT 150.785 0 155.615 118.78 ;
+      RECT 162.025 0 166.855 118.78 ;
+      RECT 173.265 0 178.095 118.78 ;
+    LAYER Metal3 ;
+      RECT 0 0 596.48 118.78 ;
+    LAYER Metal4 SPACING 0.21 ;
+      RECT 0 39.085 9.62 45.205 ;
+      RECT 0 0 4 118.78 ;
+      RECT 7.33 0 9.62 118.78 ;
+      RECT 12.95 39.085 20.86 45.205 ;
+      RECT 12.95 0 15.24 118.78 ;
+      RECT 18.57 0 20.86 118.78 ;
+      RECT 24.19 39.085 32.1 45.205 ;
+      RECT 24.19 0 26.48 118.78 ;
+      RECT 29.81 0 32.1 118.78 ;
+      RECT 35.43 39.085 43.34 45.205 ;
+      RECT 35.43 0 37.72 118.78 ;
+      RECT 41.05 0 43.34 118.78 ;
+      RECT 46.67 39.085 54.58 45.205 ;
+      RECT 46.67 0 48.96 118.78 ;
+      RECT 52.29 0 54.58 118.78 ;
+      RECT 57.91 39.085 65.82 45.205 ;
+      RECT 57.91 0 60.2 118.78 ;
+      RECT 63.53 0 65.82 118.78 ;
+      RECT 69.15 39.085 77.06 45.205 ;
+      RECT 69.15 0 71.44 118.78 ;
+      RECT 74.77 0 77.06 118.78 ;
+      RECT 80.39 39.085 88.3 45.205 ;
+      RECT 80.39 0 82.68 118.78 ;
+      RECT 86.01 0 88.3 118.78 ;
+      RECT 91.63 39.085 99.54 45.205 ;
+      RECT 91.63 0 93.92 118.78 ;
+      RECT 97.25 0 99.54 118.78 ;
+      RECT 102.87 39.085 110.78 45.205 ;
+      RECT 102.87 0 105.16 118.78 ;
+      RECT 108.49 0 110.78 118.78 ;
+      RECT 114.11 39.085 122.02 45.205 ;
+      RECT 114.11 0 116.4 118.78 ;
+      RECT 119.73 0 122.02 118.78 ;
+      RECT 125.35 39.085 133.26 45.205 ;
+      RECT 125.35 0 127.64 118.78 ;
+      RECT 130.97 0 133.26 118.78 ;
+      RECT 136.59 39.085 144.5 45.205 ;
+      RECT 136.59 0 138.88 118.78 ;
+      RECT 142.21 0 144.5 118.78 ;
+      RECT 147.83 39.085 155.74 45.205 ;
+      RECT 147.83 0 150.12 118.78 ;
+      RECT 153.45 0 155.74 118.78 ;
+      RECT 159.07 39.085 166.98 45.205 ;
+      RECT 159.07 0 161.36 118.78 ;
+      RECT 164.69 0 166.98 118.78 ;
+      RECT 170.31 39.085 178.22 45.205 ;
+      RECT 170.31 0 172.6 118.78 ;
+      RECT 175.93 0 178.22 118.78 ;
+      RECT 181.55 39.085 189.46 45.205 ;
+      RECT 181.55 0 183.84 118.78 ;
+      RECT 187.17 0 189.46 118.78 ;
+      RECT 192.79 39.085 200.7 45.205 ;
+      RECT 192.79 0 195.08 118.78 ;
+      RECT 198.41 0 200.7 118.78 ;
+      RECT 204.03 39.085 211.94 45.205 ;
+      RECT 204.03 0 206.32 118.78 ;
+      RECT 209.65 0 211.94 118.78 ;
+      RECT 215.27 39.085 223.18 45.205 ;
+      RECT 215.27 0 217.56 118.78 ;
+      RECT 220.89 0 223.18 118.78 ;
+      RECT 226.51 39.085 234.42 45.205 ;
+      RECT 226.51 0 228.8 118.78 ;
+      RECT 232.13 0 234.42 118.78 ;
+      RECT 237.75 39.085 245.66 45.205 ;
+      RECT 237.75 0 240.04 118.78 ;
+      RECT 243.37 0 245.66 118.78 ;
+      RECT 248.99 39.085 256.9 45.205 ;
+      RECT 248.99 0 251.28 118.78 ;
+      RECT 254.61 0 256.9 118.78 ;
+      RECT 260.23 39.085 268.14 45.205 ;
+      RECT 260.23 0 262.52 118.78 ;
+      RECT 265.85 0 268.14 118.78 ;
+      RECT 271.47 0 278.55 118.78 ;
+      RECT 281.88 0 283.7 118.78 ;
+      RECT 287.03 0 288.85 118.78 ;
+      RECT 292.18 0 294 118.78 ;
+      RECT 297.33 0 299.15 118.78 ;
+      RECT 302.48 0 304.3 118.78 ;
+      RECT 328.34 39.085 336.25 45.205 ;
+      RECT 328.34 0 330.63 118.78 ;
+      RECT 333.96 0 336.25 118.78 ;
+      RECT 339.58 39.085 347.49 45.205 ;
+      RECT 339.58 0 341.87 118.78 ;
+      RECT 345.2 0 347.49 118.78 ;
+      RECT 350.82 39.085 358.73 45.205 ;
+      RECT 350.82 0 353.11 118.78 ;
+      RECT 356.44 0 358.73 118.78 ;
+      RECT 362.06 39.085 369.97 45.205 ;
+      RECT 362.06 0 364.35 118.78 ;
+      RECT 367.68 0 369.97 118.78 ;
+      RECT 373.3 39.085 381.21 45.205 ;
+      RECT 373.3 0 375.59 118.78 ;
+      RECT 378.92 0 381.21 118.78 ;
+      RECT 384.54 39.085 392.45 45.205 ;
+      RECT 384.54 0 386.83 118.78 ;
+      RECT 390.16 0 392.45 118.78 ;
+      RECT 395.78 39.085 403.69 45.205 ;
+      RECT 395.78 0 398.07 118.78 ;
+      RECT 401.4 0 403.69 118.78 ;
+      RECT 407.02 39.085 414.93 45.205 ;
+      RECT 407.02 0 409.31 118.78 ;
+      RECT 412.64 0 414.93 118.78 ;
+      RECT 418.26 39.085 426.17 45.205 ;
+      RECT 418.26 0 420.55 118.78 ;
+      RECT 423.88 0 426.17 118.78 ;
+      RECT 429.5 39.085 437.41 45.205 ;
+      RECT 429.5 0 431.79 118.78 ;
+      RECT 435.12 0 437.41 118.78 ;
+      RECT 440.74 39.085 448.65 45.205 ;
+      RECT 440.74 0 443.03 118.78 ;
+      RECT 446.36 0 448.65 118.78 ;
+      RECT 451.98 39.085 459.89 45.205 ;
+      RECT 451.98 0 454.27 118.78 ;
+      RECT 457.6 0 459.89 118.78 ;
+      RECT 463.22 39.085 471.13 45.205 ;
+      RECT 463.22 0 465.51 118.78 ;
+      RECT 468.84 0 471.13 118.78 ;
+      RECT 474.46 39.085 482.37 45.205 ;
+      RECT 474.46 0 476.75 118.78 ;
+      RECT 480.08 0 482.37 118.78 ;
+      RECT 485.7 39.085 493.61 45.205 ;
+      RECT 485.7 0 487.99 118.78 ;
+      RECT 491.32 0 493.61 118.78 ;
+      RECT 496.94 39.085 504.85 45.205 ;
+      RECT 496.94 0 499.23 118.78 ;
+      RECT 502.56 0 504.85 118.78 ;
+      RECT 508.18 39.085 516.09 45.205 ;
+      RECT 508.18 0 510.47 118.78 ;
+      RECT 513.8 0 516.09 118.78 ;
+      RECT 519.42 39.085 527.33 45.205 ;
+      RECT 519.42 0 521.71 118.78 ;
+      RECT 525.04 0 527.33 118.78 ;
+      RECT 530.66 39.085 538.57 45.205 ;
+      RECT 530.66 0 532.95 118.78 ;
+      RECT 536.28 0 538.57 118.78 ;
+      RECT 541.9 39.085 549.81 45.205 ;
+      RECT 541.9 0 544.19 118.78 ;
+      RECT 547.52 0 549.81 118.78 ;
+      RECT 553.14 39.085 561.05 45.205 ;
+      RECT 553.14 0 555.43 118.78 ;
+      RECT 558.76 0 561.05 118.78 ;
+      RECT 564.38 39.085 572.29 45.205 ;
+      RECT 564.38 0 566.67 118.78 ;
+      RECT 570 0 572.29 118.78 ;
+      RECT 575.62 39.085 583.53 45.205 ;
+      RECT 575.62 0 577.91 118.78 ;
+      RECT 581.24 0 583.53 118.78 ;
+      RECT 586.86 39.085 596.48 45.205 ;
+      RECT 586.86 0 589.15 118.78 ;
+      RECT 592.48 0 596.48 118.78 ;
+      RECT 307.63 0 309.45 118.78 ;
+      RECT 312.78 0 314.6 118.78 ;
+      RECT 317.93 0 325.01 118.78 ;
+  END
+END RM_IHPSG13_1P_256x48_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_256x64_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_256x64_c2_bm_bist.lef
new file mode 100644
index 000000000..700be466c
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_256x64_c2_bm_bist.lef
@@ -0,0 +1,7955 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_256x64_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_256x64_c2_bm_bist 0 0 ;
+  SIZE 784.48 BY 118.78 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 432.49 0 432.75 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 351.73 0 351.99 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 431.635 0 431.895 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 352.585 0 352.845 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.65 0 424.91 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.57 0 359.83 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 426.025 0 426.285 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 358.195 0 358.455 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 425.16 0 425.42 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.06 0 359.32 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 771.79 0 774.6 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 760.55 0 763.36 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 749.31 0 752.12 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 738.07 0 740.88 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 726.83 0 729.64 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 715.59 0 718.4 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 704.35 0 707.16 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 693.11 0 695.92 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 681.87 0 684.68 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 670.63 0 673.44 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 659.39 0 662.2 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 648.15 0 650.96 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 636.91 0 639.72 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 625.67 0 628.48 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 614.43 0 617.24 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 603.19 0 606 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 591.95 0 594.76 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 580.71 0 583.52 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 569.47 0 572.28 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 558.23 0 561.04 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 546.99 0 549.8 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 535.75 0 538.56 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 524.51 0 527.32 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 513.27 0 516.08 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 502.03 0 504.84 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 490.79 0 493.6 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 479.55 0 482.36 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 468.31 0 471.12 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 457.07 0 459.88 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 445.83 0 448.64 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 434.59 0 437.4 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 423.35 0 426.16 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 408.86 0 411.67 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.56 0 401.37 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 383.11 0 385.92 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 372.81 0 375.62 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.32 0 361.13 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.08 0 349.89 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 335.84 0 338.65 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 324.6 0 327.41 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 313.36 0 316.17 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.12 0 304.93 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 290.88 0 293.69 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 279.64 0 282.45 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 189.72 0 192.53 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 118.78 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 0 780.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 0 768.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 0 757.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 0 746.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 0 735.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 0 724.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 0 712.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 0 701.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 0 690.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 0 679.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 0 667.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 0 656.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 0 645.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 0 634.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 0 622.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 0 611.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 0 600.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 0 589.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 0 577.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 0 566.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 0 555.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 0 544.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 0 532.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 0 521.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 0 510.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 0 499.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 0 487.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 0 476.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 0 465.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 0 454.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 0 443.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 0 431.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.71 0 406.52 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 393.41 0 396.22 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 388.26 0 391.07 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 377.96 0 380.77 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 0 355.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 0 344.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 0 333.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 0 321.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 0 310.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 0 299.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 0 288.07 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 0 276.83 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 45.465 780.22 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 45.465 768.98 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 45.465 757.74 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 45.465 746.5 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 45.465 735.26 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 45.465 724.02 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 45.465 712.78 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 45.465 701.54 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 45.465 690.3 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 45.465 679.06 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 45.465 667.82 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 45.465 656.58 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 45.465 645.34 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 45.465 634.1 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 45.465 622.86 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 45.465 611.62 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 45.465 600.38 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 45.465 589.14 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 45.465 577.9 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 45.465 566.66 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 45.465 555.42 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 45.465 544.18 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 45.465 532.94 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 45.465 521.7 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 45.465 510.46 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 45.465 499.22 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 45.465 487.98 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 45.465 476.74 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 45.465 465.5 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 45.465 454.26 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 45.465 443.02 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 45.465 431.78 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 45.465 355.51 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 45.465 344.27 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 45.465 333.03 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 45.465 321.79 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 45.465 310.55 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 45.465 299.31 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 45.465 288.07 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 45.465 276.83 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 118.78 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 118.78 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 443.73 0 443.99 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 340.49 0 340.75 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 442.875 0 443.135 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 341.345 0 341.605 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.89 0 436.15 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 348.33 0 348.59 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 437.265 0 437.525 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 346.955 0 347.215 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 436.4 0 436.66 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 347.82 0 348.08 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.97 0 455.23 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 329.25 0 329.51 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.115 0 454.375 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 330.105 0 330.365 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.13 0 447.39 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.09 0 337.35 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 448.505 0 448.765 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 335.715 0 335.975 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.64 0 447.9 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 336.58 0 336.84 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 466.21 0 466.47 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.01 0 318.27 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 465.355 0 465.615 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.865 0 319.125 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.37 0 458.63 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.85 0 326.11 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 459.745 0 460.005 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 324.475 0 324.735 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.88 0 459.14 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.34 0 325.6 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 477.45 0 477.71 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 306.77 0 307.03 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 476.595 0 476.855 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 307.625 0 307.885 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.61 0 469.87 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.61 0 314.87 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.985 0 471.245 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 313.235 0 313.495 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.12 0 470.38 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.1 0 314.36 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 488.69 0 488.95 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.53 0 295.79 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 487.835 0 488.095 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.385 0 296.645 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.85 0 481.11 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.37 0 303.63 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 482.225 0 482.485 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.995 0 302.255 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 481.36 0 481.62 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.86 0 303.12 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.93 0 500.19 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 284.29 0 284.55 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.075 0 499.335 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 285.145 0 285.405 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.09 0 492.35 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.13 0 292.39 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 493.465 0 493.725 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.755 0 291.015 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.6 0 492.86 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.62 0 291.88 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 511.17 0 511.43 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.05 0 273.31 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 510.315 0 510.575 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.905 0 274.165 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.33 0 503.59 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.89 0 281.15 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 504.705 0 504.965 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 279.515 0 279.775 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.84 0 504.1 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.38 0 280.64 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 522.41 0 522.67 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 521.555 0 521.815 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.57 0 514.83 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.945 0 516.205 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.08 0 515.34 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 533.65 0 533.91 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 532.795 0 533.055 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.81 0 526.07 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 527.185 0 527.445 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 526.32 0 526.58 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.89 0 545.15 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.035 0 544.295 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.05 0 537.31 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 538.425 0 538.685 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.56 0 537.82 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 556.13 0 556.39 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 555.275 0 555.535 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.29 0 548.55 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 549.665 0 549.925 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.8 0 549.06 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 567.37 0 567.63 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 566.515 0 566.775 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.53 0 559.79 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.905 0 561.165 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.04 0 560.3 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 578.61 0 578.87 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 577.755 0 578.015 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.77 0 571.03 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 572.145 0 572.405 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 571.28 0 571.54 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 589.85 0 590.11 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 588.995 0 589.255 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.01 0 582.27 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 583.385 0 583.645 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.52 0 582.78 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 601.09 0 601.35 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 600.235 0 600.495 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.25 0 593.51 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 594.625 0 594.885 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.76 0 594.02 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 612.33 0 612.59 0.26 ;
+    END
+  END A_DIN[48]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 611.475 0 611.735 0.26 ;
+    END
+  END A_BIST_DIN[48]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 604.49 0 604.75 0.26 ;
+    END
+  END A_BM[48]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605.865 0 606.125 0.26 ;
+    END
+  END A_BIST_BM[48]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[48]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605 0 605.26 0.26 ;
+    END
+  END A_DOUT[48]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 623.57 0 623.83 0.26 ;
+    END
+  END A_DIN[49]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 622.715 0 622.975 0.26 ;
+    END
+  END A_BIST_DIN[49]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 615.73 0 615.99 0.26 ;
+    END
+  END A_BM[49]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 617.105 0 617.365 0.26 ;
+    END
+  END A_BIST_BM[49]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[49]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 616.24 0 616.5 0.26 ;
+    END
+  END A_DOUT[49]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 634.81 0 635.07 0.26 ;
+    END
+  END A_DIN[50]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 633.955 0 634.215 0.26 ;
+    END
+  END A_BIST_DIN[50]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 626.97 0 627.23 0.26 ;
+    END
+  END A_BM[50]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 628.345 0 628.605 0.26 ;
+    END
+  END A_BIST_BM[50]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[50]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 627.48 0 627.74 0.26 ;
+    END
+  END A_DOUT[50]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 646.05 0 646.31 0.26 ;
+    END
+  END A_DIN[51]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 645.195 0 645.455 0.26 ;
+    END
+  END A_BIST_DIN[51]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.21 0 638.47 0.26 ;
+    END
+  END A_BM[51]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 639.585 0 639.845 0.26 ;
+    END
+  END A_BIST_BM[51]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[51]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.72 0 638.98 0.26 ;
+    END
+  END A_DOUT[51]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 657.29 0 657.55 0.26 ;
+    END
+  END A_DIN[52]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 656.435 0 656.695 0.26 ;
+    END
+  END A_BIST_DIN[52]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.45 0 649.71 0.26 ;
+    END
+  END A_BM[52]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 650.825 0 651.085 0.26 ;
+    END
+  END A_BIST_BM[52]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[52]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.96 0 650.22 0.26 ;
+    END
+  END A_DOUT[52]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 668.53 0 668.79 0.26 ;
+    END
+  END A_DIN[53]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 667.675 0 667.935 0.26 ;
+    END
+  END A_BIST_DIN[53]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 660.69 0 660.95 0.26 ;
+    END
+  END A_BM[53]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 662.065 0 662.325 0.26 ;
+    END
+  END A_BIST_BM[53]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[53]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 661.2 0 661.46 0.26 ;
+    END
+  END A_DOUT[53]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 679.77 0 680.03 0.26 ;
+    END
+  END A_DIN[54]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 678.915 0 679.175 0.26 ;
+    END
+  END A_BIST_DIN[54]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 671.93 0 672.19 0.26 ;
+    END
+  END A_BM[54]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 673.305 0 673.565 0.26 ;
+    END
+  END A_BIST_BM[54]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[54]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 672.44 0 672.7 0.26 ;
+    END
+  END A_DOUT[54]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 691.01 0 691.27 0.26 ;
+    END
+  END A_DIN[55]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 690.155 0 690.415 0.26 ;
+    END
+  END A_BIST_DIN[55]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.17 0 683.43 0.26 ;
+    END
+  END A_BM[55]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 684.545 0 684.805 0.26 ;
+    END
+  END A_BIST_BM[55]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[55]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.68 0 683.94 0.26 ;
+    END
+  END A_DOUT[55]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 702.25 0 702.51 0.26 ;
+    END
+  END A_DIN[56]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 701.395 0 701.655 0.26 ;
+    END
+  END A_BIST_DIN[56]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.41 0 694.67 0.26 ;
+    END
+  END A_BM[56]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 695.785 0 696.045 0.26 ;
+    END
+  END A_BIST_BM[56]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[56]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.92 0 695.18 0.26 ;
+    END
+  END A_DOUT[56]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 713.49 0 713.75 0.26 ;
+    END
+  END A_DIN[57]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 712.635 0 712.895 0.26 ;
+    END
+  END A_BIST_DIN[57]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 705.65 0 705.91 0.26 ;
+    END
+  END A_BM[57]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 707.025 0 707.285 0.26 ;
+    END
+  END A_BIST_BM[57]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[57]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 706.16 0 706.42 0.26 ;
+    END
+  END A_DOUT[57]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 724.73 0 724.99 0.26 ;
+    END
+  END A_DIN[58]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 723.875 0 724.135 0.26 ;
+    END
+  END A_BIST_DIN[58]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 716.89 0 717.15 0.26 ;
+    END
+  END A_BM[58]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 718.265 0 718.525 0.26 ;
+    END
+  END A_BIST_BM[58]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[58]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 717.4 0 717.66 0.26 ;
+    END
+  END A_DOUT[58]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.97 0 736.23 0.26 ;
+    END
+  END A_DIN[59]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.115 0 735.375 0.26 ;
+    END
+  END A_BIST_DIN[59]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.13 0 728.39 0.26 ;
+    END
+  END A_BM[59]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 729.505 0 729.765 0.26 ;
+    END
+  END A_BIST_BM[59]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[59]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.64 0 728.9 0.26 ;
+    END
+  END A_DOUT[59]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 747.21 0 747.47 0.26 ;
+    END
+  END A_DIN[60]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 746.355 0 746.615 0.26 ;
+    END
+  END A_BIST_DIN[60]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.37 0 739.63 0.26 ;
+    END
+  END A_BM[60]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 740.745 0 741.005 0.26 ;
+    END
+  END A_BIST_BM[60]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[60]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.88 0 740.14 0.26 ;
+    END
+  END A_DOUT[60]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 758.45 0 758.71 0.26 ;
+    END
+  END A_DIN[61]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 757.595 0 757.855 0.26 ;
+    END
+  END A_BIST_DIN[61]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 750.61 0 750.87 0.26 ;
+    END
+  END A_BM[61]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.985 0 752.245 0.26 ;
+    END
+  END A_BIST_BM[61]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[61]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.12 0 751.38 0.26 ;
+    END
+  END A_DOUT[61]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 769.69 0 769.95 0.26 ;
+    END
+  END A_DIN[62]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 768.835 0 769.095 0.26 ;
+    END
+  END A_BIST_DIN[62]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 761.85 0 762.11 0.26 ;
+    END
+  END A_BM[62]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 763.225 0 763.485 0.26 ;
+    END
+  END A_BIST_BM[62]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[62]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 762.36 0 762.62 0.26 ;
+    END
+  END A_DOUT[62]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.93 0 781.19 0.26 ;
+    END
+  END A_DIN[63]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.075 0 780.335 0.26 ;
+    END
+  END A_BIST_DIN[63]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.09 0 773.35 0.26 ;
+    END
+  END A_BM[63]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 774.465 0 774.725 0.26 ;
+    END
+  END A_BIST_BM[63]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[63]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.6 0 773.86 0.26 ;
+    END
+  END A_DOUT[63]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.44 0 388.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 393.03 0 393.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 387.93 0 388.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 392.52 0 392.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.09 0 396.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.6 0 396.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.07 0 395.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.58 0 395.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.64 0 398.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.13 0 398.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.62 0 397.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.11 0 397.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.2 0 376.46 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.71 0 376.97 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.22 0 377.48 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.73 0 377.99 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.4 0 386.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.97 0 390.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.46 0 389.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.91 0 387.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 408.33 0 408.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 382.41295 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 50.05 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.913346 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.95 0 389.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.87 0 385.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 391.5 0 391.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.99 0 391.25 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 385.38 0 385.64 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
+      RECT 0 0 784.48 118.78 ;
+    LAYER Metal2 ;
+      RECT 0.105 45.465 0.305 118.755 ;
+      RECT 1.1 118.025 1.3 118.755 ;
+      RECT 3.29 0.52 3.55 5.16 ;
+      RECT 2.77 4.9 3.55 5.16 ;
+      RECT 2.77 4.9 3.03 6.64 ;
+      RECT 1.92 118.025 2.12 118.755 ;
+      RECT 2.415 118.025 2.615 118.755 ;
+      RECT 2.915 118.025 3.115 118.755 ;
+      RECT 3.415 118.025 3.615 118.755 ;
+      RECT 3.91 118.025 4.11 118.755 ;
+      RECT 4.655 0.17 5.425 0.94 ;
+      RECT 4.655 0.17 4.915 12.9 ;
+      RECT 5.165 0.17 5.425 12.9 ;
+      RECT 4.145 0.52 4.405 5.815 ;
+      RECT 4.73 118.025 4.93 118.755 ;
+      RECT 5.675 0.17 6.445 0.43 ;
+      RECT 5.675 0.17 5.935 11.5 ;
+      RECT 6.185 0.17 6.445 11.5 ;
+      RECT 5.225 118.025 5.425 118.755 ;
+      RECT 5.725 118.025 5.925 118.755 ;
+      RECT 6.225 118.025 6.425 118.755 ;
+      RECT 7.715 0.17 8.485 0.43 ;
+      RECT 7.715 0.17 7.975 10.48 ;
+      RECT 8.225 0.17 8.485 10.99 ;
+      RECT 6.72 118.025 6.92 118.755 ;
+      RECT 7.54 118.025 7.74 118.755 ;
+      RECT 8.735 0.17 9.505 0.94 ;
+      RECT 8.735 0.17 8.995 8.7 ;
+      RECT 9.245 0.17 9.505 12.9 ;
+      RECT 8.035 118.025 8.235 118.755 ;
+      RECT 8.535 118.025 8.735 118.755 ;
+      RECT 9.035 118.025 9.235 118.755 ;
+      RECT 9.53 118.025 9.73 118.755 ;
+      RECT 9.755 0.52 10.015 2.485 ;
+      RECT 10.35 118.025 10.55 118.755 ;
+      RECT 10.62 0.52 10.88 14.11 ;
+      RECT 10.845 118.025 11.045 118.755 ;
+      RECT 11.13 0.52 11.39 2.335 ;
+      RECT 11.345 118.025 11.545 118.755 ;
+      RECT 11.845 118.025 12.045 118.755 ;
+      RECT 12.34 118.025 12.54 118.755 ;
+      RECT 14.53 0.52 14.79 5.16 ;
+      RECT 14.01 4.9 14.79 5.16 ;
+      RECT 14.01 4.9 14.27 6.64 ;
+      RECT 13.16 118.025 13.36 118.755 ;
+      RECT 13.655 118.025 13.855 118.755 ;
+      RECT 14.155 118.025 14.355 118.755 ;
+      RECT 14.655 118.025 14.855 118.755 ;
+      RECT 15.15 118.025 15.35 118.755 ;
+      RECT 15.895 0.17 16.665 0.94 ;
+      RECT 15.895 0.17 16.155 12.9 ;
+      RECT 16.405 0.17 16.665 12.9 ;
+      RECT 15.385 0.52 15.645 5.815 ;
+      RECT 15.97 118.025 16.17 118.755 ;
+      RECT 16.915 0.17 17.685 0.43 ;
+      RECT 16.915 0.17 17.175 11.5 ;
+      RECT 17.425 0.17 17.685 11.5 ;
+      RECT 16.465 118.025 16.665 118.755 ;
+      RECT 16.965 118.025 17.165 118.755 ;
+      RECT 17.465 118.025 17.665 118.755 ;
+      RECT 18.955 0.17 19.725 0.43 ;
+      RECT 18.955 0.17 19.215 10.48 ;
+      RECT 19.465 0.17 19.725 10.99 ;
+      RECT 17.96 118.025 18.16 118.755 ;
+      RECT 18.78 118.025 18.98 118.755 ;
+      RECT 19.975 0.17 20.745 0.94 ;
+      RECT 19.975 0.17 20.235 8.7 ;
+      RECT 20.485 0.17 20.745 12.9 ;
+      RECT 19.275 118.025 19.475 118.755 ;
+      RECT 19.775 118.025 19.975 118.755 ;
+      RECT 20.275 118.025 20.475 118.755 ;
+      RECT 20.77 118.025 20.97 118.755 ;
+      RECT 20.995 0.52 21.255 2.485 ;
+      RECT 21.59 118.025 21.79 118.755 ;
+      RECT 21.86 0.52 22.12 14.11 ;
+      RECT 22.085 118.025 22.285 118.755 ;
+      RECT 22.37 0.52 22.63 2.335 ;
+      RECT 22.585 118.025 22.785 118.755 ;
+      RECT 23.085 118.025 23.285 118.755 ;
+      RECT 23.58 118.025 23.78 118.755 ;
+      RECT 25.77 0.52 26.03 5.16 ;
+      RECT 25.25 4.9 26.03 5.16 ;
+      RECT 25.25 4.9 25.51 6.64 ;
+      RECT 24.4 118.025 24.6 118.755 ;
+      RECT 24.895 118.025 25.095 118.755 ;
+      RECT 25.395 118.025 25.595 118.755 ;
+      RECT 25.895 118.025 26.095 118.755 ;
+      RECT 26.39 118.025 26.59 118.755 ;
+      RECT 27.135 0.17 27.905 0.94 ;
+      RECT 27.135 0.17 27.395 12.9 ;
+      RECT 27.645 0.17 27.905 12.9 ;
+      RECT 26.625 0.52 26.885 5.815 ;
+      RECT 27.21 118.025 27.41 118.755 ;
+      RECT 28.155 0.17 28.925 0.43 ;
+      RECT 28.155 0.17 28.415 11.5 ;
+      RECT 28.665 0.17 28.925 11.5 ;
+      RECT 27.705 118.025 27.905 118.755 ;
+      RECT 28.205 118.025 28.405 118.755 ;
+      RECT 28.705 118.025 28.905 118.755 ;
+      RECT 30.195 0.17 30.965 0.43 ;
+      RECT 30.195 0.17 30.455 10.48 ;
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+      RECT 780.48 0 784.48 118.78 ;
+      RECT 401.63 0 403.45 118.78 ;
+      RECT 406.78 0 408.6 118.78 ;
+      RECT 411.93 0 423.09 118.78 ;
+  END
+END RM_IHPSG13_1P_256x64_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_512x32_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_512x32_c2_bm_bist.lef
new file mode 100644
index 000000000..afaba4339
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_512x32_c2_bm_bist.lef
@@ -0,0 +1,4282 @@
+# ------------------------------------------------------
+#
+#		Copyright 2023 IHP PDK Authors
+#
+#		Licensed under the Apache License, Version 2.0 (the "License");
+#		you may not use this file except in compliance with the License.
+#		You may obtain a copy of the License at
+#		
+#		   https://www.apache.org/licenses/LICENSE-2.0
+#		
+#		Unless required by applicable law or agreed to in writing, software
+#		distributed under the License is distributed on an "AS IS" BASIS,
+#		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+#		See the License for the specific language governing permissions and
+#		limitations under the License.
+#		
+#		Generated on Wed Apr  2 16:02:47 2025		
+#
+# ------------------------------------------------------ 
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_512x32_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_512x32_c2_bm_bist 0 0 ;
+  SIZE 416.64 BY 191.34 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 244.49 0 244.75 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 243.635 0 243.895 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 236.65 0 236.91 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 238.025 0 238.285 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 237.16 0 237.42 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 403.95 0 406.76 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 392.71 0 395.52 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 381.47 0 384.28 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 370.23 0 373.04 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.99 0 361.8 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.75 0 350.56 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 336.51 0 339.32 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 325.27 0 328.08 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 314.03 0 316.84 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.79 0 305.6 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 291.55 0 294.36 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 280.31 0 283.12 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 269.07 0 271.88 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.83 0 260.64 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 246.59 0 249.4 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 235.35 0 238.16 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 224.94 0 227.75 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 214.64 0 217.45 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 199.19 0 202 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 188.89 0 191.7 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 191.34 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 409.57 0 412.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.33 0 401.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 387.09 0 389.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 375.85 0 378.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 364.61 0 367.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 353.37 0 356.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 342.13 0 344.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.89 0 333.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 319.65 0 322.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 308.41 0 311.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 297.17 0 299.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.93 0 288.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.69 0 277.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 263.45 0 266.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 252.21 0 255.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.97 0 243.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 219.79 0 222.6 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 209.49 0 212.3 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 204.34 0 207.15 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 194.04 0 196.85 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 409.57 45.465 412.38 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.33 45.465 401.14 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 387.09 45.465 389.9 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 375.85 45.465 378.66 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 364.61 45.465 367.42 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 353.37 45.465 356.18 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 342.13 45.465 344.94 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.89 45.465 333.7 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 319.65 45.465 322.46 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 308.41 45.465 311.22 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 297.17 45.465 299.98 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.93 45.465 288.74 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.69 45.465 277.5 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 263.45 45.465 266.26 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 252.21 45.465 255.02 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.97 45.465 243.78 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 191.34 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 255.73 0 255.99 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 254.875 0 255.135 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.89 0 248.15 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 249.265 0 249.525 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 248.4 0 248.66 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 266.97 0 267.23 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 266.115 0 266.375 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 259.13 0 259.39 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 260.505 0 260.765 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 259.64 0 259.9 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 278.21 0 278.47 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 277.355 0 277.615 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 270.37 0 270.63 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 271.745 0 272.005 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 270.88 0 271.14 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 289.45 0 289.71 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 288.595 0 288.855 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 281.61 0 281.87 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 282.985 0 283.245 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 282.12 0 282.38 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 300.69 0 300.95 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 299.835 0 300.095 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.85 0 293.11 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 294.225 0 294.485 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 293.36 0 293.62 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 311.93 0 312.19 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 311.075 0 311.335 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 304.09 0 304.35 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 305.465 0 305.725 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 304.6 0 304.86 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 323.17 0 323.43 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 322.315 0 322.575 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 315.33 0 315.59 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 316.705 0 316.965 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 315.84 0 316.1 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 334.41 0 334.67 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 333.555 0 333.815 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 326.57 0 326.83 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 327.945 0 328.205 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 327.08 0 327.34 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 345.65 0 345.91 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 344.795 0 345.055 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.81 0 338.07 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 339.185 0 339.445 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 338.32 0 338.58 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 356.89 0 357.15 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 356.035 0 356.295 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 349.05 0 349.31 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 350.425 0 350.685 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 349.56 0 349.82 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 368.13 0 368.39 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 367.275 0 367.535 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 360.29 0 360.55 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 361.665 0 361.925 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 360.8 0 361.06 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 379.37 0 379.63 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 378.515 0 378.775 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 371.53 0 371.79 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 372.905 0 373.165 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 372.04 0 372.3 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.61 0 390.87 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.755 0 390.015 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 382.77 0 383.03 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.145 0 384.405 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 383.28 0 383.54 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 401.85 0 402.11 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 400.995 0 401.255 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 394.01 0 394.27 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.385 0 395.645 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 394.52 0 394.78 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 413.09 0 413.35 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 412.235 0 412.495 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 405.25 0 405.51 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.625 0 406.885 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 405.76 0 406.02 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 204.52 0 204.78 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 209.11 0 209.37 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 204.01 0 204.27 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 208.6 0 208.86 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.17 0 212.43 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.68 0 212.94 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 211.15 0 211.41 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 211.66 0 211.92 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 214.72 0 214.98 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 214.21 0 214.47 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.7 0 213.96 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.19 0 213.45 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 192.28 0 192.54 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 192.79 0 193.05 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 193.3 0 193.56 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 193.81 0 194.07 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5897 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.740105 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 222.37 0 222.63 0.26 ;
+    END
+  END A_ADDR[8]
+  PIN A_BIST_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.3755 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.204381 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 222.88 0 223.14 0.26 ;
+    END
+  END A_BIST_ADDR[8]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.48 0 202.74 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.05 0 206.31 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.54 0 205.8 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.99 0 203.25 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.41 0 224.67 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 203.31695 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 27.5275 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.658685 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.03 0 205.29 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.95 0 201.21 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 207.58 0 207.84 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 207.07 0 207.33 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.46 0 201.72 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
+      RECT 0 0 416.64 191.34 ;
+    LAYER Metal2 ;
+      RECT 0.105 45.465 0.305 191.315 ;
+      RECT 1.1 190.585 1.3 191.315 ;
+      RECT 3.29 0.52 3.55 5.16 ;
+      RECT 2.77 4.9 3.55 5.16 ;
+      RECT 2.77 4.9 3.03 6.64 ;
+      RECT 1.92 190.585 2.12 191.315 ;
+      RECT 2.415 190.585 2.615 191.315 ;
+      RECT 2.915 190.585 3.115 191.315 ;
+      RECT 3.415 190.585 3.615 191.315 ;
+      RECT 3.91 190.585 4.11 191.315 ;
+      RECT 4.655 0.17 5.425 0.94 ;
+      RECT 4.655 0.17 4.915 12.9 ;
+      RECT 5.165 0.17 5.425 12.9 ;
+      RECT 4.145 0.52 4.405 5.815 ;
+      RECT 4.73 190.585 4.93 191.315 ;
+      RECT 5.675 0.17 6.445 0.43 ;
+      RECT 5.675 0.17 5.935 11.5 ;
+      RECT 6.185 0.17 6.445 11.5 ;
+      RECT 5.225 190.585 5.425 191.315 ;
+      RECT 5.725 190.585 5.925 191.315 ;
+      RECT 6.225 190.585 6.425 191.315 ;
+      RECT 7.715 0.17 8.485 0.43 ;
+      RECT 7.715 0.17 7.975 10.48 ;
+      RECT 8.225 0.17 8.485 10.99 ;
+      RECT 6.72 190.585 6.92 191.315 ;
+      RECT 7.54 190.585 7.74 191.315 ;
+      RECT 8.735 0.17 9.505 0.94 ;
+      RECT 8.735 0.17 8.995 8.7 ;
+      RECT 9.245 0.17 9.505 12.9 ;
+      RECT 8.035 190.585 8.235 191.315 ;
+      RECT 8.535 190.585 8.735 191.315 ;
+      RECT 9.035 190.585 9.235 191.315 ;
+      RECT 9.53 190.585 9.73 191.315 ;
+      RECT 9.755 0.52 10.015 2.485 ;
+      RECT 10.35 190.585 10.55 191.315 ;
+      RECT 10.62 0.52 10.88 14.11 ;
+      RECT 10.845 190.585 11.045 191.315 ;
+      RECT 11.13 0.52 11.39 2.335 ;
+      RECT 11.345 190.585 11.545 191.315 ;
+      RECT 11.845 190.585 12.045 191.315 ;
+      RECT 12.34 190.585 12.54 191.315 ;
+      RECT 14.53 0.52 14.79 5.16 ;
+      RECT 14.01 4.9 14.79 5.16 ;
+      RECT 14.01 4.9 14.27 6.64 ;
+      RECT 13.16 190.585 13.36 191.315 ;
+      RECT 13.655 190.585 13.855 191.315 ;
+      RECT 14.155 190.585 14.355 191.315 ;
+      RECT 14.655 190.585 14.855 191.315 ;
+      RECT 15.15 190.585 15.35 191.315 ;
+      RECT 15.895 0.17 16.665 0.94 ;
+      RECT 15.895 0.17 16.155 12.9 ;
+      RECT 16.405 0.17 16.665 12.9 ;
+      RECT 15.385 0.52 15.645 5.815 ;
+      RECT 15.97 190.585 16.17 191.315 ;
+      RECT 16.915 0.17 17.685 0.43 ;
+      RECT 16.915 0.17 17.175 11.5 ;
+      RECT 17.425 0.17 17.685 11.5 ;
+      RECT 16.465 190.585 16.665 191.315 ;
+      RECT 16.965 190.585 17.165 191.315 ;
+      RECT 17.465 190.585 17.665 191.315 ;
+      RECT 18.955 0.17 19.725 0.43 ;
+      RECT 18.955 0.17 19.215 10.48 ;
+      RECT 19.465 0.17 19.725 10.99 ;
+      RECT 17.96 190.585 18.16 191.315 ;
+      RECT 18.78 190.585 18.98 191.315 ;
+      RECT 19.975 0.17 20.745 0.94 ;
+      RECT 19.975 0.17 20.235 8.7 ;
+      RECT 20.485 0.17 20.745 12.9 ;
+      RECT 19.275 190.585 19.475 191.315 ;
+      RECT 19.775 190.585 19.975 191.315 ;
+      RECT 20.275 190.585 20.475 191.315 ;
+      RECT 20.77 190.585 20.97 191.315 ;
+      RECT 20.995 0.52 21.255 2.485 ;
+      RECT 21.59 190.585 21.79 191.315 ;
+      RECT 21.86 0.52 22.12 14.11 ;
+      RECT 22.085 190.585 22.285 191.315 ;
+      RECT 22.37 0.52 22.63 2.335 ;
+      RECT 22.585 190.585 22.785 191.315 ;
+      RECT 23.085 190.585 23.285 191.315 ;
+      RECT 23.58 190.585 23.78 191.315 ;
+      RECT 25.77 0.52 26.03 5.16 ;
+      RECT 25.25 4.9 26.03 5.16 ;
+      RECT 25.25 4.9 25.51 6.64 ;
+      RECT 24.4 190.585 24.6 191.315 ;
+      RECT 24.895 190.585 25.095 191.315 ;
+      RECT 25.395 190.585 25.595 191.315 ;
+      RECT 25.895 190.585 26.095 191.315 ;
+      RECT 26.39 190.585 26.59 191.315 ;
+      RECT 27.135 0.17 27.905 0.94 ;
+      RECT 27.135 0.17 27.395 12.9 ;
+      RECT 27.645 0.17 27.905 12.9 ;
+      RECT 26.625 0.52 26.885 5.815 ;
+      RECT 27.21 190.585 27.41 191.315 ;
+      RECT 28.155 0.17 28.925 0.43 ;
+      RECT 28.155 0.17 28.415 11.5 ;
+      RECT 28.665 0.17 28.925 11.5 ;
+      RECT 27.705 190.585 27.905 191.315 ;
+      RECT 28.205 190.585 28.405 191.315 ;
+      RECT 28.705 190.585 28.905 191.315 ;
+      RECT 30.195 0.17 30.965 0.43 ;
+      RECT 30.195 0.17 30.455 10.48 ;
+      RECT 30.705 0.17 30.965 10.99 ;
+      RECT 29.2 190.585 29.4 191.315 ;
+      RECT 30.02 190.585 30.22 191.315 ;
+      RECT 31.215 0.17 31.985 0.94 ;
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+      RECT 317.215 0.17 322.065 191.34 ;
+      RECT 323.69 0 326.31 191.34 ;
+      RECT 328.455 0.17 333.305 191.34 ;
+      RECT 334.93 0 337.55 191.34 ;
+      RECT 339.695 0.17 344.545 191.34 ;
+      RECT 346.17 0 348.79 191.34 ;
+      RECT 350.935 0.17 355.785 191.34 ;
+      RECT 357.41 0 360.03 191.34 ;
+      RECT 362.175 0.17 367.025 191.34 ;
+      RECT 368.65 0 371.27 191.34 ;
+      RECT 373.415 0.17 378.265 191.34 ;
+      RECT 379.89 0 382.51 191.34 ;
+      RECT 384.655 0.17 389.505 191.34 ;
+      RECT 391.13 0 393.75 191.34 ;
+      RECT 395.895 0.17 400.745 191.34 ;
+      RECT 402.37 0 404.99 191.34 ;
+      RECT 407.135 0.17 411.985 191.34 ;
+      RECT 413.61 0 416.64 191.34 ;
+      RECT 0 0.52 416.64 191.34 ;
+      RECT 4.665 0 9.495 191.34 ;
+      RECT 15.905 0 20.735 191.34 ;
+      RECT 27.145 0 31.975 191.34 ;
+      RECT 38.385 0 43.215 191.34 ;
+      RECT 49.625 0 54.455 191.34 ;
+      RECT 60.865 0 65.695 191.34 ;
+      RECT 72.105 0 76.935 191.34 ;
+      RECT 83.345 0 88.175 191.34 ;
+      RECT 94.585 0 99.415 191.34 ;
+      RECT 105.825 0 110.655 191.34 ;
+      RECT 117.065 0 121.895 191.34 ;
+      RECT 128.305 0 133.135 191.34 ;
+      RECT 139.545 0 144.375 191.34 ;
+      RECT 150.785 0 155.615 191.34 ;
+      RECT 162.025 0 166.855 191.34 ;
+      RECT 173.265 0 178.095 191.34 ;
+      RECT 194.32 0 200.69 191.34 ;
+      RECT 209.63 0 210.89 191.34 ;
+      RECT 238.545 0 243.375 191.34 ;
+    LAYER Metal3 ;
+      RECT 0 0 416.64 191.34 ;
+    LAYER Metal4 SPACING 0.21 ;
+      RECT 0 39.085 9.62 45.205 ;
+      RECT 0 0 4 191.34 ;
+      RECT 7.33 0 9.62 191.34 ;
+      RECT 12.95 39.085 20.86 45.205 ;
+      RECT 12.95 0 15.24 191.34 ;
+      RECT 18.57 0 20.86 191.34 ;
+      RECT 24.19 39.085 32.1 45.205 ;
+      RECT 24.19 0 26.48 191.34 ;
+      RECT 29.81 0 32.1 191.34 ;
+      RECT 35.43 39.085 43.34 45.205 ;
+      RECT 35.43 0 37.72 191.34 ;
+      RECT 41.05 0 43.34 191.34 ;
+      RECT 46.67 39.085 54.58 45.205 ;
+      RECT 46.67 0 48.96 191.34 ;
+      RECT 52.29 0 54.58 191.34 ;
+      RECT 57.91 39.085 65.82 45.205 ;
+      RECT 57.91 0 60.2 191.34 ;
+      RECT 63.53 0 65.82 191.34 ;
+      RECT 69.15 39.085 77.06 45.205 ;
+      RECT 69.15 0 71.44 191.34 ;
+      RECT 74.77 0 77.06 191.34 ;
+      RECT 80.39 39.085 88.3 45.205 ;
+      RECT 80.39 0 82.68 191.34 ;
+      RECT 86.01 0 88.3 191.34 ;
+      RECT 91.63 39.085 99.54 45.205 ;
+      RECT 91.63 0 93.92 191.34 ;
+      RECT 97.25 0 99.54 191.34 ;
+      RECT 102.87 39.085 110.78 45.205 ;
+      RECT 102.87 0 105.16 191.34 ;
+      RECT 108.49 0 110.78 191.34 ;
+      RECT 114.11 39.085 122.02 45.205 ;
+      RECT 114.11 0 116.4 191.34 ;
+      RECT 119.73 0 122.02 191.34 ;
+      RECT 125.35 39.085 133.26 45.205 ;
+      RECT 125.35 0 127.64 191.34 ;
+      RECT 130.97 0 133.26 191.34 ;
+      RECT 136.59 39.085 144.5 45.205 ;
+      RECT 136.59 0 138.88 191.34 ;
+      RECT 142.21 0 144.5 191.34 ;
+      RECT 147.83 39.085 155.74 45.205 ;
+      RECT 147.83 0 150.12 191.34 ;
+      RECT 153.45 0 155.74 191.34 ;
+      RECT 159.07 39.085 166.98 45.205 ;
+      RECT 159.07 0 161.36 191.34 ;
+      RECT 164.69 0 166.98 191.34 ;
+      RECT 170.31 39.085 178.22 45.205 ;
+      RECT 170.31 0 172.6 191.34 ;
+      RECT 175.93 0 178.22 191.34 ;
+      RECT 181.55 0 188.63 191.34 ;
+      RECT 191.96 0 193.78 191.34 ;
+      RECT 197.11 0 198.93 191.34 ;
+      RECT 202.26 0 204.08 191.34 ;
+      RECT 207.41 0 209.23 191.34 ;
+      RECT 212.56 0 214.38 191.34 ;
+      RECT 238.42 39.085 246.33 45.205 ;
+      RECT 238.42 0 240.71 191.34 ;
+      RECT 244.04 0 246.33 191.34 ;
+      RECT 249.66 39.085 257.57 45.205 ;
+      RECT 249.66 0 251.95 191.34 ;
+      RECT 255.28 0 257.57 191.34 ;
+      RECT 260.9 39.085 268.81 45.205 ;
+      RECT 260.9 0 263.19 191.34 ;
+      RECT 266.52 0 268.81 191.34 ;
+      RECT 272.14 39.085 280.05 45.205 ;
+      RECT 272.14 0 274.43 191.34 ;
+      RECT 277.76 0 280.05 191.34 ;
+      RECT 283.38 39.085 291.29 45.205 ;
+      RECT 283.38 0 285.67 191.34 ;
+      RECT 289 0 291.29 191.34 ;
+      RECT 294.62 39.085 302.53 45.205 ;
+      RECT 294.62 0 296.91 191.34 ;
+      RECT 300.24 0 302.53 191.34 ;
+      RECT 305.86 39.085 313.77 45.205 ;
+      RECT 305.86 0 308.15 191.34 ;
+      RECT 311.48 0 313.77 191.34 ;
+      RECT 317.1 39.085 325.01 45.205 ;
+      RECT 317.1 0 319.39 191.34 ;
+      RECT 322.72 0 325.01 191.34 ;
+      RECT 328.34 39.085 336.25 45.205 ;
+      RECT 328.34 0 330.63 191.34 ;
+      RECT 333.96 0 336.25 191.34 ;
+      RECT 339.58 39.085 347.49 45.205 ;
+      RECT 339.58 0 341.87 191.34 ;
+      RECT 345.2 0 347.49 191.34 ;
+      RECT 350.82 39.085 358.73 45.205 ;
+      RECT 350.82 0 353.11 191.34 ;
+      RECT 356.44 0 358.73 191.34 ;
+      RECT 362.06 39.085 369.97 45.205 ;
+      RECT 362.06 0 364.35 191.34 ;
+      RECT 367.68 0 369.97 191.34 ;
+      RECT 373.3 39.085 381.21 45.205 ;
+      RECT 373.3 0 375.59 191.34 ;
+      RECT 378.92 0 381.21 191.34 ;
+      RECT 384.54 39.085 392.45 45.205 ;
+      RECT 384.54 0 386.83 191.34 ;
+      RECT 390.16 0 392.45 191.34 ;
+      RECT 395.78 39.085 403.69 45.205 ;
+      RECT 395.78 0 398.07 191.34 ;
+      RECT 401.4 0 403.69 191.34 ;
+      RECT 407.02 39.085 416.64 45.205 ;
+      RECT 407.02 0 409.31 191.34 ;
+      RECT 412.64 0 416.64 191.34 ;
+      RECT 217.71 0 219.53 191.34 ;
+      RECT 222.86 0 224.68 191.34 ;
+      RECT 228.01 0 235.09 191.34 ;
+  END
+END RM_IHPSG13_1P_512x32_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_512x64_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_512x64_c2_bm_bist.lef
new file mode 100644
index 000000000..17e2fc041
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_512x64_c2_bm_bist.lef
@@ -0,0 +1,7985 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_512x64_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_512x64_c2_bm_bist 0 0 ;
+  SIZE 784.48 BY 191.34 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 432.49 0 432.75 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 351.73 0 351.99 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 431.635 0 431.895 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 352.585 0 352.845 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.65 0 424.91 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.57 0 359.83 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 426.025 0 426.285 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 358.195 0 358.455 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 425.16 0 425.42 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.06 0 359.32 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 771.79 0 774.6 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 760.55 0 763.36 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 749.31 0 752.12 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 738.07 0 740.88 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 726.83 0 729.64 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 715.59 0 718.4 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 704.35 0 707.16 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 693.11 0 695.92 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 681.87 0 684.68 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 670.63 0 673.44 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 659.39 0 662.2 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 648.15 0 650.96 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 636.91 0 639.72 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 625.67 0 628.48 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 614.43 0 617.24 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 603.19 0 606 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 591.95 0 594.76 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 580.71 0 583.52 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 569.47 0 572.28 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 558.23 0 561.04 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 546.99 0 549.8 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 535.75 0 538.56 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 524.51 0 527.32 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 513.27 0 516.08 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 502.03 0 504.84 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 490.79 0 493.6 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 479.55 0 482.36 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 468.31 0 471.12 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 457.07 0 459.88 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 445.83 0 448.64 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 434.59 0 437.4 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 423.35 0 426.16 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 408.86 0 411.67 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 398.56 0 401.37 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 383.11 0 385.92 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 372.81 0 375.62 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 358.32 0 361.13 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 347.08 0 349.89 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 335.84 0 338.65 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 324.6 0 327.41 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 313.36 0 316.17 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.12 0 304.93 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 290.88 0 293.69 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 279.64 0 282.45 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 189.72 0 192.53 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 191.34 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 0 780.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 0 768.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 0 757.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 0 746.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 0 735.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 0 724.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 0 712.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 0 701.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 0 690.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 0 679.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 0 667.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 0 656.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 0 645.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 0 634.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 0 622.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 0 611.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 0 600.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 0 589.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 0 577.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 0 566.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 0 555.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 0 544.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 0 532.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 0 521.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 0 510.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 0 499.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 0 487.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 0 476.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 0 465.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 0 454.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 0 443.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 0 431.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.71 0 406.52 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 393.41 0 396.22 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 388.26 0 391.07 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 377.96 0 380.77 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 0 355.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 0 344.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 0 333.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 0 321.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 0 310.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 0 299.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 0 288.07 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 0 276.83 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 45.465 780.22 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 45.465 768.98 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 45.465 757.74 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 45.465 746.5 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 45.465 735.26 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 45.465 724.02 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 45.465 712.78 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 45.465 701.54 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 45.465 690.3 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 45.465 679.06 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 45.465 667.82 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 45.465 656.58 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 45.465 645.34 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 45.465 634.1 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 45.465 622.86 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 45.465 611.62 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 45.465 600.38 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 45.465 589.14 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 45.465 577.9 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 45.465 566.66 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 45.465 555.42 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 45.465 544.18 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 45.465 532.94 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 45.465 521.7 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 45.465 510.46 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 45.465 499.22 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 45.465 487.98 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 45.465 476.74 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 45.465 465.5 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 45.465 454.26 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 45.465 443.02 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 45.465 431.78 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 45.465 355.51 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 45.465 344.27 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 45.465 333.03 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 45.465 321.79 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 45.465 310.55 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 45.465 299.31 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 45.465 288.07 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 45.465 276.83 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 191.34 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 191.34 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 443.73 0 443.99 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 340.49 0 340.75 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 442.875 0 443.135 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 341.345 0 341.605 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.89 0 436.15 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 348.33 0 348.59 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 437.265 0 437.525 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 346.955 0 347.215 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 436.4 0 436.66 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 347.82 0 348.08 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.97 0 455.23 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 329.25 0 329.51 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.115 0 454.375 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 330.105 0 330.365 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.13 0 447.39 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.09 0 337.35 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 448.505 0 448.765 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 335.715 0 335.975 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.64 0 447.9 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 336.58 0 336.84 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 466.21 0 466.47 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.01 0 318.27 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 465.355 0 465.615 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.865 0 319.125 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.37 0 458.63 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.85 0 326.11 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 459.745 0 460.005 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 324.475 0 324.735 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.88 0 459.14 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.34 0 325.6 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 477.45 0 477.71 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 306.77 0 307.03 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 476.595 0 476.855 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 307.625 0 307.885 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.61 0 469.87 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.61 0 314.87 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.985 0 471.245 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 313.235 0 313.495 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.12 0 470.38 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.1 0 314.36 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 488.69 0 488.95 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.53 0 295.79 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 487.835 0 488.095 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.385 0 296.645 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.85 0 481.11 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.37 0 303.63 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 482.225 0 482.485 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.995 0 302.255 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 481.36 0 481.62 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.86 0 303.12 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.93 0 500.19 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 284.29 0 284.55 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.075 0 499.335 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 285.145 0 285.405 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.09 0 492.35 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.13 0 292.39 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 493.465 0 493.725 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.755 0 291.015 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.6 0 492.86 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.62 0 291.88 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 511.17 0 511.43 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.05 0 273.31 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 510.315 0 510.575 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.905 0 274.165 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.33 0 503.59 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.89 0 281.15 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 504.705 0 504.965 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 279.515 0 279.775 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.84 0 504.1 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.38 0 280.64 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 522.41 0 522.67 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 521.555 0 521.815 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.57 0 514.83 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.945 0 516.205 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.08 0 515.34 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 533.65 0 533.91 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 532.795 0 533.055 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.81 0 526.07 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 527.185 0 527.445 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 526.32 0 526.58 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.89 0 545.15 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.035 0 544.295 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.05 0 537.31 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 538.425 0 538.685 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.56 0 537.82 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 556.13 0 556.39 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 555.275 0 555.535 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.29 0 548.55 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 549.665 0 549.925 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.8 0 549.06 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 567.37 0 567.63 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 566.515 0 566.775 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.53 0 559.79 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.905 0 561.165 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.04 0 560.3 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 578.61 0 578.87 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 577.755 0 578.015 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.77 0 571.03 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 572.145 0 572.405 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 571.28 0 571.54 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 589.85 0 590.11 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 588.995 0 589.255 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.01 0 582.27 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 583.385 0 583.645 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.52 0 582.78 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 601.09 0 601.35 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 600.235 0 600.495 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.25 0 593.51 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 594.625 0 594.885 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.76 0 594.02 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 612.33 0 612.59 0.26 ;
+    END
+  END A_DIN[48]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 611.475 0 611.735 0.26 ;
+    END
+  END A_BIST_DIN[48]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 604.49 0 604.75 0.26 ;
+    END
+  END A_BM[48]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605.865 0 606.125 0.26 ;
+    END
+  END A_BIST_BM[48]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[48]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605 0 605.26 0.26 ;
+    END
+  END A_DOUT[48]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 623.57 0 623.83 0.26 ;
+    END
+  END A_DIN[49]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 622.715 0 622.975 0.26 ;
+    END
+  END A_BIST_DIN[49]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 615.73 0 615.99 0.26 ;
+    END
+  END A_BM[49]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 617.105 0 617.365 0.26 ;
+    END
+  END A_BIST_BM[49]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[49]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 616.24 0 616.5 0.26 ;
+    END
+  END A_DOUT[49]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 634.81 0 635.07 0.26 ;
+    END
+  END A_DIN[50]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 633.955 0 634.215 0.26 ;
+    END
+  END A_BIST_DIN[50]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 626.97 0 627.23 0.26 ;
+    END
+  END A_BM[50]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 628.345 0 628.605 0.26 ;
+    END
+  END A_BIST_BM[50]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[50]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 627.48 0 627.74 0.26 ;
+    END
+  END A_DOUT[50]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 646.05 0 646.31 0.26 ;
+    END
+  END A_DIN[51]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 645.195 0 645.455 0.26 ;
+    END
+  END A_BIST_DIN[51]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.21 0 638.47 0.26 ;
+    END
+  END A_BM[51]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 639.585 0 639.845 0.26 ;
+    END
+  END A_BIST_BM[51]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[51]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.72 0 638.98 0.26 ;
+    END
+  END A_DOUT[51]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 657.29 0 657.55 0.26 ;
+    END
+  END A_DIN[52]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 656.435 0 656.695 0.26 ;
+    END
+  END A_BIST_DIN[52]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.45 0 649.71 0.26 ;
+    END
+  END A_BM[52]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 650.825 0 651.085 0.26 ;
+    END
+  END A_BIST_BM[52]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[52]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.96 0 650.22 0.26 ;
+    END
+  END A_DOUT[52]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 668.53 0 668.79 0.26 ;
+    END
+  END A_DIN[53]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 667.675 0 667.935 0.26 ;
+    END
+  END A_BIST_DIN[53]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 660.69 0 660.95 0.26 ;
+    END
+  END A_BM[53]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 662.065 0 662.325 0.26 ;
+    END
+  END A_BIST_BM[53]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[53]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 661.2 0 661.46 0.26 ;
+    END
+  END A_DOUT[53]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 679.77 0 680.03 0.26 ;
+    END
+  END A_DIN[54]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 678.915 0 679.175 0.26 ;
+    END
+  END A_BIST_DIN[54]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 671.93 0 672.19 0.26 ;
+    END
+  END A_BM[54]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 673.305 0 673.565 0.26 ;
+    END
+  END A_BIST_BM[54]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[54]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 672.44 0 672.7 0.26 ;
+    END
+  END A_DOUT[54]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 691.01 0 691.27 0.26 ;
+    END
+  END A_DIN[55]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 690.155 0 690.415 0.26 ;
+    END
+  END A_BIST_DIN[55]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.17 0 683.43 0.26 ;
+    END
+  END A_BM[55]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 684.545 0 684.805 0.26 ;
+    END
+  END A_BIST_BM[55]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[55]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.68 0 683.94 0.26 ;
+    END
+  END A_DOUT[55]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 702.25 0 702.51 0.26 ;
+    END
+  END A_DIN[56]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 701.395 0 701.655 0.26 ;
+    END
+  END A_BIST_DIN[56]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.41 0 694.67 0.26 ;
+    END
+  END A_BM[56]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 695.785 0 696.045 0.26 ;
+    END
+  END A_BIST_BM[56]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[56]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.92 0 695.18 0.26 ;
+    END
+  END A_DOUT[56]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 713.49 0 713.75 0.26 ;
+    END
+  END A_DIN[57]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 712.635 0 712.895 0.26 ;
+    END
+  END A_BIST_DIN[57]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 705.65 0 705.91 0.26 ;
+    END
+  END A_BM[57]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 707.025 0 707.285 0.26 ;
+    END
+  END A_BIST_BM[57]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[57]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 706.16 0 706.42 0.26 ;
+    END
+  END A_DOUT[57]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 724.73 0 724.99 0.26 ;
+    END
+  END A_DIN[58]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 723.875 0 724.135 0.26 ;
+    END
+  END A_BIST_DIN[58]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 716.89 0 717.15 0.26 ;
+    END
+  END A_BM[58]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 718.265 0 718.525 0.26 ;
+    END
+  END A_BIST_BM[58]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[58]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 717.4 0 717.66 0.26 ;
+    END
+  END A_DOUT[58]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.97 0 736.23 0.26 ;
+    END
+  END A_DIN[59]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.115 0 735.375 0.26 ;
+    END
+  END A_BIST_DIN[59]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.13 0 728.39 0.26 ;
+    END
+  END A_BM[59]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 729.505 0 729.765 0.26 ;
+    END
+  END A_BIST_BM[59]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[59]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.64 0 728.9 0.26 ;
+    END
+  END A_DOUT[59]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 747.21 0 747.47 0.26 ;
+    END
+  END A_DIN[60]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 746.355 0 746.615 0.26 ;
+    END
+  END A_BIST_DIN[60]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.37 0 739.63 0.26 ;
+    END
+  END A_BM[60]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 740.745 0 741.005 0.26 ;
+    END
+  END A_BIST_BM[60]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[60]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.88 0 740.14 0.26 ;
+    END
+  END A_DOUT[60]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 758.45 0 758.71 0.26 ;
+    END
+  END A_DIN[61]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 757.595 0 757.855 0.26 ;
+    END
+  END A_BIST_DIN[61]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 750.61 0 750.87 0.26 ;
+    END
+  END A_BM[61]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.985 0 752.245 0.26 ;
+    END
+  END A_BIST_BM[61]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[61]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.12 0 751.38 0.26 ;
+    END
+  END A_DOUT[61]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 769.69 0 769.95 0.26 ;
+    END
+  END A_DIN[62]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 768.835 0 769.095 0.26 ;
+    END
+  END A_BIST_DIN[62]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 761.85 0 762.11 0.26 ;
+    END
+  END A_BM[62]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 763.225 0 763.485 0.26 ;
+    END
+  END A_BIST_BM[62]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[62]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 762.36 0 762.62 0.26 ;
+    END
+  END A_DOUT[62]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.93 0 781.19 0.26 ;
+    END
+  END A_DIN[63]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.075 0 780.335 0.26 ;
+    END
+  END A_BIST_DIN[63]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.09 0 773.35 0.26 ;
+    END
+  END A_BM[63]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 774.465 0 774.725 0.26 ;
+    END
+  END A_BIST_BM[63]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[63]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.6 0 773.86 0.26 ;
+    END
+  END A_DOUT[63]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.44 0 388.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 393.03 0 393.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 387.93 0 388.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 392.52 0 392.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.09 0 396.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.6 0 396.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.07 0 395.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.58 0 395.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.64 0 398.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.13 0 398.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.62 0 397.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.11 0 397.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.9525 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 55.436893 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.2 0 376.46 0.26 ;
+    END
+  END A_ADDR[6]
+  PIN A_BIST_ADDR[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6771 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 54.065721 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 376.71 0 376.97 0.26 ;
+    END
+  END A_BIST_ADDR[6]
+  PIN A_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.4163 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 62.724919 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.22 0 377.48 0.26 ;
+    END
+  END A_ADDR[7]
+  PIN A_BIST_ADDR[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1511 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.404531 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 377.73 0 377.99 0.26 ;
+    END
+  END A_BIST_ADDR[7]
+  PIN A_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5897 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.740105 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.29 0 406.55 0.26 ;
+    END
+  END A_ADDR[8]
+  PIN A_BIST_ADDR[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.3675 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.3755 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.204381 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 406.8 0 407.06 0.26 ;
+    END
+  END A_BIST_ADDR[8]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.4 0 386.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.97 0 390.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.46 0 389.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.91 0 387.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 408.33 0 408.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 382.41295 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 50.4075 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 17.859157 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.95 0 389.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.87 0 385.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 391.5 0 391.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.99 0 391.25 0.26 ;
+    END
+  END A_BIST_WEN
+  PIN A_BIST_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8977 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.649241 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 385.38 0 385.64 0.26 ;
+    END
+  END A_BIST_MEN
+  OBS
+    LAYER Metal1 ;
+      RECT 0 0 784.48 191.34 ;
+    LAYER Metal2 ;
+      RECT 0.105 45.465 0.305 191.315 ;
+      RECT 1.1 190.585 1.3 191.315 ;
+      RECT 3.29 0.52 3.55 5.16 ;
+      RECT 2.77 4.9 3.55 5.16 ;
+      RECT 2.77 4.9 3.03 6.64 ;
+      RECT 1.92 190.585 2.12 191.315 ;
+      RECT 2.415 190.585 2.615 191.315 ;
+      RECT 2.915 190.585 3.115 191.315 ;
+      RECT 3.415 190.585 3.615 191.315 ;
+      RECT 3.91 190.585 4.11 191.315 ;
+      RECT 4.655 0.17 5.425 0.94 ;
+      RECT 4.655 0.17 4.915 12.9 ;
+      RECT 5.165 0.17 5.425 12.9 ;
+      RECT 4.145 0.52 4.405 5.815 ;
+      RECT 4.73 190.585 4.93 191.315 ;
+      RECT 5.675 0.17 6.445 0.43 ;
+      RECT 5.675 0.17 5.935 11.5 ;
+      RECT 6.185 0.17 6.445 11.5 ;
+      RECT 5.225 190.585 5.425 191.315 ;
+      RECT 5.725 190.585 5.925 191.315 ;
+      RECT 6.225 190.585 6.425 191.315 ;
+      RECT 7.715 0.17 8.485 0.43 ;
+      RECT 7.715 0.17 7.975 10.48 ;
+      RECT 8.225 0.17 8.485 10.99 ;
+      RECT 6.72 190.585 6.92 191.315 ;
+      RECT 7.54 190.585 7.74 191.315 ;
+      RECT 8.735 0.17 9.505 0.94 ;
+      RECT 8.735 0.17 8.995 8.7 ;
+      RECT 9.245 0.17 9.505 12.9 ;
+      RECT 8.035 190.585 8.235 191.315 ;
+      RECT 8.535 190.585 8.735 191.315 ;
+      RECT 9.035 190.585 9.235 191.315 ;
+      RECT 9.53 190.585 9.73 191.315 ;
+      RECT 9.755 0.52 10.015 2.485 ;
+      RECT 10.35 190.585 10.55 191.315 ;
+      RECT 10.62 0.52 10.88 14.11 ;
+      RECT 10.845 190.585 11.045 191.315 ;
+      RECT 11.13 0.52 11.39 2.335 ;
+      RECT 11.345 190.585 11.545 191.315 ;
+      RECT 11.845 190.585 12.045 191.315 ;
+      RECT 12.34 190.585 12.54 191.315 ;
+      RECT 14.53 0.52 14.79 5.16 ;
+      RECT 14.01 4.9 14.79 5.16 ;
+      RECT 14.01 4.9 14.27 6.64 ;
+      RECT 13.16 190.585 13.36 191.315 ;
+      RECT 13.655 190.585 13.855 191.315 ;
+      RECT 14.155 190.585 14.355 191.315 ;
+      RECT 14.655 190.585 14.855 191.315 ;
+      RECT 15.15 190.585 15.35 191.315 ;
+      RECT 15.895 0.17 16.665 0.94 ;
+      RECT 15.895 0.17 16.155 12.9 ;
+      RECT 16.405 0.17 16.665 12.9 ;
+      RECT 15.385 0.52 15.645 5.815 ;
+      RECT 15.97 190.585 16.17 191.315 ;
+      RECT 16.915 0.17 17.685 0.43 ;
+      RECT 16.915 0.17 17.175 11.5 ;
+      RECT 17.425 0.17 17.685 11.5 ;
+      RECT 16.465 190.585 16.665 191.315 ;
+      RECT 16.965 190.585 17.165 191.315 ;
+      RECT 17.465 190.585 17.665 191.315 ;
+      RECT 18.955 0.17 19.725 0.43 ;
+      RECT 18.955 0.17 19.215 10.48 ;
+      RECT 19.465 0.17 19.725 10.99 ;
+      RECT 17.96 190.585 18.16 191.315 ;
+      RECT 18.78 190.585 18.98 191.315 ;
+      RECT 19.975 0.17 20.745 0.94 ;
+      RECT 19.975 0.17 20.235 8.7 ;
+      RECT 20.485 0.17 20.745 12.9 ;
+      RECT 19.275 190.585 19.475 191.315 ;
+      RECT 19.775 190.585 19.975 191.315 ;
+      RECT 20.275 190.585 20.475 191.315 ;
+      RECT 20.77 190.585 20.97 191.315 ;
+      RECT 20.995 0.52 21.255 2.485 ;
+      RECT 21.59 190.585 21.79 191.315 ;
+      RECT 21.86 0.52 22.12 14.11 ;
+      RECT 22.085 190.585 22.285 191.315 ;
+      RECT 22.37 0.52 22.63 2.335 ;
+      RECT 22.585 190.585 22.785 191.315 ;
+      RECT 23.085 190.585 23.285 191.315 ;
+      RECT 23.58 190.585 23.78 191.315 ;
+      RECT 25.77 0.52 26.03 5.16 ;
+      RECT 25.25 4.9 26.03 5.16 ;
+      RECT 25.25 4.9 25.51 6.64 ;
+      RECT 24.4 190.585 24.6 191.315 ;
+      RECT 24.895 190.585 25.095 191.315 ;
+      RECT 25.395 190.585 25.595 191.315 ;
+      RECT 25.895 190.585 26.095 191.315 ;
+      RECT 26.39 190.585 26.59 191.315 ;
+      RECT 27.135 0.17 27.905 0.94 ;
+      RECT 27.135 0.17 27.395 12.9 ;
+      RECT 27.645 0.17 27.905 12.9 ;
+      RECT 26.625 0.52 26.885 5.815 ;
+      RECT 27.21 190.585 27.41 191.315 ;
+      RECT 28.155 0.17 28.925 0.43 ;
+      RECT 28.155 0.17 28.415 11.5 ;
+      RECT 28.665 0.17 28.925 11.5 ;
+      RECT 27.705 190.585 27.905 191.315 ;
+      RECT 28.205 190.585 28.405 191.315 ;
+      RECT 28.705 190.585 28.905 191.315 ;
+      RECT 30.195 0.17 30.965 0.43 ;
+      RECT 30.195 0.17 30.455 10.48 ;
+      RECT 30.705 0.17 30.965 10.99 ;
+      RECT 29.2 190.585 29.4 191.315 ;
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+    LAYER Metal3 ;
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+    LAYER Metal4 SPACING 0.21 ;
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+      RECT 752.38 0 754.67 191.34 ;
+      RECT 758 0 760.29 191.34 ;
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+      RECT 763.62 0 765.91 191.34 ;
+      RECT 769.24 0 771.53 191.34 ;
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+      RECT 774.86 0 777.15 191.34 ;
+      RECT 780.48 0 784.48 191.34 ;
+      RECT 401.63 0 403.45 191.34 ;
+      RECT 406.78 0 408.6 191.34 ;
+      RECT 411.93 0 423.09 191.34 ;
+  END
+END RM_IHPSG13_1P_512x64_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/RM_IHPSG13_1P_64x64_c2_bm_bist.lef b/ihp13/pdk/lef/RM_IHPSG13_1P_64x64_c2_bm_bist.lef
new file mode 100644
index 000000000..2b1301b39
--- /dev/null
+++ b/ihp13/pdk/lef/RM_IHPSG13_1P_64x64_c2_bm_bist.lef
@@ -0,0 +1,7906 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+MACRO RM_IHPSG13_1P_64x64_c2_bm_bist
+  CLASS BLOCK ;
+  ORIGIN 0 0 ;
+  FOREIGN RM_IHPSG13_1P_64x64_c2_bm_bist 0 0 ;
+  SIZE 784.48 BY 64.36 ;
+  SYMMETRY X Y R90 ;
+  PIN A_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 432.49 0 432.75 0.26 ;
+    END
+  END A_DIN[32]
+  PIN A_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 351.73 0 351.99 0.26 ;
+    END
+  END A_DIN[31]
+  PIN A_BIST_DIN[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 431.635 0 431.895 0.26 ;
+    END
+  END A_BIST_DIN[32]
+  PIN A_BIST_DIN[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 352.585 0 352.845 0.26 ;
+    END
+  END A_BIST_DIN[31]
+  PIN A_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 424.65 0 424.91 0.26 ;
+    END
+  END A_BM[32]
+  PIN A_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.57 0 359.83 0.26 ;
+    END
+  END A_BM[31]
+  PIN A_BIST_BM[32]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 426.025 0 426.285 0.26 ;
+    END
+  END A_BIST_BM[32]
+  PIN A_BIST_BM[31]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 358.195 0 358.455 0.26 ;
+    END
+  END A_BIST_BM[31]
+  PIN A_DOUT[32]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 425.16 0 425.42 0.26 ;
+    END
+  END A_DOUT[32]
+  PIN A_DOUT[31]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 359.06 0 359.32 0.26 ;
+    END
+  END A_DOUT[31]
+  PIN VSS!
+    DIRECTION INOUT ;
+    USE GROUND ;
+    NETEXPR "vss VSS!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 771.79 0 774.6 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 760.55 0 763.36 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 749.31 0 752.12 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 738.07 0 740.88 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 726.83 0 729.64 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 715.59 0 718.4 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 704.35 0 707.16 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 693.11 0 695.92 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 681.87 0 684.68 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 670.63 0 673.44 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 659.39 0 662.2 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 648.15 0 650.96 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 636.91 0 639.72 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 625.67 0 628.48 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 614.43 0 617.24 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 603.19 0 606 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 558.23 0 561.04 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 546.99 0 549.8 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 535.75 0 538.56 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 524.51 0 527.32 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 502.03 0 504.84 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 490.79 0 493.6 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 313.36 0 316.17 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 302.12 0 304.93 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 290.88 0 293.69 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 279.64 0 282.45 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 268.4 0 271.21 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 257.16 0 259.97 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 245.92 0 248.73 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 234.68 0 237.49 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 223.44 0 226.25 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 212.2 0 215.01 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 200.96 0 203.77 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
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+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.48 0 181.29 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 167.24 0 170.05 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 156 0 158.81 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 144.76 0 147.57 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 133.52 0 136.33 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 122.28 0 125.09 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 111.04 0 113.85 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 99.8 0 102.61 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 88.56 0 91.37 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 77.32 0 80.13 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.08 0 68.89 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 54.84 0 57.65 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 43.6 0 46.41 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 32.36 0 35.17 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 21.12 0 23.93 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 9.88 0 12.69 64.36 ;
+    END
+  END VSS!
+  PIN VDD!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vdd VDD!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 0 780.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 0 768.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 0 757.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 0 746.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 0 735.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 0 724.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 0 712.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 0 701.54 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 0 690.3 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 0 679.06 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 0 667.82 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 0 656.58 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 0 645.34 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 0 634.1 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 0 622.86 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 0 611.62 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 0 600.38 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 0 589.14 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 0 577.9 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 0 566.66 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 0 555.42 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 0 544.18 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 0 532.94 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 0 521.7 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 0 510.46 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 0 499.22 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 0 487.98 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 0 476.74 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 0 465.5 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 0 454.26 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 0 443.02 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 0 431.78 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 403.71 0 406.52 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 393.41 0 396.22 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 388.26 0 391.07 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 377.96 0 380.77 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 0 355.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 0 344.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 0 333.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 0 321.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 0 310.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 0 299.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 0 288.07 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 0 276.83 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 0 265.59 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 0 254.35 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 0 243.11 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 0 231.87 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 0 220.63 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 0 209.39 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 0 198.15 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 0 186.91 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 0 175.67 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 0 164.43 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 0 153.19 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 0 141.95 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 0 130.71 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 0 119.47 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 0 108.23 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 0 96.99 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 0 85.75 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 0 74.51 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 0 63.27 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 0 52.03 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 0 40.79 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 0 29.55 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 0 18.31 38.825 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 0 7.07 38.825 ;
+    END
+  END VDD!
+  PIN VDDARRAY!
+    DIRECTION INOUT ;
+    USE POWER ;
+    NETEXPR "vddarray VDDARRAY!" ;
+    PORT
+      LAYER Metal4 ;
+        RECT 777.41 45.465 780.22 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 766.17 45.465 768.98 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 754.93 45.465 757.74 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 743.69 45.465 746.5 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 732.45 45.465 735.26 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 721.21 45.465 724.02 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 709.97 45.465 712.78 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 698.73 45.465 701.54 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 687.49 45.465 690.3 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 676.25 45.465 679.06 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 665.01 45.465 667.82 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 653.77 45.465 656.58 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 642.53 45.465 645.34 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 631.29 45.465 634.1 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 620.05 45.465 622.86 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 608.81 45.465 611.62 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 597.57 45.465 600.38 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 586.33 45.465 589.14 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 575.09 45.465 577.9 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 563.85 45.465 566.66 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 552.61 45.465 555.42 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 541.37 45.465 544.18 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 530.13 45.465 532.94 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 518.89 45.465 521.7 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 507.65 45.465 510.46 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 496.41 45.465 499.22 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 485.17 45.465 487.98 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 473.93 45.465 476.74 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 462.69 45.465 465.5 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 451.45 45.465 454.26 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 440.21 45.465 443.02 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 428.97 45.465 431.78 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 352.7 45.465 355.51 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 341.46 45.465 344.27 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 330.22 45.465 333.03 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 318.98 45.465 321.79 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 307.74 45.465 310.55 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 296.5 45.465 299.31 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 285.26 45.465 288.07 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 274.02 45.465 276.83 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 262.78 45.465 265.59 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 251.54 45.465 254.35 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 240.3 45.465 243.11 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 229.06 45.465 231.87 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 217.82 45.465 220.63 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 206.58 45.465 209.39 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 195.34 45.465 198.15 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 184.1 45.465 186.91 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 172.86 45.465 175.67 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 161.62 45.465 164.43 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 150.38 45.465 153.19 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 139.14 45.465 141.95 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 127.9 45.465 130.71 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 116.66 45.465 119.47 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 105.42 45.465 108.23 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 94.18 45.465 96.99 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 82.94 45.465 85.75 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 71.7 45.465 74.51 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 60.46 45.465 63.27 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 49.22 45.465 52.03 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 37.98 45.465 40.79 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 26.74 45.465 29.55 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 15.5 45.465 18.31 64.36 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 4.26 45.465 7.07 64.36 ;
+    END
+  END VDDARRAY!
+  PIN A_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 443.73 0 443.99 0.26 ;
+    END
+  END A_DIN[33]
+  PIN A_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 340.49 0 340.75 0.26 ;
+    END
+  END A_DIN[30]
+  PIN A_BIST_DIN[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 442.875 0 443.135 0.26 ;
+    END
+  END A_BIST_DIN[33]
+  PIN A_BIST_DIN[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 341.345 0 341.605 0.26 ;
+    END
+  END A_BIST_DIN[30]
+  PIN A_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 435.89 0 436.15 0.26 ;
+    END
+  END A_BM[33]
+  PIN A_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 348.33 0 348.59 0.26 ;
+    END
+  END A_BM[30]
+  PIN A_BIST_BM[33]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 437.265 0 437.525 0.26 ;
+    END
+  END A_BIST_BM[33]
+  PIN A_BIST_BM[30]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 346.955 0 347.215 0.26 ;
+    END
+  END A_BIST_BM[30]
+  PIN A_DOUT[33]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 436.4 0 436.66 0.26 ;
+    END
+  END A_DOUT[33]
+  PIN A_DOUT[30]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 347.82 0 348.08 0.26 ;
+    END
+  END A_DOUT[30]
+  PIN A_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.97 0 455.23 0.26 ;
+    END
+  END A_DIN[34]
+  PIN A_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 329.25 0 329.51 0.26 ;
+    END
+  END A_DIN[29]
+  PIN A_BIST_DIN[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 454.115 0 454.375 0.26 ;
+    END
+  END A_BIST_DIN[34]
+  PIN A_BIST_DIN[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 330.105 0 330.365 0.26 ;
+    END
+  END A_BIST_DIN[29]
+  PIN A_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.13 0 447.39 0.26 ;
+    END
+  END A_BM[34]
+  PIN A_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 337.09 0 337.35 0.26 ;
+    END
+  END A_BM[29]
+  PIN A_BIST_BM[34]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 448.505 0 448.765 0.26 ;
+    END
+  END A_BIST_BM[34]
+  PIN A_BIST_BM[29]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 335.715 0 335.975 0.26 ;
+    END
+  END A_BIST_BM[29]
+  PIN A_DOUT[34]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 447.64 0 447.9 0.26 ;
+    END
+  END A_DOUT[34]
+  PIN A_DOUT[29]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 336.58 0 336.84 0.26 ;
+    END
+  END A_DOUT[29]
+  PIN A_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 466.21 0 466.47 0.26 ;
+    END
+  END A_DIN[35]
+  PIN A_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.01 0 318.27 0.26 ;
+    END
+  END A_DIN[28]
+  PIN A_BIST_DIN[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 465.355 0 465.615 0.26 ;
+    END
+  END A_BIST_DIN[35]
+  PIN A_BIST_DIN[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 318.865 0 319.125 0.26 ;
+    END
+  END A_BIST_DIN[28]
+  PIN A_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.37 0 458.63 0.26 ;
+    END
+  END A_BM[35]
+  PIN A_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.85 0 326.11 0.26 ;
+    END
+  END A_BM[28]
+  PIN A_BIST_BM[35]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 459.745 0 460.005 0.26 ;
+    END
+  END A_BIST_BM[35]
+  PIN A_BIST_BM[28]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 324.475 0 324.735 0.26 ;
+    END
+  END A_BIST_BM[28]
+  PIN A_DOUT[35]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 458.88 0 459.14 0.26 ;
+    END
+  END A_DOUT[35]
+  PIN A_DOUT[28]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 325.34 0 325.6 0.26 ;
+    END
+  END A_DOUT[28]
+  PIN A_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 477.45 0 477.71 0.26 ;
+    END
+  END A_DIN[36]
+  PIN A_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 306.77 0 307.03 0.26 ;
+    END
+  END A_DIN[27]
+  PIN A_BIST_DIN[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 476.595 0 476.855 0.26 ;
+    END
+  END A_BIST_DIN[36]
+  PIN A_BIST_DIN[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 307.625 0 307.885 0.26 ;
+    END
+  END A_BIST_DIN[27]
+  PIN A_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 469.61 0 469.87 0.26 ;
+    END
+  END A_BM[36]
+  PIN A_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.61 0 314.87 0.26 ;
+    END
+  END A_BM[27]
+  PIN A_BIST_BM[36]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.985 0 471.245 0.26 ;
+    END
+  END A_BIST_BM[36]
+  PIN A_BIST_BM[27]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 313.235 0 313.495 0.26 ;
+    END
+  END A_BIST_BM[27]
+  PIN A_DOUT[36]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 470.12 0 470.38 0.26 ;
+    END
+  END A_DOUT[36]
+  PIN A_DOUT[27]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 314.1 0 314.36 0.26 ;
+    END
+  END A_DOUT[27]
+  PIN A_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 488.69 0 488.95 0.26 ;
+    END
+  END A_DIN[37]
+  PIN A_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 295.53 0 295.79 0.26 ;
+    END
+  END A_DIN[26]
+  PIN A_BIST_DIN[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 487.835 0 488.095 0.26 ;
+    END
+  END A_BIST_DIN[37]
+  PIN A_BIST_DIN[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 296.385 0 296.645 0.26 ;
+    END
+  END A_BIST_DIN[26]
+  PIN A_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 480.85 0 481.11 0.26 ;
+    END
+  END A_BM[37]
+  PIN A_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 303.37 0 303.63 0.26 ;
+    END
+  END A_BM[26]
+  PIN A_BIST_BM[37]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 482.225 0 482.485 0.26 ;
+    END
+  END A_BIST_BM[37]
+  PIN A_BIST_BM[26]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 301.995 0 302.255 0.26 ;
+    END
+  END A_BIST_BM[26]
+  PIN A_DOUT[37]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 481.36 0 481.62 0.26 ;
+    END
+  END A_DOUT[37]
+  PIN A_DOUT[26]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 302.86 0 303.12 0.26 ;
+    END
+  END A_DOUT[26]
+  PIN A_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.93 0 500.19 0.26 ;
+    END
+  END A_DIN[38]
+  PIN A_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 284.29 0 284.55 0.26 ;
+    END
+  END A_DIN[25]
+  PIN A_BIST_DIN[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 499.075 0 499.335 0.26 ;
+    END
+  END A_BIST_DIN[38]
+  PIN A_BIST_DIN[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 285.145 0 285.405 0.26 ;
+    END
+  END A_BIST_DIN[25]
+  PIN A_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.09 0 492.35 0.26 ;
+    END
+  END A_BM[38]
+  PIN A_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 292.13 0 292.39 0.26 ;
+    END
+  END A_BM[25]
+  PIN A_BIST_BM[38]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 493.465 0 493.725 0.26 ;
+    END
+  END A_BIST_BM[38]
+  PIN A_BIST_BM[25]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 290.755 0 291.015 0.26 ;
+    END
+  END A_BIST_BM[25]
+  PIN A_DOUT[38]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 492.6 0 492.86 0.26 ;
+    END
+  END A_DOUT[38]
+  PIN A_DOUT[25]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 291.62 0 291.88 0.26 ;
+    END
+  END A_DOUT[25]
+  PIN A_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 511.17 0 511.43 0.26 ;
+    END
+  END A_DIN[39]
+  PIN A_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.05 0 273.31 0.26 ;
+    END
+  END A_DIN[24]
+  PIN A_BIST_DIN[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 510.315 0 510.575 0.26 ;
+    END
+  END A_BIST_DIN[39]
+  PIN A_BIST_DIN[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 273.905 0 274.165 0.26 ;
+    END
+  END A_BIST_DIN[24]
+  PIN A_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.33 0 503.59 0.26 ;
+    END
+  END A_BM[39]
+  PIN A_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.89 0 281.15 0.26 ;
+    END
+  END A_BM[24]
+  PIN A_BIST_BM[39]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 504.705 0 504.965 0.26 ;
+    END
+  END A_BIST_BM[39]
+  PIN A_BIST_BM[24]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 279.515 0 279.775 0.26 ;
+    END
+  END A_BIST_BM[24]
+  PIN A_DOUT[39]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 503.84 0 504.1 0.26 ;
+    END
+  END A_DOUT[39]
+  PIN A_DOUT[24]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 280.38 0 280.64 0.26 ;
+    END
+  END A_DOUT[24]
+  PIN A_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 522.41 0 522.67 0.26 ;
+    END
+  END A_DIN[40]
+  PIN A_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 261.81 0 262.07 0.26 ;
+    END
+  END A_DIN[23]
+  PIN A_BIST_DIN[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 521.555 0 521.815 0.26 ;
+    END
+  END A_BIST_DIN[40]
+  PIN A_BIST_DIN[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 262.665 0 262.925 0.26 ;
+    END
+  END A_BIST_DIN[23]
+  PIN A_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 514.57 0 514.83 0.26 ;
+    END
+  END A_BM[40]
+  PIN A_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.65 0 269.91 0.26 ;
+    END
+  END A_BM[23]
+  PIN A_BIST_BM[40]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.945 0 516.205 0.26 ;
+    END
+  END A_BIST_BM[40]
+  PIN A_BIST_BM[23]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 268.275 0 268.535 0.26 ;
+    END
+  END A_BIST_BM[23]
+  PIN A_DOUT[40]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 515.08 0 515.34 0.26 ;
+    END
+  END A_DOUT[40]
+  PIN A_DOUT[23]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 269.14 0 269.4 0.26 ;
+    END
+  END A_DOUT[23]
+  PIN A_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 533.65 0 533.91 0.26 ;
+    END
+  END A_DIN[41]
+  PIN A_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 250.57 0 250.83 0.26 ;
+    END
+  END A_DIN[22]
+  PIN A_BIST_DIN[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 532.795 0 533.055 0.26 ;
+    END
+  END A_BIST_DIN[41]
+  PIN A_BIST_DIN[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 251.425 0 251.685 0.26 ;
+    END
+  END A_BIST_DIN[22]
+  PIN A_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 525.81 0 526.07 0.26 ;
+    END
+  END A_BM[41]
+  PIN A_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 258.41 0 258.67 0.26 ;
+    END
+  END A_BM[22]
+  PIN A_BIST_BM[41]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 527.185 0 527.445 0.26 ;
+    END
+  END A_BIST_BM[41]
+  PIN A_BIST_BM[22]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.035 0 257.295 0.26 ;
+    END
+  END A_BIST_BM[22]
+  PIN A_DOUT[41]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 526.32 0 526.58 0.26 ;
+    END
+  END A_DOUT[41]
+  PIN A_DOUT[22]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 257.9 0 258.16 0.26 ;
+    END
+  END A_DOUT[22]
+  PIN A_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.89 0 545.15 0.26 ;
+    END
+  END A_DIN[42]
+  PIN A_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 239.33 0 239.59 0.26 ;
+    END
+  END A_DIN[21]
+  PIN A_BIST_DIN[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 544.035 0 544.295 0.26 ;
+    END
+  END A_BIST_DIN[42]
+  PIN A_BIST_DIN[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 240.185 0 240.445 0.26 ;
+    END
+  END A_BIST_DIN[21]
+  PIN A_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.05 0 537.31 0.26 ;
+    END
+  END A_BM[42]
+  PIN A_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 247.17 0 247.43 0.26 ;
+    END
+  END A_BM[21]
+  PIN A_BIST_BM[42]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 538.425 0 538.685 0.26 ;
+    END
+  END A_BIST_BM[42]
+  PIN A_BIST_BM[21]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 245.795 0 246.055 0.26 ;
+    END
+  END A_BIST_BM[21]
+  PIN A_DOUT[42]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 537.56 0 537.82 0.26 ;
+    END
+  END A_DOUT[42]
+  PIN A_DOUT[21]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 246.66 0 246.92 0.26 ;
+    END
+  END A_DOUT[21]
+  PIN A_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 556.13 0 556.39 0.26 ;
+    END
+  END A_DIN[43]
+  PIN A_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.09 0 228.35 0.26 ;
+    END
+  END A_DIN[20]
+  PIN A_BIST_DIN[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 555.275 0 555.535 0.26 ;
+    END
+  END A_BIST_DIN[43]
+  PIN A_BIST_DIN[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 228.945 0 229.205 0.26 ;
+    END
+  END A_BIST_DIN[20]
+  PIN A_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.29 0 548.55 0.26 ;
+    END
+  END A_BM[43]
+  PIN A_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.93 0 236.19 0.26 ;
+    END
+  END A_BM[20]
+  PIN A_BIST_BM[43]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 549.665 0 549.925 0.26 ;
+    END
+  END A_BIST_BM[43]
+  PIN A_BIST_BM[20]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 234.555 0 234.815 0.26 ;
+    END
+  END A_BIST_BM[20]
+  PIN A_DOUT[43]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 548.8 0 549.06 0.26 ;
+    END
+  END A_DOUT[43]
+  PIN A_DOUT[20]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 235.42 0 235.68 0.26 ;
+    END
+  END A_DOUT[20]
+  PIN A_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 567.37 0 567.63 0.26 ;
+    END
+  END A_DIN[44]
+  PIN A_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 216.85 0 217.11 0.26 ;
+    END
+  END A_DIN[19]
+  PIN A_BIST_DIN[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 566.515 0 566.775 0.26 ;
+    END
+  END A_BIST_DIN[44]
+  PIN A_BIST_DIN[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 217.705 0 217.965 0.26 ;
+    END
+  END A_BIST_DIN[19]
+  PIN A_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 559.53 0 559.79 0.26 ;
+    END
+  END A_BM[44]
+  PIN A_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.69 0 224.95 0.26 ;
+    END
+  END A_BM[19]
+  PIN A_BIST_BM[44]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.905 0 561.165 0.26 ;
+    END
+  END A_BIST_BM[44]
+  PIN A_BIST_BM[19]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 223.315 0 223.575 0.26 ;
+    END
+  END A_BIST_BM[19]
+  PIN A_DOUT[44]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 560.04 0 560.3 0.26 ;
+    END
+  END A_DOUT[44]
+  PIN A_DOUT[19]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 224.18 0 224.44 0.26 ;
+    END
+  END A_DOUT[19]
+  PIN A_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 578.61 0 578.87 0.26 ;
+    END
+  END A_DIN[45]
+  PIN A_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 205.61 0 205.87 0.26 ;
+    END
+  END A_DIN[18]
+  PIN A_BIST_DIN[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 577.755 0 578.015 0.26 ;
+    END
+  END A_BIST_DIN[45]
+  PIN A_BIST_DIN[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 206.465 0 206.725 0.26 ;
+    END
+  END A_BIST_DIN[18]
+  PIN A_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 570.77 0 571.03 0.26 ;
+    END
+  END A_BM[45]
+  PIN A_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 213.45 0 213.71 0.26 ;
+    END
+  END A_BM[18]
+  PIN A_BIST_BM[45]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 572.145 0 572.405 0.26 ;
+    END
+  END A_BIST_BM[45]
+  PIN A_BIST_BM[18]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.075 0 212.335 0.26 ;
+    END
+  END A_BIST_BM[18]
+  PIN A_DOUT[45]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 571.28 0 571.54 0.26 ;
+    END
+  END A_DOUT[45]
+  PIN A_DOUT[18]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 212.94 0 213.2 0.26 ;
+    END
+  END A_DOUT[18]
+  PIN A_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 589.85 0 590.11 0.26 ;
+    END
+  END A_DIN[46]
+  PIN A_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 194.37 0 194.63 0.26 ;
+    END
+  END A_DIN[17]
+  PIN A_BIST_DIN[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 588.995 0 589.255 0.26 ;
+    END
+  END A_BIST_DIN[46]
+  PIN A_BIST_DIN[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 195.225 0 195.485 0.26 ;
+    END
+  END A_BIST_DIN[17]
+  PIN A_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.01 0 582.27 0.26 ;
+    END
+  END A_BM[46]
+  PIN A_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 202.21 0 202.47 0.26 ;
+    END
+  END A_BM[17]
+  PIN A_BIST_BM[46]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 583.385 0 583.645 0.26 ;
+    END
+  END A_BIST_BM[46]
+  PIN A_BIST_BM[17]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 200.835 0 201.095 0.26 ;
+    END
+  END A_BIST_BM[17]
+  PIN A_DOUT[46]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 582.52 0 582.78 0.26 ;
+    END
+  END A_DOUT[46]
+  PIN A_DOUT[17]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 201.7 0 201.96 0.26 ;
+    END
+  END A_DOUT[17]
+  PIN A_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 601.09 0 601.35 0.26 ;
+    END
+  END A_DIN[47]
+  PIN A_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.13 0 183.39 0.26 ;
+    END
+  END A_DIN[16]
+  PIN A_BIST_DIN[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 600.235 0 600.495 0.26 ;
+    END
+  END A_BIST_DIN[47]
+  PIN A_BIST_DIN[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 183.985 0 184.245 0.26 ;
+    END
+  END A_BIST_DIN[16]
+  PIN A_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.25 0 593.51 0.26 ;
+    END
+  END A_BM[47]
+  PIN A_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.97 0 191.23 0.26 ;
+    END
+  END A_BM[16]
+  PIN A_BIST_BM[47]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 594.625 0 594.885 0.26 ;
+    END
+  END A_BIST_BM[47]
+  PIN A_BIST_BM[16]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 189.595 0 189.855 0.26 ;
+    END
+  END A_BIST_BM[16]
+  PIN A_DOUT[47]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 593.76 0 594.02 0.26 ;
+    END
+  END A_DOUT[47]
+  PIN A_DOUT[16]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 190.46 0 190.72 0.26 ;
+    END
+  END A_DOUT[16]
+  PIN A_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 612.33 0 612.59 0.26 ;
+    END
+  END A_DIN[48]
+  PIN A_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 171.89 0 172.15 0.26 ;
+    END
+  END A_DIN[15]
+  PIN A_BIST_DIN[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 611.475 0 611.735 0.26 ;
+    END
+  END A_BIST_DIN[48]
+  PIN A_BIST_DIN[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 172.745 0 173.005 0.26 ;
+    END
+  END A_BIST_DIN[15]
+  PIN A_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 604.49 0 604.75 0.26 ;
+    END
+  END A_BM[48]
+  PIN A_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.73 0 179.99 0.26 ;
+    END
+  END A_BM[15]
+  PIN A_BIST_BM[48]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605.865 0 606.125 0.26 ;
+    END
+  END A_BIST_BM[48]
+  PIN A_BIST_BM[15]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 178.355 0 178.615 0.26 ;
+    END
+  END A_BIST_BM[15]
+  PIN A_DOUT[48]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 605 0 605.26 0.26 ;
+    END
+  END A_DOUT[48]
+  PIN A_DOUT[15]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 179.22 0 179.48 0.26 ;
+    END
+  END A_DOUT[15]
+  PIN A_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 623.57 0 623.83 0.26 ;
+    END
+  END A_DIN[49]
+  PIN A_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 160.65 0 160.91 0.26 ;
+    END
+  END A_DIN[14]
+  PIN A_BIST_DIN[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 622.715 0 622.975 0.26 ;
+    END
+  END A_BIST_DIN[49]
+  PIN A_BIST_DIN[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 161.505 0 161.765 0.26 ;
+    END
+  END A_BIST_DIN[14]
+  PIN A_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 615.73 0 615.99 0.26 ;
+    END
+  END A_BM[49]
+  PIN A_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 168.49 0 168.75 0.26 ;
+    END
+  END A_BM[14]
+  PIN A_BIST_BM[49]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 617.105 0 617.365 0.26 ;
+    END
+  END A_BIST_BM[49]
+  PIN A_BIST_BM[14]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.115 0 167.375 0.26 ;
+    END
+  END A_BIST_BM[14]
+  PIN A_DOUT[49]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 616.24 0 616.5 0.26 ;
+    END
+  END A_DOUT[49]
+  PIN A_DOUT[14]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 167.98 0 168.24 0.26 ;
+    END
+  END A_DOUT[14]
+  PIN A_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 634.81 0 635.07 0.26 ;
+    END
+  END A_DIN[50]
+  PIN A_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 149.41 0 149.67 0.26 ;
+    END
+  END A_DIN[13]
+  PIN A_BIST_DIN[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 633.955 0 634.215 0.26 ;
+    END
+  END A_BIST_DIN[50]
+  PIN A_BIST_DIN[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 150.265 0 150.525 0.26 ;
+    END
+  END A_BIST_DIN[13]
+  PIN A_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 626.97 0 627.23 0.26 ;
+    END
+  END A_BM[50]
+  PIN A_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 157.25 0 157.51 0.26 ;
+    END
+  END A_BM[13]
+  PIN A_BIST_BM[50]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 628.345 0 628.605 0.26 ;
+    END
+  END A_BIST_BM[50]
+  PIN A_BIST_BM[13]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 155.875 0 156.135 0.26 ;
+    END
+  END A_BIST_BM[13]
+  PIN A_DOUT[50]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 627.48 0 627.74 0.26 ;
+    END
+  END A_DOUT[50]
+  PIN A_DOUT[13]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 156.74 0 157 0.26 ;
+    END
+  END A_DOUT[13]
+  PIN A_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 646.05 0 646.31 0.26 ;
+    END
+  END A_DIN[51]
+  PIN A_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 138.17 0 138.43 0.26 ;
+    END
+  END A_DIN[12]
+  PIN A_BIST_DIN[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 645.195 0 645.455 0.26 ;
+    END
+  END A_BIST_DIN[51]
+  PIN A_BIST_DIN[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 139.025 0 139.285 0.26 ;
+    END
+  END A_BIST_DIN[12]
+  PIN A_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.21 0 638.47 0.26 ;
+    END
+  END A_BM[51]
+  PIN A_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 146.01 0 146.27 0.26 ;
+    END
+  END A_BM[12]
+  PIN A_BIST_BM[51]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 639.585 0 639.845 0.26 ;
+    END
+  END A_BIST_BM[51]
+  PIN A_BIST_BM[12]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 144.635 0 144.895 0.26 ;
+    END
+  END A_BIST_BM[12]
+  PIN A_DOUT[51]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 638.72 0 638.98 0.26 ;
+    END
+  END A_DOUT[51]
+  PIN A_DOUT[12]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 145.5 0 145.76 0.26 ;
+    END
+  END A_DOUT[12]
+  PIN A_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 657.29 0 657.55 0.26 ;
+    END
+  END A_DIN[52]
+  PIN A_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 126.93 0 127.19 0.26 ;
+    END
+  END A_DIN[11]
+  PIN A_BIST_DIN[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 656.435 0 656.695 0.26 ;
+    END
+  END A_BIST_DIN[52]
+  PIN A_BIST_DIN[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 127.785 0 128.045 0.26 ;
+    END
+  END A_BIST_DIN[11]
+  PIN A_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.45 0 649.71 0.26 ;
+    END
+  END A_BM[52]
+  PIN A_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.77 0 135.03 0.26 ;
+    END
+  END A_BM[11]
+  PIN A_BIST_BM[52]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 650.825 0 651.085 0.26 ;
+    END
+  END A_BIST_BM[52]
+  PIN A_BIST_BM[11]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 133.395 0 133.655 0.26 ;
+    END
+  END A_BIST_BM[11]
+  PIN A_DOUT[52]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 649.96 0 650.22 0.26 ;
+    END
+  END A_DOUT[52]
+  PIN A_DOUT[11]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 134.26 0 134.52 0.26 ;
+    END
+  END A_DOUT[11]
+  PIN A_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 668.53 0 668.79 0.26 ;
+    END
+  END A_DIN[53]
+  PIN A_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 115.69 0 115.95 0.26 ;
+    END
+  END A_DIN[10]
+  PIN A_BIST_DIN[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 667.675 0 667.935 0.26 ;
+    END
+  END A_BIST_DIN[53]
+  PIN A_BIST_DIN[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 116.545 0 116.805 0.26 ;
+    END
+  END A_BIST_DIN[10]
+  PIN A_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 660.69 0 660.95 0.26 ;
+    END
+  END A_BM[53]
+  PIN A_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.53 0 123.79 0.26 ;
+    END
+  END A_BM[10]
+  PIN A_BIST_BM[53]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 662.065 0 662.325 0.26 ;
+    END
+  END A_BIST_BM[53]
+  PIN A_BIST_BM[10]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 122.155 0 122.415 0.26 ;
+    END
+  END A_BIST_BM[10]
+  PIN A_DOUT[53]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 661.2 0 661.46 0.26 ;
+    END
+  END A_DOUT[53]
+  PIN A_DOUT[10]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 123.02 0 123.28 0.26 ;
+    END
+  END A_DOUT[10]
+  PIN A_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 679.77 0 680.03 0.26 ;
+    END
+  END A_DIN[54]
+  PIN A_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 104.45 0 104.71 0.26 ;
+    END
+  END A_DIN[9]
+  PIN A_BIST_DIN[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 678.915 0 679.175 0.26 ;
+    END
+  END A_BIST_DIN[54]
+  PIN A_BIST_DIN[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 105.305 0 105.565 0.26 ;
+    END
+  END A_BIST_DIN[9]
+  PIN A_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 671.93 0 672.19 0.26 ;
+    END
+  END A_BM[54]
+  PIN A_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 112.29 0 112.55 0.26 ;
+    END
+  END A_BM[9]
+  PIN A_BIST_BM[54]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 673.305 0 673.565 0.26 ;
+    END
+  END A_BIST_BM[54]
+  PIN A_BIST_BM[9]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 110.915 0 111.175 0.26 ;
+    END
+  END A_BIST_BM[9]
+  PIN A_DOUT[54]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 672.44 0 672.7 0.26 ;
+    END
+  END A_DOUT[54]
+  PIN A_DOUT[9]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 111.78 0 112.04 0.26 ;
+    END
+  END A_DOUT[9]
+  PIN A_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 691.01 0 691.27 0.26 ;
+    END
+  END A_DIN[55]
+  PIN A_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 93.21 0 93.47 0.26 ;
+    END
+  END A_DIN[8]
+  PIN A_BIST_DIN[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 690.155 0 690.415 0.26 ;
+    END
+  END A_BIST_DIN[55]
+  PIN A_BIST_DIN[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 94.065 0 94.325 0.26 ;
+    END
+  END A_BIST_DIN[8]
+  PIN A_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.17 0 683.43 0.26 ;
+    END
+  END A_BM[55]
+  PIN A_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 101.05 0 101.31 0.26 ;
+    END
+  END A_BM[8]
+  PIN A_BIST_BM[55]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 684.545 0 684.805 0.26 ;
+    END
+  END A_BIST_BM[55]
+  PIN A_BIST_BM[8]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 99.675 0 99.935 0.26 ;
+    END
+  END A_BIST_BM[8]
+  PIN A_DOUT[55]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 683.68 0 683.94 0.26 ;
+    END
+  END A_DOUT[55]
+  PIN A_DOUT[8]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 100.54 0 100.8 0.26 ;
+    END
+  END A_DOUT[8]
+  PIN A_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 702.25 0 702.51 0.26 ;
+    END
+  END A_DIN[56]
+  PIN A_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 81.97 0 82.23 0.26 ;
+    END
+  END A_DIN[7]
+  PIN A_BIST_DIN[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 701.395 0 701.655 0.26 ;
+    END
+  END A_BIST_DIN[56]
+  PIN A_BIST_DIN[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 82.825 0 83.085 0.26 ;
+    END
+  END A_BIST_DIN[7]
+  PIN A_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.41 0 694.67 0.26 ;
+    END
+  END A_BM[56]
+  PIN A_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.81 0 90.07 0.26 ;
+    END
+  END A_BM[7]
+  PIN A_BIST_BM[56]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 695.785 0 696.045 0.26 ;
+    END
+  END A_BIST_BM[56]
+  PIN A_BIST_BM[7]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 88.435 0 88.695 0.26 ;
+    END
+  END A_BIST_BM[7]
+  PIN A_DOUT[56]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 694.92 0 695.18 0.26 ;
+    END
+  END A_DOUT[56]
+  PIN A_DOUT[7]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 89.3 0 89.56 0.26 ;
+    END
+  END A_DOUT[7]
+  PIN A_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 713.49 0 713.75 0.26 ;
+    END
+  END A_DIN[57]
+  PIN A_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 70.73 0 70.99 0.26 ;
+    END
+  END A_DIN[6]
+  PIN A_BIST_DIN[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 712.635 0 712.895 0.26 ;
+    END
+  END A_BIST_DIN[57]
+  PIN A_BIST_DIN[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 71.585 0 71.845 0.26 ;
+    END
+  END A_BIST_DIN[6]
+  PIN A_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 705.65 0 705.91 0.26 ;
+    END
+  END A_BM[57]
+  PIN A_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.57 0 78.83 0.26 ;
+    END
+  END A_BM[6]
+  PIN A_BIST_BM[57]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 707.025 0 707.285 0.26 ;
+    END
+  END A_BIST_BM[57]
+  PIN A_BIST_BM[6]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 77.195 0 77.455 0.26 ;
+    END
+  END A_BIST_BM[6]
+  PIN A_DOUT[57]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 706.16 0 706.42 0.26 ;
+    END
+  END A_DOUT[57]
+  PIN A_DOUT[6]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 78.06 0 78.32 0.26 ;
+    END
+  END A_DOUT[6]
+  PIN A_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 724.73 0 724.99 0.26 ;
+    END
+  END A_DIN[58]
+  PIN A_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.49 0 59.75 0.26 ;
+    END
+  END A_DIN[5]
+  PIN A_BIST_DIN[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 723.875 0 724.135 0.26 ;
+    END
+  END A_BIST_DIN[58]
+  PIN A_BIST_DIN[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 60.345 0 60.605 0.26 ;
+    END
+  END A_BIST_DIN[5]
+  PIN A_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 716.89 0 717.15 0.26 ;
+    END
+  END A_BM[58]
+  PIN A_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 67.33 0 67.59 0.26 ;
+    END
+  END A_BM[5]
+  PIN A_BIST_BM[58]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 718.265 0 718.525 0.26 ;
+    END
+  END A_BIST_BM[58]
+  PIN A_BIST_BM[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 65.955 0 66.215 0.26 ;
+    END
+  END A_BIST_BM[5]
+  PIN A_DOUT[58]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 717.4 0 717.66 0.26 ;
+    END
+  END A_DOUT[58]
+  PIN A_DOUT[5]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 66.82 0 67.08 0.26 ;
+    END
+  END A_DOUT[5]
+  PIN A_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.97 0 736.23 0.26 ;
+    END
+  END A_DIN[59]
+  PIN A_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 48.25 0 48.51 0.26 ;
+    END
+  END A_DIN[4]
+  PIN A_BIST_DIN[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 735.115 0 735.375 0.26 ;
+    END
+  END A_BIST_DIN[59]
+  PIN A_BIST_DIN[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 49.105 0 49.365 0.26 ;
+    END
+  END A_BIST_DIN[4]
+  PIN A_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.13 0 728.39 0.26 ;
+    END
+  END A_BM[59]
+  PIN A_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 56.09 0 56.35 0.26 ;
+    END
+  END A_BM[4]
+  PIN A_BIST_BM[59]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 729.505 0 729.765 0.26 ;
+    END
+  END A_BIST_BM[59]
+  PIN A_BIST_BM[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 54.715 0 54.975 0.26 ;
+    END
+  END A_BIST_BM[4]
+  PIN A_DOUT[59]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 728.64 0 728.9 0.26 ;
+    END
+  END A_DOUT[59]
+  PIN A_DOUT[4]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 55.58 0 55.84 0.26 ;
+    END
+  END A_DOUT[4]
+  PIN A_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 747.21 0 747.47 0.26 ;
+    END
+  END A_DIN[60]
+  PIN A_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.01 0 37.27 0.26 ;
+    END
+  END A_DIN[3]
+  PIN A_BIST_DIN[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 746.355 0 746.615 0.26 ;
+    END
+  END A_BIST_DIN[60]
+  PIN A_BIST_DIN[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 37.865 0 38.125 0.26 ;
+    END
+  END A_BIST_DIN[3]
+  PIN A_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.37 0 739.63 0.26 ;
+    END
+  END A_BM[60]
+  PIN A_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.85 0 45.11 0.26 ;
+    END
+  END A_BM[3]
+  PIN A_BIST_BM[60]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 740.745 0 741.005 0.26 ;
+    END
+  END A_BIST_BM[60]
+  PIN A_BIST_BM[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 43.475 0 43.735 0.26 ;
+    END
+  END A_BIST_BM[3]
+  PIN A_DOUT[60]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 739.88 0 740.14 0.26 ;
+    END
+  END A_DOUT[60]
+  PIN A_DOUT[3]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 44.34 0 44.6 0.26 ;
+    END
+  END A_DOUT[3]
+  PIN A_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 758.45 0 758.71 0.26 ;
+    END
+  END A_DIN[61]
+  PIN A_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 25.77 0 26.03 0.26 ;
+    END
+  END A_DIN[2]
+  PIN A_BIST_DIN[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 757.595 0 757.855 0.26 ;
+    END
+  END A_BIST_DIN[61]
+  PIN A_BIST_DIN[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.625 0 26.885 0.26 ;
+    END
+  END A_BIST_DIN[2]
+  PIN A_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 750.61 0 750.87 0.26 ;
+    END
+  END A_BM[61]
+  PIN A_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.61 0 33.87 0.26 ;
+    END
+  END A_BM[2]
+  PIN A_BIST_BM[61]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.985 0 752.245 0.26 ;
+    END
+  END A_BIST_BM[61]
+  PIN A_BIST_BM[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 32.235 0 32.495 0.26 ;
+    END
+  END A_BIST_BM[2]
+  PIN A_DOUT[61]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 751.12 0 751.38 0.26 ;
+    END
+  END A_DOUT[61]
+  PIN A_DOUT[2]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 33.1 0 33.36 0.26 ;
+    END
+  END A_DOUT[2]
+  PIN A_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 769.69 0 769.95 0.26 ;
+    END
+  END A_DIN[62]
+  PIN A_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 14.53 0 14.79 0.26 ;
+    END
+  END A_DIN[1]
+  PIN A_BIST_DIN[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 768.835 0 769.095 0.26 ;
+    END
+  END A_BIST_DIN[62]
+  PIN A_BIST_DIN[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 15.385 0 15.645 0.26 ;
+    END
+  END A_BIST_DIN[1]
+  PIN A_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 761.85 0 762.11 0.26 ;
+    END
+  END A_BM[62]
+  PIN A_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 22.37 0 22.63 0.26 ;
+    END
+  END A_BM[1]
+  PIN A_BIST_BM[62]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 763.225 0 763.485 0.26 ;
+    END
+  END A_BIST_BM[62]
+  PIN A_BIST_BM[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 20.995 0 21.255 0.26 ;
+    END
+  END A_BIST_BM[1]
+  PIN A_DOUT[62]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 762.36 0 762.62 0.26 ;
+    END
+  END A_DOUT[62]
+  PIN A_DOUT[1]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.86 0 22.12 0.26 ;
+    END
+  END A_DOUT[1]
+  PIN A_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.93 0 781.19 0.26 ;
+    END
+  END A_DIN[63]
+  PIN A_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.794 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.838188 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 3.29 0 3.55 0.26 ;
+    END
+  END A_DIN[0]
+  PIN A_BIST_DIN[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 780.075 0 780.335 0.26 ;
+    END
+  END A_BIST_DIN[63]
+  PIN A_BIST_DIN[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 1.6263 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 9.365945 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 4.145 0 4.405 0.26 ;
+    END
+  END A_BIST_DIN[0]
+  PIN A_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.09 0 773.35 0.26 ;
+    END
+  END A_BM[63]
+  PIN A_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7215 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 4.498382 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 11.13 0 11.39 0.26 ;
+    END
+  END A_BM[0]
+  PIN A_BIST_BM[63]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 774.465 0 774.725 0.26 ;
+    END
+  END A_BIST_BM[63]
+  PIN A_BIST_BM[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.7605 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 5.055265 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 9.755 0 10.015 0.26 ;
+    END
+  END A_BIST_BM[0]
+  PIN A_DOUT[63]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 773.6 0 773.86 0.26 ;
+    END
+  END A_DOUT[63]
+  PIN A_DOUT[0]
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.7095 LAYER Metal2 ;
+    ANTENNADIFFAREA 0.988 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 10.62 0 10.88 0.26 ;
+    END
+  END A_DOUT[0]
+  PIN A_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.9011 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 45.223301 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.44 0 388.7 0.26 ;
+    END
+  END A_ADDR[0]
+  PIN A_BIST_ADDR[0]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 9.6967 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 49.184466 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 393.03 0 393.29 0.26 ;
+    END
+  END A_BIST_ADDR[0]
+  PIN A_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 7.774 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 39.656958 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 387.93 0 388.19 0.26 ;
+    END
+  END A_ADDR[1]
+  PIN A_BIST_ADDR[1]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 8.5696 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 43.618123 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 392.52 0 392.78 0.26 ;
+    END
+  END A_BIST_ADDR[1]
+  PIN A_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.5246 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 9.415982 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.09 0 396.35 0.26 ;
+    END
+  END A_ADDR[2]
+  PIN A_BIST_ADDR[2]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 1.0962 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 7.813791 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 396.6 0 396.86 0.26 ;
+    END
+  END A_BIST_ADDR[2]
+  PIN A_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.8367 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 20.927558 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.07 0 395.33 0.26 ;
+    END
+  END A_ADDR[3]
+  PIN A_BIST_ADDR[3]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 10.6327 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 3.5175 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 19.869057 LAYER Metal3 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 395.58 0 395.84 0.26 ;
+    END
+  END A_BIST_ADDR[3]
+  PIN A_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 12.1979 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 61.63754 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.64 0 398.9 0.26 ;
+    END
+  END A_ADDR[4]
+  PIN A_BIST_ADDR[4]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 11.9327 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 60.317152 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 398.13 0 398.39 0.26 ;
+    END
+  END A_BIST_ADDR[4]
+  PIN A_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.9269 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 70.245955 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.62 0 397.88 0.26 ;
+    END
+  END A_ADDR[5]
+  PIN A_BIST_ADDR[5]
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 13.6617 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 68.925566 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 397.11 0 397.37 0.26 ;
+    END
+  END A_BIST_ADDR[5]
+  PIN A_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.0547 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.093851 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.4 0 386.66 0.26 ;
+    END
+  END A_CLK
+  PIN A_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.99505 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 20.796863 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.97 0 390.23 0.26 ;
+    END
+  END A_REN
+  PIN A_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.8847 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.268608 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 389.46 0 389.72 0.26 ;
+    END
+  END A_WEN
+  PIN A_MEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.0247 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.965646 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 386.91 0 387.17 0.26 ;
+    END
+  END A_MEN
+  PIN A_DLY
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 6.058 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3367 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 18.532819 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 408.33 0 408.59 0.26 ;
+    END
+  END A_DLY
+  PIN A_BIST_EN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 3.9871 LAYER Metal2 ;
+    ANTENNAPARTIALMETALAREA 382.41295 LAYER Metal3 ;
+    ANTENNAPARTIALCUTAREA 0.0722 LAYER Via2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.43 LAYER Metal2 ;
+      ANTENNAGATEAREA 49.335 LAYER Metal3 ;
+      ANTENNAMAXAREACAR 3.213636 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 33.980443 LAYER Metal3 ;
+      ANTENNAMAXCUTCAR 0.151469 LAYER Via2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 388.95 0 389.21 0.26 ;
+    END
+  END A_BIST_EN
+  PIN A_BIST_CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1639 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.953448 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 384.87 0 385.13 0.26 ;
+    END
+  END A_BIST_CLK
+  PIN A_BIST_REN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 4.1119 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 21.694548 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 391.5 0 391.76 0.26 ;
+    END
+  END A_BIST_REN
+  PIN A_BIST_WEN
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 2.9051 LAYER Metal2 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.20085 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 15.686084 LAYER Metal2 ;
+    PORT
+      LAYER Metal2 ;
+        RECT 390.99 0 391.25 0.26 ;
+    END
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+      RECT 411.93 0 423.09 64.36 ;
+  END
+END RM_IHPSG13_1P_64x64_c2_bm_bist
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/bondpad5l_70x70.lef b/ihp13/pdk/lef/bondpad5l_70x70.lef
new file mode 100644
index 000000000..d84d2306a
--- /dev/null
+++ b/ihp13/pdk/lef/bondpad5l_70x70.lef
@@ -0,0 +1,40 @@
+# Copyright (c) 2024-2026 ETH Zurich and University of Bologna.
+# Solderpad Hardware License, Version 0.51, see LICENSE.md for details.
+# SPDX-License-Identifier: SHL-0.51
+
+VERSION 5.8 ;
+
+MACRO bondpad5l_70x70
+  CLASS COVER ;
+  ORIGIN 0 0 ;
+  FOREIGN bondpad5l_70x70 0 0 ;
+  SIZE 70.0 BY 70.0 ;
+  SYMMETRY X Y R90 ;
+  SITE sg13cmos5l_ioSite ;
+  PIN pad
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 0 0 70.0 70.0 ;
+      LAYER Metal3 ;
+        RECT 0 0 70.0 70.0 ;
+      LAYER Metal4 ;
+        RECT 0 0 70.0 70.0 ;
+      LAYER TopMetal1 ;
+        RECT 0 0 70.0 70.0 ;
+    END
+  END pad
+
+  OBS
+    LAYER Metal1 ;
+      RECT 0 0 70.0 70.0 ;
+    LAYER Metal2 ;
+      RECT 0 0 70.0 70.0 ;
+    LAYER Metal3 ;
+      RECT 0 0 70.0 70.0 ;
+    LAYER Metal4 ;
+      RECT 0 0 70.0 70.0 ;
+    LAYER TopMetal1 ;
+      RECT 0 0 70.0 70.0 ;
+  END
+END bondpad5l_70x70
diff --git a/ihp13/bondpad/lef/bondpad_70x70.lef b/ihp13/pdk/lef/bondpad_70x70.lef
similarity index 83%
rename from ihp13/bondpad/lef/bondpad_70x70.lef
rename to ihp13/pdk/lef/bondpad_70x70.lef
index 3d494088f..ae278cf0d 100644
--- a/ihp13/bondpad/lef/bondpad_70x70.lef
+++ b/ihp13/pdk/lef/bondpad_70x70.lef
@@ -1,3 +1,7 @@
+# Copyright (c) 2024-2026 ETH Zurich and University of Bologna.
+# Solderpad Hardware License, Version 0.51, see LICENSE.md for details.
+# SPDX-License-Identifier: SHL-0.51
+
 VERSION 5.8 ;
 
 MACRO bondpad_70x70
diff --git a/ihp13/pdk/lef/sg13cmos5l_io.lef b/ihp13/pdk/lef/sg13cmos5l_io.lef
new file mode 100644
index 000000000..cc1ac2f42
--- /dev/null
+++ b/ihp13/pdk/lef/sg13cmos5l_io.lef
@@ -0,0 +1,3056 @@
+# Autogenerated file; please don't edit
+# date: 2024-05-13 13:33:05.137460
+
+########################################################################
+#
+# Copyright 2024 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+
+SITE sg13cmos5l_ioSite
+    CLASS PAD ;
+    SYMMETRY R90 ;
+    SIZE 1.00 BY 180.00 ;
+END sg13cmos5l_ioSite
+
+SITE sg13cmos5l_cornerSite
+    CLASS PAD ;
+    SYMMETRY R90 ;
+    SIZE 180.00 BY 180.00 ;
+END sg13cmos5l_cornerSite
+
+MACRO sg13cmos5l_Corner
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Corner 0.000 0.000 ;
+    SIZE 180.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_cornerSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 160.000 178.590 178.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.590 160.000 180.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 140.000 180.000 155.800 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 140.000 178.000 155.800 180.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 140.000 180.000 158.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 140.000 178.000 158.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.590 162.200 180.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 162.200 178.590 178.000 180.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 134.500 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+  END
+END sg13cmos5l_Corner
+
+MACRO sg13cmos5l_Filler200
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler200 0.000 0.000 ;
+    SIZE 1.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 1.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 1.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 1.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 1.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 1.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 1.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 1.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 1.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 1.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 1.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 1.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+  END
+END sg13cmos5l_Filler200
+
+MACRO sg13cmos5l_Filler400
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler400 0.000 0.000 ;
+    SIZE 2.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 2.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 2.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 2.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 2.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 2.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+  END
+END sg13cmos5l_Filler400
+
+MACRO sg13cmos5l_Filler1000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler1000 0.000 0.000 ;
+    SIZE 5.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 5.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 5.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 5.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 5.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 5.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+  END
+END sg13cmos5l_Filler1000
+
+MACRO sg13cmos5l_Filler2000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler2000 0.000 0.000 ;
+    SIZE 10.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 10.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 10.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 10.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 10.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 10.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+  END
+END sg13cmos5l_Filler2000
+
+MACRO sg13cmos5l_Filler4000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler4000 0.000 0.000 ;
+    SIZE 20.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 20.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 20.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 20.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 20.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 20.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+  END
+END sg13cmos5l_Filler4000
+
+MACRO sg13cmos5l_Filler10000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_Filler10000 0.000 0.000 ;
+    SIZE 50.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 50.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 50.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 50.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 50.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 50.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+  END
+END sg13cmos5l_Filler10000
+
+MACRO sg13cmos5l_IOPadIn
+    CLASS PAD INPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadIn 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 39.830 157.810 40.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 39.725 179.710 40.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadIn
+
+MACRO sg13cmos5l_IOPadOut4mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadOut4mA
+
+MACRO sg13cmos5l_IOPadOut16mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadOut16mA
+
+MACRO sg13cmos5l_IOPadOut30mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadOut30mA
+
+MACRO sg13cmos5l_IOPadTriOut4mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadTriOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadTriOut4mA
+
+MACRO sg13cmos5l_IOPadTriOut16mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadTriOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadTriOut16mA
+
+MACRO sg13cmos5l_IOPadTriOut30mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadTriOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadTriOut30mA
+
+MACRO sg13cmos5l_IOPadInOut4mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadInOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadInOut4mA
+
+MACRO sg13cmos5l_IOPadInOut16mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadInOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadInOut16mA
+
+MACRO sg13cmos5l_IOPadInOut30mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadInOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadInOut30mA
+
+MACRO sg13cmos5l_IOPadAnalog
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadAnalog 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.105 179.000 50.875 180.000 ;
+      LAYER Metal3 ;
+        RECT 26.105 179.710 50.875 180.000 ;
+    END
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN padres
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 57.460 147.180 57.750 180.000 ;
+      LAYER Metal3 ;
+        RECT 57.355 179.710 57.855 180.000 ;
+    END
+  END padres
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadAnalog
+
+MACRO sg13cmos5l_IOPadIOVss
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadIOVss 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadIOVss
+
+MACRO sg13cmos5l_IOPadIOVdd
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadIOVdd 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadIOVdd
+
+MACRO sg13cmos5l_IOPadVss
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadVss 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 134.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadVss
+
+MACRO sg13cmos5l_IOPadVdd
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13cmos5l_IOPadVdd 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13cmos5l_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 7.500 141.500 72.500 156.500 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 156.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13cmos5l_IOPadVdd
diff --git a/ihp13/pdk/lef/sg13cmos5l_tech.lef b/ihp13/pdk/lef/sg13cmos5l_tech.lef
new file mode 100644
index 000000000..ec88f53cc
--- /dev/null
+++ b/ihp13/pdk/lef/sg13cmos5l_tech.lef
@@ -0,0 +1,901 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+#    https://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+# SG13CMOS5L Tech LEF - Metal stack: M1-M4-TM1
+# Removed: Via4, Metal5, TopVia2, TopMetal2
+########################################################################
+
+VERSION 5.7 ;
+#NAMESCASESENSITIVE ON ;
+DIVIDERCHAR "/" ;
+BUSBITCHARS "[]" ;
+
+UNITS
+  DATABASE MICRONS 1000 ;
+END UNITS
+
+MANUFACTURINGGRID 0.005 ;
+
+PROPERTYDEFINITIONS
+  LAYER contactLimit INTEGER ;
+  LAYER routingPitch REAL ;
+  LAYER routingGrid REAL ;
+END PROPERTYDEFINITIONS
+
+LAYER OVERLAP
+   TYPE  OVERLAP ;
+END OVERLAP
+
+LAYER LOCKED
+    TYPE MASTERSLICE ;
+END LOCKED
+
+LAYER LOCKED1
+    TYPE MASTERSLICE ;
+END LOCKED1
+
+LAYER LOCKED2
+    TYPE MASTERSLICE ;
+END LOCKED2
+
+LAYER GatPoly
+  TYPE MASTERSLICE ;
+END GatPoly
+
+LAYER Cont
+  TYPE CUT ;
+  SPACING 0.18 ;
+  WIDTH 0.16 ;
+  ENCLOSURE 0 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  RESISTANCE 22.0 ;
+  ANTENNAMODEL OXIDE1 ;
+    ANTENNACUMAREARATIO 30 ;
+    ANTENNACUMDIFFAREARATIO 10000 ;
+  #PROPERTY contactLimit 10000 ;
+
+END Cont
+
+LAYER Metal1
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		0.48 0.42 ;
+  OFFSET	0.0 0.0 ;
+  WIDTH		0.16 ;
+  MAXWIDTH	30 ;
+  AREA		0.09 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.18    0.18    0.18
+  WIDTH 0.30        0.18    0.22    0.22
+  WIDTH 10.0        0.18    0.22    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  HEIGHT 0.930 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.40 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.135 ;
+  CAPACITANCE  CPERSQDIST 3.49E-05 ;
+  EDGECAPACITANCE  3.16E-05 ;
+  DCCURRENTDENSITY AVERAGE 1 ;
+
+END Metal1
+
+LAYER Via1
+  TYPE	CUT ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING	0.22 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ENCLOSURE BELOW 0.010 0.05 ;
+  ENCLOSURE ABOVE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via1
+
+LAYER Metal2
+  TYPE		ROUTING ;
+  DIRECTION	VERTICAL ;
+  PITCH		0.48 0.42 ;
+  OFFSET	0.0 0.0 ;
+  WIDTH		0.20 ;
+  MAXWIDTH	30 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 1.880 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 1.81E-05 ;
+  EDGECAPACITANCE  4.47E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ;
+END Metal2
+
+LAYER Via2
+  TYPE	CUT ;
+  SPACING	0.22 ;
+  WIDTH 	0.19 ;
+  ENCLOSURE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via2
+
+LAYER Metal3
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		0.48 0.42 ;
+  OFFSET	0.0 0.0 ;
+  WIDTH		0.20 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 2.880 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 1.20E-05 ;
+  EDGECAPACITANCE  4.48E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ;
+END Metal3
+
+LAYER Via3
+  TYPE	CUT ;
+  SPACING	0.22 ;
+  WIDTH 	0.19 ;
+  ENCLOSURE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  #RESISTANCE 0.68 ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via3
+
+LAYER Metal4
+  TYPE		ROUTING ;
+  DIRECTION	VERTICAL ;
+  PITCH		0.48 0.42 ;
+  OFFSET	0.0 0.0 ;
+  WIDTH		0.20 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 3.88 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 8.94E-06 ;
+  EDGECAPACITANCE  4.50E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ; #mA/um
+END Metal4
+
+LAYER TopVia1
+  TYPE	CUT ;
+  SPACING	0.42 ;
+  WIDTH 	0.42 ;
+  ENCLOSURE BELOW 0.1 0.1 ;
+  ENCLOSURE ABOVE 0.42 0.42 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+  RESISTANCE 4.0 ;
+  DCCURRENTDENSITY AVERAGE 1.4 ;
+END TopVia1
+
+LAYER TopMetal1
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		3.28 3.28 ;
+  OFFSET	1.64 1.64 ;
+  WIDTH		1.64 ;
+  MINIMUMDENSITY        25.0 ;
+  MAXIMUMDENSITY        70.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACING 1.64 ;
+  HEIGHT 6.160 ;
+#  CURRENTDEN 0 ;
+  THICKNESS 2.0 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.021 ;
+  CAPACITANCE  CPERSQDIST 5.64E-06 ;
+  EDGECAPACITANCE  5.08E-05 ;
+  DCCURRENTDENSITY AVERAGE 15 ;
+END TopMetal1
+
+#######  Definitions of Via1 single cut ##############
+
+Via  Via1_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via1_XX
+
+
+Via  Via1_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via1_XX_s
+
+Via  Via1_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via1_XY
+
+Via  Via1_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via1_XY_s
+
+Via  Via1_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via1_YX
+
+Via  Via1_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via1_YX_s
+
+Via  Via1_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via1_YY
+
+Via  Via1_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via1_YY_s
+
+Via  Via1_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via1_s
+
+####### Definitions of Via1 double cut ########
+
+Via Via1_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via1_DC1B
+
+Via Via1_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via1_DC1T
+
+Via Via1_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via1_DC1L
+
+Via Via1_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via1_DC1R
+
+Via Via1_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via1_DC2B
+
+Via Via1_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via1_DC2T
+
+Via Via1_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via1_DC2L
+
+Via Via1_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via1_DC2R
+
+#######  Definitions of Via2 single cut ##############
+
+Via  Via2_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via2_XX
+
+
+Via  Via2_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via2_XX_s
+
+Via  Via2_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via2_XY
+
+Via  Via2_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via2_XY_s
+
+Via  Via2_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via2_YX
+
+Via  Via2_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via2_YX_s
+
+Via  Via2_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via2_YY
+
+Via  Via2_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via2_YY_s
+
+Via  Via2_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via2_s
+
+#######  Definitions of Via2 double cut ##############
+
+Via Via2_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via2_DC1B
+
+Via Via2_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via2_DC1T
+
+Via Via2_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via2_DC1L
+
+Via Via2_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via2_DC1R
+
+Via Via2_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via2_DC2B
+
+Via Via2_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via2_DC2T
+
+Via Via2_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via2_DC2L
+
+Via Via2_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via2_DC2R
+
+#######  Definitions of Via3 single cut ##############
+
+Via  Via3_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via3_XX
+
+
+Via  Via3_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via3_XX_s
+
+Via  Via3_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via3_XY
+
+Via  Via3_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via3_XY_s
+
+Via  Via3_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via3_YX
+
+Via  Via3_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via3_YX_s
+
+Via  Via3_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via3_YY
+
+Via  Via3_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via3_YY_s
+
+Via  Via3_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via3_s
+
+#######  Definitions of Via3 double cut ##############
+
+Via Via3_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via3_DC1B
+
+Via Via3_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via3_DC1T
+
+Via Via3_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via3_DC1L
+
+Via Via3_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via3_DC1R
+
+Via Via3_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal4 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via3_DC2B
+
+Via Via3_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal4 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via3_DC2T
+
+Via Via3_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via3_DC2L
+
+Via Via3_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via3_DC2R
+
+#######   TopVia1 (M4 to TM1)   ##############
+
+Via TopVia1EWNS DEFAULT
+  RESISTANCE 4.0 ;
+  LAYER Metal4 ;
+    RECT -0.31 -0.31 0.31 0.31 ;
+  LAYER TopVia1 ;
+    RECT -0.21 -0.21 0.21 0.21 ;
+  LAYER TopMetal1 ;
+    RECT -0.75 -0.75 0.75 0.75 ;
+END TopVia1EWNS
+
+#######   Via generation rules  ###############
+
+ViaRULE via1Array GENERATE
+    LAYER Metal1 ;
+        ENCLOSURE 0.050 0.010 ;
+
+    LAYER Metal2 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via1Array
+
+ViaRULE via2Array GENERATE
+    LAYER Metal2 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Metal3 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via2Array
+
+ViaRULE via3Array GENERATE
+    LAYER Metal3 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Metal4 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via3Array
+
+########   TopVia1 generation rule  ############
+
+ViaRULE viaTop1Array GENERATE
+  LAYER Metal4 ;
+    ENCLOSURE 0.1 0.1 ;
+  LAYER TopMetal1 ;
+    ENCLOSURE 0.42 0.42 ;
+  LAYER TopVia1 ;
+    RECT -0.21 -0.21 0.21 0.21 ;
+    SPACING 0.84 BY 0.84 ;
+    RESISTANCE 4.0 ;
+END viaTop1Array
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/sg13g2_io.lef b/ihp13/pdk/lef/sg13g2_io.lef
new file mode 100644
index 000000000..be2dd2134
--- /dev/null
+++ b/ihp13/pdk/lef/sg13g2_io.lef
@@ -0,0 +1,4552 @@
+# Autogenerated file; please don't edit
+# date: 2024-05-13 13:33:05.137460
+
+########################################################################
+#
+# Copyright 2024 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+
+SITE sg13g2_ioSite
+    CLASS PAD ;
+    SYMMETRY R90 ;
+    SIZE 1.00 BY 180.00 ;
+END sg13g2_ioSite
+
+SITE sg13g2_cornerSite
+    CLASS PAD ;
+    SYMMETRY R90 ;
+    SIZE 180.00 BY 180.00 ;
+END sg13g2_cornerSite
+
+MACRO sg13g2_Corner
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Corner 0.000 0.000 ;
+    SIZE 180.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_cornerSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 66.000 180.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 93.500 178.000 119.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 66.000 178.000 91.500 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 93.500 180.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 67.500 178.000 90.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 178.000 67.500 180.000 90.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 95.000 178.000 117.500 180.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 178.000 95.000 180.000 117.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 7.000 178.000 32.500 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 34.500 180.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
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+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 126.000 180.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 126.000 178.000 134.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 34.500 178.000 60.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 7.000 180.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 178.000 127.500 180.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 178.000 36.000 180.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 8.500 178.000 31.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 178.000 8.500 180.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 36.000 178.000 58.500 180.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 127.500 178.000 132.500 180.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 160.000 178.590 178.000 180.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 178.590 160.000 180.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.000 140.000 180.000 155.800 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 140.000 178.000 155.800 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.000 140.000 180.000 158.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 140.000 178.000 158.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.000 140.000 180.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 140.000 178.000 158.000 180.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 178.000 140.000 180.000 158.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 140.000 178.000 158.000 180.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 178.590 162.200 180.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 162.200 178.590 178.000 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 160.000 178.590 178.000 180.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 178.590 160.000 180.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 160.000 178.590 178.000 180.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 178.590 160.000 180.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 180.000 180.000 ;
+  END
+END sg13g2_Corner
+
+MACRO sg13g2_Filler200
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler200 0.000 0.000 ;
+    SIZE 1.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 1.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 1.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 1.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 1.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 1.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 1.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 1.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 1.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 1.000 32.500 ;
+    END
+    PORT
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+    END
+    PORT
+      LAYER Metal5 ;
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+    END
+    PORT
+      LAYER TopMetal1 ;
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+    END
+    PORT
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+    END
+    PORT
+      LAYER TopMetal1 ;
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+    END
+    PORT
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+    END
+    PORT
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+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 1.000 58.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 1.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 1.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 1.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 1.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 1.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 1.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 1.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 1.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 1.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 1.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 1.000 180.000 ;
+  END
+END sg13g2_Filler200
+
+MACRO sg13g2_Filler400
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler400 0.000 0.000 ;
+    SIZE 2.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 2.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 2.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
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+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 2.000 90.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 2.000 117.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 2.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
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+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 2.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 2.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 2.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 2.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 2.000 132.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 2.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 2.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 2.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 2.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 2.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 2.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 2.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 2.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 2.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 2.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 2.000 180.000 ;
+  END
+END sg13g2_Filler400
+
+MACRO sg13g2_Filler1000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler1000 0.000 0.000 ;
+    SIZE 5.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 5.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 5.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 5.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 5.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 5.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 5.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 5.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 5.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 5.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 5.000 31.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 5.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 5.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 5.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 5.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 5.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 5.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 5.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 5.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 5.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 5.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 5.000 180.000 ;
+  END
+END sg13g2_Filler1000
+
+MACRO sg13g2_Filler2000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler2000 0.000 0.000 ;
+    SIZE 10.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 10.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 10.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 10.000 90.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 10.000 117.500 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 10.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 10.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 10.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 10.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 10.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 10.000 132.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 10.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 10.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 10.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 10.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 10.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 10.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 10.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 10.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 10.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 10.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 10.000 180.000 ;
+  END
+END sg13g2_Filler2000
+
+MACRO sg13g2_Filler4000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler4000 0.000 0.000 ;
+    SIZE 20.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 20.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 20.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 20.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 20.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 20.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 20.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 20.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 20.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 20.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 20.000 31.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 20.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 20.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 20.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 20.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 20.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 20.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 20.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 20.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 20.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 20.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 20.000 180.000 ;
+  END
+END sg13g2_Filler4000
+
+MACRO sg13g2_Filler10000
+    CLASS PAD SPACER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_Filler10000 0.000 0.000 ;
+    SIZE 50.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 50.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 50.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 50.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 50.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 50.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 50.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 50.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 50.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 50.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 50.000 58.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 50.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 50.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 50.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 50.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 50.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 50.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 50.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 50.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 50.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 8.500 50.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 50.000 180.000 ;
+  END
+END sg13g2_Filler10000
+
+MACRO sg13g2_IOPadIn
+    CLASS PAD INPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadIn 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 39.830 157.810 40.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 39.725 179.710 40.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadIn
+
+MACRO sg13g2_IOPadOut4mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadOut4mA
+
+MACRO sg13g2_IOPadOut16mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadOut16mA
+
+MACRO sg13g2_IOPadOut30mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.145 167.000 41.855 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.145 179.710 41.855 180.000 ;
+    END
+  END c2p
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadOut30mA
+
+MACRO sg13g2_IOPadTriOut4mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadTriOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadTriOut4mA
+
+MACRO sg13g2_IOPadTriOut16mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadTriOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadTriOut16mA
+
+MACRO sg13g2_IOPadTriOut30mA
+    CLASS PAD OUTPUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadTriOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 38.330 178.090 38.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 38.225 179.710 38.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 41.380 174.045 41.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 41.275 179.710 41.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadTriOut30mA
+
+MACRO sg13g2_IOPadInOut4mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadInOut4mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadInOut4mA
+
+MACRO sg13g2_IOPadInOut16mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadInOut16mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadInOut16mA
+
+MACRO sg13g2_IOPadInOut30mA
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadInOut30mA 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN c2p
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 18.330 178.090 18.620 180.000 ;
+      LAYER Metal3 ;
+        RECT 18.225 179.710 18.725 180.000 ;
+    END
+  END c2p
+  PIN c2p_en
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 21.380 174.045 21.670 180.000 ;
+      LAYER Metal3 ;
+        RECT 21.275 179.710 21.775 180.000 ;
+    END
+  END c2p_en
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN p2c
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 59.830 157.810 60.120 180.000 ;
+      LAYER Metal3 ;
+        RECT 59.725 179.710 60.225 180.000 ;
+    END
+  END p2c
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadInOut30mA
+
+MACRO sg13g2_IOPadAnalog
+    CLASS PAD INOUT ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadAnalog 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN pad
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 26.105 179.000 50.875 180.000 ;
+      LAYER Metal3 ;
+        RECT 26.105 179.710 50.875 180.000 ;
+    END
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+  END pad
+  PIN padres
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    PORT
+      LAYER Metal2 ;
+        RECT 57.460 147.180 57.750 180.000 ;
+      LAYER Metal3 ;
+        RECT 57.355 179.710 57.855 180.000 ;
+    END
+  END padres
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadAnalog
+
+MACRO sg13g2_IOPadIOVss
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadIOVss 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadIOVss
+
+MACRO sg13g2_IOPadIOVdd
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadIOVdd 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 3.900 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 3.900 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 8.500 80.000 31.000 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadIOVdd
+
+MACRO sg13g2_IOPadVss
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadVss 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 80.000 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 80.000 132.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 132.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadVss
+
+MACRO sg13g2_IOPadVdd
+    CLASS PAD POWER ;
+    ORIGIN 0.000 0.000 ;
+    FOREIGN sg13g2_IOPadVdd 0.000 0.000 ;
+    SIZE 80.000 BY 180.000 ;
+    SYMMETRY X Y R90 ;
+    SITE sg13g2_ioSite ;
+  PIN iovdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 93.500 80.000 119.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 66.000 80.000 91.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 67.500 80.000 90.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 95.000 80.000 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 95.000 3.900 117.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 67.500 3.900 90.000 ;
+    END
+  END iovdd
+  PIN iovss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 7.000 80.000 32.500 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 126.000 80.000 134.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 34.500 80.000 60.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 36.000 3.900 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 8.500 3.900 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 127.500 80.000 132.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 36.000 80.000 58.500 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 76.100 8.500 80.000 31.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 0.000 127.500 3.900 132.500 ;
+    END
+  END iovss
+  PIN vdd
+    DIRECTION INOUT ;
+    USE POWER ;
+    PORT
+      LAYER Metal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal3 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal4 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER Metal5 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal1 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+      LAYER TopMetal2 ;
+        RECT 5.000 0.000 75.000 3.000 ;
+    END
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 140.000 80.000 155.800 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER TopMetal2 ;
+        RECT 7.500 141.500 72.500 156.500 ;
+    END
+  END vdd
+  PIN vss
+    DIRECTION INOUT ;
+    USE GROUND ;
+    PORT
+      LAYER Metal3 ;
+        RECT 0.000 140.000 80.000 158.000 ;
+    END
+    PORT
+      LAYER Metal4 ;
+        RECT 0.000 162.200 80.000 178.000 ;
+    END
+    PORT
+      LAYER Metal5 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+    PORT
+      LAYER TopMetal1 ;
+        RECT 0.000 160.000 80.000 178.000 ;
+    END
+  END vss
+  OBS
+    LAYER Metal1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Metal3 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal4 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER Metal5 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal1 ;
+      RECT 0.000 0.000 80.000 178.000 ;
+    LAYER TopMetal2 ;
+      RECT 0.000 0.000 80.000 156.500 ;
+    LAYER Via1 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+    LAYER Via2 ;
+      RECT 0.000 0.000 80.000 180.000 ;
+  END
+END sg13g2_IOPadVdd
diff --git a/ihp13/pdk/lef/sg13g2_stdcell.lef b/ihp13/pdk/lef/sg13g2_stdcell.lef
new file mode 100644
index 000000000..bbb2db627
--- /dev/null
+++ b/ihp13/pdk/lef/sg13g2_stdcell.lef
@@ -0,0 +1,7927 @@
+########################################################################
+#
+# Copyright 2025 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+BUSBITCHARS "[]" ;
+DIVIDERCHAR "/" ;
+
+PROPERTYDEFINITIONS
+  MACRO CatenaDesignType STRING ;
+END PROPERTYDEFINITIONS
+
+SITE  CoreSite
+    CLASS       CORE ;
+    SYMMETRY    Y ;
+    SIZE        0.48 BY 3.78 ;
+END  CoreSite
+
+MACRO sg13g2_a21o_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a21o_1 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.76 0.405 3.11 0.965 ;
+    END
+  END A2
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.25 1.525 2.545 2 ;
+    END
+  END A1
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.755 1.525 2.05 2 ;
+    END
+  END B1
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6159 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.205 0.885 1.225 1.145 ;
+        RECT 0.205 2.095 0.56 3.16 ;
+        RECT 0.205 0.885 0.445 3.16 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 2.405 2.585 2.665 4 ;
+        RECT 0.81 2.14 1.07 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 2.92 1.145 3.165 1.41 ;
+        RECT 2.415 1.145 3.165 1.31 ;
+        RECT 2.415 -0.22 2.575 1.31 ;
+        RECT 1.455 -0.22 1.715 0.965 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.915 2.21 3.175 3.125 ;
+      RECT 1.855 2.21 2.115 3.125 ;
+      RECT 1.855 2.21 3.175 2.405 ;
+      RECT 1.335 2.17 1.595 3.125 ;
+      RECT 1.335 1.54 1.575 3.125 ;
+      RECT 1.415 1.145 1.575 3.125 ;
+      RECT 0.625 1.54 1.575 1.87 ;
+      RECT 1.415 1.145 2.235 1.305 ;
+      RECT 2.02 0.825 2.235 1.305 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a21o_1
+
+MACRO sg13g2_a21o_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a21o_2 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.2 1.56 3.545 2 ;
+    END
+  END A2
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.725 1.56 3.02 2 ;
+    END
+  END A1
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.23 1.56 2.535 2 ;
+    END
+  END B1
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.785 2.27 1.08 3.16 ;
+        RECT 0.785 0.72 1.045 3.16 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.88 2.55 3.14 4 ;
+        RECT 1.295 2.27 1.555 4 ;
+        RECT 0.275 2.27 0.535 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 3.39 -0.22 3.65 1.32 ;
+        RECT 1.935 -0.22 2.195 0.99 ;
+        RECT 1.295 -0.22 1.555 1.32 ;
+        RECT 0.275 -0.22 0.535 1.32 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 3.39 2.2 3.65 3.16 ;
+      RECT 2.33 2.2 2.59 3.16 ;
+      RECT 2.33 2.2 3.65 2.36 ;
+      RECT 1.81 2.17 2.07 3.16 ;
+      RECT 1.81 1.22 2.05 3.16 ;
+      RECT 1.235 1.67 2.05 1.93 ;
+      RECT 1.81 1.22 2.755 1.38 ;
+      RECT 2.495 0.72 2.755 1.38 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a21o_2
+
+MACRO sg13g2_a21oi_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a21oi_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.855 -0.22 2.115 1.32 ;
+        RECT 0.325 -0.22 0.585 0.98 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.345 2.9 1.605 4 ;
+    END
+  END VDD
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.175 1.62 1.58 1.88 ;
+        RECT 1.32 1.345 1.58 1.88 ;
+    END
+  END A1
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.77 1.5 2.115 1.88 ;
+    END
+  END A2
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.662 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.835 0.72 1.095 1.32 ;
+        RECT 0.325 2.08 0.995 2.29 ;
+        RECT 0.835 0.72 0.995 2.29 ;
+        RECT 0.325 2.08 0.62 3.16 ;
+    END
+  END Y
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.325 1.345 0.6 1.88 ;
+    END
+  END B1
+  OBS
+    LAYER Metal1 ;
+      RECT 1.855 2.08 2.115 3.16 ;
+      RECT 0.835 2.555 1.095 3.16 ;
+      RECT 0.835 2.555 2.115 2.715 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a21oi_1
+
+MACRO sg13g2_a21oi_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a21oi_2 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 3.315 -0.22 3.575 1.32 ;
+        RECT 2.295 -0.22 2.555 0.98 ;
+        RECT 0.255 -0.22 0.515 1.32 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 1.785 2.95 2.045 4 ;
+        RECT 0.765 2.95 1.025 4 ;
+    END
+  END VDD
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.24 1.625 3.575 2.28 ;
+    END
+  END B1
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.988 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.76 1.16 3.045 2.765 ;
+        RECT 2.805 0.72 3.045 2.765 ;
+        RECT 1.275 1.16 3.045 1.32 ;
+        RECT 1.275 0.785 1.535 1.32 ;
+    END
+  END Y
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 2.09 2.3 2.315 ;
+        RECT 2.04 1.6 2.3 2.315 ;
+        RECT 0.255 1.6 0.77 2.315 ;
+    END
+  END A2
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.085 1.56 1.725 1.9 ;
+    END
+  END A1
+  OBS
+    LAYER Metal1 ;
+      RECT 2.295 2.965 3.575 3.16 ;
+      RECT 3.315 2.56 3.575 3.16 ;
+      RECT 1.275 2.565 1.535 3.16 ;
+      RECT 0.255 2.565 0.515 3.16 ;
+      RECT 2.295 2.565 2.555 3.16 ;
+      RECT 0.255 2.565 2.555 2.765 ;
+      RECT 0.765 0.445 1.025 1.32 ;
+      RECT 1.785 0.445 2.045 0.98 ;
+      RECT 0.765 0.445 2.045 0.605 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a21oi_2
+
+MACRO sg13g2_a221oi_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a221oi_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 3.32 2.505 3.58 4 ;
+        RECT 2.3 2.9 2.56 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 3.32 -0.22 3.58 0.98 ;
+        RECT 0.77 -0.22 1.03 0.98 ;
+    END
+  END VSS
+  PIN B2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.83 1.555 1.36 1.9 ;
+    END
+  END B2
+  PIN C1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.25 1.555 0.61 1.9 ;
+    END
+  END C1
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.54 1.555 2.04 1.9 ;
+    END
+  END B1
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.26 1.71 2.58 1.94 ;
+        RECT 2.26 1.44 2.515 1.94 ;
+    END
+  END A1
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.1356 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.26 2.165 3.66 2.325 ;
+        RECT 3.5 1.16 3.66 2.325 ;
+        RECT 2.81 1.16 3.66 1.37 ;
+        RECT 2.81 0.72 3.07 1.37 ;
+        RECT 1.28 0.72 3.07 0.98 ;
+        RECT 0.26 1.16 1.54 1.37 ;
+        RECT 1.28 0.72 1.54 1.37 ;
+        RECT 0.26 2.165 0.52 3.16 ;
+        RECT 0.26 0.72 0.52 1.37 ;
+    END
+  END Y
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.055 1.57 3.32 1.9 ;
+        RECT 2.76 1.57 3.32 1.8 ;
+    END
+  END A2
+  OBS
+    LAYER Metal1 ;
+      RECT 2.81 2.505 3.07 3.16 ;
+      RECT 1.28 2.505 1.54 2.765 ;
+      RECT 1.28 2.505 3.07 2.715 ;
+      RECT 0.77 2.95 2.05 3.16 ;
+      RECT 1.79 2.9 2.05 3.16 ;
+      RECT 0.77 2.56 1.03 3.16 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a221oi_1
+
+MACRO sg13g2_a22oi_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_a22oi_1 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.9584 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.25 0.84 1.75 1.1 ;
+        RECT 1.31 2.3 1.6 2.9 ;
+        RECT 1.42 0.84 1.6 2.9 ;
+    END
+  END Y
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.82 1.785 1.24 2.07 ;
+        RECT 0.82 1.785 1.115 2.255 ;
+    END
+  END B1
+  PIN B2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.78 1.77 2.08 2.44 ;
+    END
+  END B2
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.27 1.33 2.72 2.07 ;
+    END
+  END A2
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.79 1.33 2.09 1.56 ;
+        RECT 1.93 0.48 2.09 1.56 ;
+        RECT 0.62 0.48 2.09 0.64 ;
+        RECT 0.62 0.48 0.78 1.49 ;
+        RECT 0.17 1.56 0.64 2.07 ;
+        RECT 0.42 1.33 0.64 2.07 ;
+    END
+  END A1
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.44 2.3 2.7 4 ;
+        RECT 0.18 2.3 0.45 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.44 -0.22 2.7 1.1 ;
+        RECT 0.18 -0.22 0.44 1.1 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.8 3.085 2.08 3.28 ;
+      RECT 1.82 2.68 2.08 3.28 ;
+      RECT 0.8 2.68 1.06 3.28 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_a22oi_1
+
+MACRO sg13g2_and2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and2_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.105 0.405 0.78 0.96 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.78 1.435 1.17 1.87 ;
+    END
+  END B
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.775 2.14 2.275 3.16 ;
+        RECT 2.04 0.72 2.275 3.16 ;
+        RECT 1.775 0.72 2.275 1.32 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.265 2.56 1.525 4 ;
+        RECT 0.245 2.56 0.505 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.265 -0.22 1.525 1.155 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.755 2.05 1.015 3.16 ;
+      RECT 0.245 2.05 1.56 2.24 ;
+      RECT 1.4 1.605 1.56 2.24 ;
+      RECT 0.245 1.14 0.505 2.24 ;
+      RECT 1.4 1.605 1.74 1.865 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and2_1
+
+MACRO sg13g2_and2_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and2_2 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.105 0.405 0.78 0.96 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.78 1.47 1.17 1.87 ;
+    END
+  END B
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.775 2.22 2.105 3.16 ;
+        RECT 1.92 0.72 2.105 3.16 ;
+        RECT 1.775 0.72 2.105 1.32 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.285 2.22 2.545 4 ;
+        RECT 1.265 2.56 1.525 4 ;
+        RECT 0.245 2.56 0.505 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.285 -0.22 2.545 1.32 ;
+        RECT 1.265 -0.22 1.525 1.145 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.755 2.05 1.015 3.16 ;
+      RECT 0.245 2.05 1.56 2.24 ;
+      RECT 1.4 1.57 1.56 2.24 ;
+      RECT 0.245 1.14 0.505 2.24 ;
+      RECT 1.4 1.57 1.74 1.9 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and2_2
+
+MACRO sg13g2_and3_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and3_1 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.78 2.235 3.065 3.175 ;
+        RECT 2.895 1.125 3.065 3.175 ;
+        RECT 2.44 1.125 3.065 1.385 ;
+        RECT 2.44 0.77 2.7 1.385 ;
+    END
+  END X
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.225 0.475 1.59 1.09 ;
+        RECT 0.35 0.475 1.59 0.79 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.09 1.4 1.56 1.98 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.765 1.4 2.06 1.95 ;
+    END
+  END C
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 1.93 2.575 2.53 4 ;
+        RECT 0.91 2.57 1.17 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 1.93 -0.22 2.19 1.14 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.42 2.16 1.68 3.175 ;
+      RECT 0.4 1.09 0.66 3.175 ;
+      RECT 0.4 2.16 2.405 2.32 ;
+      RECT 2.245 1.57 2.405 2.32 ;
+      RECT 2.245 1.57 2.645 1.9 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and3_1
+
+MACRO sg13g2_and3_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and3_2 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.435 2.51 3.02 2.69 ;
+        RECT 2.74 1.29 3.02 2.69 ;
+        RECT 2.44 1.29 3.02 1.55 ;
+        RECT 2.435 2.51 2.705 3.175 ;
+        RECT 2.44 0.77 2.7 1.55 ;
+    END
+  END X
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.225 0.475 1.59 1.09 ;
+        RECT 0.35 0.475 1.59 0.79 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.125 1.4 1.56 1.95 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.76 1.4 2.06 1.95 ;
+    END
+  END C
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 2.95 2.915 3.21 4 ;
+        RECT 1.93 2.575 2.19 4 ;
+        RECT 0.91 2.575 1.17 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 2.95 -0.22 3.21 1.09 ;
+        RECT 1.93 -0.22 2.19 1.14 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.415 2.16 1.675 3.175 ;
+      RECT 0.4 1.09 0.66 3.175 ;
+      RECT 0.4 2.16 2.43 2.32 ;
+      RECT 2.27 1.77 2.43 2.32 ;
+      RECT 2.27 1.77 2.53 2.03 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and3_2
+
+MACRO sg13g2_and4_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and4_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.725 1.455 1.08 1.985 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.285 1.455 1.56 1.985 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.8 1.455 2.045 1.985 ;
+    END
+  END C
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.315 1.45 2.665 2 ;
+    END
+  END D
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.8928 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.205 2.07 3.685 3.18 ;
+        RECT 3.525 0.61 3.685 3.18 ;
+        RECT 3.205 0.61 3.685 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.54 2.56 2.8 4 ;
+        RECT 1.445 2.56 1.705 4 ;
+        RECT 0.425 2.56 0.685 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.55 -0.22 2.815 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.935 2.22 1.195 3.125 ;
+      RECT 1.985 2.22 2.245 3.12 ;
+      RECT 0.355 2.22 3.01 2.38 ;
+      RECT 2.85 1.54 3.01 2.38 ;
+      RECT 0.355 0.61 0.525 2.38 ;
+      RECT 2.85 1.54 3.205 1.87 ;
+      RECT 0.355 0.61 0.685 1.21 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and4_1
+
+MACRO sg13g2_and4_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_and4_2 0 0 ;
+  SIZE 4.32 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.765 1.35 1.08 2.01 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.285 1.35 1.565 2.01 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.8 1.35 2.06 2.01 ;
+    END
+  END C
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1924 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.28 1.46 2.615 2.01 ;
+    END
+  END D
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.9672 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.205 2.21 3.685 3.16 ;
+        RECT 3.525 0.64 3.685 3.16 ;
+        RECT 3.205 0.64 3.685 1.26 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.32 4 ;
+        RECT 3.865 2.21 4.125 4 ;
+        RECT 2.54 2.56 2.8 4 ;
+        RECT 1.445 2.56 1.705 4 ;
+        RECT 0.425 2.56 0.685 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.32 0.22 ;
+        RECT 3.865 -0.22 4.125 1.21 ;
+        RECT 2.55 -0.22 2.815 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.985 2.22 2.245 3.16 ;
+      RECT 0.935 2.22 1.195 3.16 ;
+      RECT 0.265 2.22 3.01 2.38 ;
+      RECT 2.85 1.54 3.01 2.38 ;
+      RECT 0.265 0.645 0.435 2.38 ;
+      RECT 2.85 1.54 3.205 1.87 ;
+      RECT 0.265 0.645 0.685 1.17 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_and4_2
+
+MACRO sg13g2_antennanp
+  CLASS CORE ANTENNACELL ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_antennanp 0 0 ;
+  SIZE 1.44 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.44 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.44 0.22 ;
+    END
+  END VSS
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 2.0154 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.405 0.57 1.05 1.16 ;
+        RECT 0.38 2.08 0.98 2.68 ;
+        RECT 0.38 1.13 0.63 2.68 ;
+    END
+  END A
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_antennanp
+
+MACRO sg13g2_buf_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_buf_1 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.285 1.93 0.68 2.26 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7086 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.3 2.02 1.6 3.18 ;
+        RECT 1.41 0.55 1.6 3.18 ;
+        RECT 1.31 0.55 1.6 1.29 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 0.77 2.89 1.03 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 0.765 -0.22 1.015 1.07 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.24 2.44 0.51 3.18 ;
+      RECT 0.24 2.44 1.07 2.62 ;
+      RECT 0.9 1.29 1.07 2.62 ;
+      RECT 0.9 1.5 1.225 1.83 ;
+      RECT 0.215 1.29 1.07 1.465 ;
+      RECT 0.215 1 0.515 1.465 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_buf_1
+
+MACRO sg13g2_buf_16
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_buf_16 0 0 ;
+  SIZE 12 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 5.6544 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.91 2.2 8.17 3.16 ;
+        RECT 5.87 1.05 8.17 1.22 ;
+        RECT 7.91 0.61 8.17 1.22 ;
+        RECT 2.81 2.2 8.17 2.36 ;
+        RECT 6.89 2.2 7.15 3.16 ;
+        RECT 6.89 0.61 7.15 1.22 ;
+        RECT 5.87 0.61 6.13 3.16 ;
+        RECT 4.85 0.61 5.11 3.16 ;
+        RECT 3.83 0.61 4.09 3.16 ;
+        RECT 2.81 0.61 3.07 3.16 ;
+        RECT 1.79 1.52 3.07 1.85 ;
+        RECT 1.79 0.61 2.05 3.16 ;
+        RECT 0.77 2.2 2.05 2.36 ;
+        RECT 0.77 0.61 1.03 3.16 ;
+    END
+  END X
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.4508 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 10.26 1.52 11.44 1.85 ;
+    END
+  END A
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 12 4 ;
+        RECT 11.48 2.215 11.74 4 ;
+        RECT 10.46 2.545 10.72 4 ;
+        RECT 9.44 2.54 9.7 4 ;
+        RECT 8.42 2.54 8.68 4 ;
+        RECT 7.4 2.54 7.66 4 ;
+        RECT 6.38 2.54 6.64 4 ;
+        RECT 5.36 2.54 5.62 4 ;
+        RECT 4.34 2.54 4.6 4 ;
+        RECT 3.32 2.54 3.58 4 ;
+        RECT 2.3 2.22 2.56 4 ;
+        RECT 1.28 2.54 1.54 4 ;
+        RECT 0.26 2.22 0.52 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 12 0.22 ;
+        RECT 11.48 -0.22 11.74 1.21 ;
+        RECT 10.46 -0.22 10.72 0.87 ;
+        RECT 9.44 -0.22 9.7 0.87 ;
+        RECT 8.42 -0.22 8.685 0.87 ;
+        RECT 7.4 -0.22 7.66 0.87 ;
+        RECT 6.38 -0.22 6.64 0.87 ;
+        RECT 5.36 -0.22 5.62 1.195 ;
+        RECT 4.34 -0.22 4.6 1.195 ;
+        RECT 3.32 -0.22 3.58 1.195 ;
+        RECT 2.3 -0.22 2.56 1.21 ;
+        RECT 1.28 -0.22 1.54 1.21 ;
+        RECT 0.26 -0.22 0.52 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 10.97 2.2 11.23 3.16 ;
+      RECT 9.95 2.2 10.21 3.16 ;
+      RECT 8.93 2.2 9.19 3.16 ;
+      RECT 8.385 2.2 11.23 2.36 ;
+      RECT 8.385 1.05 8.595 2.36 ;
+      RECT 6.395 1.52 8.595 1.85 ;
+      RECT 8.385 1.05 11.23 1.22 ;
+      RECT 10.97 0.61 11.23 1.22 ;
+      RECT 9.95 0.61 10.21 1.22 ;
+      RECT 8.93 0.61 9.19 1.22 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_buf_16
+
+MACRO sg13g2_buf_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_buf_2 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.755 1.49 2.14 1.87 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.975 0.61 1.235 2.34 ;
+        RECT 0.67 1.52 1.235 1.85 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.485 2.895 1.745 4 ;
+        RECT 0.15 2.56 0.41 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.485 -0.22 1.745 0.965 ;
+        RECT 0.465 -0.22 0.725 1.31 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.97 2.18 2.26 3.1 ;
+      RECT 0.605 2.55 2.26 2.71 ;
+      RECT 1.415 1.145 1.575 2.71 ;
+      RECT 0.605 2.215 0.765 2.71 ;
+      RECT 0.225 2.215 0.765 2.375 ;
+      RECT 0.225 1.555 0.485 2.375 ;
+      RECT 1.415 1.145 2.255 1.31 ;
+      RECT 1.995 0.72 2.255 1.31 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_buf_2
+
+MACRO sg13g2_buf_4
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_buf_4 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.4136 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.765 1.995 2.025 3.13 ;
+        RECT 0.745 1.065 2.025 1.225 ;
+        RECT 1.765 0.645 2.025 1.225 ;
+        RECT 0.745 1.995 2.025 2.165 ;
+        RECT 0.745 0.605 1.005 3.13 ;
+        RECT 0.32 1.525 1.005 1.84 ;
+    END
+  END X
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3146 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.7 1.475 3.15 1.885 ;
+    END
+  END A
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 3.295 2.64 3.555 4 ;
+        RECT 2.275 2.08 2.535 4 ;
+        RECT 1.255 2.49 1.515 4 ;
+        RECT 0.235 2.115 0.495 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.375 0.61 2.975 0.87 ;
+        RECT 2.545 -0.22 2.805 0.87 ;
+        RECT 1.255 -0.22 1.515 0.87 ;
+        RECT 0.235 -0.22 0.495 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.785 2.15 3.045 2.77 ;
+      RECT 2.785 2.15 3.59 2.42 ;
+      RECT 3.4 0.64 3.59 2.42 ;
+      RECT 1.68 1.54 2.43 1.8 ;
+      RECT 2.265 1.05 2.43 1.8 ;
+      RECT 2.265 1.05 3.59 1.21 ;
+      RECT 3.245 0.64 3.59 1.21 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_buf_4
+
+MACRO sg13g2_buf_8
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_buf_8 0 0 ;
+  SIZE 6.24 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.7254 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.57 1.5 1.51 1.865 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 2.8272 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 5.26 1.55 5.95 1.815 ;
+        RECT 5.26 0.61 5.52 3.16 ;
+        RECT 2.2 2.22 5.52 2.38 ;
+        RECT 2.2 1.05 5.52 1.21 ;
+        RECT 4.24 2.22 4.5 3.16 ;
+        RECT 4.24 0.61 4.5 1.21 ;
+        RECT 3.22 2.22 3.48 3.16 ;
+        RECT 3.22 0.61 3.48 1.21 ;
+        RECT 2.2 2.22 2.46 3.16 ;
+        RECT 2.2 0.61 2.46 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 6.24 4 ;
+        RECT 5.77 2.22 6.03 4 ;
+        RECT 4.75 2.56 5.01 4 ;
+        RECT 3.73 2.56 3.99 4 ;
+        RECT 2.71 2.56 2.97 4 ;
+        RECT 1.69 2.56 1.95 4 ;
+        RECT 0.67 2.56 0.93 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 6.24 0.22 ;
+        RECT 5.77 -0.22 6.03 1.21 ;
+        RECT 4.75 -0.22 5.01 0.87 ;
+        RECT 3.73 -0.22 3.99 0.87 ;
+        RECT 2.71 -0.22 2.97 0.87 ;
+        RECT 1.69 -0.22 1.95 0.87 ;
+        RECT 0.67 -0.22 0.93 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.18 2.22 1.44 3.16 ;
+      RECT 0.16 2.22 0.42 3.16 ;
+      RECT 0.16 2.22 1.94 2.38 ;
+      RECT 1.77 1.05 1.94 2.38 ;
+      RECT 1.77 1.555 4.975 1.815 ;
+      RECT 0.16 1.05 1.94 1.21 ;
+      RECT 1.18 0.61 1.44 1.21 ;
+      RECT 0.16 0.61 0.42 1.21 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_buf_8
+
+MACRO sg13g2_decap_4
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_decap_4 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 1.065 2.22 1.79 4 ;
+        RECT 1.065 1.47 1.405 4 ;
+        RECT 0.13 2.22 0.4 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 1.51 -0.22 1.79 0.935 ;
+        RECT 0.53 -0.22 0.855 1.805 ;
+        RECT 0.13 -0.22 0.855 0.935 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_decap_4
+
+MACRO sg13g2_decap_8
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_decap_8 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 2.945 2.21 3.205 4 ;
+        RECT 1.22 1.475 2.155 4 ;
+        RECT 0.185 2.205 0.445 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 2.585 -0.22 3.195 0.99 ;
+        RECT 2.585 -0.22 2.835 1.81 ;
+        RECT 1.53 -0.22 1.835 1.03 ;
+        RECT 0.52 -0.22 0.81 1.81 ;
+        RECT 0.175 -0.22 0.81 0.99 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_decap_8
+
+MACRO sg13g2_dfrbp_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dfrbp_1 0 0 ;
+  SIZE 13.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.8998 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.746642 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.145 1.51 2.75 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 13.92 0.22 ;
+        RECT 12.635 -0.22 12.895 1.19 ;
+        RECT 10.91 -0.22 11.15 0.85 ;
+        RECT 9.56 -0.22 9.82 0.85 ;
+        RECT 2.235 -0.22 2.495 0.915 ;
+        RECT 1.14 -0.22 1.41 0.85 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 13.92 4 ;
+        RECT 12.63 2.1 12.9 4 ;
+        RECT 10.89 2.46 11.15 4 ;
+        RECT 2.945 2.86 3.115 4 ;
+        RECT 0.215 2.24 0.475 4 ;
+    END
+  END VDD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 1.07 0.6 1.89 ;
+    END
+  END D
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 13.145 2.095 13.56 3.155 ;
+        RECT 13.35 0.59 13.56 3.155 ;
+        RECT 13.125 0.59 13.56 1.19 ;
+    END
+  END Q
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7161 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.34 0.99 11.725 1.52 ;
+        RECT 11.4 0.59 11.66 3.155 ;
+    END
+  END Q_N
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.45 1.52 6.99 1.84 ;
+    END
+  END CLK
+  OBS
+    LAYER Metal1 ;
+      RECT 12.125 0.59 12.385 3.155 ;
+      RECT 12.87 1.445 13.17 1.745 ;
+      RECT 12.125 1.485 13.17 1.71 ;
+      RECT 10.07 2.035 10.33 2.495 ;
+      RECT 9.22 2.035 11 2.195 ;
+      RECT 10.84 1.03 11 2.195 ;
+      RECT 9.22 1.69 9.48 2.195 ;
+      RECT 10.57 1.03 11 1.19 ;
+      RECT 10.57 0.625 10.73 1.19 ;
+      RECT 10.38 0.625 10.73 0.885 ;
+      RECT 8.475 2.225 8.95 2.485 ;
+      RECT 8.79 1.145 8.95 2.485 ;
+      RECT 10.165 1.35 10.47 1.625 ;
+      RECT 8.79 1.35 10.47 1.51 ;
+      RECT 8.79 1.145 8.97 1.51 ;
+      RECT 7.96 1.145 8.97 1.315 ;
+      RECT 9.91 3.025 10.16 3.285 ;
+      RECT 4.855 3.025 5.115 3.285 ;
+      RECT 4.855 3.075 10.16 3.235 ;
+      RECT 7.51 0.805 7.725 1.31 ;
+      RECT 7.51 0.805 9.31 0.965 ;
+      RECT 9.05 0.59 9.31 0.965 ;
+      RECT 1.2 2.5 1.94 2.76 ;
+      RECT 1.2 1.15 1.36 2.76 ;
+      RECT 7.745 1.555 7.935 2.425 ;
+      RECT 2.95 1.705 3.21 1.965 ;
+      RECT 7.17 1.555 7.935 1.725 ;
+      RECT 2.95 1.15 3.11 1.965 ;
+      RECT 7.17 0.44 7.33 1.725 ;
+      RECT 1.2 1.15 3.11 1.31 ;
+      RECT 2.705 0.44 2.875 1.31 ;
+      RECT 1.72 0.815 1.98 1.31 ;
+      RECT 8.54 0.44 8.8 0.625 ;
+      RECT 2.705 0.44 8.8 0.605 ;
+      RECT 5.55 2.63 8.275 2.8 ;
+      RECT 8.115 1.525 8.275 2.8 ;
+      RECT 5.55 2.07 5.81 2.8 ;
+      RECT 4.855 2.16 5.81 2.42 ;
+      RECT 5.145 2.07 5.81 2.42 ;
+      RECT 5.145 0.92 5.42 2.42 ;
+      RECT 8.115 1.525 8.6 1.785 ;
+      RECT 5.145 0.92 5.815 1.18 ;
+      RECT 6.02 2.07 7.525 2.33 ;
+      RECT 6.02 0.98 6.18 2.33 ;
+      RECT 5.725 1.575 6.18 1.835 ;
+      RECT 6.755 0.92 6.99 1.18 ;
+      RECT 6.02 0.98 6.99 1.14 ;
+      RECT 4.66 1.44 4.905 1.7 ;
+      RECT 4.725 0.785 4.905 1.7 ;
+      RECT 3.12 0.785 4.905 0.96 ;
+      RECT 3.365 3.08 4.505 3.24 ;
+      RECT 4.32 2.655 4.505 3.24 ;
+      RECT 0.785 3.08 2.765 3.24 ;
+      RECT 2.605 2.52 2.765 3.24 ;
+      RECT 3.365 2.52 3.535 3.24 ;
+      RECT 0.785 0.59 0.95 3.24 ;
+      RECT 4.32 2.655 4.665 2.915 ;
+      RECT 2.605 2.52 3.535 2.68 ;
+      RECT 4.32 1.16 4.48 3.24 ;
+      RECT 0.72 2.24 0.98 2.5 ;
+      RECT 3.385 1.16 3.645 1.64 ;
+      RECT 3.385 1.16 4.48 1.32 ;
+      RECT 0.21 0.59 0.95 0.85 ;
+      RECT 2.245 2.145 2.425 2.9 ;
+      RECT 3.895 1.5 4.115 2.805 ;
+      RECT 2.245 2.145 4.115 2.315 ;
+      RECT 1.585 2.145 4.115 2.305 ;
+      RECT 1.585 1.705 1.845 2.305 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dfrbp_1
+
+MACRO sg13g2_dfrbp_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dfrbp_2 0 0 ;
+  SIZE 14.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.2 1.51 2.75 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 14.4 0.22 ;
+        RECT 13.935 -0.22 14.21 0.84 ;
+        RECT 12.93 -0.22 13.19 1.21 ;
+        RECT 11.91 -0.22 12.17 0.85 ;
+        RECT 10.91 -0.22 11.15 0.85 ;
+        RECT 9.56 -0.22 9.82 0.885 ;
+        RECT 2.235 -0.22 2.495 0.915 ;
+        RECT 1.14 -0.22 1.4 0.885 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 14.4 4 ;
+        RECT 13.58 2.085 13.84 4 ;
+        RECT 12.555 2.085 12.815 4 ;
+        RECT 11.47 1.98 11.73 4 ;
+        RECT 10.45 2.46 10.71 4 ;
+        RECT 2.945 2.86 3.115 4 ;
+        RECT 0.215 2.215 0.47 4 ;
+    END
+  END VDD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 1.375 0.61 1.855 ;
+    END
+  END D
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7124 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 13.44 1.045 14.21 1.49 ;
+        RECT 13.19 1.515 13.7 1.775 ;
+        RECT 13.44 0.595 13.7 1.775 ;
+        RECT 13.065 2.085 13.36 3.175 ;
+        RECT 13.19 1.515 13.36 3.175 ;
+    END
+  END Q
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 10.96 1.52 11.72 1.74 ;
+        RECT 11.34 0.99 11.72 1.74 ;
+        RECT 11.395 0.59 11.66 1.74 ;
+        RECT 10.96 1.52 11.22 3.06 ;
+    END
+  END Q_N
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.365 1.335 6.99 1.935 ;
+    END
+  END CLK
+  OBS
+    LAYER Metal1 ;
+      RECT 11.98 1.98 12.36 2.92 ;
+      RECT 12.19 1.535 12.36 2.92 ;
+      RECT 12.19 1.535 12.985 1.795 ;
+      RECT 12.4 0.59 12.685 1.795 ;
+      RECT 9.91 2.1 10.17 2.495 ;
+      RECT 9.13 2.1 10.73 2.26 ;
+      RECT 10.57 0.625 10.73 2.26 ;
+      RECT 9.13 1.655 9.385 2.26 ;
+      RECT 10.38 0.625 10.73 0.885 ;
+      RECT 8.455 2.125 8.66 2.5 ;
+      RECT 8.455 2.125 8.95 2.295 ;
+      RECT 8.79 1.145 8.95 2.295 ;
+      RECT 10.165 1.275 10.39 1.665 ;
+      RECT 8.79 1.275 10.39 1.465 ;
+      RECT 7.96 1.145 8.97 1.315 ;
+      RECT 9.91 3.025 10.18 3.285 ;
+      RECT 4.855 3.025 5.115 3.285 ;
+      RECT 4.855 3.075 10.18 3.235 ;
+      RECT 7.51 0.805 7.68 1.31 ;
+      RECT 7.51 0.805 9.31 0.965 ;
+      RECT 9.05 0.625 9.31 0.965 ;
+      RECT 1.2 2.64 1.94 2.9 ;
+      RECT 1.2 1.17 1.36 2.9 ;
+      RECT 7.745 1.555 7.935 2.45 ;
+      RECT 2.935 1.755 3.215 1.965 ;
+      RECT 2.935 1.17 3.095 1.965 ;
+      RECT 7.17 1.555 7.935 1.725 ;
+      RECT 7.17 0.44 7.33 1.725 ;
+      RECT 1.2 1.17 3.095 1.33 ;
+      RECT 2.705 0.44 2.875 1.33 ;
+      RECT 1.72 0.815 1.98 1.33 ;
+      RECT 8.54 0.44 8.8 0.625 ;
+      RECT 2.705 0.44 8.8 0.605 ;
+      RECT 5.425 2.63 8.275 2.79 ;
+      RECT 8.115 1.51 8.275 2.79 ;
+      RECT 5.425 2.06 5.785 2.79 ;
+      RECT 5.02 2.15 5.785 2.41 ;
+      RECT 5.155 2.06 5.785 2.41 ;
+      RECT 5.155 1.135 5.415 2.41 ;
+      RECT 8.115 1.51 8.6 1.77 ;
+      RECT 5.965 2.145 7.525 2.37 ;
+      RECT 7.265 2.075 7.525 2.37 ;
+      RECT 5.965 0.855 6.125 2.37 ;
+      RECT 5.65 1.54 6.125 1.87 ;
+      RECT 6.755 0.81 6.99 1.07 ;
+      RECT 5.965 0.855 6.99 1.025 ;
+      RECT 4.63 1.44 4.895 1.7 ;
+      RECT 4.685 1.3 4.895 1.7 ;
+      RECT 4.685 0.785 4.865 1.7 ;
+      RECT 3.165 0.785 4.865 0.96 ;
+      RECT 0.79 3.08 2.765 3.24 ;
+      RECT 2.605 2.52 2.765 3.24 ;
+      RECT 3.455 2.985 4.625 3.145 ;
+      RECT 4.29 2.685 4.625 3.145 ;
+      RECT 0.79 2.24 0.98 3.24 ;
+      RECT 3.455 2.52 3.615 3.145 ;
+      RECT 4.29 1.17 4.45 3.145 ;
+      RECT 2.605 2.52 3.615 2.68 ;
+      RECT 0.72 2.24 0.98 2.52 ;
+      RECT 0.79 0.645 0.95 3.24 ;
+      RECT 3.385 1.225 3.645 1.64 ;
+      RECT 3.465 1.17 4.45 1.33 ;
+      RECT 0.21 0.645 0.95 0.84 ;
+      RECT 2.245 2.145 2.425 2.9 ;
+      RECT 3.89 1.51 4.075 2.805 ;
+      RECT 2.245 2.145 4.075 2.315 ;
+      RECT 1.585 2.145 4.075 2.305 ;
+      RECT 1.585 1.705 1.845 2.305 ;
+      RECT 3.89 1.51 4.11 1.81 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dfrbp_2
+
+MACRO sg13g2_dfrbpq_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dfrbpq_1 0 0 ;
+  SIZE 12.96 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.8998 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.746642 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.145 1.51 2.75 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 12.96 0.22 ;
+        RECT 11.785 -0.22 12.045 1.19 ;
+        RECT 9.56 -0.22 9.82 0.85 ;
+        RECT 2.235 -0.22 2.495 0.915 ;
+        RECT 1.14 -0.22 1.41 0.85 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 12.96 4 ;
+        RECT 11.785 2.1 12.045 4 ;
+        RECT 10.61 2.225 10.875 4 ;
+        RECT 2.945 2.86 3.115 4 ;
+        RECT 0.215 2.24 0.475 4 ;
+    END
+  END VDD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 1.07 0.6 1.89 ;
+    END
+  END D
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 12.295 2.095 12.71 3.155 ;
+        RECT 12.5 0.59 12.71 3.155 ;
+        RECT 12.275 0.59 12.71 1.19 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.45 1.52 6.99 1.84 ;
+    END
+  END CLK
+  OBS
+    LAYER Metal1 ;
+      RECT 11.275 0.59 11.535 3.155 ;
+      RECT 12.02 1.445 12.32 1.745 ;
+      RECT 11.275 1.485 12.32 1.71 ;
+      RECT 10.07 1.86 10.33 2.495 ;
+      RECT 9.22 1.86 10.835 2.02 ;
+      RECT 10.675 1.03 10.835 2.02 ;
+      RECT 9.22 1.69 9.48 2.02 ;
+      RECT 10.57 0.625 10.73 1.19 ;
+      RECT 10.38 0.625 10.73 0.885 ;
+      RECT 8.475 2.225 8.95 2.485 ;
+      RECT 8.79 1.145 8.95 2.485 ;
+      RECT 10.165 1.35 10.47 1.625 ;
+      RECT 8.79 1.35 10.47 1.51 ;
+      RECT 8.79 1.145 8.97 1.51 ;
+      RECT 7.96 1.145 8.97 1.315 ;
+      RECT 9.91 3.025 10.16 3.285 ;
+      RECT 4.855 3.025 5.115 3.285 ;
+      RECT 4.855 3.075 10.16 3.235 ;
+      RECT 7.51 0.805 7.725 1.31 ;
+      RECT 7.51 0.805 9.31 0.965 ;
+      RECT 9.05 0.59 9.31 0.965 ;
+      RECT 1.2 2.5 1.94 2.76 ;
+      RECT 1.2 1.15 1.36 2.76 ;
+      RECT 7.745 1.555 7.935 2.425 ;
+      RECT 2.95 1.705 3.21 1.965 ;
+      RECT 7.17 1.555 7.935 1.725 ;
+      RECT 2.95 1.15 3.11 1.965 ;
+      RECT 7.17 0.44 7.33 1.725 ;
+      RECT 1.2 1.15 3.11 1.31 ;
+      RECT 2.705 0.44 2.875 1.31 ;
+      RECT 1.72 0.815 1.98 1.31 ;
+      RECT 8.54 0.44 8.8 0.625 ;
+      RECT 2.705 0.44 8.8 0.605 ;
+      RECT 5.55 2.63 8.275 2.8 ;
+      RECT 8.115 1.525 8.275 2.8 ;
+      RECT 5.55 2.07 5.81 2.8 ;
+      RECT 4.855 2.16 5.81 2.42 ;
+      RECT 5.145 2.07 5.81 2.42 ;
+      RECT 5.145 0.92 5.42 2.42 ;
+      RECT 8.115 1.525 8.6 1.785 ;
+      RECT 5.145 0.92 5.815 1.18 ;
+      RECT 6.02 2.07 7.525 2.33 ;
+      RECT 6.02 0.98 6.18 2.33 ;
+      RECT 5.725 1.575 6.18 1.835 ;
+      RECT 6.755 0.92 6.99 1.18 ;
+      RECT 6.02 0.98 6.99 1.14 ;
+      RECT 4.66 1.44 4.905 1.7 ;
+      RECT 4.725 0.785 4.905 1.7 ;
+      RECT 3.12 0.785 4.905 0.96 ;
+      RECT 3.365 3.08 4.505 3.24 ;
+      RECT 4.32 2.655 4.505 3.24 ;
+      RECT 0.785 3.08 2.765 3.24 ;
+      RECT 2.605 2.52 2.765 3.24 ;
+      RECT 3.365 2.52 3.535 3.24 ;
+      RECT 0.785 0.59 0.95 3.24 ;
+      RECT 4.32 2.655 4.665 2.915 ;
+      RECT 2.605 2.52 3.535 2.68 ;
+      RECT 4.32 1.16 4.48 3.24 ;
+      RECT 0.72 2.24 0.98 2.5 ;
+      RECT 3.385 1.16 3.645 1.64 ;
+      RECT 3.385 1.16 4.48 1.32 ;
+      RECT 0.21 0.59 0.95 0.85 ;
+      RECT 2.245 2.145 2.425 2.9 ;
+      RECT 3.895 1.5 4.115 2.805 ;
+      RECT 2.245 2.145 4.115 2.315 ;
+      RECT 1.585 2.145 4.115 2.305 ;
+      RECT 1.585 1.705 1.845 2.305 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dfrbpq_1
+
+MACRO sg13g2_dfrbpq_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dfrbpq_2 0 0 ;
+  SIZE 13.44 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.2 1.51 2.75 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 13.44 0.22 ;
+        RECT 12.96 -0.22 13.215 1.2 ;
+        RECT 11.935 -0.22 12.2 1.2 ;
+        RECT 10.925 -0.22 11.16 1.19 ;
+        RECT 9.56 -0.22 9.82 0.885 ;
+        RECT 2.235 -0.22 2.495 0.915 ;
+        RECT 1.14 -0.22 1.4 0.885 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 13.44 4 ;
+        RECT 12.955 2.22 13.215 4 ;
+        RECT 11.93 2.19 12.19 4 ;
+        RECT 10.45 2.46 10.71 4 ;
+        RECT 2.945 2.86 3.115 4 ;
+        RECT 0.215 2.215 0.47 4 ;
+    END
+  END VDD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 1.375 0.61 1.855 ;
+    END
+  END D
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7161 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 12.44 1.505 13.15 1.845 ;
+        RECT 12.44 0.595 12.7 3.16 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.365 1.335 6.99 1.935 ;
+    END
+  END CLK
+  OBS
+    LAYER Metal1 ;
+      RECT 10.99 1.555 11.25 3.105 ;
+      RECT 10.99 1.555 11.92 1.795 ;
+      RECT 11.41 1.54 11.92 1.795 ;
+      RECT 11.41 0.59 11.67 1.795 ;
+      RECT 9.91 2.1 10.17 2.495 ;
+      RECT 9.13 2.1 10.73 2.26 ;
+      RECT 10.57 0.625 10.73 2.26 ;
+      RECT 9.13 1.655 9.385 2.26 ;
+      RECT 10.38 0.625 10.73 0.885 ;
+      RECT 8.455 2.125 8.66 2.5 ;
+      RECT 8.455 2.125 8.95 2.295 ;
+      RECT 8.79 1.145 8.95 2.295 ;
+      RECT 10.165 1.275 10.39 1.665 ;
+      RECT 8.79 1.275 10.39 1.465 ;
+      RECT 7.96 1.145 8.97 1.315 ;
+      RECT 9.91 3.025 10.18 3.285 ;
+      RECT 4.855 3.025 5.115 3.285 ;
+      RECT 4.855 3.075 10.18 3.235 ;
+      RECT 7.51 0.805 7.68 1.31 ;
+      RECT 7.51 0.805 9.31 0.965 ;
+      RECT 9.05 0.625 9.31 0.965 ;
+      RECT 1.2 2.64 1.94 2.9 ;
+      RECT 1.2 1.17 1.36 2.9 ;
+      RECT 7.745 1.555 7.935 2.45 ;
+      RECT 2.935 1.755 3.215 1.965 ;
+      RECT 2.935 1.17 3.095 1.965 ;
+      RECT 7.17 1.555 7.935 1.725 ;
+      RECT 7.17 0.44 7.33 1.725 ;
+      RECT 1.2 1.17 3.095 1.33 ;
+      RECT 2.705 0.44 2.875 1.33 ;
+      RECT 1.72 0.815 1.98 1.33 ;
+      RECT 8.54 0.44 8.8 0.625 ;
+      RECT 2.705 0.44 8.8 0.605 ;
+      RECT 5.425 2.63 8.275 2.79 ;
+      RECT 8.115 1.51 8.275 2.79 ;
+      RECT 5.425 2.06 5.785 2.79 ;
+      RECT 5.02 2.15 5.785 2.41 ;
+      RECT 5.155 2.06 5.785 2.41 ;
+      RECT 5.155 1.135 5.415 2.41 ;
+      RECT 8.115 1.51 8.6 1.77 ;
+      RECT 5.965 2.145 7.525 2.37 ;
+      RECT 7.265 2.075 7.525 2.37 ;
+      RECT 5.965 0.855 6.125 2.37 ;
+      RECT 5.65 1.54 6.125 1.87 ;
+      RECT 6.755 0.81 6.99 1.07 ;
+      RECT 5.965 0.855 6.99 1.025 ;
+      RECT 4.63 1.44 4.895 1.7 ;
+      RECT 4.685 1.3 4.895 1.7 ;
+      RECT 4.685 0.785 4.865 1.7 ;
+      RECT 3.165 0.785 4.865 0.96 ;
+      RECT 0.79 3.08 2.765 3.24 ;
+      RECT 2.605 2.52 2.765 3.24 ;
+      RECT 3.455 2.985 4.625 3.145 ;
+      RECT 4.29 2.685 4.625 3.145 ;
+      RECT 0.79 2.24 0.98 3.24 ;
+      RECT 3.455 2.52 3.615 3.145 ;
+      RECT 4.29 1.17 4.45 3.145 ;
+      RECT 2.605 2.52 3.615 2.68 ;
+      RECT 0.72 2.24 0.98 2.52 ;
+      RECT 0.79 0.645 0.95 3.24 ;
+      RECT 3.385 1.225 3.645 1.64 ;
+      RECT 3.465 1.17 4.45 1.33 ;
+      RECT 0.21 0.645 0.95 0.84 ;
+      RECT 2.245 2.145 2.425 2.9 ;
+      RECT 3.89 1.51 4.075 2.805 ;
+      RECT 2.245 2.145 4.075 2.315 ;
+      RECT 1.585 2.145 4.075 2.305 ;
+      RECT 1.585 1.705 1.845 2.305 ;
+      RECT 3.89 1.51 4.11 1.81 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dfrbpq_2
+
+MACRO sg13g2_dlhq_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlhq_1 0 0 ;
+  SIZE 8.16 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.315 1.4 0.785 2.07 ;
+    END
+  END D
+  PIN GATE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2054 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.575 1.57 6.905 2 ;
+    END
+  END GATE
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.45 2.075 7.785 3.155 ;
+        RECT 7.625 0.63 7.785 3.155 ;
+        RECT 7.435 0.63 7.785 1.355 ;
+    END
+  END Q
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 8.16 4 ;
+        RECT 6.965 2.23 7.225 4 ;
+        RECT 5.03 3.115 5.305 4 ;
+        RECT 1.85 3.19 2.11 4 ;
+        RECT 0.275 2.4 0.535 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 8.16 0.22 ;
+        RECT 6.88 -0.22 7.14 0.515 ;
+        RECT 5.27 -0.22 5.55 0.445 ;
+        RECT 1.925 -0.22 2.185 1.27 ;
+        RECT 0.335 -0.22 0.595 1.03 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 4.5 1.93 5.005 2.195 ;
+      RECT 4.77 0.475 5.005 2.195 ;
+      RECT 7.085 1.54 7.445 1.87 ;
+      RECT 7.085 0.7 7.255 1.87 ;
+      RECT 6.29 0.7 7.255 0.88 ;
+      RECT 4.77 0.625 6.5 0.785 ;
+      RECT 2.39 0.475 2.665 0.78 ;
+      RECT 2.39 0.475 5.005 0.635 ;
+      RECT 3.78 2.725 6.715 2.885 ;
+      RECT 6.035 2.205 6.715 2.885 ;
+      RECT 3.78 1.93 3.95 2.885 ;
+      RECT 6.035 1.57 6.395 2.885 ;
+      RECT 6.235 1.115 6.395 2.885 ;
+      RECT 3.39 1.93 3.95 2.095 ;
+      RECT 3.045 1.655 3.545 1.975 ;
+      RECT 6.235 1.115 6.6 1.39 ;
+      RECT 4.13 2.385 5.815 2.545 ;
+      RECT 5.565 1.005 5.815 2.545 ;
+      RECT 4.13 1.515 4.29 2.545 ;
+      RECT 3.735 1.515 4.29 1.75 ;
+      RECT 5.565 1.005 6.055 1.265 ;
+      RECT 3.05 2.275 3.6 2.435 ;
+      RECT 2.705 2.155 3.205 2.315 ;
+      RECT 2.705 1.315 2.865 2.315 ;
+      RECT 2.705 1.315 3.545 1.475 ;
+      RECT 4.255 0.995 4.585 1.325 ;
+      RECT 3.225 1.155 4.585 1.325 ;
+      RECT 3.33 3.065 4.175 3.235 ;
+      RECT 3.33 2.615 3.5 3.235 ;
+      RECT 2.71 2.615 3.5 2.785 ;
+      RECT 2.27 2.495 2.865 2.66 ;
+      RECT 2.27 2.225 2.52 2.66 ;
+      RECT 1.535 1.575 2.525 1.745 ;
+      RECT 2.365 0.965 2.525 1.745 ;
+      RECT 1.535 0.725 1.695 1.745 ;
+      RECT 2.365 0.965 3.02 1.13 ;
+      RECT 1.415 0.725 1.695 1.035 ;
+      RECT 2.85 0.815 4.02 0.975 ;
+      RECT 2.355 3.025 3.04 3.205 ;
+      RECT 1.335 2.215 1.57 3.165 ;
+      RECT 2.355 2.84 2.525 3.205 ;
+      RECT 1.335 2.84 2.525 3 ;
+      RECT 0.785 2.405 1.135 3.135 ;
+      RECT 0.965 1.32 1.135 3.135 ;
+      RECT 0.965 1.32 1.355 1.99 ;
+      RECT 0.965 0.79 1.125 3.135 ;
+      RECT 0.825 0.79 1.125 1.095 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlhq_1
+
+MACRO sg13g2_dlhr_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlhr_1 0 0 ;
+  SIZE 8.64 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.765 1.45 1.11 1.91 ;
+    END
+  END D
+  PIN GATE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2054 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.29 1.45 1.59 1.91 ;
+    END
+  END GATE
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 5.63 1.325 6.05 1.875 ;
+    END
+  END RESET_B
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.53 2.395 6.945 3.175 ;
+        RECT 6.785 1.01 6.945 3.175 ;
+        RECT 6.435 1.01 6.945 1.24 ;
+        RECT 6.435 0.51 6.72 1.24 ;
+    END
+  END Q
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 8.64 4 ;
+        RECT 7.635 2.31 7.82 4 ;
+        RECT 6.095 2.46 6.285 4 ;
+        RECT 4.7 2.835 5.3 4 ;
+        RECT 2.65 2.935 2.93 4 ;
+        RECT 0.97 2.935 1.23 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 8.64 0.22 ;
+        RECT 7.55 -0.22 7.81 1.12 ;
+        RECT 5.905 -0.22 6.235 1.14 ;
+        RECT 4.545 -0.22 4.83 1.115 ;
+        RECT 2.645 -0.22 2.905 0.54 ;
+        RECT 0.91 -0.22 1.24 1.25 ;
+    END
+  END VSS
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 8 1.97 8.39 3.09 ;
+        RECT 8.215 0.47 8.39 3.09 ;
+        RECT 8.02 0.47 8.39 1.085 ;
+    END
+  END Q_N
+  OBS
+    LAYER Metal1 ;
+      RECT 7.125 1.475 7.315 3.09 ;
+      RECT 7.125 1.475 8 1.76 ;
+      RECT 7.125 0.49 7.305 3.09 ;
+      RECT 7 0.49 7.305 0.775 ;
+      RECT 5.575 2.055 5.78 3.09 ;
+      RECT 4.51 2.12 5.78 2.45 ;
+      RECT 6.29 1.48 6.605 2.215 ;
+      RECT 5.29 2.055 6.605 2.215 ;
+      RECT 5.29 0.51 5.45 2.45 ;
+      RECT 5.085 0.51 5.45 1.23 ;
+      RECT 3.495 2.535 3.8 2.855 ;
+      RECT 3.64 1.77 3.8 2.855 ;
+      RECT 3.64 1.77 5.11 1.935 ;
+      RECT 4.84 1.48 5.11 1.935 ;
+      RECT 3.865 1.76 5.11 1.935 ;
+      RECT 3.865 0.84 4.035 1.935 ;
+      RECT 3.59 0.84 4.035 1.09 ;
+      RECT 3.14 3.035 4.3 3.205 ;
+      RECT 3.99 2.18 4.3 3.205 ;
+      RECT 3.14 2.105 3.31 3.205 ;
+      RECT 2.11 2.125 2.5 2.415 ;
+      RECT 2.33 1.075 2.5 2.415 ;
+      RECT 3.3 1.27 3.46 2.27 ;
+      RECT 3.3 1.27 3.68 1.59 ;
+      RECT 2.33 1.27 3.68 1.435 ;
+      RECT 2.11 1.075 2.5 1.35 ;
+      RECT 1.52 2.165 1.93 2.355 ;
+      RECT 1.77 0.66 1.93 2.355 ;
+      RECT 1.77 1.55 2.145 1.88 ;
+      RECT 1.455 0.66 1.93 1.25 ;
+      RECT 1.455 0.72 3.275 0.89 ;
+      RECT 3.105 0.44 3.275 0.89 ;
+      RECT 3.105 0.44 4.19 0.63 ;
+      RECT 0.38 2.3 0.665 2.945 ;
+      RECT 0.38 2.595 2.96 2.755 ;
+      RECT 2.79 1.62 2.96 2.755 ;
+      RECT 0.38 0.96 0.54 2.945 ;
+      RECT 2.79 1.62 3.12 1.92 ;
+      RECT 0.38 0.96 0.665 1.27 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlhr_1
+
+MACRO sg13g2_dlhrq_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlhrq_1 0 0 ;
+  SIZE 7.2 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.3 1.52 0.6 2 ;
+    END
+  END D
+  PIN GATE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2054 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.185 1.505 1.525 2 ;
+    END
+  END GATE
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 5.695 1.57 6.015 2 ;
+    END
+  END RESET_B
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6884 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.525 2.075 6.885 3.16 ;
+        RECT 6.725 0.77 6.885 3.16 ;
+        RECT 6.395 0.77 6.885 1.02 ;
+    END
+  END Q
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 7.2 4 ;
+        RECT 6.025 2.205 6.23 4 ;
+        RECT 4.875 2.935 5.135 4 ;
+        RECT 2.62 2.935 2.88 4 ;
+        RECT 0.87 2.935 1.13 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 7.2 0.22 ;
+        RECT 5.905 -0.22 6.165 0.985 ;
+        RECT 4.49 -0.22 4.75 0.895 ;
+        RECT 2.59 -0.22 2.88 0.745 ;
+        RECT 0.995 -0.22 1.26 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 5.495 2.205 5.735 3.16 ;
+      RECT 4.555 2.3 5.735 2.585 ;
+      RECT 5.355 1.2 5.515 2.585 ;
+      RECT 6.225 1.2 6.545 1.77 ;
+      RECT 5.025 1.2 6.545 1.36 ;
+      RECT 5.025 0.64 5.285 1.36 ;
+      RECT 3.545 2.66 3.785 2.92 ;
+      RECT 3.625 1.945 3.785 2.92 ;
+      RECT 3.625 1.955 5.175 2.115 ;
+      RECT 4.915 1.69 5.175 2.115 ;
+      RECT 3.745 0.85 3.905 2.115 ;
+      RECT 3.535 0.85 3.905 1.085 ;
+      RECT 1.465 2.18 1.875 2.415 ;
+      RECT 1.705 1.68 1.875 2.415 ;
+      RECT 1.705 1.68 2.08 2 ;
+      RECT 4.085 1.445 4.345 1.775 ;
+      RECT 1.705 0.925 1.865 2.415 ;
+      RECT 4.085 0.475 4.255 1.775 ;
+      RECT 1.485 0.605 1.775 1.315 ;
+      RECT 1.485 0.925 3.27 1.085 ;
+      RECT 3.1 0.475 3.27 1.085 ;
+      RECT 3.1 0.475 4.255 0.645 ;
+      RECT 3.155 3.18 4.295 3.34 ;
+      RECT 3.965 2.295 4.295 3.34 ;
+      RECT 3.155 2.195 3.325 3.34 ;
+      RECT 2.055 2.2 2.42 2.415 ;
+      RECT 2.26 1.265 2.42 2.415 ;
+      RECT 3.285 1.265 3.445 2.37 ;
+      RECT 3.285 1.265 3.565 1.67 ;
+      RECT 2.045 1.265 3.565 1.445 ;
+      RECT 0.365 2.37 0.61 3.14 ;
+      RECT 0.365 2.595 2.945 2.755 ;
+      RECT 2.775 1.69 2.945 2.755 ;
+      RECT 0.365 2.37 0.965 2.755 ;
+      RECT 0.78 1.12 0.965 2.755 ;
+      RECT 2.775 1.69 3.105 2.02 ;
+      RECT 0.24 1.12 0.965 1.34 ;
+      RECT 0.24 0.92 0.515 1.34 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlhrq_1
+
+MACRO sg13g2_dllr_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dllr_1 0 0 ;
+  SIZE 9.12 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.72 1.48 1.1 2.12 ;
+    END
+  END D
+  PIN GATE_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2054 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.29 1.49 1.61 2.12 ;
+    END
+  END GATE_N
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.11 1.41 6.45 1.81 ;
+    END
+  END RESET_B
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 8.55 2.07 8.96 3.135 ;
+        RECT 8.715 0.54 8.96 3.135 ;
+        RECT 8.595 0.54 8.96 1.22 ;
+    END
+  END Q_N
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.245 1.135 7.435 2.2 ;
+        RECT 6.89 0.535 7.365 1.25 ;
+        RECT 6.975 1.965 7.31 3.035 ;
+    END
+  END Q
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 9.12 4 ;
+        RECT 8.15 2.06 8.33 4 ;
+        RECT 6.455 2.425 6.715 4 ;
+        RECT 5.02 2.815 5.695 4 ;
+        RECT 2.825 3.12 3.085 4 ;
+        RECT 0.905 2.895 1.165 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 9.12 0.22 ;
+        RECT 8.085 -0.22 8.345 1.22 ;
+        RECT 6.38 -0.22 6.64 1.16 ;
+        RECT 5.01 -0.22 5.24 1.165 ;
+        RECT 2.785 -0.22 3.045 0.82 ;
+        RECT 0.95 -0.22 1.21 1.235 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 7.53 2.355 7.825 2.96 ;
+      RECT 7.615 0.725 7.825 2.96 ;
+      RECT 7.615 1.52 8.52 1.85 ;
+      RECT 7.615 0.725 7.835 1.85 ;
+      RECT 7.545 0.725 7.835 0.98 ;
+      RECT 5.9 1.99 6.23 3.07 ;
+      RECT 4.815 2.2 6.23 2.51 ;
+      RECT 6.635 1.48 6.795 2.245 ;
+      RECT 5.605 1.99 6.795 2.245 ;
+      RECT 5.605 0.555 5.78 2.51 ;
+      RECT 6.635 1.48 7.06 1.77 ;
+      RECT 5.495 0.555 5.78 1.27 ;
+      RECT 3.785 2.625 4.075 2.955 ;
+      RECT 3.915 1.855 4.075 2.955 ;
+      RECT 3.915 1.855 5.01 2.02 ;
+      RECT 4.67 1.44 5.01 2.02 ;
+      RECT 4.67 1.44 5.405 1.77 ;
+      RECT 4.67 0.595 4.83 2.02 ;
+      RECT 3.835 0.595 4.83 0.83 ;
+      RECT 3.405 3.155 4.55 3.34 ;
+      RECT 4.275 2.27 4.55 3.34 ;
+      RECT 3.405 2.2 3.575 3.34 ;
+      RECT 1.69 2.43 1.96 2.695 ;
+      RECT 1.69 2.43 2.84 2.59 ;
+      RECT 2.67 1.35 2.84 2.59 ;
+      RECT 1.69 2.41 1.95 2.695 ;
+      RECT 1.79 0.595 1.95 2.695 ;
+      RECT 3.565 1.35 3.735 2.365 ;
+      RECT 2.505 1.465 2.84 1.77 ;
+      RECT 3.565 1.35 3.895 1.67 ;
+      RECT 2.52 1.35 3.895 1.51 ;
+      RECT 1.51 0.595 1.95 1.29 ;
+      RECT 2.13 1.955 2.485 2.25 ;
+      RECT 2.13 0.605 2.3 2.25 ;
+      RECT 4.16 1.01 4.49 1.67 ;
+      RECT 2.13 0.605 2.38 1.225 ;
+      RECT 2.13 1.01 4.49 1.17 ;
+      RECT 2.13 0.605 2.39 1.17 ;
+      RECT 1.35 2.95 2.3 3.12 ;
+      RECT 2.13 2.78 2.3 3.12 ;
+      RECT 0.38 2.355 0.655 3.12 ;
+      RECT 1.35 2.355 1.51 3.12 ;
+      RECT 2.13 2.78 3.195 2.94 ;
+      RECT 3.025 1.69 3.195 2.94 ;
+      RECT 0.38 2.355 1.51 2.515 ;
+      RECT 0.38 0.875 0.54 3.12 ;
+      RECT 3.025 1.69 3.355 2.02 ;
+      RECT 0.38 0.875 0.66 1.185 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dllr_1
+
+MACRO sg13g2_dllrq_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dllrq_1 0 0 ;
+  SIZE 7.68 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.75 1.56 1.115 1.96 ;
+    END
+  END D
+  PIN GATE_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2054 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.305 1.56 1.62 1.96 ;
+    END
+  END GATE_N
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.13 1.29 6.535 1.915 ;
+    END
+  END RESET_B
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.8449 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.085 2.085 7.415 3.155 ;
+        RECT 7.255 0.5 7.415 3.155 ;
+        RECT 7.065 0.5 7.415 1.2 ;
+    END
+  END Q
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 7.68 4 ;
+        RECT 6.45 2.56 6.705 4 ;
+        RECT 4.975 2.7 5.655 4 ;
+        RECT 2.715 3.025 2.975 4 ;
+        RECT 0.99 2.155 1.25 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 7.68 0.22 ;
+        RECT 6.475 -0.22 6.735 1.105 ;
+        RECT 5.01 -0.22 5.27 0.725 ;
+        RECT 2.695 -0.22 3.46 0.49 ;
+        RECT 0.96 -0.22 1.22 0.49 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 5.905 2.215 6.165 3.03 ;
+      RECT 5.78 0.495 5.95 2.47 ;
+      RECT 4.785 2.215 6.885 2.375 ;
+      RECT 6.715 1.43 6.885 2.375 ;
+      RECT 4.785 2.14 5.95 2.47 ;
+      RECT 6.715 1.43 7.075 1.76 ;
+      RECT 5.55 0.495 5.95 1.2 ;
+      RECT 3.555 2.29 4.035 2.46 ;
+      RECT 3.875 1.8 4.035 2.46 ;
+      RECT 3.875 1.8 5.37 1.96 ;
+      RECT 5.185 1.41 5.37 1.96 ;
+      RECT 5.185 1.41 5.595 1.74 ;
+      RECT 5.185 0.915 5.355 1.96 ;
+      RECT 4.135 0.915 5.355 1.075 ;
+      RECT 4.135 0.56 4.395 1.075 ;
+      RECT 2.165 2.125 2.545 2.385 ;
+      RECT 2.385 1.015 2.545 2.385 ;
+      RECT 2.385 1.95 3.69 2.11 ;
+      RECT 3.375 1.3 3.69 2.11 ;
+      RECT 3.375 1.3 4.635 1.615 ;
+      RECT 2.145 1.015 2.545 1.28 ;
+      RECT 1.49 2.68 1.975 2.855 ;
+      RECT 1.49 2.68 4.545 2.84 ;
+      RECT 4.215 2.14 4.545 2.84 ;
+      RECT 1.49 2.14 1.965 2.855 ;
+      RECT 1.805 1.07 1.965 2.855 ;
+      RECT 1.805 1.46 2.205 1.78 ;
+      RECT 1.495 1.07 1.965 1.335 ;
+      RECT 0.395 2.14 0.75 2.855 ;
+      RECT 0.395 0.67 0.565 2.855 ;
+      RECT 2.835 0.67 3.165 1.7 ;
+      RECT 0.395 0.67 0.745 1.36 ;
+      RECT 0.395 0.67 3.165 0.835 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dllrq_1
+
+MACRO sg13g2_dlygate4sd1_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlygate4sd1_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.24 1.425 0.835 1.945 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.43 2.22 3.685 3.16 ;
+        RECT 3.495 0.61 3.685 3.16 ;
+        RECT 3.025 1.12 3.685 1.37 ;
+        RECT 3.425 0.61 3.685 1.37 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.9 2.455 3.16 4 ;
+        RECT 0.91 2.65 1.17 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.915 -0.22 3.175 0.87 ;
+        RECT 0.87 -0.22 1.13 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.14 2.03 2.45 2.395 ;
+      RECT 2.14 2.03 3.235 2.205 ;
+      RECT 3.045 1.55 3.235 2.205 ;
+      RECT 2.595 1.55 3.315 1.81 ;
+      RECT 2.595 1.16 2.755 1.81 ;
+      RECT 2.155 1.16 2.755 1.36 ;
+      RECT 2.155 0.96 2.395 1.36 ;
+      RECT 1.52 2.615 1.825 2.945 ;
+      RECT 1.58 1.57 1.825 2.945 ;
+      RECT 1.58 1.57 2.415 1.83 ;
+      RECT 1.58 0.615 1.81 2.945 ;
+      RECT 1.52 0.615 1.81 0.87 ;
+      RECT 0.24 2.195 0.5 2.91 ;
+      RECT 0.24 2.195 1.375 2.4 ;
+      RECT 1.12 1.065 1.375 2.4 ;
+      RECT 0.21 1.065 1.375 1.24 ;
+      RECT 0.21 0.61 0.48 1.24 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlygate4sd1_1
+
+MACRO sg13g2_dlygate4sd2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlygate4sd2_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.205 1.425 0.835 1.945 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.43 2.22 3.685 3.16 ;
+        RECT 3.495 0.61 3.685 3.16 ;
+        RECT 3.065 1.115 3.685 1.37 ;
+        RECT 3.425 0.61 3.685 1.37 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.9 2.455 3.16 4 ;
+        RECT 0.745 2.65 1.01 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.915 -0.22 3.175 0.87 ;
+        RECT 0.86 -0.22 1.12 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.165 2.03 2.425 3.04 ;
+      RECT 2.165 2.03 3.205 2.205 ;
+      RECT 3.045 1.55 3.205 2.205 ;
+      RECT 2.58 1.55 3.315 1.81 ;
+      RECT 2.58 1.16 2.74 1.81 ;
+      RECT 2.155 1.16 2.74 1.36 ;
+      RECT 2.155 0.96 2.395 1.36 ;
+      RECT 1.52 2.615 1.825 2.945 ;
+      RECT 1.58 1.555 1.825 2.945 ;
+      RECT 1.58 1.555 2.4 1.815 ;
+      RECT 1.58 0.61 1.81 2.945 ;
+      RECT 1.52 0.61 1.81 0.87 ;
+      RECT 0.24 2.195 0.5 2.91 ;
+      RECT 0.24 2.195 1.375 2.4 ;
+      RECT 1.12 1.065 1.375 2.4 ;
+      RECT 0.21 1.065 1.375 1.24 ;
+      RECT 0.21 0.61 0.48 1.24 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlygate4sd2_1
+
+MACRO sg13g2_dlygate4sd3_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_dlygate4sd3_1 0 0 ;
+  SIZE 4.32 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1092 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.285 1.41 0.915 2.08 ;
+    END
+  END A
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.32 4 ;
+        RECT 3.12 2.56 3.38 4 ;
+        RECT 0.81 2.665 1.07 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.32 0.22 ;
+        RECT 3.13 -0.22 3.39 0.85 ;
+        RECT 0.8 -0.22 1.07 0.835 ;
+    END
+  END VSS
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6772 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.655 2.075 4.02 3.17 ;
+        RECT 3.805 0.595 4.02 3.17 ;
+        RECT 3.61 0.595 4.02 1.34 ;
+    END
+  END X
+  OBS
+    LAYER Metal1 ;
+      RECT 2.21 2.045 2.47 3.04 ;
+      RECT 2.21 2.045 3.34 2.215 ;
+      RECT 3.15 1.045 3.34 2.215 ;
+      RECT 3.15 1.515 3.535 1.845 ;
+      RECT 2.205 1.045 3.34 1.235 ;
+      RECT 2.205 0.945 2.47 1.235 ;
+      RECT 1.69 2.22 1.955 3.16 ;
+      RECT 1.72 0.665 1.955 3.16 ;
+      RECT 1.72 1.55 2.925 1.81 ;
+      RECT 0.3 2.32 0.56 2.88 ;
+      RECT 0.3 2.32 1.455 2.48 ;
+      RECT 1.175 1.015 1.455 2.48 ;
+      RECT 0.3 1.015 1.455 1.205 ;
+      RECT 0.3 0.69 0.56 1.205 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_dlygate4sd3_1
+
+MACRO sg13g2_ebufn_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_ebufn_2 0 0 ;
+  SIZE 4.8 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.5044 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.155 1.37 3.495 1.85 ;
+    END
+  END TE_B
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.695 1.37 4.015 1.85 ;
+    END
+  END A
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 2.17 1.1 2.765 ;
+        RECT 0.74 0.845 1.025 1.08 ;
+        RECT 0.74 0.845 0.91 2.38 ;
+    END
+  END Z
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.8 4 ;
+        RECT 3.52 2.915 3.78 4 ;
+        RECT 1.89 3.23 2.15 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.8 0.22 ;
+        RECT 3.56 -0.22 3.82 1.13 ;
+        RECT 1.78 -0.22 2.04 0.82 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 4.14 2.08 4.435 3.04 ;
+      RECT 4.245 0.595 4.435 3.04 ;
+      RECT 2.36 2.545 4.435 2.71 ;
+      RECT 2.36 1.6 2.52 2.71 ;
+      RECT 1.1 1.6 2.52 1.76 ;
+      RECT 1.1 1.5 1.355 1.76 ;
+      RECT 4.06 0.595 4.435 1.13 ;
+      RECT 2.7 2.08 3.22 2.34 ;
+      RECT 2.7 0.975 2.915 2.34 ;
+      RECT 2.7 0.975 3.3 1.16 ;
+      RECT 3.05 0.56 3.3 1.16 ;
+      RECT 0.33 3.075 1.61 3.235 ;
+      RECT 1.35 2.17 1.61 3.235 ;
+      RECT 2.43 2.89 2.69 3.16 ;
+      RECT 0.33 2.51 0.59 3.235 ;
+      RECT 1.35 2.89 2.69 3.05 ;
+      RECT 1.27 1 2.515 1.16 ;
+      RECT 2.3 0.54 2.515 1.16 ;
+      RECT 0.25 0.44 0.51 1.16 ;
+      RECT 1.27 0.44 1.53 1.16 ;
+      RECT 0.25 0.44 1.53 0.635 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_ebufn_2
+
+MACRO sg13g2_ebufn_4
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_ebufn_4 0 0 ;
+  SIZE 7.2 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.65 1.96 1.185 2.24 ;
+        RECT 0.65 1.535 0.915 2.24 ;
+    END
+  END A
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.8242 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.3 1.42 1.855 1.7 ;
+        RECT 1.3 1.02 1.58 1.7 ;
+    END
+  END TE_B
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.4322 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.15 2.11 6.41 2.83 ;
+        RECT 6.23 0.93 6.41 2.83 ;
+        RECT 5.115 1.145 6.41 1.375 ;
+        RECT 6.145 0.93 6.41 1.375 ;
+        RECT 5.12 2.11 6.41 2.335 ;
+        RECT 5.12 2.11 5.38 2.83 ;
+        RECT 5.115 0.93 5.375 1.375 ;
+    END
+  END Z
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 7.2 4 ;
+        RECT 4.09 2.57 4.35 4 ;
+        RECT 3.07 2.945 3.33 4 ;
+        RECT 0.89 2.91 1.15 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 7.2 0.22 ;
+        RECT 4.09 -0.22 4.35 1.16 ;
+        RECT 3.07 -0.22 3.33 1.16 ;
+        RECT 0.805 -0.22 1.065 1.19 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.56 1.34 4.82 1.51 ;
+      RECT 4.6 0.455 4.82 1.51 ;
+      RECT 3.58 0.59 3.84 1.51 ;
+      RECT 2.56 0.59 2.82 1.51 ;
+      RECT 6.66 0.455 6.92 1.19 ;
+      RECT 5.635 0.455 5.895 0.85 ;
+      RECT 4.6 0.455 6.92 0.625 ;
+      RECT 4.615 3.17 6.92 3.33 ;
+      RECT 6.66 2.23 6.92 3.33 ;
+      RECT 3.58 2.115 3.84 3.17 ;
+      RECT 2.56 2.6 2.82 3.17 ;
+      RECT 5.64 2.57 5.9 3.33 ;
+      RECT 4.615 2.115 4.845 3.33 ;
+      RECT 2.56 2.6 3.84 2.765 ;
+      RECT 3.58 2.115 4.845 2.275 ;
+      RECT 0.28 2.555 0.64 3.17 ;
+      RECT 0.28 2.57 2.12 2.73 ;
+      RECT 1.96 2.23 2.12 2.73 ;
+      RECT 0.28 0.59 0.445 3.17 ;
+      RECT 1.96 2.23 3.2 2.39 ;
+      RECT 3.03 1.7 3.2 2.39 ;
+      RECT 3.03 1.7 5.935 1.86 ;
+      RECT 4.995 1.595 5.935 1.86 ;
+      RECT 0.28 0.59 0.54 1.19 ;
+      RECT 1.4 1.885 1.66 2.39 ;
+      RECT 1.4 1.885 2.355 2.05 ;
+      RECT 2.095 0.535 2.355 2.05 ;
+      RECT 1.315 0.59 2.355 0.84 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_ebufn_4
+
+MACRO sg13g2_ebufn_8
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_ebufn_8 0 0 ;
+  SIZE 12 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 2.8272 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.73 2.12 3.99 2.85 ;
+        RECT 0.67 1.17 3.99 1.36 ;
+        RECT 3.73 0.915 3.99 1.36 ;
+        RECT 0.67 2.12 3.99 2.29 ;
+        RECT 2.71 2.12 2.97 2.85 ;
+        RECT 2.71 0.92 2.97 1.36 ;
+        RECT 0.67 2.12 2.97 2.295 ;
+        RECT 1.69 2.12 1.95 2.85 ;
+        RECT 1.685 0.92 1.95 1.36 ;
+        RECT 0.78 1.17 1.14 2.295 ;
+        RECT 0.67 2.02 0.93 2.85 ;
+        RECT 0.67 0.92 0.93 1.465 ;
+    END
+  END Z
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 10.84 1.51 11.335 1.835 ;
+    END
+  END A
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.4066 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 9.665 1.51 10.605 1.835 ;
+    END
+  END TE_B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 12 4 ;
+        RECT 11.51 2.62 11.77 4 ;
+        RECT 10.49 2.93 10.75 4 ;
+        RECT 7.84 3.205 8.105 4 ;
+        RECT 6.795 2.96 7.055 4 ;
+        RECT 5.77 2.96 6.03 4 ;
+        RECT 4.75 2.97 5.01 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 12 0.22 ;
+        RECT 11.51 -0.22 11.77 0.9 ;
+        RECT 10.49 -0.22 10.75 1.24 ;
+        RECT 7.875 -0.22 8.135 1.225 ;
+        RECT 6.855 -0.22 7.115 1.225 ;
+        RECT 5.835 -0.22 6.095 1.225 ;
+        RECT 4.815 -0.22 5.075 1.2 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 11 2.24 11.26 3.19 ;
+      RECT 8.805 2.56 11.26 2.725 ;
+      RECT 8.805 2.25 8.985 2.725 ;
+      RECT 11 2.24 11.765 2.44 ;
+      RECT 11.59 1.08 11.765 2.44 ;
+      RECT 4.235 2.25 8.985 2.41 ;
+      RECT 4.235 1.73 4.445 2.41 ;
+      RECT 1.58 1.73 4.445 1.9 ;
+      RECT 1.58 1.585 3.995 1.9 ;
+      RECT 11 1.08 11.765 1.24 ;
+      RECT 11 0.64 11.26 1.24 ;
+      RECT 9.165 2.1 10.24 2.38 ;
+      RECT 9.165 0.64 9.4 2.38 ;
+      RECT 9.98 0.64 10.24 1.24 ;
+      RECT 8.875 0.64 10.24 0.885 ;
+      RECT 4.72 1.55 8.645 1.72 ;
+      RECT 8.385 0.74 8.645 1.72 ;
+      RECT 4.26 1.38 5.585 1.55 ;
+      RECT 7.365 0.74 7.625 1.72 ;
+      RECT 6.345 0.74 6.605 1.72 ;
+      RECT 5.325 0.74 5.585 1.72 ;
+      RECT 4.26 0.53 4.525 1.55 ;
+      RECT 0.15 0.53 0.405 1.34 ;
+      RECT 3.22 0.53 3.48 0.985 ;
+      RECT 2.2 0.53 2.46 0.985 ;
+      RECT 1.18 0.53 1.44 0.975 ;
+      RECT 0.15 0.53 4.525 0.73 ;
+      RECT 0.16 3.155 4.5 3.325 ;
+      RECT 4.24 2.59 4.5 3.325 ;
+      RECT 8.385 2.84 8.645 3.19 ;
+      RECT 7.305 2.59 7.565 3.19 ;
+      RECT 6.285 2.59 6.55 3.19 ;
+      RECT 5.26 2.59 5.52 3.19 ;
+      RECT 3.22 2.59 3.48 3.325 ;
+      RECT 2.2 2.59 2.46 3.325 ;
+      RECT 1.18 2.59 1.44 3.325 ;
+      RECT 0.16 2.15 0.42 3.325 ;
+      RECT 7.305 2.84 8.645 3.02 ;
+      RECT 4.24 2.59 6.55 2.78 ;
+      RECT 4.24 2.59 7.565 2.775 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_ebufn_8
+
+MACRO sg13g2_einvn_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_einvn_2 0 0 ;
+  SIZE 4.32 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7142 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.16 1.005 3.49 2.825 ;
+    END
+  END Z
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.7 1.01 4.03 1.75 ;
+    END
+  END A
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.429 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.28 1.32 0.995 2.33 ;
+    END
+  END TE_B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.32 4 ;
+        RECT 2.14 2.56 2.4 4 ;
+        RECT 0.6 2.56 0.86 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.32 0.22 ;
+        RECT 2.14 -0.22 2.4 0.85 ;
+        RECT 0.6 -0.22 0.865 0.91 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.655 1.03 2.91 1.195 ;
+      RECT 2.65 0.59 2.91 1.195 ;
+      RECT 1.655 0.575 1.9 1.195 ;
+      RECT 2.65 0.59 3.95 0.825 ;
+      RECT 2.65 3.175 3.93 3.335 ;
+      RECT 3.67 2.22 3.93 3.335 ;
+      RECT 2.65 2.215 2.91 3.335 ;
+      RECT 1.63 2.215 1.89 3.16 ;
+      RECT 1.63 2.215 2.91 2.38 ;
+      RECT 1.085 2.56 1.385 3.16 ;
+      RECT 1.215 1.52 1.385 3.16 ;
+      RECT 1.215 1.52 1.655 1.85 ;
+      RECT 1.215 0.65 1.38 3.16 ;
+      RECT 1.115 0.65 1.38 0.91 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_einvn_2
+
+MACRO sg13g2_einvn_4
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_einvn_4 0 0 ;
+  SIZE 6.24 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.4136 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.2 1.115 5.56 1.305 ;
+        RECT 5.3 0.89 5.56 1.305 ;
+        RECT 5.1 2.13 5.36 2.82 ;
+        RECT 4.08 2.13 5.36 2.33 ;
+        RECT 4.2 1.025 4.54 1.305 ;
+        RECT 4.2 1.025 4.435 2.33 ;
+        RECT 4.08 2.015 4.34 2.82 ;
+    END
+  END Z
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.9672 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.65 1.54 5.59 1.925 ;
+    END
+  END A
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.8242 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.34 1.46 0.725 2 ;
+    END
+  END TE_B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 6.24 4 ;
+        RECT 3.06 2.22 3.32 4 ;
+        RECT 2.04 2.22 2.3 4 ;
+        RECT 0.365 2.22 0.625 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 6.24 0.22 ;
+        RECT 3.26 -0.22 3.52 1.21 ;
+        RECT 2.24 -0.22 2.5 1.21 ;
+        RECT 0.365 -0.22 0.625 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.77 1.405 4 1.575 ;
+      RECT 3.77 0.605 4 1.575 ;
+      RECT 2.75 0.61 3.01 1.575 ;
+      RECT 1.77 0.61 1.965 1.575 ;
+      RECT 5.81 0.475 6.07 1.21 ;
+      RECT 3.77 0.605 5.06 0.84 ;
+      RECT 4.77 0.475 6.07 0.645 ;
+      RECT 3.57 3.14 5.87 3.335 ;
+      RECT 5.61 2.22 5.87 3.335 ;
+      RECT 2.55 1.795 2.81 3.16 ;
+      RECT 1.53 1.795 1.79 3.16 ;
+      RECT 4.59 2.54 4.85 3.335 ;
+      RECT 3.57 1.795 3.83 3.335 ;
+      RECT 1.53 1.795 3.83 2.01 ;
+      RECT 0.875 2.22 1.135 3.16 ;
+      RECT 0.91 0.61 1.135 3.16 ;
+      RECT 0.875 0.61 1.57 1.21 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_einvn_4
+
+MACRO sg13g2_einvn_8
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_einvn_8 0 0 ;
+  SIZE 10.56 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.9344 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.43 1.51 9.84 1.845 ;
+    END
+  END A
+  PIN Z
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 2.8272 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 9.33 2.12 9.59 2.815 ;
+        RECT 6.26 1.09 9.59 1.28 ;
+        RECT 9.33 0.915 9.59 1.28 ;
+        RECT 6.26 2.12 9.59 2.31 ;
+        RECT 8.31 2.12 8.57 2.815 ;
+        RECT 8.31 0.925 8.57 1.28 ;
+        RECT 7.29 2.12 7.55 2.815 ;
+        RECT 7.29 1.055 7.55 1.28 ;
+        RECT 6.26 1.09 6.955 2.31 ;
+        RECT 6.26 1.055 6.525 2.77 ;
+    END
+  END Z
+  PIN TE_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.4066 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.3 1.37 0.63 1.82 ;
+    END
+  END TE_B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 10.56 4 ;
+        RECT 4.985 2.565 5.245 4 ;
+        RECT 3.965 2.245 4.225 4 ;
+        RECT 2.945 2.245 3.205 4 ;
+        RECT 1.925 2.245 2.185 4 ;
+        RECT 0.35 2.08 0.61 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 10.56 0.22 ;
+        RECT 5.25 -0.22 5.51 1.21 ;
+        RECT 4.23 -0.22 4.49 1.3 ;
+        RECT 3.21 -0.22 3.47 1.3 ;
+        RECT 2.19 -0.22 2.45 1.3 ;
+        RECT 0.355 -0.22 0.615 1.18 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.72 1.49 6.005 1.66 ;
+      RECT 5.765 0.57 6.005 1.66 ;
+      RECT 4.74 0.665 5 1.66 ;
+      RECT 3.72 0.67 3.98 1.66 ;
+      RECT 2.7 0.67 2.96 1.66 ;
+      RECT 1.72 0.615 1.93 1.66 ;
+      RECT 9.84 0.445 10.1 1.305 ;
+      RECT 8.82 0.445 9.08 0.9 ;
+      RECT 7.8 0.445 8.06 0.885 ;
+      RECT 6.78 0.57 7.04 0.855 ;
+      RECT 5.765 0.57 8.06 0.79 ;
+      RECT 7.795 0.445 10.1 0.615 ;
+      RECT 5.75 3.085 10.1 3.295 ;
+      RECT 9.84 2.245 10.1 3.295 ;
+      RECT 1.41 1.885 1.67 3.13 ;
+      RECT 4.475 2.17 4.735 3.12 ;
+      RECT 3.455 1.885 3.715 3.12 ;
+      RECT 2.435 1.885 2.695 3.12 ;
+      RECT 8.82 2.575 9.08 3.295 ;
+      RECT 7.8 2.55 8.06 3.295 ;
+      RECT 6.78 2.58 7.045 3.295 ;
+      RECT 5.75 2.17 6.025 3.295 ;
+      RECT 4.475 2.17 6.025 2.34 ;
+      RECT 4.475 1.885 4.69 3.12 ;
+      RECT 1.41 1.885 4.69 2.055 ;
+      RECT 0.86 1.32 1.12 3.13 ;
+      RECT 0.88 0.575 1.52 1.525 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_einvn_8
+
+MACRO sg13g2_fill_1
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_fill_1 0 0 ;
+  SIZE 0.48 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 0.48 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 0.48 0.22 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_fill_1
+
+MACRO sg13g2_fill_2
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_fill_2 0 0 ;
+  SIZE 0.96 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 0.96 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 0.96 0.22 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_fill_2
+
+MACRO sg13g2_fill_4
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_fill_4 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_fill_4
+
+MACRO sg13g2_fill_8
+  CLASS CORE SPACER ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_fill_8 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_fill_8
+
+MACRO sg13g2_inv_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_inv_1 0 0 ;
+  SIZE 1.44 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.44 4 ;
+        RECT 0.33 2.235 0.59 4 ;
+    END
+  END VDD
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.855 0.61 1.085 3.175 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.31 1.52 0.625 1.85 ;
+    END
+  END A
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.44 0.22 ;
+        RECT 0.33 -0.22 0.59 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_inv_1
+
+MACRO sg13g2_inv_16
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_inv_16 0 0 ;
+  SIZE 9.12 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 3.8688 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 8.025 1.49 8.785 1.87 ;
+    END
+  END A
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 5.6544 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.975 2.145 8.235 3.16 ;
+        RECT 6.955 1.05 8.235 1.21 ;
+        RECT 7.975 0.625 8.235 1.21 ;
+        RECT 0.835 2.145 8.235 2.32 ;
+        RECT 6.955 0.625 7.215 3.16 ;
+        RECT 0.835 1.9 7.215 2.32 ;
+        RECT 5.935 0.625 6.195 3.16 ;
+        RECT 4.915 0.625 5.175 3.16 ;
+        RECT 3.895 0.625 4.155 3.16 ;
+        RECT 2.875 0.625 3.135 3.16 ;
+        RECT 1.855 0.63 2.115 3.16 ;
+        RECT 0.835 0.63 1.095 3.16 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 9.12 4 ;
+        RECT 7.465 3.555 8.795 4 ;
+        RECT 8.535 2.22 8.795 4 ;
+        RECT 7.465 2.56 7.725 4 ;
+        RECT 6.445 2.56 6.705 4 ;
+        RECT 5.425 2.56 5.685 4 ;
+        RECT 4.405 2.56 4.665 4 ;
+        RECT 3.385 2.56 3.645 4 ;
+        RECT 2.365 2.56 2.625 4 ;
+        RECT 1.345 2.56 1.605 4 ;
+        RECT 0.325 2.22 0.585 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 9.12 0.22 ;
+        RECT 8.485 -0.22 8.745 1.21 ;
+        RECT 7.465 -0.22 7.725 0.87 ;
+        RECT 6.445 -0.22 6.705 1.21 ;
+        RECT 5.425 -0.22 5.685 1.21 ;
+        RECT 4.405 -0.22 4.665 1.21 ;
+        RECT 3.385 -0.22 3.645 1.21 ;
+        RECT 2.365 -0.22 2.625 1.21 ;
+        RECT 1.345 -0.22 1.605 1.21 ;
+        RECT 0.325 -0.22 0.585 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_inv_16
+
+MACRO sg13g2_inv_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_inv_2 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.87 1.52 1.59 1.85 ;
+        RECT 0.795 2.22 1.055 3.18 ;
+        RECT 0.87 0.61 1.055 3.18 ;
+        RECT 0.795 0.61 1.055 1.21 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.255 1.52 0.635 1.85 ;
+    END
+  END A
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 1.31 2.22 1.57 4 ;
+        RECT 0.285 2.22 0.545 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 1.305 -0.22 1.565 1.21 ;
+        RECT 0.285 -0.22 0.545 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_inv_2
+
+MACRO sg13g2_inv_4
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_inv_4 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.9672 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.48 1.52 2 1.9 ;
+    END
+  END A
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.4136 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.775 2.17 2.54 2.34 ;
+        RECT 2.245 1.05 2.54 2.34 ;
+        RECT 0.775 1.05 2.54 1.21 ;
+        RECT 1.795 2.17 2.055 3.155 ;
+        RECT 1.795 0.61 2.055 1.21 ;
+        RECT 0.775 2.17 1.035 3.155 ;
+        RECT 0.775 0.61 1.035 1.21 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.305 2.545 2.565 4 ;
+        RECT 1.285 2.545 1.545 4 ;
+        RECT 0.265 2.205 0.525 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.305 -0.22 2.565 0.87 ;
+        RECT 1.28 -0.22 1.55 0.87 ;
+        RECT 0.265 -0.22 0.525 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_inv_4
+
+MACRO sg13g2_inv_8
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_inv_8 0 0 ;
+  SIZE 4.8 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 2.8458 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.775 0.61 4.035 3.16 ;
+        RECT 2.74 1.53 4.035 1.84 ;
+        RECT 2.755 0.61 3.015 3.16 ;
+        RECT 0.715 2.22 3.015 2.38 ;
+        RECT 2.74 1.07 3.015 2.38 ;
+        RECT 0.715 1.07 3.015 1.23 ;
+        RECT 0.715 1.05 2 1.23 ;
+        RECT 1.735 0.61 2 1.23 ;
+        RECT 1.735 2.22 1.995 3.16 ;
+        RECT 0.715 0.62 0.98 1.23 ;
+        RECT 0.715 2.22 0.975 3.16 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 1.9344 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.805 1.535 2.495 1.865 ;
+    END
+  END A
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.8 4 ;
+        RECT 4.295 2.22 4.555 4 ;
+        RECT 3.265 2.22 3.525 4 ;
+        RECT 2.245 2.56 2.505 4 ;
+        RECT 1.225 2.56 1.485 4 ;
+        RECT 0.205 2.22 0.465 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.8 0.22 ;
+        RECT 4.295 -0.22 4.555 1.21 ;
+        RECT 3.265 -0.22 3.525 1.21 ;
+        RECT 2.245 -0.22 2.505 0.89 ;
+        RECT 1.225 -0.22 1.485 0.87 ;
+        RECT 0.205 -0.22 0.465 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_inv_8
+
+MACRO sg13g2_lgcp_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_lgcp_1 0 0 ;
+  SIZE 7.2 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN GATE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.245 1.68 1.635 2.21 ;
+    END
+  END GATE
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3978 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.68 1.685 5.125 2.015 ;
+        RECT 4.68 1.685 4.955 2.42 ;
+    END
+  END CLK
+  PIN GCLK
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.495 1.76 6.845 3.16 ;
+        RECT 6.59 0.56 6.845 3.16 ;
+    END
+  END GCLK
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 7.2 4 ;
+        RECT 5.99 2.2 6.25 4 ;
+        RECT 4.72 2.73 4.98 4 ;
+        RECT 3.115 3.095 3.38 4 ;
+        RECT 0.89 2.89 1.15 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 7.2 0.22 ;
+        RECT 6.09 -0.22 6.35 1.26 ;
+        RECT 4.69 -0.22 4.95 1.445 ;
+        RECT 2.99 0.895 3.525 1.125 ;
+        RECT 3.365 -0.22 3.525 1.125 ;
+        RECT 0.9 -0.22 1.115 0.8 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 5.23 2.195 5.49 2.995 ;
+      RECT 5.23 2.195 5.765 2.355 ;
+      RECT 5.585 0.815 5.765 2.355 ;
+      RECT 5.585 1.51 6.275 1.84 ;
+      RECT 5.585 0.815 5.855 1.84 ;
+      RECT 5.525 0.815 5.855 1.41 ;
+      RECT 4.205 2.155 4.47 2.995 ;
+      RECT 3.115 2.695 4.47 2.905 ;
+      RECT 3.115 1.725 3.29 2.905 ;
+      RECT 1.975 2.305 3.29 2.565 ;
+      RECT 1.975 1.36 2.235 2.565 ;
+      RECT 4.205 1.23 4.445 2.995 ;
+      RECT 3.115 1.725 3.655 2.04 ;
+      RECT 3.65 2.26 4.015 2.45 ;
+      RECT 3.845 0.845 4.015 2.45 ;
+      RECT 2.445 1.37 2.775 2.05 ;
+      RECT 2.445 1.37 4.015 1.54 ;
+      RECT 3.705 0.845 4.015 1.54 ;
+      RECT 0.35 2.125 0.61 3.15 ;
+      RECT 0.33 1.05 0.495 2.48 ;
+      RECT 0.35 0.6 0.595 1.3 ;
+      RECT 1.295 0.465 1.455 1.16 ;
+      RECT 0.35 0.98 1.455 1.16 ;
+      RECT 2.865 0.465 3.185 0.71 ;
+      RECT 1.295 0.465 3.185 0.635 ;
+      RECT 1.625 2.795 2.35 3.055 ;
+      RECT 1.625 2.42 1.785 3.055 ;
+      RECT 0.855 2.42 1.785 2.58 ;
+      RECT 0.855 1.34 1.025 2.58 ;
+      RECT 0.675 1.51 1.025 1.84 ;
+      RECT 0.855 1.34 1.795 1.5 ;
+      RECT 1.635 0.89 1.795 1.5 ;
+      RECT 1.635 0.89 2.395 1.14 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_lgcp_1
+
+MACRO sg13g2_mux2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_mux2_1 0 0 ;
+  SIZE 4.8 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A0
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.4 2.535 1.92 ;
+    END
+  END A0
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.92 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END A1
+  PIN S
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.635 1.5 1.105 1.87 ;
+    END
+  END S
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.0081 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.135 2.04 4.59 3.2 ;
+        RECT 4.4 0.57 4.59 3.2 ;
+        RECT 4.315 0.57 4.59 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.8 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.8 0.22 ;
+        RECT 3.6 -0.22 3.86 0.845 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.855 2.345 2.56 2.505 ;
+      RECT 1.855 2.08 2.015 2.505 ;
+      RECT 1.285 2.08 2.015 2.26 ;
+      RECT 1.285 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.22 1.85 ;
+      RECT 3.945 1.03 4.135 1.85 ;
+      RECT 3.195 1.03 4.135 1.2 ;
+      RECT 3.195 0.61 3.365 1.2 ;
+      RECT 1.285 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.425 3.295 ;
+      RECT 3.25 1.54 3.425 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.295 2.28 0.575 2.88 ;
+      RECT 0.295 2.44 1.64 2.6 ;
+      RECT 0.295 0.8 0.455 2.88 ;
+      RECT 3.25 1.54 3.72 1.87 ;
+      RECT 0.295 0.8 0.575 1.06 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_mux2_1
+
+MACRO sg13g2_mux2_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_mux2_2 0 0 ;
+  SIZE 5.28 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A0
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.175 1.4 2.535 1.875 ;
+    END
+  END A0
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.785 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END A1
+  PIN S
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.65 1.5 1.11 1.905 ;
+    END
+  END S
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.023 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.135 2.04 4.685 3.2 ;
+        RECT 4.515 0.61 4.685 3.2 ;
+        RECT 4.315 0.61 4.685 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 5.28 4 ;
+        RECT 4.905 2.08 5.105 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 5.28 0.22 ;
+        RECT 4.875 -0.22 5.135 1.21 ;
+        RECT 3.6 -0.22 3.86 0.87 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.825 2.345 2.56 2.505 ;
+      RECT 1.825 2.1 1.985 2.505 ;
+      RECT 1.29 2.1 1.985 2.26 ;
+      RECT 1.29 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.245 1.85 ;
+      RECT 3.945 1.1 4.135 1.85 ;
+      RECT 3.195 1.1 4.135 1.26 ;
+      RECT 3.195 0.61 3.365 1.26 ;
+      RECT 1.29 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.45 3.295 ;
+      RECT 3.29 1.54 3.45 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.31 2.28 0.575 2.88 ;
+      RECT 0.31 2.44 1.64 2.6 ;
+      RECT 0.31 0.92 0.47 2.88 ;
+      RECT 3.29 1.54 3.72 1.87 ;
+      RECT 0.31 0.92 0.575 1.18 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_mux2_2
+
+MACRO sg13g2_mux4_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_mux4_1 0 0 ;
+  SIZE 10.08 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN S0
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.6396 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.735 1.435 1.095 1.92 ;
+    END
+  END S0
+  PIN A0
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.275 1.435 1.57 1.92 ;
+    END
+  END A0
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.22 1.435 3.54 2.255 ;
+    END
+  END A1
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.72 1.435 4.09 2.255 ;
+    END
+  END A2
+  PIN A3
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 6.07 1.53 6.4 1.96 ;
+    END
+  END A3
+  PIN S1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4264 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 8.52 1.56 8.955 1.895 ;
+    END
+  END S1
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 9.64 2.78 9.905 3.075 ;
+        RECT 9.665 0.62 9.905 3.075 ;
+        RECT 9.475 0.62 9.905 1.36 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 10.08 4 ;
+        RECT 9.095 2.585 9.355 4 ;
+        RECT 5.95 2.905 6.28 4 ;
+        RECT 3.52 2.92 3.78 4 ;
+        RECT 0.985 2.12 1.245 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 10.08 0.22 ;
+        RECT 9.035 -0.22 9.295 1.325 ;
+        RECT 5.545 -0.22 5.805 0.96 ;
+        RECT 3.495 -0.22 3.77 0.835 ;
+        RECT 0.985 -0.22 1.245 0.84 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 7.01 3.125 8.91 3.295 ;
+      RECT 8.75 2.23 8.91 3.295 ;
+      RECT 7.01 1.335 7.3 3.295 ;
+      RECT 8.75 2.23 9.46 2.4 ;
+      RECT 9.2 1.605 9.46 2.4 ;
+      RECT 6.965 1.16 7.21 1.505 ;
+      RECT 8.195 2.205 8.57 2.81 ;
+      RECT 8.195 1.97 8.355 2.81 ;
+      RECT 8.17 1.97 8.355 2.2 ;
+      RECT 8.18 1.4 8.34 2.2 ;
+      RECT 7.85 1.665 8.34 1.995 ;
+      RECT 8.195 0.76 8.355 1.485 ;
+      RECT 8.195 0.76 8.745 1.36 ;
+      RECT 4.525 2.2 5.385 2.945 ;
+      RECT 7.51 2.22 7.86 2.81 ;
+      RECT 4.525 2.2 5.885 2.37 ;
+      RECT 5.715 1.14 5.885 2.37 ;
+      RECT 7.51 1.26 7.67 2.81 ;
+      RECT 7.51 1.26 7.98 1.42 ;
+      RECT 7.845 0.44 8.005 1.35 ;
+      RECT 5.15 1.14 6.375 1.3 ;
+      RECT 6.115 0.44 6.375 1.3 ;
+      RECT 5.15 0.595 5.32 1.3 ;
+      RECT 4.55 0.595 5.32 0.87 ;
+      RECT 6.115 0.44 8.005 0.6 ;
+      RECT 4.015 3.125 5.77 3.295 ;
+      RECT 5.57 2.555 5.77 3.295 ;
+      RECT 6.51 2.17 6.78 3.16 ;
+      RECT 6.58 0.82 6.78 3.16 ;
+      RECT 4.015 2.435 4.24 3.295 ;
+      RECT 2.26 1.95 2.77 2.905 ;
+      RECT 5.57 2.555 6.78 2.725 ;
+      RECT 2.26 2.435 4.24 2.595 ;
+      RECT 2.26 0.87 2.42 2.905 ;
+      RECT 2.095 0.87 2.42 1.2 ;
+      RECT 7.45 0.82 7.665 1.08 ;
+      RECT 6.58 0.82 7.665 0.98 ;
+      RECT 0.33 2.12 0.745 2.985 ;
+      RECT 0.33 0.59 0.5 2.985 ;
+      RECT 4.8 1.665 5.535 1.97 ;
+      RECT 1.75 1.42 2.08 1.75 ;
+      RECT 4.3 1.05 4.61 1.67 ;
+      RECT 2.68 1.05 3.01 1.67 ;
+      RECT 4.8 1.05 4.97 1.97 ;
+      RECT 1.75 0.475 1.915 1.75 ;
+      RECT 2.68 1.05 4.97 1.21 ;
+      RECT 0.33 1.02 1.915 1.2 ;
+      RECT 2.68 0.475 2.85 1.67 ;
+      RECT 0.33 0.59 0.64 1.2 ;
+      RECT 1.75 0.475 2.85 0.645 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_mux4_1
+
+MACRO sg13g2_nand2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand2_1 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6772 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.83 1.06 1.6 1.245 ;
+        RECT 1.34 0.62 1.6 1.245 ;
+        RECT 0.83 1.06 1.09 3.16 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.27 1.47 1.6 1.9 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.33 1.47 0.62 1.9 ;
+    END
+  END B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 1.34 2.08 1.6 4 ;
+        RECT 0.32 2.08 0.58 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 0.32 -0.22 0.58 1.275 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand2_1
+
+MACRO sg13g2_nand2_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand2_2 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.1248 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.88 2.5 2.14 3.16 ;
+        RECT 1.32 1.39 2.14 1.55 ;
+        RECT 1.88 1 2.14 1.55 ;
+        RECT 0.85 2.5 2.14 2.72 ;
+        RECT 1.32 1.39 1.56 2.72 ;
+        RECT 0.85 2.5 1.11 3.16 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4784 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.79 1.73 2.17 1.98 ;
+        RECT 1.79 1.73 2.05 2.32 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4784 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.82 1.435 1.1 1.9 ;
+    END
+  END B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.39 2.16 2.65 4 ;
+        RECT 1.36 2.9 1.62 4 ;
+        RECT 0.32 2.08 0.58 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 0.85 -0.22 1.11 0.855 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 2.37 0.53 2.65 1.2 ;
+      RECT 0.325 1.035 1.62 1.2 ;
+      RECT 1.35 0.53 1.62 1.2 ;
+      RECT 0.325 0.5 0.585 1.2 ;
+      RECT 1.35 0.53 2.65 0.76 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand2_2
+
+MACRO sg13g2_nand2b_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand2b_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7586 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.205 2.54 2.16 2.7 ;
+        RECT 2 0.61 2.16 2.7 ;
+        RECT 1.745 0.61 2.16 1.315 ;
+        RECT 1.205 2.54 1.465 3.16 ;
+    END
+  END Y
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 1.53 1.205 1.835 ;
+    END
+  END B
+  PIN A_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.195 1.53 0.6 1.835 ;
+    END
+  END A_N
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.715 2.9 1.975 4 ;
+        RECT 0.695 2.54 0.955 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 0.69 -0.22 0.96 0.94 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.155 2.17 0.415 2.88 ;
+      RECT 0.155 2.17 1.545 2.355 ;
+      RECT 1.385 1.19 1.545 2.355 ;
+      RECT 1.385 1.52 1.805 1.83 ;
+      RECT 0.155 1.19 1.545 1.35 ;
+      RECT 0.155 0.92 0.415 1.35 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand2b_1
+
+MACRO sg13g2_nand2b_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand2b_2 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.1248 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.71 2.2 3 3.18 ;
+        RECT 2.77 1 3 3.18 ;
+        RECT 2.71 1 3 1.39 ;
+        RECT 1.68 2.2 3 2.36 ;
+        RECT 1.68 2.2 1.94 3.16 ;
+    END
+  END Y
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4784 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.16 1.535 2.59 1.845 ;
+    END
+  END B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 3.22 2.22 3.48 4 ;
+        RECT 2.19 2.56 2.45 4 ;
+        RECT 1.15 2.125 1.41 4 ;
+        RECT 0.13 2.28 0.39 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 1.68 -0.22 1.94 0.855 ;
+        RECT 0.13 -0.22 0.39 1.275 ;
+    END
+  END VSS
+  PIN A_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.155 1.475 0.61 1.865 ;
+    END
+  END A_N
+  OBS
+    LAYER Metal1 ;
+      RECT 3.2 0.53 3.48 1.2 ;
+      RECT 1.155 1.035 2.45 1.2 ;
+      RECT 2.18 0.53 2.45 1.2 ;
+      RECT 1.155 0.6 1.415 1.2 ;
+      RECT 2.18 0.53 3.48 0.76 ;
+      RECT 0.64 2.21 0.9 2.88 ;
+      RECT 0.805 1.015 0.965 2.34 ;
+      RECT 0.805 1.585 1.47 1.845 ;
+      RECT 0.64 1.015 0.965 1.275 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand2b_2
+
+MACRO sg13g2_nand3_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand3_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 1.505 1.22 1.89 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.3 1.505 0.65 1.89 ;
+    END
+  END C
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.745 1.505 2.155 1.89 ;
+    END
+  END A
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.058 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.78 2.29 2.07 3.23 ;
+        RECT 1.4 0.975 2.07 1.23 ;
+        RECT 1.81 0.63 2.07 1.23 ;
+        RECT 0.79 2.29 2.07 2.45 ;
+        RECT 1.4 0.975 1.565 2.45 ;
+        RECT 0.79 2.29 1.05 3.23 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.3 2.63 1.56 4 ;
+        RECT 0.28 2.29 0.54 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 0.28 -0.22 0.54 1.23 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand3_1
+
+MACRO sg13g2_nand3b_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand3b_1 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.8 1.475 2.1 1.9 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.32 1.475 1.62 1.9 ;
+    END
+  END C
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.1468 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.67 2.2 3.13 3.16 ;
+        RECT 2.96 0.63 3.13 3.16 ;
+        RECT 2.775 0.63 3.13 1.23 ;
+        RECT 1.65 2.2 3.13 2.39 ;
+        RECT 1.65 2.2 1.91 3.16 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 2.16 2.575 2.42 4 ;
+        RECT 1.14 2.22 1.4 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 1.08 -0.22 1.35 0.89 ;
+    END
+  END VSS
+  PIN A_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.79 1.475 1.08 1.9 ;
+    END
+  END A_N
+  OBS
+    LAYER Metal1 ;
+      RECT 0.44 2.28 0.86 2.88 ;
+      RECT 0.44 0.945 0.61 2.88 ;
+      RECT 2.43 1.59 2.755 1.85 ;
+      RECT 2.43 1.07 2.59 1.85 ;
+      RECT 0.44 1.07 2.59 1.23 ;
+      RECT 0.44 0.945 0.75 1.23 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand3b_1
+
+MACRO sg13g2_nand4_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nand4_1 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.44 1.59 1.7 1.85 ;
+        RECT 1.44 1.14 1.64 1.85 ;
+        RECT 1.32 1.14 1.64 1.38 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 1.55 1.19 1.87 ;
+    END
+  END C
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.965 1.59 2.24 1.85 ;
+        RECT 1.965 1.27 2.125 1.85 ;
+        RECT 1.8 0.72 2.04 0.96 ;
+        RECT 1.84 0.72 2 1.43 ;
+    END
+  END A
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.1028 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.79 2.29 2.62 2.45 ;
+        RECT 2.46 0.63 2.62 2.45 ;
+        RECT 2.32 0.63 2.62 1.23 ;
+        RECT 1.8 2.29 2.07 3.225 ;
+        RECT 0.79 2.29 1.05 3.225 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.32 2.63 2.58 4 ;
+        RECT 1.3 2.63 1.56 4 ;
+        RECT 0.28 2.29 0.54 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 0.28 -0.22 0.54 1.23 ;
+    END
+  END VSS
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.25 1.55 0.6 1.87 ;
+    END
+  END D
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nand4_1
+
+MACRO sg13g2_nor2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor2_1 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.35 1.52 0.68 1.85 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.245 1.52 1.58 1.85 ;
+    END
+  END B
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.662 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.25 2.235 1.57 3.16 ;
+        RECT 0.87 2.235 1.57 2.435 ;
+        RECT 0.87 0.605 1.17 1.21 ;
+        RECT 0.87 0.605 1.04 2.435 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 0.4 2.22 0.66 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 1.42 -0.22 1.68 1.21 ;
+        RECT 0.4 -0.22 0.66 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor2_1
+
+MACRO sg13g2_nor2_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor2_2 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.75 1.53 1.13 1.84 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.77 1.53 2.15 1.84 ;
+    END
+  END B
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.988 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.78 2.22 2.6 2.38 ;
+        RECT 2.44 1.075 2.6 2.38 ;
+        RECT 0.81 1.075 2.6 1.24 ;
+        RECT 1.78 2.22 2.09 2.72 ;
+        RECT 1.83 0.59 2.085 1.24 ;
+        RECT 0.81 0.61 1.065 1.24 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 0.81 2.56 1.07 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.34 -0.22 2.6 0.865 ;
+        RECT 1.32 -0.22 1.58 0.87 ;
+        RECT 0.3 -0.22 0.56 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.32 2.9 2.6 3.16 ;
+      RECT 2.34 2.56 2.6 3.16 ;
+      RECT 0.3 2.22 0.56 3.16 ;
+      RECT 1.32 2.22 1.58 3.16 ;
+      RECT 0.3 2.22 1.58 2.38 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor2_2
+
+MACRO sg13g2_nor2b_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor2b_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.73 1.5 2.06 1.87 ;
+    END
+  END A
+  PIN B_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.27 1.5 0.62 1.87 ;
+    END
+  END B_N
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.662 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.73 2.235 2.06 3.16 ;
+        RECT 1.36 2.235 2.06 2.435 ;
+        RECT 1.36 0.605 1.625 1.31 ;
+        RECT 1.36 0.605 1.53 2.435 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 0.89 2.555 1.15 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.91 -0.22 2.17 1.31 ;
+        RECT 0.89 -0.22 1.15 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.25 2.08 0.51 2.88 ;
+      RECT 0.25 2.08 1.15 2.26 ;
+      RECT 0.89 1.05 1.15 2.26 ;
+      RECT 0.25 1.05 1.15 1.31 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor2b_1
+
+MACRO sg13g2_nor2b_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor2b_2 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4784 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.2 1.54 3 1.915 ;
+    END
+  END A
+  PIN B_N
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2132 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.34 0.4 0.63 0.98 ;
+    END
+  END B_N
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.9728 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.32 1.16 2.6 1.36 ;
+        RECT 2.34 0.72 2.6 1.36 ;
+        RECT 1.83 2.08 2.09 2.68 ;
+        RECT 1.36 2.08 2.09 2.285 ;
+        RECT 1.36 0.72 1.58 2.285 ;
+        RECT 1.32 0.72 1.58 1.42 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 2.85 2.22 3.11 4 ;
+        RECT 0.81 2.22 1.07 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 2.85 -0.22 3.11 1.34 ;
+        RECT 1.83 -0.22 2.09 0.98 ;
+        RECT 0.81 -0.22 1.07 1.34 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.32 2.92 2.6 3.16 ;
+      RECT 2.34 2.22 2.6 3.16 ;
+      RECT 1.32 2.56 1.58 3.16 ;
+      RECT 0.27 1.16 0.53 3.04 ;
+      RECT 0.27 1.655 1.18 1.915 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor2b_2
+
+MACRO sg13g2_nor3_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor3_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2457 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.34 1.515 0.62 1.85 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2457 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.3 1.515 1.58 1.85 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2457 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.78 1.515 2.06 1.85 ;
+    END
+  END C
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.9814 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.965 2.22 2.225 3.13 ;
+        RECT 0.945 1.06 2.225 1.22 ;
+        RECT 1.965 0.62 2.225 1.22 ;
+        RECT 0.945 2.38 2.225 2.665 ;
+        RECT 0.945 0.62 1.205 1.22 ;
+        RECT 0.945 0.62 1.12 2.665 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 0.375 2.205 0.635 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.455 -0.22 1.715 0.88 ;
+        RECT 0.375 -0.22 0.635 1.22 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor3_1
+
+MACRO sg13g2_nor3_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor3_2 0 0 ;
+  SIZE 4.32 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.57 1.56 1.21 1.8 ;
+        RECT 0.765 1.56 1.025 1.88 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.595 1.56 2.075 1.8 ;
+        RECT 1.795 1.56 2.055 1.88 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.2 1.56 3.76 1.8 ;
+        RECT 3.26 1.56 3.52 1.88 ;
+    END
+  END C
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.2692 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.31 2.135 3.57 2.765 ;
+        RECT 2.82 1.16 3.57 1.35 ;
+        RECT 3.31 0.72 3.57 1.35 ;
+        RECT 2.82 2.135 3.57 2.335 ;
+        RECT 2.82 1.16 3.02 2.335 ;
+        RECT 2.29 1.56 3.02 1.8 ;
+        RECT 2.29 0.72 2.55 1.8 ;
+        RECT 0.76 1.16 2.55 1.34 ;
+        RECT 0.76 0.72 1.02 1.34 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.32 4 ;
+        RECT 1.27 2.56 1.53 4 ;
+        RECT 0.25 2.22 0.51 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.325 0.22 ;
+        RECT 3.82 -0.22 4.08 1.32 ;
+        RECT 2.8 -0.22 3.06 0.98 ;
+        RECT 1.27 -0.22 2.04 0.98 ;
+        RECT 0.25 -0.22 0.51 1.32 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.78 2.945 4.08 3.16 ;
+      RECT 3.82 2.165 4.08 3.16 ;
+      RECT 2.8 2.56 3.06 3.16 ;
+      RECT 1.78 2.56 2.04 3.16 ;
+      RECT 0.76 2.165 1.02 3.16 ;
+      RECT 2.29 2.165 2.55 2.765 ;
+      RECT 0.76 2.165 2.55 2.38 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor3_2
+
+MACRO sg13g2_nor4_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor4_1 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.33 1.455 0.63 1.905 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.835 1.455 1.23 1.735 ;
+        RECT 0.835 1.455 1.08 1.905 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.41 1.455 1.72 1.735 ;
+        RECT 1.3 1.905 1.58 2.335 ;
+        RECT 1.41 1.455 1.58 2.335 ;
+    END
+  END C
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.9 1.455 2.32 1.905 ;
+        RECT 1.8 2.335 2.06 2.74 ;
+        RECT 1.9 1.455 2.06 2.74 ;
+    END
+  END D
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.9992 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.28 2.22 2.7 3.16 ;
+        RECT 2.505 1.05 2.7 3.16 ;
+        RECT 0.81 1.05 2.7 1.21 ;
+        RECT 1.83 0.61 2.09 1.21 ;
+        RECT 0.81 0.61 1.07 1.21 ;
+    END
+  END Y
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 0.3 2.22 0.56 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.34 -0.22 2.6 0.87 ;
+        RECT 1.32 -0.22 1.58 0.87 ;
+        RECT 0.3 -0.22 0.56 1.21 ;
+    END
+  END VSS
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor4_1
+
+MACRO sg13g2_nor4_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_nor4_2 0 0 ;
+  SIZE 5.76 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.59 1.56 1.19 1.88 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.56 2.72 1.88 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.14 1.56 3.74 1.88 ;
+    END
+  END C
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 1.5504 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.84 1.52 5.485 1.84 ;
+        RECT 4.84 0.72 5.1 2.82 ;
+        RECT 0.76 1.16 5.1 1.35 ;
+        RECT 3.31 0.72 3.57 1.35 ;
+        RECT 2.29 0.72 2.55 1.35 ;
+        RECT 0.76 0.72 1.02 1.35 ;
+    END
+  END Y
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 5.76 0.22 ;
+        RECT 5.35 -0.22 5.61 1.32 ;
+        RECT 3.82 -0.22 4.59 0.98 ;
+        RECT 2.8 -0.22 3.06 0.98 ;
+        RECT 1.27 -0.22 2.04 0.98 ;
+        RECT 0.25 -0.22 0.51 1.32 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 5.76 4 ;
+        RECT 1.27 2.56 1.53 4 ;
+        RECT 0.25 2.22 0.51 4 ;
+    END
+  END VDD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4836 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 4.025 1.56 4.64 1.88 ;
+    END
+  END D
+  OBS
+    LAYER Metal1 ;
+      RECT 4.33 3 5.61 3.16 ;
+      RECT 5.35 2.08 5.61 3.16 ;
+      RECT 4.33 2.18 4.59 3.16 ;
+      RECT 3.31 2.18 3.57 2.82 ;
+      RECT 3.31 2.18 4.59 2.38 ;
+      RECT 1.78 3 4.08 3.18 ;
+      RECT 3.82 2.56 4.08 3.18 ;
+      RECT 2.8 2.22 3.06 3.18 ;
+      RECT 1.78 2.56 2.04 3.18 ;
+      RECT 0.76 2.18 1.02 3.16 ;
+      RECT 2.29 2.18 2.55 2.82 ;
+      RECT 0.76 2.18 2.55 2.38 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_nor4_2
+
+MACRO sg13g2_o21ai_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_o21ai_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN B1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.279 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.32 1.75 1.635 2.01 ;
+        RECT 1.32 1.43 1.56 2.01 ;
+    END
+  END B1
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.72 2.66 1.98 4 ;
+        RECT 0.13 2.32 0.39 4 ;
+    END
+  END VDD
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6772 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.19 2.27 2.09 2.48 ;
+        RECT 1.87 0.57 2.09 2.48 ;
+        RECT 1.72 0.57 2.09 1.22 ;
+        RECT 1.19 2.27 1.45 3.26 ;
+    END
+  END Y
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 0.66 -0.22 0.92 0.84 ;
+    END
+  END VSS
+  PIN A1
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.279 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.24 1.43 0.6 2.01 ;
+    END
+  END A1
+  PIN A2
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.279 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.8 1.43 1.08 2.01 ;
+    END
+  END A2
+  OBS
+    LAYER Metal1 ;
+      RECT 0.13 1.06 1.45 1.245 ;
+      RECT 1.19 0.57 1.45 1.245 ;
+      RECT 0.13 0.57 0.39 1.245 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_o21ai_1
+
+MACRO sg13g2_or2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or2_1 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 1.315 -0.22 1.575 0.76 ;
+        RECT 0.26 -0.22 0.52 0.76 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 1.3 2.34 1.56 4 ;
+    END
+  END VDD
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6492 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.8 2.34 2.15 3.28 ;
+        RECT 1.955 0.5 2.15 3.28 ;
+        RECT 1.825 0.5 2.15 1.1 ;
+    END
+  END X
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 2.13 1.08 2.65 ;
+        RECT 0.625 2.13 1.08 2.37 ;
+    END
+  END B
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 1.635 1.255 1.895 ;
+        RECT 0.84 1.495 1.08 1.895 ;
+    END
+  END A
+  OBS
+    LAYER Metal1 ;
+      RECT 0.26 2.68 0.52 3.28 ;
+      RECT 0.26 0.94 0.445 3.28 ;
+      RECT 1.445 1.315 1.77 1.58 ;
+      RECT 1.445 0.94 1.635 1.58 ;
+      RECT 0.26 0.94 1.635 1.12 ;
+      RECT 0.77 0.5 1.03 1.12 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or2_1
+
+MACRO sg13g2_or2_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or2_2 0 0 ;
+  SIZE 2.88 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.88 0.22 ;
+        RECT 2.405 -0.22 2.665 1.1 ;
+        RECT 1.275 -0.22 1.535 0.76 ;
+        RECT 0.22 -0.22 0.48 0.76 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.88 4 ;
+        RECT 2.405 2.34 2.665 4 ;
+        RECT 1.27 2.34 1.53 4 ;
+    END
+  END VDD
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.837 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.79 2.34 2.05 3.28 ;
+        RECT 1.885 0.5 2.05 3.28 ;
+        RECT 1.785 0.5 2.05 1.1 ;
+    END
+  END X
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 2.13 1.085 2.88 ;
+        RECT 0.585 2.13 1.085 2.35 ;
+    END
+  END B
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.84 1.635 1.215 1.895 ;
+        RECT 0.84 1.335 1.085 1.895 ;
+    END
+  END A
+  OBS
+    LAYER Metal1 ;
+      RECT 0.22 2.53 0.48 3.28 ;
+      RECT 0.22 0.945 0.405 3.28 ;
+      RECT 1.425 1.315 1.705 1.58 ;
+      RECT 1.425 0.945 1.595 1.58 ;
+      RECT 0.22 0.945 1.595 1.125 ;
+      RECT 0.73 0.5 0.99 1.125 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or2_2
+
+MACRO sg13g2_or3_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or3_1 0 0 ;
+  SIZE 3.36 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.74 1.505 2.07 1.9 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.09 1.505 1.56 1.9 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.295 1.505 0.835 1.9 ;
+    END
+  END C
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.7 2.22 3.05 3.16 ;
+        RECT 2.89 0.605 3.05 3.16 ;
+        RECT 2.76 0.605 3.05 1.215 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.36 4 ;
+        RECT 1.85 2.475 2.45 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.36 0.22 ;
+        RECT 2.255 -0.22 2.515 0.87 ;
+        RECT 0.895 -0.22 1.155 0.87 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.385 2.09 0.645 3.04 ;
+      RECT 0.385 2.09 2.515 2.295 ;
+      RECT 2.345 1.115 2.515 2.295 ;
+      RECT 2.345 1.52 2.71 1.85 ;
+      RECT 0.385 1.115 2.515 1.325 ;
+      RECT 0.385 1.11 1.965 1.325 ;
+      RECT 1.445 0.61 1.965 1.325 ;
+      RECT 0.385 0.61 0.645 1.325 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or3_1
+
+MACRO sg13g2_or3_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or3_2 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.74 1.505 2.07 1.935 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.09 1.505 1.56 1.935 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.295 1.505 0.835 1.935 ;
+    END
+  END C
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7142 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.89 1.485 3.64 1.855 ;
+        RECT 2.7 2.215 3.05 3.16 ;
+        RECT 2.89 0.605 3.05 3.16 ;
+        RECT 2.76 0.605 3.05 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 3.27 2.22 3.53 4 ;
+        RECT 1.85 2.475 2.45 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 3.285 -0.22 3.545 1.21 ;
+        RECT 2.255 -0.22 2.515 0.87 ;
+        RECT 0.895 -0.22 1.155 0.89 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.385 2.12 0.645 3.04 ;
+      RECT 0.385 2.12 2.515 2.295 ;
+      RECT 2.345 1.115 2.515 2.295 ;
+      RECT 2.345 1.57 2.71 1.85 ;
+      RECT 0.385 1.115 2.515 1.325 ;
+      RECT 0.385 1.11 1.965 1.325 ;
+      RECT 1.445 0.61 1.965 1.325 ;
+      RECT 0.385 0.61 0.645 1.325 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or3_2
+
+MACRO sg13g2_or4_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or4_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.27 1.545 2.605 1.935 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.75 1.545 2.045 1.935 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.145 1.545 1.56 1.935 ;
+    END
+  END C
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.32 1.545 0.875 1.935 ;
+    END
+  END D
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.155 2.095 3.5 3.145 ;
+        RECT 3.34 0.62 3.5 3.145 ;
+        RECT 3.18 0.62 3.5 1.295 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.645 2.585 2.905 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.635 -0.22 2.895 1.01 ;
+        RECT 1.455 -0.22 1.715 1 ;
+        RECT 0.38 -0.22 0.64 1.06 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.38 2.555 0.64 3.16 ;
+      RECT 0.38 2.555 2.36 2.75 ;
+      RECT 2.2 2.19 2.36 2.75 ;
+      RECT 2.2 2.19 2.955 2.38 ;
+      RECT 2.785 1.195 2.955 2.38 ;
+      RECT 2.785 1.52 3.16 1.85 ;
+      RECT 2.785 1.195 2.995 1.85 ;
+      RECT 0.89 1.195 2.995 1.365 ;
+      RECT 2.115 0.855 2.375 1.365 ;
+      RECT 0.89 0.855 1.15 1.365 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or4_1
+
+MACRO sg13g2_or4_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_or4_2 0 0 ;
+  SIZE 4.32 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.27 1.545 2.605 1.975 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.75 1.545 2.045 1.97 ;
+    END
+  END B
+  PIN C
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.18 1.545 1.57 1.97 ;
+    END
+  END C
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2015 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.265 1.545 0.875 1.935 ;
+    END
+  END D
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7681 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.155 2.22 3.5 3.16 ;
+        RECT 3.34 0.61 3.5 3.16 ;
+        RECT 3.18 0.61 3.5 1.21 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 4.32 4 ;
+        RECT 3.72 2.22 3.98 4 ;
+        RECT 2.645 2.585 2.905 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 4.32 0.22 ;
+        RECT 3.69 -0.22 3.95 1.21 ;
+        RECT 2.625 -0.22 2.885 1.01 ;
+        RECT 1.455 -0.22 1.715 1.015 ;
+        RECT 0.38 -0.22 0.64 1.06 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 0.38 2.19 0.64 3.16 ;
+      RECT 0.38 2.19 2.955 2.38 ;
+      RECT 2.785 1.195 2.955 2.38 ;
+      RECT 2.785 1.52 3.16 1.85 ;
+      RECT 2.785 1.195 2.995 1.85 ;
+      RECT 0.89 1.195 2.995 1.365 ;
+      RECT 2.115 0.8 2.375 1.365 ;
+      RECT 0.89 0.8 1.15 1.365 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_or4_2
+
+MACRO sg13g2_sdfbbp_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sdfbbp_1 0 0 ;
+  SIZE 16.8 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 16.145 0.59 16.535 3.12 ;
+    END
+  END Q
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 14.59 2.005 14.95 3.135 ;
+        RECT 14.78 0.61 14.95 3.135 ;
+        RECT 14.52 0.61 14.95 1.19 ;
+    END
+  END Q_N
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1378 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 13.74 1.38 14.035 1.79 ;
+    END
+  END RESET_B
+  PIN SET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.51 1.72 11.84 2 ;
+        RECT 11.51 1.72 11.81 2.35 ;
+        RECT 10.58 1.89 11.81 2.05 ;
+        RECT 9.31 3.105 10.74 3.275 ;
+        RECT 10.58 1.89 10.74 3.275 ;
+        RECT 10.565 2.215 10.74 3.275 ;
+        RECT 9.31 2.345 9.48 3.275 ;
+        RECT 8.39 2.345 9.48 2.51 ;
+        RECT 7.55 3.105 8.56 3.275 ;
+        RECT 8.39 2.345 8.56 3.275 ;
+        RECT 7.525 1.635 7.815 1.855 ;
+        RECT 7.55 1.635 7.72 3.275 ;
+    END
+  END SET_B
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALCUTAREA 0.0361 LAYER Via1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1378 LAYER Metal1 ;
+      ANTENNAGATEAREA 0.1378 LAYER Metal2 ;
+      ANTENNAMAXAREACAR 1.167997 LAYER Metal2 ;
+      ANTENNAMAXCUTCAR 0.261974 LAYER Via1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.68 1.62 2.05 2.055 ;
+      LAYER Metal2 ;
+        RECT 1.645 1.58 2.205 1.86 ;
+      LAYER Via1 ;
+        RECT 1.79 1.645 1.98 1.835 ;
+    END
+  END D
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2756 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.05 1.75 1.435 2.295 ;
+    END
+  END SCE
+  PIN SCD
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1378 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.51 1.355 0.84 2.325 ;
+    END
+  END SCD
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.885 1.38 4.34 1.85 ;
+        RECT 3.92 1.155 4.34 1.85 ;
+    END
+  END CLK
+  PIN VDD
+    DIRECTION INPUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 16.8 4 ;
+        RECT 15.645 2.455 15.905 4 ;
+        RECT 14.055 2.885 14.315 4 ;
+        RECT 12.765 2.88 13.025 4 ;
+        RECT 10.925 3.055 11.57 4 ;
+        RECT 8.815 2.695 9.075 4 ;
+        RECT 6.915 2.34 7.175 4 ;
+        RECT 4.46 2.56 4.72 4 ;
+        RECT 2.92 2.88 3.18 4 ;
+        RECT 0.85 2.88 1.11 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INPUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 16.8 0.22 ;
+        RECT 15.675 -0.22 15.935 1.155 ;
+        RECT 14.035 -0.22 14.295 1.14 ;
+        RECT 11.34 -0.22 11.6 1.16 ;
+        RECT 9.415 -0.22 9.59 1.175 ;
+        RECT 7.01 -0.22 7.27 0.745 ;
+        RECT 4.26 -0.22 4.46 0.635 ;
+        RECT 2.185 -0.22 2.445 1.095 ;
+        RECT 0.34 -0.22 0.6 1.055 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 15.17 1.555 15.375 3.07 ;
+      RECT 15.17 1.555 15.645 1.885 ;
+      RECT 15.17 0.705 15.355 3.07 ;
+      RECT 11.93 2.66 12.205 3.145 ;
+      RECT 11.99 2.195 12.205 3.145 ;
+      RECT 10.92 2.66 12.205 2.87 ;
+      RECT 10.92 2.23 11.25 2.87 ;
+      RECT 11.99 2.485 14.375 2.645 ;
+      RECT 14.215 1.42 14.375 2.645 ;
+      RECT 11.99 2.195 12.67 2.645 ;
+      RECT 12.51 0.875 12.67 2.645 ;
+      RECT 14.215 1.42 14.55 1.75 ;
+      RECT 12.34 0.875 12.67 1.125 ;
+      RECT 13.34 1.975 13.795 2.305 ;
+      RECT 13.34 0.93 13.5 2.305 ;
+      RECT 12.9 1.38 13.5 1.865 ;
+      RECT 13.34 0.93 13.815 1.14 ;
+      RECT 12.87 0.515 13.13 1.17 ;
+      RECT 11.85 0.515 12.11 1.155 ;
+      RECT 11.85 0.515 13.13 0.695 ;
+      RECT 9.83 2.31 10.38 2.895 ;
+      RECT 10.21 0.935 10.38 2.895 ;
+      RECT 12.05 1.345 12.33 1.75 ;
+      RECT 10.21 1.55 11.25 1.71 ;
+      RECT 11.085 1.345 11.25 1.71 ;
+      RECT 10.21 0.935 10.44 1.71 ;
+      RECT 11.085 1.345 12.33 1.525 ;
+      RECT 9.71 1.755 10.03 2.125 ;
+      RECT 9.71 1.535 9.93 2.125 ;
+      RECT 9.77 0.455 9.93 2.125 ;
+      RECT 10.645 0.455 10.905 1.36 ;
+      RECT 9.77 0.455 10.905 0.615 ;
+      RECT 7.925 2 8.16 2.905 ;
+      RECT 7.925 2 9.47 2.16 ;
+      RECT 9.075 1.535 9.47 2.16 ;
+      RECT 6.77 0.955 6.975 1.65 ;
+      RECT 9.075 0.955 9.235 2.16 ;
+      RECT 6.77 0.955 9.235 1.115 ;
+      RECT 8.255 0.87 8.515 1.115 ;
+      RECT 8.795 0.52 9.055 0.775 ;
+      RECT 7.71 0.52 8.005 0.775 ;
+      RECT 7.71 0.52 9.055 0.68 ;
+      RECT 6.065 2.465 6.58 2.67 ;
+      RECT 6.42 0.825 6.58 2.67 ;
+      RECT 6.42 1.995 7.33 2.16 ;
+      RECT 7.16 1.295 7.33 2.16 ;
+      RECT 8.04 1.295 8.37 1.785 ;
+      RECT 7.16 1.295 8.37 1.455 ;
+      RECT 5.955 0.825 6.58 0.985 ;
+      RECT 5.955 0.725 6.22 0.985 ;
+      RECT 5.585 2.075 5.785 2.92 ;
+      RECT 1.88 2.255 2.14 2.845 ;
+      RECT 1.88 2.255 2.495 2.455 ;
+      RECT 2.29 1.28 2.495 2.455 ;
+      RECT 5.585 2.075 6.24 2.235 ;
+      RECT 6.08 1.225 6.24 2.235 ;
+      RECT 1.36 1.28 2.85 1.44 ;
+      RECT 2.67 0.455 2.85 1.44 ;
+      RECT 5.54 1.225 6.24 1.385 ;
+      RECT 1.36 0.875 1.62 1.44 ;
+      RECT 5.54 0.7 5.73 1.385 ;
+      RECT 3.92 0.815 5.73 0.975 ;
+      RECT 5.425 0.7 5.73 0.975 ;
+      RECT 3.92 0.455 4.08 0.975 ;
+      RECT 2.67 0.455 4.08 0.625 ;
+      RECT 4.985 2.22 5.245 3.16 ;
+      RECT 5.19 1.155 5.36 2.49 ;
+      RECT 5.19 1.58 5.9 1.88 ;
+      RECT 4.77 1.155 5.36 1.335 ;
+      RECT 3.95 2.04 4.21 3.16 ;
+      RECT 3.535 2.04 4.7 2.21 ;
+      RECT 4.53 1.54 4.7 2.21 ;
+      RECT 3.535 0.87 3.695 2.21 ;
+      RECT 4.53 1.54 5.005 1.87 ;
+      RECT 3.535 0.87 3.74 1.21 ;
+      RECT 3.43 2.47 3.69 3.14 ;
+      RECT 3.03 2.47 3.69 2.64 ;
+      RECT 3.03 0.885 3.215 2.64 ;
+      RECT 2.675 2.065 3.215 2.325 ;
+      RECT 1.355 3.105 2.66 3.275 ;
+      RECT 2.4 2.88 2.66 3.275 ;
+      RECT 0.34 2.505 0.6 3.14 ;
+      RECT 1.355 2.505 1.555 3.275 ;
+      RECT 0.34 2.505 1.555 2.675 ;
+      RECT 8.58 1.38 8.885 1.785 ;
+    LAYER Via1 ;
+      RECT 13.09 1.595 13.28 1.785 ;
+      RECT 8.685 1.52 8.875 1.71 ;
+    LAYER Metal2 ;
+      RECT 8.635 1.455 9 1.9 ;
+      RECT 13.03 1.47 13.32 1.865 ;
+      RECT 8.635 1.58 13.32 1.78 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sdfbbp_1
+
+MACRO sg13g2_sdfrbp_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sdfrbp_1 0 0 ;
+  SIZE 18.24 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7 1.51 7.55 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 18.24 0.22 ;
+        RECT 17.3 -0.22 17.555 1.21 ;
+        RECT 16.27 -0.22 16.53 0.85 ;
+        RECT 14.36 -0.22 14.62 0.885 ;
+        RECT 7.035 -0.22 7.295 0.915 ;
+        RECT 5.94 -0.22 6.2 0.885 ;
+        RECT 3.6 -0.22 3.86 0.845 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 18.24 4 ;
+        RECT 17.3 2.235 17.56 4 ;
+        RECT 16.27 1.98 16.53 4 ;
+        RECT 15.25 2.46 15.51 4 ;
+        RECT 7.745 2.86 7.915 4 ;
+        RECT 5.015 2.215 5.27 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  PIN SCD
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.92 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END SCD
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 17.81 0.595 18.07 3.175 ;
+        RECT 17.525 1.51 18.07 1.855 ;
+        RECT 17.805 0.595 18.07 1.855 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.165 1.335 11.79 1.935 ;
+    END
+  END CLK
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.4 2.535 1.92 ;
+    END
+  END D
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6842 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 15.76 1.06 16.52 1.45 ;
+        RECT 15.76 0.59 16.02 3.06 ;
+    END
+  END Q_N
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.635 1.5 1.105 1.87 ;
+    END
+  END SCE
+  OBS
+    LAYER Metal1 ;
+      RECT 16.78 0.59 17.04 2.92 ;
+      RECT 16.775 0.59 17.04 1.98 ;
+      RECT 16.775 1.535 17.2 1.795 ;
+      RECT 14.71 2.1 14.97 2.495 ;
+      RECT 13.93 2.1 15.53 2.26 ;
+      RECT 15.37 0.625 15.53 2.26 ;
+      RECT 13.93 1.655 14.185 2.26 ;
+      RECT 15.18 0.625 15.53 0.885 ;
+      RECT 13.255 2.125 13.46 2.5 ;
+      RECT 13.255 2.125 13.75 2.295 ;
+      RECT 13.59 1.145 13.75 2.295 ;
+      RECT 14.965 1.275 15.19 1.665 ;
+      RECT 13.59 1.275 15.19 1.465 ;
+      RECT 12.76 1.145 13.77 1.315 ;
+      RECT 14.71 3.025 14.98 3.285 ;
+      RECT 9.655 3.025 9.915 3.285 ;
+      RECT 9.655 3.075 14.98 3.235 ;
+      RECT 12.31 0.805 12.48 1.31 ;
+      RECT 12.31 0.805 14.11 0.965 ;
+      RECT 13.85 0.625 14.11 0.965 ;
+      RECT 6 2.64 6.74 2.9 ;
+      RECT 6 1.17 6.16 2.9 ;
+      RECT 12.545 1.555 12.735 2.45 ;
+      RECT 7.735 1.755 8.015 1.965 ;
+      RECT 7.735 1.17 7.895 1.965 ;
+      RECT 11.97 1.555 12.735 1.725 ;
+      RECT 11.97 0.44 12.13 1.725 ;
+      RECT 6 1.17 7.895 1.33 ;
+      RECT 7.505 0.44 7.675 1.33 ;
+      RECT 6.52 0.815 6.78 1.33 ;
+      RECT 13.34 0.44 13.6 0.625 ;
+      RECT 7.505 0.44 13.6 0.605 ;
+      RECT 10.225 2.63 13.075 2.79 ;
+      RECT 12.915 1.51 13.075 2.79 ;
+      RECT 10.225 2.06 10.585 2.79 ;
+      RECT 9.82 2.15 10.585 2.41 ;
+      RECT 9.955 2.06 10.585 2.41 ;
+      RECT 9.955 1.135 10.215 2.41 ;
+      RECT 12.915 1.51 13.4 1.77 ;
+      RECT 10.765 2.145 12.325 2.37 ;
+      RECT 12.065 2.075 12.325 2.37 ;
+      RECT 10.765 0.855 10.925 2.37 ;
+      RECT 10.45 1.54 10.925 1.87 ;
+      RECT 11.555 0.81 11.79 1.07 ;
+      RECT 10.765 0.855 11.79 1.025 ;
+      RECT 9.43 1.44 9.695 1.7 ;
+      RECT 9.485 1.3 9.695 1.7 ;
+      RECT 9.485 0.785 9.665 1.7 ;
+      RECT 7.965 0.785 9.665 0.96 ;
+      RECT 5.59 3.08 7.565 3.24 ;
+      RECT 7.405 2.52 7.565 3.24 ;
+      RECT 8.255 2.985 9.425 3.145 ;
+      RECT 9.09 2.685 9.425 3.145 ;
+      RECT 5.59 2.24 5.78 3.24 ;
+      RECT 8.255 2.52 8.415 3.145 ;
+      RECT 9.09 1.17 9.25 3.145 ;
+      RECT 7.405 2.52 8.415 2.68 ;
+      RECT 5.52 2.24 5.78 2.52 ;
+      RECT 5.59 0.645 5.75 3.24 ;
+      RECT 8.185 1.225 8.445 1.64 ;
+      RECT 8.265 1.17 9.25 1.33 ;
+      RECT 5.01 0.645 5.75 0.84 ;
+      RECT 7.045 2.145 7.225 2.9 ;
+      RECT 8.69 1.51 8.875 2.805 ;
+      RECT 7.045 2.145 8.875 2.315 ;
+      RECT 6.385 2.145 8.875 2.305 ;
+      RECT 6.385 1.705 6.645 2.305 ;
+      RECT 8.69 1.51 8.91 1.81 ;
+      RECT 4.135 2.04 4.59 3.2 ;
+      RECT 4.4 0.57 4.59 3.2 ;
+      RECT 5.055 1.445 5.315 1.75 ;
+      RECT 4.4 1.445 5.315 1.7 ;
+      RECT 4.315 0.57 4.59 1.21 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.855 2.345 2.56 2.505 ;
+      RECT 1.855 2.08 2.015 2.505 ;
+      RECT 1.285 2.08 2.015 2.26 ;
+      RECT 1.285 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.22 1.85 ;
+      RECT 3.945 1.03 4.135 1.85 ;
+      RECT 3.195 1.03 4.135 1.2 ;
+      RECT 3.195 0.61 3.365 1.2 ;
+      RECT 1.285 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.425 3.295 ;
+      RECT 3.25 1.54 3.425 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.295 2.28 0.575 2.88 ;
+      RECT 0.295 2.44 1.64 2.6 ;
+      RECT 0.295 0.8 0.455 2.88 ;
+      RECT 3.25 1.54 3.72 1.87 ;
+      RECT 0.295 0.8 0.575 1.06 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sdfrbp_1
+
+MACRO sg13g2_sdfrbp_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sdfrbp_2 0 0 ;
+  SIZE 19.2 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7 1.51 7.55 1.965 ;
+    END
+  END RESET_B
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 19.2 0.22 ;
+        RECT 18.735 -0.22 19.01 0.84 ;
+        RECT 17.73 -0.22 17.99 1.21 ;
+        RECT 16.71 -0.22 16.97 0.85 ;
+        RECT 15.71 -0.22 15.95 0.85 ;
+        RECT 14.36 -0.22 14.62 0.885 ;
+        RECT 7.035 -0.22 7.295 0.915 ;
+        RECT 5.94 -0.22 6.2 0.885 ;
+        RECT 3.6 -0.22 3.86 0.845 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 19.2 4 ;
+        RECT 18.38 2.085 18.64 4 ;
+        RECT 17.355 2.085 17.615 4 ;
+        RECT 16.27 1.98 16.53 4 ;
+        RECT 15.25 2.46 15.51 4 ;
+        RECT 7.745 2.86 7.915 4 ;
+        RECT 5.015 2.215 5.27 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  PIN SCD
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.92 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END SCD
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7124 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 18.24 1.045 19.01 1.49 ;
+        RECT 17.99 1.515 18.5 1.775 ;
+        RECT 18.24 0.595 18.5 1.775 ;
+        RECT 17.865 2.085 18.16 3.175 ;
+        RECT 17.99 1.515 18.16 3.175 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.165 1.335 11.79 1.935 ;
+    END
+  END CLK
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.635 1.5 1.105 1.87 ;
+    END
+  END SCE
+  PIN Q_N
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 15.76 1.52 16.52 1.74 ;
+        RECT 16.14 0.99 16.52 1.74 ;
+        RECT 16.195 0.59 16.46 1.74 ;
+        RECT 15.76 1.52 16.02 3.06 ;
+    END
+  END Q_N
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.4 2.535 1.92 ;
+    END
+  END D
+  OBS
+    LAYER Metal1 ;
+      RECT 16.78 1.98 17.16 2.92 ;
+      RECT 16.99 1.535 17.16 2.92 ;
+      RECT 16.99 1.535 17.785 1.795 ;
+      RECT 17.2 0.59 17.485 1.795 ;
+      RECT 14.71 2.1 14.97 2.495 ;
+      RECT 13.93 2.1 15.53 2.26 ;
+      RECT 15.37 0.625 15.53 2.26 ;
+      RECT 13.93 1.655 14.185 2.26 ;
+      RECT 15.18 0.625 15.53 0.885 ;
+      RECT 13.255 2.125 13.46 2.5 ;
+      RECT 13.255 2.125 13.75 2.295 ;
+      RECT 13.59 1.145 13.75 2.295 ;
+      RECT 14.965 1.275 15.19 1.665 ;
+      RECT 13.59 1.275 15.19 1.465 ;
+      RECT 12.76 1.145 13.77 1.315 ;
+      RECT 14.71 3.025 14.98 3.285 ;
+      RECT 9.655 3.025 9.915 3.285 ;
+      RECT 9.655 3.075 14.98 3.235 ;
+      RECT 12.31 0.805 12.48 1.31 ;
+      RECT 12.31 0.805 14.11 0.965 ;
+      RECT 13.85 0.625 14.11 0.965 ;
+      RECT 6 2.64 6.74 2.9 ;
+      RECT 6 1.17 6.16 2.9 ;
+      RECT 12.545 1.555 12.735 2.45 ;
+      RECT 7.735 1.755 8.015 1.965 ;
+      RECT 7.735 1.17 7.895 1.965 ;
+      RECT 11.97 1.555 12.735 1.725 ;
+      RECT 11.97 0.44 12.13 1.725 ;
+      RECT 6 1.17 7.895 1.33 ;
+      RECT 7.505 0.44 7.675 1.33 ;
+      RECT 6.52 0.815 6.78 1.33 ;
+      RECT 13.34 0.44 13.6 0.625 ;
+      RECT 7.505 0.44 13.6 0.605 ;
+      RECT 10.225 2.63 13.075 2.79 ;
+      RECT 12.915 1.51 13.075 2.79 ;
+      RECT 10.225 2.06 10.585 2.79 ;
+      RECT 9.82 2.15 10.585 2.41 ;
+      RECT 9.955 2.06 10.585 2.41 ;
+      RECT 9.955 1.135 10.215 2.41 ;
+      RECT 12.915 1.51 13.4 1.77 ;
+      RECT 10.765 2.145 12.325 2.37 ;
+      RECT 12.065 2.075 12.325 2.37 ;
+      RECT 10.765 0.855 10.925 2.37 ;
+      RECT 10.45 1.54 10.925 1.87 ;
+      RECT 11.555 0.81 11.79 1.07 ;
+      RECT 10.765 0.855 11.79 1.025 ;
+      RECT 9.43 1.44 9.695 1.7 ;
+      RECT 9.485 1.3 9.695 1.7 ;
+      RECT 9.485 0.785 9.665 1.7 ;
+      RECT 7.965 0.785 9.665 0.96 ;
+      RECT 5.59 3.08 7.565 3.24 ;
+      RECT 7.405 2.52 7.565 3.24 ;
+      RECT 8.255 2.985 9.425 3.145 ;
+      RECT 9.09 2.685 9.425 3.145 ;
+      RECT 5.59 2.24 5.78 3.24 ;
+      RECT 8.255 2.52 8.415 3.145 ;
+      RECT 9.09 1.17 9.25 3.145 ;
+      RECT 7.405 2.52 8.415 2.68 ;
+      RECT 5.52 2.24 5.78 2.52 ;
+      RECT 5.59 0.645 5.75 3.24 ;
+      RECT 8.185 1.225 8.445 1.64 ;
+      RECT 8.265 1.17 9.25 1.33 ;
+      RECT 5.01 0.645 5.75 0.84 ;
+      RECT 7.045 2.145 7.225 2.9 ;
+      RECT 8.69 1.51 8.875 2.805 ;
+      RECT 7.045 2.145 8.875 2.315 ;
+      RECT 6.385 2.145 8.875 2.305 ;
+      RECT 6.385 1.705 6.645 2.305 ;
+      RECT 8.69 1.51 8.91 1.81 ;
+      RECT 4.135 2.04 4.59 3.2 ;
+      RECT 4.4 0.57 4.59 3.2 ;
+      RECT 4.4 1.49 5.315 1.75 ;
+      RECT 4.315 0.57 4.59 1.21 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.855 2.345 2.56 2.505 ;
+      RECT 1.855 2.08 2.015 2.505 ;
+      RECT 1.285 2.08 2.015 2.26 ;
+      RECT 1.285 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.22 1.85 ;
+      RECT 3.945 1.03 4.135 1.85 ;
+      RECT 3.195 1.03 4.135 1.2 ;
+      RECT 3.195 0.61 3.365 1.2 ;
+      RECT 1.285 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.425 3.295 ;
+      RECT 3.25 1.54 3.425 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.295 2.28 0.575 2.88 ;
+      RECT 0.295 2.44 1.64 2.6 ;
+      RECT 0.295 0.8 0.455 2.88 ;
+      RECT 3.25 1.54 3.72 1.87 ;
+      RECT 0.295 0.8 0.575 1.06 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sdfrbp_2
+
+MACRO sg13g2_sdfrbpq_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sdfrbpq_1 0 0 ;
+  SIZE 16.8 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 16.055 1 16.57 1.465 ;
+        RECT 16.28 0.59 16.54 3.02 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.165 1.335 11.79 1.935 ;
+    END
+  END CLK
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7 1.51 7.55 1.965 ;
+    END
+  END RESET_B
+  PIN SCD
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.92 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END SCD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.4 2.535 1.92 ;
+    END
+  END D
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.635 1.5 1.105 1.87 ;
+    END
+  END SCE
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 16.8 0.22 ;
+        RECT 15.77 -0.22 16.03 0.81 ;
+        RECT 14.36 -0.22 14.62 0.885 ;
+        RECT 7.035 -0.22 7.295 0.915 ;
+        RECT 5.94 -0.22 6.2 0.885 ;
+        RECT 3.6 -0.22 3.86 0.845 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 16.8 4 ;
+        RECT 15.77 2.08 16.03 4 ;
+        RECT 15.25 2.46 15.51 4 ;
+        RECT 7.745 2.86 7.915 4 ;
+        RECT 5.015 2.215 5.27 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  OBS
+    LAYER Metal1 ;
+      RECT 14.71 2.1 14.97 2.495 ;
+      RECT 13.93 2.1 15.53 2.26 ;
+      RECT 15.37 0.625 15.53 2.26 ;
+      RECT 13.93 1.655 14.185 2.26 ;
+      RECT 15.37 1.61 15.9 1.84 ;
+      RECT 15.18 0.625 15.53 0.885 ;
+      RECT 13.255 2.125 13.46 2.5 ;
+      RECT 13.255 2.125 13.75 2.295 ;
+      RECT 13.59 1.145 13.75 2.295 ;
+      RECT 14.965 1.275 15.19 1.665 ;
+      RECT 13.59 1.275 15.19 1.465 ;
+      RECT 12.76 1.145 13.77 1.315 ;
+      RECT 14.71 3.025 14.98 3.285 ;
+      RECT 9.655 3.025 9.915 3.285 ;
+      RECT 9.655 3.075 14.98 3.235 ;
+      RECT 12.31 0.805 12.48 1.31 ;
+      RECT 12.31 0.805 14.11 0.965 ;
+      RECT 13.85 0.625 14.11 0.965 ;
+      RECT 6 2.64 6.74 2.9 ;
+      RECT 6 1.17 6.16 2.9 ;
+      RECT 12.545 1.555 12.735 2.45 ;
+      RECT 7.735 1.755 8.015 1.965 ;
+      RECT 7.735 1.17 7.895 1.965 ;
+      RECT 11.97 1.555 12.735 1.725 ;
+      RECT 11.97 0.44 12.13 1.725 ;
+      RECT 6 1.17 7.895 1.33 ;
+      RECT 7.505 0.44 7.675 1.33 ;
+      RECT 6.52 0.815 6.78 1.33 ;
+      RECT 13.34 0.44 13.6 0.625 ;
+      RECT 7.505 0.44 13.6 0.605 ;
+      RECT 10.225 2.63 13.075 2.79 ;
+      RECT 12.915 1.51 13.075 2.79 ;
+      RECT 10.225 2.06 10.585 2.79 ;
+      RECT 9.82 2.15 10.585 2.41 ;
+      RECT 9.955 2.06 10.585 2.41 ;
+      RECT 9.955 1.135 10.215 2.41 ;
+      RECT 12.915 1.51 13.4 1.77 ;
+      RECT 10.765 2.145 12.325 2.37 ;
+      RECT 12.065 2.075 12.325 2.37 ;
+      RECT 10.765 0.855 10.925 2.37 ;
+      RECT 10.45 1.54 10.925 1.87 ;
+      RECT 11.555 0.81 11.79 1.07 ;
+      RECT 10.765 0.855 11.79 1.025 ;
+      RECT 9.43 1.44 9.695 1.7 ;
+      RECT 9.485 1.3 9.695 1.7 ;
+      RECT 9.485 0.785 9.665 1.7 ;
+      RECT 7.965 0.785 9.665 0.96 ;
+      RECT 5.59 3.08 7.565 3.24 ;
+      RECT 7.405 2.52 7.565 3.24 ;
+      RECT 8.255 2.985 9.425 3.145 ;
+      RECT 9.09 2.685 9.425 3.145 ;
+      RECT 5.59 2.24 5.78 3.24 ;
+      RECT 8.255 2.52 8.415 3.145 ;
+      RECT 9.09 1.17 9.25 3.145 ;
+      RECT 7.405 2.52 8.415 2.68 ;
+      RECT 5.52 2.24 5.78 2.52 ;
+      RECT 5.59 0.645 5.75 3.24 ;
+      RECT 8.185 1.225 8.445 1.64 ;
+      RECT 8.265 1.17 9.25 1.33 ;
+      RECT 5.01 0.645 5.75 0.84 ;
+      RECT 7.045 2.145 7.225 2.9 ;
+      RECT 8.69 1.51 8.875 2.805 ;
+      RECT 7.045 2.145 8.875 2.315 ;
+      RECT 6.385 2.145 8.875 2.305 ;
+      RECT 6.385 1.705 6.645 2.305 ;
+      RECT 8.69 1.51 8.91 1.81 ;
+      RECT 4.135 2.04 4.59 3.2 ;
+      RECT 4.4 0.57 4.59 3.2 ;
+      RECT 5.055 1.445 5.315 1.75 ;
+      RECT 4.4 1.445 5.315 1.7 ;
+      RECT 4.315 0.57 4.59 1.21 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.855 2.345 2.56 2.505 ;
+      RECT 1.855 2.08 2.015 2.505 ;
+      RECT 1.285 2.08 2.015 2.26 ;
+      RECT 1.285 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.22 1.85 ;
+      RECT 3.945 1.03 4.135 1.85 ;
+      RECT 3.195 1.03 4.135 1.2 ;
+      RECT 3.195 0.61 3.365 1.2 ;
+      RECT 1.285 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.425 3.295 ;
+      RECT 3.25 1.54 3.425 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.295 2.28 0.575 2.88 ;
+      RECT 0.295 2.44 1.64 2.6 ;
+      RECT 0.295 0.8 0.455 2.88 ;
+      RECT 3.25 1.54 3.72 1.87 ;
+      RECT 0.295 0.8 0.575 1.06 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sdfrbpq_1
+
+MACRO sg13g2_sdfrbpq_2
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sdfrbpq_2 0 0 ;
+  SIZE 17.28 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Q
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7068 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 15.86 1.52 16.52 1.74 ;
+        RECT 16.14 0.99 16.52 1.74 ;
+        RECT 16.195 0.59 16.46 1.74 ;
+        RECT 15.76 2.085 16.02 3.06 ;
+        RECT 15.86 1.52 16.02 3.06 ;
+    END
+  END Q
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2418 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 11.165 1.335 11.79 1.935 ;
+    END
+  END CLK
+  PIN RESET_B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAPARTIALMETALAREA 0.905 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3276 LAYER Metal1 ;
+      ANTENNAMAXAREACAR 2.762515 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7 1.51 7.55 1.965 ;
+    END
+  END RESET_B
+  PIN SCD
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.715 1.03 3.015 1.92 ;
+        RECT 1.71 1.03 3.015 1.2 ;
+        RECT 1.63 1.47 1.89 1.73 ;
+        RECT 1.71 1.03 1.89 1.73 ;
+    END
+  END SCD
+  PIN D
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.2262 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.12 1.4 2.535 1.92 ;
+    END
+  END D
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4069 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.635 1.5 1.105 1.87 ;
+    END
+  END SCE
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 17.28 4 ;
+        RECT 16.27 2.1 16.53 4 ;
+        RECT 15.25 2.46 15.51 4 ;
+        RECT 7.745 2.86 7.915 4 ;
+        RECT 5.015 2.215 5.27 4 ;
+        RECT 3.63 2.08 3.83 4 ;
+        RECT 0.975 2.78 1.235 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 17.28 0.22 ;
+        RECT 16.71 -0.22 16.97 1.195 ;
+        RECT 15.71 -0.22 15.95 1.195 ;
+        RECT 14.36 -0.22 14.62 0.885 ;
+        RECT 7.035 -0.22 7.295 0.915 ;
+        RECT 5.94 -0.22 6.2 0.885 ;
+        RECT 3.6 -0.22 3.86 0.845 ;
+        RECT 0.855 -0.22 1.09 1.21 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 14.71 2.1 14.97 2.495 ;
+      RECT 13.93 2.1 15.53 2.26 ;
+      RECT 15.37 0.625 15.53 2.26 ;
+      RECT 13.93 1.655 14.185 2.26 ;
+      RECT 15.37 1.575 15.68 1.835 ;
+      RECT 15.18 0.625 15.53 0.885 ;
+      RECT 13.255 2.125 13.46 2.5 ;
+      RECT 13.255 2.125 13.75 2.295 ;
+      RECT 13.59 1.145 13.75 2.295 ;
+      RECT 14.915 1.275 15.175 1.665 ;
+      RECT 13.59 1.275 15.175 1.465 ;
+      RECT 12.76 1.145 13.77 1.315 ;
+      RECT 14.71 3.025 14.98 3.285 ;
+      RECT 9.655 3.025 9.915 3.285 ;
+      RECT 9.655 3.075 14.98 3.235 ;
+      RECT 12.31 0.805 12.48 1.31 ;
+      RECT 12.31 0.805 14.11 0.965 ;
+      RECT 13.85 0.625 14.11 0.965 ;
+      RECT 6 2.64 6.74 2.9 ;
+      RECT 6 1.17 6.16 2.9 ;
+      RECT 12.545 1.555 12.735 2.45 ;
+      RECT 7.735 1.755 8.015 1.965 ;
+      RECT 7.735 1.17 7.895 1.965 ;
+      RECT 11.97 1.555 12.735 1.725 ;
+      RECT 11.97 0.44 12.13 1.725 ;
+      RECT 6 1.17 7.895 1.33 ;
+      RECT 7.505 0.44 7.675 1.33 ;
+      RECT 6.52 0.815 6.78 1.33 ;
+      RECT 13.34 0.44 13.6 0.625 ;
+      RECT 7.505 0.44 13.6 0.605 ;
+      RECT 10.225 2.63 13.075 2.79 ;
+      RECT 12.915 1.51 13.075 2.79 ;
+      RECT 10.225 2.06 10.585 2.79 ;
+      RECT 9.82 2.15 10.585 2.41 ;
+      RECT 9.955 2.06 10.585 2.41 ;
+      RECT 9.955 1.135 10.215 2.41 ;
+      RECT 12.915 1.51 13.4 1.77 ;
+      RECT 10.765 2.145 12.325 2.37 ;
+      RECT 12.065 2.075 12.325 2.37 ;
+      RECT 10.765 0.855 10.925 2.37 ;
+      RECT 10.45 1.54 10.925 1.87 ;
+      RECT 11.555 0.81 11.79 1.07 ;
+      RECT 10.765 0.855 11.79 1.025 ;
+      RECT 9.43 1.44 9.695 1.7 ;
+      RECT 9.485 1.3 9.695 1.7 ;
+      RECT 9.485 0.785 9.665 1.7 ;
+      RECT 7.965 0.785 9.665 0.96 ;
+      RECT 5.59 3.08 7.565 3.24 ;
+      RECT 7.405 2.52 7.565 3.24 ;
+      RECT 8.255 2.985 9.425 3.145 ;
+      RECT 9.09 2.685 9.425 3.145 ;
+      RECT 5.59 2.24 5.78 3.24 ;
+      RECT 8.255 2.52 8.415 3.145 ;
+      RECT 9.09 1.17 9.25 3.145 ;
+      RECT 7.405 2.52 8.415 2.68 ;
+      RECT 5.52 2.24 5.78 2.52 ;
+      RECT 5.59 0.645 5.75 3.24 ;
+      RECT 8.185 1.225 8.445 1.64 ;
+      RECT 8.265 1.17 9.25 1.33 ;
+      RECT 5.01 0.645 5.75 0.84 ;
+      RECT 7.045 2.145 7.225 2.9 ;
+      RECT 8.69 1.51 8.875 2.805 ;
+      RECT 7.045 2.145 8.875 2.315 ;
+      RECT 6.385 2.145 8.875 2.305 ;
+      RECT 6.385 1.705 6.645 2.305 ;
+      RECT 8.69 1.51 8.91 1.81 ;
+      RECT 4.135 2.04 4.59 3.2 ;
+      RECT 4.4 0.57 4.59 3.2 ;
+      RECT 4.4 1.49 5.315 1.75 ;
+      RECT 4.315 0.57 4.59 1.21 ;
+      RECT 2.3 2.345 2.56 2.945 ;
+      RECT 1.855 2.345 2.56 2.505 ;
+      RECT 1.855 2.08 2.015 2.505 ;
+      RECT 1.285 2.08 2.015 2.26 ;
+      RECT 1.285 0.61 1.45 2.26 ;
+      RECT 3.945 1.52 4.22 1.85 ;
+      RECT 3.945 1.03 4.135 1.85 ;
+      RECT 3.195 1.03 4.135 1.2 ;
+      RECT 3.195 0.61 3.365 1.2 ;
+      RECT 1.285 0.61 3.365 0.83 ;
+      RECT 1.48 3.125 3.425 3.295 ;
+      RECT 3.25 1.54 3.425 3.295 ;
+      RECT 1.48 2.44 1.64 3.295 ;
+      RECT 0.295 2.28 0.575 2.88 ;
+      RECT 0.295 2.44 1.64 2.6 ;
+      RECT 0.295 0.8 0.455 2.88 ;
+      RECT 3.25 1.54 3.72 1.87 ;
+      RECT 0.295 0.8 0.575 1.06 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sdfrbpq_2
+
+MACRO sg13g2_sighold
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_sighold 0 0 ;
+  SIZE 2.4 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 2.4 4 ;
+        RECT 0.57 3.17 1.925 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 2.4 0.22 ;
+        RECT 0.555 -0.22 1.83 0.545 ;
+    END
+  END VSS
+  PIN SH
+    DIRECTION INOUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.204 LAYER Metal1 ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.0975 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.805 0.955 2.045 2.41 ;
+        RECT 0.585 1.765 2.045 2.025 ;
+    END
+  END SH
+  OBS
+    LAYER Metal1 ;
+      RECT 0.175 1.325 0.405 2.41 ;
+      RECT 0.175 1.325 1.245 1.585 ;
+      RECT 0.175 0.955 0.395 2.41 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_sighold
+
+MACRO sg13g2_slgcp_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_slgcp_1 0 0 ;
+  SIZE 8.16 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN GATE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.82 1.96 1.525 2.24 ;
+        RECT 1.095 1.885 1.355 2.24 ;
+    END
+  END GATE
+  PIN SCE
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.1807 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.355 1.51 0.615 2.145 ;
+    END
+  END SCE
+  PIN CLK
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.3978 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 5.585 1.56 5.89 2 ;
+    END
+  END CLK
+  PIN GCLK
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.6324 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 7.445 2.06 7.84 3.18 ;
+        RECT 7.68 0.62 7.84 3.18 ;
+        RECT 7.58 0.62 7.84 1.3 ;
+    END
+  END GCLK
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 8.16 4 ;
+        RECT 6.935 2.335 7.195 4 ;
+        RECT 4.28 2.785 4.54 4 ;
+        RECT 1.82 2.94 2.08 4 ;
+        RECT 0.23 2.54 0.49 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 8.16 0.22 ;
+        RECT 7.09 -0.22 7.275 1.22 ;
+        RECT 5.66 -0.22 5.92 1.275 ;
+        RECT 3.99 -0.22 4.15 0.91 ;
+        RECT 1.28 -0.22 1.54 0.575 ;
+        RECT 0.23 -0.22 0.49 1.165 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 6.455 1.94 6.65 3.075 ;
+      RECT 6.455 1.94 6.9 2.11 ;
+      RECT 6.74 0.71 6.9 2.11 ;
+      RECT 6.74 1.52 7.5 1.85 ;
+      RECT 6.74 0.71 6.91 1.85 ;
+      RECT 6.485 0.71 6.91 1.27 ;
+      RECT 4.79 2 5.05 3.065 ;
+      RECT 4.79 2.865 6.165 3.025 ;
+      RECT 6.005 2.45 6.165 3.025 ;
+      RECT 6.085 1.46 6.255 2.655 ;
+      RECT 3.89 2.045 5.05 2.305 ;
+      RECT 4.76 0.91 4.935 2.305 ;
+      RECT 6.085 1.46 6.56 1.76 ;
+      RECT 4.67 0.91 4.935 1.17 ;
+      RECT 5.245 2.255 5.56 2.515 ;
+      RECT 5.245 0.475 5.405 2.515 ;
+      RECT 2.4 1.25 2.645 1.545 ;
+      RECT 2.4 1.25 2.9 1.42 ;
+      RECT 2.74 0.45 2.9 1.42 ;
+      RECT 5.15 0.475 5.435 1.31 ;
+      RECT 3.65 1.105 4.49 1.265 ;
+      RECT 4.33 0.475 4.49 1.265 ;
+      RECT 3.65 0.45 3.81 1.265 ;
+      RECT 4.33 0.475 5.435 0.645 ;
+      RECT 2.74 0.45 3.81 0.61 ;
+      RECT 3.39 1.5 3.65 2.935 ;
+      RECT 3.305 1.315 3.47 1.935 ;
+      RECT 3.305 1.5 4.575 1.72 ;
+      RECT 3.195 0.79 3.37 1.47 ;
+      RECT 3.08 0.79 3.37 0.99 ;
+      RECT 1.25 2.56 1.51 3.14 ;
+      RECT 2.88 2.175 3.14 2.935 ;
+      RECT 1.25 2.595 3.14 2.76 ;
+      RECT 1.25 2.56 1.87 2.76 ;
+      RECT 1.71 1.52 1.87 2.76 ;
+      RECT 0.97 1.52 1.87 1.68 ;
+      RECT 0.97 0.755 1.14 1.68 ;
+      RECT 0.74 0.755 1.14 1.18 ;
+      RECT 0.74 0.755 2.56 0.92 ;
+      RECT 2.34 0.655 2.56 0.92 ;
+      RECT 2.335 1.765 2.635 2.37 ;
+      RECT 2.05 1.765 3.125 1.935 ;
+      RECT 2.835 1.64 3.125 1.935 ;
+      RECT 2.05 1.1 2.22 1.935 ;
+      RECT 1.82 1.1 2.22 1.34 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_slgcp_1
+
+MACRO sg13g2_tiehi
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_tiehi 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 0.135 3.095 0.395 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 0.76 -0.22 1.02 0.76 ;
+    END
+  END VSS
+  PIN L_HI
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.3927 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.3 2.165 1.585 2.91 ;
+    END
+  END L_HI
+  OBS
+    LAYER Metal1 ;
+      RECT 0.135 2.19 0.395 2.45 ;
+      RECT 0.195 1.815 0.395 2.45 ;
+      RECT 0.195 1.815 1.12 2.03 ;
+      RECT 0.87 1.355 1.12 2.03 ;
+      RECT 1.3 0.985 1.575 1.955 ;
+      RECT 0.135 0.995 0.395 1.635 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_tiehi
+
+MACRO sg13g2_tielo
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_tielo 0 0 ;
+  SIZE 1.92 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 1.92 4 ;
+        RECT 0.455 3.165 0.78 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 1.92 0.22 ;
+        RECT 0.465 -0.22 0.815 0.605 ;
+    END
+  END VSS
+  PIN L_LO
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.2992 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.295 0.485 1.585 1.23 ;
+        RECT 1.095 0.485 1.585 0.775 ;
+    END
+  END L_LO
+  OBS
+    LAYER Metal1 ;
+      RECT 0.875 1.03 1.115 2.06 ;
+      RECT 0.315 1.03 1.115 1.29 ;
+      RECT 1.305 1.46 1.58 2.875 ;
+      RECT 0.315 2.11 0.575 2.76 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_tielo
+
+MACRO sg13g2_xnor2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_xnor2_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN Y
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7332 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.67 2.08 3.57 2.24 ;
+        RECT 3.41 0.61 3.57 2.24 ;
+        RECT 3.315 0.61 3.57 1.21 ;
+        RECT 2.67 2.08 3 3.16 ;
+    END
+  END Y
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4342 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.76 1.525 2.075 1.9 ;
+    END
+  END A
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4342 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 2.32 1.605 2.635 1.865 ;
+        RECT 1.42 2.08 2.48 2.24 ;
+        RECT 2.32 1.605 2.48 2.24 ;
+        RECT 1.42 1.525 1.58 2.24 ;
+        RECT 1.24 1.525 1.58 1.9 ;
+    END
+  END B
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 3.18 2.56 3.44 4 ;
+        RECT 1.725 2.56 1.985 4 ;
+        RECT 0.32 2.365 0.58 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 2.265 -0.22 2.525 0.65 ;
+        RECT 0.32 -0.22 0.585 1.42 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.02 2.365 1.28 2.965 ;
+      RECT 0.8 2.365 1.28 2.565 ;
+      RECT 0.8 0.835 0.96 2.565 ;
+      RECT 2.93 1.555 3.23 1.815 ;
+      RECT 2.93 1.18 3.1 1.815 ;
+      RECT 1.21 1.18 3.1 1.34 ;
+      RECT 1.21 0.835 1.47 1.34 ;
+      RECT 0.8 0.835 1.47 0.995 ;
+      RECT 1.725 0.83 3.065 1 ;
+      RECT 2.77 0.79 3.065 1 ;
+      RECT 1.725 0.8 2.025 1 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_xnor2_1
+
+MACRO sg13g2_xor2_1
+  CLASS CORE ;
+  ORIGIN 0 0 ;
+  FOREIGN sg13g2_xor2_1 0 0 ;
+  SIZE 3.84 BY 3.78 ;
+  SYMMETRY X Y ;
+  SITE CoreSite ;
+  PIN B
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4433 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 1.53 1.55 2.89 1.83 ;
+    END
+  END B
+  PIN A
+    DIRECTION INPUT ;
+    USE SIGNAL ;
+    ANTENNAMODEL OXIDE1 ;
+      ANTENNAGATEAREA 0.4433 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0.2 1.55 0.82 1.83 ;
+    END
+  END A
+  PIN X
+    DIRECTION OUTPUT ;
+    USE SIGNAL ;
+    ANTENNADIFFAREA 0.7064 LAYER Metal1 ;
+    PORT
+      LAYER Metal1 ;
+        RECT 3.45 2.155 3.71 3.16 ;
+        RECT 3.53 1.115 3.71 3.16 ;
+        RECT 2.835 1.115 3.71 1.315 ;
+        RECT 2.835 0.67 3.1 1.315 ;
+    END
+  END X
+  PIN VDD
+    DIRECTION INOUT ;
+    USE POWER ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VDD VDD!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 3.56 3.84 4 ;
+        RECT 2.43 2.9 2.69 4 ;
+        RECT 0.435 2.22 0.695 4 ;
+    END
+  END VDD
+  PIN VSS
+    DIRECTION INOUT ;
+    USE GROUND ;
+    SHAPE ABUTMENT ;
+    NETEXPR "VSS VSS!" ;
+    PORT
+      LAYER Metal1 ;
+        RECT 0 -0.22 3.84 0.22 ;
+        RECT 3.37 -0.22 3.63 0.935 ;
+        RECT 1.9 -0.22 2.16 1.27 ;
+        RECT 0.285 -0.22 0.82 1.12 ;
+    END
+  END VSS
+  OBS
+    LAYER Metal1 ;
+      RECT 1.32 2.17 1.58 3.16 ;
+      RECT 1.03 2.17 3.27 2.34 ;
+      RECT 3.11 1.57 3.27 2.34 ;
+      RECT 1.03 0.86 1.2 2.34 ;
+      RECT 3.11 1.57 3.35 1.83 ;
+      RECT 1.03 0.86 1.365 1.12 ;
+      RECT 2.94 2.52 3.2 3.16 ;
+      RECT 1.92 2.52 2.18 3.16 ;
+      RECT 1.92 2.52 3.2 2.68 ;
+  END
+  PROPERTY CatenaDesignType "deviceLevel" ;
+END sg13g2_xor2_1
+
+END LIBRARY
diff --git a/ihp13/pdk/lef/sg13g2_tech.lef b/ihp13/pdk/lef/sg13g2_tech.lef
new file mode 100644
index 000000000..35d647456
--- /dev/null
+++ b/ihp13/pdk/lef/sg13g2_tech.lef
@@ -0,0 +1,1200 @@
+########################################################################
+#
+# Copyright 2023 IHP PDK Authors
+# 
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+# 
+#    https://www.apache.org/licenses/LICENSE-2.0
+# 
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+########################################################################
+
+VERSION 5.7 ;
+#NAMESCASESENSITIVE ON ;
+DIVIDERCHAR "/" ;
+BUSBITCHARS "[]" ;
+
+UNITS
+  DATABASE MICRONS 1000 ;
+END UNITS
+
+MANUFACTURINGGRID 0.005 ;
+
+PROPERTYDEFINITIONS
+  LAYER contactLimit INTEGER ;
+  LAYER routingPitch REAL ;
+  LAYER routingGrid REAL ;
+END PROPERTYDEFINITIONS
+
+LAYER OVERLAP
+   TYPE  OVERLAP ;
+END OVERLAP
+
+LAYER LOCKED
+    TYPE MASTERSLICE ;
+END LOCKED
+
+LAYER LOCKED1
+    TYPE MASTERSLICE ;
+END LOCKED1
+
+LAYER LOCKED2
+    TYPE MASTERSLICE ;
+END LOCKED2
+
+LAYER GatPoly
+  TYPE MASTERSLICE ;
+END GatPoly
+
+LAYER Cont
+  TYPE CUT ;
+  SPACING 0.18 ;
+  WIDTH 0.16 ;
+  ENCLOSURE 0 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  RESISTANCE 22.0 ;
+  ANTENNAMODEL OXIDE1 ;
+    ANTENNACUMAREARATIO 30 ;
+    ANTENNACUMDIFFAREARATIO 10000 ;
+  #PROPERTY contactLimit 10000 ;
+  
+END Cont
+
+LAYER Metal1
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		0.42 ;
+  OFFSET	0.0 ;
+  WIDTH		0.16 ;
+  MAXWIDTH	30 ;
+  AREA		0.09 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.18    0.18    0.18
+  WIDTH 0.30        0.18    0.22    0.22
+  WIDTH 10.0        0.18    0.22    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  HEIGHT 0.930 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.40 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.135 ;
+  CAPACITANCE  CPERSQDIST 3.49E-05 ;
+  EDGECAPACITANCE  3.16E-05 ;
+  DCCURRENTDENSITY AVERAGE 1 ;
+
+END Metal1
+
+LAYER Via1
+  TYPE	CUT ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING	0.22 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ENCLOSURE BELOW 0.010 0.05 ;
+  ENCLOSURE ABOVE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via1
+
+LAYER Metal2
+  TYPE		ROUTING ;
+  DIRECTION	VERTICAL ;
+  PITCH		0.48 ;
+  OFFSET	0.0 ;
+  WIDTH		0.20 ;
+  MAXWIDTH	30 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 1.880 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 1.81E-05 ;
+  EDGECAPACITANCE  4.47E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ;
+END Metal2
+
+LAYER Via2
+  TYPE	CUT ;
+  SPACING	0.22 ;
+  WIDTH 	0.19 ;
+  ENCLOSURE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via2
+
+LAYER Metal3
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		0.42 ;
+  OFFSET	0.0 ;
+  WIDTH		0.20 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 2.880 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 1.20E-05 ;
+  EDGECAPACITANCE  4.48E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ;
+END Metal3
+
+LAYER Via3
+  TYPE	CUT ;
+  SPACING	0.22 ;
+  WIDTH 	0.19 ;
+  ENCLOSURE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  #RESISTANCE 0.68 ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via3
+
+LAYER Metal4
+  TYPE		ROUTING ;
+  DIRECTION	VERTICAL ;
+  PITCH		0.48 ;
+  OFFSET	0.0 ;
+  WIDTH		0.20 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 3.88 ;
+  #CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 8.94E-06 ;
+  EDGECAPACITANCE  4.50E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ; #mA/um
+END Metal4
+
+LAYER Via4
+  TYPE	CUT ;
+  SPACING	0.22 ;
+  WIDTH 0.19 ;
+  ENCLOSURE 0.005 0.05 ;
+  PREFERENCLOSURE 0.05 0.05 ;
+  RESISTANCE 20 ;
+  DCCURRENTDENSITY AVERAGE 0.4 ;
+  SPACING 0.29 ADJACENTCUTS 3 WITHIN 0.311 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END Via4
+
+LAYER Metal5
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		0.42 ;
+  OFFSET	0.0 ;
+  WIDTH		0.20 ;
+  MINIMUMDENSITY        35.0 ;
+  MAXIMUMDENSITY        60.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00    1.00    10.00
+  WIDTH 0.00        0.21    0.21    0.21
+  WIDTH 0.39        0.21    0.24    0.24
+  WIDTH 10.0        0.21    0.24    0.60 ;
+  MINIMUMCUT 2 WIDTH 1.4 ;
+  AREA      0.144 ;
+  HEIGHT 4.88 ;
+ # CURRENTDEN 0 ;
+  THICKNESS 0.450 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.103 ;
+  CAPACITANCE  CPERSQDIST 7.13E-06 ;
+  EDGECAPACITANCE  4.37E-05 ;
+  DCCURRENTDENSITY AVERAGE 2 ;
+END Metal5
+
+LAYER TopVia1
+  TYPE	CUT ;
+  SPACING	0.42 ;
+  WIDTH 	0.42 ;
+  ENCLOSURE BELOW 0.1 0.1 ;
+  ENCLOSURE ABOVE 0.42 0.42 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+  RESISTANCE 4.0 ;
+  DCCURRENTDENSITY AVERAGE 1.4 ;
+END TopVia1
+
+LAYER TopMetal1
+  TYPE		ROUTING ;
+  DIRECTION	VERTICAL ;
+  PITCH		3.28 ;
+  OFFSET	1.64 ;
+  WIDTH		1.64 ;
+  MINIMUMDENSITY        25.0 ;
+  MAXIMUMDENSITY        70.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACING 1.64 ;
+  HEIGHT 6.160 ;
+#  CURRENTDEN 0 ;
+  THICKNESS 2.0 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.021 ;
+  CAPACITANCE  CPERSQDIST 5.64E-06 ;
+  EDGECAPACITANCE  5.08E-05 ;
+  DCCURRENTDENSITY AVERAGE 15 ;
+END TopMetal1
+
+LAYER TopVia2
+  TYPE	CUT ;
+  SPACING	1.06 ;
+  WIDTH 	0.9 ;
+  ENCLOSURE BELOW 0.5 0.5 ;
+  ENCLOSURE ABOVE 0.5 0.5 ;
+  RESISTANCE 2.2 ;
+  DCCURRENTDENSITY AVERAGE 10 ;
+  ANTENNAAREARATIO 20 ;
+  ANTENNADIFFAREARATIO PWL ( ( 0 20 ) ( 0.159 20 ) ( 0.16 80 ) ( 100 50000 ) ) ;
+END TopVia2
+
+LAYER TopMetal2
+  TYPE		ROUTING ;
+  DIRECTION	HORIZONTAL ;
+  PITCH		4 ;
+  OFFSET	2 ;
+  WIDTH		2 ;
+  MINIMUMDENSITY        25.0 ;
+  MAXIMUMDENSITY        70.0 ;
+  DENSITYCHECKSTEP 100 ;
+  DENSITYCHECKWINDOW 200 200 ;
+  SPACING 2 ;
+  SPACINGTABLE
+  PARALLELRUNLENGTH 0.00   50.00
+  WIDTH 0.00         2.0    2.0
+  WIDTH 5.00         2.0    5.0 ;
+  HEIGHT 11.160 ;
+#  CURRENTDEN 0 ;
+  THICKNESS 3.0 ;
+  ANTENNACUMAREARATIO 200 ;
+  ANTENNACUMDIFFAREARATIO PWL ( ( 0 200 ) ( 0.159 200 ) ( 0.16  3200 ) ( 100 2000000 ) ) ;
+  RESISTANCE RPERSQ 0.0145 ;
+  CAPACITANCE  CPERSQDIST 3.23E-06 ;
+  EDGECAPACITANCE  4.18E-05 ;
+  DCCURRENTDENSITY AVERAGE 16 ;
+END TopMetal2
+
+#######  Definitions of Via1 single cut ##############
+
+Via  Via1_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via1_XX
+
+
+Via  Via1_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via1_XX_s
+
+Via  Via1_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via1_XY
+
+Via  Via1_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via1_XY_s
+
+Via  Via1_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via1_YX
+
+Via  Via1_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via1_YX_s
+
+Via  Via1_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via1_YY
+
+Via  Via1_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via1_YY_s
+
+Via  Via1_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal1 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via1 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal2 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via1_s
+
+####### Definitions of Via1 double cut ########
+
+Via Via1_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via1_DC1B
+
+Via Via1_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via1_DC1T
+
+Via Via1_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via1_DC1L
+
+Via Via1_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via1_DC1R
+
+Via Via1_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via1_DC2B
+
+Via Via1_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via1_DC2T
+
+Via Via1_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via1_DC2L
+
+Via Via1_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal1 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via1 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal2 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via1_DC2R
+
+#######  Definitions of Via2 single cut ##############
+
+Via  Via2_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via2_XX
+
+
+Via  Via2_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via2_XX_s
+
+Via  Via2_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via2_XY
+
+Via  Via2_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via2_XY_s
+
+Via  Via2_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via2_YX
+
+Via  Via2_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via2_YX_s
+
+Via  Via2_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via2_YY
+
+Via  Via2_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via2_YY_s
+
+Via  Via2_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal2 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via2 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal3 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via2_s
+
+#######  Definitions of Via2 double cut ##############
+
+Via Via2_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via2_DC1B
+
+Via Via2_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via2_DC1T
+
+Via Via2_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via2_DC1L
+
+Via Via2_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via2_DC1R
+
+Via Via2_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via2_DC2B
+
+Via Via2_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via2_DC2T
+
+Via Via2_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via2_DC2L
+
+Via Via2_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal2 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via2 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal3 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via2_DC2R
+
+#######  Definitions of Via3 single cut ##############
+
+Via  Via3_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via3_XX
+
+
+Via  Via3_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via3_XX_s
+
+Via  Via3_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via3_XY
+
+Via  Via3_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via3_XY_s
+
+Via  Via3_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via3_YX
+
+Via  Via3_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via3_YX_s
+
+Via  Via3_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via3_YY
+
+Via  Via3_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via3_YY_s
+
+Via  Via3_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal3 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via3 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal4 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via3_s
+
+#######  Definitions of Via3 double cut ##############
+
+Via Via3_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via3_DC1B
+
+Via Via3_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via3_DC1T
+
+Via Via3_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via3_DC1L
+
+Via Via3_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via3_DC1R
+
+Via Via3_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal4 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via3_DC2B
+
+Via Via3_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal4 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via3_DC2T
+
+Via Via3_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via3_DC2L
+
+Via Via3_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal3 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via3 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal4 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via3_DC2R
+
+#######  Definitions of Via4 single cut ##############
+
+Via  Via4_XX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via4_XX
+
+
+Via  Via4_XX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via4_XX_s
+
+Via  Via4_XY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via4_XY
+
+Via  Via4_XY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.145 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via4_XY_s
+
+Via  Via4_YX DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.145 -0.1 0.145 0.1 ;
+  END Via4_YX
+
+Via  Via4_YX_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.36 -0.1 0.36 0.1 ;
+  END Via4_YX_s
+
+Via  Via4_YY DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.1 -0.145 0.1 0.145 ;
+  END Via4_YY
+
+Via  Via4_YY_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.105 -0.145 0.105 0.145 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.1 -0.36 0.1 0.36 ;
+  END Via4_YY_s
+
+Via  Via4_s DEFAULT
+  RESISTANCE  20.00 ;
+  LAYER Metal4 ;
+      RECT -0.145 -0.145 0.145 0.145 ;
+    LAYER Via4 ;
+      RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Metal5 ;
+      RECT -0.19 -0.19 0.19 0.19 ;
+  END Via4_s
+
+#######  Definitions of Via4 double cut ##############
+
+Via Via4_DC1B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal5 ;
+        RECT -0.1 -0.155 0.1 0.565 ;
+END Via4_DC1B
+
+Via Via4_DC1T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal5 ;
+        RECT -0.1 -0.565 0.1 0.155 ;
+END Via4_DC1T
+
+Via Via4_DC1L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.145 -0.105 0.555 0.105 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT 0.315 -0.095 0.505 0.095 ;
+    LAYER Metal5 ;
+        RECT -0.155 -0.1 0.565 0.1 ;
+END Via4_DC1L
+
+Via Via4_DC1R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal5 ;
+        RECT -0.565 -0.1 0.155 0.1 ;
+END Via4_DC1R
+
+Via Via4_DC2B DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.105 -0.145 0.105 0.555 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.095 0.315 0.095 0.505 ;
+    LAYER Metal5 ;
+        RECT -0.145 -0.105 0.145 0.515 ;
+END Via4_DC2B
+
+Via Via4_DC2T DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.105 -0.555 0.105 0.145 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.505 0.095 -0.315 ;
+    LAYER Metal5 ;
+        RECT -0.145 -0.515 0.145 0.105 ;
+END Via4_DC2T
+
+Via Via4_DC2L DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT 0.32 -0.095 0.51 0.095 ;
+    LAYER Metal5 ;
+        RECT -0.1 -0.145 0.52 0.145 ;
+END Via4_DC2L
+
+Via Via4_DC2R DEFAULT
+    RESISTANCE 20.0 ;
+    LAYER Metal4 ;
+        RECT -0.555 -0.105 0.145 0.105 ;
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+    LAYER Via4 ;
+        RECT -0.505 -0.095 -0.315 0.095 ;
+    LAYER Metal5 ;
+        RECT -0.515 -0.145 0.105 0.145 ;
+END Via4_DC2R
+
+#######   TopVia1   ##############################
+
+Via TopVia1EWNS DEFAULT
+  RESISTANCE 4.0 ;
+  LAYER Metal5 ;
+    RECT -0.31 -0.31 0.31 0.31 ;
+  LAYER TopVia1 ;
+    RECT -0.21 -0.21 0.21 0.21 ;
+  LAYER TopMetal1 ;
+    RECT -0.75 -0.75 0.75 0.75 ;
+END TopVia1EWNS
+
+########   TopVia2   #############################
+
+Via TopVia2EWNS DEFAULT
+  RESISTANCE 2.2 ;
+  LAYER TopMetal1 ;
+    RECT -0.95 -0.95 0.95 0.95 ;
+  LAYER TopVia2 ;
+    RECT -0.45 -0.45 0.45 0.45 ;
+  LAYER TopMetal2 ;
+    RECT -0.95 -0.95 0.95 0.95 ;
+END TopVia2EWNS
+#############################################
+ViaRULE via1Array GENERATE
+    LAYER Metal1 ;
+        ENCLOSURE 0.050 0.010 ;
+
+    LAYER Metal2 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via1 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via1Array
+
+ViaRULE via2Array GENERATE
+    LAYER Metal2 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Metal3 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via2 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via2Array
+
+ViaRULE via3Array GENERATE
+    LAYER Metal3 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Metal4 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via3 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via3Array
+
+ViaRULE via4Array GENERATE
+    LAYER Metal4 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Metal5 ;
+        ENCLOSURE 0.050 0.005 ;
+
+    LAYER Via4 ;
+        RECT -0.095 -0.095 0.095 0.095 ;
+        SPACING 0.480 BY 0.480 ;
+        RESISTANCE 20.0 ;
+END via4Array
+###########################################
+ViaRULE viaTop1Array GENERATE
+  LAYER Metal5 ;
+    ENCLOSURE 0.1 0.1 ;
+  LAYER TopMetal1 ;
+    ENCLOSURE 0.42 0.42 ;
+  LAYER TopVia1 ;
+    RECT -0.21 -0.21 0.21 0.21 ;
+    SPACING 0.84 BY 0.84 ;
+    RESISTANCE 4.0 ;
+END viaTop1Array
+
+ViaRULE viaTop2Array GENERATE
+  LAYER TopMetal1 ;
+    ENCLOSURE 0.5 0.5 ;
+  LAYER TopMetal2 ;
+    ENCLOSURE 0.5 0.5 ;
+  LAYER TopVia2 ;
+    RECT -0.45 -0.45 0.45 0.45 ;
+    SPACING 1.96 BY 1.96 ;
+    RESISTANCE 2.2 ;
+END viaTop2Array
+
+END LIBRARY
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..c97438fca
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1524 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_1024x64_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:29:06 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_9_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 10;
+		bit_from  : 9;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_1024x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 10;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 263946.1408 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_9_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+    pin(A_ADDR[8]) {
+       capacitance : 0.00904175 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[9:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.9984);
+		}
+		        fall_power("scalar"){
+		 values (1.3371);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0395);
+		}
+		        fall_power("scalar"){
+		 values (0.0017);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (2.0034);
+		}
+		        fall_power("scalar"){
+		 values (0.0280);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0081);
+		}
+		        fall_power("scalar"){
+		 values (0.0011);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0213);
+		}
+		        fall_power("scalar"){
+		 values (0.0125);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0300);
+		}
+		        fall_power("scalar"){
+		 values (0.0283);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5690);
+		}
+		        fall_power("scalar"){
+		 values (1.0076);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2971);
+		}
+		        fall_power("scalar"){
+		 values (0.3356);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3685);
+		}
+		        fall_power("scalar"){
+		 values (0.3134);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3449,-0.3332,-0.3195,-0.2942,-0.2580,-0.1828,-0.0451",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0141",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2912,-0.2776,-0.2502,-0.2121,-0.1438,-0.0158",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3206,0.2464,0.1078",\
+"0.4144,0.4026,0.3880,0.3626,0.3245,0.2503,0.1116",\
+"0.4182,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4221,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1762");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3342,0.2962,0.2278,0.0979",\
+"0.4035,0.3927,0.3791,0.3517,0.3136,0.2453,0.1154",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1430");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.7606);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (139.5902);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (145.7402);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (118.3291);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4622);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.4389);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2971);
+		}
+		        fall_power("scalar"){
+		 values (0.3356);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3685);
+		}
+		        fall_power("scalar"){
+		 values (0.3134);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3449,-0.3332,-0.3195,-0.2942,-0.2580,-0.1828,-0.0451",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0141",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2912,-0.2776,-0.2502,-0.2121,-0.1438,-0.0158",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3206,0.2464,0.1078",\
+"0.4144,0.4026,0.3880,0.3626,0.3245,0.2503,0.1116",\
+"0.4182,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4221,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1762");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3342,0.2962,0.2278,0.0979",\
+"0.4035,0.3927,0.3791,0.3517,0.3136,0.2453,0.1154",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1430");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_9_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+    pin(A_BIST_ADDR[8]) {
+       capacitance : 0.00904175 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[9:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.9984);
+		}
+		        fall_power("scalar"){
+		 values (1.3371);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0395);
+		}
+		        fall_power("scalar"){
+		 values (0.0017);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (2.0034);
+		}
+		        fall_power("scalar"){
+		 values (0.0280);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0081);
+		}
+		        fall_power("scalar"){
+		 values (0.0011);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0213);
+		}
+		        fall_power("scalar"){
+		 values (0.0125);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0300);
+		}
+		        fall_power("scalar"){
+		 values (0.0283);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5690);
+		}
+		        fall_power("scalar"){
+		 values (1.0076);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2971);
+		}
+		        fall_power("scalar"){
+		 values (0.3356);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3685);
+		}
+		        fall_power("scalar"){
+		 values (0.3134);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3449,-0.3332,-0.3195,-0.2942,-0.2580,-0.1828,-0.0451",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0141",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2912,-0.2776,-0.2502,-0.2121,-0.1438,-0.0158",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3206,0.2464,0.1078",\
+"0.4144,0.4026,0.3880,0.3626,0.3245,0.2503,0.1116",\
+"0.4182,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4221,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1762");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3342,0.2962,0.2278,0.0979",\
+"0.4035,0.3927,0.3791,0.3517,0.3136,0.2453,0.1154",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1430");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.7606);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (139.5902);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (145.7402);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (118.3291);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4622);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.4389);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2971);
+		}
+		        fall_power("scalar"){
+		 values (0.3356);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3685);
+		}
+		        fall_power("scalar"){
+		 values (0.3134);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3449,-0.3332,-0.3195,-0.2942,-0.2580,-0.1828,-0.0451",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0141",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2912,-0.2776,-0.2502,-0.2121,-0.1438,-0.0158",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3206,0.2464,0.1078",\
+"0.4144,0.4026,0.3880,0.3626,0.3245,0.2503,0.1116",\
+"0.4182,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4221,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1762");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3342,0.2962,0.2278,0.0979",\
+"0.4035,0.3927,0.3791,0.3517,0.3136,0.2453,0.1154",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1430");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.6722,2.6732,2.6780,2.6835,2.7044,2.7279",\
+"2.6794,2.6804,2.6852,2.6907,2.7116,2.7351",\
+"2.6808,2.6818,2.6867,2.6922,2.7131,2.7366",\
+"2.6842,2.6852,2.6900,2.6955,2.7164,2.7399",\
+"2.6970,2.6980,2.7028,2.7083,2.7292,2.7527",\
+"2.7148,2.7158,2.7206,2.7261,2.7470,2.7705",\
+"2.7402,2.7412,2.7460,2.7515,2.7724,2.7959");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.6379,2.6387,2.6428,2.6473,2.6644,2.6811",\
+"2.6451,2.6459,2.6500,2.6545,2.6716,2.6883",\
+"2.6466,2.6474,2.6514,2.6560,2.6731,2.6898",\
+"2.6499,2.6507,2.6548,2.6593,2.6764,2.6931",\
+"2.6627,2.6636,2.6676,2.6722,2.6892,2.7060",\
+"2.6805,2.6813,2.6854,2.6899,2.7070,2.7237",\
+"2.7059,2.7067,2.7108,2.7153,2.7324,2.7491");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 1878.3764;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..d61fa07f8
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_1024x64_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1524 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_1024x64_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:29:06 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_9_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 10;
+		bit_from  : 9;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_1024x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 10;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 263946.1408 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_9_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+    pin(A_ADDR[8]) {
+       capacitance : 0.0101403 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[9:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0107);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0196);
+		}
+		        fall_power("scalar"){
+		 values (0.0010);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1716);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2347);
+		}
+		        fall_power("scalar"){
+		 values (0.0990);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0979);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5283,-0.5127,-0.5010,-0.4697,-0.4228,-0.3223,-0.1240",\
+"-0.5333,-0.5177,-0.5060,-0.4747,-0.4278,-0.3273,-0.1290",\
+"-0.5377,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5539,-0.5383,-0.5266,-0.4954,-0.4485,-0.3479,-0.1496",\
+"-0.5904,-0.5748,-0.5631,-0.5318,-0.4850,-0.3844,-0.1861",\
+"-0.6413,-0.6257,-0.6140,-0.5827,-0.5358,-0.4352,-0.2370");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4609,-0.4473,-0.4336,-0.4053,-0.3545,-0.2568,-0.0771",\
+"-0.4659,-0.4523,-0.4386,-0.4103,-0.3595,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4802,-0.4665,-0.4529,-0.4245,-0.3738,-0.2761,-0.0964",\
+"-0.4866,-0.4729,-0.4592,-0.4309,-0.3801,-0.2825,-0.1028",\
+"-0.5231,-0.5094,-0.4957,-0.4674,-0.4166,-0.3189,-0.1393",\
+"-0.5739,-0.5602,-0.5466,-0.5183,-0.4675,-0.3698,-0.1901");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6379,0.6223,0.6067,0.5774,0.5295,0.4280,0.2317",\
+"0.6429,0.6273,0.6117,0.5824,0.5345,0.4330,0.2367",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4472,0.2510",\
+"0.6636,0.6479,0.6323,0.6030,0.5552,0.4536,0.2573",\
+"0.7000,0.6844,0.6688,0.6395,0.5916,0.4901,0.2938",\
+"0.7509,0.7353,0.7197,0.6904,0.6425,0.5410,0.3447");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5647,0.5500,0.5354,0.5071,0.4573,0.3596,0.1760",\
+"0.5697,0.5551,0.5404,0.5121,0.4623,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5840,0.5693,0.5547,0.5264,0.4765,0.3789,0.1953",\
+"0.5903,0.5757,0.5610,0.5327,0.4829,0.3852,0.2016",\
+"0.6268,0.6122,0.5975,0.5692,0.5194,0.4217,0.2381",\
+"0.6777,0.6630,0.6484,0.6201,0.5703,0.4726,0.2890");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.4963);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (110.9189);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (118.1095);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (91.8272);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4359);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.1099);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2347);
+		}
+		        fall_power("scalar"){
+		 values (0.0990);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0979);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5283,-0.5127,-0.5010,-0.4697,-0.4228,-0.3223,-0.1240",\
+"-0.5333,-0.5177,-0.5060,-0.4747,-0.4278,-0.3273,-0.1290",\
+"-0.5377,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5539,-0.5383,-0.5266,-0.4954,-0.4485,-0.3479,-0.1496",\
+"-0.5904,-0.5748,-0.5631,-0.5318,-0.4850,-0.3844,-0.1861",\
+"-0.6413,-0.6257,-0.6140,-0.5827,-0.5358,-0.4352,-0.2370");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4609,-0.4473,-0.4336,-0.4053,-0.3545,-0.2568,-0.0771",\
+"-0.4659,-0.4523,-0.4386,-0.4103,-0.3595,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4802,-0.4665,-0.4529,-0.4245,-0.3738,-0.2761,-0.0964",\
+"-0.4866,-0.4729,-0.4592,-0.4309,-0.3801,-0.2825,-0.1028",\
+"-0.5231,-0.5094,-0.4957,-0.4674,-0.4166,-0.3189,-0.1393",\
+"-0.5739,-0.5602,-0.5466,-0.5183,-0.4675,-0.3698,-0.1901");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6379,0.6223,0.6067,0.5774,0.5295,0.4280,0.2317",\
+"0.6429,0.6273,0.6117,0.5824,0.5345,0.4330,0.2367",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4472,0.2510",\
+"0.6636,0.6479,0.6323,0.6030,0.5552,0.4536,0.2573",\
+"0.7000,0.6844,0.6688,0.6395,0.5916,0.4901,0.2938",\
+"0.7509,0.7353,0.7197,0.6904,0.6425,0.5410,0.3447");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5647,0.5500,0.5354,0.5071,0.4573,0.3596,0.1760",\
+"0.5697,0.5551,0.5404,0.5121,0.4623,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5840,0.5693,0.5547,0.5264,0.4765,0.3789,0.1953",\
+"0.5903,0.5757,0.5610,0.5327,0.4829,0.3852,0.2016",\
+"0.6268,0.6122,0.5975,0.5692,0.5194,0.4217,0.2381",\
+"0.6777,0.6630,0.6484,0.6201,0.5703,0.4726,0.2890");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_9_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+    pin(A_BIST_ADDR[8]) {
+       capacitance : 0.0101403 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[9:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0107);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0196);
+		}
+		        fall_power("scalar"){
+		 values (0.0010);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1716);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2347);
+		}
+		        fall_power("scalar"){
+		 values (0.0990);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0979);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5283,-0.5127,-0.5010,-0.4697,-0.4228,-0.3223,-0.1240",\
+"-0.5333,-0.5177,-0.5060,-0.4747,-0.4278,-0.3273,-0.1290",\
+"-0.5377,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5539,-0.5383,-0.5266,-0.4954,-0.4485,-0.3479,-0.1496",\
+"-0.5904,-0.5748,-0.5631,-0.5318,-0.4850,-0.3844,-0.1861",\
+"-0.6413,-0.6257,-0.6140,-0.5827,-0.5358,-0.4352,-0.2370");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4609,-0.4473,-0.4336,-0.4053,-0.3545,-0.2568,-0.0771",\
+"-0.4659,-0.4523,-0.4386,-0.4103,-0.3595,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4802,-0.4665,-0.4529,-0.4245,-0.3738,-0.2761,-0.0964",\
+"-0.4866,-0.4729,-0.4592,-0.4309,-0.3801,-0.2825,-0.1028",\
+"-0.5231,-0.5094,-0.4957,-0.4674,-0.4166,-0.3189,-0.1393",\
+"-0.5739,-0.5602,-0.5466,-0.5183,-0.4675,-0.3698,-0.1901");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6379,0.6223,0.6067,0.5774,0.5295,0.4280,0.2317",\
+"0.6429,0.6273,0.6117,0.5824,0.5345,0.4330,0.2367",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4472,0.2510",\
+"0.6636,0.6479,0.6323,0.6030,0.5552,0.4536,0.2573",\
+"0.7000,0.6844,0.6688,0.6395,0.5916,0.4901,0.2938",\
+"0.7509,0.7353,0.7197,0.6904,0.6425,0.5410,0.3447");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5647,0.5500,0.5354,0.5071,0.4573,0.3596,0.1760",\
+"0.5697,0.5551,0.5404,0.5121,0.4623,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5840,0.5693,0.5547,0.5264,0.4765,0.3789,0.1953",\
+"0.5903,0.5757,0.5610,0.5327,0.4829,0.3852,0.2016",\
+"0.6268,0.6122,0.5975,0.5692,0.5194,0.4217,0.2381",\
+"0.6777,0.6630,0.6484,0.6201,0.5703,0.4726,0.2890");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4963);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (110.9189);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (118.1095);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (91.8272);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4359);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.1099);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2347);
+		}
+		        fall_power("scalar"){
+		 values (0.0990);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0979);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5283,-0.5127,-0.5010,-0.4697,-0.4228,-0.3223,-0.1240",\
+"-0.5333,-0.5177,-0.5060,-0.4747,-0.4278,-0.3273,-0.1290",\
+"-0.5377,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5539,-0.5383,-0.5266,-0.4954,-0.4485,-0.3479,-0.1496",\
+"-0.5904,-0.5748,-0.5631,-0.5318,-0.4850,-0.3844,-0.1861",\
+"-0.6413,-0.6257,-0.6140,-0.5827,-0.5358,-0.4352,-0.2370");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4609,-0.4473,-0.4336,-0.4053,-0.3545,-0.2568,-0.0771",\
+"-0.4659,-0.4523,-0.4386,-0.4103,-0.3595,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4802,-0.4665,-0.4529,-0.4245,-0.3738,-0.2761,-0.0964",\
+"-0.4866,-0.4729,-0.4592,-0.4309,-0.3801,-0.2825,-0.1028",\
+"-0.5231,-0.5094,-0.4957,-0.4674,-0.4166,-0.3189,-0.1393",\
+"-0.5739,-0.5602,-0.5466,-0.5183,-0.4675,-0.3698,-0.1901");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6379,0.6223,0.6067,0.5774,0.5295,0.4280,0.2317",\
+"0.6429,0.6273,0.6117,0.5824,0.5345,0.4330,0.2367",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4472,0.2510",\
+"0.6636,0.6479,0.6323,0.6030,0.5552,0.4536,0.2573",\
+"0.7000,0.6844,0.6688,0.6395,0.5916,0.4901,0.2938",\
+"0.7509,0.7353,0.7197,0.6904,0.6425,0.5410,0.3447");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5647,0.5500,0.5354,0.5071,0.4573,0.3596,0.1760",\
+"0.5697,0.5551,0.5404,0.5121,0.4623,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5840,0.5693,0.5547,0.5264,0.4765,0.3789,0.1953",\
+"0.5903,0.5757,0.5610,0.5327,0.4829,0.3852,0.2016",\
+"0.6268,0.6122,0.5975,0.5692,0.5194,0.4217,0.2381",\
+"0.6777,0.6630,0.6484,0.6201,0.5703,0.4726,0.2890");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("4.3438,4.3454,4.3531,4.3618,4.3942,4.4303",\
+"4.3539,4.3556,4.3632,4.3719,4.4043,4.4404",\
+"4.3586,4.3602,4.3678,4.3765,4.4089,4.4451",\
+"4.3664,4.3680,4.3756,4.3843,4.4167,4.4529",\
+"4.3739,4.3755,4.3831,4.3919,4.4242,4.4604",\
+"4.4090,4.4106,4.4182,4.4269,4.4593,4.4955",\
+"4.4623,4.4639,4.4716,4.4803,4.5127,4.5488");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("4.2835,4.2849,4.2910,4.2981,4.3246,4.3508",\
+"4.2937,4.2950,4.3011,4.3082,4.3347,4.3609",\
+"4.2983,4.2996,4.3057,4.3128,4.3393,4.3656",\
+"4.3061,4.3074,4.3135,4.3206,4.3471,4.3734",\
+"4.3136,4.3150,4.3210,4.3282,4.3547,4.3809",\
+"4.3487,4.3500,4.3561,4.3632,4.3897,4.4160",\
+"4.4020,4.4034,4.4095,4.4166,4.4431,4.4693");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 792.0620;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..112d3b434
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1530 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_2048x64_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:18:58 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_10_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 11;
+		bit_from  : 10;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_2048x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 11;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 491633.616 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_10_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+    pin(A_ADDR[8]) {
+       capacitance : 0.00904175 ;
+    }
+    pin(A_ADDR[9]) {
+       capacitance : 0.0074973 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[10:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.4556);
+		}
+		        fall_power("scalar"){
+		 values (0.8645);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0781);
+		}
+		        fall_power("scalar"){
+		 values (0.0117);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.3152);
+		}
+		        fall_power("scalar"){
+		 values (0.0042);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0114);
+		}
+		        fall_power("scalar"){
+		 values (0.0400);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0049);
+		}
+		        fall_power("scalar"){
+		 values (0.0192);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0341);
+		}
+		        fall_power("scalar"){
+		 values (0.0406);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5829);
+		}
+		        fall_power("scalar"){
+		 values (0.4540);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.3550);
+		}
+		        fall_power("scalar"){
+		 values (0.3289);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3159);
+		}
+		        fall_power("scalar"){
+		 values (0.3049);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3119,-0.3002,-0.2865,-0.2611,-0.2250,-0.1498,-0.0121",\
+"-0.3151,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0153",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3450,-0.3332,-0.3196,-0.2942,-0.2580,-0.1829,-0.0452",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2504,-0.2368,-0.2094,-0.1713,-0.1030,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2690,-0.2582,-0.2445,-0.2172,-0.1791,-0.1107,0.0172",\
+"-0.2721,-0.2614,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2913,-0.2776,-0.2502,-0.2122,-0.1438,-0.0159",\
+"-0.3297,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4183,0.4066,0.3919,0.3665,0.3285,0.2542,0.1156",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3705,0.3597,0.3460,0.3187,0.2806,0.2122,0.0824",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4035,0.3928,0.3791,0.3517,0.3137,0.2453,0.1154",\
+"0.4312,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.7162);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (185.1805);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (197.2069);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (154.8838);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.5657);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.7188);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.3550);
+		}
+		        fall_power("scalar"){
+		 values (0.3289);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3159);
+		}
+		        fall_power("scalar"){
+		 values (0.3049);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3119,-0.3002,-0.2865,-0.2611,-0.2250,-0.1498,-0.0121",\
+"-0.3151,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0153",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3450,-0.3332,-0.3196,-0.2942,-0.2580,-0.1829,-0.0452",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2504,-0.2368,-0.2094,-0.1713,-0.1030,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2690,-0.2582,-0.2445,-0.2172,-0.1791,-0.1107,0.0172",\
+"-0.2721,-0.2614,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2913,-0.2776,-0.2502,-0.2122,-0.1438,-0.0159",\
+"-0.3297,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4183,0.4066,0.3919,0.3665,0.3285,0.2542,0.1156",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3705,0.3597,0.3460,0.3187,0.2806,0.2122,0.0824",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4035,0.3928,0.3791,0.3517,0.3137,0.2453,0.1154",\
+"0.4312,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_10_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+    pin(A_BIST_ADDR[8]) {
+       capacitance : 0.00904175 ;
+    }
+    pin(A_BIST_ADDR[9]) {
+       capacitance : 0.0074973 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[10:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.4556);
+		}
+		        fall_power("scalar"){
+		 values (0.8645);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0781);
+		}
+		        fall_power("scalar"){
+		 values (0.0117);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3152);
+		}
+		        fall_power("scalar"){
+		 values (0.0042);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0114);
+		}
+		        fall_power("scalar"){
+		 values (0.0400);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0049);
+		}
+		        fall_power("scalar"){
+		 values (0.0192);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0341);
+		}
+		        fall_power("scalar"){
+		 values (0.0406);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5829);
+		}
+		        fall_power("scalar"){
+		 values (0.4540);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3550);
+		}
+		        fall_power("scalar"){
+		 values (0.3289);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3159);
+		}
+		        fall_power("scalar"){
+		 values (0.3049);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3119,-0.3002,-0.2865,-0.2611,-0.2250,-0.1498,-0.0121",\
+"-0.3151,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0153",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3450,-0.3332,-0.3196,-0.2942,-0.2580,-0.1829,-0.0452",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2504,-0.2368,-0.2094,-0.1713,-0.1030,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2690,-0.2582,-0.2445,-0.2172,-0.1791,-0.1107,0.0172",\
+"-0.2721,-0.2614,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2913,-0.2776,-0.2502,-0.2122,-0.1438,-0.0159",\
+"-0.3297,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4183,0.4066,0.3919,0.3665,0.3285,0.2542,0.1156",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3705,0.3597,0.3460,0.3187,0.2806,0.2122,0.0824",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4035,0.3928,0.3791,0.3517,0.3137,0.2453,0.1154",\
+"0.4312,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.7162);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (185.1805);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (197.2069);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (154.8838);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5657);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.7188);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3550);
+		}
+		        fall_power("scalar"){
+		 values (0.3289);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3159);
+		}
+		        fall_power("scalar"){
+		 values (0.3049);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3119,-0.3002,-0.2865,-0.2611,-0.2250,-0.1498,-0.0121",\
+"-0.3151,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0153",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3450,-0.3332,-0.3196,-0.2942,-0.2580,-0.1829,-0.0452",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2504,-0.2368,-0.2094,-0.1713,-0.1030,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2690,-0.2582,-0.2445,-0.2172,-0.1791,-0.1107,0.0172",\
+"-0.2721,-0.2614,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3020,-0.2913,-0.2776,-0.2502,-0.2122,-0.1438,-0.0159",\
+"-0.3297,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4183,0.4066,0.3919,0.3665,0.3285,0.2542,0.1156",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4513,0.4396,0.4250,0.3996,0.3615,0.2873,0.1486",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3705,0.3597,0.3460,0.3187,0.2806,0.2122,0.0824",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4035,0.3928,0.3791,0.3517,0.3137,0.2453,0.1154",\
+"0.4312,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.3261,3.3271,3.3320,3.3375,3.3584,3.3819",\
+"3.3326,3.3336,3.3384,3.3439,3.3648,3.3883",\
+"3.3365,3.3375,3.3423,3.3478,3.3688,3.3923",\
+"3.3398,3.3408,3.3457,3.3512,3.3721,3.3956",\
+"3.3485,3.3495,3.3543,3.3598,3.3807,3.4042",\
+"3.3706,3.3716,3.3764,3.3819,3.4028,3.4263",\
+"3.3961,3.3971,3.4019,3.4074,3.4283,3.4518");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.2919,3.2927,3.2968,3.3013,3.3184,3.3351",\
+"3.2983,3.2991,3.3032,3.3077,3.3248,3.3415",\
+"3.3022,3.3031,3.3071,3.3117,3.3288,3.3455",\
+"3.3056,3.3064,3.3105,3.3150,3.3321,3.3488",\
+"3.3142,3.3150,3.3191,3.3236,3.3407,3.3574",\
+"3.3363,3.3372,3.3412,3.3457,3.3628,3.3796",\
+"3.3618,3.3626,3.3667,3.3712,3.3883,3.4050");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 3756.7529;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..356aeced2
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_2048x64_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1530 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_2048x64_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:18:58 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_10_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 11;
+		bit_from  : 10;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_2048x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 11;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 491633.616 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_10_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+    pin(A_ADDR[8]) {
+       capacitance : 0.0101403 ;
+    }
+    pin(A_ADDR[9]) {
+       capacitance : 0.00771605 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[10:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0078);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0281);
+		}
+		        fall_power("scalar"){
+		 values (0.0028);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0045);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0023);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0025);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0068);
+		}
+		        fall_power("scalar"){
+		 values (0.0032);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1674);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2424);
+		}
+		        fall_power("scalar"){
+		 values (0.1043);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2321);
+		}
+		        fall_power("scalar"){
+		 values (0.0980);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5291,-0.5134,-0.5017,-0.4705,-0.4236,-0.3230,-0.1248",\
+"-0.5341,-0.5184,-0.5067,-0.4755,-0.4286,-0.3280,-0.1298",\
+"-0.5385,-0.5229,-0.5112,-0.4799,-0.4331,-0.3325,-0.1342",\
+"-0.5483,-0.5327,-0.5210,-0.4897,-0.4428,-0.3423,-0.1440",\
+"-0.5549,-0.5393,-0.5275,-0.4963,-0.4494,-0.3488,-0.1506",\
+"-0.5858,-0.5702,-0.5585,-0.5273,-0.4804,-0.3798,-0.1815",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5364,-0.4358,-0.2375");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4617,-0.4480,-0.4343,-0.4060,-0.3552,-0.2576,-0.0779",\
+"-0.4667,-0.4530,-0.4393,-0.4110,-0.3602,-0.2626,-0.0829",\
+"-0.4712,-0.4575,-0.4438,-0.4155,-0.3647,-0.2671,-0.0874",\
+"-0.4809,-0.4673,-0.4536,-0.4253,-0.3745,-0.2768,-0.0971",\
+"-0.4875,-0.4738,-0.4601,-0.4318,-0.3810,-0.2834,-0.1037",\
+"-0.5185,-0.5048,-0.4911,-0.4628,-0.4120,-0.3144,-0.1347",\
+"-0.5745,-0.5608,-0.5471,-0.5188,-0.4680,-0.3704,-0.1907");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6387,0.6230,0.6074,0.5781,0.5303,0.4287,0.2324",\
+"0.6437,0.6281,0.6124,0.5831,0.5353,0.4337,0.2374",\
+"0.6482,0.6325,0.6169,0.5876,0.5398,0.4382,0.2419",\
+"0.6579,0.6423,0.6267,0.5974,0.5495,0.4480,0.2517",\
+"0.6645,0.6489,0.6332,0.6039,0.5561,0.4545,0.2582",\
+"0.6955,0.6798,0.6642,0.6349,0.5871,0.4855,0.2892",\
+"0.7515,0.7358,0.7202,0.6909,0.6431,0.5415,0.3452");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5654,0.5508,0.5361,0.5078,0.4580,0.3604,0.1768",\
+"0.5704,0.5558,0.5411,0.5128,0.4630,0.3654,0.1818",\
+"0.5749,0.5603,0.5456,0.5173,0.4675,0.3698,0.1862",\
+"0.5847,0.5700,0.5554,0.5271,0.4773,0.3796,0.1960",\
+"0.5912,0.5766,0.5619,0.5336,0.4838,0.3862,0.2026",\
+"0.6222,0.6076,0.5929,0.5646,0.5148,0.4171,0.2335",\
+"0.6782,0.6636,0.6489,0.6206,0.5708,0.4731,0.2895");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.6834);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (155.3678);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (156.4309);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (122.3940);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.5559);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.0936);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2424);
+		}
+		        fall_power("scalar"){
+		 values (0.1043);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2321);
+		}
+		        fall_power("scalar"){
+		 values (0.0980);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5291,-0.5134,-0.5017,-0.4705,-0.4236,-0.3230,-0.1248",\
+"-0.5341,-0.5184,-0.5067,-0.4755,-0.4286,-0.3280,-0.1298",\
+"-0.5385,-0.5229,-0.5112,-0.4799,-0.4331,-0.3325,-0.1342",\
+"-0.5483,-0.5327,-0.5210,-0.4897,-0.4428,-0.3423,-0.1440",\
+"-0.5549,-0.5393,-0.5275,-0.4963,-0.4494,-0.3488,-0.1506",\
+"-0.5858,-0.5702,-0.5585,-0.5273,-0.4804,-0.3798,-0.1815",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5364,-0.4358,-0.2375");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4617,-0.4480,-0.4343,-0.4060,-0.3552,-0.2576,-0.0779",\
+"-0.4667,-0.4530,-0.4393,-0.4110,-0.3602,-0.2626,-0.0829",\
+"-0.4712,-0.4575,-0.4438,-0.4155,-0.3647,-0.2671,-0.0874",\
+"-0.4809,-0.4673,-0.4536,-0.4253,-0.3745,-0.2768,-0.0971",\
+"-0.4875,-0.4738,-0.4601,-0.4318,-0.3810,-0.2834,-0.1037",\
+"-0.5185,-0.5048,-0.4911,-0.4628,-0.4120,-0.3144,-0.1347",\
+"-0.5745,-0.5608,-0.5471,-0.5188,-0.4680,-0.3704,-0.1907");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6387,0.6230,0.6074,0.5781,0.5303,0.4287,0.2324",\
+"0.6437,0.6281,0.6124,0.5831,0.5353,0.4337,0.2374",\
+"0.6482,0.6325,0.6169,0.5876,0.5398,0.4382,0.2419",\
+"0.6579,0.6423,0.6267,0.5974,0.5495,0.4480,0.2517",\
+"0.6645,0.6489,0.6332,0.6039,0.5561,0.4545,0.2582",\
+"0.6955,0.6798,0.6642,0.6349,0.5871,0.4855,0.2892",\
+"0.7515,0.7358,0.7202,0.6909,0.6431,0.5415,0.3452");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5654,0.5508,0.5361,0.5078,0.4580,0.3604,0.1768",\
+"0.5704,0.5558,0.5411,0.5128,0.4630,0.3654,0.1818",\
+"0.5749,0.5603,0.5456,0.5173,0.4675,0.3698,0.1862",\
+"0.5847,0.5700,0.5554,0.5271,0.4773,0.3796,0.1960",\
+"0.5912,0.5766,0.5619,0.5336,0.4838,0.3862,0.2026",\
+"0.6222,0.6076,0.5929,0.5646,0.5148,0.4171,0.2335",\
+"0.6782,0.6636,0.6489,0.6206,0.5708,0.4731,0.2895");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_10_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+    pin(A_BIST_ADDR[8]) {
+       capacitance : 0.0101403 ;
+    }
+    pin(A_BIST_ADDR[9]) {
+       capacitance : 0.00771605 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[10:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0078);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0281);
+		}
+		        fall_power("scalar"){
+		 values (0.0028);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0045);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0023);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0025);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0068);
+		}
+		        fall_power("scalar"){
+		 values (0.0032);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1674);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2424);
+		}
+		        fall_power("scalar"){
+		 values (0.1043);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2321);
+		}
+		        fall_power("scalar"){
+		 values (0.0980);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5291,-0.5134,-0.5017,-0.4705,-0.4236,-0.3230,-0.1248",\
+"-0.5341,-0.5184,-0.5067,-0.4755,-0.4286,-0.3280,-0.1298",\
+"-0.5385,-0.5229,-0.5112,-0.4799,-0.4331,-0.3325,-0.1342",\
+"-0.5483,-0.5327,-0.5210,-0.4897,-0.4428,-0.3423,-0.1440",\
+"-0.5549,-0.5393,-0.5275,-0.4963,-0.4494,-0.3488,-0.1506",\
+"-0.5858,-0.5702,-0.5585,-0.5273,-0.4804,-0.3798,-0.1815",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5364,-0.4358,-0.2375");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4617,-0.4480,-0.4343,-0.4060,-0.3552,-0.2576,-0.0779",\
+"-0.4667,-0.4530,-0.4393,-0.4110,-0.3602,-0.2626,-0.0829",\
+"-0.4712,-0.4575,-0.4438,-0.4155,-0.3647,-0.2671,-0.0874",\
+"-0.4809,-0.4673,-0.4536,-0.4253,-0.3745,-0.2768,-0.0971",\
+"-0.4875,-0.4738,-0.4601,-0.4318,-0.3810,-0.2834,-0.1037",\
+"-0.5185,-0.5048,-0.4911,-0.4628,-0.4120,-0.3144,-0.1347",\
+"-0.5745,-0.5608,-0.5471,-0.5188,-0.4680,-0.3704,-0.1907");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6387,0.6230,0.6074,0.5781,0.5303,0.4287,0.2324",\
+"0.6437,0.6281,0.6124,0.5831,0.5353,0.4337,0.2374",\
+"0.6482,0.6325,0.6169,0.5876,0.5398,0.4382,0.2419",\
+"0.6579,0.6423,0.6267,0.5974,0.5495,0.4480,0.2517",\
+"0.6645,0.6489,0.6332,0.6039,0.5561,0.4545,0.2582",\
+"0.6955,0.6798,0.6642,0.6349,0.5871,0.4855,0.2892",\
+"0.7515,0.7358,0.7202,0.6909,0.6431,0.5415,0.3452");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5654,0.5508,0.5361,0.5078,0.4580,0.3604,0.1768",\
+"0.5704,0.5558,0.5411,0.5128,0.4630,0.3654,0.1818",\
+"0.5749,0.5603,0.5456,0.5173,0.4675,0.3698,0.1862",\
+"0.5847,0.5700,0.5554,0.5271,0.4773,0.3796,0.1960",\
+"0.5912,0.5766,0.5619,0.5336,0.4838,0.3862,0.2026",\
+"0.6222,0.6076,0.5929,0.5646,0.5148,0.4171,0.2335",\
+"0.6782,0.6636,0.6489,0.6206,0.5708,0.4731,0.2895");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.6834);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (155.3678);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (156.4309);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (122.3940);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5559);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.0936);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2424);
+		}
+		        fall_power("scalar"){
+		 values (0.1043);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2321);
+		}
+		        fall_power("scalar"){
+		 values (0.0980);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5291,-0.5134,-0.5017,-0.4705,-0.4236,-0.3230,-0.1248",\
+"-0.5341,-0.5184,-0.5067,-0.4755,-0.4286,-0.3280,-0.1298",\
+"-0.5385,-0.5229,-0.5112,-0.4799,-0.4331,-0.3325,-0.1342",\
+"-0.5483,-0.5327,-0.5210,-0.4897,-0.4428,-0.3423,-0.1440",\
+"-0.5549,-0.5393,-0.5275,-0.4963,-0.4494,-0.3488,-0.1506",\
+"-0.5858,-0.5702,-0.5585,-0.5273,-0.4804,-0.3798,-0.1815",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5364,-0.4358,-0.2375");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4617,-0.4480,-0.4343,-0.4060,-0.3552,-0.2576,-0.0779",\
+"-0.4667,-0.4530,-0.4393,-0.4110,-0.3602,-0.2626,-0.0829",\
+"-0.4712,-0.4575,-0.4438,-0.4155,-0.3647,-0.2671,-0.0874",\
+"-0.4809,-0.4673,-0.4536,-0.4253,-0.3745,-0.2768,-0.0971",\
+"-0.4875,-0.4738,-0.4601,-0.4318,-0.3810,-0.2834,-0.1037",\
+"-0.5185,-0.5048,-0.4911,-0.4628,-0.4120,-0.3144,-0.1347",\
+"-0.5745,-0.5608,-0.5471,-0.5188,-0.4680,-0.3704,-0.1907");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6387,0.6230,0.6074,0.5781,0.5303,0.4287,0.2324",\
+"0.6437,0.6281,0.6124,0.5831,0.5353,0.4337,0.2374",\
+"0.6482,0.6325,0.6169,0.5876,0.5398,0.4382,0.2419",\
+"0.6579,0.6423,0.6267,0.5974,0.5495,0.4480,0.2517",\
+"0.6645,0.6489,0.6332,0.6039,0.5561,0.4545,0.2582",\
+"0.6955,0.6798,0.6642,0.6349,0.5871,0.4855,0.2892",\
+"0.7515,0.7358,0.7202,0.6909,0.6431,0.5415,0.3452");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5654,0.5508,0.5361,0.5078,0.4580,0.3604,0.1768",\
+"0.5704,0.5558,0.5411,0.5128,0.4630,0.3654,0.1818",\
+"0.5749,0.5603,0.5456,0.5173,0.4675,0.3698,0.1862",\
+"0.5847,0.5700,0.5554,0.5271,0.4773,0.3796,0.1960",\
+"0.5912,0.5766,0.5619,0.5336,0.4838,0.3862,0.2026",\
+"0.6222,0.6076,0.5929,0.5646,0.5148,0.4171,0.2335",\
+"0.6782,0.6636,0.6489,0.6206,0.5708,0.4731,0.2895");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("5.3921,5.3938,5.4014,5.4101,5.4425,5.4786",\
+"5.4033,5.4049,5.4126,5.4213,5.4537,5.4898",\
+"5.4020,5.4036,5.4112,5.4199,5.4523,5.4885",\
+"5.4150,5.4166,5.4243,5.4330,5.4654,5.5015",\
+"5.4228,5.4244,5.4320,5.4407,5.4731,5.5093",\
+"5.4554,5.4570,5.4646,5.4733,5.5057,5.5419",\
+"5.5093,5.5109,5.5185,5.5273,5.5596,5.5958");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("5.3319,5.3332,5.3393,5.3464,5.3729,5.3991",\
+"5.3430,5.3444,5.3505,5.3576,5.3841,5.4103",\
+"5.3417,5.3430,5.3491,5.3562,5.3827,5.4090",\
+"5.3548,5.3561,5.3622,5.3693,5.3958,5.4220",\
+"5.3625,5.3638,5.3699,5.3770,5.4036,5.4298",\
+"5.3951,5.3964,5.4025,5.4096,5.4361,5.4624",\
+"5.4490,5.4504,5.4564,5.4636,5.4901,5.5163");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 1584.1239;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..e84e4de87
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1512 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_256x48_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:18:04 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_47_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 48;
+		bit_from  : 47;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_7_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 8;
+		bit_from  : 7;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_256x48_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 8;
+ word_width : 48;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 70849.8944 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0097);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0264);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0018);
+		}
+		        fall_power("scalar"){
+		 values (0.0184);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0226);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0136);
+		}
+		        fall_power("scalar"){
+		 values (0.0106);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0141);
+		}
+		        fall_power("scalar"){
+		 values (0.0208);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.4005);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_47_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[47:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2703);
+		}
+		        fall_power("scalar"){
+		 values (0.2350);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2147);
+		}
+		        fall_power("scalar"){
+		 values (0.2221);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3149,-0.3042,-0.2886,-0.2622,-0.2222,-0.1518,-0.0171",\
+"-0.3188,-0.3081,-0.2924,-0.2661,-0.2260,-0.1557,-0.0210",\
+"-0.3225,-0.3118,-0.2961,-0.2698,-0.2297,-0.1594,-0.0246",\
+"-0.3257,-0.3150,-0.2993,-0.2730,-0.2329,-0.1626,-0.0278",\
+"-0.3383,-0.3276,-0.3119,-0.2856,-0.2455,-0.1752,-0.0405",\
+"-0.3559,-0.3452,-0.3296,-0.3032,-0.2631,-0.1928,-0.0581",\
+"-0.3834,-0.3727,-0.3571,-0.3307,-0.2907,-0.2203,-0.0856");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2925,-0.2817,-0.2681,-0.2407,-0.2036,-0.1313,-0.0015",\
+"-0.2964,-0.2856,-0.2719,-0.2446,-0.2075,-0.1352,-0.0053",\
+"-0.3000,-0.2893,-0.2756,-0.2483,-0.2112,-0.1389,-0.0090",\
+"-0.3032,-0.2925,-0.2788,-0.2515,-0.2144,-0.1421,-0.0122",\
+"-0.3159,-0.3051,-0.2914,-0.2641,-0.2270,-0.1547,-0.0248",\
+"-0.3335,-0.3227,-0.3090,-0.2817,-0.2446,-0.1723,-0.0424",\
+"-0.3610,-0.3502,-0.3366,-0.3092,-0.2721,-0.1998,-0.0700");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4211,0.4094,0.3948,0.3684,0.3283,0.2571,0.1203",\
+"0.4250,0.4133,0.3986,0.3723,0.3322,0.2609,0.1242",\
+"0.4287,0.4170,0.4023,0.3759,0.3359,0.2646,0.1279",\
+"0.4319,0.4202,0.4055,0.3791,0.3391,0.2678,0.1311",\
+"0.4445,0.4328,0.4181,0.3918,0.3517,0.2804,0.1437",\
+"0.4621,0.4504,0.4357,0.4094,0.3693,0.2980,0.1613",\
+"0.4896,0.4779,0.4632,0.4369,0.3968,0.3256,0.1888");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3928,0.3830,0.3684,0.3420,0.3049,0.2317,0.1037",\
+"0.3967,0.3869,0.3723,0.3459,0.3088,0.2356,0.1076",\
+"0.4004,0.3906,0.3759,0.3496,0.3125,0.2392,0.1113",\
+"0.4036,0.3938,0.3791,0.3528,0.3157,0.2424,0.1145",\
+"0.4162,0.4064,0.3918,0.3654,0.3283,0.2550,0.1271",\
+"0.4338,0.4240,0.4094,0.3830,0.3459,0.2727,0.1447",\
+"0.4613,0.4515,0.4369,0.4105,0.3734,0.3002,0.1722");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.7161);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (59.8163);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (68.0753);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (49.7386);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4270);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (1.7963);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_47_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2703);
+		}
+		        fall_power("scalar"){
+		 values (0.2350);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2147);
+		}
+		        fall_power("scalar"){
+		 values (0.2221);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3149,-0.3042,-0.2886,-0.2622,-0.2222,-0.1518,-0.0171",\
+"-0.3188,-0.3081,-0.2924,-0.2661,-0.2260,-0.1557,-0.0210",\
+"-0.3225,-0.3118,-0.2961,-0.2698,-0.2297,-0.1594,-0.0246",\
+"-0.3257,-0.3150,-0.2993,-0.2730,-0.2329,-0.1626,-0.0278",\
+"-0.3383,-0.3276,-0.3119,-0.2856,-0.2455,-0.1752,-0.0405",\
+"-0.3559,-0.3452,-0.3296,-0.3032,-0.2631,-0.1928,-0.0581",\
+"-0.3834,-0.3727,-0.3571,-0.3307,-0.2907,-0.2203,-0.0856");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2925,-0.2817,-0.2681,-0.2407,-0.2036,-0.1313,-0.0015",\
+"-0.2964,-0.2856,-0.2719,-0.2446,-0.2075,-0.1352,-0.0053",\
+"-0.3000,-0.2893,-0.2756,-0.2483,-0.2112,-0.1389,-0.0090",\
+"-0.3032,-0.2925,-0.2788,-0.2515,-0.2144,-0.1421,-0.0122",\
+"-0.3159,-0.3051,-0.2914,-0.2641,-0.2270,-0.1547,-0.0248",\
+"-0.3335,-0.3227,-0.3090,-0.2817,-0.2446,-0.1723,-0.0424",\
+"-0.3610,-0.3502,-0.3366,-0.3092,-0.2721,-0.1998,-0.0700");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4211,0.4094,0.3948,0.3684,0.3283,0.2571,0.1203",\
+"0.4250,0.4133,0.3986,0.3723,0.3322,0.2609,0.1242",\
+"0.4287,0.4170,0.4023,0.3759,0.3359,0.2646,0.1279",\
+"0.4319,0.4202,0.4055,0.3791,0.3391,0.2678,0.1311",\
+"0.4445,0.4328,0.4181,0.3918,0.3517,0.2804,0.1437",\
+"0.4621,0.4504,0.4357,0.4094,0.3693,0.2980,0.1613",\
+"0.4896,0.4779,0.4632,0.4369,0.3968,0.3256,0.1888");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3928,0.3830,0.3684,0.3420,0.3049,0.2317,0.1037",\
+"0.3967,0.3869,0.3723,0.3459,0.3088,0.2356,0.1076",\
+"0.4004,0.3906,0.3759,0.3496,0.3125,0.2392,0.1113",\
+"0.4036,0.3938,0.3791,0.3528,0.3157,0.2424,0.1145",\
+"0.4162,0.4064,0.3918,0.3654,0.3283,0.2550,0.1271",\
+"0.4338,0.4240,0.4094,0.3830,0.3459,0.2727,0.1447",\
+"0.4613,0.4515,0.4369,0.4105,0.3734,0.3002,0.1722");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0097);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0264);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0018);
+		}
+		        fall_power("scalar"){
+		 values (0.0184);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0226);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0136);
+		}
+		        fall_power("scalar"){
+		 values (0.0106);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0141);
+		}
+		        fall_power("scalar"){
+		 values (0.0208);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.4005);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_47_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[47:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2703);
+		}
+		        fall_power("scalar"){
+		 values (0.2350);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2147);
+		}
+		        fall_power("scalar"){
+		 values (0.2221);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3149,-0.3042,-0.2886,-0.2622,-0.2222,-0.1518,-0.0171",\
+"-0.3188,-0.3081,-0.2924,-0.2661,-0.2260,-0.1557,-0.0210",\
+"-0.3225,-0.3118,-0.2961,-0.2698,-0.2297,-0.1594,-0.0246",\
+"-0.3257,-0.3150,-0.2993,-0.2730,-0.2329,-0.1626,-0.0278",\
+"-0.3383,-0.3276,-0.3119,-0.2856,-0.2455,-0.1752,-0.0405",\
+"-0.3559,-0.3452,-0.3296,-0.3032,-0.2631,-0.1928,-0.0581",\
+"-0.3834,-0.3727,-0.3571,-0.3307,-0.2907,-0.2203,-0.0856");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2925,-0.2817,-0.2681,-0.2407,-0.2036,-0.1313,-0.0015",\
+"-0.2964,-0.2856,-0.2719,-0.2446,-0.2075,-0.1352,-0.0053",\
+"-0.3000,-0.2893,-0.2756,-0.2483,-0.2112,-0.1389,-0.0090",\
+"-0.3032,-0.2925,-0.2788,-0.2515,-0.2144,-0.1421,-0.0122",\
+"-0.3159,-0.3051,-0.2914,-0.2641,-0.2270,-0.1547,-0.0248",\
+"-0.3335,-0.3227,-0.3090,-0.2817,-0.2446,-0.1723,-0.0424",\
+"-0.3610,-0.3502,-0.3366,-0.3092,-0.2721,-0.1998,-0.0700");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4211,0.4094,0.3948,0.3684,0.3283,0.2571,0.1203",\
+"0.4250,0.4133,0.3986,0.3723,0.3322,0.2609,0.1242",\
+"0.4287,0.4170,0.4023,0.3759,0.3359,0.2646,0.1279",\
+"0.4319,0.4202,0.4055,0.3791,0.3391,0.2678,0.1311",\
+"0.4445,0.4328,0.4181,0.3918,0.3517,0.2804,0.1437",\
+"0.4621,0.4504,0.4357,0.4094,0.3693,0.2980,0.1613",\
+"0.4896,0.4779,0.4632,0.4369,0.3968,0.3256,0.1888");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3928,0.3830,0.3684,0.3420,0.3049,0.2317,0.1037",\
+"0.3967,0.3869,0.3723,0.3459,0.3088,0.2356,0.1076",\
+"0.4004,0.3906,0.3759,0.3496,0.3125,0.2392,0.1113",\
+"0.4036,0.3938,0.3791,0.3528,0.3157,0.2424,0.1145",\
+"0.4162,0.4064,0.3918,0.3654,0.3283,0.2550,0.1271",\
+"0.4338,0.4240,0.4094,0.3830,0.3459,0.2727,0.1447",\
+"0.4613,0.4515,0.4369,0.4105,0.3734,0.3002,0.1722");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.7161);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (59.8163);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (68.0753);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (49.7386);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4270);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (1.7963);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_47_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2703);
+		}
+		        fall_power("scalar"){
+		 values (0.2350);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2147);
+		}
+		        fall_power("scalar"){
+		 values (0.2221);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3149,-0.3042,-0.2886,-0.2622,-0.2222,-0.1518,-0.0171",\
+"-0.3188,-0.3081,-0.2924,-0.2661,-0.2260,-0.1557,-0.0210",\
+"-0.3225,-0.3118,-0.2961,-0.2698,-0.2297,-0.1594,-0.0246",\
+"-0.3257,-0.3150,-0.2993,-0.2730,-0.2329,-0.1626,-0.0278",\
+"-0.3383,-0.3276,-0.3119,-0.2856,-0.2455,-0.1752,-0.0405",\
+"-0.3559,-0.3452,-0.3296,-0.3032,-0.2631,-0.1928,-0.0581",\
+"-0.3834,-0.3727,-0.3571,-0.3307,-0.2907,-0.2203,-0.0856");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2925,-0.2817,-0.2681,-0.2407,-0.2036,-0.1313,-0.0015",\
+"-0.2964,-0.2856,-0.2719,-0.2446,-0.2075,-0.1352,-0.0053",\
+"-0.3000,-0.2893,-0.2756,-0.2483,-0.2112,-0.1389,-0.0090",\
+"-0.3032,-0.2925,-0.2788,-0.2515,-0.2144,-0.1421,-0.0122",\
+"-0.3159,-0.3051,-0.2914,-0.2641,-0.2270,-0.1547,-0.0248",\
+"-0.3335,-0.3227,-0.3090,-0.2817,-0.2446,-0.1723,-0.0424",\
+"-0.3610,-0.3502,-0.3366,-0.3092,-0.2721,-0.1998,-0.0700");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4211,0.4094,0.3948,0.3684,0.3283,0.2571,0.1203",\
+"0.4250,0.4133,0.3986,0.3723,0.3322,0.2609,0.1242",\
+"0.4287,0.4170,0.4023,0.3759,0.3359,0.2646,0.1279",\
+"0.4319,0.4202,0.4055,0.3791,0.3391,0.2678,0.1311",\
+"0.4445,0.4328,0.4181,0.3918,0.3517,0.2804,0.1437",\
+"0.4621,0.4504,0.4357,0.4094,0.3693,0.2980,0.1613",\
+"0.4896,0.4779,0.4632,0.4369,0.3968,0.3256,0.1888");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3928,0.3830,0.3684,0.3420,0.3049,0.2317,0.1037",\
+"0.3967,0.3869,0.3723,0.3459,0.3088,0.2356,0.1076",\
+"0.4004,0.3906,0.3759,0.3496,0.3125,0.2392,0.1113",\
+"0.4036,0.3938,0.3791,0.3528,0.3157,0.2424,0.1145",\
+"0.4162,0.4064,0.3918,0.3654,0.3283,0.2550,0.1271",\
+"0.4338,0.4240,0.4094,0.3830,0.3459,0.2727,0.1447",\
+"0.4613,0.4515,0.4369,0.4105,0.3734,0.3002,0.1722");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_47_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.9203,1.9213,1.9261,1.9317,1.9526,1.9761",\
+"1.9263,1.9273,1.9321,1.9376,1.9585,1.9820",\
+"1.9290,1.9300,1.9348,1.9404,1.9613,1.9848",\
+"1.9332,1.9342,1.9391,1.9446,1.9655,1.9890",\
+"1.9448,1.9458,1.9507,1.9562,1.9771,2.0006",\
+"1.9640,1.9650,1.9698,1.9753,1.9962,2.0197",\
+"1.9903,1.9913,1.9962,2.0017,2.0226,2.0461");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.8860,1.8869,1.8909,1.8955,1.9126,1.9293",\
+"1.8920,1.8928,1.8969,1.9014,1.9185,1.9352",\
+"1.8947,1.8956,1.8996,1.9042,1.9213,1.9380",\
+"1.8989,1.8998,1.9038,1.9084,1.9255,1.9422",\
+"1.9106,1.9114,1.9155,1.9200,1.9371,1.9538",\
+"1.9297,1.9305,1.9346,1.9391,1.9562,1.9729",\
+"1.9561,1.9569,1.9610,1.9655,1.9826,1.9993");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 352.1956;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..815379ef1
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_256x48_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1512 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_256x48_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:18:04 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_47_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 48;
+		bit_from  : 47;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_7_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 8;
+		bit_from  : 7;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_256x48_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 8;
+ word_width : 48;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 70849.8944 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0090);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0175);
+		}
+		        fall_power("scalar"){
+		 values (0.0019);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0047);
+		}
+		        fall_power("scalar"){
+		 values (0.0048);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0023);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0065);
+		}
+		        fall_power("scalar"){
+		 values (0.0029);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1292);
+		}
+		        fall_power("scalar"){
+		 values (0.0054);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_47_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[47:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1761);
+		}
+		        fall_power("scalar"){
+		 values (0.0741);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1746);
+		}
+		        fall_power("scalar"){
+		 values (0.0732);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5448,-0.5282,-0.5155,-0.4833,-0.4364,-0.3319,-0.1396",\
+"-0.5498,-0.5332,-0.5205,-0.4883,-0.4414,-0.3370,-0.1446",\
+"-0.5543,-0.5377,-0.5250,-0.4928,-0.4459,-0.3414,-0.1490",\
+"-0.5634,-0.5468,-0.5342,-0.5019,-0.4550,-0.3505,-0.1582",\
+"-0.5706,-0.5540,-0.5413,-0.5091,-0.4622,-0.3577,-0.1654",\
+"-0.6003,-0.5837,-0.5710,-0.5388,-0.4919,-0.3874,-0.1950",\
+"-0.6584,-0.6418,-0.6291,-0.5968,-0.5500,-0.4455,-0.2531");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5126,-0.4970,-0.4843,-0.4560,-0.4052,-0.3066,-0.1278",\
+"-0.5176,-0.5020,-0.4893,-0.4610,-0.4102,-0.3116,-0.1328",\
+"-0.5221,-0.5065,-0.4938,-0.4655,-0.4147,-0.3160,-0.1373",\
+"-0.5312,-0.5156,-0.5029,-0.4746,-0.4238,-0.3252,-0.1464",\
+"-0.5384,-0.5228,-0.5101,-0.4818,-0.4310,-0.3324,-0.1536",\
+"-0.5681,-0.5525,-0.5398,-0.5114,-0.4607,-0.3620,-0.1833",\
+"-0.6261,-0.6105,-0.5978,-0.5695,-0.5187,-0.4201,-0.2414");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6541,0.6385,0.6258,0.5936,0.5447,0.4461,0.2498",\
+"0.6591,0.6435,0.6308,0.5986,0.5497,0.4511,0.2548",\
+"0.6636,0.6480,0.6353,0.6030,0.5542,0.4556,0.2593",\
+"0.6727,0.6571,0.6444,0.6122,0.5633,0.4647,0.2684",\
+"0.6799,0.6643,0.6516,0.6194,0.5705,0.4719,0.2756",\
+"0.7096,0.6939,0.6812,0.6490,0.6002,0.5016,0.3053",\
+"0.7676,0.7520,0.7393,0.7071,0.6583,0.5596,0.3633");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6141,0.5994,0.5857,0.5574,0.5066,0.4139,0.2254",\
+"0.6191,0.6044,0.5907,0.5624,0.5116,0.4189,0.2304",\
+"0.6235,0.6089,0.5952,0.5669,0.5161,0.4233,0.2349",\
+"0.6327,0.6180,0.6043,0.5760,0.5252,0.4325,0.2440",\
+"0.6399,0.6252,0.6115,0.5832,0.5324,0.4397,0.2512",\
+"0.6695,0.6549,0.6412,0.6129,0.5621,0.4693,0.2808",\
+"0.7276,0.7129,0.6993,0.6709,0.6202,0.5274,0.3389");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.5152);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (48.4430);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (55.1423);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (37.8200);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.3064);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (1.5378);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_47_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1761);
+		}
+		        fall_power("scalar"){
+		 values (0.0741);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1746);
+		}
+		        fall_power("scalar"){
+		 values (0.0732);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5448,-0.5282,-0.5155,-0.4833,-0.4364,-0.3319,-0.1396",\
+"-0.5498,-0.5332,-0.5205,-0.4883,-0.4414,-0.3370,-0.1446",\
+"-0.5543,-0.5377,-0.5250,-0.4928,-0.4459,-0.3414,-0.1490",\
+"-0.5634,-0.5468,-0.5342,-0.5019,-0.4550,-0.3505,-0.1582",\
+"-0.5706,-0.5540,-0.5413,-0.5091,-0.4622,-0.3577,-0.1654",\
+"-0.6003,-0.5837,-0.5710,-0.5388,-0.4919,-0.3874,-0.1950",\
+"-0.6584,-0.6418,-0.6291,-0.5968,-0.5500,-0.4455,-0.2531");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5126,-0.4970,-0.4843,-0.4560,-0.4052,-0.3066,-0.1278",\
+"-0.5176,-0.5020,-0.4893,-0.4610,-0.4102,-0.3116,-0.1328",\
+"-0.5221,-0.5065,-0.4938,-0.4655,-0.4147,-0.3160,-0.1373",\
+"-0.5312,-0.5156,-0.5029,-0.4746,-0.4238,-0.3252,-0.1464",\
+"-0.5384,-0.5228,-0.5101,-0.4818,-0.4310,-0.3324,-0.1536",\
+"-0.5681,-0.5525,-0.5398,-0.5114,-0.4607,-0.3620,-0.1833",\
+"-0.6261,-0.6105,-0.5978,-0.5695,-0.5187,-0.4201,-0.2414");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6541,0.6385,0.6258,0.5936,0.5447,0.4461,0.2498",\
+"0.6591,0.6435,0.6308,0.5986,0.5497,0.4511,0.2548",\
+"0.6636,0.6480,0.6353,0.6030,0.5542,0.4556,0.2593",\
+"0.6727,0.6571,0.6444,0.6122,0.5633,0.4647,0.2684",\
+"0.6799,0.6643,0.6516,0.6194,0.5705,0.4719,0.2756",\
+"0.7096,0.6939,0.6812,0.6490,0.6002,0.5016,0.3053",\
+"0.7676,0.7520,0.7393,0.7071,0.6583,0.5596,0.3633");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6141,0.5994,0.5857,0.5574,0.5066,0.4139,0.2254",\
+"0.6191,0.6044,0.5907,0.5624,0.5116,0.4189,0.2304",\
+"0.6235,0.6089,0.5952,0.5669,0.5161,0.4233,0.2349",\
+"0.6327,0.6180,0.6043,0.5760,0.5252,0.4325,0.2440",\
+"0.6399,0.6252,0.6115,0.5832,0.5324,0.4397,0.2512",\
+"0.6695,0.6549,0.6412,0.6129,0.5621,0.4693,0.2808",\
+"0.7276,0.7129,0.6993,0.6709,0.6202,0.5274,0.3389");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0090);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0175);
+		}
+		        fall_power("scalar"){
+		 values (0.0019);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0047);
+		}
+		        fall_power("scalar"){
+		 values (0.0048);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0023);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0065);
+		}
+		        fall_power("scalar"){
+		 values (0.0029);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1292);
+		}
+		        fall_power("scalar"){
+		 values (0.0054);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_47_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[47:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1761);
+		}
+		        fall_power("scalar"){
+		 values (0.0741);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1746);
+		}
+		        fall_power("scalar"){
+		 values (0.0732);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5448,-0.5282,-0.5155,-0.4833,-0.4364,-0.3319,-0.1396",\
+"-0.5498,-0.5332,-0.5205,-0.4883,-0.4414,-0.3370,-0.1446",\
+"-0.5543,-0.5377,-0.5250,-0.4928,-0.4459,-0.3414,-0.1490",\
+"-0.5634,-0.5468,-0.5342,-0.5019,-0.4550,-0.3505,-0.1582",\
+"-0.5706,-0.5540,-0.5413,-0.5091,-0.4622,-0.3577,-0.1654",\
+"-0.6003,-0.5837,-0.5710,-0.5388,-0.4919,-0.3874,-0.1950",\
+"-0.6584,-0.6418,-0.6291,-0.5968,-0.5500,-0.4455,-0.2531");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5126,-0.4970,-0.4843,-0.4560,-0.4052,-0.3066,-0.1278",\
+"-0.5176,-0.5020,-0.4893,-0.4610,-0.4102,-0.3116,-0.1328",\
+"-0.5221,-0.5065,-0.4938,-0.4655,-0.4147,-0.3160,-0.1373",\
+"-0.5312,-0.5156,-0.5029,-0.4746,-0.4238,-0.3252,-0.1464",\
+"-0.5384,-0.5228,-0.5101,-0.4818,-0.4310,-0.3324,-0.1536",\
+"-0.5681,-0.5525,-0.5398,-0.5114,-0.4607,-0.3620,-0.1833",\
+"-0.6261,-0.6105,-0.5978,-0.5695,-0.5187,-0.4201,-0.2414");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6541,0.6385,0.6258,0.5936,0.5447,0.4461,0.2498",\
+"0.6591,0.6435,0.6308,0.5986,0.5497,0.4511,0.2548",\
+"0.6636,0.6480,0.6353,0.6030,0.5542,0.4556,0.2593",\
+"0.6727,0.6571,0.6444,0.6122,0.5633,0.4647,0.2684",\
+"0.6799,0.6643,0.6516,0.6194,0.5705,0.4719,0.2756",\
+"0.7096,0.6939,0.6812,0.6490,0.6002,0.5016,0.3053",\
+"0.7676,0.7520,0.7393,0.7071,0.6583,0.5596,0.3633");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6141,0.5994,0.5857,0.5574,0.5066,0.4139,0.2254",\
+"0.6191,0.6044,0.5907,0.5624,0.5116,0.4189,0.2304",\
+"0.6235,0.6089,0.5952,0.5669,0.5161,0.4233,0.2349",\
+"0.6327,0.6180,0.6043,0.5760,0.5252,0.4325,0.2440",\
+"0.6399,0.6252,0.6115,0.5832,0.5324,0.4397,0.2512",\
+"0.6695,0.6549,0.6412,0.6129,0.5621,0.4693,0.2808",\
+"0.7276,0.7129,0.6993,0.6709,0.6202,0.5274,0.3389");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5152);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (48.4430);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (55.1423);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (37.8200);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.3064);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (1.5378);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_47_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1761);
+		}
+		        fall_power("scalar"){
+		 values (0.0741);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1746);
+		}
+		        fall_power("scalar"){
+		 values (0.0732);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5448,-0.5282,-0.5155,-0.4833,-0.4364,-0.3319,-0.1396",\
+"-0.5498,-0.5332,-0.5205,-0.4883,-0.4414,-0.3370,-0.1446",\
+"-0.5543,-0.5377,-0.5250,-0.4928,-0.4459,-0.3414,-0.1490",\
+"-0.5634,-0.5468,-0.5342,-0.5019,-0.4550,-0.3505,-0.1582",\
+"-0.5706,-0.5540,-0.5413,-0.5091,-0.4622,-0.3577,-0.1654",\
+"-0.6003,-0.5837,-0.5710,-0.5388,-0.4919,-0.3874,-0.1950",\
+"-0.6584,-0.6418,-0.6291,-0.5968,-0.5500,-0.4455,-0.2531");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5126,-0.4970,-0.4843,-0.4560,-0.4052,-0.3066,-0.1278",\
+"-0.5176,-0.5020,-0.4893,-0.4610,-0.4102,-0.3116,-0.1328",\
+"-0.5221,-0.5065,-0.4938,-0.4655,-0.4147,-0.3160,-0.1373",\
+"-0.5312,-0.5156,-0.5029,-0.4746,-0.4238,-0.3252,-0.1464",\
+"-0.5384,-0.5228,-0.5101,-0.4818,-0.4310,-0.3324,-0.1536",\
+"-0.5681,-0.5525,-0.5398,-0.5114,-0.4607,-0.3620,-0.1833",\
+"-0.6261,-0.6105,-0.5978,-0.5695,-0.5187,-0.4201,-0.2414");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6541,0.6385,0.6258,0.5936,0.5447,0.4461,0.2498",\
+"0.6591,0.6435,0.6308,0.5986,0.5497,0.4511,0.2548",\
+"0.6636,0.6480,0.6353,0.6030,0.5542,0.4556,0.2593",\
+"0.6727,0.6571,0.6444,0.6122,0.5633,0.4647,0.2684",\
+"0.6799,0.6643,0.6516,0.6194,0.5705,0.4719,0.2756",\
+"0.7096,0.6939,0.6812,0.6490,0.6002,0.5016,0.3053",\
+"0.7676,0.7520,0.7393,0.7071,0.6583,0.5596,0.3633");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6141,0.5994,0.5857,0.5574,0.5066,0.4139,0.2254",\
+"0.6191,0.6044,0.5907,0.5624,0.5116,0.4189,0.2304",\
+"0.6235,0.6089,0.5952,0.5669,0.5161,0.4233,0.2349",\
+"0.6327,0.6180,0.6043,0.5760,0.5252,0.4325,0.2440",\
+"0.6399,0.6252,0.6115,0.5832,0.5324,0.4397,0.2512",\
+"0.6695,0.6549,0.6412,0.6129,0.5621,0.4693,0.2808",\
+"0.7276,0.7129,0.6993,0.6709,0.6202,0.5274,0.3389");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_47_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[47:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.1242,3.1258,3.1334,3.1421,3.1746,3.2104",\
+"3.1305,3.1321,3.1398,3.1485,3.1809,3.2168",\
+"3.1326,3.1342,3.1419,3.1506,3.1830,3.2189",\
+"3.1457,3.1473,3.1549,3.1636,3.1961,3.2319",\
+"3.1519,3.1535,3.1611,3.1698,3.2023,3.2381",\
+"3.1833,3.1849,3.1926,3.2013,3.2337,3.2696",\
+"3.2378,3.2394,3.2471,3.2558,3.2882,3.3241");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.0631,3.0644,3.0704,3.0776,3.1041,3.1307",\
+"3.0694,3.0708,3.0768,3.0839,3.1104,3.1370",\
+"3.0715,3.0729,3.0789,3.0860,3.1125,3.1391",\
+"3.0846,3.0859,3.0919,3.0991,3.1256,3.1522",\
+"3.0908,3.0921,3.0981,3.1053,3.1318,3.1584",\
+"3.1222,3.1236,3.1296,3.1367,3.1632,3.1899",\
+"3.1768,3.1781,3.1841,3.1912,3.2177,3.2444");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 148.5116;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..2251c874b
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1512 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_256x64_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:29:55 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_7_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 8;
+		bit_from  : 7;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_256x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 8;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 93180.5344 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0085);
+		}
+		        fall_power("scalar"){
+		 values (0.0051);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0263);
+		}
+		        fall_power("scalar"){
+		 values (0.0056);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0003);
+		}
+		        fall_power("scalar"){
+		 values (0.0198);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0042);
+		}
+		        fall_power("scalar"){
+		 values (0.0234);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0150);
+		}
+		        fall_power("scalar"){
+		 values (0.0107);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0100);
+		}
+		        fall_power("scalar"){
+		 values (0.0213);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5296);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.3598);
+		}
+		        fall_power("scalar"){
+		 values (0.3137);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2785);
+		}
+		        fall_power("scalar"){
+		 values (0.2934);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3117,-0.3000,-0.2863,-0.2609,-0.2248,-0.1496,-0.0119",\
+"-0.3149,-0.3032,-0.2895,-0.2641,-0.2280,-0.1528,-0.0151",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2687,-0.2580,-0.2443,-0.2170,-0.1789,-0.1105,0.0174",\
+"-0.2719,-0.2612,-0.2475,-0.2202,-0.1821,-0.1137,0.0142",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4181,0.4063,0.3917,0.3663,0.3282,0.2540,0.1153",\
+"0.4213,0.4095,0.3949,0.3695,0.3314,0.2572,0.1185",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3702,0.3595,0.3458,0.3185,0.2804,0.2120,0.0821",\
+"0.3734,0.3627,0.3490,0.3217,0.2836,0.2152,0.0853",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.7538);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (78.3768);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (89.6180);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (65.4461);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4454);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.2572);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.3598);
+		}
+		        fall_power("scalar"){
+		 values (0.3137);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2785);
+		}
+		        fall_power("scalar"){
+		 values (0.2934);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3117,-0.3000,-0.2863,-0.2609,-0.2248,-0.1496,-0.0119",\
+"-0.3149,-0.3032,-0.2895,-0.2641,-0.2280,-0.1528,-0.0151",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2687,-0.2580,-0.2443,-0.2170,-0.1789,-0.1105,0.0174",\
+"-0.2719,-0.2612,-0.2475,-0.2202,-0.1821,-0.1137,0.0142",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4181,0.4063,0.3917,0.3663,0.3282,0.2540,0.1153",\
+"0.4213,0.4095,0.3949,0.3695,0.3314,0.2572,0.1185",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3702,0.3595,0.3458,0.3185,0.2804,0.2120,0.0821",\
+"0.3734,0.3627,0.3490,0.3217,0.2836,0.2152,0.0853",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0085);
+		}
+		        fall_power("scalar"){
+		 values (0.0051);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0263);
+		}
+		        fall_power("scalar"){
+		 values (0.0056);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0003);
+		}
+		        fall_power("scalar"){
+		 values (0.0198);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0042);
+		}
+		        fall_power("scalar"){
+		 values (0.0234);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0150);
+		}
+		        fall_power("scalar"){
+		 values (0.0107);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0100);
+		}
+		        fall_power("scalar"){
+		 values (0.0213);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.5296);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3598);
+		}
+		        fall_power("scalar"){
+		 values (0.3137);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2785);
+		}
+		        fall_power("scalar"){
+		 values (0.2934);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3117,-0.3000,-0.2863,-0.2609,-0.2248,-0.1496,-0.0119",\
+"-0.3149,-0.3032,-0.2895,-0.2641,-0.2280,-0.1528,-0.0151",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2687,-0.2580,-0.2443,-0.2170,-0.1789,-0.1105,0.0174",\
+"-0.2719,-0.2612,-0.2475,-0.2202,-0.1821,-0.1137,0.0142",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4181,0.4063,0.3917,0.3663,0.3282,0.2540,0.1153",\
+"0.4213,0.4095,0.3949,0.3695,0.3314,0.2572,0.1185",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3702,0.3595,0.3458,0.3185,0.2804,0.2120,0.0821",\
+"0.3734,0.3627,0.3490,0.3217,0.2836,0.2152,0.0853",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.7538);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (78.3768);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (89.6180);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (65.4461);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4454);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.2572);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3598);
+		}
+		        fall_power("scalar"){
+		 values (0.3137);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2785);
+		}
+		        fall_power("scalar"){
+		 values (0.2934);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3117,-0.3000,-0.2863,-0.2609,-0.2248,-0.1496,-0.0119",\
+"-0.3149,-0.3032,-0.2895,-0.2641,-0.2280,-0.1528,-0.0151",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2687,-0.2580,-0.2443,-0.2170,-0.1789,-0.1105,0.0174",\
+"-0.2719,-0.2612,-0.2475,-0.2202,-0.1821,-0.1137,0.0142",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4181,0.4063,0.3917,0.3663,0.3282,0.2540,0.1153",\
+"0.4213,0.4095,0.3949,0.3695,0.3314,0.2572,0.1185",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1312",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3892,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3519,0.3382,0.3109,0.2728,0.2045,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0785",\
+"0.3702,0.3595,0.3458,0.3185,0.2804,0.2120,0.0821",\
+"0.3734,0.3627,0.3490,0.3217,0.2836,0.2152,0.0853",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0980",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.8838,1.8848,1.8896,1.8951,1.9160,1.9395",\
+"1.8897,1.8907,1.8955,1.9010,1.9220,1.9455",\
+"1.8925,1.8935,1.8983,1.9038,1.9247,1.9482",\
+"1.8967,1.8977,1.9025,1.9080,1.9289,1.9524",\
+"1.9083,1.9093,1.9141,1.9196,1.9405,1.9640",\
+"1.9274,1.9284,1.9332,1.9387,1.9596,1.9831",\
+"1.9538,1.9548,1.9596,1.9651,1.9860,2.0095");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.8495,1.8503,1.8544,1.8589,1.8760,1.8927",\
+"1.8554,1.8563,1.8603,1.8649,1.8820,1.8987",\
+"1.8582,1.8590,1.8631,1.8676,1.8847,1.9014",\
+"1.8624,1.8632,1.8673,1.8718,1.8889,1.9056",\
+"1.8740,1.8748,1.8789,1.8834,1.9005,1.9172",\
+"1.8931,1.8940,1.8980,1.9026,1.9196,1.9364",\
+"1.9195,1.9203,1.9244,1.9289,1.9460,1.9627");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 469.5941;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..256fdb590
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_256x64_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1512 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_256x64_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:29:55 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_7_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 8;
+		bit_from  : 7;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_256x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 8;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 93180.5344 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0081);
+		}
+		        fall_power("scalar"){
+		 values (0.0038);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0167);
+		}
+		        fall_power("scalar"){
+		 values (0.0029);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0049);
+		}
+		        fall_power("scalar"){
+		 values (0.0046);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0050);
+		}
+		        fall_power("scalar"){
+		 values (0.0052);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0025);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1714);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2346);
+		}
+		        fall_power("scalar"){
+		 values (0.0988);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2318);
+		}
+		        fall_power("scalar"){
+		 values (0.0976);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5290,-0.5134,-0.5017,-0.4704,-0.4235,-0.3229,-0.1247",\
+"-0.5340,-0.5184,-0.5067,-0.4754,-0.4285,-0.3279,-0.1297",\
+"-0.5385,-0.5229,-0.5111,-0.4799,-0.4330,-0.3324,-0.1342",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5548,-0.5392,-0.5275,-0.4962,-0.4493,-0.3487,-0.1505",\
+"-0.5845,-0.5688,-0.5571,-0.5259,-0.4790,-0.3784,-0.1802",\
+"-0.6425,-0.6269,-0.6152,-0.5839,-0.5371,-0.4365,-0.2382");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4616,-0.4479,-0.4343,-0.4060,-0.3552,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4393,-0.4110,-0.3602,-0.2625,-0.0828",\
+"-0.4711,-0.4574,-0.4438,-0.4154,-0.3647,-0.2670,-0.0873",\
+"-0.4802,-0.4665,-0.4529,-0.4246,-0.3738,-0.2761,-0.0964",\
+"-0.4874,-0.4738,-0.4601,-0.4318,-0.3810,-0.2833,-0.1036",\
+"-0.5171,-0.5034,-0.4897,-0.4614,-0.4106,-0.3130,-0.1333",\
+"-0.5751,-0.5615,-0.5478,-0.5195,-0.4687,-0.3710,-0.1914");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6386,0.6230,0.6074,0.5781,0.5302,0.4287,0.2324",\
+"0.6436,0.6280,0.6124,0.5831,0.5352,0.4337,0.2374",\
+"0.6481,0.6325,0.6168,0.5875,0.5397,0.4381,0.2418",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4473,0.2510",\
+"0.6644,0.6488,0.6332,0.6039,0.5560,0.4545,0.2582",\
+"0.6941,0.6785,0.6628,0.6335,0.5857,0.4841,0.2878",\
+"0.7521,0.7365,0.7209,0.6916,0.6437,0.5422,0.3459");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5654,0.5507,0.5361,0.5078,0.4580,0.3603,0.1767",\
+"0.5704,0.5557,0.5411,0.5128,0.4630,0.3653,0.1817",\
+"0.5749,0.5602,0.5456,0.5172,0.4674,0.3698,0.1862",\
+"0.5840,0.5693,0.5547,0.5264,0.4766,0.3789,0.1953",\
+"0.5912,0.5765,0.5619,0.5336,0.4838,0.3861,0.2025",\
+"0.6208,0.6062,0.5915,0.5632,0.5134,0.4158,0.2322",\
+"0.6789,0.6643,0.6496,0.6213,0.5715,0.4738,0.2902");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.5268);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (63.4365);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (72.5565);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (49.6340);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.3104);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (1.9401);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2346);
+		}
+		        fall_power("scalar"){
+		 values (0.0988);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2318);
+		}
+		        fall_power("scalar"){
+		 values (0.0976);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5290,-0.5134,-0.5017,-0.4704,-0.4235,-0.3229,-0.1247",\
+"-0.5340,-0.5184,-0.5067,-0.4754,-0.4285,-0.3279,-0.1297",\
+"-0.5385,-0.5229,-0.5111,-0.4799,-0.4330,-0.3324,-0.1342",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5548,-0.5392,-0.5275,-0.4962,-0.4493,-0.3487,-0.1505",\
+"-0.5845,-0.5688,-0.5571,-0.5259,-0.4790,-0.3784,-0.1802",\
+"-0.6425,-0.6269,-0.6152,-0.5839,-0.5371,-0.4365,-0.2382");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4616,-0.4479,-0.4343,-0.4060,-0.3552,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4393,-0.4110,-0.3602,-0.2625,-0.0828",\
+"-0.4711,-0.4574,-0.4438,-0.4154,-0.3647,-0.2670,-0.0873",\
+"-0.4802,-0.4665,-0.4529,-0.4246,-0.3738,-0.2761,-0.0964",\
+"-0.4874,-0.4738,-0.4601,-0.4318,-0.3810,-0.2833,-0.1036",\
+"-0.5171,-0.5034,-0.4897,-0.4614,-0.4106,-0.3130,-0.1333",\
+"-0.5751,-0.5615,-0.5478,-0.5195,-0.4687,-0.3710,-0.1914");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6386,0.6230,0.6074,0.5781,0.5302,0.4287,0.2324",\
+"0.6436,0.6280,0.6124,0.5831,0.5352,0.4337,0.2374",\
+"0.6481,0.6325,0.6168,0.5875,0.5397,0.4381,0.2418",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4473,0.2510",\
+"0.6644,0.6488,0.6332,0.6039,0.5560,0.4545,0.2582",\
+"0.6941,0.6785,0.6628,0.6335,0.5857,0.4841,0.2878",\
+"0.7521,0.7365,0.7209,0.6916,0.6437,0.5422,0.3459");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5654,0.5507,0.5361,0.5078,0.4580,0.3603,0.1767",\
+"0.5704,0.5557,0.5411,0.5128,0.4630,0.3653,0.1817",\
+"0.5749,0.5602,0.5456,0.5172,0.4674,0.3698,0.1862",\
+"0.5840,0.5693,0.5547,0.5264,0.4766,0.3789,0.1953",\
+"0.5912,0.5765,0.5619,0.5336,0.4838,0.3861,0.2025",\
+"0.6208,0.6062,0.5915,0.5632,0.5134,0.4158,0.2322",\
+"0.6789,0.6643,0.6496,0.6213,0.5715,0.4738,0.2902");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_7_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[7:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0081);
+		}
+		        fall_power("scalar"){
+		 values (0.0038);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0167);
+		}
+		        fall_power("scalar"){
+		 values (0.0029);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0049);
+		}
+		        fall_power("scalar"){
+		 values (0.0046);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0050);
+		}
+		        fall_power("scalar"){
+		 values (0.0052);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0025);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1714);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2346);
+		}
+		        fall_power("scalar"){
+		 values (0.0988);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2318);
+		}
+		        fall_power("scalar"){
+		 values (0.0976);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5290,-0.5134,-0.5017,-0.4704,-0.4235,-0.3229,-0.1247",\
+"-0.5340,-0.5184,-0.5067,-0.4754,-0.4285,-0.3279,-0.1297",\
+"-0.5385,-0.5229,-0.5111,-0.4799,-0.4330,-0.3324,-0.1342",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5548,-0.5392,-0.5275,-0.4962,-0.4493,-0.3487,-0.1505",\
+"-0.5845,-0.5688,-0.5571,-0.5259,-0.4790,-0.3784,-0.1802",\
+"-0.6425,-0.6269,-0.6152,-0.5839,-0.5371,-0.4365,-0.2382");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4616,-0.4479,-0.4343,-0.4060,-0.3552,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4393,-0.4110,-0.3602,-0.2625,-0.0828",\
+"-0.4711,-0.4574,-0.4438,-0.4154,-0.3647,-0.2670,-0.0873",\
+"-0.4802,-0.4665,-0.4529,-0.4246,-0.3738,-0.2761,-0.0964",\
+"-0.4874,-0.4738,-0.4601,-0.4318,-0.3810,-0.2833,-0.1036",\
+"-0.5171,-0.5034,-0.4897,-0.4614,-0.4106,-0.3130,-0.1333",\
+"-0.5751,-0.5615,-0.5478,-0.5195,-0.4687,-0.3710,-0.1914");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6386,0.6230,0.6074,0.5781,0.5302,0.4287,0.2324",\
+"0.6436,0.6280,0.6124,0.5831,0.5352,0.4337,0.2374",\
+"0.6481,0.6325,0.6168,0.5875,0.5397,0.4381,0.2418",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4473,0.2510",\
+"0.6644,0.6488,0.6332,0.6039,0.5560,0.4545,0.2582",\
+"0.6941,0.6785,0.6628,0.6335,0.5857,0.4841,0.2878",\
+"0.7521,0.7365,0.7209,0.6916,0.6437,0.5422,0.3459");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5654,0.5507,0.5361,0.5078,0.4580,0.3603,0.1767",\
+"0.5704,0.5557,0.5411,0.5128,0.4630,0.3653,0.1817",\
+"0.5749,0.5602,0.5456,0.5172,0.4674,0.3698,0.1862",\
+"0.5840,0.5693,0.5547,0.5264,0.4766,0.3789,0.1953",\
+"0.5912,0.5765,0.5619,0.5336,0.4838,0.3861,0.2025",\
+"0.6208,0.6062,0.5915,0.5632,0.5134,0.4158,0.2322",\
+"0.6789,0.6643,0.6496,0.6213,0.5715,0.4738,0.2902");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5268);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (63.4365);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (72.5565);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (49.6340);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.3104);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (1.9401);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2346);
+		}
+		        fall_power("scalar"){
+		 values (0.0988);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2318);
+		}
+		        fall_power("scalar"){
+		 values (0.0976);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5290,-0.5134,-0.5017,-0.4704,-0.4235,-0.3229,-0.1247",\
+"-0.5340,-0.5184,-0.5067,-0.4754,-0.4285,-0.3279,-0.1297",\
+"-0.5385,-0.5229,-0.5111,-0.4799,-0.4330,-0.3324,-0.1342",\
+"-0.5476,-0.5320,-0.5203,-0.4890,-0.4421,-0.3415,-0.1433",\
+"-0.5548,-0.5392,-0.5275,-0.4962,-0.4493,-0.3487,-0.1505",\
+"-0.5845,-0.5688,-0.5571,-0.5259,-0.4790,-0.3784,-0.1802",\
+"-0.6425,-0.6269,-0.6152,-0.5839,-0.5371,-0.4365,-0.2382");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4616,-0.4479,-0.4343,-0.4060,-0.3552,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4393,-0.4110,-0.3602,-0.2625,-0.0828",\
+"-0.4711,-0.4574,-0.4438,-0.4154,-0.3647,-0.2670,-0.0873",\
+"-0.4802,-0.4665,-0.4529,-0.4246,-0.3738,-0.2761,-0.0964",\
+"-0.4874,-0.4738,-0.4601,-0.4318,-0.3810,-0.2833,-0.1036",\
+"-0.5171,-0.5034,-0.4897,-0.4614,-0.4106,-0.3130,-0.1333",\
+"-0.5751,-0.5615,-0.5478,-0.5195,-0.4687,-0.3710,-0.1914");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6386,0.6230,0.6074,0.5781,0.5302,0.4287,0.2324",\
+"0.6436,0.6280,0.6124,0.5831,0.5352,0.4337,0.2374",\
+"0.6481,0.6325,0.6168,0.5875,0.5397,0.4381,0.2418",\
+"0.6572,0.6416,0.6260,0.5967,0.5488,0.4473,0.2510",\
+"0.6644,0.6488,0.6332,0.6039,0.5560,0.4545,0.2582",\
+"0.6941,0.6785,0.6628,0.6335,0.5857,0.4841,0.2878",\
+"0.7521,0.7365,0.7209,0.6916,0.6437,0.5422,0.3459");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5654,0.5507,0.5361,0.5078,0.4580,0.3603,0.1767",\
+"0.5704,0.5557,0.5411,0.5128,0.4630,0.3653,0.1817",\
+"0.5749,0.5602,0.5456,0.5172,0.4674,0.3698,0.1862",\
+"0.5840,0.5693,0.5547,0.5264,0.4766,0.3789,0.1953",\
+"0.5912,0.5765,0.5619,0.5336,0.4838,0.3861,0.2025",\
+"0.6208,0.6062,0.5915,0.5632,0.5134,0.4158,0.2322",\
+"0.6789,0.6643,0.6496,0.6213,0.5715,0.4738,0.2902");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.0715,3.0732,3.0812,3.0899,3.1227,3.1571",\
+"3.0778,3.0796,3.0875,3.0963,3.1290,3.1634",\
+"3.0799,3.0817,3.0896,3.0984,3.1311,3.1655",\
+"3.0930,3.0947,3.1027,3.1114,3.1441,3.1786",\
+"3.0992,3.1009,3.1089,3.1176,3.1503,3.1848",\
+"3.1307,3.1324,3.1403,3.1491,3.1818,3.2162",\
+"3.1852,3.1869,3.1948,3.2036,3.2363,3.2707");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.0108,3.0121,3.0186,3.0259,3.0521,3.0788",\
+"3.0171,3.0185,3.0249,3.0323,3.0584,3.0851",\
+"3.0192,3.0206,3.0270,3.0344,3.0605,3.0872",\
+"3.0323,3.0336,3.0401,3.0474,3.0736,3.1003",\
+"3.0385,3.0398,3.0463,3.0536,3.0798,3.1065",\
+"3.0699,3.0713,3.0777,3.0851,3.1112,3.1379",\
+"3.1245,3.1258,3.1322,3.1396,3.1658,3.1924");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 198.0155;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..bc51a983f
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1519 @@
+/* ------------------------------------------------------*/
+/**/
+/*		Copyright 2023 IHP PDK Authors*/
+/**/
+/*		Licensed under the Apache License, Version 2.0 (the "License");*/
+/*		you may not use this file except in compliance with the License.*/
+/*		You may obtain a copy of the License at*/
+/*		*/
+/*		   https://www.apache.org/licenses/LICENSE-2.0*/
+/*		*/
+/*		Unless required by applicable law or agreed to in writing, software*/
+/*		distributed under the License is distributed on an "AS IS" BASIS,*/
+/*		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.*/
+/*		See the License for the specific language governing permissions and*/
+/*		limitations under the License.*/
+/*		*/
+/*		Generated on Wed Apr  2 16:02:43 2025		*/
+/*				*/
+/* ------------------------------------------------------ */
+library(RM_IHPSG13_1P_512x32_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Apr  2 16:02:42 2025" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.0 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_31_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 32;
+		bit_from  : 31;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_8_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 9;
+		bit_from  : 8;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_512x32_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 9;
+ word_width : 32;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 79719.8976 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0115);
+		}
+		        fall_power("scalar"){
+		 values (0.0021);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0343);
+		}
+		        fall_power("scalar"){
+		 values (0.0003);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0083);
+		}
+		        fall_power("scalar"){
+		 values (0.0107);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0099);
+		}
+		        fall_power("scalar"){
+		 values (0.0320);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0014);
+		}
+		        fall_power("scalar"){
+		 values (0.0139);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0211);
+		}
+		        fall_power("scalar"){
+		 values (0.0216);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.3360);
+		}
+		        fall_power("scalar"){
+		 values (0.0108);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_31_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[31:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1471);
+		}
+		        fall_power("scalar"){
+		 values (0.1374);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1745);
+		}
+		        fall_power("scalar"){
+		 values (0.1522);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2520,-0.2412,-0.2256,-0.1993,-0.1592,-0.0889,0.0459",\
+"-0.2559,-0.2451,-0.2295,-0.2031,-0.1631,-0.0928,0.0420",\
+"-0.2597,-0.2489,-0.2333,-0.2069,-0.1669,-0.0966,0.0382",\
+"-0.2629,-0.2522,-0.2366,-0.2102,-0.1701,-0.0998,0.0349",\
+"-0.2754,-0.2646,-0.2490,-0.2226,-0.1826,-0.1123,0.0225",\
+"-0.2930,-0.2822,-0.2666,-0.2402,-0.2002,-0.1299,0.0049",\
+"-0.3205,-0.3097,-0.2941,-0.2677,-0.2277,-0.1574,-0.0226");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2295,-0.2188,-0.2051,-0.1778,-0.1407,-0.0684,0.0615",\
+"-0.2334,-0.2227,-0.2090,-0.1817,-0.1445,-0.0723,0.0576",\
+"-0.2372,-0.2265,-0.2128,-0.1855,-0.1483,-0.0761,0.0538",\
+"-0.2405,-0.2297,-0.2160,-0.1887,-0.1516,-0.0793,0.0506",\
+"-0.2529,-0.2422,-0.2285,-0.2011,-0.1640,-0.0918,0.0381",\
+"-0.2705,-0.2598,-0.2461,-0.2188,-0.1816,-0.1094,0.0205",\
+"-0.2980,-0.2873,-0.2736,-0.2463,-0.2092,-0.1369,-0.0070");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3581,0.3463,0.3317,0.3053,0.2653,0.1940,0.0573",\
+"0.3619,0.3502,0.3356,0.3092,0.2692,0.1979,0.0612",\
+"0.3657,0.3540,0.3394,0.3130,0.2730,0.2017,0.0650",\
+"0.3690,0.3573,0.3426,0.3163,0.2762,0.2049,0.0682",\
+"0.3814,0.3697,0.3551,0.3287,0.2887,0.2174,0.0807",\
+"0.3990,0.3873,0.3727,0.3463,0.3063,0.2350,0.0983",\
+"0.4266,0.4148,0.4002,0.3738,0.3338,0.2625,0.1258");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3297,0.3200,0.3053,0.2790,0.2418,0.1686,0.0407",\
+"0.3336,0.3239,0.3092,0.2828,0.2457,0.1725,0.0446",\
+"0.3374,0.3276,0.3130,0.2866,0.2495,0.1763,0.0484",\
+"0.3407,0.3309,0.3163,0.2899,0.2528,0.1795,0.0516",\
+"0.3531,0.3433,0.3287,0.3023,0.2652,0.1920,0.0641",\
+"0.3707,0.3610,0.3463,0.3199,0.2828,0.2096,0.0817",\
+"0.3982,0.3885,0.3738,0.3474,0.3103,0.2371,0.1092");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.6735);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (54.8620);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (56.6091);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (45.3648);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4386);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (1.6639);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_31_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1471);
+		}
+		        fall_power("scalar"){
+		 values (0.1374);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1745);
+		}
+		        fall_power("scalar"){
+		 values (0.1522);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2520,-0.2412,-0.2256,-0.1993,-0.1592,-0.0889,0.0459",\
+"-0.2559,-0.2451,-0.2295,-0.2031,-0.1631,-0.0928,0.0420",\
+"-0.2597,-0.2489,-0.2333,-0.2069,-0.1669,-0.0966,0.0382",\
+"-0.2629,-0.2522,-0.2366,-0.2102,-0.1701,-0.0998,0.0349",\
+"-0.2754,-0.2646,-0.2490,-0.2226,-0.1826,-0.1123,0.0225",\
+"-0.2930,-0.2822,-0.2666,-0.2402,-0.2002,-0.1299,0.0049",\
+"-0.3205,-0.3097,-0.2941,-0.2677,-0.2277,-0.1574,-0.0226");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2295,-0.2188,-0.2051,-0.1778,-0.1407,-0.0684,0.0615",\
+"-0.2334,-0.2227,-0.2090,-0.1817,-0.1445,-0.0723,0.0576",\
+"-0.2372,-0.2265,-0.2128,-0.1855,-0.1483,-0.0761,0.0538",\
+"-0.2405,-0.2297,-0.2160,-0.1887,-0.1516,-0.0793,0.0506",\
+"-0.2529,-0.2422,-0.2285,-0.2011,-0.1640,-0.0918,0.0381",\
+"-0.2705,-0.2598,-0.2461,-0.2188,-0.1816,-0.1094,0.0205",\
+"-0.2980,-0.2873,-0.2736,-0.2463,-0.2092,-0.1369,-0.0070");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3581,0.3463,0.3317,0.3053,0.2653,0.1940,0.0573",\
+"0.3619,0.3502,0.3356,0.3092,0.2692,0.1979,0.0612",\
+"0.3657,0.3540,0.3394,0.3130,0.2730,0.2017,0.0650",\
+"0.3690,0.3573,0.3426,0.3163,0.2762,0.2049,0.0682",\
+"0.3814,0.3697,0.3551,0.3287,0.2887,0.2174,0.0807",\
+"0.3990,0.3873,0.3727,0.3463,0.3063,0.2350,0.0983",\
+"0.4266,0.4148,0.4002,0.3738,0.3338,0.2625,0.1258");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3297,0.3200,0.3053,0.2790,0.2418,0.1686,0.0407",\
+"0.3336,0.3239,0.3092,0.2828,0.2457,0.1725,0.0446",\
+"0.3374,0.3276,0.3130,0.2866,0.2495,0.1763,0.0484",\
+"0.3407,0.3309,0.3163,0.2899,0.2528,0.1795,0.0516",\
+"0.3531,0.3433,0.3287,0.3023,0.2652,0.1920,0.0641",\
+"0.3707,0.3610,0.3463,0.3199,0.2828,0.2096,0.0817",\
+"0.3982,0.3885,0.3738,0.3474,0.3103,0.2371,0.1092");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0115);
+		}
+		        fall_power("scalar"){
+		 values (0.0021);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0343);
+		}
+		        fall_power("scalar"){
+		 values (0.0003);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0083);
+		}
+		        fall_power("scalar"){
+		 values (0.0107);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0099);
+		}
+		        fall_power("scalar"){
+		 values (0.0320);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0014);
+		}
+		        fall_power("scalar"){
+		 values (0.0139);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0211);
+		}
+		        fall_power("scalar"){
+		 values (0.0216);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.3360);
+		}
+		        fall_power("scalar"){
+		 values (0.0108);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_31_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[31:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1471);
+		}
+		        fall_power("scalar"){
+		 values (0.1374);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1745);
+		}
+		        fall_power("scalar"){
+		 values (0.1522);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2520,-0.2412,-0.2256,-0.1993,-0.1592,-0.0889,0.0459",\
+"-0.2559,-0.2451,-0.2295,-0.2031,-0.1631,-0.0928,0.0420",\
+"-0.2597,-0.2489,-0.2333,-0.2069,-0.1669,-0.0966,0.0382",\
+"-0.2629,-0.2522,-0.2366,-0.2102,-0.1701,-0.0998,0.0349",\
+"-0.2754,-0.2646,-0.2490,-0.2226,-0.1826,-0.1123,0.0225",\
+"-0.2930,-0.2822,-0.2666,-0.2402,-0.2002,-0.1299,0.0049",\
+"-0.3205,-0.3097,-0.2941,-0.2677,-0.2277,-0.1574,-0.0226");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2295,-0.2188,-0.2051,-0.1778,-0.1407,-0.0684,0.0615",\
+"-0.2334,-0.2227,-0.2090,-0.1817,-0.1445,-0.0723,0.0576",\
+"-0.2372,-0.2265,-0.2128,-0.1855,-0.1483,-0.0761,0.0538",\
+"-0.2405,-0.2297,-0.2160,-0.1887,-0.1516,-0.0793,0.0506",\
+"-0.2529,-0.2422,-0.2285,-0.2011,-0.1640,-0.0918,0.0381",\
+"-0.2705,-0.2598,-0.2461,-0.2188,-0.1816,-0.1094,0.0205",\
+"-0.2980,-0.2873,-0.2736,-0.2463,-0.2092,-0.1369,-0.0070");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3581,0.3463,0.3317,0.3053,0.2653,0.1940,0.0573",\
+"0.3619,0.3502,0.3356,0.3092,0.2692,0.1979,0.0612",\
+"0.3657,0.3540,0.3394,0.3130,0.2730,0.2017,0.0650",\
+"0.3690,0.3573,0.3426,0.3163,0.2762,0.2049,0.0682",\
+"0.3814,0.3697,0.3551,0.3287,0.2887,0.2174,0.0807",\
+"0.3990,0.3873,0.3727,0.3463,0.3063,0.2350,0.0983",\
+"0.4266,0.4148,0.4002,0.3738,0.3338,0.2625,0.1258");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3297,0.3200,0.3053,0.2790,0.2418,0.1686,0.0407",\
+"0.3336,0.3239,0.3092,0.2828,0.2457,0.1725,0.0446",\
+"0.3374,0.3276,0.3130,0.2866,0.2495,0.1763,0.0484",\
+"0.3407,0.3309,0.3163,0.2899,0.2528,0.1795,0.0516",\
+"0.3531,0.3433,0.3287,0.3023,0.2652,0.1920,0.0641",\
+"0.3707,0.3610,0.3463,0.3199,0.2828,0.2096,0.0817",\
+"0.3982,0.3885,0.3738,0.3474,0.3103,0.2371,0.1092");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.6735);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (54.8620);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (56.6091);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (45.3648);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4386);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (1.6639);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_31_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1471);
+		}
+		        fall_power("scalar"){
+		 values (0.1374);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1745);
+		}
+		        fall_power("scalar"){
+		 values (0.1522);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2520,-0.2412,-0.2256,-0.1993,-0.1592,-0.0889,0.0459",\
+"-0.2559,-0.2451,-0.2295,-0.2031,-0.1631,-0.0928,0.0420",\
+"-0.2597,-0.2489,-0.2333,-0.2069,-0.1669,-0.0966,0.0382",\
+"-0.2629,-0.2522,-0.2366,-0.2102,-0.1701,-0.0998,0.0349",\
+"-0.2754,-0.2646,-0.2490,-0.2226,-0.1826,-0.1123,0.0225",\
+"-0.2930,-0.2822,-0.2666,-0.2402,-0.2002,-0.1299,0.0049",\
+"-0.3205,-0.3097,-0.2941,-0.2677,-0.2277,-0.1574,-0.0226");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2295,-0.2188,-0.2051,-0.1778,-0.1407,-0.0684,0.0615",\
+"-0.2334,-0.2227,-0.2090,-0.1817,-0.1445,-0.0723,0.0576",\
+"-0.2372,-0.2265,-0.2128,-0.1855,-0.1483,-0.0761,0.0538",\
+"-0.2405,-0.2297,-0.2160,-0.1887,-0.1516,-0.0793,0.0506",\
+"-0.2529,-0.2422,-0.2285,-0.2011,-0.1640,-0.0918,0.0381",\
+"-0.2705,-0.2598,-0.2461,-0.2188,-0.1816,-0.1094,0.0205",\
+"-0.2980,-0.2873,-0.2736,-0.2463,-0.2092,-0.1369,-0.0070");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3581,0.3463,0.3317,0.3053,0.2653,0.1940,0.0573",\
+"0.3619,0.3502,0.3356,0.3092,0.2692,0.1979,0.0612",\
+"0.3657,0.3540,0.3394,0.3130,0.2730,0.2017,0.0650",\
+"0.3690,0.3573,0.3426,0.3163,0.2762,0.2049,0.0682",\
+"0.3814,0.3697,0.3551,0.3287,0.2887,0.2174,0.0807",\
+"0.3990,0.3873,0.3727,0.3463,0.3063,0.2350,0.0983",\
+"0.4266,0.4148,0.4002,0.3738,0.3338,0.2625,0.1258");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3297,0.3200,0.3053,0.2790,0.2418,0.1686,0.0407",\
+"0.3336,0.3239,0.3092,0.2828,0.2457,0.1725,0.0446",\
+"0.3374,0.3276,0.3130,0.2866,0.2495,0.1763,0.0484",\
+"0.3407,0.3309,0.3163,0.2899,0.2528,0.1795,0.0516",\
+"0.3531,0.3433,0.3287,0.3023,0.2652,0.1920,0.0641",\
+"0.3707,0.3610,0.3463,0.3199,0.2828,0.2096,0.0817",\
+"0.3982,0.3885,0.3738,0.3474,0.3103,0.2371,0.1092");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_31_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.3376,2.3386,2.3434,2.3489,2.3699,2.3934",\
+"2.3440,2.3450,2.3498,2.3553,2.3762,2.3997",\
+"2.3456,2.3466,2.3514,2.3569,2.3778,2.4013",\
+"2.3499,2.3509,2.3557,2.3613,2.3822,2.4057",\
+"2.3631,2.3641,2.3689,2.3744,2.3953,2.4188",\
+"2.3816,2.3826,2.3875,2.3930,2.4139,2.4374",\
+"2.4082,2.4092,2.4140,2.4195,2.4404,2.4639");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.3033,2.3042,2.3082,2.3128,2.3299,2.3466",\
+"2.3097,2.3106,2.3146,2.3192,2.3362,2.3530",\
+"2.3113,2.3122,2.3162,2.3208,2.3378,2.3546",\
+"2.3156,2.3165,2.3205,2.3251,2.3422,2.3589",\
+"2.3288,2.3297,2.3337,2.3382,2.3553,2.3721",\
+"2.3474,2.3482,2.3522,2.3568,2.3739,2.3906",\
+"2.3739,2.3747,2.3788,2.3833,2.4004,2.4171");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 469.5941;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..e749ab275
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_512x32_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1519 @@
+/* ------------------------------------------------------*/
+/**/
+/*		Copyright 2023 IHP PDK Authors*/
+/**/
+/*		Licensed under the Apache License, Version 2.0 (the "License");*/
+/*		you may not use this file except in compliance with the License.*/
+/*		You may obtain a copy of the License at*/
+/*		*/
+/*		   https://www.apache.org/licenses/LICENSE-2.0*/
+/*		*/
+/*		Unless required by applicable law or agreed to in writing, software*/
+/*		distributed under the License is distributed on an "AS IS" BASIS,*/
+/*		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.*/
+/*		See the License for the specific language governing permissions and*/
+/*		limitations under the License.*/
+/*		*/
+/*		Generated on Wed Apr  2 16:02:44 2025		*/
+/*				*/
+/* ------------------------------------------------------ */
+library(RM_IHPSG13_1P_512x32_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Apr  2 16:02:42 2025" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.0 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_31_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 32;
+		bit_from  : 31;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_8_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 9;
+		bit_from  : 8;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_512x32_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 9;
+ word_width : 32;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 79719.8976 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0106);
+		}
+		        fall_power("scalar"){
+		 values (0.0054);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0143);
+		}
+		        fall_power("scalar"){
+		 values (0.0003);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0040);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0044);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0061);
+		}
+		        fall_power("scalar"){
+		 values (0.0022);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0063);
+		}
+		        fall_power("scalar"){
+		 values (0.0027);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.0874);
+		}
+		        fall_power("scalar"){
+		 values (0.0053);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_31_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[31:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1133);
+		}
+		        fall_power("scalar"){
+		 values (0.0512);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1175);
+		}
+		        fall_power("scalar"){
+		 values (0.0489);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4429,-0.4264,-0.4136,-0.3814,-0.3345,-0.2301,-0.0377",\
+"-0.4479,-0.4313,-0.4186,-0.3864,-0.3395,-0.2351,-0.0427",\
+"-0.4524,-0.4358,-0.4231,-0.3909,-0.3440,-0.2395,-0.0472",\
+"-0.4615,-0.4449,-0.4322,-0.4000,-0.3531,-0.2486,-0.0562",\
+"-0.4688,-0.4522,-0.4395,-0.4073,-0.3604,-0.2559,-0.0635",\
+"-0.4989,-0.4823,-0.4696,-0.4373,-0.3905,-0.2860,-0.0936",\
+"-0.5565,-0.5399,-0.5272,-0.4950,-0.4481,-0.3436,-0.1512");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4107,-0.3951,-0.3824,-0.3541,-0.3033,-0.2047,-0.0260",\
+"-0.4157,-0.4001,-0.3874,-0.3591,-0.3083,-0.2097,-0.0310",\
+"-0.4202,-0.4046,-0.3919,-0.3636,-0.3128,-0.2141,-0.0354",\
+"-0.4293,-0.4137,-0.4010,-0.3727,-0.3219,-0.2232,-0.0445",\
+"-0.4366,-0.4209,-0.4082,-0.3799,-0.3291,-0.2305,-0.0518",\
+"-0.4667,-0.4510,-0.4383,-0.4100,-0.3592,-0.2606,-0.0819",\
+"-0.5242,-0.5086,-0.4959,-0.4676,-0.4168,-0.3182,-0.1395");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5520,0.5364,0.5237,0.4915,0.4427,0.3440,0.1477",\
+"0.5570,0.5414,0.5287,0.4965,0.4477,0.3490,0.1527",\
+"0.5615,0.5459,0.5332,0.5010,0.4521,0.3535,0.1572",\
+"0.5706,0.5550,0.5423,0.5101,0.4612,0.3626,0.1663",\
+"0.5779,0.5623,0.5496,0.5173,0.4685,0.3699,0.1736",\
+"0.6080,0.5923,0.5796,0.5474,0.4986,0.4000,0.2037",\
+"0.6656,0.6499,0.6372,0.6050,0.5562,0.4576,0.2613");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5120,0.4973,0.4837,0.4554,0.4046,0.3118,0.1233",\
+"0.5170,0.5023,0.4887,0.4604,0.4096,0.3168,0.1283",\
+"0.5215,0.5068,0.4932,0.4648,0.4141,0.3213,0.1328",\
+"0.5306,0.5159,0.5022,0.4739,0.4231,0.3304,0.1419",\
+"0.5378,0.5232,0.5095,0.4812,0.4304,0.3376,0.1492",\
+"0.5679,0.5533,0.5396,0.5113,0.4605,0.3677,0.1792",\
+"0.6255,0.6109,0.5972,0.5689,0.5181,0.4253,0.2368");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.5389);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (42.3165);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (47.6101);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (36.0099);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.3230);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (1.2182);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_31_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1133);
+		}
+		        fall_power("scalar"){
+		 values (0.0512);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.1175);
+		}
+		        fall_power("scalar"){
+		 values (0.0489);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4429,-0.4264,-0.4136,-0.3814,-0.3345,-0.2301,-0.0377",\
+"-0.4479,-0.4313,-0.4186,-0.3864,-0.3395,-0.2351,-0.0427",\
+"-0.4524,-0.4358,-0.4231,-0.3909,-0.3440,-0.2395,-0.0472",\
+"-0.4615,-0.4449,-0.4322,-0.4000,-0.3531,-0.2486,-0.0562",\
+"-0.4688,-0.4522,-0.4395,-0.4073,-0.3604,-0.2559,-0.0635",\
+"-0.4989,-0.4823,-0.4696,-0.4373,-0.3905,-0.2860,-0.0936",\
+"-0.5565,-0.5399,-0.5272,-0.4950,-0.4481,-0.3436,-0.1512");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4107,-0.3951,-0.3824,-0.3541,-0.3033,-0.2047,-0.0260",\
+"-0.4157,-0.4001,-0.3874,-0.3591,-0.3083,-0.2097,-0.0310",\
+"-0.4202,-0.4046,-0.3919,-0.3636,-0.3128,-0.2141,-0.0354",\
+"-0.4293,-0.4137,-0.4010,-0.3727,-0.3219,-0.2232,-0.0445",\
+"-0.4366,-0.4209,-0.4082,-0.3799,-0.3291,-0.2305,-0.0518",\
+"-0.4667,-0.4510,-0.4383,-0.4100,-0.3592,-0.2606,-0.0819",\
+"-0.5242,-0.5086,-0.4959,-0.4676,-0.4168,-0.3182,-0.1395");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5520,0.5364,0.5237,0.4915,0.4427,0.3440,0.1477",\
+"0.5570,0.5414,0.5287,0.4965,0.4477,0.3490,0.1527",\
+"0.5615,0.5459,0.5332,0.5010,0.4521,0.3535,0.1572",\
+"0.5706,0.5550,0.5423,0.5101,0.4612,0.3626,0.1663",\
+"0.5779,0.5623,0.5496,0.5173,0.4685,0.3699,0.1736",\
+"0.6080,0.5923,0.5796,0.5474,0.4986,0.4000,0.2037",\
+"0.6656,0.6499,0.6372,0.6050,0.5562,0.4576,0.2613");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5120,0.4973,0.4837,0.4554,0.4046,0.3118,0.1233",\
+"0.5170,0.5023,0.4887,0.4604,0.4096,0.3168,0.1283",\
+"0.5215,0.5068,0.4932,0.4648,0.4141,0.3213,0.1328",\
+"0.5306,0.5159,0.5022,0.4739,0.4231,0.3304,0.1419",\
+"0.5378,0.5232,0.5095,0.4812,0.4304,0.3376,0.1492",\
+"0.5679,0.5533,0.5396,0.5113,0.4605,0.3677,0.1792",\
+"0.6255,0.6109,0.5972,0.5689,0.5181,0.4253,0.2368");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0106);
+		}
+		        fall_power("scalar"){
+		 values (0.0054);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0143);
+		}
+		        fall_power("scalar"){
+		 values (0.0003);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0046);
+		}
+		        fall_power("scalar"){
+		 values (0.0040);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0044);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0061);
+		}
+		        fall_power("scalar"){
+		 values (0.0022);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0063);
+		}
+		        fall_power("scalar"){
+		 values (0.0027);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.0874);
+		}
+		        fall_power("scalar"){
+		 values (0.0053);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_31_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[31:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1133);
+		}
+		        fall_power("scalar"){
+		 values (0.0512);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1175);
+		}
+		        fall_power("scalar"){
+		 values (0.0489);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4429,-0.4264,-0.4136,-0.3814,-0.3345,-0.2301,-0.0377",\
+"-0.4479,-0.4313,-0.4186,-0.3864,-0.3395,-0.2351,-0.0427",\
+"-0.4524,-0.4358,-0.4231,-0.3909,-0.3440,-0.2395,-0.0472",\
+"-0.4615,-0.4449,-0.4322,-0.4000,-0.3531,-0.2486,-0.0562",\
+"-0.4688,-0.4522,-0.4395,-0.4073,-0.3604,-0.2559,-0.0635",\
+"-0.4989,-0.4823,-0.4696,-0.4373,-0.3905,-0.2860,-0.0936",\
+"-0.5565,-0.5399,-0.5272,-0.4950,-0.4481,-0.3436,-0.1512");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4107,-0.3951,-0.3824,-0.3541,-0.3033,-0.2047,-0.0260",\
+"-0.4157,-0.4001,-0.3874,-0.3591,-0.3083,-0.2097,-0.0310",\
+"-0.4202,-0.4046,-0.3919,-0.3636,-0.3128,-0.2141,-0.0354",\
+"-0.4293,-0.4137,-0.4010,-0.3727,-0.3219,-0.2232,-0.0445",\
+"-0.4366,-0.4209,-0.4082,-0.3799,-0.3291,-0.2305,-0.0518",\
+"-0.4667,-0.4510,-0.4383,-0.4100,-0.3592,-0.2606,-0.0819",\
+"-0.5242,-0.5086,-0.4959,-0.4676,-0.4168,-0.3182,-0.1395");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5520,0.5364,0.5237,0.4915,0.4427,0.3440,0.1477",\
+"0.5570,0.5414,0.5287,0.4965,0.4477,0.3490,0.1527",\
+"0.5615,0.5459,0.5332,0.5010,0.4521,0.3535,0.1572",\
+"0.5706,0.5550,0.5423,0.5101,0.4612,0.3626,0.1663",\
+"0.5779,0.5623,0.5496,0.5173,0.4685,0.3699,0.1736",\
+"0.6080,0.5923,0.5796,0.5474,0.4986,0.4000,0.2037",\
+"0.6656,0.6499,0.6372,0.6050,0.5562,0.4576,0.2613");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5120,0.4973,0.4837,0.4554,0.4046,0.3118,0.1233",\
+"0.5170,0.5023,0.4887,0.4604,0.4096,0.3168,0.1283",\
+"0.5215,0.5068,0.4932,0.4648,0.4141,0.3213,0.1328",\
+"0.5306,0.5159,0.5022,0.4739,0.4231,0.3304,0.1419",\
+"0.5378,0.5232,0.5095,0.4812,0.4304,0.3376,0.1492",\
+"0.5679,0.5533,0.5396,0.5113,0.4605,0.3677,0.1792",\
+"0.6255,0.6109,0.5972,0.5689,0.5181,0.4253,0.2368");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5389);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (42.3165);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (47.6101);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (36.0099);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.3230);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (1.2182);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_31_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1133);
+		}
+		        fall_power("scalar"){
+		 values (0.0512);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1175);
+		}
+		        fall_power("scalar"){
+		 values (0.0489);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4429,-0.4264,-0.4136,-0.3814,-0.3345,-0.2301,-0.0377",\
+"-0.4479,-0.4313,-0.4186,-0.3864,-0.3395,-0.2351,-0.0427",\
+"-0.4524,-0.4358,-0.4231,-0.3909,-0.3440,-0.2395,-0.0472",\
+"-0.4615,-0.4449,-0.4322,-0.4000,-0.3531,-0.2486,-0.0562",\
+"-0.4688,-0.4522,-0.4395,-0.4073,-0.3604,-0.2559,-0.0635",\
+"-0.4989,-0.4823,-0.4696,-0.4373,-0.3905,-0.2860,-0.0936",\
+"-0.5565,-0.5399,-0.5272,-0.4950,-0.4481,-0.3436,-0.1512");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4107,-0.3951,-0.3824,-0.3541,-0.3033,-0.2047,-0.0260",\
+"-0.4157,-0.4001,-0.3874,-0.3591,-0.3083,-0.2097,-0.0310",\
+"-0.4202,-0.4046,-0.3919,-0.3636,-0.3128,-0.2141,-0.0354",\
+"-0.4293,-0.4137,-0.4010,-0.3727,-0.3219,-0.2232,-0.0445",\
+"-0.4366,-0.4209,-0.4082,-0.3799,-0.3291,-0.2305,-0.0518",\
+"-0.4667,-0.4510,-0.4383,-0.4100,-0.3592,-0.2606,-0.0819",\
+"-0.5242,-0.5086,-0.4959,-0.4676,-0.4168,-0.3182,-0.1395");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5520,0.5364,0.5237,0.4915,0.4427,0.3440,0.1477",\
+"0.5570,0.5414,0.5287,0.4965,0.4477,0.3490,0.1527",\
+"0.5615,0.5459,0.5332,0.5010,0.4521,0.3535,0.1572",\
+"0.5706,0.5550,0.5423,0.5101,0.4612,0.3626,0.1663",\
+"0.5779,0.5623,0.5496,0.5173,0.4685,0.3699,0.1736",\
+"0.6080,0.5923,0.5796,0.5474,0.4986,0.4000,0.2037",\
+"0.6656,0.6499,0.6372,0.6050,0.5562,0.4576,0.2613");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5120,0.4973,0.4837,0.4554,0.4046,0.3118,0.1233",\
+"0.5170,0.5023,0.4887,0.4604,0.4096,0.3168,0.1283",\
+"0.5215,0.5068,0.4932,0.4648,0.4141,0.3213,0.1328",\
+"0.5306,0.5159,0.5022,0.4739,0.4231,0.3304,0.1419",\
+"0.5378,0.5232,0.5095,0.4812,0.4304,0.3376,0.1492",\
+"0.5679,0.5533,0.5396,0.5113,0.4605,0.3677,0.1792",\
+"0.6255,0.6109,0.5972,0.5689,0.5181,0.4253,0.2368");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_31_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[31:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.8075,3.8091,3.8168,3.8255,3.8579,3.8938",\
+"3.8127,3.8143,3.8219,3.8306,3.8631,3.8989",\
+"3.8159,3.8175,3.8251,3.8338,3.8663,3.9021",\
+"3.8283,3.8299,3.8376,3.8463,3.8787,3.9146",\
+"3.8342,3.8358,3.8434,3.8521,3.8846,3.9204",\
+"3.8651,3.8667,3.8744,3.8831,3.9155,3.9514",\
+"3.9208,3.9224,3.9301,3.9388,3.9712,4.0071");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.7464,3.7478,3.7538,3.7609,3.7874,3.8140",\
+"3.7516,3.7529,3.7589,3.7661,3.7926,3.8192",\
+"3.7548,3.7561,3.7621,3.7693,3.7958,3.8224",\
+"3.7673,3.7686,3.7746,3.7817,3.8082,3.8349",\
+"3.7731,3.7744,3.7804,3.7876,3.8141,3.8407",\
+"3.8041,3.8054,3.8114,3.8185,3.8450,3.8717",\
+"3.8598,3.8611,3.8671,3.8742,3.9007,3.9274");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 198.0155;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..c0cb7226a
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1518 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_512x64_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:19:28 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_8_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 9;
+		bit_from  : 8;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_512x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 9;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 150102.4032 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0097);
+		}
+		        fall_power("scalar"){
+		 values (0.0013);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0452);
+		}
+		        fall_power("scalar"){
+		 values (0.0015);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0098);
+		}
+		        fall_power("scalar"){
+		 values (0.0045);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0153);
+		}
+		        fall_power("scalar"){
+		 values (0.0437);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0096);
+		}
+		        fall_power("scalar"){
+		 values (0.0171);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0148);
+		}
+		        fall_power("scalar"){
+		 values (0.0244);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.6732);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2898);
+		}
+		        fall_power("scalar"){
+		 values (0.2731);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3283);
+		}
+		        fall_power("scalar"){
+		 values (0.2965);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4182,0.4065,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0979",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.6812);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (104.6405);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (108.3347);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (87.0280);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4988);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.9642);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2898);
+		}
+		        fall_power("scalar"){
+		 values (0.2731);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3283);
+		}
+		        fall_power("scalar"){
+		 values (0.2965);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4182,0.4065,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0979",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.00868123 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.010187 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00734489 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0097);
+		}
+		        fall_power("scalar"){
+		 values (0.0013);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0452);
+		}
+		        fall_power("scalar"){
+		 values (0.0015);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0098);
+		}
+		        fall_power("scalar"){
+		 values (0.0045);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0153);
+		}
+		        fall_power("scalar"){
+		 values (0.0437);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0096);
+		}
+		        fall_power("scalar"){
+		 values (0.0171);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0148);
+		}
+		        fall_power("scalar"){
+		 values (0.0244);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.6732);
+		}
+		        fall_power("scalar"){
+		 values (0.0109);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2898);
+		}
+		        fall_power("scalar"){
+		 values (0.2731);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3283);
+		}
+		        fall_power("scalar"){
+		 values (0.2965);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4182,0.4065,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0979",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.6812);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (104.6405);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (108.3347);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (87.0280);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4988);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.9642);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2898);
+		}
+		        fall_power("scalar"){
+		 values (0.2731);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3283);
+		}
+		        fall_power("scalar"){
+		 values (0.2965);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3041,-0.2924,-0.2787,-0.2533,-0.2172,-0.1420,-0.0043",\
+"-0.3080,-0.2963,-0.2826,-0.2572,-0.2211,-0.1459,-0.0082",\
+"-0.3118,-0.3001,-0.2864,-0.2610,-0.2249,-0.1497,-0.0120",\
+"-0.3150,-0.3033,-0.2897,-0.2643,-0.2281,-0.1529,-0.0152",\
+"-0.3275,-0.3158,-0.3021,-0.2767,-0.2406,-0.1654,-0.0277",\
+"-0.3451,-0.3334,-0.3197,-0.2943,-0.2582,-0.1830,-0.0453",\
+"-0.3726,-0.3609,-0.3472,-0.3218,-0.2857,-0.2105,-0.0728");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2611,-0.2504,-0.2367,-0.2094,-0.1713,-0.1029,0.0250",\
+"-0.2650,-0.2543,-0.2406,-0.2133,-0.1752,-0.1068,0.0211",\
+"-0.2688,-0.2581,-0.2444,-0.2171,-0.1790,-0.1106,0.0173",\
+"-0.2721,-0.2613,-0.2477,-0.2203,-0.1822,-0.1139,0.0140",\
+"-0.2845,-0.2738,-0.2601,-0.2328,-0.1947,-0.1263,0.0016",\
+"-0.3021,-0.2914,-0.2777,-0.2504,-0.2123,-0.1439,-0.0160",\
+"-0.3296,-0.3189,-0.3052,-0.2779,-0.2398,-0.1714,-0.0435");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4105,0.3988,0.3841,0.3587,0.3207,0.2464,0.1078",\
+"0.4144,0.4027,0.3880,0.3626,0.3245,0.2503,0.1117",\
+"0.4182,0.4065,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4214,0.4097,0.3951,0.3697,0.3316,0.2574,0.1187",\
+"0.4339,0.4222,0.4075,0.3821,0.3440,0.2698,0.1311",\
+"0.4515,0.4398,0.4251,0.3997,0.3616,0.2874,0.1488",\
+"0.4790,0.4673,0.4526,0.4272,0.3891,0.3149,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3626,0.3519,0.3382,0.3109,0.2728,0.2044,0.0746",\
+"0.3665,0.3558,0.3421,0.3148,0.2767,0.2083,0.0784",\
+"0.3703,0.3596,0.3459,0.3186,0.2805,0.2121,0.0822",\
+"0.3736,0.3628,0.3492,0.3218,0.2837,0.2154,0.0855",\
+"0.3860,0.3753,0.3616,0.3343,0.2962,0.2278,0.0979",\
+"0.4036,0.3929,0.3792,0.3519,0.3138,0.2454,0.1156",\
+"0.4311,0.4204,0.4067,0.3794,0.3413,0.2729,0.1431");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.3501,2.3511,2.3562,2.3614,2.3823,2.4059",\
+"2.3565,2.3575,2.3626,2.3678,2.3887,2.4123",\
+"2.3581,2.3591,2.3642,2.3694,2.3903,2.4139",\
+"2.3624,2.3634,2.3685,2.3737,2.3946,2.4182",\
+"2.3756,2.3766,2.3817,2.3869,2.4078,2.4314",\
+"2.3941,2.3951,2.4002,2.4054,2.4263,2.4500",\
+"2.4206,2.4216,2.4267,2.4319,2.4529,2.4765");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("2.3160,2.3168,2.3209,2.3256,2.3428,2.3594",\
+"2.3224,2.3232,2.3272,2.3320,2.3492,2.3658",\
+"2.3240,2.3248,2.3288,2.3336,2.3508,2.3674",\
+"2.3283,2.3292,2.3332,2.3379,2.3551,2.3717",\
+"2.3415,2.3423,2.3463,2.3511,2.3683,2.3849",\
+"2.3600,2.3609,2.3649,2.3696,2.3868,2.4035",\
+"2.3865,2.3874,2.3914,2.3962,2.4133,2.4300");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 939.1882;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..e4e636e5e
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_512x64_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1518 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_512x64_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Fri Nov 17 08:19:28 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_8_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 9;
+		bit_from  : 8;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_512x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 9;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 150102.4032 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0098);
+		}
+		        fall_power("scalar"){
+		 values (0.0049);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0094);
+		}
+		        fall_power("scalar"){
+		 values (0.0018);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0045);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0061);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1725);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2260);
+		}
+		        fall_power("scalar"){
+		 values (0.1028);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0978);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5283,-0.5126,-0.5009,-0.4697,-0.4228,-0.3222,-0.1240",\
+"-0.5333,-0.5177,-0.5059,-0.4747,-0.4278,-0.3272,-0.1290",\
+"-0.5378,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5468,-0.5312,-0.5195,-0.4883,-0.4414,-0.3408,-0.1426",\
+"-0.5541,-0.5385,-0.5268,-0.4955,-0.4486,-0.3481,-0.1498",\
+"-0.5842,-0.5686,-0.5569,-0.5256,-0.4787,-0.3781,-0.1799",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5363,-0.4357,-0.2375");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4609,-0.4472,-0.4335,-0.4052,-0.3544,-0.2568,-0.0771",\
+"-0.4659,-0.4522,-0.4385,-0.4102,-0.3594,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4795,-0.4658,-0.4521,-0.4238,-0.3730,-0.2754,-0.0957",\
+"-0.4867,-0.4731,-0.4594,-0.4311,-0.3803,-0.2826,-0.1029",\
+"-0.5168,-0.5031,-0.4895,-0.4611,-0.4104,-0.3127,-0.1330",\
+"-0.5744,-0.5607,-0.5471,-0.5188,-0.4680,-0.3703,-0.1906");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6379,0.6223,0.6066,0.5774,0.5295,0.4279,0.2316",\
+"0.6429,0.6273,0.6116,0.5824,0.5345,0.4329,0.2366",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6565,0.6408,0.6252,0.5959,0.5481,0.4465,0.2502",\
+"0.6637,0.6481,0.6325,0.6032,0.5553,0.4538,0.2575",\
+"0.6938,0.6782,0.6626,0.6333,0.5854,0.4839,0.2876",\
+"0.7514,0.7358,0.7202,0.6909,0.6430,0.5415,0.3452");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5646,0.5500,0.5353,0.5070,0.4572,0.3596,0.1760",\
+"0.5696,0.5550,0.5404,0.5120,0.4622,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5832,0.5686,0.5539,0.5256,0.4758,0.3781,0.1946",\
+"0.5905,0.5758,0.5612,0.5329,0.4831,0.3854,0.2018",\
+"0.6206,0.6059,0.5913,0.5630,0.5132,0.4155,0.2319",\
+"0.6782,0.6635,0.6489,0.6206,0.5708,0.4731,0.2895");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.5537);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (80.0160);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (91.4230);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (68.8967);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.3537);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.1267);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2260);
+		}
+		        fall_power("scalar"){
+		 values (0.1028);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0978);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5283,-0.5126,-0.5009,-0.4697,-0.4228,-0.3222,-0.1240",\
+"-0.5333,-0.5177,-0.5059,-0.4747,-0.4278,-0.3272,-0.1290",\
+"-0.5378,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5468,-0.5312,-0.5195,-0.4883,-0.4414,-0.3408,-0.1426",\
+"-0.5541,-0.5385,-0.5268,-0.4955,-0.4486,-0.3481,-0.1498",\
+"-0.5842,-0.5686,-0.5569,-0.5256,-0.4787,-0.3781,-0.1799",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5363,-0.4357,-0.2375");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4609,-0.4472,-0.4335,-0.4052,-0.3544,-0.2568,-0.0771",\
+"-0.4659,-0.4522,-0.4385,-0.4102,-0.3594,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4795,-0.4658,-0.4521,-0.4238,-0.3730,-0.2754,-0.0957",\
+"-0.4867,-0.4731,-0.4594,-0.4311,-0.3803,-0.2826,-0.1029",\
+"-0.5168,-0.5031,-0.4895,-0.4611,-0.4104,-0.3127,-0.1330",\
+"-0.5744,-0.5607,-0.5471,-0.5188,-0.4680,-0.3703,-0.1906");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6379,0.6223,0.6066,0.5774,0.5295,0.4279,0.2316",\
+"0.6429,0.6273,0.6116,0.5824,0.5345,0.4329,0.2366",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6565,0.6408,0.6252,0.5959,0.5481,0.4465,0.2502",\
+"0.6637,0.6481,0.6325,0.6032,0.5553,0.4538,0.2575",\
+"0.6938,0.6782,0.6626,0.6333,0.5854,0.4839,0.2876",\
+"0.7514,0.7358,0.7202,0.6909,0.6430,0.5415,0.3452");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5646,0.5500,0.5353,0.5070,0.4572,0.3596,0.1760",\
+"0.5696,0.5550,0.5404,0.5120,0.4622,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5832,0.5686,0.5539,0.5256,0.4758,0.3781,0.1946",\
+"0.5905,0.5758,0.5612,0.5329,0.4831,0.3854,0.2018",\
+"0.6206,0.6059,0.5913,0.5630,0.5132,0.4155,0.2319",\
+"0.6782,0.6635,0.6489,0.6206,0.5708,0.4731,0.2895");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_8_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+    pin(A_BIST_ADDR[5]) {
+       capacitance : 0.0091523 ;
+    }
+    pin(A_BIST_ADDR[6]) {
+       capacitance : 0.0109212 ;
+    }
+    pin(A_BIST_ADDR[7]) {
+       capacitance : 0.00774122 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[8:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0098);
+		}
+		        fall_power("scalar"){
+		 values (0.0049);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0094);
+		}
+		        fall_power("scalar"){
+		 values (0.0018);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0045);
+		}
+		        fall_power("scalar"){
+		 values (0.0044);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0048);
+		}
+		        fall_power("scalar"){
+		 values (0.0050);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0061);
+		}
+		        fall_power("scalar"){
+		 values (0.0024);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0066);
+		}
+		        fall_power("scalar"){
+		 values (0.0031);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1725);
+		}
+		        fall_power("scalar"){
+		 values (0.0055);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2260);
+		}
+		        fall_power("scalar"){
+		 values (0.1028);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0978);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5283,-0.5126,-0.5009,-0.4697,-0.4228,-0.3222,-0.1240",\
+"-0.5333,-0.5177,-0.5059,-0.4747,-0.4278,-0.3272,-0.1290",\
+"-0.5378,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5468,-0.5312,-0.5195,-0.4883,-0.4414,-0.3408,-0.1426",\
+"-0.5541,-0.5385,-0.5268,-0.4955,-0.4486,-0.3481,-0.1498",\
+"-0.5842,-0.5686,-0.5569,-0.5256,-0.4787,-0.3781,-0.1799",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5363,-0.4357,-0.2375");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4609,-0.4472,-0.4335,-0.4052,-0.3544,-0.2568,-0.0771",\
+"-0.4659,-0.4522,-0.4385,-0.4102,-0.3594,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4795,-0.4658,-0.4521,-0.4238,-0.3730,-0.2754,-0.0957",\
+"-0.4867,-0.4731,-0.4594,-0.4311,-0.3803,-0.2826,-0.1029",\
+"-0.5168,-0.5031,-0.4895,-0.4611,-0.4104,-0.3127,-0.1330",\
+"-0.5744,-0.5607,-0.5471,-0.5188,-0.4680,-0.3703,-0.1906");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6379,0.6223,0.6066,0.5774,0.5295,0.4279,0.2316",\
+"0.6429,0.6273,0.6116,0.5824,0.5345,0.4329,0.2366",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6565,0.6408,0.6252,0.5959,0.5481,0.4465,0.2502",\
+"0.6637,0.6481,0.6325,0.6032,0.5553,0.4538,0.2575",\
+"0.6938,0.6782,0.6626,0.6333,0.5854,0.4839,0.2876",\
+"0.7514,0.7358,0.7202,0.6909,0.6430,0.5415,0.3452");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5646,0.5500,0.5353,0.5070,0.4572,0.3596,0.1760",\
+"0.5696,0.5550,0.5404,0.5120,0.4622,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5832,0.5686,0.5539,0.5256,0.4758,0.3781,0.1946",\
+"0.5905,0.5758,0.5612,0.5329,0.4831,0.3854,0.2018",\
+"0.6206,0.6059,0.5913,0.5630,0.5132,0.4155,0.2319",\
+"0.6782,0.6635,0.6489,0.6206,0.5708,0.4731,0.2895");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.5537);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (80.0160);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (91.4230);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (68.8967);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.3537);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.1267);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2260);
+		}
+		        fall_power("scalar"){
+		 values (0.1028);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2319);
+		}
+		        fall_power("scalar"){
+		 values (0.0978);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5283,-0.5126,-0.5009,-0.4697,-0.4228,-0.3222,-0.1240",\
+"-0.5333,-0.5177,-0.5059,-0.4747,-0.4278,-0.3272,-0.1290",\
+"-0.5378,-0.5221,-0.5104,-0.4792,-0.4323,-0.3317,-0.1335",\
+"-0.5468,-0.5312,-0.5195,-0.4883,-0.4414,-0.3408,-0.1426",\
+"-0.5541,-0.5385,-0.5268,-0.4955,-0.4486,-0.3481,-0.1498",\
+"-0.5842,-0.5686,-0.5569,-0.5256,-0.4787,-0.3781,-0.1799",\
+"-0.6418,-0.6262,-0.6145,-0.5832,-0.5363,-0.4357,-0.2375");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4609,-0.4472,-0.4335,-0.4052,-0.3544,-0.2568,-0.0771",\
+"-0.4659,-0.4522,-0.4385,-0.4102,-0.3594,-0.2618,-0.0821",\
+"-0.4704,-0.4567,-0.4430,-0.4147,-0.3639,-0.2663,-0.0866",\
+"-0.4795,-0.4658,-0.4521,-0.4238,-0.3730,-0.2754,-0.0957",\
+"-0.4867,-0.4731,-0.4594,-0.4311,-0.3803,-0.2826,-0.1029",\
+"-0.5168,-0.5031,-0.4895,-0.4611,-0.4104,-0.3127,-0.1330",\
+"-0.5744,-0.5607,-0.5471,-0.5188,-0.4680,-0.3703,-0.1906");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6379,0.6223,0.6066,0.5774,0.5295,0.4279,0.2316",\
+"0.6429,0.6273,0.6116,0.5824,0.5345,0.4329,0.2366",\
+"0.6474,0.6317,0.6161,0.5868,0.5390,0.4374,0.2411",\
+"0.6565,0.6408,0.6252,0.5959,0.5481,0.4465,0.2502",\
+"0.6637,0.6481,0.6325,0.6032,0.5553,0.4538,0.2575",\
+"0.6938,0.6782,0.6626,0.6333,0.5854,0.4839,0.2876",\
+"0.7514,0.7358,0.7202,0.6909,0.6430,0.5415,0.3452");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5646,0.5500,0.5353,0.5070,0.4572,0.3596,0.1760",\
+"0.5696,0.5550,0.5404,0.5120,0.4622,0.3646,0.1810",\
+"0.5741,0.5595,0.5448,0.5165,0.4667,0.3690,0.1855",\
+"0.5832,0.5686,0.5539,0.5256,0.4758,0.3781,0.1946",\
+"0.5905,0.5758,0.5612,0.5329,0.4831,0.3854,0.2018",\
+"0.6206,0.6059,0.5913,0.5630,0.5132,0.4155,0.2319",\
+"0.6782,0.6635,0.6489,0.6206,0.5708,0.4731,0.2895");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.8266,3.8282,3.8358,3.8445,3.8769,3.9131",\
+"3.8317,3.8334,3.8410,3.8497,3.8821,3.9182",\
+"3.8349,3.8365,3.8442,3.8529,3.8853,3.9214",\
+"3.8474,3.8490,3.8566,3.8654,3.8978,3.9339",\
+"3.8532,3.8548,3.8625,3.8712,3.9036,3.9397",\
+"3.8842,3.8858,3.8934,3.9022,3.9345,3.9707",\
+"3.9399,3.9415,3.9491,3.9579,3.9903,4.0264");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.7663,3.7676,3.7737,3.7808,3.8073,3.8336",\
+"3.7715,3.7728,3.7789,3.7860,3.8125,3.8387",\
+"3.7747,3.7760,3.7821,3.7892,3.8157,3.8419",\
+"3.7871,3.7885,3.7945,3.8017,3.8282,3.8544",\
+"3.7930,3.7943,3.8004,3.8075,3.8340,3.8602",\
+"3.8239,3.8252,3.8313,3.8385,3.8650,3.8912",\
+"3.8796,3.8810,3.8870,3.8942,3.9207,3.9469");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 396.0310;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_fast_1p32V_m55C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_fast_1p32V_m55C.lib
new file mode 100644
index 000000000..a05111b80
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_fast_1p32V_m55C.lib
@@ -0,0 +1,1500 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_64x64_c2_bm_bist_fast_1p32V_m55C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.32);
+	voltage_map ( VDDARRAY, 1.32);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:30:32 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : -55 ;
+	nom_voltage     : 1.32 ;
+	
+	operating_conditions("fast_1p32V_m55C"){
+	    process     : 1 ;
+	    temperature : -55 ;
+	    voltage     : 1.32 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : fast_1p32V_m55C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_5_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 6;
+		bit_from  : 5;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_64x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 6;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 50489.1328 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_5_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_ADDR[5:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0152);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0322);
+		}
+		        fall_power("scalar"){
+		 values (0.0006);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0103);
+		}
+		        fall_power("scalar"){
+		 values (0.0033);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0094);
+		}
+		        fall_power("scalar"){
+		 values (0.0506);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0124);
+		}
+		        fall_power("scalar"){
+		 values (0.0096);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0257);
+		}
+		        fall_power("scalar"){
+		 values (0.0204);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.6808);
+		}
+		        fall_power("scalar"){
+		 values (0.0075);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00310985 ;
+   max_transition     : "0.38" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2776);
+		}
+		        fall_power("scalar"){
+		 values (0.2857);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3307);
+		}
+		        fall_power("scalar"){
+		 values (0.2954);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3042,-0.2925,-0.2788,-0.2534,-0.2173,-0.1421,-0.0044",\
+"-0.3081,-0.2964,-0.2827,-0.2573,-0.2212,-0.1460,-0.0083",\
+"-0.3118,-0.3000,-0.2864,-0.2610,-0.2248,-0.1496,-0.0120",\
+"-0.3150,-0.3032,-0.2896,-0.2642,-0.2280,-0.1528,-0.0152",\
+"-0.3276,-0.3159,-0.3022,-0.2768,-0.2407,-0.1655,-0.0278",\
+"-0.3452,-0.3335,-0.3198,-0.2944,-0.2583,-0.1831,-0.0454",\
+"-0.3727,-0.3610,-0.3473,-0.3219,-0.2858,-0.2106,-0.0729");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2505,-0.2368,-0.2095,-0.1714,-0.1030,0.0249",\
+"-0.2651,-0.2544,-0.2407,-0.2133,-0.1753,-0.1069,0.0210",\
+"-0.2688,-0.2580,-0.2444,-0.2170,-0.1789,-0.1106,0.0173",\
+"-0.2720,-0.2612,-0.2476,-0.2202,-0.1821,-0.1138,0.0141",\
+"-0.2846,-0.2739,-0.2602,-0.2329,-0.1948,-0.1264,0.0015",\
+"-0.3022,-0.2915,-0.2778,-0.2505,-0.2124,-0.1440,-0.0161",\
+"-0.3297,-0.3190,-0.3053,-0.2780,-0.2399,-0.1715,-0.0436");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4106,0.3989,0.3842,0.3588,0.3207,0.2465,0.1078",\
+"0.4145,0.4027,0.3881,0.3627,0.3246,0.2504,0.1117",\
+"0.4181,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4213,0.4096,0.3950,0.3696,0.3315,0.2573,0.1186",\
+"0.4340,0.4222,0.4076,0.3822,0.3441,0.2699,0.1312",\
+"0.4516,0.4398,0.4252,0.3998,0.3617,0.2875,0.1488",\
+"0.4791,0.4673,0.4527,0.4273,0.3892,0.3150,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3520,0.3383,0.3110,0.2729,0.2045,0.0746",\
+"0.3666,0.3559,0.3422,0.3148,0.2768,0.2084,0.0785",\
+"0.3703,0.3595,0.3459,0.3185,0.2804,0.2121,0.0822",\
+"0.3735,0.3627,0.3491,0.3217,0.2836,0.2153,0.0854",\
+"0.3861,0.3754,0.3617,0.3343,0.2963,0.2279,0.0980",\
+"0.4037,0.3930,0.3793,0.3520,0.3139,0.2455,0.1156",\
+"0.4312,0.4205,0.4068,0.3795,0.3414,0.2730,0.1431");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (0.6988);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (64.0995);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (72.7872);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (47.3058);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.4585);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.6572);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00387207 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2776);
+		}
+		        fall_power("scalar"){
+		 values (0.2857);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.3307);
+		}
+		        fall_power("scalar"){
+		 values (0.2954);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3042,-0.2925,-0.2788,-0.2534,-0.2173,-0.1421,-0.0044",\
+"-0.3081,-0.2964,-0.2827,-0.2573,-0.2212,-0.1460,-0.0083",\
+"-0.3118,-0.3000,-0.2864,-0.2610,-0.2248,-0.1496,-0.0120",\
+"-0.3150,-0.3032,-0.2896,-0.2642,-0.2280,-0.1528,-0.0152",\
+"-0.3276,-0.3159,-0.3022,-0.2768,-0.2407,-0.1655,-0.0278",\
+"-0.3452,-0.3335,-0.3198,-0.2944,-0.2583,-0.1831,-0.0454",\
+"-0.3727,-0.3610,-0.3473,-0.3219,-0.2858,-0.2106,-0.0729");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2505,-0.2368,-0.2095,-0.1714,-0.1030,0.0249",\
+"-0.2651,-0.2544,-0.2407,-0.2133,-0.1753,-0.1069,0.0210",\
+"-0.2688,-0.2580,-0.2444,-0.2170,-0.1789,-0.1106,0.0173",\
+"-0.2720,-0.2612,-0.2476,-0.2202,-0.1821,-0.1138,0.0141",\
+"-0.2846,-0.2739,-0.2602,-0.2329,-0.1948,-0.1264,0.0015",\
+"-0.3022,-0.2915,-0.2778,-0.2505,-0.2124,-0.1440,-0.0161",\
+"-0.3297,-0.3190,-0.3053,-0.2780,-0.2399,-0.1715,-0.0436");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4106,0.3989,0.3842,0.3588,0.3207,0.2465,0.1078",\
+"0.4145,0.4027,0.3881,0.3627,0.3246,0.2504,0.1117",\
+"0.4181,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4213,0.4096,0.3950,0.3696,0.3315,0.2573,0.1186",\
+"0.4340,0.4222,0.4076,0.3822,0.3441,0.2699,0.1312",\
+"0.4516,0.4398,0.4252,0.3998,0.3617,0.2875,0.1488",\
+"0.4791,0.4673,0.4527,0.4273,0.3892,0.3150,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3520,0.3383,0.3110,0.2729,0.2045,0.0746",\
+"0.3666,0.3559,0.3422,0.3148,0.2768,0.2084,0.0785",\
+"0.3703,0.3595,0.3459,0.3185,0.2804,0.2121,0.0822",\
+"0.3735,0.3627,0.3491,0.3217,0.2836,0.2153,0.0854",\
+"0.3861,0.3754,0.3617,0.3343,0.2963,0.2279,0.0980",\
+"0.4037,0.3930,0.3793,0.3520,0.3139,0.2455,0.1156",\
+"0.4312,0.4205,0.4068,0.3795,0.3414,0.2730,0.1431");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00421562 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_5_0;
+   direction          : input ;
+   capacitance        : 0.00691085 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00562034 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00462655 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.00594295 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00723434 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00481603 ;
+    }
+   max_transition     : "0.38" ;
+   pin(A_BIST_ADDR[5:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0152);
+		}
+		        fall_power("scalar"){
+		 values (0.0043);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0322);
+		}
+		        fall_power("scalar"){
+		 values (0.0006);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2371,-0.2215,-0.2098,-0.1824,-0.1434,-0.0691,0.0676",\
+"-0.2449,-0.2332,-0.2176,-0.1902,-0.1551,-0.0770,0.0559",\
+"-0.2605,-0.2488,-0.2332,-0.2059,-0.1707,-0.0965,0.0441",\
+"-0.2879,-0.2723,-0.2605,-0.2332,-0.1941,-0.1199,0.0168",\
+"-0.3230,-0.3113,-0.2996,-0.2723,-0.2332,-0.1590,-0.0184",\
+"-0.4012,-0.3895,-0.3738,-0.3465,-0.3074,-0.2332,-0.0965",\
+"-0.5379,-0.5262,-0.5105,-0.4832,-0.4480,-0.3699,-0.2332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.1785,-0.1707,-0.1551,-0.1277,-0.0887,-0.0184,0.1145",\
+"-0.1902,-0.1785,-0.1629,-0.1355,-0.1004,-0.0262,0.1027",\
+"-0.2059,-0.1941,-0.1785,-0.1512,-0.1160,-0.0418,0.0871",\
+"-0.2293,-0.2176,-0.2059,-0.1785,-0.1434,-0.0691,0.0598",\
+"-0.2684,-0.2566,-0.2449,-0.2176,-0.1824,-0.1082,0.0207",\
+"-0.3465,-0.3348,-0.3191,-0.2918,-0.2566,-0.1824,-0.0535",\
+"-0.4832,-0.4715,-0.4559,-0.4324,-0.3934,-0.3191,-0.1902");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3410,0.3293,0.3137,0.2863,0.2473,0.1730,0.0324",\
+"0.3488,0.3371,0.3215,0.2941,0.2590,0.1809,0.0480",\
+"0.3684,0.3527,0.3371,0.3098,0.2746,0.1965,0.0598",\
+"0.3918,0.3762,0.3645,0.3371,0.2980,0.2238,0.0871",\
+"0.4309,0.4152,0.4035,0.3762,0.3371,0.2629,0.1223",\
+"0.5051,0.4934,0.4777,0.4504,0.4113,0.3371,0.1965",\
+"0.6418,0.6262,0.6145,0.5871,0.5520,0.4738,0.3332");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2824,0.2707,0.2551,0.2277,0.1926,0.1184,-0.0105",\
+"0.2902,0.2785,0.2668,0.2395,0.2043,0.1301,0.0012",\
+"0.3059,0.2941,0.2824,0.2551,0.2199,0.1457,0.0168",\
+"0.3332,0.3215,0.3059,0.2785,0.2434,0.1691,0.0402",\
+"0.3723,0.3605,0.3449,0.3176,0.2824,0.2121,0.0793",\
+"0.4465,0.4348,0.4230,0.3918,0.3566,0.2824,0.1535",\
+"0.5832,0.5715,0.5598,0.5324,0.4934,0.4191,0.2902");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00341384 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0103);
+		}
+		        fall_power("scalar"){
+		 values (0.0033);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0094);
+		}
+		        fall_power("scalar"){
+		 values (0.0506);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1887,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3527",\
+"-0.0262,-0.0145,0.0012,0.0246,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1418");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2160,0.2316,0.2590,0.2941,0.3684,0.5012",\
+"0.1926,0.2043,0.2199,0.2473,0.2824,0.3566,0.4895",\
+"0.1770,0.1887,0.2043,0.2316,0.2668,0.3410,0.4777",\
+"0.1535,0.1652,0.1770,0.2043,0.2395,0.3137,0.4504",\
+"0.1145,0.1262,0.1379,0.1652,0.2043,0.2746,0.4113",\
+"0.0402,0.0520,0.0676,0.0910,0.1262,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0730,-0.0457,-0.0066,0.0637,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1496,0.1223,0.0793,0.0090,-0.1316",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0168,-0.1199",\
+"0.2004,0.1887,0.1770,0.1496,0.1066,0.0363,-0.1043",\
+"0.2277,0.2160,0.2004,0.1730,0.1340,0.0598,-0.0809",\
+"0.2668,0.2551,0.2395,0.2121,0.1730,0.0988,-0.0418",\
+"0.3410,0.3293,0.3137,0.2863,0.2434,0.1730,0.0324",\
+"0.4816,0.4699,0.4543,0.4230,0.3801,0.3098,0.1730");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1066,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1457,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1613,0.1340,0.0988,0.0246,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2512,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0457",\
+"0.3254,0.3176,0.3020,0.2746,0.2355,0.1652,0.0324",\
+"0.4660,0.4543,0.4387,0.4113,0.3723,0.3020,0.1691");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00390661 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0124);
+		}
+		        fall_power("scalar"){
+		 values (0.0096);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0257);
+		}
+		        fall_power("scalar"){
+		 values (0.0204);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.0027,0.0090,0.0246,0.0520,0.0910,0.1613,0.3020",\
+"-0.0105,0.0012,0.0129,0.0363,0.0793,0.1535,0.2902",\
+"-0.0262,-0.0145,-0.0027,0.0246,0.0637,0.1379,0.2785",\
+"-0.0535,-0.0418,-0.0262,0.0012,0.0363,0.1105,0.2512",\
+"-0.0926,-0.0809,-0.0652,-0.0418,-0.0027,0.0715,0.2121",\
+"-0.1668,-0.1551,-0.1395,-0.1082,-0.0770,-0.0027,0.1379",\
+"-0.3035,-0.2918,-0.2762,-0.2488,-0.2137,-0.1434,-0.0027");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.0832,0.0949,0.1105,0.1379,0.1730,0.2473,0.3801",\
+"0.0754,0.0832,0.0988,0.1223,0.1613,0.2355,0.3684",\
+"0.0598,0.0676,0.0832,0.1066,0.1457,0.2121,0.3527",\
+"0.0324,0.0441,0.0598,0.0871,0.1223,0.1926,0.3293",\
+"-0.0066,0.0051,0.0168,0.0480,0.0832,0.1535,0.2902",\
+"-0.0809,-0.0691,-0.0574,-0.0301,0.0090,0.0832,0.2121",\
+"-0.2176,-0.2059,-0.1941,-0.1668,-0.1277,-0.0574,0.0793");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1160",\
+"0.1965,0.1848,0.1730,0.1457,0.1027,0.0324,-0.1082",\
+"0.2160,0.2004,0.1887,0.1613,0.1184,0.0480,-0.0926",\
+"0.2395,0.2277,0.2121,0.1848,0.1457,0.0715,-0.0652",\
+"0.2785,0.2668,0.2512,0.2238,0.1848,0.1105,-0.0262",\
+"0.3527,0.3410,0.3254,0.2980,0.2551,0.1848,0.0480",\
+"0.4934,0.4816,0.4660,0.4387,0.3957,0.3254,0.1887");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1730,0.1613,0.1496,0.1184,0.0793,0.0129,-0.1238",\
+"0.1848,0.1730,0.1574,0.1301,0.0910,0.0207,-0.1121",\
+"0.2004,0.1887,0.1730,0.1457,0.1066,0.0363,-0.1004",\
+"0.2238,0.2121,0.2004,0.1691,0.1340,0.0598,-0.0730",\
+"0.2629,0.2512,0.2395,0.2121,0.1691,0.0988,-0.0340",\
+"0.3371,0.3254,0.3137,0.2863,0.2434,0.1730,0.0402",\
+"0.4777,0.4660,0.4504,0.4230,0.3840,0.3137,0.1809");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00326046 ;
+   max_transition     : "0.38" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.6808);
+		}
+		        fall_power("scalar"){
+		 values (0.0075);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1418,0.1496,0.1652,0.1926,0.2316,0.3059,0.4465",\
+"0.1301,0.1379,0.1535,0.1809,0.2199,0.2941,0.4348",\
+"0.1145,0.1262,0.1418,0.1652,0.2043,0.2785,0.4191",\
+"0.0871,0.0949,0.1105,0.1379,0.1770,0.2512,0.3879",\
+"0.0480,0.0598,0.0754,0.0988,0.1379,0.2082,0.3488",\
+"-0.0262,-0.0145,0.0012,0.0285,0.0676,0.1379,0.2785",\
+"-0.1668,-0.1551,-0.1395,-0.1121,-0.0730,0.0012,0.1379");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.2082,0.2199,0.2316,0.2590,0.2980,0.3723,0.5051",\
+"0.1965,0.2082,0.2199,0.2473,0.2863,0.3605,0.4934",\
+"0.1809,0.1926,0.2043,0.2316,0.2707,0.3449,0.4777",\
+"0.1574,0.1691,0.1809,0.2082,0.2434,0.3176,0.4543",\
+"0.1145,0.1262,0.1418,0.1691,0.2043,0.2785,0.4113",\
+"0.0441,0.0559,0.0676,0.0949,0.1301,0.2004,0.3332",\
+"-0.0965,-0.0848,-0.0691,-0.0418,-0.0066,0.0676,0.2004");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1770,0.1652,0.1535,0.1262,0.0832,0.0129,-0.1277",\
+"0.1887,0.1770,0.1613,0.1340,0.0949,0.0207,-0.1199",\
+"0.2043,0.1926,0.1770,0.1496,0.1105,0.0363,-0.1043",\
+"0.2277,0.2160,0.2043,0.1770,0.1379,0.0598,-0.0770",\
+"0.2668,0.2551,0.2434,0.2160,0.1730,0.0988,-0.0379",\
+"0.3449,0.3332,0.3176,0.2902,0.2473,0.1730,0.0363",\
+"0.4816,0.4699,0.4543,0.4270,0.3840,0.3098,0.1770");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.1613,0.1496,0.1379,0.1105,0.0715,0.0012,-0.1355",\
+"0.1730,0.1613,0.1496,0.1184,0.0832,0.0129,-0.1238",\
+"0.1887,0.1770,0.1652,0.1340,0.0988,0.0285,-0.1121",\
+"0.2121,0.2043,0.1887,0.1613,0.1223,0.0520,-0.0848",\
+"0.2551,0.2434,0.2277,0.2004,0.1613,0.0910,-0.0418",\
+"0.3293,0.3176,0.3020,0.2746,0.2395,0.1652,0.0324",\
+"0.4660,0.4543,0.4426,0.4113,0.3762,0.3020,0.1691");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00253457 ;
+   max_transition     : "0.38" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2776);
+		}
+		        fall_power("scalar"){
+		 values (0.2857);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3307);
+		}
+		        fall_power("scalar"){
+		 values (0.2954);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.3042,-0.2925,-0.2788,-0.2534,-0.2173,-0.1421,-0.0044",\
+"-0.3081,-0.2964,-0.2827,-0.2573,-0.2212,-0.1460,-0.0083",\
+"-0.3118,-0.3000,-0.2864,-0.2610,-0.2248,-0.1496,-0.0120",\
+"-0.3150,-0.3032,-0.2896,-0.2642,-0.2280,-0.1528,-0.0152",\
+"-0.3276,-0.3159,-0.3022,-0.2768,-0.2407,-0.1655,-0.0278",\
+"-0.3452,-0.3335,-0.3198,-0.2944,-0.2583,-0.1831,-0.0454",\
+"-0.3727,-0.3610,-0.3473,-0.3219,-0.2858,-0.2106,-0.0729");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("-0.2612,-0.2505,-0.2368,-0.2095,-0.1714,-0.1030,0.0249",\
+"-0.2651,-0.2544,-0.2407,-0.2133,-0.1753,-0.1069,0.0210",\
+"-0.2688,-0.2580,-0.2444,-0.2170,-0.1789,-0.1106,0.0173",\
+"-0.2720,-0.2612,-0.2476,-0.2202,-0.1821,-0.1138,0.0141",\
+"-0.2846,-0.2739,-0.2602,-0.2329,-0.1948,-0.1264,0.0015",\
+"-0.3022,-0.2915,-0.2778,-0.2505,-0.2124,-0.1440,-0.0161",\
+"-0.3297,-0.3190,-0.3053,-0.2780,-0.2399,-0.1715,-0.0436");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.4106,0.3989,0.3842,0.3588,0.3207,0.2465,0.1078",\
+"0.4145,0.4027,0.3881,0.3627,0.3246,0.2504,0.1117",\
+"0.4181,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4213,0.4096,0.3950,0.3696,0.3315,0.2573,0.1186",\
+"0.4340,0.4222,0.4076,0.3822,0.3441,0.2699,0.1312",\
+"0.4516,0.4398,0.4252,0.3998,0.3617,0.2875,0.1488",\
+"0.4791,0.4673,0.4527,0.4273,0.3892,0.3150,0.1763");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		values ("0.3627,0.3520,0.3383,0.3110,0.2729,0.2045,0.0746",\
+"0.3666,0.3559,0.3422,0.3148,0.2768,0.2084,0.0785",\
+"0.3703,0.3595,0.3459,0.3185,0.2804,0.2121,0.0822",\
+"0.3735,0.3627,0.3491,0.3217,0.2836,0.2153,0.0854",\
+"0.3861,0.3754,0.3617,0.3343,0.2963,0.2279,0.0980",\
+"0.4037,0.3930,0.3793,0.3520,0.3139,0.2455,0.1156",\
+"0.4312,0.4205,0.4068,0.3795,0.3414,0.2730,0.1431");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00389386;
+	   max_transition  : "0.38";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.004,0.38");
+		 values("0.12,0.12");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.6988);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (64.0995);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (72.7872);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (47.3058);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.4585);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.6572);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00252927 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.38" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2776);
+		}
+		        fall_power("scalar"){
+		 values (0.2857);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.3307);
+		}
+		        fall_power("scalar"){
+		 values (0.2954);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.3042,-0.2925,-0.2788,-0.2534,-0.2173,-0.1421,-0.0044",\
+"-0.3081,-0.2964,-0.2827,-0.2573,-0.2212,-0.1460,-0.0083",\
+"-0.3118,-0.3000,-0.2864,-0.2610,-0.2248,-0.1496,-0.0120",\
+"-0.3150,-0.3032,-0.2896,-0.2642,-0.2280,-0.1528,-0.0152",\
+"-0.3276,-0.3159,-0.3022,-0.2768,-0.2407,-0.1655,-0.0278",\
+"-0.3452,-0.3335,-0.3198,-0.2944,-0.2583,-0.1831,-0.0454",\
+"-0.3727,-0.3610,-0.3473,-0.3219,-0.2858,-0.2106,-0.0729");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("-0.2612,-0.2505,-0.2368,-0.2095,-0.1714,-0.1030,0.0249",\
+"-0.2651,-0.2544,-0.2407,-0.2133,-0.1753,-0.1069,0.0210",\
+"-0.2688,-0.2580,-0.2444,-0.2170,-0.1789,-0.1106,0.0173",\
+"-0.2720,-0.2612,-0.2476,-0.2202,-0.1821,-0.1138,0.0141",\
+"-0.2846,-0.2739,-0.2602,-0.2329,-0.1948,-0.1264,0.0015",\
+"-0.3022,-0.2915,-0.2778,-0.2505,-0.2124,-0.1440,-0.0161",\
+"-0.3297,-0.3190,-0.3053,-0.2780,-0.2399,-0.1715,-0.0436");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.4106,0.3989,0.3842,0.3588,0.3207,0.2465,0.1078",\
+"0.4145,0.4027,0.3881,0.3627,0.3246,0.2504,0.1117",\
+"0.4181,0.4064,0.3918,0.3664,0.3283,0.2541,0.1154",\
+"0.4213,0.4096,0.3950,0.3696,0.3315,0.2573,0.1186",\
+"0.4340,0.4222,0.4076,0.3822,0.3441,0.2699,0.1312",\
+"0.4516,0.4398,0.4252,0.3998,0.3617,0.2875,0.1488",\
+"0.4791,0.4673,0.4527,0.4273,0.3892,0.3150,0.1763");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 values ("0.3627,0.3520,0.3383,0.3110,0.2729,0.2045,0.0746",\
+"0.3666,0.3559,0.3422,0.3148,0.2768,0.2084,0.0785",\
+"0.3703,0.3595,0.3459,0.3185,0.2804,0.2121,0.0822",\
+"0.3735,0.3627,0.3491,0.3217,0.2836,0.2153,0.0854",\
+"0.3861,0.3754,0.3617,0.3343,0.2963,0.2279,0.0980",\
+"0.4037,0.3930,0.3793,0.3520,0.3139,0.2455,0.1156",\
+"0.4312,0.4205,0.4068,0.3795,0.3414,0.2730,0.1431");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.8820,1.8830,1.8878,1.8933,1.9142,1.9377",\
+"1.8879,1.8889,1.8938,1.8993,1.9202,1.9437",\
+"1.8907,1.8917,1.8965,1.9020,1.9229,1.9464",\
+"1.8949,1.8959,1.9007,1.9062,1.9271,1.9506",\
+"1.9065,1.9075,1.9123,1.9178,1.9387,1.9622",\
+"1.9256,1.9266,1.9314,1.9370,1.9579,1.9814",\
+"1.9520,1.9530,1.9578,1.9633,1.9842,2.0077");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0040,0.0176,0.0344,0.0656,0.1120,0.2016,0.3800");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("1.8477,1.8485,1.8526,1.8571,1.8742,1.8909",\
+"1.8536,1.8545,1.8585,1.8631,1.8802,1.8969",\
+"1.8564,1.8572,1.8613,1.8658,1.8829,1.8996",\
+"1.8606,1.8614,1.8655,1.8700,1.8871,1.9039",\
+"1.8722,1.8731,1.8771,1.8816,1.8987,1.9155",\
+"1.8913,1.8922,1.8962,1.9008,1.9179,1.9346",\
+"1.9177,1.9186,1.9226,1.9271,1.9442,1.9610");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0206,0.0210,0.0265,0.0323,0.0606,0.0955");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0170,0.0177,0.0222,0.0270,0.0451,0.0644");
+	   }
+	}
+}
+cell_leakage_power : 117.3985;
+}
+}
diff --git a/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_typ_1p20V_25C.lib b/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_typ_1p20V_25C.lib
new file mode 100644
index 000000000..c03e55faf
--- /dev/null
+++ b/ihp13/pdk/lib/RM_IHPSG13_1P_64x64_c2_bm_bist_typ_1p20V_25C.lib
@@ -0,0 +1,1500 @@
+/************************************************************************
+
+ Copyright 2023 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library(RM_IHPSG13_1P_64x64_c2_bm_bist_typ_1p20V_25C) {	
+	technology (cmos) ;
+	delay_model : table_lookup ;
+	define ("add_pg_pin_to_lib",  "library",  "boolean");
+	add_pg_pin_to_lib : true;
+	voltage_map ( VDD, 1.20);
+	voltage_map ( VDDARRAY, 1.20);
+	voltage_map ( VSS, 0.000000 );
+	
+	date            : "Wed Feb 22 14:30:32 2023" ;
+	comment         : "IHP Microelectronics GmbH, 2023" ;
+	revision        : 1.0.4 ;
+	simulation      : true ;
+	nom_process     : 1 ;
+	nom_temperature : 25 ;
+	nom_voltage     : 1.20 ;
+	
+	operating_conditions("typ_1p20V_25C"){
+	    process     : 1 ;
+	    temperature : 25 ;
+	    voltage     : 1.20 ;
+	    tree_type   : "balanced_tree" ;
+	}
+	
+	default_operating_conditions  : typ_1p20V_25C ;
+	default_max_transition        : 1.0 ;
+	default_fanout_load           : 1.0 ;
+	default_inout_pin_cap         : 0.0 ;
+	default_input_pin_cap         : 0.0 ;
+	default_output_pin_cap        : 0.0 ;
+	default_cell_leakage_power    : 0.0 ;
+	default_leakage_power_density : 0.0 ;
+	 
+	slew_lower_threshold_pct_rise : 30 ;
+	slew_upper_threshold_pct_rise : 70 ;
+	input_threshold_pct_fall      : 50 ;
+	output_threshold_pct_fall     : 50 ;
+	input_threshold_pct_rise      : 50 ;
+	output_threshold_pct_rise     : 50 ;
+	slew_lower_threshold_pct_fall : 30 ;
+	slew_upper_threshold_pct_fall : 70 ;
+	slew_derate_from_library      : 0.5;
+	k_volt_cell_leakage_power     : 0.0 ;
+	k_temp_cell_leakage_power     : 0.0 ;
+	k_process_cell_leakage_power  : 0.0 ;
+	k_volt_internal_power         : 0.0 ;
+	k_temp_internal_power         : 0.0 ;
+	k_process_internal_power      : 0.0 ;
+	
+	capacitive_load_unit            (1,pf) ;
+	voltage_unit                  : "1V" ;
+	current_unit                  : "1uA" ;
+	time_unit                     : "1ns" ;
+	leakage_power_unit            : "1nW" ;
+	pulling_resistance_unit       : "1kohm";
+	/*
+	  ------------------------------------------------------------------------------------------
+	  implicit units overview:
+	    cell_area       unit      : "um"
+	    internal_power  unit      : "1e-12 * J/toggle = 1 * uW/MHz"
+	                                (capacitive_load_unit * voltage_unit^2) per toggle event
+	  ------------------------------------------------------------------------------------------
+	*/
+	library_features(report_delay_calculation);
+	define_cell_area (pad_drivers,pad_driver_sites) ;
+	
+	lu_table_template(CLKTRAN_constraint_template) {
+	     variable_1 : constrained_pin_transition;
+	     index_1 ( "0.010, 0.050, 0.200, 0.400, 1.000" );
+	}
+	lu_table_template(SRAM_load_template) {
+	     variable_1 : total_output_net_capacitance;
+	     index_1 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	}
+	lu_table_template(SIG2SRAM_constraint_template) {
+	     variable_1 : related_pin_transition;
+	     variable_2 : constrained_pin_transition;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	}
+	
+	lu_table_template(SIG2SRAM_delay_template) {
+	     variable_1 : input_net_transition;
+	     variable_2 : total_output_net_capacitance;
+	     index_1 ( "0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760" );
+	     index_2 ( "0.0008,0.0014,0.0051,0.0100,0.0339,0.0640" );
+	} 
+
+	type (D_63_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 64;
+		bit_from  : 63;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+	type (A_5_0) {
+		base_type : array;
+		data_type : bit;
+		bit_width : 6;
+		bit_from  : 5;
+		bit_to    : 0;
+		downto    : true;
+	 }
+
+cell(RM_IHPSG13_1P_64x64_c2_bm_bist) {
+pg_pin (VDD) {
+  pg_type : primary_power;
+  voltage_name : VDD;
+}
+pg_pin (VDDARRAY) {
+  pg_type : primary_power;
+  voltage_name : VDDARRAY;
+}
+pg_pin (VSS) {
+  pg_type : primary_ground;
+  voltage_name : VSS;
+}
+
+memory() {
+ type : ram;
+ address_width : 6;
+ word_width : 64;
+}
+
+interface_timing : false;
+bus_naming_style    :   "%s[%d]" ;
+area        : 50489.1328 ;
+
+   pin(A_DLY) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_ADDR) {
+   bus_type : A_5_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_ADDR[5:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.1081);
+		}
+		        fall_power("scalar"){
+		 values (0.0900);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0113);
+		}
+		        fall_power("scalar"){
+		 values (0.0034);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "((A_WEN | A_REN)& A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.0813);
+		}
+		        fall_power("scalar"){
+		 values (0.1338);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0066);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.5700);
+		}
+		        fall_power("scalar"){
+		 values (0.0499);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.0052);
+		}
+		        fall_power("scalar"){
+		 values (0.0035);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "A_MEN"
+		sdf_cond        : "A_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1712);
+		}
+		        fall_power("scalar"){
+		 values (0.0852);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00285703 ;
+   max_transition     : "0.476" ;
+   pin(A_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2390);
+		}
+		        fall_power("scalar"){
+		 values (0.0965);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2174);
+		}
+		        fall_power("scalar"){
+		 values (0.0952);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5289,-0.5133,-0.5016,-0.4703,-0.4235,-0.3229,-0.1246",\
+"-0.5339,-0.5183,-0.5066,-0.4753,-0.4285,-0.3279,-0.1296",\
+"-0.5384,-0.5228,-0.5111,-0.4798,-0.4330,-0.3324,-0.1341",\
+"-0.5475,-0.5319,-0.5202,-0.4889,-0.4421,-0.3415,-0.1432",\
+"-0.5547,-0.5391,-0.5274,-0.4961,-0.4493,-0.3487,-0.1504",\
+"-0.5844,-0.5688,-0.5571,-0.5258,-0.4789,-0.3783,-0.1801",\
+"-0.6425,-0.6268,-0.6151,-0.5839,-0.5370,-0.4364,-0.2382");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4615,-0.4479,-0.4342,-0.4059,-0.3551,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4392,-0.4109,-0.3601,-0.2625,-0.0828",\
+"-0.4710,-0.4574,-0.4437,-0.4154,-0.3646,-0.2669,-0.0872",\
+"-0.4801,-0.4665,-0.4528,-0.4245,-0.3737,-0.2760,-0.0964",\
+"-0.4873,-0.4737,-0.4600,-0.4317,-0.3809,-0.2833,-0.1036",\
+"-0.5170,-0.5033,-0.4897,-0.4613,-0.4106,-0.3129,-0.1332",\
+"-0.5751,-0.5614,-0.5477,-0.5194,-0.4686,-0.3710,-0.1913");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_CLK";
+		when            : "(A_WEN & A_MEN)"
+		sdf_cond        : "A_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6385,0.6229,0.6073,0.5780,0.5302,0.4286,0.2323",\
+"0.6436,0.6279,0.6123,0.5830,0.5352,0.4336,0.2373",\
+"0.6480,0.6324,0.6168,0.5875,0.5396,0.4381,0.2418",\
+"0.6571,0.6415,0.6259,0.5966,0.5488,0.4472,0.2509",\
+"0.6643,0.6487,0.6331,0.6038,0.5559,0.4544,0.2581",\
+"0.6940,0.6784,0.6628,0.6335,0.5856,0.4841,0.2878",\
+"0.7521,0.7365,0.7208,0.6915,0.6437,0.5421,0.3458");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5653,0.5507,0.5360,0.5077,0.4579,0.3602,0.1766",\
+"0.5703,0.5557,0.5410,0.5127,0.4629,0.3652,0.1816",\
+"0.5748,0.5601,0.5455,0.5172,0.4674,0.3697,0.1861",\
+"0.5839,0.5693,0.5546,0.5263,0.4765,0.3788,0.1952",\
+"0.5911,0.5765,0.5618,0.5335,0.4837,0.3860,0.2024",\
+"0.6208,0.6061,0.5915,0.5632,0.5133,0.4157,0.2321",\
+"0.6788,0.6642,0.6495,0.6212,0.5714,0.4738,0.2902");
+		}
+	}
+}
+   pin(A_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (2.5876);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & !A_REN";
+		        rise_power("scalar"){
+		 values (50.4983);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (56.8028);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (39.0507);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & !A_WEN & A_REN";
+		        rise_power("scalar"){
+		 values (0.2514);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN & A_WEN  & A_REN";
+		        rise_power("scalar"){
+		 values (2.0967);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_MEN  & !A_WEN & !A_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00365723 ;
+	   memory_write() {
+		   address : A_ADDR ;
+		   clocked_on : A_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_MEN";
+		        rise_power("scalar"){
+		 values (0.2390);
+		}
+		        fall_power("scalar"){
+		 values (0.0965);
+		}
+	}
+	internal_power() {
+		when : "!A_MEN";
+		        rise_power("scalar"){
+		 values (0.2174);
+		}
+		        fall_power("scalar"){
+		 values (0.0952);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5289,-0.5133,-0.5016,-0.4703,-0.4235,-0.3229,-0.1246",\
+"-0.5339,-0.5183,-0.5066,-0.4753,-0.4285,-0.3279,-0.1296",\
+"-0.5384,-0.5228,-0.5111,-0.4798,-0.4330,-0.3324,-0.1341",\
+"-0.5475,-0.5319,-0.5202,-0.4889,-0.4421,-0.3415,-0.1432",\
+"-0.5547,-0.5391,-0.5274,-0.4961,-0.4493,-0.3487,-0.1504",\
+"-0.5844,-0.5688,-0.5571,-0.5258,-0.4789,-0.3783,-0.1801",\
+"-0.6425,-0.6268,-0.6151,-0.5839,-0.5370,-0.4364,-0.2382");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4615,-0.4479,-0.4342,-0.4059,-0.3551,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4392,-0.4109,-0.3601,-0.2625,-0.0828",\
+"-0.4710,-0.4574,-0.4437,-0.4154,-0.3646,-0.2669,-0.0872",\
+"-0.4801,-0.4665,-0.4528,-0.4245,-0.3737,-0.2760,-0.0964",\
+"-0.4873,-0.4737,-0.4600,-0.4317,-0.3809,-0.2833,-0.1036",\
+"-0.5170,-0.5033,-0.4897,-0.4613,-0.4106,-0.3129,-0.1332",\
+"-0.5751,-0.5614,-0.5477,-0.5194,-0.4686,-0.3710,-0.1913");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_CLK";
+		 when            : "(A_WEN & A_MEN)";
+		 sdf_cond        : "A_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6385,0.6229,0.6073,0.5780,0.5302,0.4286,0.2323",\
+"0.6436,0.6279,0.6123,0.5830,0.5352,0.4336,0.2373",\
+"0.6480,0.6324,0.6168,0.5875,0.5396,0.4381,0.2418",\
+"0.6571,0.6415,0.6259,0.5966,0.5488,0.4472,0.2509",\
+"0.6643,0.6487,0.6331,0.6038,0.5559,0.4544,0.2581",\
+"0.6940,0.6784,0.6628,0.6335,0.5856,0.4841,0.2878",\
+"0.7521,0.7365,0.7208,0.6915,0.6437,0.5421,0.3458");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5653,0.5507,0.5360,0.5077,0.4579,0.3602,0.1766",\
+"0.5703,0.5557,0.5410,0.5127,0.4629,0.3652,0.1816",\
+"0.5748,0.5601,0.5455,0.5172,0.4674,0.3697,0.1861",\
+"0.5839,0.5693,0.5546,0.5263,0.4765,0.3788,0.1952",\
+"0.5911,0.5765,0.5618,0.5335,0.4837,0.3860,0.2024",\
+"0.6208,0.6061,0.5915,0.5632,0.5133,0.4157,0.2321",\
+"0.6788,0.6642,0.6495,0.6212,0.5714,0.4738,0.2902");
+		 }
+	   }
+   }
+
+   pin(A_BIST_EN) {
+	   direction       : input ;
+	   capacitance     : 0.00401111 ;
+	   max_transition  : "1" ;
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+		internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+   }
+
+bus(A_BIST_ADDR) {
+   bus_type : A_5_0;
+   direction          : input ;
+   capacitance        : 0.00721489 ;
+    pin(A_BIST_ADDR[0]) {
+       capacitance : 0.00593979 ;
+    }
+    pin(A_BIST_ADDR[1]) {
+       capacitance : 0.00483009 ;
+    }
+    pin(A_BIST_ADDR[2]) {
+       capacitance : 0.006215 ;
+    }
+    pin(A_BIST_ADDR[3]) {
+       capacitance : 0.00766726 ;
+    }
+    pin(A_BIST_ADDR[4]) {
+       capacitance : 0.00488951 ;
+    }
+   max_transition     : "0.476" ;
+   pin(A_BIST_ADDR[5:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.1081);
+		}
+		        fall_power("scalar"){
+		 values (0.0900);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0113);
+		}
+		        fall_power("scalar"){
+		 values (0.0034);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4168,-0.3973,-0.3855,-0.3543,-0.3074,-0.2020,-0.0027",\
+"-0.4324,-0.4129,-0.4012,-0.3699,-0.3191,-0.2176,-0.0184",\
+"-0.4441,-0.4285,-0.4129,-0.3816,-0.3309,-0.2293,-0.0301",\
+"-0.4793,-0.4598,-0.4441,-0.4129,-0.3660,-0.2645,-0.0652",\
+"-0.5223,-0.5066,-0.4910,-0.4598,-0.4129,-0.3074,-0.1121",\
+"-0.6199,-0.6082,-0.5926,-0.5613,-0.5145,-0.4129,-0.2137",\
+"-0.8191,-0.8074,-0.7840,-0.7566,-0.7098,-0.6082,-0.4051");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.3309,-0.3113,-0.2996,-0.2684,-0.2176,-0.1238,0.0637",\
+"-0.3465,-0.3309,-0.3152,-0.2840,-0.2332,-0.1395,0.0480",\
+"-0.3582,-0.3426,-0.3270,-0.2996,-0.2488,-0.1512,0.0324",\
+"-0.3895,-0.3738,-0.3582,-0.3309,-0.2801,-0.1863,0.0051",\
+"-0.4363,-0.4207,-0.4051,-0.3777,-0.3230,-0.2293,-0.0379",\
+"-0.5379,-0.5223,-0.5066,-0.4793,-0.4285,-0.3309,-0.1434",\
+"-0.7332,-0.7176,-0.7020,-0.6746,-0.6238,-0.5262,-0.3387");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "((A_BIST_WEN | A_BIST_REN)& A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5246,0.5051,0.4895,0.4582,0.4113,0.3059,0.1066",\
+"0.5402,0.5207,0.5051,0.4777,0.4270,0.3215,0.1223",\
+"0.5520,0.5324,0.5168,0.4895,0.4387,0.3371,0.1340",\
+"0.5832,0.5676,0.5520,0.5207,0.4738,0.3684,0.1691",\
+"0.6301,0.6105,0.5949,0.5676,0.5168,0.4113,0.2160",\
+"0.7316,0.7121,0.7004,0.6691,0.6223,0.5168,0.3176",\
+"0.9270,0.9230,0.8957,0.8645,0.8137,0.7121,0.5168");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.4309,0.4152,0.4035,0.3684,0.3215,0.2277,0.0363",\
+"0.4465,0.4309,0.4152,0.3879,0.3371,0.2395,0.0559",\
+"0.4582,0.4426,0.4309,0.3996,0.3488,0.2551,0.0715",\
+"0.4934,0.4777,0.4621,0.4348,0.3840,0.2863,0.0988",\
+"0.5363,0.5207,0.5051,0.4777,0.4270,0.3332,0.1418",\
+"0.6379,0.6262,0.6105,0.5793,0.5324,0.4348,0.2434",\
+"0.8332,0.8215,0.8059,0.7707,0.7238,0.6301,0.4387");
+		}
+	}
+}
+pin(A_BIST_WEN) {
+   direction          : input ;
+   capacitance        : 0.00324098 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0813);
+		}
+		        fall_power("scalar"){
+		 values (0.1338);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0062);
+		}
+		        fall_power("scalar"){
+		 values (0.0066);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2629,0.3059,0.4113,0.6066",\
+"0.1887,0.2043,0.2160,0.2473,0.2941,0.3957,0.5949",\
+"0.1691,0.1848,0.2004,0.2316,0.2785,0.3801,0.5754",\
+"0.1379,0.1574,0.1691,0.2004,0.2473,0.3527,0.5480",\
+"0.0910,0.1066,0.1223,0.1535,0.2004,0.2980,0.4973",\
+"-0.0105,0.0051,0.0207,0.0520,0.0949,0.2004,0.3957",\
+"-0.2059,-0.1902,-0.1746,-0.1473,-0.1004,0.0051,0.2004");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2941,0.3098,0.3215,0.3488,0.4035,0.4973,0.6887",\
+"0.2785,0.2941,0.3059,0.3332,0.3840,0.4816,0.6691",\
+"0.2629,0.2785,0.2902,0.3176,0.3684,0.4660,0.6535",\
+"0.2316,0.2473,0.2590,0.2863,0.3410,0.4348,0.6262",\
+"0.1848,0.2004,0.2121,0.2395,0.2902,0.3879,0.5754",\
+"0.0832,0.0988,0.1105,0.1379,0.1809,0.2746,0.4699",\
+"-0.1121,-0.0965,-0.0848,-0.0535,-0.0066,0.0910,0.2824");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2473,0.2316,0.2160,0.1887,0.1379,0.0363,-0.1629",\
+"0.2629,0.2473,0.2316,0.2043,0.1535,0.0520,-0.1473",\
+"0.2785,0.2590,0.2434,0.2160,0.1652,0.0676,-0.1355",\
+"0.3098,0.2941,0.2785,0.2473,0.1965,0.0910,-0.1043",\
+"0.3527,0.3371,0.3215,0.2941,0.2434,0.1418,-0.0574",\
+"0.4582,0.4426,0.4270,0.3957,0.3488,0.2434,0.0480",\
+"0.6535,0.6379,0.6184,0.5910,0.5402,0.4426,0.2434");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2395,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2668,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2395,0.1887,0.0910,-0.0965",\
+"0.3449,0.3293,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4191,0.3879,0.3371,0.2395,0.0559",\
+"0.6457,0.6301,0.6145,0.5871,0.5324,0.4309,0.2512");
+		}
+	}
+	}
+pin(A_BIST_REN) {
+   direction          : input ;
+   capacitance        : 0.00381634 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.5700);
+		}
+		        fall_power("scalar"){
+		 values (0.0499);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.0052);
+		}
+		        fall_power("scalar"){
+		 values (0.0035);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.0301,-0.0145,0.0012,0.0324,0.0793,0.1809,0.3762",\
+"-0.0457,-0.0301,-0.0145,0.0168,0.0637,0.1613,0.3605",\
+"-0.0574,-0.0418,-0.0262,0.0051,0.0520,0.1496,0.3449",\
+"-0.0926,-0.0730,-0.0574,-0.0262,0.0207,0.1184,0.3137",\
+"-0.1395,-0.1238,-0.1082,-0.0770,-0.0301,0.0715,0.2707",\
+"-0.2410,-0.2254,-0.2098,-0.1746,-0.1355,-0.0340,0.1652",\
+"-0.4402,-0.4207,-0.4051,-0.3738,-0.3270,-0.2293,-0.0340");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.0988,0.1145,0.1262,0.1535,0.2043,0.3020,0.4855",\
+"0.0832,0.0988,0.1105,0.1418,0.1848,0.2824,0.4738",\
+"0.0676,0.0832,0.0949,0.1262,0.1730,0.2668,0.4621",\
+"0.0402,0.0559,0.0676,0.0988,0.1457,0.2434,0.4191",\
+"-0.0105,0.0012,0.0168,0.0480,0.0988,0.1965,0.3840",\
+"-0.1160,-0.0965,-0.0848,-0.0535,-0.0066,0.0988,0.2824",\
+"-0.3113,-0.2957,-0.2801,-0.2527,-0.2059,-0.1043,0.0832");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "A_BIST_MEN"
+		sdf_cond        : "A_BIST_MEN"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2707,0.2551,0.2395,0.2121,0.1613,0.0598,-0.1395",\
+"0.2863,0.2707,0.2551,0.2238,0.1730,0.0715,-0.1238",\
+"0.2980,0.2824,0.2668,0.2395,0.1887,0.0871,-0.1121",\
+"0.3332,0.3176,0.3020,0.2707,0.2199,0.1184,-0.0809",\
+"0.3762,0.3605,0.3449,0.3176,0.2668,0.1613,-0.0340",\
+"0.4816,0.4621,0.4504,0.4191,0.3723,0.2629,0.0715",\
+"0.6770,0.6613,0.6418,0.6184,0.5637,0.4699,0.2629");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2590,0.2434,0.2316,0.2004,0.1457,0.0520,-0.1355",\
+"0.2746,0.2590,0.2434,0.2160,0.1613,0.0676,-0.1199",\
+"0.2863,0.2707,0.2590,0.2277,0.1730,0.0832,-0.1082",\
+"0.3215,0.3059,0.2902,0.2590,0.2082,0.1105,-0.0770",\
+"0.3645,0.3488,0.3332,0.3059,0.2551,0.1535,-0.0340",\
+"0.4699,0.4543,0.4387,0.4074,0.3605,0.2551,0.0715",\
+"0.6652,0.6496,0.6340,0.6027,0.5520,0.4621,0.2707");
+		}
+	}
+	}
+pin(A_BIST_MEN) {
+   direction          : input ;
+   capacitance        : 0.00309605 ;
+   max_transition     : "0.476" ;
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		        rise_power("scalar"){
+		 values (0.1712);
+		}
+		        fall_power("scalar"){
+		 values (0.0852);
+		}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2043,0.2199,0.2316,0.2668,0.3098,0.4152,0.6066",\
+"0.1887,0.2043,0.2199,0.2512,0.2941,0.3996,0.5949",\
+"0.1730,0.1887,0.2043,0.2355,0.2824,0.3840,0.5793",\
+"0.1418,0.1574,0.1730,0.2043,0.2512,0.3566,0.5480",\
+"0.0949,0.1105,0.1262,0.1574,0.2043,0.3020,0.5051",\
+"-0.0066,0.0090,0.0246,0.0520,0.0988,0.2043,0.3996",\
+"-0.2020,-0.1863,-0.1746,-0.1434,-0.0965,0.0090,0.2082");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2980,0.3137,0.3254,0.3527,0.4035,0.5012,0.6887",\
+"0.2824,0.2980,0.3098,0.3371,0.3879,0.4855,0.6730",\
+"0.2668,0.2824,0.2941,0.3215,0.3723,0.4699,0.6574",\
+"0.2355,0.2473,0.2629,0.2902,0.3410,0.4387,0.6262",\
+"0.1887,0.2004,0.2160,0.2395,0.2941,0.3918,0.5793",\
+"0.0871,0.1027,0.1145,0.1418,0.1848,0.2746,0.4816",\
+"-0.1082,-0.0965,-0.0809,-0.0496,-0.0027,0.0949,0.2863");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2512,0.2355,0.2199,0.1926,0.1418,0.0402,-0.1590",\
+"0.2668,0.2512,0.2355,0.2082,0.1574,0.0559,-0.1434",\
+"0.2824,0.2629,0.2512,0.2199,0.1691,0.0715,-0.1316",\
+"0.3137,0.2980,0.2824,0.2512,0.2004,0.0988,-0.0965",\
+"0.3566,0.3410,0.3254,0.2980,0.2473,0.1418,-0.0535",\
+"0.4621,0.4426,0.4309,0.3996,0.3527,0.2473,0.0520",\
+"0.6574,0.6418,0.6262,0.5949,0.5441,0.4465,0.2473");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.2395,0.2238,0.2121,0.1809,0.1301,0.0324,-0.1551",\
+"0.2551,0.2434,0.2277,0.1965,0.1457,0.0480,-0.1395",\
+"0.2707,0.2551,0.2395,0.2082,0.1574,0.0637,-0.1277",\
+"0.3020,0.2863,0.2707,0.2434,0.1926,0.0910,-0.0965",\
+"0.3449,0.3332,0.3176,0.2863,0.2355,0.1379,-0.0496",\
+"0.4504,0.4348,0.4230,0.3918,0.3410,0.2434,0.0559",\
+"0.6457,0.6301,0.6145,0.5910,0.5324,0.4387,0.2512");
+		}
+	}
+	}
+bus(A_BIST_BM) {
+   bus_type : D_63_0;
+   direction          : input ;
+   capacitance        : 0.00238379 ;
+   max_transition     : "0.476" ;
+   pin(A_BIST_BM[63:0]) {
+   related_power_pin  : VDD;
+   related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2390);
+		}
+		        fall_power("scalar"){
+		 values (0.0965);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2174);
+		}
+		        fall_power("scalar"){
+		 values (0.0952);
+		}
+	}
+	}
+	timing() {
+		timing_type     : setup_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.5289,-0.5133,-0.5016,-0.4703,-0.4235,-0.3229,-0.1246",\
+"-0.5339,-0.5183,-0.5066,-0.4753,-0.4285,-0.3279,-0.1296",\
+"-0.5384,-0.5228,-0.5111,-0.4798,-0.4330,-0.3324,-0.1341",\
+"-0.5475,-0.5319,-0.5202,-0.4889,-0.4421,-0.3415,-0.1432",\
+"-0.5547,-0.5391,-0.5274,-0.4961,-0.4493,-0.3487,-0.1504",\
+"-0.5844,-0.5688,-0.5571,-0.5258,-0.4789,-0.3783,-0.1801",\
+"-0.6425,-0.6268,-0.6151,-0.5839,-0.5370,-0.4364,-0.2382");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("-0.4615,-0.4479,-0.4342,-0.4059,-0.3551,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4392,-0.4109,-0.3601,-0.2625,-0.0828",\
+"-0.4710,-0.4574,-0.4437,-0.4154,-0.3646,-0.2669,-0.0872",\
+"-0.4801,-0.4665,-0.4528,-0.4245,-0.3737,-0.2760,-0.0964",\
+"-0.4873,-0.4737,-0.4600,-0.4317,-0.3809,-0.2833,-0.1036",\
+"-0.5170,-0.5033,-0.4897,-0.4613,-0.4106,-0.3129,-0.1332",\
+"-0.5751,-0.5614,-0.5477,-0.5194,-0.4686,-0.3710,-0.1913");
+		}
+	}
+
+
+	timing() {
+		timing_type     : hold_rising;
+		related_pin     : "A_BIST_CLK";
+		when            : "(A_BIST_WEN & A_BIST_MEN)"
+		sdf_cond        : "A_BIST_RW_ACCESS"
+
+		rise_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.6385,0.6229,0.6073,0.5780,0.5302,0.4286,0.2323",\
+"0.6436,0.6279,0.6123,0.5830,0.5352,0.4336,0.2373",\
+"0.6480,0.6324,0.6168,0.5875,0.5396,0.4381,0.2418",\
+"0.6571,0.6415,0.6259,0.5966,0.5488,0.4472,0.2509",\
+"0.6643,0.6487,0.6331,0.6038,0.5559,0.4544,0.2581",\
+"0.6940,0.6784,0.6628,0.6335,0.5856,0.4841,0.2878",\
+"0.7521,0.7365,0.7208,0.6915,0.6437,0.5421,0.3458");
+		}
+
+		fall_constraint("SIG2SRAM_constraint_template") {
+		index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		values ("0.5653,0.5507,0.5360,0.5077,0.4579,0.3602,0.1766",\
+"0.5703,0.5557,0.5410,0.5127,0.4629,0.3652,0.1816",\
+"0.5748,0.5601,0.5455,0.5172,0.4674,0.3697,0.1861",\
+"0.5839,0.5693,0.5546,0.5263,0.4765,0.3788,0.1952",\
+"0.5911,0.5765,0.5618,0.5335,0.4837,0.3860,0.2024",\
+"0.6208,0.6061,0.5915,0.5632,0.5133,0.4157,0.2321",\
+"0.6788,0.6642,0.6495,0.6212,0.5714,0.4738,0.2902");
+		}
+	}
+}
+   pin(A_BIST_CLK)  {
+	   direction       : input;
+	   capacitance     : 0.00380014;
+	   max_transition  : "0.476";
+	   clock           : "true" ;
+	   pin_func_type   : active_rising ;
+
+	   timing () {
+		 timing_type : "min_pulse_width";
+		 related_pin : "A_BIST_CLK";
+		 rise_constraint("CLKTRAN_constraint_template") {
+		 index_1("0.0056,0.476");
+		 values("0.21,0.21");
+		 }
+	   }
+
+	   related_power_pin : VDD;
+	   related_ground_pin : VSS;
+
+	internal_power() {
+		when : "!A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.5876);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (50.4983);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (56.8028);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (39.0507);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & !A_BIST_WEN & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0.2514);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN & A_BIST_WEN  & A_BIST_REN";
+		        rise_power("scalar"){
+		 values (2.0967);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	internal_power() {
+		when : "A_BIST_MEN  & !A_BIST_WEN & !A_BIST_REN";
+		        rise_power("scalar"){
+		 values (0);
+		}
+		        fall_power("scalar"){
+		 values (0);
+		}
+	}
+	}
+   bus(A_BIST_DIN) {
+	   bus_type : D_63_0;
+	   direction       : input ;
+	   capacitance     : 0.00233858 ;
+	   memory_write() {
+		   address : A_BIST_ADDR ;
+		   clocked_on : A_BIST_CLK;
+	   }
+
+	   max_transition  : "0.476" ;
+	   pin(A_BIST_DIN[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	internal_power() {
+		when : "A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2390);
+		}
+		        fall_power("scalar"){
+		 values (0.0965);
+		}
+	}
+	internal_power() {
+		when : "!A_BIST_MEN";
+		        rise_power("scalar"){
+		 values (0.2174);
+		}
+		        fall_power("scalar"){
+		 values (0.0952);
+		}
+	}
+	   }
+	   timing() {
+		 timing_type     : setup_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	  rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.5289,-0.5133,-0.5016,-0.4703,-0.4235,-0.3229,-0.1246",\
+"-0.5339,-0.5183,-0.5066,-0.4753,-0.4285,-0.3279,-0.1296",\
+"-0.5384,-0.5228,-0.5111,-0.4798,-0.4330,-0.3324,-0.1341",\
+"-0.5475,-0.5319,-0.5202,-0.4889,-0.4421,-0.3415,-0.1432",\
+"-0.5547,-0.5391,-0.5274,-0.4961,-0.4493,-0.3487,-0.1504",\
+"-0.5844,-0.5688,-0.5571,-0.5258,-0.4789,-0.3783,-0.1801",\
+"-0.6425,-0.6268,-0.6151,-0.5839,-0.5370,-0.4364,-0.2382");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("-0.4615,-0.4479,-0.4342,-0.4059,-0.3551,-0.2575,-0.0778",\
+"-0.4666,-0.4529,-0.4392,-0.4109,-0.3601,-0.2625,-0.0828",\
+"-0.4710,-0.4574,-0.4437,-0.4154,-0.3646,-0.2669,-0.0872",\
+"-0.4801,-0.4665,-0.4528,-0.4245,-0.3737,-0.2760,-0.0964",\
+"-0.4873,-0.4737,-0.4600,-0.4317,-0.3809,-0.2833,-0.1036",\
+"-0.5170,-0.5033,-0.4897,-0.4613,-0.4106,-0.3129,-0.1332",\
+"-0.5751,-0.5614,-0.5477,-0.5194,-0.4686,-0.3710,-0.1913");
+		 }
+	   }
+
+	   timing() {
+		 timing_type     : hold_rising;
+		 related_pin     : "A_BIST_CLK";
+		 when            : "(A_BIST_WEN & A_BIST_MEN)";
+		 sdf_cond        : "A_BIST_W_ACCESS";
+
+	   rise_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.6385,0.6229,0.6073,0.5780,0.5302,0.4286,0.2323",\
+"0.6436,0.6279,0.6123,0.5830,0.5352,0.4336,0.2373",\
+"0.6480,0.6324,0.6168,0.5875,0.5396,0.4381,0.2418",\
+"0.6571,0.6415,0.6259,0.5966,0.5488,0.4472,0.2509",\
+"0.6643,0.6487,0.6331,0.6038,0.5559,0.4544,0.2581",\
+"0.6940,0.6784,0.6628,0.6335,0.5856,0.4841,0.2878",\
+"0.7521,0.7365,0.7208,0.6915,0.6437,0.5421,0.3458");
+		 }
+
+	   fall_constraint("SIG2SRAM_constraint_template") {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 values ("0.5653,0.5507,0.5360,0.5077,0.4579,0.3602,0.1766",\
+"0.5703,0.5557,0.5410,0.5127,0.4629,0.3652,0.1816",\
+"0.5748,0.5601,0.5455,0.5172,0.4674,0.3697,0.1861",\
+"0.5839,0.5693,0.5546,0.5263,0.4765,0.3788,0.1952",\
+"0.5911,0.5765,0.5618,0.5335,0.4837,0.3860,0.2024",\
+"0.6208,0.6061,0.5915,0.5632,0.5133,0.4157,0.2321",\
+"0.6788,0.6642,0.6495,0.6212,0.5714,0.4738,0.2902");
+		 }
+	   }
+   }
+
+bus(A_DOUT) {
+
+	   bus_type : D_63_0;
+	   direction       : output ;
+	   capacitance     : 0 ;
+	   max_capacitance  : 0.064 ;
+	   memory_read() {
+		  address : A_ADDR ;
+	   }
+	   pin(A_DOUT[63:0]) {
+		 related_power_pin : VDD;
+		 related_ground_pin : VSS;
+	   internal_power() {
+		  rise_power("scalar") {
+			 values (0);
+		  }
+		  fall_power("scalar") {
+			 values (0);
+		  }
+	   }
+	   }
+	   timing() {
+		 related_pin   : "A_CLK";
+		 timing_type   : rising_edge ;
+		 timing_sense  : non_unate ;
+
+	   cell_rise(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.0718,3.0734,3.0810,3.0897,3.1221,3.1583",\
+"3.0781,3.0797,3.0873,3.0961,3.1285,3.1646",\
+"3.0802,3.0818,3.0894,3.0982,3.1306,3.1667",\
+"3.0933,3.0949,3.1025,3.1112,3.1436,3.1797",\
+"3.0995,3.1011,3.1087,3.1174,3.1498,3.1859",\
+"3.1309,3.1325,3.1402,3.1489,3.1813,3.2174",\
+"3.1854,3.1871,3.1947,3.2034,3.2358,3.2719");
+	   }
+	   cell_fall(SIG2SRAM_delay_template) {
+		 index_1("0.0056,0.0232,0.0400,0.0728,0.1280,0.2440,0.4760");
+		 index_2("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("3.0115,3.0128,3.0189,3.0260,3.0525,3.0788",\
+"3.0178,3.0192,3.0252,3.0324,3.0589,3.0851",\
+"3.0199,3.0213,3.0273,3.0345,3.0610,3.0872",\
+"3.0330,3.0343,3.0404,3.0475,3.0740,3.1003",\
+"3.0392,3.0405,3.0466,3.0537,3.0802,3.1065",\
+"3.0706,3.0720,3.0781,3.0852,3.1117,3.1379",\
+"3.1252,3.1265,3.1326,3.1397,3.1662,3.1924");
+	   }
+
+	   rise_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0326,0.0341,0.0428,0.0518,0.0923,0.1492");
+	   }
+	   fall_transition(SRAM_load_template) {
+		 index_1("0.0008,0.0014,0.0051,0.0100,0.0339,0.0640");
+		 values ("0.0254,0.0265,0.0335,0.0402,0.0707,0.1039");
+	   }
+	}
+}
+cell_leakage_power : 49.5039;
+}
+}
diff --git a/ihp13/pdk/lib/sg13cmos5l_io_fast_1p32V_3p6V_m40C.lib b/ihp13/pdk/lib/sg13cmos5l_io_fast_1p32V_3p6V_m40C.lib
new file mode 100644
index 000000000..995854aea
--- /dev/null
+++ b/ihp13/pdk/lib/sg13cmos5l_io_fast_1p32V_3p6V_m40C.lib
@@ -0,0 +1,4698 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13cmos5l_io_fast_1p32V_3p6V_m40C) {
+  comment : "IHP Microelectronics GmbH, 2024";
+  date : "$Date: Wed May  8 12:23:04 2024 $";
+  revision : "$Revision: 0.0.1 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  voltage_map (vdd, 1.32);
+  voltage_map (iovdd, 3.6);
+  voltage_map (iovss, 0);
+  voltage_map (vss, 0);
+  voltage_map (GND, 0);
+  define_cell_area (pad_drivers, pad_driver_sites);
+  define_cell_area (bond_pads, pad_slots);
+  default_output_pin_cap : 0;
+  default_inout_pin_cap : 1;
+  default_input_pin_cap : 1;
+  default_fanout_load : 1;
+  default_cell_leakage_power : 0;
+  default_max_transition : 1.2;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "enclosed";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : -40;
+  nom_voltage : 1.32;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 10;
+  slew_lower_threshold_pct_rise : 10;
+  slew_upper_threshold_pct_fall : 90;
+  slew_upper_threshold_pct_rise : 90;
+  operating_conditions (sg13cmos5l_io_fast_1p32V_3p6V_m40C) {
+    process : 1;
+    temperature : -40;
+    voltage : 1.32;
+  }
+  input_voltage (pad) {
+    vih : 3.3;
+    vil : 0;
+    vimax : 3.3;
+    vimin : 0;
+  }
+  input_voltage (core) {
+    vih : 1.2;
+    vil : 0;
+    vimax : 1.2;
+    vimin : 0;
+  }
+  output_voltage (pad) {
+    voh : 3.3;
+    vol : 0;
+    vomax : 3.3;
+    vomin : 0;
+  }
+  output_voltage (core) {
+    voh : 1.2;
+    vol : 0;
+    vomax : 1.2;
+    vomin : 0;
+  }
+  wire_load (Zero) {
+    area : 0.01;
+    capacitance : 0.0001;
+    resistance : 0.0001;
+    slope : 1;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0035;
+    slope : 7.387;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0042;
+    slope : 10.99;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0053;
+    slope : 10.9;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0063;
+    slope : 16.87;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    resistance : 0.0072;
+    slope : 14.58;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.008;
+    slope : 18.94;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.0094;
+    slope : 24.61;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    resistance : 0.0152;
+    slope : 31.81;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    resistance : 0.0265;
+    slope : 40.22;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    resistance : 0.0456;
+    slope : 52.68;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    resistance : 0.076;
+    slope : 67.44;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13cmos5l_io_fast_1p32V_3p6V_m40C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (delay_template_7x6_16) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+  lu_table_template (delay_template_2x2) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("10, 200");
+    index_2 ("500, 30000");
+  }
+  power_lut_template (passive_power_template_7x1_16) {
+    variable_1 : input_transition_time;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+  }
+  power_lut_template (power_template_7x6_16) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+ cell (sg13cmos5l_IOPadIOVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+      is_pad : true;
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 7677.59;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadIOVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+      is_pad : true;
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.83299;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadIn) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "input";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      when : "pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 354.116;
+      when : "pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 670.739;
+      when : "!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 512.427;
+      related_pg_pin : vdd;
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.28354;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0523039, 0.0646799, 0.087623, 0.109319, 0.13033, 0.151196", \
+            "0.0523049, 0.0646809, 0.087624, 0.10932, 0.130331, 0.151197", \
+            "0.0523059, 0.0646819, 0.087625, 0.109321, 0.130332, 0.151198", \
+            "0.0523069, 0.0646829, 0.087626, 0.109322, 0.130333, 0.151199", \
+            "0.0523079, 0.0646839, 0.087627, 0.109323, 0.130334, 0.1512", \
+            "0.0523089, 0.0646849, 0.087628, 0.109324, 0.130335, 0.151201", \
+            "0.0523099, 0.0646859, 0.087629, 0.109325, 0.130336, 0.151202" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428437, 0.0653179, 0.109366, 0.153753, 0.198558, 0.243442", \
+            "0.0456388, 0.067037, 0.111483, 0.156944, 0.201663, 0.246552", \
+            "0.0508324, 0.0713752, 0.114082, 0.158033, 0.202811, 0.248058", \
+            "0.0534639, 0.073691, 0.115793, 0.15919, 0.203617, 0.24829", \
+            "0.0657121, 0.0850862, 0.125061, 0.166125, 0.208858, 0.252443", \
+            "0.0862891, 0.10512, 0.142109, 0.181709, 0.222366, 0.263495", \
+            "0.102899, 0.122236, 0.157721, 0.194267, 0.233121, 0.273106" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299572, 0.317477, 0.345389, 0.368863, 0.390036, 0.410337", \
+            "0.354454, 0.372294, 0.400331, 0.42368, 0.444424, 0.465138", \
+            "0.475665, 0.493405, 0.521478, 0.544476, 0.566031, 0.586205", \
+            "0.53895, 0.556871, 0.584526, 0.607573, 0.629295, 0.649423", \
+            "0.855057, 0.872865, 0.900428, 0.923611, 0.94469, 0.965375", \
+            "1.4969, 1.51561, 1.54385, 1.56724, 1.58852, 1.60764", \
+            "2.05897, 2.07932, 2.11055, 2.13577, 2.15781, 2.17829" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0852423, 0.103765, 0.137116, 0.169592, 0.201984, 0.235388", \
+            "0.0853015, 0.103766, 0.137117, 0.169593, 0.201985, 0.235389", \
+            "0.0853025, 0.103767, 0.137118, 0.169594, 0.201986, 0.23539", \
+            "0.0853035, 0.103768, 0.137119, 0.169595, 0.202057, 0.235391", \
+            "0.0853045, 0.103898, 0.13712, 0.169596, 0.202058, 0.235438", \
+            "0.098857, 0.11625, 0.14692, 0.17785, 0.209811, 0.241414", \
+            "0.120292, 0.137979, 0.168987, 0.19889, 0.228172, 0.258693" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "9.24581e-09, 9.24676e-09, 9.24651e-09, 9.24644e-09, 9.24643e-09, 9.24596e-09", \
+            "1.79958e-08, 1.79943e-08, 1.79941e-08, 1.79941e-08, 1.79945e-08, 1.79945e-08", \
+            "3.5493e-08, 3.54928e-08, 3.54911e-08, 3.5491e-08, 3.54907e-08, 3.54909e-08", \
+            "4.42416e-08, 4.42413e-08, 4.42409e-08, 4.42374e-08, 4.42392e-08, 4.42392e-08", \
+            "8.79826e-08, 8.79837e-08, 8.79816e-08, 8.79812e-08, 8.79817e-08, 8.79821e-08", \
+            "1.75465e-07, 1.75464e-07, 1.75466e-07, 1.75462e-07, 1.75466e-07, 1.75464e-07", \
+            "2.54676e-07, 2.54676e-07, 2.54676e-07, 2.5468e-07, 2.54678e-07, 2.54681e-07" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-9.24581e-09, -9.24639e-09, -9.24645e-09, -9.24644e-09, -9.24643e-09, -9.24596e-09", \
+            "-1.79951e-08, -1.79943e-08, -1.79941e-08, -1.79941e-08, -1.79945e-08, -1.79945e-08", \
+            "-3.54918e-08, -3.54917e-08, -3.54911e-08, -3.5491e-08, -3.54907e-08, -3.54909e-08", \
+            "-4.424e-08, -4.424e-08, -4.424e-08, -4.42374e-08, -4.42392e-08, -4.42392e-08", \
+            "-8.79786e-08, -8.79786e-08, -8.79786e-08, -8.79786e-08, -8.79787e-08, -8.79787e-08", \
+            "-1.75458e-07, -1.75458e-07, -1.75458e-07, -1.75458e-07, -1.75459e-07, -1.75459e-07", \
+            "-2.54676e-07, -2.54676e-07, -2.54676e-07, -2.5468e-07, -2.54678e-07, -2.54681e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.000947443, -0.000697383, -0.000788833, -0.000724008, -0.000882686, -0.00109453", \
+            "-0.00194729, -0.00154423, -0.00137465, -0.00165184, -0.00195796, -0.00223237", \
+            "-0.00252829, -0.00247062, -0.0023195, -0.00209377, -0.00213048, -0.00254297", \
+            "-0.00266262, -0.00267658, -0.00273134, -0.00269965, -0.00237693, -0.00265886", \
+            "-0.00232712, -0.00261495, -0.00262601, -0.00377677, -0.00415101, -0.00491026", \
+            "-0.000360651, -0.00134872, -0.00206606, -0.00203094, -0.00213695, -0.00356901", \
+            "0.0526746, 0.0505981, 0.0492084, 0.0469091, 0.0468558, 0.04505" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0675601, 0.0664679, 0.066242, 0.0663827, 0.0665253, 0.0666468", \
+            "0.0667947, 0.0656519, 0.0653503, 0.0654599, 0.0655764, 0.065692", \
+            "0.0663483, 0.0652505, 0.0649197, 0.0649653, 0.065068, 0.0651515", \
+            "0.0659144, 0.06481, 0.0644553, 0.0645035, 0.0646019, 0.0646759", \
+            "0.0663483, 0.0651383, 0.0645445, 0.0644442, 0.0644579, 0.0644801", \
+            "0.0689082, 0.0670994, 0.0656158, 0.0651657, 0.0650151, 0.0649601", \
+            "0.074507, 0.070866, 0.0683193, 0.0673413, 0.0667181, 0.066293" \
+          );
+        }
+      }
+    }
+    pin (pad) {
+      direction : "input";
+      is_pad : true;
+      input_voltage : "pad";
+      fanout_load : 1;
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_transition : 3.5;
+      capacitance : 0.220548;
+      rise_capacitance : 0.222529;
+      rise_capacitance_range (0.196262, 0.239896);
+      fall_capacitance : 0.218566;
+      fall_capacitance_range (0.198739, 0.231212);
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 1244.94;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3844.11;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1244.94;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4913;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 27.4413;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3526.99;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 27.4413;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4595.94;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 54.3465;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4743.21;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 54.3465;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4743.16;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1220.31;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.07;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1220.31;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.08;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 636.76;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4287.07;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.47325;
+      capacitance : 0.260161;
+      rise_capacitance : 0.259789;
+      rise_capacitance_range (0.231825, 0.278191);
+      fall_capacitance : 0.260533;
+      fall_capacitance_range (0.239067, 0.274174);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.07349, 1.1888, 1.28513, 1.37296, 1.61565, 1.84783", \
+            "1.08928, 1.20437, 1.30083, 1.38842, 1.63113, 1.86319", \
+            "1.09889, 1.21401, 1.31046, 1.39806, 1.64106, 1.87278", \
+            "1.11354, 1.22858, 1.32489, 1.41252, 1.65544, 1.88718", \
+            "1.13158, 1.24658, 1.34288, 1.43051, 1.67316, 1.90518", \
+            "1.15249, 1.26746, 1.3638, 1.45144, 1.69418, 1.92626", \
+            "1.17094, 1.28661, 1.38305, 1.47094, 1.71422, 1.94585" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.381481, 0.537776, 0.685625, 0.832073, 1.27845, 1.73393", \
+            "0.381482, 0.537777, 0.685626, 0.832074, 1.27846, 1.73394", \
+            "0.381483, 0.537778, 0.685627, 0.832075, 1.27873, 1.73395", \
+            "0.381484, 0.537779, 0.685628, 0.832076, 1.27874, 1.7354", \
+            "0.381485, 0.53778, 0.685629, 0.832077, 1.27875, 1.73541", \
+            "0.381486, 0.537781, 0.68563, 0.832078, 1.27876, 1.7355", \
+            "0.382352, 0.53836, 0.686806, 0.833134, 1.27898, 1.73551" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851984, 0.941528, 1.02216, 1.09847, 1.31919, 1.5392", \
+            "0.870278, 0.960186, 1.04057, 1.11696, 1.33671, 1.55736", \
+            "0.885063, 0.974565, 1.05525, 1.13171, 1.35109, 1.57139", \
+            "0.91476, 1.00419, 1.08489, 1.16082, 1.38041, 1.60073", \
+            "0.959751, 1.04959, 1.12996, 1.20624, 1.42581, 1.64616", \
+            "1.028, 1.11687, 1.19743, 1.27326, 1.49306, 1.71302", \
+            "1.14669, 1.23637, 1.31739, 1.39356, 1.6141, 1.83482" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.436875, 0.549465, 0.669105, 0.793587, 1.19363, 1.61117", \
+            "0.441306, 0.552294, 0.672064, 0.795192, 1.19507, 1.61274", \
+            "0.44369, 0.554294, 0.673703, 0.797439, 1.19612, 1.61376", \
+            "0.444648, 0.556701, 0.675791, 0.79904, 1.19771, 1.61467", \
+            "0.445777, 0.556702, 0.675792, 0.799041, 1.19772, 1.61468", \
+            "0.445778, 0.556703, 0.675793, 0.799042, 1.19773, 1.61469", \
+            "0.445779, 0.556704, 0.675794, 0.799043, 1.19774, 1.6147" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.788371, 0.788372, 0.788373, 0.788374, 0.788375, 0.788376", \
+            "0.807984, 0.807985, 0.807986, 0.807987, 0.807988, 0.807989", \
+            "0.819297, 0.819299, 0.8193, 0.819301, 0.819302, 0.819303", \
+            "0.838509, 0.83851, 0.838511, 0.838515, 0.838516, 0.838517", \
+            "0.865805, 0.865806, 0.865807, 0.865808, 0.865809, 0.86581", \
+            "0.909502, 0.909503, 0.909504, 0.909505, 0.909506, 0.909507", \
+            "0.98087, 0.980871, 0.980872, 0.980873, 0.980874, 0.980875" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.788371, 0.788372, 0.788373, 0.788374, 0.788375, 0.788376", \
+            "0.807984, 0.807985, 0.807986, 0.807987, 0.807988, 0.807989", \
+            "0.819297, 0.819299, 0.8193, 0.819301, 0.819302, 0.819303", \
+            "0.838509, 0.83851, 0.838511, 0.838515, 0.838516, 0.838517", \
+            "0.865805, 0.865806, 0.865807, 0.865808, 0.865809, 0.86581", \
+            "0.909502, 0.909503, 0.909504, 0.909505, 0.909506, 0.909507", \
+            "0.98087, 0.980871, 0.980872, 0.980873, 0.980874, 0.980875" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851468, 0.851469, 0.85147, 0.851471, 0.851472, 0.851473", \
+            "0.874056, 0.874057, 0.874058, 0.874059, 0.87406, 0.874061", \
+            "0.890629, 0.89063, 0.890631, 0.890632, 0.890633, 0.890634", \
+            "0.92, 0.920001, 0.920002, 0.920003, 0.920004, 0.920005", \
+            "0.960562, 0.961449, 0.961453, 0.961454, 0.961455, 0.961456", \
+            "1.0185, 1.01851, 1.01852, 1.01853, 1.01854, 1.01855", \
+            "1.1161, 1.11611, 1.11612, 1.11613, 1.11614, 1.11615" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851468, 0.851469, 0.85147, 0.851471, 0.851472, 0.851473", \
+            "0.874056, 0.874057, 0.874058, 0.874059, 0.87406, 0.874061", \
+            "0.890629, 0.89063, 0.890631, 0.890632, 0.890633, 0.890634", \
+            "0.92, 0.920001, 0.920002, 0.920003, 0.920004, 0.920005", \
+            "0.960562, 0.961449, 0.961453, 0.961454, 0.961455, 0.961456", \
+            "1.0185, 1.01851, 1.01852, 1.01853, 1.01854, 1.01855", \
+            "1.1161, 1.11611, 1.11612, 1.11613, 1.11614, 1.11615" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06441, 1.18602, 1.28649, 1.37825, 1.63254, 1.87571", \
+            "1.08109, 1.20254, 1.30317, 1.39456, 1.64865, 1.89184", \
+            "1.09215, 1.2135, 1.3142, 1.4058, 1.65961, 1.9028", \
+            "1.10877, 1.22991, 1.33064, 1.42262, 1.676, 1.91929", \
+            "1.13046, 1.25183, 1.3524, 1.44416, 1.69838, 1.94161", \
+            "1.15605, 1.2774, 1.37796, 1.46958, 1.72381, 1.96705", \
+            "1.18378, 1.30516, 1.40566, 1.49718, 1.75128, 1.99542" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.385054, 0.533176, 0.67715, 0.821634, 1.26647, 1.72287", \
+            "0.385055, 0.533177, 0.677161, 0.821635, 1.26648, 1.72403", \
+            "0.385056, 0.533178, 0.677162, 0.821636, 1.26649, 1.72404", \
+            "0.385057, 0.533179, 0.677163, 0.821942, 1.2665, 1.72405", \
+            "0.385058, 0.53318, 0.677164, 0.821943, 1.26651, 1.7244", \
+            "0.385059, 0.533181, 0.677165, 0.821944, 1.26658, 1.72441", \
+            "0.38506, 0.534022, 0.67861, 0.821945, 1.26659, 1.72447" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.725354, 0.832222, 0.926798, 1.01715, 1.27468, 1.52826", \
+            "0.741185, 0.848201, 0.942495, 1.03308, 1.29062, 1.54417", \
+            "0.749565, 0.857023, 0.950663, 1.04139, 1.29938, 1.55273", \
+            "0.762148, 0.869412, 0.963985, 1.05426, 1.31175, 1.5651", \
+            "0.777726, 0.884691, 0.978916, 1.06951, 1.32709, 1.58071", \
+            "0.794241, 0.898874, 0.993962, 1.08381, 1.34157, 1.59484", \
+            "0.807676, 0.914545, 1.00988, 1.09877, 1.35659, 1.61039" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.281953, 0.422772, 0.560079, 0.701393, 1.13031, 1.56641", \
+            "0.281954, 0.422807, 0.560866, 0.701394, 1.13032, 1.56832", \
+            "0.281961, 0.422808, 0.561085, 0.701395, 1.13043, 1.56833", \
+            "0.281962, 0.422809, 0.56216, 0.70169, 1.13044, 1.56834", \
+            "0.281963, 0.42281, 0.562161, 0.701691, 1.13045, 1.56835", \
+            "0.281964, 0.422811, 0.562162, 0.701692, 1.13054, 1.56963", \
+            "0.281965, 0.422812, 0.562192, 0.701693, 1.13055, 1.56964" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.95486, 7.85643, 7.82262, 7.77244, 7.62556, 7.43688", \
+            "7.97618, 7.8704, 7.83943, 7.77049, 7.63571, 7.44055", \
+            "7.97485, 7.8783, 7.839, 7.78086, 7.65853, 7.4493", \
+            "7.98282, 7.88521, 7.83972, 7.78468, 7.64946, 7.49707", \
+            "7.98581, 7.88573, 7.84289, 7.78424, 7.63776, 7.50341", \
+            "7.96932, 7.86901, 7.82939, 7.77031, 7.6279, 7.50388", \
+            "7.92175, 7.82421, 7.82417, 7.83133, 7.64737, 7.4102" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "17.7836, 15.7534, 14.3935, 13.3833, 11.5087, 10.3839", \
+            "18.0905, 16.0092, 14.622, 13.5839, 11.6653, 10.5301", \
+            "18.2861, 16.2011, 14.7746, 13.7262, 11.7717, 10.628", \
+            "18.4645, 16.355, 14.9397, 13.8719, 11.895, 10.7239", \
+            "18.4265, 16.3126, 14.8947, 13.8331, 11.8678, 10.7018", \
+            "18.1914, 16.1001, 14.7, 13.6809, 11.7439, 10.599", \
+            "17.2633, 15.2977, 13.9645, 13.0198, 11.18, 10.1559" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.77158, 3.48583, 5.20333, 6.89762, 12.0249, 15.9422", \
+            "1.76981, 3.48434, 5.20107, 6.90782, 12.0208, 15.925", \
+            "1.77278, 3.48706, 5.20036, 6.91123, 12.0389, 15.9368", \
+            "1.77891, 3.49403, 5.20981, 6.9331, 12.0172, 15.8323", \
+            "1.80204, 3.51643, 5.23366, 6.9393, 12.0638, 15.685", \
+            "1.8535, 3.5692, 5.28374, 6.99425, 12.088, 15.3636", \
+            "1.96487, 3.68408, 5.38888, 7.12126, 12.1151, 14.8404" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.214751, 0.214405, 0.214124, 0.213957, 0.213626, 0.212819", \
+            "0.213155, 0.212924, 0.21259, 0.212518, 0.211954, 0.21152", \
+            "0.215757, 0.215386, 0.215162, 0.21506, 0.214519, 0.214036", \
+            "0.224653, 0.22427, 0.224011, 0.22386, 0.223511, 0.222863", \
+            "0.248008, 0.247718, 0.247311, 0.247282, 0.246855, 0.245841", \
+            "0.300161, 0.299846, 0.299427, 0.29924, 0.298828, 0.297479", \
+            "0.409831, 0.409515, 0.409449, 0.409051, 0.408704, 0.406675" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.4611, 7.74812, 8.05172, 8.33058, 9.1975, 10.0558", \
+            "7.47342, 7.76541, 8.06792, 8.33936, 9.17957, 10.1162", \
+            "7.47379, 7.76215, 8.05583, 8.35754, 9.20682, 10.1151", \
+            "7.47198, 7.76029, 8.05601, 8.35844, 9.22763, 10.0928", \
+            "7.47303, 7.7683, 8.07808, 8.37144, 9.23018, 10.1835", \
+            "7.46643, 7.75156, 8.06166, 8.34581, 9.21902, 10.0735", \
+            "7.50648, 7.76809, 8.14349, 8.28644, 9.2218, 10.1409" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.98754, 2.9875, 2.98546, 2.98349, 2.97868, 2.98082", \
+            "2.98741, 2.98774, 2.98503, 2.98384, 2.97904, 2.98085", \
+            "2.98777, 2.9888, 2.98456, 2.98401, 2.97846, 2.97837", \
+            "2.98745, 2.98861, 2.98315, 2.98384, 2.97807, 2.978", \
+            "2.98886, 2.98904, 2.98603, 2.98503, 2.98037, 2.98201", \
+            "2.98806, 2.99018, 2.99019, 2.98699, 2.98491, 2.98321", \
+            "2.99094, 2.98933, 2.98964, 2.98367, 2.9802, 2.98266" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.73615, 3.45815, 5.16194, 6.89537, 12.0159, 16.0155", \
+            "1.73702, 3.4578, 5.17074, 6.87879, 12.0093, 15.9332", \
+            "1.74167, 3.45527, 5.17018, 6.88137, 12.0107, 15.8965", \
+            "1.75177, 3.46726, 5.18311, 6.89516, 12.001, 15.8124", \
+            "1.77836, 3.49159, 5.19921, 6.91969, 12.0411, 15.8672", \
+            "1.83353, 3.54761, 5.26316, 6.97518, 12.0699, 15.3536", \
+            "1.95139, 3.66454, 5.38376, 7.0917, 12.1111, 14.8537" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.112217, 0.111785, 0.111529, 0.111446, 0.110851, 0.109917", \
+            "0.111908, 0.111514, 0.111245, 0.111233, 0.110575, 0.109506", \
+            "0.113833, 0.113639, 0.113055, 0.113125, 0.112648, 0.111677", \
+            "0.120166, 0.119811, 0.11942, 0.119467, 0.118873, 0.117807", \
+            "0.133369, 0.132939, 0.132603, 0.132598, 0.131952, 0.130571", \
+            "0.162843, 0.16186, 0.16154, 0.161413, 0.160966, 0.159336", \
+            "0.223835, 0.223566, 0.223094, 0.222788, 0.222311, 0.21968" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.27738;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0525178, 0.0647662, 0.0878011, 0.10949, 0.130581, 0.151437", \
+            "0.0525188, 0.0647672, 0.0878021, 0.109491, 0.130582, 0.151438", \
+            "0.0525198, 0.0647682, 0.0878031, 0.109492, 0.130583, 0.151439", \
+            "0.0525208, 0.0647692, 0.0878041, 0.109493, 0.130584, 0.15144", \
+            "0.0525218, 0.0647702, 0.0878051, 0.109494, 0.130585, 0.151441", \
+            "0.0525228, 0.0647712, 0.0878061, 0.109495, 0.130586, 0.151442", \
+            "0.0525238, 0.0647722, 0.0878071, 0.109496, 0.130587, 0.151443" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428776, 0.0652529, 0.109341, 0.153788, 0.198556, 0.243446", \
+            "0.0456634, 0.067104, 0.111442, 0.156899, 0.201625, 0.246515", \
+            "0.0507684, 0.0713047, 0.113908, 0.157873, 0.20273, 0.247936", \
+            "0.05348, 0.0736078, 0.115651, 0.158968, 0.203438, 0.24821", \
+            "0.0656314, 0.0848857, 0.124968, 0.16655, 0.208803, 0.252638", \
+            "0.0863222, 0.105036, 0.142349, 0.181744, 0.2222, 0.263611", \
+            "0.102752, 0.122174, 0.157497, 0.194492, 0.233546, 0.27411" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299806, 0.317616, 0.345423, 0.368693, 0.389274, 0.409759", \
+            "0.354133, 0.371973, 0.399704, 0.422727, 0.444064, 0.463459", \
+            "0.476433, 0.494265, 0.522063, 0.545002, 0.566303, 0.586188", \
+            "0.537112, 0.554926, 0.582593, 0.605445, 0.626777, 0.646257", \
+            "0.855219, 0.872785, 0.900325, 0.923634, 0.944245, 0.964742", \
+            "1.49723, 1.51534, 1.54281, 1.56603, 1.58706, 1.6058", \
+            "2.05912, 2.07924, 2.11018, 2.13514, 2.15708, 2.17756" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0850931, 0.103406, 0.136334, 0.168469, 0.200247, 0.233512", \
+            "0.0850941, 0.103407, 0.136335, 0.16847, 0.200653, 0.233513", \
+            "0.0850951, 0.103408, 0.136336, 0.168471, 0.200654, 0.233514", \
+            "0.0850961, 0.103409, 0.136337, 0.168472, 0.200655, 0.233515", \
+            "0.0850971, 0.10341, 0.136338, 0.168473, 0.200656, 0.233522", \
+            "0.098665, 0.116297, 0.147045, 0.177029, 0.208535, 0.239982", \
+            "0.120057, 0.137684, 0.168617, 0.197608, 0.226783, 0.256901" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.696083, -0.696081, -0.695761, -0.696091, -0.696124, -0.696136", \
+            "-0.696794, -0.696804, -0.696822, -0.696419, -0.696867, -0.696902", \
+            "-0.696691, -0.696693, -0.696702, -0.696713, -0.696729, -0.696744", \
+            "-0.696307, -0.69573, -0.69632, -0.696337, -0.696349, -0.696401", \
+            "-0.696274, -0.695969, -0.696222, -0.69621, -0.69621, -0.696211", \
+            "-0.693954, -0.693593, -0.693744, -0.693578, -0.694415, -0.695328", \
+            "-0.307937, -0.308426, -0.308189, -0.308528, -0.312327, -0.306482" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.696083, 0.696081, 0.696079, 0.696091, 0.696124, 0.696136", \
+            "0.696794, 0.696804, 0.696823, 0.696843, 0.696867, 0.696902", \
+            "0.696691, 0.696693, 0.696702, 0.696713, 0.696729, 0.696744", \
+            "0.696307, 0.69631, 0.69632, 0.696337, 0.696349, 0.696401", \
+            "0.696274, 0.69625, 0.696222, 0.69621, 0.69621, 0.696211", \
+            "0.693954, 0.693593, 0.693744, 0.693578, 0.694415, 0.695328", \
+            "0.695005, 0.694358, 0.693515, 0.693063, 0.694242, 0.693029" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.000837553, -0.000733155, -0.000763621, -0.000872112, -0.000835298, -0.00111275", \
+            "-0.00179659, -0.0012922, -0.00139062, -0.00168708, -0.00216929, -0.0022993", \
+            "-0.0022667, -0.0022508, -0.00235831, -0.00221455, -0.00234802, -0.002758", \
+            "-0.00226639, -0.00231972, -0.00258588, -0.00299652, -0.00253519, -0.00242787", \
+            "-0.00196103, -0.00229428, -0.00247064, -0.00291877, -0.00389427, -0.00452719", \
+            "0.000183506, -0.00118556, -0.000888625, -0.0011439, -0.00148329, -0.00251327", \
+            "0.0468397, 0.0449674, 0.0432474, 0.042692, 0.0437882, 0.0412237" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0675916, 0.0664836, 0.0662619, 0.0663988, 0.0665479, 0.0666604", \
+            "0.0666562, 0.0655369, 0.0652573, 0.0653704, 0.0655118, 0.0656186", \
+            "0.0660687, 0.0649275, 0.0646004, 0.0646644, 0.0647692, 0.0648502", \
+            "0.066105, 0.0650316, 0.0646434, 0.0646697, 0.0647602, 0.0648664", \
+            "0.0663404, 0.0650966, 0.0645183, 0.064426, 0.0644338, 0.0644526", \
+            "0.0692452, 0.067964, 0.0656612, 0.0648731, 0.0648982, 0.0650302", \
+            "0.0742733, 0.071081, 0.0684508, 0.0673765, 0.0668071, 0.0663362" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0299879;
+      rise_capacitance : 0.0300679;
+      rise_capacitance_range (0.0240635, 0.0340879);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.0246689, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.0595e-05, -4.72573e-06, -6.17116e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.0595e-05, 4.72573e-06, 6.17116e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215189, -0.0224595, -0.0225904, -0.0225479, -0.0228347, -0.0227621, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286057, 0.0281311, 0.0284957, 0.0283702, 0.0282106, 0.0279653, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.05147e-05, -4.72445e-06, -6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05147e-05, 4.72445e-06, 6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225472, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286039, 0.02813, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.05147e-05, -4.72445e-06, -6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05147e-05, 4.72445e-06, 6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225472, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286039, 0.02813, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269153;
+      rise_capacitance : 0.0277693;
+      rise_capacitance_range (0.023155, 0.0335066);
+      fall_capacitance : 0.0260612;
+      fall_capacitance_range (0.022145, 0.0296985);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.07018, 2.0702, 2.0735, 2.07491, 2.07102, 2.08049, 2.07712" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.351858, 0.351235, 0.350431, 0.350044, 0.349117, 0.348846, 0.347964" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402604, 0.0397503, 0.0417318, 0.0480681, 0.0612338, 0.0910797, 0.156348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101475, 0.102542, 0.105062, 0.110746, 0.124548, 0.154403, 0.219086" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 2119.76;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3843.65;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2119.76;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4912.45;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3526.63;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4595.59;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4742.76;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4742.81;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2095.16;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3964.62;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2095.16;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3964.61;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1053.73;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4286.64;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 9.99915;
+      capacitance : 0.344807;
+      rise_capacitance : 0.3422;
+      rise_capacitance_range (0.312154, 0.362295);
+      fall_capacitance : 0.347414;
+      fall_capacitance_range (0.323933, 0.362627);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.24498, 1.34771, 1.43209, 1.50564, 1.69033, 1.84711", \
+            "1.25847, 1.36076, 1.445, 1.51848, 1.70311, 1.85982", \
+            "1.27069, 1.37256, 1.45681, 1.52948, 1.714, 1.87078", \
+            "1.28432, 1.38639, 1.47033, 1.54368, 1.7283, 1.88491", \
+            "1.30132, 1.4031, 1.487, 1.5604, 1.74487, 1.90153", \
+            "1.32223, 1.42395, 1.50859, 1.5821, 1.76678, 1.92348", \
+            "1.33904, 1.44226, 1.52709, 1.60077, 1.7857, 1.94247" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.366058, 0.492082, 0.597318, 0.69119, 0.943224, 1.18335", \
+            "0.366059, 0.492083, 0.597319, 0.691191, 0.94338, 1.18336", \
+            "0.36606, 0.492084, 0.59732, 0.691192, 0.943381, 1.18337", \
+            "0.366061, 0.492085, 0.597321, 0.691193, 0.943646, 1.18338", \
+            "0.366062, 0.492086, 0.597322, 0.691194, 0.943647, 1.18339", \
+            "0.366063, 0.492205, 0.597323, 0.691195, 0.943751, 1.1834", \
+            "0.367108, 0.494516, 0.597898, 0.691828, 0.944408, 1.18341" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.05455, 1.11567, 1.17172, 1.22419, 1.36627, 1.49708", \
+            "1.07318, 1.13427, 1.1903, 1.24142, 1.38495, 1.51582", \
+            "1.08792, 1.14813, 1.20466, 1.25709, 1.39875, 1.52957", \
+            "1.11742, 1.1788, 1.23473, 1.28556, 1.42922, 1.56004", \
+            "1.1624, 1.22383, 1.27981, 1.3309, 1.47439, 1.60529", \
+            "1.23033, 1.29115, 1.34685, 1.399, 1.54115, 1.6717", \
+            "1.34796, 1.40959, 1.46573, 1.51819, 1.6586, 1.78985" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.688101, 0.726369, 0.779665, 0.837845, 1.01174, 1.19409", \
+            "0.692845, 0.730565, 0.783477, 0.841263, 1.01518, 1.19697", \
+            "0.695684, 0.733089, 0.786998, 0.844648, 1.01644, 1.19698", \
+            "0.699671, 0.736694, 0.789186, 0.844649, 1.0199, 1.20142", \
+            "0.699672, 0.736695, 0.789187, 0.845831, 1.01991, 1.20143", \
+            "0.699673, 0.736696, 0.789188, 0.845832, 1.01992, 1.20144", \
+            "0.699674, 0.736697, 0.789189, 0.845833, 1.01993, 1.20145" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.950233, 0.950234, 0.950235, 0.950236, 0.950237, 0.950238", \
+            "0.970383, 0.970384, 0.970385, 0.970386, 0.970387, 0.970388", \
+            "0.979081, 0.979082, 0.979083, 0.979084, 0.979085, 0.979086", \
+            "0.999339, 0.999343, 0.999344, 0.999345, 0.999346, 0.999347", \
+            "1.0277, 1.02771, 1.02772, 1.02773, 1.02774, 1.02775", \
+            "1.07051, 1.07052, 1.07053, 1.07054, 1.07055, 1.07056", \
+            "1.1429, 1.14291, 1.14292, 1.14293, 1.14294, 1.14295" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.950233, 0.950234, 0.950235, 0.950236, 0.950237, 0.950238", \
+            "0.970383, 0.970384, 0.970385, 0.970386, 0.970387, 0.970388", \
+            "0.979081, 0.979082, 0.979083, 0.979084, 0.979085, 0.979086", \
+            "0.999339, 0.999343, 0.999344, 0.999345, 0.999346, 0.999347", \
+            "1.0277, 1.02771, 1.02772, 1.02773, 1.02774, 1.02775", \
+            "1.07051, 1.07052, 1.07053, 1.07054, 1.07055, 1.07056", \
+            "1.1429, 1.14291, 1.14292, 1.14293, 1.14294, 1.14295" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.27373, 1.27374, 1.27375, 1.27376, 1.27377, 1.27378", \
+            "1.28774, 1.28775, 1.28776, 1.28777, 1.28778, 1.28779", \
+            "1.30306, 1.32133, 1.32134, 1.32135, 1.32136, 1.32137", \
+            "1.3343, 1.35124, 1.35125, 1.35126, 1.35127, 1.35128", \
+            "1.38336, 1.38544, 1.38545, 1.38546, 1.38547, 1.38548", \
+            "1.44688, 1.44689, 1.4469, 1.44691, 1.44692, 1.44693", \
+            "1.5367, 1.53671, 1.53672, 1.53673, 1.53674, 1.53675" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.27373, 1.27374, 1.27375, 1.27376, 1.27377, 1.27378", \
+            "1.28774, 1.28775, 1.28776, 1.28777, 1.28778, 1.28779", \
+            "1.30306, 1.32133, 1.32134, 1.32135, 1.32136, 1.32137", \
+            "1.3343, 1.35124, 1.35125, 1.35126, 1.35127, 1.35128", \
+            "1.38336, 1.38544, 1.38545, 1.38546, 1.38547, 1.38548", \
+            "1.44688, 1.44689, 1.4469, 1.44691, 1.44692, 1.44693", \
+            "1.5367, 1.53671, 1.53672, 1.53673, 1.53674, 1.53675" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.2093, 1.32777, 1.41986, 1.49833, 1.69198, 1.85536", \
+            "1.22593, 1.34431, 1.43652, 1.51489, 1.70863, 1.87214", \
+            "1.23574, 1.35434, 1.44646, 1.52477, 1.71844, 1.88181", \
+            "1.25217, 1.37071, 1.46293, 1.5413, 1.73505, 1.89859", \
+            "1.27402, 1.39246, 1.48459, 1.56297, 1.75662, 1.92054", \
+            "1.29994, 1.41826, 1.51048, 1.58884, 1.78261, 1.94585", \
+            "1.32922, 1.4477, 1.53993, 1.61821, 1.81184, 1.97474" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.397225, 0.50701, 0.601175, 0.687804, 0.929253, 1.16315", \
+            "0.39731, 0.50736, 0.601485, 0.688305, 0.929254, 1.16328", \
+            "0.397341, 0.507361, 0.601486, 0.688306, 0.929255, 1.16329", \
+            "0.397743, 0.507454, 0.601487, 0.688307, 0.929256, 1.16332", \
+            "0.397744, 0.507455, 0.601488, 0.688308, 0.929257, 1.16366", \
+            "0.397745, 0.507456, 0.601489, 0.688309, 0.929258, 1.16367", \
+            "0.397746, 0.50884, 0.60149, 0.68831, 0.929259, 1.16368" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.75858, 0.843905, 0.915343, 0.978017, 1.14477, 1.29416", \
+            "0.774265, 0.859951, 0.930447, 0.993437, 1.15974, 1.31098", \
+            "0.782773, 0.868625, 0.938972, 1.00214, 1.16903, 1.31929", \
+            "0.795346, 0.880906, 0.952418, 1.01495, 1.18182, 1.33114", \
+            "0.810986, 0.896123, 0.967655, 1.03014, 1.19714, 1.34679", \
+            "0.825253, 0.910978, 0.980911, 1.04485, 1.21024, 1.36067", \
+            "0.840202, 0.925799, 0.996827, 1.06064, 1.22655, 1.37814" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.259579, 0.347553, 0.424801, 0.505057, 0.727076, 0.948921", \
+            "0.25958, 0.347554, 0.428072, 0.505058, 0.727077, 0.948922", \
+            "0.259581, 0.348083, 0.428073, 0.505059, 0.727701, 0.948923", \
+            "0.259582, 0.348084, 0.428074, 0.50506, 0.727702, 0.948924", \
+            "0.259583, 0.348085, 0.428596, 0.505061, 0.727703, 0.948925", \
+            "0.259584, 0.348086, 0.428597, 0.505062, 0.727704, 0.949087", \
+            "0.259585, 0.348087, 0.428598, 0.505428, 0.729932, 0.949998" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.2866, 12.9093, 12.7024, 12.5789, 12.2466, 12.1378", \
+            "13.3232, 12.922, 12.7111, 12.5853, 12.3243, 12.1734", \
+            "13.3588, 12.9424, 12.7209, 12.6137, 12.2852, 12.171", \
+            "13.3619, 12.9644, 12.739, 12.6126, 12.3691, 12.0354", \
+            "13.3896, 12.9819, 12.7423, 12.6159, 12.2729, 12.1222", \
+            "13.3087, 12.8997, 12.686, 12.5616, 12.3143, 12.129", \
+            "13.216, 12.8271, 12.5456, 12.4654, 12.2556, 12.01" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "71.2329, 67.0105, 63.4667, 60.4042, 53.3443, 48.2074", \
+            "71.8631, 67.6161, 64.045, 61.0216, 53.8464, 48.6514", \
+            "72.3102, 68.0909, 64.5331, 61.4438, 54.267, 49.0578", \
+            "72.7538, 68.5034, 64.9071, 61.8335, 54.5969, 49.3516", \
+            "72.6379, 68.3906, 64.7913, 61.746, 54.4984, 49.2479", \
+            "72.0314, 67.882, 64.3299, 61.2598, 54.1739, 48.9971", \
+            "69.9477, 65.8342, 62.3361, 59.3632, 52.408, 47.3788" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.77008, 3.49101, 5.21874, 6.92314, 11.8577, 12.8561", \
+            "1.76777, 3.48914, 5.2155, 6.93754, 11.8195, 12.8425", \
+            "1.77033, 3.49211, 5.21936, 6.91436, 11.7748, 12.7071", \
+            "1.77718, 3.50095, 5.22723, 6.92502, 11.767, 12.4658", \
+            "1.79971, 3.52488, 5.24144, 6.96245, 11.803, 12.1373", \
+            "1.85126, 3.57659, 5.30262, 7.01989, 11.6195, 11.4605", \
+            "1.96394, 3.68573, 5.40527, 7.12234, 11.268, 9.76035" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.21459, 0.214267, 0.214187, 0.214151, 0.21371, 0.21211", \
+            "0.213071, 0.212727, 0.21265, 0.212563, 0.212171, 0.210515", \
+            "0.215518, 0.215361, 0.215157, 0.215138, 0.214761, 0.21297", \
+            "0.224441, 0.224157, 0.224023, 0.22389, 0.223596, 0.221631", \
+            "0.247784, 0.247511, 0.24742, 0.247289, 0.246878, 0.244635", \
+            "0.30019, 0.299799, 0.299643, 0.299521, 0.298975, 0.296024", \
+            "0.410056, 0.409674, 0.409144, 0.409371, 0.408769, 0.403935" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "11.3954, 11.708, 12.013, 12.3342, 13.2561, 14.1276", \
+            "11.3879, 11.6945, 12.0185, 12.3418, 13.173, 14.135", \
+            "11.382, 11.6817, 11.9963, 12.3074, 13.1931, 14.1104", \
+            "11.3725, 11.6802, 11.994, 12.3213, 13.1848, 14.1219", \
+            "11.3926, 11.6974, 12.0178, 12.3408, 13.2663, 14.1459", \
+            "11.385, 11.6787, 12.0076, 12.3121, 13.1847, 14.014", \
+            "11.4162, 11.8018, 11.9814, 12.3089, 13.1863, 13.9543" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.99672, 4.99671, 4.99634, 5.00142, 5.00028, 4.99404", \
+            "4.98985, 4.99326, 4.99969, 4.99974, 4.99861, 4.99744", \
+            "4.99299, 5.00415, 4.99936, 5.00018, 4.99864, 4.99755", \
+            "4.99422, 4.99716, 4.9985, 5.00174, 5.00144, 4.99519", \
+            "4.99213, 4.99776, 5.00422, 5.00232, 5.0026, 4.99694", \
+            "4.9893, 4.98901, 4.99663, 4.99783, 4.998, 4.99548", \
+            "5.0039, 5.0026, 5.0008, 5.01263, 5.00304, 5.00366" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.7367, 3.4622, 5.18716, 6.9095, 11.7663, 12.7184", \
+            "1.73627, 3.46031, 5.1798, 6.9134, 11.8059, 12.8156", \
+            "1.74083, 3.46443, 5.18431, 6.9098, 11.7577, 12.6568", \
+            "1.75252, 3.47619, 5.19687, 6.92217, 11.7349, 12.4989", \
+            "1.77769, 3.50352, 5.22956, 6.94402, 11.6622, 12.1555", \
+            "1.83475, 3.5605, 5.27888, 6.99446, 11.6684, 11.2305", \
+            "1.94882, 3.67714, 5.39981, 7.10637, 11.2228, 9.53586" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.112372, 0.111952, 0.111947, 0.111574, 0.111064, 0.106684", \
+            "0.112077, 0.111727, 0.111492, 0.111253, 0.110671, 0.106633", \
+            "0.114133, 0.113784, 0.113407, 0.113225, 0.112668, 0.108375", \
+            "0.1202, 0.119896, 0.119781, 0.119508, 0.118806, 0.114202", \
+            "0.133514, 0.133068, 0.133039, 0.132664, 0.131857, 0.127078", \
+            "0.163153, 0.162795, 0.162204, 0.162504, 0.161142, 0.1558", \
+            "0.224876, 0.224645, 0.224613, 0.224436, 0.221941, 0.215247" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.2785;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0525071, 0.0648283, 0.0878589, 0.109624, 0.130626, 0.151511", \
+            "0.0525081, 0.0648293, 0.0878599, 0.109625, 0.130627, 0.151512", \
+            "0.0525091, 0.0648303, 0.0878609, 0.109626, 0.130628, 0.151513", \
+            "0.0525101, 0.0648313, 0.0878619, 0.109627, 0.130629, 0.151514", \
+            "0.0525111, 0.0648323, 0.0878629, 0.109628, 0.13063, 0.151515", \
+            "0.0525121, 0.0648333, 0.0878639, 0.109629, 0.130631, 0.151516", \
+            "0.0525131, 0.0648343, 0.0878649, 0.10963, 0.130632, 0.151517" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.042848, 0.0652991, 0.109404, 0.153768, 0.198612, 0.243616", \
+            "0.0456753, 0.0669385, 0.111351, 0.156901, 0.201644, 0.246459", \
+            "0.0507853, 0.0712618, 0.113948, 0.157946, 0.20283, 0.247858", \
+            "0.053502, 0.0736067, 0.115587, 0.159027, 0.203468, 0.248346", \
+            "0.0656324, 0.0848908, 0.125081, 0.166485, 0.208772, 0.252563", \
+            "0.0862527, 0.105213, 0.142577, 0.181686, 0.221267, 0.263516", \
+            "0.102848, 0.122266, 0.157679, 0.194192, 0.233014, 0.274181" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299816, 0.317589, 0.345405, 0.368696, 0.389213, 0.409299", \
+            "0.354193, 0.371996, 0.400293, 0.423389, 0.444119, 0.464551", \
+            "0.476354, 0.494109, 0.521824, 0.545023, 0.565596, 0.586132", \
+            "0.527152, 0.544944, 0.572519, 0.595849, 0.616932, 0.636727", \
+            "0.847297, 0.864994, 0.892602, 0.915755, 0.936748, 0.95673", \
+            "1.49737, 1.51579, 1.54392, 1.56702, 1.58817, 1.60723", \
+            "2.05943, 2.07939, 2.11013, 2.13509, 2.15709, 2.17754" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0851105, 0.103595, 0.136267, 0.168402, 0.200169, 0.23311", \
+            "0.0851115, 0.103596, 0.136268, 0.168403, 0.200312, 0.233387", \
+            "0.0851125, 0.103597, 0.136269, 0.168404, 0.200313, 0.233477", \
+            "0.0851135, 0.103598, 0.13627, 0.168405, 0.200518, 0.233478", \
+            "0.085156, 0.103654, 0.136671, 0.168922, 0.201083, 0.233888", \
+            "0.098662, 0.11586, 0.146245, 0.176856, 0.208316, 0.23946", \
+            "0.119939, 0.137551, 0.168789, 0.197714, 0.226865, 0.256946" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-1.32371, -1.32368, -1.32095, -1.32371, -1.32377, -1.32383", \
+            "-1.32645, -1.32649, -1.32434, -1.32418, -1.32373, -1.31855", \
+            "-1.32479, -1.32475, -1.32479, -1.32481, -1.32486, -1.32491", \
+            "-1.32437, -1.32435, -1.3244, -1.32441, -1.32446, -1.32451", \
+            "-1.32333, -1.32379, -1.32447, -1.32501, -1.32547, -1.32554", \
+            "-1.31934, -1.31908, -1.31974, -1.31874, -1.32023, -1.32158", \
+            "-0.592167, -0.593345, -0.593014, -0.591661, -0.590571, -0.590444" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.32371, 1.32368, 1.32367, 1.32371, 1.32377, 1.32383", \
+            "1.32645, 1.32649, 1.32704, 1.32707, 1.32712, 1.32715", \
+            "1.32479, 1.32475, 1.32479, 1.32481, 1.32486, 1.32491", \
+            "1.32437, 1.32435, 1.3244, 1.32441, 1.32446, 1.32451", \
+            "1.32333, 1.32379, 1.32447, 1.32501, 1.32547, 1.32554", \
+            "1.31934, 1.31908, 1.31974, 1.31874, 1.32023, 1.32158", \
+            "1.32134, 1.32033, 1.31852, 1.31763, 1.31989, 1.31754" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.00091806, -0.000777639, -0.000825793, -0.000739056, -0.000881366, -0.00117162", \
+            "-0.00180563, -0.00115165, -0.00118853, -0.00149053, -0.00188549, -0.00183334", \
+            "-0.00227847, -0.00221005, -0.00226288, -0.00223871, -0.00228835, -0.00284235", \
+            "-0.00227736, -0.00238207, -0.00258562, -0.00297883, -0.00252807, -0.00242879", \
+            "-0.00196895, -0.00232981, -0.00207372, -0.00293527, -0.00427139, -0.00444021", \
+            "0.00030162, -0.000984641, -0.000781705, -0.00141542, -0.00274864, -0.00137807", \
+            "0.0463354, 0.0444606, 0.0428718, 0.0416118, 0.0404202, 0.0406053" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0704139, 0.0693572, 0.0690701, 0.0692101, 0.0693486, 0.0694601", \
+            "0.0696314, 0.0684831, 0.0682583, 0.0683578, 0.0684904, 0.0686003", \
+            "0.0690308, 0.0679825, 0.0676328, 0.0676912, 0.0677916, 0.0678851", \
+            "0.0682652, 0.0671019, 0.0666951, 0.0667106, 0.0667703, 0.0668191", \
+            "0.0693605, 0.0681328, 0.0675695, 0.0674664, 0.0674599, 0.0674526", \
+            "0.0721149, 0.0700468, 0.0686103, 0.0680854, 0.06787, 0.0677704", \
+            "0.0761963, 0.0734664, 0.0713199, 0.0701914, 0.0695827, 0.0691152" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.029988;
+      rise_capacitance : 0.0300681;
+      rise_capacitance_range (0.0240636, 0.0340916);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.024669, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.5169e-06, -4.13135e-06, -6.01105e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.5169e-06, 4.13135e-06, 6.01105e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215188, -0.0224595, -0.0225904, -0.0225476, -0.0228347, -0.0227621, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286056, 0.0281312, 0.0284957, 0.0283703, 0.0282106, 0.0279654, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.42452e-06, -4.09958e-06, -6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.42452e-06, 4.09958e-06, 6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225469, -0.0228345, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286038, 0.0281301, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.42452e-06, -4.09958e-06, -6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.42452e-06, 4.09958e-06, 6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225469, -0.0228345, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286038, 0.0281301, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269102;
+      rise_capacitance : 0.0277591;
+      rise_capacitance_range (0.023155, 0.0335044);
+      fall_capacitance : 0.0260613;
+      fall_capacitance_range (0.0221451, 0.0296416);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.2791, 3.27884, 3.27863, 3.27952, 3.27865, 3.27359, 3.29028" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.334507, 0.333787, 0.333639, 0.332725, 0.332561, 0.33132, 0.330624" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402581, 0.0397475, 0.0417297, 0.0480681, 0.0612353, 0.0909499, 0.156315" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101471, 0.102534, 0.105058, 0.110742, 0.124499, 0.154339, 0.219104" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 396.411;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3844.58;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 396.113;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4913.42;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 7.07672;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3527.98;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 7.12881;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4596.94;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 32.7753;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4744.15;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 32.624;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4744.15;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 371.516;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.55;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 371.5;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.55;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 201.893;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4287.79;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.65074;
+      capacitance : 0.187243;
+      rise_capacitance : 0.188648;
+      rise_capacitance_range (0.162168, 0.206099);
+      fall_capacitance : 0.185839;
+      fall_capacitance_range (0.16571, 0.198556);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.05733, 1.36151, 1.66373, 1.96535, 2.86901, 3.77236", \
+            "1.07278, 1.37692, 1.67913, 1.98075, 2.88436, 3.7878", \
+            "1.08211, 1.38629, 1.68851, 1.99013, 2.8938, 3.79707", \
+            "1.09675, 1.4009, 1.70312, 2.00477, 2.90837, 3.8119", \
+            "1.11557, 1.41984, 1.72205, 2.02371, 2.92727, 3.83095", \
+            "1.13589, 1.44021, 1.74245, 2.04411, 2.94769, 3.85115", \
+            "1.156, 1.46029, 1.76258, 2.06427, 2.96801, 3.87108" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.795011, 1.4171, 2.04666, 2.67907, 4.56845, 6.45816", \
+            "0.795012, 1.41746, 2.04769, 2.67908, 4.5717, 6.45817", \
+            "0.795013, 1.41747, 2.0477, 2.67909, 4.57171, 6.45915", \
+            "0.795014, 1.41748, 2.04771, 2.6791, 4.57184, 6.45916", \
+            "0.795015, 1.41749, 2.04772, 2.67911, 4.57185, 6.4597", \
+            "0.795016, 1.4175, 2.04773, 2.67912, 4.57282, 6.45971", \
+            "0.802156, 1.41751, 2.04774, 2.67913, 4.57283, 6.45972" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.890894, 1.19918, 1.5068, 1.81386, 2.73587, 3.65871", \
+            "0.906886, 1.21477, 1.52223, 1.82947, 2.75128, 3.6737", \
+            "0.921317, 1.22898, 1.53639, 1.8435, 2.76542, 3.68771", \
+            "0.9492, 1.25664, 1.56413, 1.87113, 2.79296, 3.71517", \
+            "0.994752, 1.30244, 1.60991, 1.91693, 2.83841, 3.76346", \
+            "1.06362, 1.37142, 1.67888, 1.98608, 2.9079, 3.82951", \
+            "1.18823, 1.49684, 1.80434, 2.11127, 3.033, 3.95398" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.729846, 1.31741, 1.90854, 2.50115, 4.27153, 6.05691", \
+            "0.730099, 1.31781, 1.90867, 2.50116, 4.27154, 6.05719", \
+            "0.730291, 1.31861, 1.90868, 2.50117, 4.27184, 6.0572", \
+            "0.730489, 1.32029, 1.90869, 2.50118, 4.27197, 6.05721", \
+            "0.73049, 1.3203, 1.9087, 2.50119, 4.28022, 6.05722", \
+            "0.730491, 1.32031, 1.90871, 2.5012, 4.28023, 6.05723", \
+            "0.733056, 1.32032, 1.91035, 2.50688, 4.28024, 6.05724" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.630659, 0.63066, 0.630661, 0.630662, 0.630663, 0.630664", \
+            "0.651345, 0.651346, 0.651347, 0.651348, 0.651349, 0.65135", \
+            "0.663346, 0.663357, 0.66336, 0.663363, 0.663366, 0.663367", \
+            "0.682244, 0.682245, 0.682246, 0.682247, 0.682248, 0.682249", \
+            "0.712698, 0.712699, 0.7127, 0.712701, 0.712702, 0.712703", \
+            "0.755432, 0.755441, 0.755445, 0.755446, 0.755447, 0.755448", \
+            "0.825725, 0.825726, 0.825727, 0.825728, 0.825729, 0.82573" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.630659, 0.63066, 0.630661, 0.630662, 0.630663, 0.630664", \
+            "0.651345, 0.651346, 0.651347, 0.651348, 0.651349, 0.65135", \
+            "0.663346, 0.663357, 0.66336, 0.663363, 0.663366, 0.663367", \
+            "0.682244, 0.682245, 0.682246, 0.682247, 0.682248, 0.682249", \
+            "0.712698, 0.712699, 0.7127, 0.712701, 0.712702, 0.712703", \
+            "0.755432, 0.755441, 0.755445, 0.755446, 0.755447, 0.755448", \
+            "0.825725, 0.825726, 0.825727, 0.825728, 0.825729, 0.82573" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.488887, 0.488888, 0.488889, 0.48889, 0.488891, 0.488892", \
+            "0.51021, 0.510211, 0.510212, 0.510213, 0.510214, 0.510215", \
+            "0.526899, 0.526977, 0.526978, 0.526979, 0.52698, 0.526981", \
+            "0.555973, 0.555976, 0.555977, 0.555978, 0.555979, 0.55598", \
+            "0.597018, 0.597019, 0.59702, 0.597021, 0.597022, 0.597023", \
+            "0.658881, 0.658882, 0.658883, 0.658884, 0.658885, 0.658886", \
+            "0.761103, 0.761104, 0.761105, 0.761106, 0.761107, 0.761108" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.488887, 0.488888, 0.488889, 0.48889, 0.488891, 0.488892", \
+            "0.51021, 0.510211, 0.510212, 0.510213, 0.510214, 0.510215", \
+            "0.526899, 0.526977, 0.526978, 0.526979, 0.52698, 0.526981", \
+            "0.555973, 0.555976, 0.555977, 0.555978, 0.555979, 0.55598", \
+            "0.597018, 0.597019, 0.59702, 0.597021, 0.597022, 0.597023", \
+            "0.658881, 0.658882, 0.658883, 0.658884, 0.658885, 0.658886", \
+            "0.761103, 0.761104, 0.761105, 0.761106, 0.761107, 0.761108" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.0588, 1.37407, 1.68742, 2.00019, 2.93752, 3.8746", \
+            "1.07615, 1.39113, 1.70444, 2.01724, 2.95462, 3.89186", \
+            "1.08503, 1.40223, 1.71327, 2.02606, 2.96329, 3.90254", \
+            "1.10162, 1.41658, 1.72986, 2.04265, 2.98018, 3.91685", \
+            "1.12563, 1.44098, 1.75432, 2.06712, 3.00442, 3.94133", \
+            "1.15048, 1.4656, 1.77889, 2.09168, 3.02899, 3.96639", \
+            "1.17816, 1.49346, 1.80697, 2.11976, 3.057, 3.99439" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.79403, 1.41733, 2.04642, 2.67904, 4.56695, 6.45813", \
+            "0.794031, 1.41734, 2.04736, 2.67905, 4.56894, 6.45977", \
+            "0.794528, 1.41737, 2.0474, 2.67906, 4.57196, 6.46961", \
+            "0.794537, 1.41738, 2.04741, 2.67907, 4.57197, 6.46962", \
+            "0.794538, 1.41739, 2.04742, 2.67914, 4.57198, 6.46963", \
+            "0.794539, 1.4174, 2.04743, 2.67915, 4.57199, 6.46964", \
+            "0.798545, 1.41741, 2.04744, 2.67916, 4.572, 6.46965" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.907432, 1.24704, 1.58575, 1.92432, 2.93887, 3.95689", \
+            "0.923483, 1.26308, 1.602, 1.94039, 2.95521, 3.96863", \
+            "0.931631, 1.27124, 1.61038, 1.94846, 2.96357, 3.98106", \
+            "0.944633, 1.28432, 1.62293, 1.96128, 2.97637, 3.99308", \
+            "0.959328, 1.29909, 1.63765, 1.97642, 2.9922, 4.00756", \
+            "0.975558, 1.31529, 1.65371, 1.99215, 3.00658, 4.0213", \
+            "0.988473, 1.32823, 1.66714, 2.00477, 3.01787, 4.03098" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.725662, 1.31561, 1.90832, 2.49662, 4.27304, 6.05241", \
+            "0.72569, 1.31562, 1.90834, 2.49701, 4.28243, 6.05242", \
+            "0.725691, 1.31562, 1.90841, 2.49793, 4.28244, 6.05243", \
+            "0.725692, 1.31563, 1.90842, 2.50804, 4.28245, 6.05356", \
+            "0.726271, 1.31564, 1.91264, 2.50805, 4.28246, 6.05433", \
+            "0.726272, 1.31565, 1.91331, 2.50806, 4.29145, 6.06244", \
+            "0.726322, 1.31566, 1.91332, 2.50807, 4.29146, 6.06245" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.2718, 4.22929, 4.18694, 4.17326, 3.96536, 3.75833", \
+            "4.27095, 4.23941, 4.20098, 4.17042, 3.97627, 3.74998", \
+            "4.2695, 4.23572, 4.18522, 4.1319, 3.97753, 3.75894", \
+            "4.26941, 4.24181, 4.20077, 4.10479, 3.98362, 3.74587", \
+            "4.27069, 4.23888, 4.20674, 4.10918, 3.94258, 3.7517", \
+            "4.25331, 4.22397, 4.18993, 4.09673, 4.00381, 3.753", \
+            "4.31297, 4.22276, 4.19526, 4.11556, 3.92688, 3.73993" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.25203, 2.23809, 2.23175, 2.22814, 2.22158, 2.21946", \
+            "2.26262, 2.24305, 2.23391, 2.22871, 2.22174, 2.2184", \
+            "2.27581, 2.25265, 2.24173, 2.23605, 2.22696, 2.22291", \
+            "2.28417, 2.25754, 2.24502, 2.23778, 2.22739, 2.22273", \
+            "2.2961, 2.26919, 2.25548, 2.24833, 2.23929, 2.23412", \
+            "2.27728, 2.2592, 2.25034, 2.24821, 2.2369, 2.23344", \
+            "2.2519, 2.24474, 2.24333, 2.24187, 2.23961, 2.23759" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.78054, 3.50932, 5.23643, 6.96709, 12.1521, 17.3581", \
+            "1.7787, 3.51019, 5.23446, 6.96527, 12.1538, 17.3431", \
+            "1.78071, 3.50716, 5.23638, 6.96233, 12.1627, 17.3451", \
+            "1.78816, 3.51922, 5.24456, 6.97189, 12.1649, 17.3492", \
+            "1.81086, 3.5425, 5.26824, 6.99433, 12.1861, 17.3699", \
+            "1.8623, 3.5942, 5.31865, 7.04029, 12.242, 17.4262", \
+            "1.97688, 3.69943, 5.43148, 7.16174, 12.3418, 17.5255" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.214353, 0.214054, 0.213981, 0.213449, 0.213688, 0.214247", \
+            "0.212829, 0.212528, 0.212342, 0.21229, 0.212125, 0.212654", \
+            "0.215437, 0.214879, 0.21495, 0.214086, 0.214801, 0.215359", \
+            "0.224329, 0.223891, 0.223876, 0.223646, 0.223679, 0.22423", \
+            "0.247521, 0.247214, 0.247205, 0.246869, 0.247367, 0.247416", \
+            "0.299724, 0.29962, 0.298972, 0.299233, 0.299182, 0.299766", \
+            "0.409505, 0.409342, 0.409431, 0.409048, 0.408702, 0.409728" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.05886, 4.27528, 4.47606, 4.71409, 5.23328, 5.79157", \
+            "4.07151, 4.27467, 4.49582, 4.68331, 5.27569, 5.79694", \
+            "4.04665, 4.28923, 4.47152, 4.65995, 5.26655, 5.92481", \
+            "4.04682, 4.25685, 4.47124, 4.6957, 5.20736, 5.77138", \
+            "4.06298, 4.28097, 4.49586, 4.7232, 5.23958, 5.79802", \
+            "4.05018, 4.27002, 4.48063, 4.64472, 5.22396, 5.79452", \
+            "4.09355, 4.29991, 4.4986, 4.66538, 5.28887, 5.81047" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28607, 1.2855, 1.28486, 1.28464, 1.28399, 1.28364", \
+            "1.28687, 1.28637, 1.28692, 1.28577, 1.28548, 1.28481", \
+            "1.28642, 1.28585, 1.28559, 1.28516, 1.28472, 1.28397", \
+            "1.28678, 1.28627, 1.28537, 1.28578, 1.28446, 1.28408", \
+            "1.28671, 1.28475, 1.28521, 1.28409, 1.28368, 1.28338", \
+            "1.28806, 1.28526, 1.28509, 1.28541, 1.28468, 1.28424", \
+            "1.28628, 1.28334, 1.2842, 1.28329, 1.28258, 1.28233" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.74534, 3.47579, 5.20346, 6.93027, 12.1327, 17.303", \
+            "1.74554, 3.47458, 5.20305, 6.93204, 12.1297, 17.2962", \
+            "1.74926, 3.48179, 5.20689, 6.93657, 12.1235, 17.2999", \
+            "1.76052, 3.49302, 5.21879, 6.94886, 12.1331, 17.315", \
+            "1.78395, 3.51592, 5.24319, 6.97438, 12.167, 17.3409", \
+            "1.84304, 3.57561, 5.30113, 7.02838, 12.2255, 17.4", \
+            "1.96377, 3.69474, 5.419, 7.14428, 12.3324, 17.5178" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.111715, 0.111312, 0.111319, 0.111183, 0.110994, 0.111962", \
+            "0.111451, 0.11108, 0.110544, 0.110702, 0.111088, 0.111525", \
+            "0.113347, 0.112941, 0.112899, 0.112706, 0.112872, 0.113587", \
+            "0.119519, 0.118768, 0.118875, 0.118876, 0.118983, 0.119663", \
+            "0.132883, 0.1326, 0.132222, 0.132061, 0.132294, 0.133194", \
+            "0.162542, 0.162093, 0.161843, 0.16158, 0.162063, 0.162952", \
+            "0.22649, 0.226672, 0.226905, 0.2262, 0.22632, 0.226871" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.28078;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0524929, 0.0647372, 0.0877582, 0.10947, 0.13051, 0.151378", \
+            "0.0524939, 0.0647382, 0.0877592, 0.109471, 0.130511, 0.151379", \
+            "0.0524949, 0.0647392, 0.0877602, 0.109472, 0.130512, 0.15138", \
+            "0.0524959, 0.0647402, 0.0877612, 0.109473, 0.130513, 0.151381", \
+            "0.0524969, 0.0647412, 0.0877622, 0.109474, 0.130514, 0.151382", \
+            "0.0524979, 0.0647422, 0.0877632, 0.109475, 0.130515, 0.151383", \
+            "0.0524989, 0.0647432, 0.0877642, 0.109476, 0.130516, 0.151384" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428345, 0.0651842, 0.109287, 0.153736, 0.198431, 0.24338", \
+            "0.0455957, 0.0670648, 0.111396, 0.156843, 0.201556, 0.246451", \
+            "0.0507598, 0.0713056, 0.113949, 0.157845, 0.202642, 0.24789", \
+            "0.0534761, 0.0735664, 0.115382, 0.158956, 0.203405, 0.248173", \
+            "0.0656726, 0.0849303, 0.125176, 0.166418, 0.208866, 0.252561", \
+            "0.0863317, 0.105233, 0.141897, 0.181649, 0.221064, 0.26348", \
+            "0.102798, 0.12201, 0.15763, 0.193677, 0.232754, 0.273796" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299798, 0.317463, 0.3451, 0.368557, 0.389727, 0.409705", \
+            "0.354194, 0.371933, 0.399555, 0.422792, 0.443988, 0.463866", \
+            "0.476254, 0.494128, 0.521705, 0.544888, 0.566081, 0.585427", \
+            "0.527077, 0.544869, 0.572441, 0.59579, 0.616894, 0.636661", \
+            "0.847275, 0.864972, 0.892584, 0.915736, 0.936732, 0.95671", \
+            "1.49735, 1.51577, 1.54391, 1.56693, 1.58816, 1.60722", \
+            "2.05934, 2.07929, 2.11008, 2.13511, 2.15717, 2.17769" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0851423, 0.103088, 0.13617, 0.168484, 0.20066, 0.233487", \
+            "0.0851433, 0.103289, 0.136171, 0.168488, 0.200661, 0.233488", \
+            "0.0851443, 0.10329, 0.13623, 0.168489, 0.200662, 0.233489", \
+            "0.0851453, 0.103291, 0.136231, 0.16849, 0.200663, 0.23349", \
+            "0.085159, 0.103657, 0.13668, 0.16893, 0.201094, 0.233896", \
+            "0.09867, 0.115867, 0.146334, 0.176562, 0.208328, 0.239478", \
+            "0.119994, 0.137657, 0.168662, 0.197666, 0.22717, 0.257043" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.174111, -0.174094, -0.174018, -0.174082, -0.174079, -0.174075", \
+            "-0.174275, -0.174248, -0.174229, -0.174199, -0.174258, -0.174271", \
+            "-0.173539, -0.173536, -0.173522, -0.173512, -0.173503, -0.173498", \
+            "-0.1742, -0.173991, -0.174192, -0.173883, -0.174144, -0.174185", \
+            "-0.174006, -0.174009, -0.174145, -0.17421, -0.174267, -0.174276", \
+            "-0.17346, -0.173426, -0.173505, -0.173454, -0.173558, -0.173737", \
+            "-0.0448015, -0.0441731, -0.0446462, -0.0441549, -0.0441392, -0.0435873" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.174111, 0.174104, 0.174091, 0.174082, 0.174079, 0.174075", \
+            "0.174275, 0.174272, 0.174266, 0.174259, 0.174258, 0.174271", \
+            "0.173539, 0.173536, 0.173522, 0.173512, 0.173503, 0.173498", \
+            "0.1742, 0.174197, 0.174192, 0.174188, 0.174184, 0.174185", \
+            "0.174006, 0.17406, 0.174145, 0.17421, 0.174267, 0.174276", \
+            "0.17346, 0.173426, 0.173505, 0.173454, 0.173558, 0.173737", \
+            "0.173681, 0.173544, 0.173324, 0.173219, 0.1735, 0.173208" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.00081378, -0.000696472, -0.000738013, -0.000581448, -0.000736694, -0.000946297", \
+            "-0.00178248, -0.00118438, -0.00134825, -0.00162253, -0.00189645, -0.00222775", \
+            "-0.00224667, -0.00222523, -0.00219146, -0.00231144, -0.0023001, -0.00270955", \
+            "-0.00227023, -0.0023262, -0.00298782, -0.00287231, -0.00232017, -0.00243275", \
+            "-0.00192716, -0.00207281, -0.00216044, -0.0028496, -0.00376728, -0.0043849", \
+            "0.000238603, -0.000939444, -0.00175916, -0.00118561, -0.00304801, -0.00234325", \
+            "0.0498843, 0.0471836, 0.0464905, 0.0444609, 0.0437404, 0.0437506" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0703765, 0.0692796, 0.0690439, 0.0691947, 0.0693472, 0.0694573", \
+            "0.0695551, 0.0684312, 0.0681407, 0.0682603, 0.0684002, 0.0685847", \
+            "0.0689408, 0.0678407, 0.0675407, 0.0676054, 0.0677114, 0.0678151", \
+            "0.0682589, 0.0670945, 0.0666868, 0.0667042, 0.0667703, 0.0668111", \
+            "0.0693553, 0.0681283, 0.0675659, 0.0674626, 0.0674567, 0.0674495", \
+            "0.0721066, 0.0700398, 0.0686053, 0.0680767, 0.0678665, 0.0677663", \
+            "0.0762865, 0.0736545, 0.0712805, 0.070161, 0.0696017, 0.0691351" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0299877;
+      rise_capacitance : 0.0300677;
+      rise_capacitance_range (0.0240633, 0.0340854);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.0246685, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.3586e-05, -5.42498e-06, -6.13275e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.3586e-05, 5.42498e-06, 6.13275e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.021519, -0.0224595, -0.0225905, -0.0225481, -0.0228347, -0.022762, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286058, 0.028131, 0.0284957, 0.0283702, 0.0282106, 0.0279653, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.35733e-05, -5.437e-06, -6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.35733e-05, 5.437e-06, 6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215166, -0.0224586, -0.0225893, -0.0225475, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.028604, 0.0281298, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.35733e-05, -5.437e-06, -6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.35733e-05, 5.437e-06, 6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215166, -0.0224586, -0.0225893, -0.0225475, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.028604, 0.0281298, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269094;
+      rise_capacitance : 0.0277574;
+      rise_capacitance_range (0.0231549, 0.0334327);
+      fall_capacitance : 0.0260614;
+      fall_capacitance_range (0.0221449, 0.0296327);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05787, 1.05802, 1.05798, 1.0583, 1.05658, 1.06089, 1.05634" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.387719, 0.386783, 0.386769, 0.385912, 0.385659, 0.384371, 0.383716" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402722, 0.0397633, 0.0417451, 0.0480841, 0.0612821, 0.0910429, 0.156113" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101475, 0.102535, 0.105059, 0.110747, 0.124619, 0.154252, 0.219089" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 1116.98;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 696.611;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 282.332;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.85;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 699.654;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1016.23;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.49552;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.03594, 1.24912, 1.58116, 1.73613, 1.96493, 2.19364", \
+            "1.06454, 1.27775, 1.60974, 1.76456, 1.99439, 2.22215", \
+            "1.09303, 1.30564, 1.63785, 1.79245, 2.02269, 2.25031", \
+            "1.15855, 1.37182, 1.70376, 1.85831, 2.08849, 2.31626", \
+            "1.28442, 1.49711, 1.82903, 1.98435, 2.21438, 2.44174", \
+            "1.51513, 1.72796, 2.06037, 2.2152, 2.44467, 2.67264", \
+            "1.94658, 2.15949, 2.49192, 2.64726, 2.87643, 3.10419" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.373035, 0.681582, 1.27524, 1.57731, 2.03653, 2.5005", \
+            "0.373049, 0.681583, 1.27525, 1.57732, 2.03654, 2.50051", \
+            "0.37305, 0.681584, 1.27526, 1.57733, 2.03676, 2.50052", \
+            "0.374059, 0.681585, 1.27527, 1.57751, 2.03677, 2.50053", \
+            "0.37406, 0.681586, 1.27528, 1.57752, 2.03677, 2.50079", \
+            "0.374061, 0.681587, 1.27529, 1.57753, 2.0368, 2.5008", \
+            "0.374062, 0.681588, 1.2753, 1.57777, 2.03681, 2.50081" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.802918, 0.973107, 1.26722, 1.41225, 1.63226, 1.85613", \
+            "0.815135, 0.985506, 1.27957, 1.42418, 1.64445, 1.86836", \
+            "0.822802, 0.992981, 1.28674, 1.4319, 1.65276, 1.87516", \
+            "0.835293, 1.00585, 1.30007, 1.44383, 1.66564, 1.88779", \
+            "0.849891, 1.02029, 1.31474, 1.45843, 1.68025, 1.9024", \
+            "0.878335, 1.04928, 1.34282, 1.48744, 1.70774, 1.93173", \
+            "0.929305, 1.09908, 1.39331, 1.53861, 1.75856, 1.98261" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.456241, 0.679532, 1.19877, 1.4729, 1.89507, 2.32423", \
+            "0.456242, 0.681161, 1.19941, 1.47291, 1.89508, 2.32424", \
+            "0.456365, 0.681162, 1.19942, 1.47292, 1.89509, 2.32472", \
+            "0.456366, 0.681333, 1.19943, 1.47349, 1.8951, 2.32473", \
+            "0.456918, 0.681446, 1.19944, 1.47387, 1.89511, 2.32474", \
+            "0.456919, 0.682267, 1.2001, 1.47403, 1.89614, 2.32601", \
+            "0.45692, 0.682268, 1.20011, 1.47404, 1.89615, 2.32602" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "7.72377, 7.57591, 7.4713, 7.39098, 7.21372, 7.20691", \
+            "7.72511, 7.58527, 7.4849, 7.34144, 7.33309, 7.2103", \
+            "7.72901, 7.56025, 7.48555, 7.35329, 7.34562, 7.22192", \
+            "7.74759, 7.61555, 7.50946, 7.40333, 7.37662, 7.24662", \
+            "7.8093, 7.64183, 7.53923, 7.45124, 7.41647, 7.2846", \
+            "7.90221, 7.71404, 7.64644, 7.52584, 7.43335, 7.38115", \
+            "8.04137, 7.85995, 7.80001, 7.76254, 7.62548, 7.51964" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "19.734, 15.9465, 12.683, 11.7341, 10.7774, 10.0544", \
+            "19.7174, 15.9385, 12.6589, 11.7139, 10.7608, 10.0381", \
+            "19.7232, 15.9353, 12.6532, 11.7145, 10.7413, 10.0597", \
+            "19.725, 15.945, 12.6437, 11.7381, 10.739, 10.0477", \
+            "19.7486, 15.9507, 12.6447, 11.7475, 10.7356, 10.043", \
+            "19.7606, 15.9976, 12.6892, 11.7514, 10.7781, 10.0857", \
+            "19.7493, 15.9439, 12.6679, 11.7387, 10.7693, 10.0491" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "-0.0146871, -0.0146869, -0.0146868, -0.0146873, -0.0146878, -0.0146878", \
+            "-0.0130704, -0.0130702, -0.0130701, -0.0130705, -0.0130715, -0.013071", \
+            "-0.00936959, -0.00936989, -0.00936971, -0.00936982, -0.00937009, -0.0093703", \
+            "0.00188957, 0.00188921, 0.00169101, 0.00169053, 0.00168983, 0.00168995", \
+            "0.0264835, 0.0262177, 0.0262178, 0.0264835, 0.0264834, 0.0262173", \
+            "0.0778245, 0.0778247, 0.0777762, 0.0777758, 0.0778237, 0.0778243", \
+            "0.185463, 0.185463, 0.185463, 0.185559, 0.185462, 0.185559" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.0701465, 0.0701445, 0.0701417, 0.0701386, 0.070141, 0.0701433", \
+            "0.0742085, 0.0742073, 0.0742075, 0.0741991, 0.0742044, 0.0742069", \
+            "0.0797051, 0.0797002, 0.0795852, 0.079581, 0.079695, 0.0796935", \
+            "0.0912998, 0.0912874, 0.0908188, 0.0908203, 0.0908188, 0.090822", \
+            "0.116466, 0.116461, 0.116498, 0.116455, 0.116499, 0.116503", \
+            "0.16799, 0.167954, 0.168065, 0.168167, 0.168701, 0.168273", \
+            "0.271847, 0.271618, 0.271844, 0.271685, 0.271624, 0.271896" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418272;
+      rise_capacitance : 0.0401402;
+      rise_capacitance_range (0.0358148, 0.0427779);
+      fall_capacitance : 0.0435141;
+      fall_capacitance_range (0.0383863, 0.0469537);
+    }
+  }
+ cell (sg13cmos5l_IOPadOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 2129.07;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 695.81;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 524.869;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.76;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1326.97;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1015.79;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 9.69355;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.31313, 1.59911, 2.00632, 2.18226, 2.43817, 2.68727", \
+            "1.34184, 1.62819, 2.03273, 2.21137, 2.46786, 2.71586", \
+            "1.36979, 1.65583, 2.05984, 2.23943, 2.49435, 2.74404", \
+            "1.43638, 1.72249, 2.12693, 2.30568, 2.56216, 2.80991", \
+            "1.56135, 1.84785, 2.25226, 2.43093, 2.6869, 2.93574", \
+            "1.79324, 2.07942, 2.4835, 2.66268, 2.91863, 3.16711", \
+            "2.22468, 2.51107, 2.91571, 3.09442, 3.35071, 3.5993" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.48413, 0.860225, 1.50092, 1.81667, 2.3003, 2.78692", \
+            "0.484131, 0.860226, 1.50093, 1.81697, 2.30031, 2.78693", \
+            "0.484132, 0.860227, 1.50094, 1.81699, 2.30032, 2.78754", \
+            "0.484133, 0.860228, 1.50095, 1.81702, 2.30033, 2.7877", \
+            "0.484134, 0.860267, 1.50096, 1.81703, 2.30034, 2.78771", \
+            "0.484135, 0.860268, 1.50097, 1.81704, 2.30035, 2.78772", \
+            "0.484136, 0.860645, 1.50098, 1.81732, 2.30036, 2.78773" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.07059, 1.27561, 1.61292, 1.76821, 1.99671, 2.2258", \
+            "1.08308, 1.2874, 1.6252, 1.78106, 2.00939, 2.23594", \
+            "1.09083, 1.29575, 1.63296, 1.7876, 2.01779, 2.24629", \
+            "1.10332, 1.30795, 1.64545, 1.80008, 2.0297, 2.25627", \
+            "1.118, 1.32304, 1.66015, 1.81638, 2.04403, 2.27311", \
+            "1.14648, 1.35069, 1.68877, 1.84352, 2.07162, 2.29862", \
+            "1.19677, 1.40132, 1.73886, 1.89192, 2.12133, 2.35141" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.752057, 0.970826, 1.46584, 1.73584, 2.16335, 2.60216", \
+            "0.752348, 0.973725, 1.46585, 1.73648, 2.1637, 2.60217", \
+            "0.752506, 0.973726, 1.4659, 1.73674, 2.16371, 2.60218", \
+            "0.752507, 0.974297, 1.46596, 1.73689, 2.16387, 2.60219", \
+            "0.752749, 0.974298, 1.46623, 1.7369, 2.16388, 2.60245", \
+            "0.753254, 0.974299, 1.46624, 1.73776, 2.16466, 2.60246", \
+            "0.753255, 0.9743, 1.46625, 1.73777, 2.16467, 2.60247" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "12.902, 12.406, 12.2023, 11.7803, 11.6843, 11.4293", \
+            "12.8529, 12.4209, 11.8158, 11.7852, 11.6362, 11.2727", \
+            "12.8777, 12.4246, 11.8349, 11.7884, 11.6652, 11.4775", \
+            "12.9342, 12.4541, 11.8595, 11.8192, 11.6465, 11.3591", \
+            "12.9414, 12.4944, 11.9141, 11.8003, 11.7786, 11.4656", \
+            "13.0317, 12.5821, 11.9861, 11.8865, 11.7832, 11.6287", \
+            "13.1778, 12.7345, 12.1401, 12.11, 11.9628, 11.7626" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "71.0851, 59.0036, 46.2492, 42.2831, 38.0132, 34.8529", \
+            "71.046, 59.0016, 46.2274, 42.2784, 38.0054, 34.7951", \
+            "71.0672, 58.9917, 46.24, 42.2737, 37.973, 34.8457", \
+            "71.0882, 59.0279, 46.2469, 42.367, 38.0252, 34.8149", \
+            "71.1444, 59.0451, 46.2682, 42.3261, 38.0324, 34.8668", \
+            "71.1528, 59.0936, 46.252, 42.4092, 38.1225, 34.8866", \
+            "71.0817, 58.9972, 46.1425, 42.3538, 38.0115, 34.8892" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "-0.014686, -0.0146858, -0.0146857, -0.0146854, -0.0146857, -0.0146861", \
+            "-0.0130857, -0.0130857, -0.0130858, -0.0130856, -0.0130858, -0.0130862", \
+            "-0.00938393, -0.00938386, -0.00971518, -0.00962531, -0.00971501, -0.00971574", \
+            "0.00186263, 0.00186278, 0.00166143, 0.00186293, 0.0018627, 0.00186227", \
+            "0.0264337, 0.0261659, 0.0264336, 0.0264339, 0.026166, 0.0264329", \
+            "0.0785553, 0.0785553, 0.0784692, 0.0785555, 0.0784693, 0.0784691", \
+            "0.185394, 0.185394, 0.185394, 0.185332, 0.185332, 0.185394" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.0701494, 0.0701487, 0.0701468, 0.0701481, 0.0701526, 0.0701544", \
+            "0.0742019, 0.0742019, 0.0742, 0.0742013, 0.0742063, 0.0742042", \
+            "0.0795637, 0.07967, 0.0795615, 0.0796719, 0.0796745, 0.079676", \
+            "0.091244, 0.0912426, 0.091241, 0.0907731, 0.0912473, 0.0912466", \
+            "0.116467, 0.116421, 0.11642, 0.11642, 0.116426, 0.116471", \
+            "0.168987, 0.167999, 0.168034, 0.168726, 0.168859, 0.168421", \
+            "0.271978, 0.271947, 0.271925, 0.272327, 0.272246, 0.272234" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418259;
+      rise_capacitance : 0.0401445;
+      rise_capacitance_range (0.0358067, 0.0427549);
+      fall_capacitance : 0.0435073;
+      fall_capacitance_range (0.038367, 0.0469494);
+    }
+  }
+ cell (sg13cmos5l_IOPadOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 354.02;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 695.76;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 184.993;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.87;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 269.507;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1015.81;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.6895;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.01179, 1.31593, 1.61818, 1.92027, 2.82379, 3.72684", \
+            "1.0404, 1.34439, 1.64718, 1.94881, 2.85236, 3.75539", \
+            "1.06854, 1.37254, 1.67547, 1.97681, 2.88065, 3.78362", \
+            "1.13447, 1.43859, 1.74132, 2.04294, 2.94651, 3.84953", \
+            "1.26011, 1.56415, 1.86704, 2.16838, 3.07209, 3.97519", \
+            "1.49267, 1.79858, 2.09956, 2.40098, 3.3046, 4.20934", \
+            "1.92553, 2.22973, 2.53241, 2.83381, 3.73745, 4.64039" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.772138, 1.39264, 2.01982, 2.64793, 4.5403, 6.42993", \
+            "0.772327, 1.39265, 2.01983, 2.64888, 4.54031, 6.42994", \
+            "0.772328, 1.39266, 2.01984, 2.64889, 4.54032, 6.42995", \
+            "0.772329, 1.3928, 2.01985, 2.6489, 4.54033, 6.42996", \
+            "0.77233, 1.39281, 2.01986, 2.64893, 4.54034, 6.42997", \
+            "0.772388, 1.39282, 2.01987, 2.64898, 4.54035, 6.42998", \
+            "0.772469, 1.39283, 2.01988, 2.64917, 4.54036, 6.42999" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.823104, 1.12936, 1.43575, 1.74213, 2.66207, 3.58275", \
+            "0.835022, 1.14118, 1.44773, 1.75408, 2.67394, 3.5947", \
+            "0.84245, 1.14877, 1.45518, 1.76155, 2.68173, 3.60227", \
+            "0.855434, 1.16136, 1.46768, 1.77485, 2.69398, 3.61483", \
+            "0.869133, 1.17523, 1.48177, 1.78835, 2.70802, 3.62873", \
+            "0.897929, 1.2041, 1.51078, 1.817, 2.73736, 3.65643", \
+            "0.94894, 1.255, 1.56154, 1.8677, 2.7885, 3.70824" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.708721, 1.29099, 1.87883, 2.46822, 4.23785, 6.00896", \
+            "0.708722, 1.291, 1.87884, 2.46825, 4.23786, 6.00897", \
+            "0.708723, 1.29101, 1.87885, 2.46827, 4.23787, 6.00898", \
+            "0.708724, 1.29161, 1.87885, 2.46828, 4.23864, 6.00899", \
+            "0.708992, 1.29162, 1.87894, 2.46942, 4.23865, 6.00899", \
+            "0.709066, 1.29163, 1.87895, 2.46983, 4.23866, 6.009", \
+            "0.709067, 1.29164, 1.87896, 2.46984, 4.23873, 6.00901" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.84845, 3.81205, 3.78256, 3.73421, 3.65069, 3.52253", \
+            "3.85154, 3.81414, 3.78194, 3.74864, 3.6544, 3.50323", \
+            "3.86288, 3.82347, 3.79044, 3.75376, 3.66642, 3.52426", \
+            "3.88405, 3.84899, 3.8173, 3.78173, 3.68766, 3.54614", \
+            "3.93854, 3.90099, 3.86626, 3.83094, 3.7427, 3.59374", \
+            "4.0319, 3.99666, 3.96335, 3.92908, 3.83872, 3.68352", \
+            "4.19189, 4.15798, 4.12729, 4.09464, 4.00216, 3.85819" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.45117, 2.39606, 2.37206, 2.3589, 2.33803, 2.32872", \
+            "2.43101, 2.37763, 2.35263, 2.34005, 2.319, 2.30963", \
+            "2.4258, 2.37185, 2.34691, 2.33486, 2.31349, 2.3043", \
+            "2.42593, 2.37186, 2.34592, 2.3335, 2.31348, 2.30294", \
+            "2.40923, 2.35398, 2.3282, 2.31457, 2.29401, 2.28415", \
+            "2.41188, 2.35693, 2.33196, 2.31696, 2.29691, 2.28734", \
+            "2.43132, 2.37459, 2.34886, 2.33491, 2.31489, 2.30478" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "-0.0146871, -0.0146882, -0.0146886, -0.0146884, -0.0146884, -0.0146884", \
+            "-0.0130841, -0.013085, -0.0130859, -0.0130855, -0.0130851, -0.0130854", \
+            "-0.00938279, -0.00938372, -0.00938395, -0.00938415, -0.0093834, -0.00938315", \
+            "0.00186267, 0.00186199, 0.00186128, 0.00186166, 0.00186204, 0.00186172", \
+            "0.0264334, 0.0264327, 0.0264323, 0.0264322, 0.0264325, 0.0264331", \
+            "0.0787085, 0.0786671, 0.0787071, 0.0787074, 0.0787073, 0.0786667", \
+            "0.185529, 0.185532, 0.185532, 0.185533, 0.185533, 0.185534" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0701631, 0.0701705, 0.0701627, 0.0701564, 0.0701475, 0.070154", \
+            "0.0742291, 0.0742174, 0.0742105, 0.0742089, 0.0741971, 0.0742014", \
+            "0.079712, 0.0797006, 0.0797044, 0.0795713, 0.0796903, 0.0795639", \
+            "0.0912796, 0.0907818, 0.0907848, 0.0912562, 0.0907756, 0.090779", \
+            "0.116507, 0.116471, 0.116462, 0.116497, 0.116447, 0.116451", \
+            "0.168319, 0.168233, 0.168328, 0.168127, 0.168256, 0.168284", \
+            "0.276194, 0.275854, 0.275833, 0.275885, 0.276312, 0.276406" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418143;
+      rise_capacitance : 0.0401233;
+      rise_capacitance_range (0.0358063, 0.0427017);
+      fall_capacitance : 0.0435054;
+      fall_capacitance_range (0.0383654, 0.0468359);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 224.199;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.23;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 224.199;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.17;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 354.364;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.39;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1165.17;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.18;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 491.983;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3772.74;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.49603;
+      capacitance : 0.234686;
+      rise_capacitance : 0.236873;
+      rise_capacitance_range (0.236873, 0.236873);
+      fall_capacitance : 0.2325;
+      fall_capacitance_range (0.2325, 0.2325);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.08412, 1.20061, 1.29817, 1.38775, 1.63041, 1.8625", \
+            "1.09976, 1.21613, 1.31328, 1.40207, 1.64542, 1.87803", \
+            "1.10975, 1.22627, 1.32324, 1.41289, 1.65545, 1.88802", \
+            "1.12488, 1.24104, 1.33855, 1.42786, 1.67105, 1.90318", \
+            "1.14297, 1.25941, 1.35626, 1.44587, 1.68891, 1.92088", \
+            "1.16379, 1.28014, 1.37755, 1.46611, 1.70994, 1.94222", \
+            "1.18244, 1.29964, 1.39698, 1.48586, 1.72947, 1.96147" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.375267, 0.533686, 0.681992, 0.830367, 1.27506, 1.72964", \
+            "0.375268, 0.533687, 0.681993, 0.830368, 1.27507, 1.72996", \
+            "0.375269, 0.534427, 0.681994, 0.830369, 1.27508, 1.73016", \
+            "0.37527, 0.534428, 0.681995, 0.83037, 1.27525, 1.73026", \
+            "0.375271, 0.534429, 0.681996, 0.830371, 1.27526, 1.73027", \
+            "0.375272, 0.53443, 0.681997, 0.830372, 1.27527, 1.73028", \
+            "0.376588, 0.535834, 0.683324, 0.830373, 1.27528, 1.73029" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.862896, 0.95336, 1.03352, 1.11006, 1.33099, 1.54947", \
+            "0.881408, 0.971654, 1.05172, 1.12831, 1.34881, 1.56703", \
+            "0.896358, 0.986424, 1.0665, 1.14316, 1.36272, 1.58215", \
+            "0.925978, 1.01599, 1.09605, 1.17251, 1.39224, 1.61132", \
+            "0.971098, 1.06121, 1.14175, 1.21791, 1.43782, 1.65577", \
+            "1.03838, 1.12903, 1.20942, 1.2852, 1.50527, 1.72428", \
+            "1.15773, 1.24779, 1.32881, 1.40533, 1.62612, 1.84626" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.434713, 0.546978, 0.664367, 0.789624, 1.188, 1.60459", \
+            "0.438793, 0.550142, 0.665906, 0.792102, 1.18987, 1.60645", \
+            "0.441156, 0.552291, 0.668035, 0.793678, 1.19181, 1.60694", \
+            "0.4433, 0.554183, 0.669791, 0.795083, 1.19301, 1.60767", \
+            "0.443301, 0.554184, 0.670443, 0.795084, 1.19302, 1.60774", \
+            "0.443302, 0.554185, 0.670444, 0.795085, 1.19303, 1.60775", \
+            "0.443303, 0.554186, 0.670445, 0.795086, 1.19304, 1.60776" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.801469, 0.80147, 0.801471, 0.801472, 0.801473, 0.801474", \
+            "0.82328, 0.823281, 0.823282, 0.823283, 0.823284, 0.823285", \
+            "0.834025, 0.834026, 0.834027, 0.834028, 0.834029, 0.83403", \
+            "0.855508, 0.855509, 0.85551, 0.855511, 0.855512, 0.855513", \
+            "0.88093, 0.880931, 0.880932, 0.880933, 0.880934, 0.880935", \
+            "0.922405, 0.922406, 0.922407, 0.922408, 0.922409, 0.92241", \
+            "0.994613, 0.994614, 0.994615, 0.994616, 0.994617, 0.994618" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.801469, 0.80147, 0.801471, 0.801472, 0.801473, 0.801474", \
+            "0.82328, 0.823281, 0.823282, 0.823283, 0.823284, 0.823285", \
+            "0.834025, 0.834026, 0.834027, 0.834028, 0.834029, 0.83403", \
+            "0.855508, 0.855509, 0.85551, 0.855511, 0.855512, 0.855513", \
+            "0.88093, 0.880931, 0.880932, 0.880933, 0.880934, 0.880935", \
+            "0.922405, 0.922406, 0.922407, 0.922408, 0.922409, 0.92241", \
+            "0.994613, 0.994614, 0.994615, 0.994616, 0.994617, 0.994618" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.864764, 0.864765, 0.864766, 0.864767, 0.864768, 0.864769", \
+            "0.880024, 0.880025, 0.880026, 0.880027, 0.880028, 0.880029", \
+            "0.903523, 0.903524, 0.903525, 0.903526, 0.903527, 0.903528", \
+            "0.933144, 0.933145, 0.933146, 0.933147, 0.933148, 0.933149", \
+            "0.97388, 0.973881, 0.973882, 0.973883, 0.973884, 0.973885", \
+            "1.0299, 1.02991, 1.02992, 1.02993, 1.02994, 1.02995", \
+            "1.12898, 1.12899, 1.129, 1.12901, 1.12902, 1.12903" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.864764, 0.864765, 0.864766, 0.864767, 0.864768, 0.864769", \
+            "0.880024, 0.880025, 0.880026, 0.880027, 0.880028, 0.880029", \
+            "0.903523, 0.903524, 0.903525, 0.903526, 0.903527, 0.903528", \
+            "0.933144, 0.933145, 0.933146, 0.933147, 0.933148, 0.933149", \
+            "0.97388, 0.973881, 0.973882, 0.973883, 0.973884, 0.973885", \
+            "1.0299, 1.02991, 1.02992, 1.02993, 1.02994, 1.02995", \
+            "1.12898, 1.12899, 1.129, 1.12901, 1.12902, 1.12903" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.07386, 1.19826, 1.29899, 1.39251, 1.64643, 1.8906", \
+            "1.09014, 1.21487, 1.3174, 1.40842, 1.66327, 1.90774", \
+            "1.10205, 1.22569, 1.32866, 1.42199, 1.67542, 1.91875", \
+            "1.11844, 1.24311, 1.34561, 1.43902, 1.69204, 1.93591", \
+            "1.14037, 1.26463, 1.36594, 1.46033, 1.71375, 1.95641", \
+            "1.16638, 1.29024, 1.39368, 1.48694, 1.73979, 1.9835", \
+            "1.19413, 1.3176, 1.41972, 1.51225, 1.76662, 2.01143" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.380236, 0.530632, 0.672991, 0.819037, 1.26106, 1.71776", \
+            "0.380237, 0.530633, 0.674616, 0.819038, 1.26173, 1.7186", \
+            "0.380238, 0.530634, 0.674617, 0.820112, 1.26213, 1.71861", \
+            "0.380249, 0.530949, 0.675004, 0.820547, 1.26219, 1.71862", \
+            "0.380257, 0.53095, 0.675005, 0.820548, 1.2622, 1.71863", \
+            "0.380258, 0.530951, 0.675006, 0.820549, 1.26221, 1.71864", \
+            "0.380525, 0.532565, 0.675007, 0.82055, 1.26222, 1.71865" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.734101, 0.843602, 0.940183, 1.0286, 1.29036, 1.54652", \
+            "0.750139, 0.859637, 0.956218, 1.04485, 1.3064, 1.56256", \
+            "0.758648, 0.867505, 0.964627, 1.0547, 1.3148, 1.57086", \
+            "0.771656, 0.881159, 0.977742, 1.06637, 1.32793, 1.58409", \
+            "0.787339, 0.896839, 0.993411, 1.08211, 1.34292, 1.59966", \
+            "0.80293, 0.910965, 1.00655, 1.09719, 1.35846, 1.61427", \
+            "0.817008, 0.926507, 1.02309, 1.11147, 1.37327, 1.62949" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.27658, 0.416945, 0.555142, 0.692874, 1.11902, 1.55248", \
+            "0.276581, 0.416946, 0.555143, 0.692875, 1.11903, 1.55249", \
+            "0.276582, 0.416947, 0.555144, 0.693768, 1.11904, 1.5525", \
+            "0.276583, 0.416948, 0.555145, 0.693769, 1.11905, 1.55251", \
+            "0.276584, 0.416949, 0.555146, 0.69377, 1.11906, 1.55252", \
+            "0.276585, 0.41695, 0.555147, 0.693771, 1.11907, 1.55305", \
+            "0.276586, 0.416951, 0.555148, 0.693772, 1.11925, 1.55329" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.63818, 7.53184, 7.50798, 7.57436, 7.4264, 7.28302", \
+            "7.655, 7.54513, 7.48984, 7.51399, 7.37762, 7.3184", \
+            "7.66921, 7.61754, 7.50769, 7.5767, 7.41524, 7.35358", \
+            "7.67249, 7.55341, 7.54697, 7.58329, 7.4471, 7.35034", \
+            "7.67901, 7.62792, 7.51288, 7.5807, 7.43224, 7.33424", \
+            "7.62211, 7.53034, 7.5056, 7.48148, 7.44379, 7.34936", \
+            "7.58416, 7.55956, 7.50236, 7.47562, 7.36963, 7.2355" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "17.9788, 15.9349, 14.5459, 13.5707, 11.6465, 10.5362", \
+            "18.2851, 16.203, 14.7794, 13.794, 11.8209, 10.6864", \
+            "18.483, 16.3804, 14.939, 13.9169, 11.9399, 10.7721", \
+            "18.662, 16.5403, 15.0817, 14.052, 12.0687, 10.8584", \
+            "18.6226, 16.5036, 15.0705, 14.0162, 12.0133, 10.8603", \
+            "18.3873, 16.3148, 14.8671, 13.8543, 11.9224, 10.7271", \
+            "17.4663, 15.4801, 14.1495, 13.1874, 11.3524, 10.2789" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602245, 0.0602198, 0.0602252, 0.0602279, 0.0602245, 0.0602188", \
+            "0.0583184, 0.0583215, 0.0583189, 0.0583149, 0.058318, 0.0583132", \
+            "0.0602094, 0.0602115, 0.060211, 0.0602131, 0.0602086, 0.0602079", \
+            "0.0680799, 0.0680782, 0.068081, 0.0680823, 0.0680827, 0.0680763", \
+            "0.0903912, 0.0903943, 0.0903922, 0.0903943, 0.0903948, 0.0903913", \
+            "0.141606, 0.141599, 0.141601, 0.141598, 0.141601, 0.141595", \
+            "0.252135, 0.252129, 0.252119, 0.252141, 0.252156, 0.252091" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149702, 0.149703, 0.149695, 0.149696, 0.149692, 0.149692", \
+            "0.148111, 0.148108, 0.148096, 0.148102, 0.148093, 0.148095", \
+            "0.150632, 0.150639, 0.150639, 0.150639, 0.150632, 0.150619", \
+            "0.159732, 0.159735, 0.159736, 0.159737, 0.159731, 0.159719", \
+            "0.182745, 0.182749, 0.182749, 0.182739, 0.182736, 0.182736", \
+            "0.234617, 0.234893, 0.23463, 0.234628, 0.234945, 0.234577", \
+            "0.344139, 0.344087, 0.344185, 0.344091, 0.344371, 0.344075" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.12147, 7.52797, 7.75786, 8.13784, 9.00461, 10.0692", \
+            "7.10625, 7.52651, 7.86733, 8.07228, 9.04054, 10.1153", \
+            "7.12002, 7.4989, 7.8642, 8.25206, 9.09943, 10.0582", \
+            "7.1005, 7.51238, 7.8412, 8.25181, 9.0716, 10.095", \
+            "7.11766, 7.51925, 7.78097, 8.25109, 9.09637, 9.98816", \
+            "7.09156, 7.46759, 7.85966, 8.26182, 9.07888, 10.0669", \
+            "7.12638, 7.52151, 7.77136, 8.08146, 8.98434, 9.99511" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.04504, 3.04819, 3.04651, 3.04609, 3.04232, 3.04378", \
+            "3.04508, 3.04822, 3.04654, 3.04688, 3.04235, 3.04398", \
+            "3.04536, 3.0467, 3.047, 3.04628, 3.04281, 3.04427", \
+            "3.04561, 3.04877, 3.04709, 3.0475, 3.0429, 3.04464", \
+            "3.04828, 3.05147, 3.04976, 3.05025, 3.04675, 3.04662", \
+            "3.04466, 3.05002, 3.04922, 3.0499, 3.04623, 3.04422", \
+            "3.04864, 3.05279, 3.04878, 3.04993, 3.04313, 3.04468" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250466, 0.0250508, 0.0250492, 0.0250511, 0.0250507, 0.0250499", \
+            "0.0247598, 0.0247641, 0.0247684, 0.0247652, 0.0247642, 0.0247662", \
+            "0.0286392, 0.0285437, 0.0285487, 0.0286489, 0.0286474, 0.0286425", \
+            "0.0403106, 0.0403142, 0.0403188, 0.0403211, 0.0403193, 0.0403168", \
+            "0.0651677, 0.0651712, 0.0651715, 0.0651772, 0.0651756, 0.0651694", \
+            "0.120938, 0.120937, 0.120941, 0.120943, 0.120938, 0.120935", \
+            "0.237351, 0.237338, 0.237385, 0.237401, 0.237299, 0.237299" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0441749, 0.0441633, 0.0441658, 0.0441633, 0.0441629, 0.0441515", \
+            "0.0439176, 0.0439059, 0.0439085, 0.0439079, 0.0439057, 0.0438943", \
+            "0.0458766, 0.0458823, 0.0457708, 0.0458741, 0.0457676, 0.0458637", \
+            "0.0519618, 0.05195, 0.0519526, 0.0519507, 0.0519497, 0.0519383", \
+            "0.0652679, 0.0652569, 0.0652588, 0.0652571, 0.0652543, 0.0652428", \
+            "0.0946015, 0.09443, 0.0944554, 0.094588, 0.0945708, 0.0945759", \
+            "0.15548, 0.155525, 0.155607, 0.155565, 0.15566, 0.155593" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297152;
+      rise_capacitance : 0.0298031;
+      rise_capacitance_range (0.0242945, 0.0343204);
+      fall_capacitance : 0.0296273;
+      fall_capacitance_range (0.0248974, 0.0317572);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "5.46686e-05, 7.68948e-05, 8.16041e-05, 8.55607e-05, 8.89343e-05, 9.15928e-05, 9.14849e-05" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-5.46686e-05, -7.68948e-05, -8.16041e-05, -8.55607e-05, -8.89343e-05, -9.15928e-05, -9.14849e-05" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214862, -0.0221601, -0.0223643, -0.0224852, -0.0228157, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273005, 0.0271122, 0.0269564, 0.0268388, 0.0270428, 0.026966, 0.0263145" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "5.46686e-05, 7.68948e-05, 8.16041e-05, 8.55607e-05, 8.89343e-05, 9.15928e-05, 9.14849e-05" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-5.46686e-05, -7.68948e-05, -8.16041e-05, -8.55607e-05, -8.89343e-05, -9.15928e-05, -9.14849e-05" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214862, -0.0221601, -0.0223643, -0.0224852, -0.0228157, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273005, 0.0271122, 0.0269564, 0.0268388, 0.0270428, 0.026966, 0.0263145" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.027662;
+      rise_capacitance : 0.0283908;
+      rise_capacitance_range (0.024257, 0.033727);
+      fall_capacitance : 0.0269331;
+      fall_capacitance_range (0.0235252, 0.0299325);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 349.682;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.59;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 349.682;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.54;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 540.674;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.79;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2144.88;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.78;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 846.231;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3773.18;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 10.0761;
+      capacitance : 0.320954;
+      rise_capacitance : 0.320969;
+      rise_capacitance_range (0.320969, 0.320969);
+      fall_capacitance : 0.32094;
+      fall_capacitance_range (0.32094, 0.32094);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.25698, 1.36069, 1.44594, 1.51893, 1.70493, 1.86259", \
+            "1.27161, 1.37507, 1.45991, 1.53392, 1.71953, 1.87726", \
+            "1.2822, 1.38548, 1.47039, 1.54436, 1.73005, 1.88817", \
+            "1.29798, 1.40102, 1.48588, 1.55973, 1.74532, 1.90354", \
+            "1.31631, 1.41968, 1.5028, 1.57712, 1.76251, 1.9207", \
+            "1.3357, 1.43899, 1.52381, 1.59805, 1.78386, 1.94209", \
+            "1.3528, 1.4573, 1.54249, 1.61629, 1.80328, 1.96139" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.358696, 0.486295, 0.59277, 0.687374, 0.941419, 1.18122", \
+            "0.358697, 0.486296, 0.592771, 0.687375, 0.94142, 1.18123", \
+            "0.358698, 0.486297, 0.592772, 0.687376, 0.941421, 1.18214", \
+            "0.358699, 0.486298, 0.592773, 0.687377, 0.941422, 1.18215", \
+            "0.3587, 0.486299, 0.592774, 0.687378, 0.941423, 1.18216", \
+            "0.358701, 0.4863, 0.592775, 0.687448, 0.941424, 1.18218", \
+            "0.360107, 0.487436, 0.593497, 0.687449, 0.944038, 1.18237" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06784, 1.12985, 1.18581, 1.23822, 1.38097, 1.51149", \
+            "1.08638, 1.14833, 1.20296, 1.25663, 1.39945, 1.52946", \
+            "1.10151, 1.16329, 1.21936, 1.27089, 1.41472, 1.54426", \
+            "1.13116, 1.19301, 1.24758, 1.30125, 1.44418, 1.57399", \
+            "1.17608, 1.23734, 1.29392, 1.34619, 1.48872, 1.61837", \
+            "1.2433, 1.30526, 1.36163, 1.41356, 1.55638, 1.68665", \
+            "1.36178, 1.42351, 1.48008, 1.53121, 1.67507, 1.80449" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.68725, 0.72606, 0.779143, 0.836343, 1.00773, 1.19037", \
+            "0.692105, 0.730307, 0.783362, 0.839894, 1.01115, 1.19346", \
+            "0.695874, 0.733449, 0.786842, 0.842213, 1.01501, 1.19458", \
+            "0.698931, 0.736329, 0.788934, 0.845288, 1.01577, 1.19775", \
+            "0.698932, 0.73633, 0.788935, 0.845289, 1.01578, 1.19776", \
+            "0.698933, 0.736331, 0.788936, 0.84529, 1.01579, 1.19777", \
+            "0.698934, 0.736332, 0.788937, 0.845291, 1.0158, 1.19778" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.966732, 0.966733, 0.966734, 0.966735, 0.966736, 0.966737", \
+            "0.985837, 0.985838, 0.985839, 0.98584, 0.985841, 0.985842", \
+            "0.995347, 0.995348, 0.995349, 0.99535, 0.995351, 0.995352", \
+            "1.01872, 1.01873, 1.01874, 1.01875, 1.01876, 1.01877", \
+            "1.04525, 1.04526, 1.04527, 1.04528, 1.04529, 1.0453", \
+            "1.08815, 1.08816, 1.08817, 1.08818, 1.08819, 1.0882", \
+            "1.15938, 1.15939, 1.1594, 1.15941, 1.15942, 1.15943" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.966732, 0.966733, 0.966734, 0.966735, 0.966736, 0.966737", \
+            "0.985837, 0.985838, 0.985839, 0.98584, 0.985841, 0.985842", \
+            "0.995347, 0.995348, 0.995349, 0.99535, 0.995351, 0.995352", \
+            "1.01872, 1.01873, 1.01874, 1.01875, 1.01876, 1.01877", \
+            "1.04525, 1.04526, 1.04527, 1.04528, 1.04529, 1.0453", \
+            "1.08815, 1.08816, 1.08817, 1.08818, 1.08819, 1.0882", \
+            "1.15938, 1.15939, 1.1594, 1.15941, 1.15942, 1.15943" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28636, 1.28637, 1.28638, 1.28639, 1.2864, 1.28641", \
+            "1.31441, 1.31442, 1.31443, 1.31444, 1.31445, 1.31446", \
+            "1.32136, 1.32137, 1.32138, 1.32139, 1.3214, 1.32141", \
+            "1.35091, 1.35092, 1.35093, 1.35094, 1.35095, 1.35096", \
+            "1.39549, 1.3955, 1.39551, 1.39552, 1.39553, 1.39554", \
+            "1.46626, 1.46627, 1.46628, 1.46629, 1.4663, 1.46631", \
+            "1.54886, 1.54887, 1.54888, 1.54889, 1.5489, 1.54891" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28636, 1.28637, 1.28638, 1.28639, 1.2864, 1.28641", \
+            "1.31441, 1.31442, 1.31443, 1.31444, 1.31445, 1.31446", \
+            "1.32136, 1.32137, 1.32138, 1.32139, 1.3214, 1.32141", \
+            "1.35091, 1.35092, 1.35093, 1.35094, 1.35095, 1.35096", \
+            "1.39549, 1.3955, 1.39551, 1.39552, 1.39553, 1.39554", \
+            "1.46626, 1.46627, 1.46628, 1.46629, 1.4663, 1.46631", \
+            "1.54886, 1.54887, 1.54888, 1.54889, 1.5489, 1.54891" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.21816, 1.33889, 1.43283, 1.51181, 1.70957, 1.87557", \
+            "1.23495, 1.35567, 1.44957, 1.52933, 1.72624, 1.88981", \
+            "1.24508, 1.3657, 1.45918, 1.53946, 1.73627, 1.89966", \
+            "1.26172, 1.38231, 1.47642, 1.55557, 1.7531, 1.91587", \
+            "1.28361, 1.40429, 1.49825, 1.57737, 1.77493, 1.94077", \
+            "1.30993, 1.43053, 1.52411, 1.60416, 1.80113, 1.96737", \
+            "1.33883, 1.45948, 1.55348, 1.63105, 1.82752, 1.99312" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.394377, 0.504373, 0.599623, 0.684318, 0.930617, 1.16444", \
+            "0.394378, 0.504502, 0.599624, 0.686784, 0.930618, 1.16445", \
+            "0.394649, 0.505002, 0.599625, 0.687291, 0.930619, 1.16446", \
+            "0.39465, 0.505003, 0.599633, 0.687292, 0.93062, 1.16447", \
+            "0.394651, 0.505004, 0.599635, 0.687293, 0.930621, 1.16448", \
+            "0.394652, 0.505005, 0.599636, 0.687294, 0.930622, 1.1645", \
+            "0.394653, 0.505006, 0.599637, 0.687295, 0.930623, 1.16451" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.765881, 0.852779, 0.924041, 0.988418, 1.15612, 1.30723", \
+            "0.782157, 0.869053, 0.940993, 1.00428, 1.17237, 1.32205", \
+            "0.790321, 0.877523, 0.948718, 1.01286, 1.18056, 1.33209", \
+            "0.803457, 0.89066, 0.961854, 1.02599, 1.19369, 1.3448", \
+            "0.819316, 0.906326, 0.977658, 1.04166, 1.20922, 1.3605", \
+            "0.834275, 0.921036, 0.991835, 1.05679, 1.22417, 1.37566", \
+            "0.84869, 0.935631, 1.00702, 1.07074, 1.23883, 1.38999" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.255713, 0.342926, 0.421822, 0.499214, 0.722081, 0.943038", \
+            "0.255717, 0.342927, 0.423032, 0.499215, 0.722082, 0.943039", \
+            "0.255718, 0.343095, 0.423033, 0.499216, 0.722083, 0.943067", \
+            "0.255719, 0.343096, 0.423034, 0.499217, 0.722084, 0.943068", \
+            "0.25583, 0.343097, 0.423035, 0.499218, 0.722085, 0.943069", \
+            "0.255831, 0.343098, 0.423036, 0.499219, 0.722777, 0.94307", \
+            "0.255832, 0.343099, 0.423037, 0.49922, 0.726385, 0.943363" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.0488, 12.6743, 12.531, 12.3696, 12.0575, 11.8903", \
+            "13.0801, 12.7092, 12.5345, 12.4003, 12.0472, 11.8927", \
+            "13.1019, 12.7149, 12.4926, 12.3655, 12.0694, 12.0269", \
+            "13.13, 12.7451, 12.5828, 12.3853, 12.0839, 12.049", \
+            "13.151, 12.7813, 12.5481, 12.4838, 12.0992, 12.0502", \
+            "13.0694, 12.6801, 12.5156, 12.4241, 12.0424, 12.0174", \
+            "12.9108, 12.5594, 12.3616, 12.1728, 12.1733, 11.9509" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "71.4519, 67.2434, 63.7137, 60.6912, 53.5782, 48.4935", \
+            "72.0733, 67.8667, 64.3248, 61.2744, 54.0691, 48.9834", \
+            "72.5849, 68.3733, 64.844, 61.7442, 54.54, 49.4011", \
+            "72.9835, 68.7346, 65.164, 62.0815, 54.8214, 49.6546", \
+            "72.876, 68.6863, 65.1016, 62.0014, 54.7623, 49.5854", \
+            "72.3688, 68.1809, 64.5551, 61.5782, 54.3093, 49.2119", \
+            "70.2288, 66.1407, 62.6453, 59.6122, 52.6206, 47.6219" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602048, 0.0602052, 0.0602039, 0.0602144, 0.0602124, 0.0602116", \
+            "0.0583108, 0.0583103, 0.0583075, 0.0583149, 0.0583092, 0.0583087", \
+            "0.0601979, 0.0601975, 0.060196, 0.0602023, 0.060196, 0.0601956", \
+            "0.0680632, 0.0680645, 0.0680621, 0.0680685, 0.0680627, 0.0680626", \
+            "0.0903565, 0.0903559, 0.0903647, 0.0903663, 0.0903638, 0.0903659", \
+            "0.141566, 0.141625, 0.141621, 0.141624, 0.141564, 0.141563", \
+            "0.252369, 0.252369, 0.2524, 0.252326, 0.252338, 0.252385" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149663, 0.149662, 0.149662, 0.149663, 0.149656, 0.149652", \
+            "0.148072, 0.148062, 0.148067, 0.148067, 0.148066, 0.148064", \
+            "0.150593, 0.150591, 0.150595, 0.150595, 0.150593, 0.15059", \
+            "0.159702, 0.159695, 0.159695, 0.159692, 0.159694, 0.159692", \
+            "0.1827, 0.182702, 0.182697, 0.182704, 0.1827, 0.182698", \
+            "0.234589, 0.23459, 0.234575, 0.234759, 0.234579, 0.23477", \
+            "0.344193, 0.344189, 0.344179, 0.344153, 0.344055, 0.344254" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "11.0289, 11.3562, 11.7482, 11.9479, 13.3292, 14.3398", \
+            "11.0295, 11.3541, 11.7476, 12.1371, 13.32, 14.0727", \
+            "11.0115, 11.3261, 11.7142, 12.109, 13.321, 13.9383", \
+            "11.0135, 11.3264, 11.734, 12.0817, 13.3086, 13.9117", \
+            "11.0236, 11.3488, 11.7417, 12.0868, 13.316, 14.3214", \
+            "11.0308, 11.3549, 11.7274, 12.1347, 13.3298, 14.3616", \
+            "11.0257, 11.3473, 11.6393, 11.8621, 13.0468, 14.0545" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "5.04922, 5.05131, 5.05243, 5.05743, 5.05903, 5.05707", \
+            "5.04982, 5.0519, 5.05618, 5.05697, 5.05963, 5.05999", \
+            "5.04965, 5.0529, 5.05461, 5.05787, 5.05947, 5.05784", \
+            "5.0498, 5.05305, 5.05476, 5.05802, 5.05961, 5.05763", \
+            "5.05353, 5.05573, 5.05764, 5.06069, 5.06184, 5.0603", \
+            "5.04845, 5.05094, 5.05558, 5.05774, 5.05965, 5.05739", \
+            "5.05509, 5.06758, 5.06259, 5.06426, 5.06464, 5.05912" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250352, 0.0250348, 0.0250355, 0.0250353, 0.0250389, 0.0250417", \
+            "0.0247481, 0.0247479, 0.0247483, 0.0247492, 0.0247523, 0.0247515", \
+            "0.0286291, 0.0286295, 0.0285304, 0.0286299, 0.028534, 0.0285322", \
+            "0.0403021, 0.0403023, 0.040302, 0.0403025, 0.0403054, 0.0403038", \
+            "0.0651553, 0.0651551, 0.0651556, 0.065156, 0.065159, 0.0651618", \
+            "0.122176, 0.122177, 0.122178, 0.122179, 0.122182, 0.122185", \
+            "0.237636, 0.237632, 0.237605, 0.237624, 0.237569, 0.237603" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0441164, 0.0441141, 0.0441123, 0.0441062, 0.0441056, 0.0441042", \
+            "0.0438554, 0.0438533, 0.0438492, 0.0438425, 0.0438426, 0.0438382", \
+            "0.0457166, 0.0457126, 0.0457095, 0.0457064, 0.0457058, 0.0458119", \
+            "0.0518913, 0.0518873, 0.0518842, 0.0518812, 0.0518805, 0.0518788", \
+            "0.0651971, 0.0651904, 0.0651905, 0.0651841, 0.0651832, 0.0651816", \
+            "0.0951244, 0.0950953, 0.0949884, 0.0951062, 0.0949642, 0.0951036", \
+            "0.156587, 0.156377, 0.156473, 0.156488, 0.156492, 0.156516" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297153;
+      rise_capacitance : 0.0298035;
+      rise_capacitance_range (0.0242949, 0.0343239);
+      fall_capacitance : 0.0296272;
+      fall_capacitance_range (0.0248976, 0.0317563);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.000175573, 0.000196651, 0.000201937, 0.000207166, 0.000211544, 0.000214563, 0.000214657" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.000175573, -0.000196651, -0.000201937, -0.000207166, -0.000211544, -0.000214563, -0.000214657" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214863, -0.0221594, -0.0223753, -0.0224852, -0.0228153, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273008, 0.0269573, 0.0269648, 0.0268445, 0.027037, 0.0269621, 0.0263593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.000175573, 0.000196651, 0.000201937, 0.000207166, 0.000211544, 0.000214563, 0.000214657" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.000175573, -0.000196651, -0.000201937, -0.000207166, -0.000211544, -0.000214563, -0.000214657" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214863, -0.0221594, -0.0223753, -0.0224852, -0.0228153, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273008, 0.0269573, 0.0269648, 0.0268445, 0.027037, 0.0269621, 0.0263593" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0276544;
+      rise_capacitance : 0.0283756;
+      rise_capacitance_range (0.0242571, 0.0337233);
+      fall_capacitance : 0.0269332;
+      fall_capacitance_range (0.0235246, 0.0298754);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 37.1844;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.5;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 37.1844;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.44;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 118.253;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.67;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 288.414;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.48;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 120.259;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3773.02;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.68907;
+      capacitance : 0.160427;
+      rise_capacitance : 0.164378;
+      rise_capacitance_range (0.164378, 0.164378);
+      fall_capacitance : 0.156476;
+      fall_capacitance_range (0.156476, 0.156476);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06088, 1.36519, 1.66756, 1.96959, 2.87299, 3.77588", \
+            "1.07685, 1.38101, 1.68332, 1.98556, 2.88908, 3.79216", \
+            "1.08696, 1.39111, 1.69339, 1.99543, 2.89889, 3.80208", \
+            "1.10101, 1.40512, 1.70746, 2.0095, 2.91327, 3.81625", \
+            "1.11984, 1.42402, 1.72626, 2.02839, 2.93186, 3.83488", \
+            "1.14082, 1.44489, 1.74739, 2.04912, 2.95263, 3.85715", \
+            "1.16079, 1.46507, 1.76769, 2.06926, 2.97293, 3.87628" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.772808, 1.39311, 2.01975, 2.64848, 4.54029, 6.42914", \
+            "0.772873, 1.39312, 2.01976, 2.6485, 4.5403, 6.42992", \
+            "0.772874, 1.39313, 2.01977, 2.64851, 4.5403, 6.42993", \
+            "0.772875, 1.39314, 2.01978, 2.64887, 4.54031, 6.42994", \
+            "0.772876, 1.39315, 2.01979, 2.64888, 4.54032, 6.42995", \
+            "0.772877, 1.39316, 2.0198, 2.64947, 4.54033, 6.42996", \
+            "0.777656, 1.39322, 2.01981, 2.64948, 4.54034, 6.42997" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.892687, 1.20085, 1.50765, 1.81486, 2.7352, 3.65539", \
+            "0.908971, 1.21686, 1.52391, 1.83083, 2.75124, 3.67147", \
+            "0.922834, 1.23069, 1.53752, 1.84434, 2.76524, 3.68556", \
+            "0.951341, 1.25887, 1.56578, 1.87283, 2.7927, 3.71371", \
+            "0.996931, 1.30428, 1.61133, 1.9181, 2.83852, 3.75926", \
+            "1.06561, 1.37358, 1.6805, 1.98737, 2.90813, 3.82872", \
+            "1.19042, 1.49894, 1.80603, 2.11305, 3.03399, 3.95425" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.706803, 1.29069, 1.87902, 2.4679, 4.23785, 6.00938", \
+            "0.706804, 1.29071, 1.87903, 2.46929, 4.23786, 6.01152", \
+            "0.706977, 1.29072, 1.87904, 2.46932, 4.23823, 6.01153", \
+            "0.707012, 1.29073, 1.87905, 2.46933, 4.23824, 6.01154", \
+            "0.707317, 1.29074, 1.87906, 2.46977, 4.23825, 6.01155", \
+            "0.707318, 1.2909, 1.87907, 2.46978, 4.23826, 6.01156", \
+            "0.708663, 1.29091, 1.87908, 2.46979, 4.24021, 6.01157" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.644849, 0.64485, 0.644851, 0.644852, 0.644853, 0.644854", \
+            "0.666656, 0.666657, 0.666658, 0.666659, 0.66666, 0.666661", \
+            "0.677918, 0.677919, 0.67792, 0.677921, 0.677922, 0.677923", \
+            "0.699274, 0.699275, 0.699276, 0.699277, 0.699278, 0.699279", \
+            "0.72864, 0.728641, 0.728642, 0.728643, 0.728644, 0.728645", \
+            "0.770678, 0.770679, 0.77068, 0.770681, 0.770682, 0.770683", \
+            "0.842347, 0.842348, 0.842349, 0.84235, 0.842351, 0.842352" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.644849, 0.64485, 0.644851, 0.644852, 0.644853, 0.644854", \
+            "0.666656, 0.666657, 0.666658, 0.666659, 0.66666, 0.666661", \
+            "0.677918, 0.677919, 0.67792, 0.677921, 0.677922, 0.677923", \
+            "0.699274, 0.699275, 0.699276, 0.699277, 0.699278, 0.699279", \
+            "0.72864, 0.728641, 0.728642, 0.728643, 0.728644, 0.728645", \
+            "0.770678, 0.770679, 0.77068, 0.770681, 0.770682, 0.770683", \
+            "0.842347, 0.842348, 0.842349, 0.84235, 0.842351, 0.842352" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.499289, 0.49929, 0.499291, 0.499292, 0.499293, 0.499294", \
+            "0.520756, 0.520757, 0.520758, 0.520759, 0.52076, 0.520761", \
+            "0.537342, 0.537343, 0.537344, 0.537345, 0.537346, 0.537347", \
+            "0.567044, 0.567045, 0.567046, 0.567047, 0.567048, 0.567049", \
+            "0.608342, 0.608343, 0.608344, 0.608345, 0.608346, 0.608347", \
+            "0.669482, 0.669483, 0.669484, 0.669485, 0.669486, 0.669487", \
+            "0.772345, 0.772346, 0.772347, 0.772348, 0.772349, 0.77235" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.499289, 0.49929, 0.499291, 0.499292, 0.499293, 0.499294", \
+            "0.520756, 0.520757, 0.520758, 0.520759, 0.52076, 0.520761", \
+            "0.537342, 0.537343, 0.537344, 0.537345, 0.537346, 0.537347", \
+            "0.567044, 0.567045, 0.567046, 0.567047, 0.567048, 0.567049", \
+            "0.608342, 0.608343, 0.608344, 0.608345, 0.608346, 0.608347", \
+            "0.669482, 0.669483, 0.669484, 0.669485, 0.669486, 0.669487", \
+            "0.772345, 0.772346, 0.772347, 0.772348, 0.772349, 0.77235" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06285, 1.37931, 1.69373, 2.00729, 2.94726, 3.88794", \
+            "1.07928, 1.39531, 1.70983, 2.02368, 2.96459, 3.90435", \
+            "1.09079, 1.40724, 1.72181, 2.03523, 2.97309, 3.91339", \
+            "1.10738, 1.42383, 1.73841, 2.05165, 2.99202, 3.93246", \
+            "1.12963, 1.44564, 1.76086, 2.07414, 3.01434, 3.9549", \
+            "1.15531, 1.47109, 1.78553, 2.09845, 3.03878, 3.97933", \
+            "1.18269, 1.49885, 1.8132, 2.12782, 3.06715, 4.0066" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.771337, 1.39198, 2.01962, 2.64862, 4.53886, 6.42849", \
+            "0.771338, 1.39202, 2.01969, 2.64863, 4.53887, 6.4285", \
+            "0.771339, 1.39203, 2.01974, 2.64886, 4.54042, 6.42851", \
+            "0.77134, 1.39204, 2.01975, 2.64887, 4.54043, 6.42852", \
+            "0.771341, 1.39205, 2.01976, 2.64888, 4.54044, 6.42853", \
+            "0.771391, 1.39206, 2.01977, 2.64889, 4.54045, 6.42904", \
+            "0.774918, 1.39376, 2.0201, 2.6489, 4.54046, 6.42947" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.909767, 1.25096, 1.59107, 1.93082, 2.94946, 3.9676", \
+            "0.925059, 1.26635, 1.60648, 1.94651, 2.96482, 3.98296", \
+            "0.933643, 1.27491, 1.6156, 1.95562, 2.97393, 3.9915", \
+            "0.947185, 1.28854, 1.62897, 1.96842, 2.98732, 4.00517", \
+            "0.962376, 1.30374, 1.6438, 1.98383, 3.00213, 4.02027", \
+            "0.978211, 1.31951, 1.65963, 1.99934, 3.01796, 4.03609", \
+            "0.991483, 1.33285, 1.67292, 2.01278, 3.03108, 4.04899" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.702142, 1.28817, 1.87743, 2.46789, 4.23778, 6.00774", \
+            "0.702143, 1.28837, 1.87744, 2.4679, 4.23779, 6.00775", \
+            "0.702155, 1.28891, 1.87745, 2.46791, 4.2378, 6.00778", \
+            "0.702167, 1.28892, 1.87787, 2.46792, 4.23824, 6.00779", \
+            "0.702168, 1.28893, 1.87788, 2.46793, 4.23825, 6.0078", \
+            "0.702592, 1.28894, 1.87789, 2.46794, 4.23826, 6.00781", \
+            "0.702593, 1.28895, 1.8779, 2.46806, 4.23852, 6.00844" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.83829, 3.81155, 3.77338, 3.74263, 3.64766, 3.51191", \
+            "3.83918, 3.80373, 3.77071, 3.73342, 3.64489, 3.51454", \
+            "3.84205, 3.80713, 3.77269, 3.73144, 3.64511, 3.50392", \
+            "3.8375, 3.80265, 3.76956, 3.73597, 3.64529, 3.48689", \
+            "3.83766, 3.80425, 3.7688, 3.73291, 3.64568, 3.49448", \
+            "3.82882, 3.79136, 3.75937, 3.73352, 3.63409, 3.49506", \
+            "3.86529, 3.80649, 3.76726, 3.73835, 3.61724, 3.52696" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.35388, 2.33823, 2.33215, 2.32589, 2.32135, 2.31971", \
+            "2.36804, 2.34582, 2.33598, 2.33129, 2.32309, 2.32056", \
+            "2.37829, 2.35248, 2.33962, 2.33536, 2.3255, 2.32185", \
+            "2.38876, 2.35975, 2.34485, 2.34017, 2.32848, 2.32378", \
+            "2.39573, 2.36808, 2.35363, 2.34657, 2.33712, 2.3331", \
+            "2.38449, 2.36077, 2.34519, 2.34459, 2.33206, 2.3293", \
+            "2.35302, 2.34463, 2.34314, 2.34062, 2.33788, 2.33966" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602633, 0.0602576, 0.0602535, 0.0602534, 0.0602558, 0.0602569", \
+            "0.0583623, 0.0583535, 0.0583465, 0.0583532, 0.058356, 0.058356", \
+            "0.0604252, 0.0604176, 0.0604107, 0.0604119, 0.0604167, 0.0604146", \
+            "0.0680963, 0.0680855, 0.0680797, 0.0680892, 0.0680901, 0.0680899", \
+            "0.0904834, 0.0904756, 0.0904672, 0.0904704, 0.0904732, 0.0904751", \
+            "0.141719, 0.141668, 0.141712, 0.14167, 0.14167, 0.141672", \
+            "0.25205, 0.252061, 0.252122, 0.252071, 0.252023, 0.251999" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149889, 0.149889, 0.14989, 0.149886, 0.149881, 0.149893", \
+            "0.148297, 0.148299, 0.148289, 0.1483, 0.148285, 0.148293", \
+            "0.150828, 0.150837, 0.150826, 0.150837, 0.150823, 0.15083", \
+            "0.159935, 0.159938, 0.159924, 0.15994, 0.159922, 0.159929", \
+            "0.182999, 0.183006, 0.182992, 0.182998, 0.182996, 0.182997", \
+            "0.234983, 0.234989, 0.234833, 0.234993, 0.234873, 0.234897", \
+            "0.344403, 0.344456, 0.344305, 0.344295, 0.344553, 0.344514" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.64209, 3.88402, 4.11689, 4.34506, 5.05717, 5.76184", \
+            "3.63493, 3.86492, 4.09914, 4.33177, 5.04508, 5.75435", \
+            "3.64061, 3.8809, 4.12103, 4.34837, 5.04803, 5.71842", \
+            "3.63977, 3.88064, 4.11613, 4.34642, 5.07362, 5.76076", \
+            "3.64501, 3.87217, 4.11869, 4.34999, 5.07704, 5.73926", \
+            "3.62602, 3.85515, 4.08132, 4.30564, 5.04248, 5.70694", \
+            "3.66981, 3.91198, 4.10292, 4.34902, 5.05595, 5.76256" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33772, 1.33806, 1.33613, 1.33633, 1.33481, 1.33436", \
+            "1.33617, 1.33559, 1.3348, 1.33332, 1.33212, 1.33196", \
+            "1.33578, 1.33466, 1.33752, 1.33675, 1.33562, 1.33216", \
+            "1.33885, 1.3387, 1.33673, 1.33599, 1.33554, 1.33497", \
+            "1.33884, 1.33801, 1.33724, 1.33672, 1.33559, 1.33547", \
+            "1.33664, 1.33619, 1.33599, 1.33541, 1.33393, 1.33331", \
+            "1.33615, 1.33503, 1.33429, 1.33376, 1.33262, 1.33251" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250939, 0.0250875, 0.025084, 0.0250833, 0.0250884, 0.0250906", \
+            "0.0248071, 0.0247946, 0.0247923, 0.024792, 0.0248043, 0.0248001", \
+            "0.0286894, 0.0286831, 0.0286801, 0.0286799, 0.0285788, 0.0285786", \
+            "0.0403612, 0.040355, 0.0403524, 0.0403516, 0.0403552, 0.0403533", \
+            "0.0652253, 0.065216, 0.0652166, 0.065218, 0.0652185, 0.0652186", \
+            "0.122551, 0.122545, 0.122541, 0.122542, 0.122543, 0.122542", \
+            "0.241689, 0.241607, 0.241725, 0.241724, 0.241701, 0.241637" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0443727, 0.0443736, 0.0443736, 0.0443732, 0.044373, 0.0443706", \
+            "0.0441152, 0.0441133, 0.0441107, 0.0441129, 0.0441117, 0.0441107", \
+            "0.0460811, 0.0460786, 0.0459781, 0.0459824, 0.0459805, 0.0460761", \
+            "0.05218, 0.0521756, 0.0521754, 0.0521714, 0.0521756, 0.052172", \
+            "0.0655177, 0.0655114, 0.0655108, 0.0655149, 0.065512, 0.0655107", \
+            "0.0950557, 0.0951181, 0.0950897, 0.0949691, 0.0951248, 0.0951167", \
+            "0.159656, 0.159718, 0.159687, 0.159536, 0.159558, 0.15959" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297151;
+      rise_capacitance : 0.0298029;
+      rise_capacitance_range (0.0242946, 0.0343179);
+      fall_capacitance : 0.0296273;
+      fall_capacitance_range (0.0248972, 0.0317574);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 3.65218e-06, 6.44846e-06, 8.66516e-06, 8.5694e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, -3.65218e-06, -6.44846e-06, -8.66516e-06, -8.5694e-06" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214866, -0.02216, -0.022376, -0.0224851, -0.0228165, -0.0229528, -0.0230851" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273012, 0.0271121, 0.0269545, 0.0268374, 0.0270443, 0.026967, 0.0263061" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 3.65218e-06, 6.44846e-06, 8.66516e-06, 8.5694e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, -3.65218e-06, -6.44846e-06, -8.66516e-06, -8.5694e-06" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214866, -0.02216, -0.022376, -0.0224851, -0.0228165, -0.0229528, -0.0230851" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273012, 0.0271121, 0.0269545, 0.0268374, 0.0270443, 0.026967, 0.0263061" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0276546;
+      rise_capacitance : 0.0283744;
+      rise_capacitance_range (0.0242582, 0.033655);
+      fall_capacitance : 0.0269348;
+      fall_capacitance_range (0.0235268, 0.0298685);
+    }
+  }
+ cell (sg13cmos5l_IOPadVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+      is_pad : true;
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+      is_pad : true;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.15235;
+      related_pg_pin : vdd;
+    }
+  }
+  cell (sg13cmos5l_IOPadAnalog) {
+        area: 14400;
+        dont_touch : true;
+        dont_use : true;
+        timing_model_type : abstracted;
+        pad_cell : true;
+        pg_pin (vss) {
+            pg_type : primary_ground;
+            voltage_name : "vss";
+        }
+        pg_pin (vdd) {
+            pg_type : primary_power;
+            voltage_name : "vdd";
+        }
+        pg_pin (iovss) {
+            pg_type : primary_ground;
+            voltage_name : "iovss";
+        }
+        pg_pin (iovdd) {
+            pg_type : primary_power;
+            voltage_name : "iovdd";
+        }
+        pin (pad) {
+            direction : inout;
+            function : "(pad)";
+            output_voltage : core_output;
+            related_ground_pin : vss;
+            related_power_pin : vdd;
+            max_capacitance : 500;
+            max_transition : 200;
+            timing () {
+                related_pin : "pad";
+                timing_type : combinational;
+                cell_rise (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                rise_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+                cell_fall (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                fall_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+            }
+        }
+        pin (padres) {
+            direction : inout;
+            is_pad : false;
+            input_voltage : io_input;
+            related_ground_pin : iovss;
+            related_power_pin : iovdd;
+            max_transition : 200;
+            capacitance : 15.0;
+            rise_capacitance : 15.0;
+            rise_capacitance_range (12.0, 15.0);
+            fall_capacitance : 15.0;
+            fall_capacitance_range (12.0, 15.0);
+        }
+    }
+}
diff --git a/ihp13/pdk/lib/sg13cmos5l_io_typ_1p2V_3p3V_25C.lib b/ihp13/pdk/lib/sg13cmos5l_io_typ_1p2V_3p3V_25C.lib
new file mode 100644
index 000000000..b1d4d9580
--- /dev/null
+++ b/ihp13/pdk/lib/sg13cmos5l_io_typ_1p2V_3p3V_25C.lib
@@ -0,0 +1,4698 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13cmos5l_io_typ_1p2V_3p3V_25C) {
+  comment : "IHP Microelectronics GmbH, 2024";
+  date : "$Date: Wed May  8 12:19:26 2024 $";
+  revision : "$Revision: 0.0.1 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  voltage_map (vdd, 1.2);
+  voltage_map (iovdd, 3.3);
+  voltage_map (iovss, 0);
+  voltage_map (vss, 0);
+  voltage_map (GND, 0);
+  define_cell_area (pad_drivers, pad_driver_sites);
+  define_cell_area (bond_pads, pad_slots);
+  default_output_pin_cap : 0;
+  default_inout_pin_cap : 1;
+  default_input_pin_cap : 1;
+  default_fanout_load : 1;
+  default_cell_leakage_power : 0;
+  default_max_transition : 1.2;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "enclosed";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : 25;
+  nom_voltage : 1.2;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 10;
+  slew_lower_threshold_pct_rise : 10;
+  slew_upper_threshold_pct_fall : 90;
+  slew_upper_threshold_pct_rise : 90;
+  operating_conditions (sg13cmos5l_io_typ_1p2V_3p3V_25C) {
+    process : 1;
+    temperature : 25;
+    voltage : 1.2;
+  }
+  input_voltage (pad) {
+    vih : 3.3;
+    vil : 0;
+    vimax : 3.3;
+    vimin : 0;
+  }
+  input_voltage (core) {
+    vih : 1.2;
+    vil : 0;
+    vimax : 1.2;
+    vimin : 0;
+  }
+  output_voltage (pad) {
+    voh : 3.3;
+    vol : 0;
+    vomax : 3.3;
+    vomin : 0;
+  }
+  output_voltage (core) {
+    voh : 1.2;
+    vol : 0;
+    vomax : 1.2;
+    vomin : 0;
+  }
+  wire_load (Zero) {
+    area : 0.01;
+    capacitance : 0.0001;
+    resistance : 0.0001;
+    slope : 1;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0035;
+    slope : 7.387;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0042;
+    slope : 10.99;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0053;
+    slope : 10.9;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0063;
+    slope : 16.87;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    resistance : 0.0072;
+    slope : 14.58;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.008;
+    slope : 18.94;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.0094;
+    slope : 24.61;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    resistance : 0.0152;
+    slope : 31.81;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    resistance : 0.0265;
+    slope : 40.22;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    resistance : 0.0456;
+    slope : 52.68;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    resistance : 0.076;
+    slope : 67.44;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13cmos5l_io_typ_1p2V_3p3V_25C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (delay_template_7x6_16) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+  lu_table_template (delay_template_2x2) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("10, 200");
+    index_2 ("500, 30000");
+  }
+  power_lut_template (passive_power_template_7x1_16) {
+    variable_1 : input_transition_time;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+  }
+  power_lut_template (power_template_7x6_16) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+ cell (sg13cmos5l_IOPadIOVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+      is_pad : true;
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 4853.24;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadIOVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+      is_pad : true;
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.51487;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadIn) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "input";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      when : "pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 209.155;
+      when : "pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 306.047;
+      when : "!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 257.601;
+      related_pg_pin : vdd;
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.813522;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0829273, 0.101695, 0.13584, 0.168766, 0.201454, 0.234094", \
+            "0.0829283, 0.101696, 0.135841, 0.168767, 0.201455, 0.234095", \
+            "0.0829293, 0.101697, 0.135842, 0.168768, 0.201456, 0.234096", \
+            "0.0829303, 0.101698, 0.135843, 0.168769, 0.201457, 0.234097", \
+            "0.0829313, 0.101699, 0.135844, 0.16877, 0.201458, 0.234098", \
+            "0.0829323, 0.1017, 0.135845, 0.168771, 0.201459, 0.234099", \
+            "0.0829333, 0.101701, 0.135846, 0.168772, 0.20146, 0.2341" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627496, 0.0960629, 0.163818, 0.23243, 0.301399, 0.370782", \
+            "0.0659365, 0.100241, 0.169105, 0.237391, 0.306332, 0.375597", \
+            "0.0712358, 0.104239, 0.171815, 0.241049, 0.311013, 0.38026", \
+            "0.0739275, 0.106289, 0.17363, 0.241928, 0.311263, 0.381601", \
+            "0.0865204, 0.116934, 0.181456, 0.248389, 0.315962, 0.384236", \
+            "0.109874, 0.13904, 0.198839, 0.262058, 0.326825, 0.392622", \
+            "0.129222, 0.157402, 0.214295, 0.274662, 0.337776, 0.403138" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.449604, 0.477094, 0.518977, 0.552833, 0.583909, 0.614134", \
+            "0.492961, 0.520273, 0.56209, 0.596678, 0.627309, 0.657611", \
+            "0.615137, 0.642508, 0.684446, 0.718973, 0.749963, 0.779167", \
+            "0.658122, 0.685687, 0.727514, 0.761964, 0.79337, 0.821863", \
+            "0.992682, 1.02037, 1.06208, 1.09646, 1.1276, 1.15725", \
+            "1.63254, 1.65994, 1.70145, 1.73556, 1.76719, 1.79685", \
+            "2.22332, 2.25073, 2.29188, 2.32647, 2.35748, 2.38737" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.13202, 0.157585, 0.202799, 0.24694, 0.291822, 0.337534", \
+            "0.132021, 0.157586, 0.203179, 0.247356, 0.291823, 0.337535", \
+            "0.132022, 0.157587, 0.20318, 0.247357, 0.291824, 0.337536", \
+            "0.132023, 0.157588, 0.203181, 0.247358, 0.291825, 0.337537", \
+            "0.132024, 0.157589, 0.203182, 0.247359, 0.291826, 0.337538", \
+            "0.132686, 0.158385, 0.203403, 0.24736, 0.292332, 0.337745", \
+            "0.145177, 0.168636, 0.212183, 0.255025, 0.29814, 0.343628" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "7.79824e-09, 7.79829e-09, 7.79837e-09, 7.79789e-09, 7.79797e-09, 7.7971e-09", \
+            "1.51474e-08, 1.51485e-08, 1.51484e-08, 1.51484e-08, 1.51488e-08, 1.5148e-08", \
+            "2.9851e-08, 2.98512e-08, 2.985e-08, 2.985e-08, 2.98493e-08, 2.98495e-08", \
+            "3.7203e-08, 3.72023e-08, 3.7203e-08, 3.72006e-08, 3.72006e-08, 3.72004e-08", \
+            "7.39566e-08, 7.39582e-08, 7.39568e-08, 7.39537e-08, 7.39556e-08, 7.39555e-08", \
+            "1.47464e-07, 1.47466e-07, 1.47465e-07, 1.47468e-07, 1.47465e-07, 1.47464e-07", \
+            "2.14849e-07, 2.14846e-07, 2.14847e-07, 2.14853e-07, 2.14853e-07, 2.14847e-07" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-7.79784e-09, -7.79781e-09, -7.79785e-09, -7.79789e-09, -7.79792e-09, -7.7971e-09", \
+            "-1.51474e-08, -1.51485e-08, -1.51484e-08, -1.51484e-08, -1.51488e-08, -1.5148e-08", \
+            "-2.9851e-08, -2.98512e-08, -2.985e-08, -2.985e-08, -2.98493e-08, -2.98495e-08", \
+            "-3.72023e-08, -3.72023e-08, -3.72023e-08, -3.72006e-08, -3.72006e-08, -3.72004e-08", \
+            "-7.39554e-08, -7.39554e-08, -7.39554e-08, -7.39537e-08, -7.39555e-08, -7.39555e-08", \
+            "-1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07", \
+            "-2.14842e-07, -2.14841e-07, -2.14842e-07, -2.14842e-07, -2.14842e-07, -2.14842e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.18318e-05, 0.000299688, 0.000553319, 0.00059101, 0.000269279, -0.000121671", \
+            "-0.000282504, -0.00017142, -0.000161881, -0.00016955, -0.000346681, -0.000603351", \
+            "-0.00123846, -0.00121745, -0.000548881, -0.00054815, -0.000828961, -0.00120935", \
+            "-0.00136244, -0.00138007, -0.00127164, -0.00107975, -0.00148392, -0.00184187", \
+            "-0.00192428, -0.00237772, -0.00206616, -0.00279551, -0.00262188, -0.00221555", \
+            "-0.00187183, -0.00232244, -0.00211992, -0.00292007, -0.00274644, -0.00420335", \
+            "-0.00153923, -0.00185651, -0.00257868, -0.00354743, -0.00457524, -0.00384227" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0533388, 0.0529775, 0.0530701, 0.0532902, 0.0534913, 0.0536627", \
+            "0.052193, 0.0518383, 0.051934, 0.0521529, 0.0523288, 0.0524867", \
+            "0.0518106, 0.0514234, 0.0514885, 0.0516938, 0.0518567, 0.0519733", \
+            "0.0510166, 0.050624, 0.0506358, 0.050791, 0.0509417, 0.0510443", \
+            "0.0508556, 0.0504956, 0.0505065, 0.0506659, 0.0508037, 0.0509258", \
+            "0.0513875, 0.0508272, 0.0505433, 0.0504994, 0.0505228, 0.0505632", \
+            "0.0528457, 0.0520097, 0.0516669, 0.0515274, 0.0514654, 0.0514455" \
+          );
+        }
+      }
+    }
+    pin (pad) {
+      direction : "input";
+      is_pad : true;
+      input_voltage : "pad";
+      fanout_load : 1;
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_transition : 3.5;
+      capacitance : 0.220657;
+      rise_capacitance : 0.222681;
+      rise_capacitance_range (0.195297, 0.241559);
+      fall_capacitance : 0.218632;
+      fall_capacitance_range (0.197848, 0.232141);
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 527.669;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.07;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 527.669;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1889.28;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 4.74047;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1637.78;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 4.74047;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1792.35;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 8.09409;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.76;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 8.09409;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.72;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 525.668;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.39;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 525.668;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.4;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 266.543;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1883.84;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.19976;
+      capacitance : 0.26512;
+      rise_capacitance : 0.264234;
+      rise_capacitance_range (0.235193, 0.284242);
+      fall_capacitance : 0.266006;
+      fall_capacitance_range (0.24364, 0.280606);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.53598, 1.69422, 1.82784, 1.95066, 2.29415, 2.62498", \
+            "1.55631, 1.71433, 1.84796, 1.9707, 2.31384, 2.64487", \
+            "1.56975, 1.72786, 1.86137, 1.98429, 2.32791, 2.65841", \
+            "1.59416, 1.75227, 1.88551, 2.00851, 2.35207, 2.68258", \
+            "1.62254, 1.78057, 1.91427, 2.03685, 2.38071, 2.71112", \
+            "1.65929, 1.81742, 1.95099, 2.0738, 2.41719, 2.74804", \
+            "1.6982, 1.85531, 1.99045, 2.11332, 2.45655, 2.7868" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.520952, 0.737812, 0.94722, 1.15712, 1.7986, 2.45491", \
+            "0.520953, 0.737933, 0.947313, 1.15735, 1.79861, 2.45494", \
+            "0.520954, 0.737934, 0.947314, 1.15736, 1.79896, 2.45495", \
+            "0.520955, 0.737935, 0.947315, 1.15756, 1.79897, 2.45496", \
+            "0.520956, 0.737936, 0.947366, 1.15757, 1.79898, 2.45497", \
+            "0.520957, 0.737937, 0.947367, 1.15758, 1.79899, 2.45498", \
+            "0.520958, 0.737938, 0.947368, 1.15759, 1.79974, 2.45499" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.36944, 1.49438, 1.60631, 1.71275, 2.02084, 2.33066", \
+            "1.39002, 1.51496, 1.6268, 1.73327, 2.04105, 2.35019", \
+            "1.40725, 1.53143, 1.64362, 1.74983, 2.05788, 2.36753", \
+            "1.44326, 1.56738, 1.67972, 1.78554, 2.09369, 2.40251", \
+            "1.50247, 1.62739, 1.73908, 1.84548, 2.1525, 2.46088", \
+            "1.59149, 1.71604, 1.82802, 1.93417, 2.24164, 2.55039", \
+            "1.72579, 1.85123, 1.9635, 2.0698, 2.3766, 2.6854" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.585678, 0.746891, 0.919723, 1.10073, 1.66787, 2.26247", \
+            "0.588333, 0.749072, 0.921468, 1.10237, 1.669, 2.26265", \
+            "0.590621, 0.752225, 0.922793, 1.10238, 1.67053, 2.26394", \
+            "0.595017, 0.756013, 0.926088, 1.10429, 1.67231, 2.26537", \
+            "0.595204, 0.75606, 0.927348, 1.10761, 1.67281, 2.26569", \
+            "0.595205, 0.756061, 0.927349, 1.10762, 1.67282, 2.2657", \
+            "0.595206, 0.756062, 0.92735, 1.10763, 1.67283, 2.26571" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.1263, 1.12631, 1.12632, 1.12633, 1.12634, 1.12635", \
+            "1.1438, 1.14381, 1.14382, 1.14383, 1.14384, 1.14385", \
+            "1.1641, 1.16411, 1.16412, 1.16413, 1.16414, 1.16415", \
+            "1.19689, 1.1969, 1.19691, 1.19692, 1.19693, 1.19694", \
+            "1.2356, 1.23561, 1.23562, 1.23563, 1.23564, 1.23565", \
+            "1.28754, 1.28755, 1.28756, 1.28757, 1.28758, 1.28759", \
+            "1.37848, 1.37849, 1.3785, 1.37851, 1.37852, 1.37853" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.1263, 1.12631, 1.12632, 1.12633, 1.12634, 1.12635", \
+            "1.1438, 1.14381, 1.14382, 1.14383, 1.14384, 1.14385", \
+            "1.1641, 1.16411, 1.16412, 1.16413, 1.16414, 1.16415", \
+            "1.19689, 1.1969, 1.19691, 1.19692, 1.19693, 1.19694", \
+            "1.2356, 1.23561, 1.23562, 1.23563, 1.23564, 1.23565", \
+            "1.28754, 1.28755, 1.28756, 1.28757, 1.28758, 1.28759", \
+            "1.37848, 1.37849, 1.3785, 1.37851, 1.37852, 1.37853" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33973, 1.33974, 1.33975, 1.33976, 1.33977, 1.33978", \
+            "1.36717, 1.36718, 1.36719, 1.3672, 1.36721, 1.36722", \
+            "1.38242, 1.38243, 1.38244, 1.38245, 1.38246, 1.38247", \
+            "1.42574, 1.42575, 1.42576, 1.42577, 1.42578, 1.42579", \
+            "1.47719, 1.4772, 1.47721, 1.47722, 1.47723, 1.47724", \
+            "1.5554, 1.55541, 1.55542, 1.55543, 1.55544, 1.55545", \
+            "1.673, 1.67301, 1.67302, 1.67303, 1.67304, 1.67305" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33973, 1.33974, 1.33975, 1.33976, 1.33977, 1.33978", \
+            "1.36717, 1.36718, 1.36719, 1.3672, 1.36721, 1.36722", \
+            "1.38242, 1.38243, 1.38244, 1.38245, 1.38246, 1.38247", \
+            "1.42574, 1.42575, 1.42576, 1.42577, 1.42578, 1.42579", \
+            "1.47719, 1.4772, 1.47721, 1.47722, 1.47723, 1.47724", \
+            "1.5554, 1.55541, 1.55542, 1.55543, 1.55544, 1.55545", \
+            "1.673, 1.67301, 1.67302, 1.67303, 1.67304, 1.67305" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.53119, 1.69672, 1.83711, 1.96566, 2.32765, 2.67684", \
+            "1.54919, 1.715, 1.8549, 1.98356, 2.34484, 2.69427", \
+            "1.5649, 1.73042, 1.87071, 1.99952, 2.36152, 2.71071", \
+            "1.58914, 1.75517, 1.89449, 2.02427, 2.38542, 2.7349", \
+            "1.61772, 1.78346, 1.92314, 2.05212, 2.41416, 2.76349", \
+            "1.65511, 1.82035, 1.96016, 2.08915, 2.45056, 2.80126", \
+            "1.69442, 1.8593, 1.99965, 2.12739, 2.487, 2.83587" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.516443, 0.726109, 0.933178, 1.14125, 1.78181, 2.43931", \
+            "0.516444, 0.72611, 0.933179, 1.14126, 1.78182, 2.43932", \
+            "0.516445, 0.726111, 0.93318, 1.14127, 1.78199, 2.43933", \
+            "0.516712, 0.726112, 0.933181, 1.14162, 1.782, 2.43934", \
+            "0.516713, 0.726237, 0.933182, 1.14163, 1.78201, 2.43935", \
+            "0.516714, 0.726238, 0.933183, 1.14164, 1.78202, 2.43936", \
+            "0.516715, 0.726239, 0.933184, 1.14241, 1.78287, 2.43937" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.21273, 1.36046, 1.48966, 1.61413, 1.96701, 2.31389", \
+            "1.23266, 1.37979, 1.51035, 1.63225, 1.98545, 2.33277", \
+            "1.2439, 1.3916, 1.52083, 1.64526, 1.99815, 2.34504", \
+            "1.26353, 1.4095, 1.54149, 1.66304, 2.01647, 2.36357", \
+            "1.28909, 1.43514, 1.56506, 1.68879, 2.04218, 2.38945", \
+            "1.31163, 1.45891, 1.58923, 1.71302, 2.06588, 2.41253", \
+            "1.34185, 1.48912, 1.61869, 1.74153, 2.0951, 2.44213" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.407429, 0.605561, 0.800167, 0.997209, 1.59903, 2.21509", \
+            "0.40743, 0.605562, 0.801592, 0.997882, 1.60057, 2.2151", \
+            "0.407483, 0.605563, 0.801593, 0.997883, 1.60058, 2.21511", \
+            "0.407484, 0.605564, 0.801764, 0.9979, 1.60059, 2.21807", \
+            "0.407485, 0.605565, 0.801765, 0.997908, 1.6006, 2.21808", \
+            "0.407703, 0.605566, 0.801766, 0.997909, 1.60175, 2.21809", \
+            "0.407804, 0.608588, 0.801767, 0.99791, 1.60176, 2.2181" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.38413, 6.34024, 6.31524, 6.29112, 6.19968, 6.12599", \
+            "6.40005, 6.34899, 6.3224, 6.29871, 6.18522, 6.12394", \
+            "6.39349, 6.34174, 6.31825, 6.2927, 6.21779, 6.12506", \
+            "6.39561, 6.34705, 6.31811, 6.30303, 6.21717, 6.0427", \
+            "6.39473, 6.3469, 6.32042, 6.29191, 6.17051, 6.1016", \
+            "6.38933, 6.34417, 6.3158, 6.29508, 6.19268, 6.04247", \
+            "6.35961, 6.25577, 6.30033, 6.27403, 6.14741, 5.99105" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.2515, 11.7458, 10.7599, 10.0314, 8.69098, 7.91138", \
+            "13.3836, 11.8585, 10.859, 10.1219, 8.76071, 7.97794", \
+            "13.4771, 11.9572, 10.9508, 10.2028, 8.82977, 8.02784", \
+            "13.6951, 12.1498, 11.1019, 10.3605, 8.95889, 8.13186", \
+            "13.7827, 12.2122, 11.1736, 10.4084, 8.98637, 8.16587", \
+            "13.7033, 12.1544, 11.1068, 10.3765, 8.93535, 8.13028", \
+            "13.4061, 11.9021, 10.8967, 10.1679, 8.78005, 7.99736" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46845, 2.89002, 4.32584, 5.73547, 9.85946, 11.637", \
+            "1.46224, 2.88329, 4.32353, 5.73675, 9.85073, 11.6085", \
+            "1.46283, 2.88041, 4.30703, 5.71516, 9.92397, 11.5697", \
+            "1.46333, 2.88571, 4.3071, 5.74498, 9.91741, 11.5218", \
+            "1.4692, 2.89044, 4.31396, 5.75182, 9.85149, 11.4145", \
+            "1.48499, 2.90425, 4.33047, 5.76796, 9.87909, 11.0096", \
+            "1.52307, 2.94359, 4.36892, 5.80086, 9.89742, 10.3404" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.171359, 0.17117, 0.170937, 0.170808, 0.17051, 0.169441", \
+            "0.168918, 0.16871, 0.16857, 0.168441, 0.168071, 0.167282", \
+            "0.168957, 0.168627, 0.16847, 0.168286, 0.167922, 0.167089", \
+            "0.170403, 0.170085, 0.169941, 0.169803, 0.169359, 0.168477", \
+            "0.176334, 0.176186, 0.175997, 0.175868, 0.175367, 0.174361", \
+            "0.192174, 0.191971, 0.191775, 0.191609, 0.191175, 0.189832", \
+            "0.229971, 0.229802, 0.22967, 0.229558, 0.229265, 0.226999" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.18034, 6.43801, 6.73009, 7.0223, 7.90433, 8.81717", \
+            "6.17661, 6.45678, 6.73589, 7.02629, 7.87753, 8.76315", \
+            "6.17993, 6.4479, 6.74672, 7.03748, 7.93379, 8.83618", \
+            "6.1728, 6.44594, 6.72771, 7.02428, 7.89413, 8.82476", \
+            "6.17312, 6.44639, 6.73342, 7.02844, 7.92069, 8.82856", \
+            "6.18256, 6.44351, 6.72656, 7.01791, 7.89334, 8.80856", \
+            "6.16537, 6.41134, 6.72009, 6.93502, 7.69006, 8.54261" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.51155, 2.51136, 2.50867, 2.50817, 2.50588, 2.50644", \
+            "2.51212, 2.51226, 2.50892, 2.50683, 2.50635, 2.50653", \
+            "2.51179, 2.51156, 2.50882, 2.50837, 2.50611, 2.50663", \
+            "2.51205, 2.51082, 2.50945, 2.507, 2.50619, 2.50624", \
+            "2.51283, 2.5114, 2.50996, 2.50782, 2.50666, 2.50747", \
+            "2.51097, 2.51054, 2.5085, 2.50698, 2.50257, 2.50335", \
+            "2.51373, 2.51799, 2.50898, 2.5135, 2.51223, 2.51016" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.43686, 2.8547, 4.29073, 5.70415, 9.84077, 11.5707", \
+            "1.4358, 2.85542, 4.28935, 5.71073, 9.82834, 11.6281", \
+            "1.43625, 2.85521, 4.26586, 5.6968, 9.89429, 11.4733", \
+            "1.43903, 2.86044, 4.27113, 5.71923, 9.81898, 11.5773", \
+            "1.44688, 2.86785, 4.27833, 5.73048, 9.87657, 11.2354", \
+            "1.46615, 2.88306, 4.29807, 5.73479, 9.85223, 11.0822", \
+            "1.5092, 2.93113, 4.34268, 5.77753, 9.77013, 10.2137" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0903609, 0.0900959, 0.0897079, 0.0896193, 0.0893516, 0.0878243", \
+            "0.0890482, 0.0886438, 0.0884537, 0.0881447, 0.0876328, 0.0867564", \
+            "0.0890474, 0.0887761, 0.0883906, 0.0882984, 0.0879602, 0.0864165", \
+            "0.0908631, 0.0902903, 0.0902293, 0.0898751, 0.089699, 0.088152", \
+            "0.0949325, 0.0943745, 0.0942757, 0.0939755, 0.0936965, 0.0918938", \
+            "0.105279, 0.104845, 0.104656, 0.104527, 0.103922, 0.102204", \
+            "0.127903, 0.127653, 0.127291, 0.127068, 0.12625, 0.12397" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.815063;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0832234, 0.101979, 0.136167, 0.168976, 0.201703, 0.234298", \
+            "0.0832244, 0.10198, 0.136168, 0.168977, 0.201704, 0.234299", \
+            "0.0832254, 0.101981, 0.136169, 0.168978, 0.201705, 0.2343", \
+            "0.0832264, 0.101982, 0.13617, 0.168979, 0.201706, 0.234301", \
+            "0.0832274, 0.101983, 0.136171, 0.16898, 0.201707, 0.234302", \
+            "0.0832284, 0.101984, 0.136172, 0.168981, 0.201708, 0.234303", \
+            "0.0832294, 0.101985, 0.136173, 0.168982, 0.201709, 0.234304" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627683, 0.0961025, 0.163776, 0.232509, 0.301504, 0.370795", \
+            "0.0660042, 0.100337, 0.169172, 0.237493, 0.306389, 0.375506", \
+            "0.0711561, 0.104127, 0.17168, 0.241066, 0.311485, 0.380309", \
+            "0.0739606, 0.106413, 0.173371, 0.241845, 0.311486, 0.381813", \
+            "0.0863838, 0.116984, 0.180785, 0.247828, 0.315913, 0.384022", \
+            "0.109928, 0.139172, 0.198709, 0.261285, 0.326685, 0.392638", \
+            "0.129264, 0.157385, 0.214108, 0.274663, 0.337776, 0.403432" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.450015, 0.477231, 0.518976, 0.552739, 0.583553, 0.613645", \
+            "0.493043, 0.520231, 0.562072, 0.596407, 0.627509, 0.656766", \
+            "0.602505, 0.629789, 0.671374, 0.705836, 0.736897, 0.765911", \
+            "0.675588, 0.702944, 0.744069, 0.77868, 0.80978, 0.838244", \
+            "0.992811, 1.02028, 1.06143, 1.09592, 1.12679, 1.1564", \
+            "1.63347, 1.66081, 1.70154, 1.73561, 1.76636, 1.79628", \
+            "2.23932, 2.26689, 2.30804, 2.34165, 2.37277, 2.40259" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.13188, 0.157123, 0.202209, 0.246226, 0.289783, 0.335361", \
+            "0.131989, 0.157435, 0.20221, 0.246227, 0.290412, 0.335658", \
+            "0.13199, 0.157436, 0.202211, 0.246228, 0.290413, 0.335659", \
+            "0.131991, 0.157437, 0.202212, 0.246229, 0.290414, 0.33566", \
+            "0.131992, 0.157438, 0.202213, 0.24623, 0.290415, 0.335661", \
+            "0.132164, 0.157797, 0.202997, 0.246793, 0.290419, 0.335929", \
+            "0.141029, 0.165464, 0.208577, 0.252394, 0.296283, 0.33968" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.623209, -0.623466, -0.623455, -0.623459, -0.623477, -0.623484", \
+            "-0.624669, -0.624261, -0.62416, -0.626321, -0.625263, -0.622276", \
+            "-0.625198, -0.625205, -0.623042, -0.625232, -0.62525, -0.625268", \
+            "-0.624561, -0.624566, -0.624574, -0.624586, -0.624599, -0.624619", \
+            "-0.624377, -0.624377, -0.624377, -0.624382, -0.624384, -0.624393", \
+            "-0.622462, -0.622522, -0.623877, -0.623876, -0.623882, -0.623879", \
+            "-0.621883, -0.62207, -0.621641, -0.622408, -0.622064, -0.621975" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.623475, 0.623466, 0.623455, 0.623459, 0.623477, 0.623484", \
+            "0.626259, 0.626279, 0.626299, 0.626321, 0.626334, 0.626355", \
+            "0.625198, 0.625205, 0.62522, 0.625232, 0.62525, 0.625268", \
+            "0.624561, 0.624566, 0.624574, 0.624586, 0.624599, 0.624619", \
+            "0.624377, 0.624377, 0.624377, 0.624382, 0.624384, 0.624393", \
+            "0.622462, 0.622522, 0.623877, 0.623876, 0.623882, 0.623879", \
+            "0.621883, 0.62207, 0.621641, 0.622408, 0.622064, 0.621975" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000102036, 0.000399312, 0.000823919, 0.00066817, 0.000424319, -6.88709e-05", \
+            "-0.000217464, -6.99603e-05, -2.17206e-05, -8.15902e-05, -0.000370921, -0.000841431", \
+            "-0.00135485, -0.000913188, -0.000526921, -0.00100031, -0.000800521, -0.00127619", \
+            "-0.00107173, -0.00115386, -0.000822601, -0.00084983, -0.00100692, -0.00180791", \
+            "-0.00189862, -0.0020515, -0.00235032, -0.00286235, -0.00264444, -0.00253835", \
+            "-0.0016363, -0.00190835, -0.00220824, -0.00346199, -0.00382956, -0.00384611", \
+            "-0.00110262, -0.00186593, -0.00267264, -0.00302759, -0.003759, -0.00306287" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.053361, 0.0529871, 0.0530924, 0.0533105, 0.053525, 0.0536901", \
+            "0.0522049, 0.0518503, 0.0519123, 0.0521242, 0.0523106, 0.0524486", \
+            "0.0512592, 0.0509087, 0.0509397, 0.0511251, 0.0512854, 0.0514025", \
+            "0.0514743, 0.051108, 0.051165, 0.0513697, 0.0515467, 0.0516798", \
+            "0.0508552, 0.0504875, 0.0504894, 0.0506499, 0.0507978, 0.0509183", \
+            "0.0512603, 0.0507386, 0.050544, 0.0505237, 0.0505555, 0.0505922", \
+            "0.0519695, 0.0512763, 0.0508388, 0.0507359, 0.0506916, 0.0506562" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276797;
+      rise_capacitance_range (0.022992, 0.031206);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.0234413, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-4.01346e-07, -1.93071e-06, -2.2869e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "4.01346e-07, 1.93071e-06, 2.2869e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164272, -0.0172187, -0.017344, -0.0174193, -0.0173032, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224792, 0.0222596, 0.0221874, 0.0221378, 0.0219568, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-3.67695e-07, -1.92219e-06, -2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.67695e-07, 1.92219e-06, 2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.017303, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219569, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-3.67695e-07, -1.92219e-06, -2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.67695e-07, 1.92219e-06, 2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.017303, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219569, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252767;
+      rise_capacitance : 0.0260894;
+      rise_capacitance_range (0.0221884, 0.0307568);
+      fall_capacitance : 0.024464;
+      fall_capacitance_range (0.0209977, 0.0277632);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.71151, 1.71181, 1.71179, 1.70911, 1.71038, 1.70961, 1.72074" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.280068, 0.280157, 0.279536, 0.279581, 0.278461, 0.279732, 0.277147" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336521, 0.0323305, 0.0322863, 0.0340077, 0.0379637, 0.0487118, 0.0706333" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813462, 0.0803897, 0.0808792, 0.0822559, 0.0863897, 0.0964075, 0.118522" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 825.168;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.69;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 825.168;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1888.82;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1637.48;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1792.06;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.39;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.43;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 823.195;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.02;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 823.195;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.01;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 412.091;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1883.49;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.83452;
+      capacitance : 0.354236;
+      rise_capacitance : 0.35065;
+      rise_capacitance_range (0.319563, 0.372349);
+      fall_capacitance : 0.357822;
+      fall_capacitance_range (0.333658, 0.374009);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.74247, 1.88405, 1.99905, 2.09897, 2.35077, 2.56696", \
+            "1.76315, 1.90427, 2.01922, 2.11902, 2.37074, 2.58687", \
+            "1.77717, 1.91813, 2.03305, 2.13292, 2.38451, 2.60078", \
+            "1.80197, 1.94253, 2.05731, 2.1572, 2.40881, 2.62506", \
+            "1.82989, 1.97076, 2.08566, 2.18545, 2.43698, 2.65308", \
+            "1.86615, 2.00722, 2.12204, 2.22179, 2.47355, 2.68956", \
+            "1.90564, 2.04681, 2.16132, 2.26088, 2.51255, 2.72911" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.50136, 0.666867, 0.80584, 0.93275, 1.2844, 1.62302", \
+            "0.501361, 0.666868, 0.805841, 0.932751, 1.28441, 1.62303", \
+            "0.501362, 0.666869, 0.805842, 0.932752, 1.28442, 1.62304", \
+            "0.501363, 0.66687, 0.805843, 0.932753, 1.28443, 1.62305", \
+            "0.501364, 0.666871, 0.805844, 0.932754, 1.28444, 1.62306", \
+            "0.501365, 0.666872, 0.805845, 0.932755, 1.28445, 1.62307", \
+            "0.501366, 0.667613, 0.807207, 0.93421, 1.28602, 1.6241" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.64263, 1.72668, 1.80527, 1.87797, 2.07538, 2.25589", \
+            "1.66357, 1.7482, 1.82596, 1.89893, 2.09595, 2.27672", \
+            "1.68045, 1.76555, 1.84239, 1.91544, 2.11398, 2.2938", \
+            "1.71685, 1.80178, 1.87989, 1.95158, 2.14993, 2.33108", \
+            "1.7768, 1.86052, 1.93903, 2.01167, 2.20899, 2.38944", \
+            "1.86551, 1.94956, 2.02775, 2.10042, 2.29763, 2.47826", \
+            "2.00055, 2.08368, 2.16097, 2.23398, 2.43123, 2.6107" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.900114, 0.961777, 1.0413, 1.12096, 1.37214, 1.63418", \
+            "0.903842, 0.966338, 1.04173, 1.12277, 1.37454, 1.63644", \
+            "0.90707, 0.968259, 1.04816, 1.12838, 1.37669, 1.63685", \
+            "0.913493, 0.972618, 1.04946, 1.13348, 1.38104, 1.6421", \
+            "0.915727, 0.975443, 1.0541, 1.13349, 1.38289, 1.64369", \
+            "0.915728, 0.975444, 1.05411, 1.1335, 1.3829, 1.6437", \
+            "0.915729, 0.975445, 1.05412, 1.13351, 1.38291, 1.64371" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.31961, 1.31962, 1.31963, 1.31964, 1.31965, 1.31966", \
+            "1.34443, 1.34444, 1.34445, 1.34446, 1.34447, 1.34448", \
+            "1.35714, 1.35715, 1.35716, 1.35717, 1.35718, 1.35719", \
+            "1.3871, 1.38711, 1.38712, 1.38713, 1.38714, 1.38715", \
+            "1.42829, 1.4283, 1.42831, 1.42832, 1.42833, 1.42834", \
+            "1.47838, 1.47839, 1.4784, 1.47841, 1.47842, 1.47843", \
+            "1.57068, 1.57069, 1.5707, 1.57071, 1.57072, 1.57073" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.31961, 1.31962, 1.31963, 1.31964, 1.31965, 1.31966", \
+            "1.34443, 1.34444, 1.34445, 1.34446, 1.34447, 1.34448", \
+            "1.35714, 1.35715, 1.35716, 1.35717, 1.35718, 1.35719", \
+            "1.3871, 1.38711, 1.38712, 1.38713, 1.38714, 1.38715", \
+            "1.42829, 1.4283, 1.42831, 1.42832, 1.42833, 1.42834", \
+            "1.47838, 1.47839, 1.4784, 1.47841, 1.47842, 1.47843", \
+            "1.57068, 1.57069, 1.5707, 1.57071, 1.57072, 1.57073" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91034, 1.91035, 1.91036, 1.91037, 1.91038, 1.91039", \
+            "1.92283, 1.94769, 1.9477, 1.94771, 1.94772, 1.94773", \
+            "1.94944, 1.94945, 1.94946, 1.94947, 1.94948, 1.94949", \
+            "1.98275, 1.98276, 1.98277, 1.98278, 1.98279, 1.9828", \
+            "2.06409, 2.0641, 2.06411, 2.06412, 2.06413, 2.06414", \
+            "2.12042, 2.12043, 2.12044, 2.12045, 2.12046, 2.12047", \
+            "2.24669, 2.2467, 2.24671, 2.24672, 2.24673, 2.24674" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91034, 1.91035, 1.91036, 1.91037, 1.91038, 1.91039", \
+            "1.92283, 1.94769, 1.9477, 1.94771, 1.94772, 1.94773", \
+            "1.94944, 1.94945, 1.94946, 1.94947, 1.94948, 1.94949", \
+            "1.98275, 1.98276, 1.98277, 1.98278, 1.98279, 1.9828", \
+            "2.06409, 2.0641, 2.06411, 2.06412, 2.06413, 2.06414", \
+            "2.12042, 2.12043, 2.12044, 2.12045, 2.12046, 2.12047", \
+            "2.24669, 2.2467, 2.24671, 2.24672, 2.24673, 2.24674" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.71898, 1.87498, 1.99753, 2.10251, 2.36573, 2.59173", \
+            "1.73653, 1.89246, 2.01505, 2.11997, 2.38321, 2.60926", \
+            "1.7521, 1.908, 2.0306, 2.13556, 2.39882, 2.62479", \
+            "1.7768, 1.93351, 2.05615, 2.1611, 2.42436, 2.64955", \
+            "1.80567, 1.96174, 2.08409, 2.18927, 2.45248, 2.67836", \
+            "1.84104, 1.99695, 2.11953, 2.22446, 2.4877, 2.71373", \
+            "1.88303, 2.03926, 2.16184, 2.26686, 2.53006, 2.75581" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.522218, 0.668852, 0.796911, 0.916443, 1.25745, 1.5909", \
+            "0.522219, 0.668956, 0.796912, 0.916444, 1.25746, 1.59093", \
+            "0.52224, 0.669269, 0.797226, 0.916636, 1.25751, 1.59094", \
+            "0.522241, 0.66927, 0.797227, 0.916637, 1.25752, 1.59127", \
+            "0.522242, 0.669271, 0.797228, 0.916638, 1.25753, 1.59135", \
+            "0.522243, 0.669272, 0.797229, 0.916639, 1.25754, 1.59136", \
+            "0.522244, 0.669273, 0.79723, 0.91664, 1.25755, 1.59137" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.26481, 1.38293, 1.47999, 1.56687, 1.7958, 2.00004", \
+            "1.28459, 1.40198, 1.49977, 1.58822, 1.81363, 2.02084", \
+            "1.29596, 1.41409, 1.51114, 1.59803, 1.82695, 2.03119", \
+            "1.31505, 1.43316, 1.53014, 1.61729, 1.84608, 2.05031", \
+            "1.34073, 1.45811, 1.5559, 1.64435, 1.86977, 2.07698", \
+            "1.36522, 1.48354, 1.58044, 1.66698, 1.89527, 2.10234", \
+            "1.39335, 1.51151, 1.60774, 1.69291, 1.91967, 2.12639" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.376716, 0.498564, 0.614548, 0.720805, 1.03893, 1.35168", \
+            "0.376717, 0.500353, 0.614549, 0.725255, 1.03894, 1.35169", \
+            "0.376718, 0.500354, 0.61455, 0.725256, 1.03895, 1.3517", \
+            "0.376719, 0.500899, 0.614557, 0.725257, 1.03896, 1.35171", \
+            "0.37672, 0.5009, 0.614558, 0.725258, 1.03897, 1.35172", \
+            "0.376721, 0.500901, 0.616251, 0.725259, 1.03898, 1.35173", \
+            "0.376813, 0.500902, 0.616252, 0.72526, 1.03899, 1.35174" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "10.2191, 10.022, 9.91789, 9.86525, 9.73223, 9.59795", \
+            "10.2481, 10.0318, 9.93343, 9.85641, 9.74823, 9.60442", \
+            "10.2584, 10.0334, 9.92637, 9.85799, 9.74384, 9.61439", \
+            "10.2703, 10.0458, 9.93231, 9.85601, 9.74269, 9.60267", \
+            "10.2643, 10.048, 9.94481, 9.86502, 9.7546, 9.58871", \
+            "10.2541, 10.0471, 9.9366, 9.85944, 9.74464, 9.60392", \
+            "10.2166, 9.99626, 9.86208, 9.7615, 9.63346, 9.50502" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "53.4525, 50.1523, 47.4614, 45.1149, 39.7795, 35.925", \
+            "53.75, 50.4693, 47.721, 45.3655, 40.0029, 36.1364", \
+            "54.0061, 50.6669, 47.9472, 45.6247, 40.1683, 36.3654", \
+            "54.5143, 51.1764, 48.3991, 46.0794, 40.5822, 36.6464", \
+            "54.6925, 51.3461, 48.6116, 46.2104, 40.7704, 36.8297", \
+            "54.4992, 51.1782, 48.4336, 46.0403, 40.6152, 36.6765", \
+            "53.7527, 50.468, 47.7288, 45.4308, 40.0583, 36.2197" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46519, 2.8934, 4.31436, 5.72939, 8.9664, 7.44515", \
+            "1.46332, 2.88881, 4.31178, 5.71978, 9.02448, 7.34225", \
+            "1.46349, 2.89029, 4.31064, 5.71881, 8.89807, 7.26031", \
+            "1.46372, 2.89137, 4.31269, 5.72088, 8.81996, 7.11144", \
+            "1.46988, 2.89643, 4.32186, 5.72547, 8.82864, 6.77959", \
+            "1.48525, 2.91425, 4.32727, 5.73671, 8.49371, 6.11839", \
+            "1.52271, 2.94846, 4.36913, 5.77839, 7.89901, 4.82154" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.170956, 0.171046, 0.17093, 0.170827, 0.170653, 0.167757", \
+            "0.1686, 0.16863, 0.168554, 0.168509, 0.168277, 0.165323", \
+            "0.168482, 0.168657, 0.168559, 0.168449, 0.168228, 0.165141", \
+            "0.169943, 0.169988, 0.169876, 0.169888, 0.169635, 0.166522", \
+            "0.176016, 0.176073, 0.175987, 0.175923, 0.175778, 0.172229", \
+            "0.191824, 0.191839, 0.191691, 0.191735, 0.191446, 0.187503", \
+            "0.229787, 0.22971, 0.229667, 0.229594, 0.229126, 0.224015" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "9.31797, 9.59766, 9.89927, 10.1728, 11.074, 11.8915", \
+            "9.32029, 9.60496, 9.8903, 10.1703, 11.0711, 11.8908", \
+            "9.31195, 9.59647, 9.88878, 10.1633, 11.0639, 11.8586", \
+            "9.32197, 9.59423, 9.89677, 10.1701, 11.0571, 11.9081", \
+            "9.32143, 9.61205, 9.88304, 10.1805, 11.0742, 11.9101", \
+            "9.31357, 9.60247, 9.88436, 10.1677, 11.0689, 11.8994", \
+            "9.3121, 9.61244, 9.90845, 10.2008, 11.1041, 11.912" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.1659, 4.16205, 4.16759, 4.1664, 4.16808, 4.16297", \
+            "4.16427, 4.16499, 4.16566, 4.17404, 4.16671, 4.16539", \
+            "4.16609, 4.16224, 4.16777, 4.16653, 4.16826, 4.16314", \
+            "4.16553, 4.16591, 4.16767, 4.16626, 4.1687, 4.1634", \
+            "4.165, 4.16571, 4.16514, 4.17476, 4.1674, 4.16608", \
+            "4.16316, 4.16377, 4.16798, 4.16762, 4.16649, 4.16502", \
+            "4.16538, 4.16342, 4.16466, 4.16498, 4.16902, 4.16693" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.438, 2.86754, 4.28396, 5.70474, 8.85841, 7.2288", \
+            "1.43577, 2.86528, 4.2869, 5.70214, 8.82291, 7.12855", \
+            "1.43641, 2.86614, 4.28774, 5.69994, 8.78242, 7.066", \
+            "1.44023, 2.86975, 4.29318, 5.70582, 8.7045, 6.88027", \
+            "1.44808, 2.87625, 4.29374, 5.71238, 8.78653, 6.53289", \
+            "1.46726, 2.89651, 4.31872, 5.72676, 8.52432, 5.89083", \
+            "1.51015, 2.93855, 4.35605, 5.77654, 7.82678, 4.5374" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0904749, 0.0901327, 0.0899149, 0.0897952, 0.0892426, 0.0841027", \
+            "0.0890099, 0.0886602, 0.0885143, 0.0885779, 0.0877079, 0.0828025", \
+            "0.0891571, 0.0888167, 0.0885981, 0.0884842, 0.0878495, 0.0826034", \
+            "0.0908224, 0.090504, 0.0902548, 0.0902424, 0.0891551, 0.0841841", \
+            "0.0948723, 0.0945198, 0.0943932, 0.0944341, 0.0932643, 0.0880546", \
+            "0.105321, 0.105088, 0.104873, 0.104674, 0.103414, 0.0977553", \
+            "0.127821, 0.127406, 0.12711, 0.126926, 0.124577, 0.118448" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.80964;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0831252, 0.101898, 0.135971, 0.16892, 0.201666, 0.234313", \
+            "0.0831262, 0.101899, 0.135972, 0.168921, 0.201667, 0.234314", \
+            "0.0831272, 0.1019, 0.135973, 0.168922, 0.201668, 0.234315", \
+            "0.0831282, 0.101901, 0.135974, 0.168923, 0.201669, 0.234316", \
+            "0.0831292, 0.101902, 0.135975, 0.168924, 0.20167, 0.234317", \
+            "0.0831302, 0.101903, 0.135976, 0.168925, 0.201671, 0.234318", \
+            "0.0831312, 0.101904, 0.135977, 0.168926, 0.201672, 0.234319" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0628501, 0.0962365, 0.164003, 0.232625, 0.301671, 0.370896", \
+            "0.0659295, 0.1004, 0.169221, 0.23767, 0.306429, 0.375615", \
+            "0.0713318, 0.104286, 0.171863, 0.24114, 0.311354, 0.380293", \
+            "0.0739647, 0.106812, 0.173464, 0.241945, 0.311415, 0.381919", \
+            "0.0865974, 0.118069, 0.181349, 0.247835, 0.315333, 0.384085", \
+            "0.109274, 0.13853, 0.197909, 0.260902, 0.326318, 0.393573", \
+            "0.129195, 0.157324, 0.214537, 0.274529, 0.337808, 0.403488" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.451151, 0.478531, 0.52013, 0.554488, 0.585747, 0.614846", \
+            "0.493191, 0.520477, 0.561975, 0.59661, 0.627594, 0.656965", \
+            "0.608505, 0.635915, 0.677114, 0.711792, 0.742129, 0.772145", \
+            "0.663981, 0.691351, 0.733149, 0.767485, 0.797731, 0.827776", \
+            "0.98738, 1.0146, 1.05612, 1.09006, 1.12159, 1.15086", \
+            "1.64404, 1.67126, 1.71264, 1.747, 1.77722, 1.80713", \
+            "2.24003, 2.26694, 2.30856, 2.3424, 2.37348, 2.40238" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.131639, 0.157207, 0.202684, 0.246258, 0.2907, 0.335294", \
+            "0.131801, 0.157654, 0.202685, 0.246259, 0.290701, 0.335625", \
+            "0.131802, 0.157655, 0.202686, 0.24626, 0.290702, 0.335626", \
+            "0.131803, 0.157656, 0.202687, 0.246261, 0.290703, 0.335627", \
+            "0.131804, 0.157657, 0.202688, 0.246262, 0.290704, 0.335628", \
+            "0.132017, 0.157658, 0.202689, 0.246865, 0.290705, 0.335731", \
+            "0.140847, 0.165854, 0.208823, 0.251346, 0.295462, 0.33958" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-1.1854, -1.19072, -1.18993, -1.18988, -1.1908, -1.18784", \
+            "-1.18948, -1.18477, -1.18746, -1.18951, -1.18952, -1.18406", \
+            "-1.18891, -1.18892, -1.18896, -1.18894, -1.18903, -1.185", \
+            "-1.18866, -1.18867, -1.18364, -1.18875, -1.18879, -1.18882", \
+            "-1.18715, -1.1871, -1.18714, -1.18709, -1.18713, -1.18721", \
+            "-1.18636, -1.18673, -1.18714, -1.18757, -1.1879, -1.18816", \
+            "-1.1827, -1.18386, -1.18273, -1.18334, -1.18282, -1.18313" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.19073, 1.19072, 1.19077, 1.19081, 1.1908, 1.1909", \
+            "1.18948, 1.18948, 1.18951, 1.18951, 1.18952, 1.18961", \
+            "1.18891, 1.18892, 1.18896, 1.18894, 1.18903, 1.18908", \
+            "1.18866, 1.18867, 1.1887, 1.18875, 1.18879, 1.18882", \
+            "1.18715, 1.1871, 1.18714, 1.18709, 1.18713, 1.18721", \
+            "1.18636, 1.18673, 1.18714, 1.18757, 1.1879, 1.18816", \
+            "1.1827, 1.18386, 1.18273, 1.18334, 1.18282, 1.18313" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000226908, 0.0005226, 0.000830519, 0.00078649, 0.000408479, 2.08891e-05", \
+            "-4.22042e-05, 5.23077e-05, 0.000203999, 8.67698e-05, -0.000158161, -0.000632991", \
+            "-0.000964764, -0.000666096, -0.000377641, -0.00089219, -0.00131856, -0.00150359", \
+            "-0.00144732, -0.00152201, -0.00100824, -0.00104279, -0.00130428, -0.00154583", \
+            "-0.00173515, -0.00155575, -0.00203412, -0.00218051, -0.00241596, -0.00208487", \
+            "-0.00179693, -0.00186281, -0.00244968, -0.00274895, -0.0026796, -0.00302495", \
+            "-0.000990792, -0.00174462, -0.00214752, -0.00304535, -0.00376956, -0.00308423" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0554316, 0.0550879, 0.0551951, 0.0554327, 0.0556461, 0.0557958", \
+            "0.0542153, 0.0538966, 0.053952, 0.0541773, 0.0543601, 0.0545055", \
+            "0.0534856, 0.0531027, 0.0531415, 0.0533494, 0.0535116, 0.0536523", \
+            "0.0530989, 0.0527154, 0.0527717, 0.0529476, 0.0530869, 0.0532266", \
+            "0.0528382, 0.0524572, 0.0524632, 0.0526046, 0.0527513, 0.0528633", \
+            "0.0529779, 0.052513, 0.0523789, 0.05246, 0.052545, 0.0526376", \
+            "0.0536196, 0.0531371, 0.0526889, 0.0525855, 0.0525338, 0.0525134" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276798;
+      rise_capacitance_range (0.0229921, 0.0312061);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.0234414, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.37939e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.37939e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164272, -0.0172187, -0.017344, -0.0174193, -0.0173028, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224792, 0.0222596, 0.0221874, 0.0221378, 0.0219567, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.0173026, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219568, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.0173026, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219568, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252782;
+      rise_capacitance : 0.0260925;
+      rise_capacitance_range (0.0221885, 0.0308132);
+      fall_capacitance : 0.024464;
+      fall_capacitance_range (0.0209978, 0.0277746);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.663, 2.65815, 2.66306, 2.65803, 2.66193, 2.65852, 2.66328" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.269915, 0.269769, 0.269332, 0.269387, 0.267915, 0.269439, 0.26744" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336515, 0.0323304, 0.0322854, 0.034006, 0.0379632, 0.0486941, 0.0706621" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813506, 0.0803875, 0.0808783, 0.0822552, 0.0863923, 0.0963572, 0.118846" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadInOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 189.75;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.46;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 189.499;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1889.62;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1638.6;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1793.18;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1966.54;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1966.54;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 187.53;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.79;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 187.516;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.79;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 94.2869;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1884.44;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.07593;
+      capacitance : 0.188577;
+      rise_capacitance : 0.189895;
+      rise_capacitance_range (0.162282, 0.208866);
+      fall_capacitance : 0.187258;
+      fall_capacitance_range (0.166164, 0.200869);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.54948, 1.98537, 2.41868, 2.85128, 4.1479, 5.44429", \
+            "1.56845, 2.00432, 2.43764, 2.87024, 4.16695, 5.4629", \
+            "1.58291, 2.01883, 2.45217, 2.88478, 4.18153, 5.47811", \
+            "1.60745, 2.04325, 2.47656, 2.90912, 4.20581, 5.50245", \
+            "1.63562, 2.07151, 2.50485, 2.9375, 4.23404, 5.53004", \
+            "1.6732, 2.10917, 2.54258, 2.9752, 4.27173, 5.56774", \
+            "1.71191, 2.14777, 2.58125, 3.01361, 4.31037, 5.60624" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.13236, 2.02275, 2.92166, 3.82574, 6.53448, 9.2269", \
+            "1.13246, 2.02281, 2.92378, 3.82575, 6.53449, 9.23126", \
+            "1.13247, 2.02282, 2.92416, 3.82576, 6.5345, 9.23127", \
+            "1.13282, 2.02297, 2.9242, 3.82577, 6.53451, 9.23128", \
+            "1.13283, 2.02298, 2.92421, 3.82618, 6.53456, 9.23592", \
+            "1.13284, 2.02375, 2.92422, 3.82631, 6.53457, 9.23593", \
+            "1.13291, 2.02408, 2.92424, 3.82632, 6.53458, 9.2428" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.43677, 1.86654, 2.29554, 2.72391, 4.01033, 5.29434", \
+            "1.45624, 1.88536, 2.31404, 2.74281, 4.02874, 5.31236", \
+            "1.47243, 1.90157, 2.3299, 2.75885, 4.04345, 5.32765", \
+            "1.50613, 1.93476, 2.36296, 2.79226, 4.07634, 5.36061", \
+            "1.56466, 1.99356, 2.42162, 2.84972, 4.13614, 5.42275", \
+            "1.65511, 2.08392, 2.51213, 2.94146, 4.22563, 5.51105", \
+            "1.79186, 2.221, 2.64952, 3.07855, 4.36335, 5.64667" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.03378, 1.86387, 2.69407, 3.52668, 6.03783, 8.54573", \
+            "1.03379, 1.86388, 2.69535, 3.53107, 6.04636, 8.55837", \
+            "1.0338, 1.86389, 2.69811, 3.53117, 6.05584, 8.55838", \
+            "1.03463, 1.86674, 2.69812, 3.53118, 6.05585, 8.57099", \
+            "1.03464, 1.86675, 2.69813, 3.53119, 6.05586, 8.571", \
+            "1.03465, 1.86676, 2.69814, 3.53139, 6.05587, 8.57101", \
+            "1.03466, 1.86677, 2.69815, 3.5314, 6.05588, 8.57102" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.932447, 0.932448, 0.932449, 0.93245, 0.932451, 0.932452", \
+            "0.952078, 0.952079, 0.95208, 0.952081, 0.952082, 0.952083", \
+            "0.970039, 0.97004, 0.970041, 0.970042, 0.970043, 0.970044", \
+            "1.00251, 1.00252, 1.00253, 1.00254, 1.00255, 1.00256", \
+            "1.04116, 1.04117, 1.04118, 1.04119, 1.0412, 1.04121", \
+            "1.09709, 1.0971, 1.09711, 1.09712, 1.09713, 1.09714", \
+            "1.18612, 1.18613, 1.18614, 1.18615, 1.18616, 1.18617" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.932447, 0.932448, 0.932449, 0.93245, 0.932451, 0.932452", \
+            "0.952078, 0.952079, 0.95208, 0.952081, 0.952082, 0.952083", \
+            "0.970039, 0.97004, 0.970041, 0.970042, 0.970043, 0.970044", \
+            "1.00251, 1.00252, 1.00253, 1.00254, 1.00255, 1.00256", \
+            "1.04116, 1.04117, 1.04118, 1.04119, 1.0412, 1.04121", \
+            "1.09709, 1.0971, 1.09711, 1.09712, 1.09713, 1.09714", \
+            "1.18612, 1.18613, 1.18614, 1.18615, 1.18616, 1.18617" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.858056, 0.858057, 0.858058, 0.858059, 0.85806, 0.858061", \
+            "0.881395, 0.881396, 0.881397, 0.881398, 0.881399, 0.8814", \
+            "0.901056, 0.901057, 0.901058, 0.901059, 0.90106, 0.901061", \
+            "0.939794, 0.939795, 0.939796, 0.939797, 0.939798, 0.939799", \
+            "0.996358, 0.996359, 0.99636, 0.996361, 0.996362, 0.996363", \
+            "1.07591, 1.07592, 1.07593, 1.07594, 1.07595, 1.07596", \
+            "1.19972, 1.19973, 1.19974, 1.19975, 1.19976, 1.19977" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.858056, 0.858057, 0.858058, 0.858059, 0.85806, 0.858061", \
+            "0.881395, 0.881396, 0.881397, 0.881398, 0.881399, 0.8814", \
+            "0.901056, 0.901057, 0.901058, 0.901059, 0.90106, 0.901061", \
+            "0.939794, 0.939795, 0.939796, 0.939797, 0.939798, 0.939799", \
+            "0.996358, 0.996359, 0.99636, 0.996361, 0.996362, 0.996363", \
+            "1.07591, 1.07592, 1.07593, 1.07594, 1.07595, 1.07596", \
+            "1.19972, 1.19973, 1.19974, 1.19975, 1.19976, 1.19977" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55588, 2.00785, 2.45782, 2.90728, 4.25471, 5.60147", \
+            "1.57265, 2.0253, 2.47517, 2.92447, 4.27197, 5.61856", \
+            "1.5896, 2.0418, 2.49176, 2.94115, 4.28838, 5.63498", \
+            "1.61458, 2.06649, 2.51653, 2.96596, 4.31321, 5.65932", \
+            "1.64225, 2.0949, 2.54492, 2.99435, 4.34173, 5.68828", \
+            "1.68132, 2.1334, 2.58346, 3.03284, 4.38001, 5.72676", \
+            "1.72041, 2.17304, 2.62324, 3.07255, 4.41998, 5.76737" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.13135, 2.02284, 2.92319, 3.82618, 6.52359, 9.22329", \
+            "1.13136, 2.02285, 2.9232, 3.82619, 6.5236, 9.24351", \
+            "1.13137, 2.02286, 2.92375, 3.8262, 6.5312, 9.24352", \
+            "1.13138, 2.02287, 2.92376, 3.82622, 6.53121, 9.24353", \
+            "1.13139, 2.02288, 2.92377, 3.82623, 6.53122, 9.24354", \
+            "1.1314, 2.02289, 2.92378, 3.82624, 6.53383, 9.24355", \
+            "1.13141, 2.0229, 2.92379, 3.82625, 6.53384, 9.24356" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.4591, 1.92759, 2.39454, 2.86203, 4.26208, 5.66135", \
+            "1.47847, 1.94697, 2.41392, 2.8814, 4.28127, 5.68077", \
+            "1.49015, 1.95864, 2.4256, 2.89308, 4.29296, 5.69244", \
+            "1.51042, 1.97892, 2.44588, 2.91305, 4.3138, 5.71262", \
+            "1.53457, 2.00337, 2.47045, 2.93749, 4.3376, 5.73681", \
+            "1.55717, 2.0257, 2.49287, 2.96008, 4.35927, 5.75795", \
+            "1.58795, 2.05603, 2.52371, 2.9894, 4.38845, 5.78643" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.02981, 1.85961, 2.70138, 3.53181, 6.03488, 8.53589", \
+            "1.02982, 1.85962, 2.70139, 3.53182, 6.03538, 8.5429", \
+            "1.02983, 1.85963, 2.7014, 3.53183, 6.03539, 8.54291", \
+            "1.02984, 1.85963, 2.70141, 3.53184, 6.0354, 8.54292", \
+            "1.02985, 1.85964, 2.70142, 3.53185, 6.04357, 8.54293", \
+            "1.02986, 1.85965, 2.70143, 3.53193, 6.04358, 8.54294", \
+            "1.02987, 1.85966, 2.70144, 3.53194, 6.04359, 8.54295" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.5241, 3.49142, 3.45117, 3.42405, 3.3202, 3.10302", \
+            "3.51861, 3.48507, 3.45936, 3.41956, 3.25096, 3.11329", \
+            "3.52299, 3.49004, 3.46444, 3.42524, 3.26591, 3.07669", \
+            "3.5276, 3.49284, 3.46497, 3.40243, 3.23763, 3.08072", \
+            "3.52489, 3.48896, 3.4618, 3.43481, 3.32063, 3.13371", \
+            "3.52074, 3.49115, 3.44378, 3.43939, 3.27799, 3.09236", \
+            "3.5153, 3.48637, 3.45781, 3.39715, 3.25918, 3.1974" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91385, 1.90815, 1.90679, 1.90527, 1.9043, 1.90343", \
+            "1.91906, 1.91285, 1.91046, 1.90836, 1.9061, 1.90466", \
+            "1.92089, 1.91331, 1.90919, 1.90747, 1.90512, 1.90369", \
+            "1.92955, 1.91878, 1.91241, 1.90929, 1.90575, 1.90384", \
+            "1.93385, 1.92079, 1.9145, 1.91067, 1.90628, 1.90412", \
+            "1.93979, 1.92811, 1.92226, 1.91893, 1.915, 1.9127", \
+            "1.91902, 1.91302, 1.90968, 1.90761, 1.90546, 1.90322" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.47173, 2.90051, 4.33261, 5.75467, 10.0432, 14.3311", \
+            "1.46943, 2.89793, 4.33143, 5.75614, 10.0406, 14.324", \
+            "1.46945, 2.8981, 4.32864, 5.75617, 10.0522, 14.3284", \
+            "1.47441, 2.90142, 4.32961, 5.75484, 10.0461, 14.3333", \
+            "1.48025, 2.90758, 4.33566, 5.768, 10.0483, 14.3385", \
+            "1.49159, 2.92375, 4.35021, 5.78604, 10.0736, 14.3589", \
+            "1.5308, 2.96166, 4.38939, 5.8175, 10.099, 14.3848" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.170859, 0.170227, 0.170049, 0.170168, 0.16994, 0.170061", \
+            "0.168451, 0.167946, 0.167899, 0.167817, 0.167481, 0.167671", \
+            "0.168427, 0.167971, 0.167721, 0.167974, 0.167601, 0.167434", \
+            "0.169863, 0.169244, 0.169435, 0.169354, 0.169056, 0.16909", \
+            "0.175942, 0.175323, 0.175243, 0.175049, 0.174938, 0.17505", \
+            "0.191737, 0.191111, 0.191135, 0.19133, 0.190919, 0.190713", \
+            "0.229763, 0.229166, 0.229246, 0.228846, 0.228724, 0.228668" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.40015, 3.57786, 3.76622, 3.96488, 4.42804, 4.94944", \
+            "3.38595, 3.57608, 3.74534, 3.95284, 4.43804, 5.07352", \
+            "3.39609, 3.57994, 3.7715, 3.96281, 4.48958, 5.06263", \
+            "3.39978, 3.57138, 3.76903, 3.96492, 4.43032, 4.93716", \
+            "3.38353, 3.57547, 3.75507, 3.96096, 4.4257, 4.98986", \
+            "3.39868, 3.58416, 3.77385, 3.96201, 4.52447, 5.07213", \
+            "3.39084, 3.57882, 3.7619, 3.96561, 4.42801, 4.94244" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.11032, 1.10891, 1.10941, 1.10877, 1.10825, 1.10777", \
+            "1.11023, 1.10881, 1.10932, 1.10868, 1.10817, 1.10782", \
+            "1.11043, 1.10902, 1.10952, 1.10889, 1.10837, 1.10803", \
+            "1.11211, 1.11071, 1.11095, 1.11163, 1.11, 1.10954", \
+            "1.11083, 1.11053, 1.11001, 1.10928, 1.10937, 1.10827", \
+            "1.1073, 1.10713, 1.10665, 1.10601, 1.10554, 1.10522", \
+            "1.11133, 1.11185, 1.11113, 1.11068, 1.11056, 1.11007" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.44709, 2.87557, 4.30725, 5.73655, 10.0166, 14.3067", \
+            "1.44191, 2.87342, 4.30134, 5.73046, 10.0171, 14.3048", \
+            "1.4431, 2.87562, 4.30316, 5.7346, 10.0207, 14.2941", \
+            "1.44879, 2.87576, 4.30518, 5.73834, 10.0187, 14.3077", \
+            "1.45359, 2.88546, 4.31352, 5.74172, 10.0238, 14.3175", \
+            "1.47245, 2.90256, 4.3319, 5.7601, 10.0515, 14.3266", \
+            "1.5173, 2.94778, 4.37418, 5.80407, 10.0889, 14.3728" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0899352, 0.0894049, 0.0894117, 0.0894182, 0.0891092, 0.089132", \
+            "0.088566, 0.0880602, 0.0880633, 0.0880697, 0.087641, 0.0878705", \
+            "0.0885873, 0.0880817, 0.0880804, 0.088091, 0.0876619, 0.0878925", \
+            "0.0903723, 0.0897807, 0.0901016, 0.0895518, 0.0895047, 0.0895717", \
+            "0.0944217, 0.0939999, 0.0937443, 0.0939093, 0.093256, 0.093583", \
+            "0.104779, 0.104642, 0.104098, 0.103968, 0.103929, 0.103859", \
+            "0.12785, 0.127404, 0.127237, 0.127232, 0.126554, 0.126934" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.812356;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.083135, 0.101906, 0.135997, 0.168912, 0.201587, 0.234197", \
+            "0.083136, 0.101907, 0.135998, 0.168913, 0.201588, 0.234198", \
+            "0.083137, 0.101908, 0.135999, 0.168914, 0.201589, 0.234199", \
+            "0.083138, 0.101909, 0.136, 0.168915, 0.20159, 0.2342", \
+            "0.083139, 0.10191, 0.136001, 0.168916, 0.201591, 0.234201", \
+            "0.08314, 0.101911, 0.136002, 0.168917, 0.201592, 0.234202", \
+            "0.083141, 0.101912, 0.136003, 0.168918, 0.201593, 0.234203" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627305, 0.0960899, 0.163886, 0.232432, 0.301491, 0.37082", \
+            "0.0659578, 0.10023, 0.169128, 0.237451, 0.306242, 0.37542", \
+            "0.0711406, 0.104106, 0.17164, 0.241016, 0.311128, 0.380191", \
+            "0.0739344, 0.10623, 0.173213, 0.241798, 0.31143, 0.381805", \
+            "0.08652, 0.116985, 0.181532, 0.248097, 0.315514, 0.383951", \
+            "0.109916, 0.138904, 0.198704, 0.261372, 0.326372, 0.392627", \
+            "0.129196, 0.157307, 0.214063, 0.27461, 0.337758, 0.402749" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.451091, 0.478481, 0.519999, 0.553829, 0.585546, 0.614002", \
+            "0.493021, 0.520487, 0.561779, 0.596509, 0.627595, 0.655985", \
+            "0.608404, 0.635804, 0.677352, 0.711677, 0.741974, 0.771585", \
+            "0.663957, 0.691385, 0.733091, 0.767428, 0.797677, 0.827724", \
+            "0.987065, 1.0145, 1.05601, 1.0904, 1.12075, 1.15076", \
+            "1.644, 1.67123, 1.71261, 1.7469, 1.7782, 1.80742", \
+            "2.23853, 2.26609, 2.30759, 2.341, 2.37123, 2.40075" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.131757, 0.157198, 0.202496, 0.245657, 0.290688, 0.334719", \
+            "0.131758, 0.157623, 0.202497, 0.246025, 0.290689, 0.33472", \
+            "0.131759, 0.157624, 0.202498, 0.246026, 0.29069, 0.335202", \
+            "0.13176, 0.157625, 0.202499, 0.246027, 0.290691, 0.335203", \
+            "0.131761, 0.157626, 0.2025, 0.246028, 0.290692, 0.335204", \
+            "0.132016, 0.157637, 0.202501, 0.246744, 0.290827, 0.335205", \
+            "0.141725, 0.16589, 0.208878, 0.252128, 0.294924, 0.339689" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.155842, -0.156461, -0.156447, -0.156443, -0.156438, -0.156225", \
+            "-0.156086, -0.15608, -0.156144, -0.156366, -0.156364, -0.155807", \
+            "-0.15629, -0.156305, -0.156301, -0.156298, -0.156296, -0.156292", \
+            "-0.156274, -0.156272, -0.156269, -0.156266, -0.156264, -0.156262", \
+            "-0.155922, -0.156053, -0.156046, -0.156043, -0.156043, -0.156039", \
+            "-0.155881, -0.155926, -0.155985, -0.156032, -0.156063, -0.155645", \
+            "-0.155412, -0.15542, -0.155328, -0.155517, -0.155388, -0.155341" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.156466, 0.156461, 0.156447, 0.156443, 0.156438, 0.156438", \
+            "0.156377, 0.156371, 0.156369, 0.156366, 0.156364, 0.156363", \
+            "0.156307, 0.156305, 0.156301, 0.156298, 0.156296, 0.156292", \
+            "0.156274, 0.156272, 0.156269, 0.156266, 0.156264, 0.156262", \
+            "0.156056, 0.156053, 0.156046, 0.156043, 0.156043, 0.156039", \
+            "0.155881, 0.155926, 0.155985, 0.156032, 0.156063, 0.155645", \
+            "0.155412, 0.15542, 0.155328, 0.155517, 0.155388, 0.155341" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000115128, 0.000424092, 0.000837599, 0.00076093, 0.000386519, -0.000151191", \
+            "-0.000192528, -7.27083e-05, -2.76006e-05, -4.41502e-05, -0.000370201, -0.000717591", \
+            "-0.0012164, -0.000917664, -0.000550441, -0.00094859, -0.0010086, -0.00118379", \
+            "-0.001079, -0.00119947, -0.00103356, -0.00086087, -0.000969361, -0.00172955", \
+            "-0.00167749, -0.00219592, -0.00192228, -0.00288839, -0.00282336, -0.00247247", \
+            "-0.00164306, -0.0020824, -0.00196296, -0.00323495, -0.00274716, -0.00387539", \
+            "-0.00111991, -0.00151602, -0.00246636, -0.00276731, -0.00351156, -0.00369719" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0554261, 0.0550733, 0.055173, 0.0554033, 0.0556271, 0.0557816", \
+            "0.0541929, 0.0538863, 0.053949, 0.0541744, 0.0543622, 0.0544998", \
+            "0.053481, 0.0530974, 0.0531486, 0.0533435, 0.0535063, 0.0536181", \
+            "0.0530997, 0.0527263, 0.0527684, 0.0529443, 0.0530835, 0.0532237", \
+            "0.0528259, 0.0524559, 0.0524646, 0.052611, 0.0527384, 0.0528613", \
+            "0.0529766, 0.0525122, 0.0523788, 0.0524531, 0.0525373, 0.0524902", \
+            "0.0538962, 0.0531365, 0.0526504, 0.0525274, 0.0524226, 0.0524242" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276797;
+      rise_capacitance_range (0.0229918, 0.031206);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.023441, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.4092e-06, -2.86858e-06, -4.09611e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.4092e-06, 2.86858e-06, 4.09611e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164274, -0.0172188, -0.017344, -0.0174193, -0.0173012, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224793, 0.0222596, 0.0221874, 0.0221378, 0.0219571, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.41063e-06, -2.87211e-06, -4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.41063e-06, 2.87211e-06, 4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0172183, -0.0173434, -0.0174189, -0.0173034, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224783, 0.0222585, 0.0221869, 0.0221375, 0.0219572, 0.0217806, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.41063e-06, -2.87211e-06, -4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.41063e-06, 2.87211e-06, 4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0172183, -0.0173434, -0.0174189, -0.0173034, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224783, 0.0222585, 0.0221869, 0.0221375, 0.0219572, 0.0217806, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252808;
+      rise_capacitance : 0.0260999;
+      rise_capacitance_range (0.0221883, 0.0308705);
+      fall_capacitance : 0.0244616;
+      fall_capacitance_range (0.0209976, 0.0278104);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.909065, 0.908883, 0.909248, 0.909041, 0.909423, 0.907505, 0.908591" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.305067, 0.304736, 0.304846, 0.303703, 0.303348, 0.303951, 0.30294" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336586, 0.0323363, 0.032293, 0.0340124, 0.0379721, 0.0486711, 0.0707421" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813504, 0.0803938, 0.0808797, 0.0822601, 0.0863942, 0.0962996, 0.118723" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13cmos5l_IOPadOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 438.841;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.931;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 201.682;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.193;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 320.261;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.562;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.21305;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.48219, 1.77613, 2.24432, 2.46584, 2.79385, 3.11961", \
+            "1.511, 1.80572, 2.2727, 2.49458, 2.82273, 3.14837", \
+            "1.54096, 1.83495, 2.30311, 2.52448, 2.85267, 3.17826", \
+            "1.61473, 1.90906, 2.37648, 2.59688, 2.92579, 3.25162", \
+            "1.7655, 2.05921, 2.52665, 2.74854, 3.07666, 3.40194", \
+            "2.06865, 2.36182, 2.83046, 3.051, 3.37953, 3.70515", \
+            "2.66358, 2.95742, 3.42554, 3.6472, 3.97417, 4.30039" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.510924, 0.942338, 1.79281, 2.22632, 2.8848, 3.54848", \
+            "0.510928, 0.94337, 1.79282, 2.22655, 2.88481, 3.5495", \
+            "0.510978, 0.943371, 1.79283, 2.22656, 2.88482, 3.54951", \
+            "0.510979, 0.943372, 1.79284, 2.22657, 2.88483, 3.54952", \
+            "0.51098, 0.943373, 1.79285, 2.22678, 2.88484, 3.54953", \
+            "0.510981, 0.943374, 1.79286, 2.22679, 2.88513, 3.54954", \
+            "0.510982, 0.943375, 1.79287, 2.22685, 2.88514, 3.54955" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.29542, 1.53108, 1.94428, 2.14631, 2.45665, 2.76747", \
+            "1.3045, 1.54025, 1.95144, 2.15735, 2.4659, 2.77768", \
+            "1.31407, 1.54993, 1.96231, 2.1667, 2.47544, 2.78714", \
+            "1.33224, 1.5689, 1.97923, 2.1846, 2.49352, 2.80529", \
+            "1.35863, 1.59515, 2.00656, 2.21089, 2.51868, 2.83149", \
+            "1.38952, 1.62602, 2.03718, 2.242, 2.54927, 2.86236", \
+            "1.4554, 1.69147, 2.10455, 2.30661, 2.61659, 2.92889" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.61148, 0.933952, 1.67559, 2.06517, 2.66226, 3.26846", \
+            "0.611481, 0.934998, 1.6756, 2.06615, 2.66231, 3.26847", \
+            "0.611482, 0.935161, 1.67656, 2.06616, 2.66232, 3.26848", \
+            "0.611483, 0.936469, 1.67657, 2.06617, 2.66233, 3.26849", \
+            "0.611601, 0.936577, 1.67658, 2.06618, 2.66321, 3.26908", \
+            "0.612518, 0.937195, 1.67659, 2.06651, 2.66383, 3.26909", \
+            "0.612931, 0.937196, 1.67678, 2.06706, 2.66384, 3.26909" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "6.17145, 6.09388, 6.04247, 6.01244, 5.95762, 5.8439", \
+            "6.17286, 6.12965, 6.03468, 6.01663, 5.95752, 5.85397", \
+            "6.16892, 6.09744, 6.02088, 6.00725, 5.95983, 5.8607", \
+            "6.18489, 6.1088, 6.05883, 5.95191, 5.94459, 5.84899", \
+            "6.19645, 6.12655, 6.07094, 6.06095, 5.95254, 5.8806", \
+            "6.243, 6.18394, 6.13434, 6.08929, 6.00273, 5.93215", \
+            "6.34891, 6.28594, 6.24113, 6.21608, 6.12018, 5.99069" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "14.9186, 12.0703, 9.67442, 9.01185, 8.2847, 7.79305", \
+            "14.895, 12.0542, 9.65441, 8.98499, 8.26318, 7.76672", \
+            "14.8989, 12.0571, 9.67291, 8.97539, 8.26055, 7.76469", \
+            "14.9105, 12.074, 9.65839, 8.97641, 8.26204, 7.76461", \
+            "14.9222, 12.0793, 9.67908, 8.98285, 8.29739, 7.76934", \
+            "14.9505, 12.0955, 9.65775, 8.99492, 8.29423, 7.76934", \
+            "14.9716, 12.1069, 9.6866, 9.03338, 8.2935, 7.79409" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "-0.0100958, -0.0100958, -0.0100962, -0.0100962, -0.0100963, -0.0100958", \
+            "-0.0113445, -0.0113446, -0.0113449, -0.0113454, -0.0113453, -0.0113448", \
+            "-0.0105443, -0.0105443, -0.0105446, -0.0105448, -0.0105447, -0.0105443", \
+            "-0.00723627, -0.00725203, -0.00730723, -0.00730731, -0.00722371, -0.00730694", \
+            "0.000793376, 0.000793131, 0.000793205, 0.000792619, 0.000792941, 0.000793345", \
+            "0.0184921, 0.0188254, 0.0184543, 0.018825, 0.018825, 0.0188253", \
+            "0.0567026, 0.0567027, 0.0567023, 0.0567023, 0.0567024, 0.0567027" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.0560928, 0.0560837, 0.0560829, 0.0560816, 0.0560806, 0.0560807", \
+            "0.0564502, 0.0564416, 0.0564432, 0.0564286, 0.0564386, 0.0564339", \
+            "0.0575592, 0.0575802, 0.0575486, 0.057568, 0.057548, 0.0575433", \
+            "0.0612522, 0.0613101, 0.0612428, 0.0612994, 0.0612397, 0.061303", \
+            "0.0700145, 0.0700059, 0.0700048, 0.0699949, 0.0699966, 0.069998", \
+            "0.0879647, 0.0880457, 0.0879479, 0.0880355, 0.0880348, 0.0880383", \
+            "0.125612, 0.125589, 0.1256, 0.125818, 0.125712, 0.125702" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392194;
+      rise_capacitance : 0.0380695;
+      rise_capacitance_range (0.034176, 0.0406024);
+      fall_capacitance : 0.0403692;
+      fall_capacitance_range (0.0360909, 0.0430839);
+    }
+  }
+ cell (sg13cmos5l_IOPadOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 851.687;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.269;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 406.782;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.122;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 629.234;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.196;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.53171;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.83605, 2.22672, 2.78965, 3.03862, 3.39854, 3.75349", \
+            "1.86498, 2.25586, 2.81856, 3.0651, 3.42883, 3.78182", \
+            "1.89882, 2.28895, 2.85175, 3.09917, 3.46038, 3.8156", \
+            "1.96876, 2.35866, 2.91951, 3.16989, 3.53223, 3.88651", \
+            "2.12212, 2.5127, 3.07023, 3.32318, 3.67957, 4.04002", \
+            "2.42212, 2.81291, 3.37664, 3.6244, 3.98591, 4.33945", \
+            "3.01845, 3.40888, 3.97331, 4.22104, 4.58414, 4.93804" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.657208, 1.16926, 2.07708, 2.53014, 3.2195, 3.92074", \
+            "0.657209, 1.16929, 2.07709, 2.53015, 3.22164, 3.92075", \
+            "0.65721, 1.16976, 2.07725, 2.53038, 3.22165, 3.92076", \
+            "0.657211, 1.16977, 2.07726, 2.53039, 3.22166, 3.92077", \
+            "0.657212, 1.16978, 2.07727, 2.5304, 3.22167, 3.92078", \
+            "0.657213, 1.16979, 2.07728, 2.53041, 3.22168, 3.92079", \
+            "0.657214, 1.1698, 2.07729, 2.53051, 3.22169, 3.9208" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.66, 1.94387, 2.41265, 2.63031, 2.94885, 3.26808", \
+            "1.66857, 1.95425, 2.42111, 2.6388, 2.9577, 3.278", \
+            "1.67853, 1.96274, 2.4313, 2.64827, 2.96755, 3.28692", \
+            "1.69715, 1.98339, 2.44956, 2.66629, 2.98577, 3.3105", \
+            "1.72286, 2.00769, 2.47602, 2.69139, 3.0131, 3.3308", \
+            "1.75459, 2.0389, 2.50686, 2.72488, 3.04395, 3.36347", \
+            "1.82046, 2.1047, 2.57192, 2.78841, 3.10899, 3.42772" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.998532, 1.31503, 2.02311, 2.41117, 3.01959, 3.64267", \
+            "0.998533, 1.31504, 2.02312, 2.41425, 3.01987, 3.64268", \
+            "0.998534, 1.31505, 2.02596, 2.41426, 3.01988, 3.64269", \
+            "0.999427, 1.3152, 2.02597, 2.41427, 3.02025, 3.64361", \
+            "0.999491, 1.31636, 2.02598, 2.41428, 3.02109, 3.64362", \
+            "1.00099, 1.31637, 2.02599, 2.41484, 3.0211, 3.64363", \
+            "1.00132, 1.31759, 2.02631, 2.41485, 3.02318, 3.64364" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "9.96903, 9.83582, 9.74394, 9.41734, 9.16215, 9.15288", \
+            "9.93248, 9.84241, 9.75328, 9.27293, 9.3264, 9.04002", \
+            "9.98888, 9.84727, 9.75021, 9.41658, 9.16285, 9.12021", \
+            "9.95636, 9.64712, 9.43982, 9.44028, 9.30079, 9.1773", \
+            "10.0305, 9.89327, 9.77609, 9.41262, 9.19423, 9.2301", \
+            "10.0341, 9.93135, 9.8475, 9.44856, 9.40203, 9.12912", \
+            "10.1424, 9.91069, 9.93498, 9.61901, 9.52789, 9.33438" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "53.6991, 44.4388, 34.7535, 31.8284, 28.6587, 26.2815", \
+            "53.7534, 44.3996, 34.6981, 31.8265, 28.6599, 26.2063", \
+            "53.7249, 44.4377, 34.7866, 31.8259, 28.6473, 26.2734", \
+            "53.7493, 44.3653, 34.7407, 31.8567, 28.6973, 26.2405", \
+            "53.7863, 44.4405, 34.777, 31.8609, 28.6438, 26.2938", \
+            "53.8412, 44.5235, 34.826, 31.884, 28.6388, 26.2959", \
+            "53.9317, 44.6099, 34.9382, 31.9539, 28.8009, 26.3489" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "-0.0100998, -0.0100998, -0.0100996, -0.0100998, -0.0101, -0.0100998", \
+            "-0.0113461, -0.0113464, -0.0113461, -0.0113463, -0.0113465, -0.0113465", \
+            "-0.0105776, -0.0105778, -0.0105777, -0.0105778, -0.010578, -0.0105779", \
+            "-0.00724316, -0.00725765, -0.00722862, -0.00722885, -0.00722904, -0.00731315", \
+            "0.000783257, 0.000783372, 0.000570847, 0.000783186, 0.000570004, 0.000783062", \
+            "0.0188044, 0.0188043, 0.0184715, 0.0184713, 0.0184335, 0.0188042", \
+            "0.0566427, 0.0566424, 0.0566426, 0.0566422, 0.0566423, 0.0566424" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.056088, 0.0560899, 0.056087, 0.0560873, 0.0560867, 0.0560863", \
+            "0.0564432, 0.0564361, 0.0564342, 0.0564358, 0.0564328, 0.0564335", \
+            "0.0575514, 0.0575719, 0.0575682, 0.0575684, 0.0575408, 0.0575678", \
+            "0.0612386, 0.0612328, 0.0612299, 0.0612303, 0.0612965, 0.0612981", \
+            "0.0695863, 0.0699865, 0.0695852, 0.0695862, 0.069586, 0.0695845", \
+            "0.0879223, 0.0879385, 0.0879145, 0.0879371, 0.0879124, 0.0879138", \
+            "0.125623, 0.125595, 0.125664, 0.125792, 0.125867, 0.125607" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392183;
+      rise_capacitance : 0.0380654;
+      rise_capacitance_range (0.0341714, 0.0405906);
+      fall_capacitance : 0.0403712;
+      fall_capacitance_range (0.0360774, 0.0430673);
+    }
+  }
+ cell (sg13cmos5l_IOPadOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 172.828;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.228;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 118.795;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.207;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 145.811;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.217;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.11146;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.48454, 1.92055, 2.35449, 2.78678, 4.08373, 5.37987", \
+            "1.51342, 1.94973, 2.38305, 2.81598, 4.11293, 5.40925", \
+            "1.54356, 1.97984, 2.4137, 2.84599, 4.143, 5.4394", \
+            "1.61772, 2.05383, 2.48775, 2.91962, 4.21701, 5.51289", \
+            "1.76747, 2.20328, 2.63714, 3.06944, 4.36644, 5.66283", \
+            "2.07059, 2.50668, 2.9414, 3.37394, 4.66987, 5.96618", \
+            "2.66774, 3.10168, 3.53569, 3.97001, 5.26698, 6.5631" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.10093, 1.98802, 2.88417, 3.78209, 6.48436, 9.18199", \
+            "1.10094, 1.98803, 2.88426, 3.78234, 6.48437, 9.18319", \
+            "1.10095, 1.98818, 2.88427, 3.7834, 6.48438, 9.18534", \
+            "1.10107, 1.98819, 2.88428, 3.78353, 6.48439, 9.18535", \
+            "1.10108, 1.9882, 2.88436, 3.78354, 6.4844, 9.18536", \
+            "1.10114, 1.98821, 2.88437, 3.78355, 6.48441, 9.18537", \
+            "1.10115, 1.98822, 2.88438, 3.78356, 6.48442, 9.18538" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33709, 1.76438, 2.19139, 2.61878, 3.90079, 5.18261", \
+            "1.34619, 1.77327, 2.20051, 2.62779, 3.9099, 5.19172", \
+            "1.35519, 1.7826, 2.20966, 2.63662, 3.91794, 5.20078", \
+            "1.37323, 1.80077, 2.22781, 2.65501, 3.93699, 5.21889", \
+            "1.39895, 1.82604, 2.25424, 2.68086, 3.96189, 5.24515", \
+            "1.42956, 1.85683, 2.28365, 2.71066, 3.99219, 5.27493", \
+            "1.49486, 1.922, 2.34922, 2.77615, 4.05748, 5.34014" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.0044, 1.82514, 2.65446, 3.48561, 5.98221, 8.47946", \
+            "1.00441, 1.82535, 2.65447, 3.48562, 5.98222, 8.47948", \
+            "1.00442, 1.82536, 2.65448, 3.48591, 5.98459, 8.47949", \
+            "1.00443, 1.82537, 2.65449, 3.48592, 5.9846, 8.4795", \
+            "1.00444, 1.82538, 2.6545, 3.48593, 5.98461, 8.47951", \
+            "1.00446, 1.82559, 2.65458, 3.48594, 5.98462, 8.47952", \
+            "1.00501, 1.8256, 2.65459, 3.48724, 5.98463, 8.47953" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.16849, 3.14189, 3.10857, 3.07524, 2.99221, 2.88017", \
+            "3.16719, 3.14376, 3.10959, 3.08359, 2.99848, 2.91832", \
+            "3.16794, 3.14138, 3.10873, 3.08352, 2.99762, 2.90601", \
+            "3.18079, 3.15258, 3.12345, 3.09834, 3.01026, 2.91621", \
+            "3.20388, 3.17631, 3.14328, 3.11728, 3.0299, 2.93954", \
+            "3.25705, 3.22832, 3.20153, 3.17011, 3.08718, 2.99218", \
+            "3.36009, 3.33079, 3.30135, 3.277, 3.19262, 3.10085" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.07826, 2.04322, 2.02619, 2.01901, 2.00462, 1.99915", \
+            "2.05778, 2.02316, 2.00593, 1.99889, 1.98434, 1.97886", \
+            "2.05017, 2.01477, 1.99773, 1.99041, 1.97721, 1.9703", \
+            "2.0417, 2.0068, 1.98984, 1.98251, 1.96886, 1.96259", \
+            "2.04182, 2.00564, 1.99028, 1.98275, 1.969, 1.96302", \
+            "2.02731, 1.9908, 1.97267, 1.96507, 1.95097, 1.94517", \
+            "2.0265, 1.99041, 1.97257, 1.96368, 1.95012, 1.94503" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "-0.0101002, -0.0101008, -0.010101, -0.010101, -0.0101007, -0.0101009", \
+            "-0.0113461, -0.0113466, -0.0113469, -0.0113469, -0.0113467, -0.0113466", \
+            "-0.0105765, -0.010577, -0.0105775, -0.0105773, -0.0105771, -0.0105772", \
+            "-0.0072566, -0.00725739, -0.00725783, -0.00724264, -0.00725747, -0.00724231", \
+            "0.000593564, 0.000784031, 0.000783557, 0.000783734, 0.000784144, 0.000783906", \
+            "0.0188051, 0.0188043, 0.0184713, 0.0184338, 0.0188043, 0.0188044", \
+            "0.0564691, 0.0566446, 0.0566444, 0.0564684, 0.0564685, 0.0564687" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0561003, 0.0560997, 0.0560932, 0.0561053, 0.0560917, 0.0560928", \
+            "0.0564487, 0.0564501, 0.0564363, 0.0564526, 0.0564393, 0.0564406", \
+            "0.0575855, 0.0575541, 0.0575397, 0.0575851, 0.0575473, 0.0575488", \
+            "0.061314, 0.0613077, 0.0612924, 0.0613095, 0.0612981, 0.0612342", \
+            "0.0695964, 0.0696031, 0.0699922, 0.0699997, 0.0695828, 0.0699878", \
+            "0.0877965, 0.0877857, 0.0880155, 0.0880214, 0.0879411, 0.0877795", \
+            "0.125641, 0.125653, 0.12547, 0.125863, 0.125569, 0.125533" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392157;
+      rise_capacitance : 0.0380628;
+      rise_capacitance_range (0.0341708, 0.0406205);
+      fall_capacitance : 0.0403686;
+      fall_capacitance_range (0.0360764, 0.0430814);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 173.446;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.27;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 173.446;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1581.83;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 262.209;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.2;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 479.337;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.57;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 272.109;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1624.72;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.21412;
+      capacitance : 0.24106;
+      rise_capacitance : 0.24299;
+      rise_capacitance_range (0.24299, 0.24299);
+      fall_capacitance : 0.239129;
+      fall_capacitance_range (0.239129, 0.239129);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55181, 1.71179, 1.84668, 1.97205, 2.31546, 2.64676", \
+            "1.57169, 1.73149, 1.8664, 1.99174, 2.33512, 2.66636", \
+            "1.58577, 1.74561, 1.88032, 2.00577, 2.34909, 2.68033", \
+            "1.61023, 1.76997, 1.90492, 2.03028, 2.37343, 2.70486", \
+            "1.63893, 1.79864, 1.93333, 2.05884, 2.40216, 2.73336", \
+            "1.67679, 1.83662, 1.9726, 2.09676, 2.44017, 2.77139", \
+            "1.71547, 1.876, 2.0123, 2.1358, 2.47976, 2.81045" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.513216, 0.732503, 0.94266, 1.1547, 1.7929, 2.44498", \
+            "0.513217, 0.732504, 0.942931, 1.15471, 1.79303, 2.44502", \
+            "0.513218, 0.732505, 0.942932, 1.15472, 1.79309, 2.44507", \
+            "0.513219, 0.732506, 0.942933, 1.15473, 1.7931, 2.44523", \
+            "0.51322, 0.732507, 0.942934, 1.15474, 1.79311, 2.44544", \
+            "0.513221, 0.732508, 0.943702, 1.15475, 1.79312, 2.44545", \
+            "0.513222, 0.732509, 0.944322, 1.15557, 1.79318, 2.44596" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.38738, 1.51221, 1.62539, 1.73162, 2.04014, 2.34814", \
+            "1.40796, 1.53346, 1.64602, 1.75179, 2.05919, 2.36842", \
+            "1.42479, 1.55052, 1.66295, 1.76858, 2.07699, 2.38549", \
+            "1.46061, 1.58641, 1.69878, 1.80448, 2.11265, 2.42032", \
+            "1.52055, 1.64528, 1.7578, 1.86397, 2.17244, 2.47863", \
+            "1.60873, 1.73409, 1.84655, 1.95217, 2.26022, 2.56822", \
+            "1.74366, 1.86916, 1.98286, 2.08852, 2.39662, 2.7037" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.580395, 0.742624, 0.913386, 1.09123, 1.66102, 2.25247", \
+            "0.582995, 0.74551, 0.91515, 1.09329, 1.6622, 2.25316", \
+            "0.585582, 0.746946, 0.916605, 1.09449, 1.66378, 2.25367", \
+            "0.589181, 0.750746, 0.919864, 1.09664, 1.6657, 2.255", \
+            "0.591457, 0.751579, 0.921312, 1.09756, 1.66616, 2.25603", \
+            "0.591458, 0.75158, 0.921313, 1.09757, 1.66617, 2.25604", \
+            "0.591459, 0.751581, 0.921314, 1.09758, 1.66618, 2.25605" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.14816, 1.14817, 1.14818, 1.14819, 1.1482, 1.14821", \
+            "1.16427, 1.16428, 1.16429, 1.1643, 1.16431, 1.16432", \
+            "1.1836, 1.18361, 1.18362, 1.18363, 1.18364, 1.18365", \
+            "1.21636, 1.21637, 1.21638, 1.21639, 1.2164, 1.21641", \
+            "1.25281, 1.25282, 1.25283, 1.25284, 1.25285, 1.25286", \
+            "1.3134, 1.31341, 1.31342, 1.31343, 1.31344, 1.31345", \
+            "1.39983, 1.39984, 1.39985, 1.39986, 1.39987, 1.39988" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.14816, 1.14817, 1.14818, 1.14819, 1.1482, 1.14821", \
+            "1.16427, 1.16428, 1.16429, 1.1643, 1.16431, 1.16432", \
+            "1.1836, 1.18361, 1.18362, 1.18363, 1.18364, 1.18365", \
+            "1.21636, 1.21637, 1.21638, 1.21639, 1.2164, 1.21641", \
+            "1.25281, 1.25282, 1.25283, 1.25284, 1.25285, 1.25286", \
+            "1.3134, 1.31341, 1.31342, 1.31343, 1.31344, 1.31345", \
+            "1.39983, 1.39984, 1.39985, 1.39986, 1.39987, 1.39988" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.3591, 1.35911, 1.35912, 1.35913, 1.35914, 1.35915", \
+            "1.38189, 1.3819, 1.38191, 1.38192, 1.38193, 1.38194", \
+            "1.40159, 1.4016, 1.40161, 1.40162, 1.40163, 1.40164", \
+            "1.44015, 1.44016, 1.44017, 1.44018, 1.44019, 1.4402", \
+            "1.49683, 1.49684, 1.49685, 1.49686, 1.49687, 1.49688", \
+            "1.58235, 1.58236, 1.58237, 1.58238, 1.58239, 1.5824", \
+            "1.69248, 1.69249, 1.6925, 1.69251, 1.69252, 1.69253" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.3591, 1.35911, 1.35912, 1.35913, 1.35914, 1.35915", \
+            "1.38189, 1.3819, 1.38191, 1.38192, 1.38193, 1.38194", \
+            "1.40159, 1.4016, 1.40161, 1.40162, 1.40163, 1.40164", \
+            "1.44015, 1.44016, 1.44017, 1.44018, 1.44019, 1.4402", \
+            "1.49683, 1.49684, 1.49685, 1.49686, 1.49687, 1.49688", \
+            "1.58235, 1.58236, 1.58237, 1.58238, 1.58239, 1.5824", \
+            "1.69248, 1.69249, 1.6925, 1.69251, 1.69252, 1.69253" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.54568, 1.71543, 1.85753, 1.98809, 2.34799, 2.69903", \
+            "1.56554, 1.7349, 1.87708, 2.00648, 2.36675, 2.71775", \
+            "1.57967, 1.74931, 1.89155, 2.02196, 2.38184, 2.7315", \
+            "1.60373, 1.77338, 1.91558, 2.04601, 2.40704, 2.75679", \
+            "1.63284, 1.80252, 1.94456, 2.07525, 2.4355, 2.78645", \
+            "1.67136, 1.84056, 1.98094, 2.11322, 2.47416, 2.82472", \
+            "1.71023, 1.87806, 2.02059, 2.15281, 2.51367, 2.86352" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.510697, 0.721968, 0.928898, 1.13767, 1.77403, 2.42799", \
+            "0.511788, 0.721969, 0.928943, 1.13768, 1.77404, 2.428", \
+            "0.511789, 0.72197, 0.928944, 1.13769, 1.77405, 2.42801", \
+            "0.51179, 0.721971, 0.928945, 1.1377, 1.77406, 2.42802", \
+            "0.511791, 0.721972, 0.928946, 1.13771, 1.77407, 2.42812", \
+            "0.511792, 0.721973, 0.928947, 1.13772, 1.7741, 2.42813", \
+            "0.511793, 0.721974, 0.928948, 1.13818, 1.77411, 2.42814" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.22722, 1.37698, 1.50878, 1.63239, 1.98893, 2.33691", \
+            "1.2464, 1.39516, 1.52755, 1.65087, 2.00782, 2.35489", \
+            "1.25897, 1.40799, 1.53842, 1.66334, 2.01978, 2.36692", \
+            "1.27727, 1.42703, 1.55904, 1.68247, 2.03768, 2.3874", \
+            "1.30307, 1.45243, 1.58497, 1.70946, 2.06518, 2.41281", \
+            "1.32702, 1.47578, 1.60817, 1.73144, 2.08842, 2.43552", \
+            "1.35656, 1.50634, 1.63728, 1.76143, 2.11761, 2.46511" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.40051, 0.597895, 0.791989, 0.987324, 1.58716, 2.19733", \
+            "0.400511, 0.597896, 0.79199, 0.987325, 1.58717, 2.19735", \
+            "0.401046, 0.597897, 0.791991, 0.987643, 1.58718, 2.19814", \
+            "0.401047, 0.597898, 0.791994, 0.987665, 1.58719, 2.19815", \
+            "0.401048, 0.597899, 0.791995, 0.988507, 1.5872, 2.19816", \
+            "0.401049, 0.5979, 0.791996, 0.988508, 1.58721, 2.1983", \
+            "0.40105, 0.597901, 0.791997, 0.988509, 1.58722, 2.19831" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.11675, 6.06803, 6.05514, 6.12767, 6.03537, 5.97429", \
+            "6.12733, 6.0756, 6.05956, 6.13589, 6.03587, 5.97148", \
+            "6.13022, 6.08178, 6.05916, 6.13619, 6.0354, 5.97534", \
+            "6.12552, 6.07084, 6.04784, 6.13589, 6.029, 5.96277", \
+            "6.12939, 6.07636, 6.0555, 6.13368, 6.03458, 5.96614", \
+            "6.12425, 6.07705, 6.11879, 6.13549, 6.04352, 5.97307", \
+            "6.06802, 6.05339, 6.10553, 6.08517, 6.01095, 5.92845" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.399, 11.8866, 10.8863, 10.1629, 8.8045, 8.03324", \
+            "13.5285, 12.001, 10.9844, 10.2571, 8.88818, 8.08931", \
+            "13.6226, 12.0815, 11.0601, 10.329, 8.94407, 8.12979", \
+            "13.8412, 12.2743, 11.232, 10.4809, 9.06327, 8.23116", \
+            "13.9176, 12.3441, 11.2996, 10.5339, 9.10856, 8.27854", \
+            "13.8383, 12.274, 11.2281, 10.4793, 9.08285, 8.23117", \
+            "13.5382, 12.007, 11.0102, 10.271, 8.90622, 8.09065" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.049282, 0.0492811, 0.0492807, 0.0492825, 0.0492772, 0.049279", \
+            "0.0469305, 0.046929, 0.0469302, 0.0469301, 0.0469275, 0.0469254", \
+            "0.0468747, 0.0468755, 0.0468753, 0.0468753, 0.0468723, 0.0468696", \
+            "0.0478909, 0.04789, 0.0478887, 0.0478904, 0.0478872, 0.0478861", \
+            "0.0536495, 0.0536487, 0.05365, 0.0536487, 0.0536462, 0.0536439", \
+            "0.0696638, 0.0696626, 0.0696648, 0.0696636, 0.0696588, 0.0696573", \
+            "0.107218, 0.107236, 0.107249, 0.107213, 0.107209, 0.107206" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.1194, 0.119411, 0.119401, 0.119394, 0.119392, 0.119395", \
+            "0.117026, 0.117033, 0.117016, 0.117031, 0.117022, 0.117024", \
+            "0.116954, 0.116937, 0.116934, 0.116948, 0.116946, 0.116928", \
+            "0.118232, 0.118223, 0.118222, 0.118235, 0.118233, 0.118215", \
+            "0.12439, 0.124398, 0.124404, 0.12439, 0.124385, 0.124388", \
+            "0.140228, 0.140237, 0.140218, 0.140234, 0.140229, 0.140211", \
+            "0.178014, 0.177981, 0.178039, 0.177985, 0.178019, 0.177917" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "5.88778, 6.23875, 6.60205, 6.96373, 7.7914, 8.80374", \
+            "5.8927, 6.23625, 6.60112, 6.94663, 7.78602, 8.7981", \
+            "5.88955, 6.23587, 6.61096, 6.96646, 7.79282, 8.66534", \
+            "5.8888, 6.23748, 6.61013, 6.9666, 7.80678, 8.79071", \
+            "5.88446, 6.2328, 6.59901, 6.96422, 7.7884, 8.81694", \
+            "5.89946, 6.24107, 6.51123, 6.96732, 7.83519, 8.81651", \
+            "5.86404, 6.12661, 6.51268, 6.93541, 7.82044, 8.78648" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.55722, 2.55901, 2.55796, 2.56073, 2.55616, 2.55713", \
+            "2.55685, 2.55832, 2.5602, 2.55906, 2.55541, 2.55763", \
+            "2.55881, 2.55898, 2.55886, 2.56041, 2.55593, 2.55756", \
+            "2.55699, 2.55879, 2.55779, 2.56063, 2.55594, 2.55655", \
+            "2.55772, 2.55907, 2.55849, 2.55952, 2.55674, 2.55654", \
+            "2.55722, 2.55874, 2.56045, 2.55937, 2.55584, 2.55821", \
+            "2.55633, 2.5581, 2.5588, 2.56055, 2.55905, 2.56021" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215397, 0.0215426, 0.0215441, 0.0215445, 0.0215413, 0.021541", \
+            "0.0195966, 0.019599, 0.0196011, 0.0196034, 0.0196011, 0.0196004", \
+            "0.0201299, 0.0201322, 0.0201344, 0.0201348, 0.0201319, 0.0201321", \
+            "0.023067, 0.0230692, 0.0230715, 0.0230719, 0.0230183, 0.023068", \
+            "0.0311358, 0.0311381, 0.0311399, 0.0311407, 0.0311378, 0.0311376", \
+            "0.0500791, 0.0500812, 0.0500803, 0.0500839, 0.0500827, 0.0500809", \
+            "0.0932504, 0.09322, 0.093257, 0.0932836, 0.093294, 0.093256" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0364528, 0.0364543, 0.0364524, 0.0364389, 0.0364347, 0.0364304", \
+            "0.0350904, 0.0350914, 0.0350758, 0.0350836, 0.0350748, 0.0350695", \
+            "0.0350857, 0.0350984, 0.0350952, 0.0350832, 0.0350805, 0.0350758", \
+            "0.0367524, 0.0367536, 0.036777, 0.0367366, 0.036766, 0.0367558", \
+            "0.0409024, 0.0407877, 0.0407847, 0.0407691, 0.0407661, 0.0408791", \
+            "0.0512301, 0.0512317, 0.0512183, 0.0512284, 0.0512144, 0.0512116", \
+            "0.0738906, 0.0738946, 0.0738743, 0.0738629, 0.0738293, 0.0738102" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274344;
+      rise_capacitance : 0.0275056;
+      rise_capacitance_range (0.0232275, 0.0314441);
+      fall_capacitance : 0.0273632;
+      fall_capacitance_range (0.0236743, 0.0295816);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 3.59294e-07, 4.62804e-07, 2.04987e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, -3.59294e-07, -4.62804e-07, -2.04987e-06" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164259, -0.0171879, -0.017311, -0.0174895, -0.0175626, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214913, 0.02117, 0.0211933, 0.0209076, 0.0211403, 0.0207638, 0.0208256" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 3.59294e-07, 4.62804e-07, 2.04987e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, -3.59294e-07, -4.62804e-07, -2.04987e-06" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164259, -0.0171879, -0.017311, -0.0174895, -0.0175626, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214913, 0.02117, 0.0211933, 0.0209076, 0.0211403, 0.0207638, 0.0208256" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259441;
+      rise_capacitance : 0.0266339;
+      rise_capacitance_range (0.0231191, 0.0309839);
+      fall_capacitance : 0.0252542;
+      fall_capacitance_range (0.0225286, 0.0279998);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 281.639;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.56;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 281.639;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1582.13;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 420.062;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.53;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 864.978;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.07;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 462.08;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1625.07;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.86346;
+      capacitance : 0.331669;
+      rise_capacitance : 0.33092;
+      rise_capacitance_range (0.33092, 0.33092);
+      fall_capacitance : 0.332418;
+      fall_capacitance_range (0.332418, 0.332418);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.76117, 1.90386, 2.0196, 2.12026, 2.37403, 2.59382", \
+            "1.7818, 1.92424, 2.03995, 2.14051, 2.39424, 2.61408", \
+            "1.79628, 1.93859, 2.05396, 2.15455, 2.4082, 2.62813", \
+            "1.82046, 1.96314, 2.07827, 2.17873, 2.43246, 2.65228", \
+            "1.84912, 1.99151, 2.10683, 2.20726, 2.46105, 2.67802", \
+            "1.88522, 2.02747, 2.14286, 2.24323, 2.49668, 2.71404", \
+            "1.92551, 2.0677, 2.18418, 2.28495, 2.53813, 2.75815" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.492622, 0.660172, 0.801621, 0.929583, 1.28203, 1.62405", \
+            "0.492623, 0.660173, 0.801622, 0.929584, 1.28204, 1.62421", \
+            "0.492624, 0.660174, 0.801623, 0.929585, 1.28205, 1.62424", \
+            "0.492625, 0.660175, 0.801624, 0.929586, 1.28206, 1.62425", \
+            "0.492626, 0.660176, 0.801625, 0.929587, 1.28207, 1.62426", \
+            "0.492627, 0.660177, 0.801626, 0.929588, 1.28207, 1.62427", \
+            "0.492628, 0.661817, 0.801885, 0.92982, 1.28235, 1.62472" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.66341, 1.7498, 1.82824, 1.90105, 2.09816, 2.27858", \
+            "1.68412, 1.77053, 1.84894, 1.91982, 2.11965, 2.2989", \
+            "1.70119, 1.78796, 1.86671, 1.9388, 2.13611, 2.31673", \
+            "1.7377, 1.82425, 1.90194, 1.97338, 2.17277, 2.35281", \
+            "1.79729, 1.88297, 1.96182, 2.03425, 2.2324, 2.41161", \
+            "1.88506, 1.97176, 2.05041, 2.1223, 2.32205, 2.50032", \
+            "2.02022, 2.10624, 2.18407, 2.25651, 2.45506, 2.63449" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.899354, 0.959727, 1.03778, 1.11888, 1.3666, 1.62895", \
+            "0.903478, 0.962844, 1.04128, 1.12151, 1.37125, 1.63157", \
+            "0.906117, 0.966019, 1.04129, 1.12408, 1.37262, 1.63299", \
+            "0.912722, 0.971566, 1.04881, 1.12757, 1.37724, 1.636", \
+            "0.914883, 0.972742, 1.05041, 1.13109, 1.37852, 1.63836", \
+            "0.914884, 0.972743, 1.05042, 1.1311, 1.37853, 1.63837", \
+            "0.914885, 0.972744, 1.05043, 1.13111, 1.37854, 1.63838" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33963, 1.33964, 1.33965, 1.33966, 1.33967, 1.33968", \
+            "1.36497, 1.36498, 1.36499, 1.365, 1.36501, 1.36502", \
+            "1.37774, 1.37775, 1.37776, 1.37777, 1.37778, 1.37779", \
+            "1.40981, 1.40982, 1.40983, 1.40984, 1.40985, 1.40986", \
+            "1.44787, 1.44788, 1.44789, 1.4479, 1.44791, 1.44792", \
+            "1.50822, 1.50823, 1.50824, 1.50825, 1.50826, 1.50827", \
+            "1.59418, 1.59419, 1.5942, 1.59421, 1.59422, 1.59423" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33963, 1.33964, 1.33965, 1.33966, 1.33967, 1.33968", \
+            "1.36497, 1.36498, 1.36499, 1.365, 1.36501, 1.36502", \
+            "1.37774, 1.37775, 1.37776, 1.37777, 1.37778, 1.37779", \
+            "1.40981, 1.40982, 1.40983, 1.40984, 1.40985, 1.40986", \
+            "1.44787, 1.44788, 1.44789, 1.4479, 1.44791, 1.44792", \
+            "1.50822, 1.50823, 1.50824, 1.50825, 1.50826, 1.50827", \
+            "1.59418, 1.59419, 1.5942, 1.59421, 1.59422, 1.59423" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.94579, 1.9458, 1.94581, 1.94582, 1.94583, 1.94584", \
+            "1.96956, 1.96957, 1.96958, 1.96959, 1.9696, 1.96961", \
+            "1.98985, 1.98986, 1.98987, 1.98988, 1.98989, 1.9899", \
+            "2.028, 2.02801, 2.02802, 2.02803, 2.02804, 2.02805", \
+            "2.08575, 2.08576, 2.08577, 2.08578, 2.08579, 2.0858", \
+            "2.16255, 2.16256, 2.16257, 2.16258, 2.16259, 2.1626", \
+            "2.25419, 2.2542, 2.25421, 2.25422, 2.25423, 2.25424" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.94579, 1.9458, 1.94581, 1.94582, 1.94583, 1.94584", \
+            "1.96956, 1.96957, 1.96958, 1.96959, 1.9696, 1.96961", \
+            "1.98985, 1.98986, 1.98987, 1.98988, 1.98989, 1.9899", \
+            "2.028, 2.02801, 2.02802, 2.02803, 2.02804, 2.02805", \
+            "2.08575, 2.08576, 2.08577, 2.08578, 2.08579, 2.0858", \
+            "2.16255, 2.16256, 2.16257, 2.16258, 2.16259, 2.1626", \
+            "2.25419, 2.2542, 2.25421, 2.25422, 2.25423, 2.25424" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.73374, 1.89317, 2.01708, 2.12456, 2.39218, 2.62127", \
+            "1.75311, 1.91202, 2.0364, 2.14383, 2.40993, 2.64045", \
+            "1.76705, 1.92571, 2.05024, 2.15767, 2.42499, 2.65442", \
+            "1.79204, 1.95111, 2.07545, 2.18174, 2.44913, 2.67955", \
+            "1.82048, 1.97944, 2.10376, 2.21118, 2.47727, 2.7078", \
+            "1.85726, 2.0165, 2.1405, 2.24791, 2.51415, 2.7445", \
+            "1.89857, 2.05852, 2.18323, 2.28865, 2.55584, 2.7852" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.518186, 0.665186, 0.794091, 0.915345, 1.256, 1.59197", \
+            "0.518187, 0.665187, 0.794092, 0.915346, 1.25601, 1.59198", \
+            "0.518188, 0.665188, 0.794212, 0.915415, 1.25602, 1.59215", \
+            "0.518189, 0.665189, 0.794213, 0.915419, 1.25603, 1.59216", \
+            "0.51819, 0.66519, 0.794214, 0.91542, 1.25604, 1.59217", \
+            "0.518191, 0.665191, 0.794215, 0.915421, 1.25605, 1.59218", \
+            "0.518727, 0.665192, 0.794216, 0.917387, 1.25822, 1.59342" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28022, 1.4005, 1.4997, 1.5875, 1.81853, 2.02632", \
+            "1.29954, 1.41982, 1.51902, 1.60618, 1.83785, 2.04564", \
+            "1.31126, 1.43155, 1.53075, 1.61768, 1.84956, 2.05735", \
+            "1.33028, 1.45056, 1.54906, 1.63754, 1.86855, 2.07392", \
+            "1.35641, 1.4767, 1.5759, 1.66258, 1.89448, 2.10225", \
+            "1.38197, 1.50264, 1.60161, 1.68842, 1.91914, 2.12847", \
+            "1.4094, 1.52981, 1.62708, 1.71397, 1.94545, 2.15309" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.371943, 0.494963, 0.607716, 0.715625, 1.0291, 1.34138", \
+            "0.371944, 0.494964, 0.607717, 0.715626, 1.02911, 1.34139", \
+            "0.371945, 0.494971, 0.607718, 0.715627, 1.02912, 1.3414", \
+            "0.371946, 0.494972, 0.607719, 0.715628, 1.02913, 1.34141", \
+            "0.371947, 0.494973, 0.60772, 0.715629, 1.02917, 1.34142", \
+            "0.371948, 0.495139, 0.607732, 0.71563, 1.02918, 1.34142", \
+            "0.373074, 0.49514, 0.607733, 0.715631, 1.02919, 1.34143" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "10.0559, 9.83937, 9.75005, 9.7055, 9.54202, 9.66712", \
+            "10.0813, 9.86111, 9.7718, 9.7283, 9.56182, 9.68048", \
+            "10.0932, 9.88517, 9.77371, 9.73368, 9.56274, 9.68454", \
+            "10.0952, 9.87214, 9.77813, 9.7312, 9.56178, 9.68184", \
+            "10.0985, 9.88167, 9.77648, 9.66689, 9.56812, 9.45229", \
+            "10.0968, 9.88798, 9.77935, 9.72833, 9.56168, 9.43975", \
+            "9.99753, 9.78939, 9.73299, 9.69339, 9.46866, 9.6228" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "53.604, 50.3665, 47.6091, 45.2784, 39.8933, 36.1779", \
+            "53.9332, 50.7079, 47.9484, 45.5829, 40.1788, 36.35", \
+            "54.1596, 50.8515, 48.0913, 45.7533, 40.3391, 36.4967", \
+            "54.654, 51.3365, 48.582, 46.2084, 40.7906, 36.8613", \
+            "54.8331, 51.5397, 48.7827, 46.4168, 40.8942, 37.0052", \
+            "54.6558, 51.3183, 48.5441, 46.2009, 40.6839, 36.8581", \
+            "53.9171, 50.6269, 47.9171, 45.5531, 40.1872, 36.3205" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0492659, 0.0492667, 0.0492656, 0.0492646, 0.0492628, 0.0492684", \
+            "0.0469157, 0.0469158, 0.0469175, 0.0469165, 0.0469126, 0.0469163", \
+            "0.0468615, 0.0468592, 0.0468597, 0.0468609, 0.0468578, 0.0468608", \
+            "0.0478743, 0.047876, 0.0478741, 0.0478753, 0.0478747, 0.0478751", \
+            "0.053634, 0.053634, 0.0536352, 0.0536321, 0.0536334, 0.0536331", \
+            "0.0695579, 0.0695567, 0.0695581, 0.069555, 0.0695563, 0.0695563", \
+            "0.107219, 0.107178, 0.10722, 0.107215, 0.107169, 0.107171" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.119353, 0.119361, 0.119353, 0.119347, 0.119358, 0.119352", \
+            "0.116976, 0.116977, 0.116982, 0.116981, 0.116979, 0.116974", \
+            "0.116907, 0.116904, 0.116899, 0.116896, 0.116896, 0.116895", \
+            "0.118193, 0.118181, 0.118187, 0.118181, 0.118182, 0.118182", \
+            "0.124348, 0.124351, 0.124357, 0.124352, 0.124351, 0.124345", \
+            "0.140183, 0.14017, 0.140175, 0.140179, 0.140174, 0.140173", \
+            "0.178019, 0.177828, 0.177852, 0.178031, 0.177834, 0.177911" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "9.05155, 9.38697, 9.72002, 10.1302, 11.154, 12.2556", \
+            "9.05879, 9.37575, 9.72345, 10.135, 11.0805, 12.258", \
+            "9.05322, 9.36001, 9.71335, 10.1236, 11.1362, 12.2569", \
+            "9.0512, 9.37288, 9.72444, 10.1228, 11.1346, 12.2565", \
+            "9.05383, 9.37335, 9.71883, 10.1297, 11.081, 12.2559", \
+            "9.05694, 9.38795, 9.72183, 10.1324, 11.0918, 12.2558", \
+            "9.03155, 9.3861, 9.75546, 10.0355, 11.0102, 12.1146" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.2171, 4.21877, 4.22212, 4.22335, 4.2247, 4.22259", \
+            "4.21691, 4.21863, 4.22193, 4.22219, 4.22449, 4.22239", \
+            "4.2172, 4.21889, 4.22211, 4.22246, 4.22459, 4.22253", \
+            "4.21688, 4.21855, 4.22047, 4.22311, 4.22422, 4.22408", \
+            "4.21757, 4.21928, 4.22244, 4.22294, 4.22508, 4.22304", \
+            "4.21795, 4.22094, 4.22336, 4.22354, 4.22507, 4.22466", \
+            "4.21898, 4.21807, 4.21824, 4.22062, 4.22279, 4.22415" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215251, 0.0215247, 0.0215253, 0.0215259, 0.0215282, 0.0215295", \
+            "0.0195826, 0.0195823, 0.0195827, 0.0195834, 0.0195851, 0.019587", \
+            "0.020115, 0.0201148, 0.0201151, 0.0201158, 0.0201177, 0.0201195", \
+            "0.023001, 0.0230005, 0.023001, 0.0230527, 0.023055, 0.0230052", \
+            "0.0311211, 0.0311213, 0.0311211, 0.0311221, 0.0311235, 0.0311254", \
+            "0.0508398, 0.0508401, 0.05084, 0.050841, 0.0508426, 0.0508448", \
+            "0.0931218, 0.0931525, 0.0931243, 0.0930792, 0.0930728, 0.0930738" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0363954, 0.0363908, 0.0363817, 0.0363829, 0.0363768, 0.0363717", \
+            "0.0350129, 0.0350076, 0.0349994, 0.0349976, 0.0349943, 0.0349892", \
+            "0.0350345, 0.0350297, 0.0350245, 0.0350235, 0.0350191, 0.0350141", \
+            "0.036691, 0.0366862, 0.0367008, 0.0366788, 0.036696, 0.0366898", \
+            "0.0407208, 0.0407155, 0.0407119, 0.0408084, 0.0408007, 0.0407984", \
+            "0.0512926, 0.0512862, 0.0512823, 0.0512768, 0.0512745, 0.0512646", \
+            "0.073617, 0.0736526, 0.0736475, 0.0736312, 0.0736503, 0.0735361" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274344;
+      rise_capacitance : 0.0275057;
+      rise_capacitance_range (0.0232278, 0.0314441);
+      fall_capacitance : 0.0273632;
+      fall_capacitance_range (0.0236745, 0.0295816);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0.00030268, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, -0.00030268, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173124, -0.0174894, -0.0175627, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214916, 0.0211701, 0.021191, 0.0209197, 0.0211399, 0.0207635, 0.0207834" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0.00030268, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, -0.00030268, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173124, -0.0174894, -0.0175627, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214916, 0.0211701, 0.021191, 0.0209197, 0.0211399, 0.0207635, 0.0207834" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259423;
+      rise_capacitance : 0.0266304;
+      rise_capacitance_range (0.0231191, 0.0310366);
+      fall_capacitance : 0.0252543;
+      fall_capacitance_range (0.0225284, 0.0280111);
+    }
+  }
+ cell (sg13cmos5l_IOPadTriOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 13.8342;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.49;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 13.8342;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1582.05;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 62.7147;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.43;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 117.701;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.81;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 52.021;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1624.95;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.11181;
+      capacitance : 0.163207;
+      rise_capacitance : 0.167318;
+      rise_capacitance_range (0.167318, 0.167318);
+      fall_capacitance : 0.159097;
+      fall_capacitance_range (0.159097, 0.159097);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55578, 1.99204, 2.4254, 2.85835, 4.15527, 5.45129", \
+            "1.57494, 2.01108, 2.44449, 2.87731, 4.17422, 5.47059", \
+            "1.58907, 2.02518, 2.45867, 2.89152, 4.18838, 5.48478", \
+            "1.61354, 2.04969, 2.48348, 2.91632, 4.21324, 5.51044", \
+            "1.64245, 2.07831, 2.51196, 2.94491, 4.24184, 5.53698", \
+            "1.68073, 2.11699, 2.5504, 2.98328, 4.28017, 5.57498", \
+            "1.71888, 2.1552, 2.58873, 3.02204, 4.31853, 5.61473" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.10131, 1.98794, 2.88458, 3.78205, 6.48434, 9.18015", \
+            "1.10132, 1.98836, 2.88459, 3.78294, 6.48435, 9.1804", \
+            "1.10133, 1.98887, 2.8846, 3.78295, 6.48436, 9.18377", \
+            "1.10134, 1.98888, 2.88461, 3.78296, 6.48437, 9.18378", \
+            "1.10135, 1.98889, 2.88462, 3.78297, 6.48438, 9.18379", \
+            "1.10136, 1.9889, 2.88463, 3.78298, 6.48439, 9.1838", \
+            "1.10165, 1.98891, 2.88464, 3.78299, 6.48441, 9.18495" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.44376, 1.87326, 2.30154, 2.72884, 4.01143, 5.29447", \
+            "1.46274, 1.89213, 2.32028, 2.74764, 4.03043, 5.31292", \
+            "1.47884, 1.90803, 2.33618, 2.76381, 4.04572, 5.32894", \
+            "1.51234, 1.94126, 2.3692, 2.7968, 4.07871, 5.36071", \
+            "1.57106, 1.99991, 2.42746, 2.85515, 4.13702, 5.42017", \
+            "1.66069, 2.08973, 2.51735, 2.94503, 4.22771, 5.509", \
+            "1.79854, 2.22777, 2.65567, 3.08379, 4.36548, 5.64887" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.00252, 1.82529, 2.6544, 3.48459, 5.98214, 8.47953", \
+            "1.00275, 1.8253, 2.65441, 3.48552, 5.98215, 8.47954", \
+            "1.00276, 1.8263, 2.65442, 3.48553, 5.9823, 8.47955", \
+            "1.00311, 1.82631, 2.65444, 3.48554, 5.98231, 8.47956", \
+            "1.00312, 1.82632, 2.65447, 3.48555, 5.98232, 8.47957", \
+            "1.00313, 1.82633, 2.65448, 3.48556, 5.98233, 8.47958", \
+            "1.00314, 1.82634, 2.65454, 3.48561, 5.98234, 8.47959" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.952844, 0.952845, 0.952846, 0.952847, 0.952848, 0.952849", \
+            "0.972317, 0.972318, 0.972319, 0.97232, 0.972321, 0.972322", \
+            "0.991611, 0.991612, 0.991613, 0.991614, 0.991615, 0.991616", \
+            "1.02356, 1.02357, 1.02358, 1.02359, 1.0236, 1.02361", \
+            "1.05823, 1.05824, 1.05825, 1.05826, 1.05827, 1.05828", \
+            "1.1193, 1.11931, 1.11932, 1.11933, 1.11934, 1.11935", \
+            "1.20627, 1.20628, 1.20629, 1.2063, 1.20631, 1.20632" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.952844, 0.952845, 0.952846, 0.952847, 0.952848, 0.952849", \
+            "0.972317, 0.972318, 0.972319, 0.97232, 0.972321, 0.972322", \
+            "0.991611, 0.991612, 0.991613, 0.991614, 0.991615, 0.991616", \
+            "1.02356, 1.02357, 1.02358, 1.02359, 1.0236, 1.02361", \
+            "1.05823, 1.05824, 1.05825, 1.05826, 1.05827, 1.05828", \
+            "1.1193, 1.11931, 1.11932, 1.11933, 1.11934, 1.11935", \
+            "1.20627, 1.20628, 1.20629, 1.2063, 1.20631, 1.20632" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.874453, 0.874454, 0.874455, 0.874456, 0.874457, 0.874458", \
+            "0.898612, 0.898613, 0.898614, 0.898615, 0.898616, 0.898617", \
+            "0.918907, 0.918908, 0.918909, 0.91891, 0.918911, 0.918912", \
+            "0.956781, 0.956782, 0.956783, 0.956784, 0.956785, 0.956786", \
+            "1.01381, 1.01382, 1.01383, 1.01384, 1.01385, 1.01386", \
+            "1.09375, 1.09376, 1.09377, 1.09378, 1.09379, 1.0938", \
+            "1.21674, 1.21675, 1.21676, 1.21677, 1.21678, 1.21679" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.874453, 0.874454, 0.874455, 0.874456, 0.874457, 0.874458", \
+            "0.898612, 0.898613, 0.898614, 0.898615, 0.898616, 0.898617", \
+            "0.918907, 0.918908, 0.918909, 0.91891, 0.918911, 0.918912", \
+            "0.956781, 0.956782, 0.956783, 0.956784, 0.956785, 0.956786", \
+            "1.01381, 1.01382, 1.01383, 1.01384, 1.01385, 1.01386", \
+            "1.09375, 1.09376, 1.09377, 1.09378, 1.09379, 1.0938", \
+            "1.21674, 1.21675, 1.21676, 1.21677, 1.21678, 1.21679" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.56138, 2.01554, 2.46787, 2.91831, 4.26981, 5.62209", \
+            "1.57906, 2.03373, 2.48525, 2.9361, 4.28848, 5.64014", \
+            "1.59535, 2.04957, 2.50091, 2.95186, 4.3047, 5.65613", \
+            "1.6194, 2.07361, 2.52622, 2.97624, 4.32774, 5.68015", \
+            "1.64904, 2.10329, 2.55489, 3.00557, 4.35651, 5.7098", \
+            "1.6874, 2.14186, 2.59412, 3.04435, 4.39595, 5.74834", \
+            "1.72797, 2.18225, 2.634, 3.08486, 4.43507, 5.78864" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.09934, 1.98693, 2.88363, 3.78313, 6.48442, 9.18144", \
+            "1.09935, 1.98722, 2.88447, 3.78345, 6.48443, 9.18182", \
+            "1.09936, 1.98779, 2.88448, 3.78346, 6.48444, 9.18183", \
+            "1.09937, 1.9878, 2.88449, 3.78359, 6.48445, 9.18184", \
+            "1.09938, 1.98781, 2.8845, 3.7836, 6.48446, 9.18185", \
+            "1.09939, 1.98782, 2.88451, 3.78361, 6.48447, 9.18186", \
+            "1.0994, 1.98783, 2.88452, 3.78368, 6.48448, 9.18191" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46421, 1.93325, 2.40088, 2.86744, 4.2672, 5.6665", \
+            "1.48346, 1.9525, 2.42014, 2.8867, 4.28646, 5.68576", \
+            "1.49522, 1.96428, 2.43156, 2.8984, 4.29813, 5.69745", \
+            "1.51394, 1.98317, 2.4505, 2.91799, 4.31715, 5.71646", \
+            "1.54045, 2.00881, 2.47645, 2.94301, 4.34341, 5.74206", \
+            "1.56336, 2.03237, 2.49964, 2.96657, 4.36633, 5.76552", \
+            "1.5923, 2.06138, 2.52874, 2.99552, 4.3953, 5.79463" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.997332, 1.82255, 2.65295, 3.48377, 5.98542, 8.48408", \
+            "0.997333, 1.82256, 2.65296, 3.48378, 5.98543, 8.48409", \
+            "0.997349, 1.82257, 2.65297, 3.48379, 5.98544, 8.4841", \
+            "0.99735, 1.82258, 2.65303, 3.48496, 5.98545, 8.48411", \
+            "0.997352, 1.82259, 2.65304, 3.48497, 5.98546, 8.48412", \
+            "0.997353, 1.8226, 2.65305, 3.48498, 5.98547, 8.48413", \
+            "0.997354, 1.82261, 2.65306, 3.48506, 5.98548, 8.48414" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.16644, 3.1443, 3.11365, 3.08035, 2.99736, 2.89925", \
+            "3.16196, 3.13573, 3.10698, 3.07454, 2.98868, 2.891", \
+            "3.16241, 3.13528, 3.10906, 3.07666, 2.9934, 2.89621", \
+            "3.15996, 3.13835, 3.11147, 3.0785, 2.99475, 2.89014", \
+            "3.16257, 3.13645, 3.10484, 3.08131, 2.99379, 2.89667", \
+            "3.16272, 3.13674, 3.10791, 3.08362, 2.99736, 2.881", \
+            "3.15336, 3.13238, 3.10078, 3.07055, 2.98574, 2.89717" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.99739, 1.99219, 1.99062, 1.99069, 1.98949, 1.9887", \
+            "2.00307, 1.99572, 1.99281, 1.99272, 1.99007, 1.98937", \
+            "2.00669, 1.99684, 1.99313, 1.99181, 1.98979, 1.98878", \
+            "2.0161, 2.00208, 1.99778, 1.99406, 1.99031, 1.98869", \
+            "2.01894, 2.0037, 1.99829, 1.99449, 1.99035, 1.98902", \
+            "2.02215, 2.00821, 2.00365, 1.99999, 1.99692, 1.99531", \
+            "2.00258, 1.99527, 1.99187, 1.9934, 1.98912, 1.98992" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0493334, 0.0493289, 0.0493311, 0.0493302, 0.049331, 0.0493306", \
+            "0.0469859, 0.0469821, 0.0469804, 0.0469805, 0.0469822, 0.0469817", \
+            "0.0469292, 0.0469256, 0.0469266, 0.0469265, 0.0469271, 0.046927", \
+            "0.0479455, 0.0479417, 0.0479406, 0.0479406, 0.0479416, 0.0479414", \
+            "0.0537047, 0.0537017, 0.053699, 0.0536996, 0.0537007, 0.0537012", \
+            "0.0696885, 0.069685, 0.0696836, 0.0696846, 0.0696847, 0.0696846", \
+            "0.107292, 0.107286, 0.107282, 0.107291, 0.107215, 0.107212" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.119602, 0.119612, 0.11961, 0.119615, 0.119606, 0.119606", \
+            "0.117233, 0.117236, 0.117232, 0.117237, 0.117237, 0.117235", \
+            "0.117151, 0.117161, 0.117158, 0.117149, 0.117155, 0.117154", \
+            "0.118437, 0.11845, 0.118447, 0.118439, 0.118437, 0.118443", \
+            "0.124613, 0.124617, 0.124611, 0.124616, 0.124615, 0.124617", \
+            "0.140457, 0.140456, 0.140449, 0.140455, 0.140456, 0.140455", \
+            "0.178195, 0.178196, 0.178138, 0.178293, 0.17817, 0.178292" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.03984, 3.24345, 3.45216, 3.65501, 4.29624, 4.9201", \
+            "3.03793, 3.25751, 3.45444, 3.66363, 4.28984, 4.91311", \
+            "3.04029, 3.25154, 3.44867, 3.65963, 4.28766, 4.90849", \
+            "3.03898, 3.24774, 3.45441, 3.65871, 4.28881, 4.90868", \
+            "3.04394, 3.25072, 3.45325, 3.64799, 4.27964, 4.91426", \
+            "3.04346, 3.24787, 3.45751, 3.66244, 4.30152, 4.92815", \
+            "3.04146, 3.25105, 3.45982, 3.66541, 4.28838, 4.92921" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.15253, 1.15179, 1.1523, 1.15149, 1.15025, 1.14993", \
+            "1.15235, 1.15162, 1.15211, 1.15132, 1.15007, 1.14975", \
+            "1.15271, 1.15198, 1.15187, 1.15077, 1.14995, 1.14996", \
+            "1.15369, 1.15108, 1.15146, 1.15014, 1.14954, 1.14968", \
+            "1.15291, 1.15224, 1.15275, 1.15193, 1.15078, 1.15037", \
+            "1.15061, 1.15005, 1.15104, 1.14962, 1.14844, 1.14816", \
+            "1.1515, 1.15119, 1.15171, 1.14998, 1.1495, 1.1492" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215954, 0.0215927, 0.0215901, 0.0215909, 0.021594, 0.0215929", \
+            "0.0196512, 0.0196497, 0.0196486, 0.0196501, 0.0196532, 0.0196529", \
+            "0.0201831, 0.0201805, 0.0201786, 0.0201778, 0.0201841, 0.0201827", \
+            "0.0231205, 0.023118, 0.0230679, 0.0231171, 0.0231202, 0.02312", \
+            "0.0311913, 0.0311879, 0.0311857, 0.0311871, 0.0311902, 0.0311898", \
+            "0.0505037, 0.0505028, 0.0505003, 0.0505012, 0.0505037, 0.050503", \
+            "0.0936068, 0.0936596, 0.0935878, 0.093636, 0.0936455, 0.0936481" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0366594, 0.0366588, 0.0366606, 0.0366593, 0.036658, 0.0366573", \
+            "0.0353141, 0.0353135, 0.0353154, 0.035314, 0.0353127, 0.0353119", \
+            "0.0352985, 0.035296, 0.0353004, 0.0352983, 0.0352955, 0.0352957", \
+            "0.0370015, 0.0369966, 0.0369971, 0.0369949, 0.036992, 0.0369921", \
+            "0.041006, 0.0411933, 0.0411952, 0.0411939, 0.0410045, 0.0411914", \
+            "0.0514388, 0.051439, 0.0514413, 0.0514391, 0.0514364, 0.0514378", \
+            "0.0744967, 0.0743744, 0.0743458, 0.0744705, 0.0743537, 0.0743615" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274345;
+      rise_capacitance : 0.0275056;
+      rise_capacitance_range (0.0232275, 0.031444);
+      fall_capacitance : 0.0273633;
+      fall_capacitance_range (0.0236742, 0.0295819);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 3.6554e-07" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, -3.6554e-07" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173125, -0.0174888, -0.0174919, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214919, 0.0211705, 0.021092, 0.0212474, 0.0211413, 0.0207645, 0.0209009" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 3.6554e-07" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, -3.6554e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173125, -0.0174888, -0.0174919, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214919, 0.0211705, 0.021092, 0.0212474, 0.0211413, 0.0207645, 0.0209009" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259476;
+      rise_capacitance : 0.0266431;
+      rise_capacitance_range (0.0231204, 0.0310979);
+      fall_capacitance : 0.0252521;
+      fall_capacitance_range (0.0225309, 0.0280484);
+    }
+  }
+ cell (sg13cmos5l_IOPadVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+      is_pad : true;
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13cmos5l_IOPadVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+      is_pad : true;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0.952358;
+      related_pg_pin : vdd;
+    }
+  }
+  cell (sg13cmos5l_IOPadAnalog) {
+        area: 14400;
+        dont_touch : true;
+        dont_use : true;
+        timing_model_type : abstracted;
+        pad_cell : true;
+        pg_pin (vss) {
+            pg_type : primary_ground;
+            voltage_name : "vss";
+        }
+        pg_pin (vdd) {
+            pg_type : primary_power;
+            voltage_name : "vdd";
+        }
+        pg_pin (iovss) {
+            pg_type : primary_ground;
+            voltage_name : "iovss";
+        }
+        pg_pin (iovdd) {
+            pg_type : primary_power;
+            voltage_name : "iovdd";
+        }
+        pin (pad) {
+            direction : inout;
+            function : "(pad)";
+            output_voltage : core_output;
+            related_ground_pin : vss;
+            related_power_pin : vdd;
+            max_capacitance : 500;
+            max_transition : 200;
+            timing () {
+                related_pin : "pad";
+                timing_type : combinational;
+                cell_rise (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                rise_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+                cell_fall (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                fall_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+            }
+        }
+        pin (padres) {
+            direction : inout;
+            is_pad : false;
+            input_voltage : io_input;
+            related_ground_pin : iovss;
+            related_power_pin : iovdd;
+            max_transition : 200;
+            capacitance : 15.0;
+            rise_capacitance : 15.0;
+            rise_capacitance_range (12.0, 15.0);
+            fall_capacitance : 15.0;
+            fall_capacitance_range (12.0, 15.0);
+        }
+    }
+}
diff --git a/ihp13/pdk/lib/sg13g2_io_fast_1p32V_3p6V_m40C.lib b/ihp13/pdk/lib/sg13g2_io_fast_1p32V_3p6V_m40C.lib
new file mode 100644
index 000000000..05244eaca
--- /dev/null
+++ b/ihp13/pdk/lib/sg13g2_io_fast_1p32V_3p6V_m40C.lib
@@ -0,0 +1,4698 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13g2_io_fast_1p32V_3p6V_m40C) {
+  comment : "IHP Microelectronics GmbH, 2024";
+  date : "$Date: Wed May  8 12:23:04 2024 $";
+  revision : "$Revision: 0.0.1 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  voltage_map (vdd, 1.32);
+  voltage_map (iovdd, 3.6);
+  voltage_map (iovss, 0);
+  voltage_map (vss, 0);
+  voltage_map (GND, 0);
+  define_cell_area (pad_drivers, pad_driver_sites);
+  define_cell_area (bond_pads, pad_slots);
+  default_output_pin_cap : 0;
+  default_inout_pin_cap : 1;
+  default_input_pin_cap : 1;
+  default_fanout_load : 1;
+  default_cell_leakage_power : 0;
+  default_max_transition : 1.2;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "enclosed";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : -40;
+  nom_voltage : 1.32;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 10;
+  slew_lower_threshold_pct_rise : 10;
+  slew_upper_threshold_pct_fall : 90;
+  slew_upper_threshold_pct_rise : 90;
+  operating_conditions (sg13g2_io_fast_1p32V_3p6V_m40C) {
+    process : 1;
+    temperature : -40;
+    voltage : 1.32;
+  }
+  input_voltage (pad) {
+    vih : 3.3;
+    vil : 0;
+    vimax : 3.3;
+    vimin : 0;
+  }
+  input_voltage (core) {
+    vih : 1.2;
+    vil : 0;
+    vimax : 1.2;
+    vimin : 0;
+  }
+  output_voltage (pad) {
+    voh : 3.3;
+    vol : 0;
+    vomax : 3.3;
+    vomin : 0;
+  }
+  output_voltage (core) {
+    voh : 1.2;
+    vol : 0;
+    vomax : 1.2;
+    vomin : 0;
+  }
+  wire_load (Zero) {
+    area : 0.01;
+    capacitance : 0.0001;
+    resistance : 0.0001;
+    slope : 1;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0035;
+    slope : 7.387;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0042;
+    slope : 10.99;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0053;
+    slope : 10.9;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0063;
+    slope : 16.87;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    resistance : 0.0072;
+    slope : 14.58;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.008;
+    slope : 18.94;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.0094;
+    slope : 24.61;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    resistance : 0.0152;
+    slope : 31.81;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    resistance : 0.0265;
+    slope : 40.22;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    resistance : 0.0456;
+    slope : 52.68;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    resistance : 0.076;
+    slope : 67.44;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13g2_io_fast_1p32V_3p6V_m40C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (delay_template_7x6_16) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+  lu_table_template (delay_template_2x2) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("10, 200");
+    index_2 ("500, 30000");
+  }
+  power_lut_template (passive_power_template_7x1_16) {
+    variable_1 : input_transition_time;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+  }
+  power_lut_template (power_template_7x6_16) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+ cell (sg13g2_IOPadIOVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+      is_pad : true;
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 7677.59;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadIOVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+      is_pad : true;
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.83299;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadIn) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "input";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      when : "pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 354.116;
+      when : "pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 670.739;
+      when : "!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 512.427;
+      related_pg_pin : vdd;
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.28354;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0523039, 0.0646799, 0.087623, 0.109319, 0.13033, 0.151196", \
+            "0.0523049, 0.0646809, 0.087624, 0.10932, 0.130331, 0.151197", \
+            "0.0523059, 0.0646819, 0.087625, 0.109321, 0.130332, 0.151198", \
+            "0.0523069, 0.0646829, 0.087626, 0.109322, 0.130333, 0.151199", \
+            "0.0523079, 0.0646839, 0.087627, 0.109323, 0.130334, 0.1512", \
+            "0.0523089, 0.0646849, 0.087628, 0.109324, 0.130335, 0.151201", \
+            "0.0523099, 0.0646859, 0.087629, 0.109325, 0.130336, 0.151202" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428437, 0.0653179, 0.109366, 0.153753, 0.198558, 0.243442", \
+            "0.0456388, 0.067037, 0.111483, 0.156944, 0.201663, 0.246552", \
+            "0.0508324, 0.0713752, 0.114082, 0.158033, 0.202811, 0.248058", \
+            "0.0534639, 0.073691, 0.115793, 0.15919, 0.203617, 0.24829", \
+            "0.0657121, 0.0850862, 0.125061, 0.166125, 0.208858, 0.252443", \
+            "0.0862891, 0.10512, 0.142109, 0.181709, 0.222366, 0.263495", \
+            "0.102899, 0.122236, 0.157721, 0.194267, 0.233121, 0.273106" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299572, 0.317477, 0.345389, 0.368863, 0.390036, 0.410337", \
+            "0.354454, 0.372294, 0.400331, 0.42368, 0.444424, 0.465138", \
+            "0.475665, 0.493405, 0.521478, 0.544476, 0.566031, 0.586205", \
+            "0.53895, 0.556871, 0.584526, 0.607573, 0.629295, 0.649423", \
+            "0.855057, 0.872865, 0.900428, 0.923611, 0.94469, 0.965375", \
+            "1.4969, 1.51561, 1.54385, 1.56724, 1.58852, 1.60764", \
+            "2.05897, 2.07932, 2.11055, 2.13577, 2.15781, 2.17829" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0852423, 0.103765, 0.137116, 0.169592, 0.201984, 0.235388", \
+            "0.0853015, 0.103766, 0.137117, 0.169593, 0.201985, 0.235389", \
+            "0.0853025, 0.103767, 0.137118, 0.169594, 0.201986, 0.23539", \
+            "0.0853035, 0.103768, 0.137119, 0.169595, 0.202057, 0.235391", \
+            "0.0853045, 0.103898, 0.13712, 0.169596, 0.202058, 0.235438", \
+            "0.098857, 0.11625, 0.14692, 0.17785, 0.209811, 0.241414", \
+            "0.120292, 0.137979, 0.168987, 0.19889, 0.228172, 0.258693" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "9.24581e-09, 9.24676e-09, 9.24651e-09, 9.24644e-09, 9.24643e-09, 9.24596e-09", \
+            "1.79958e-08, 1.79943e-08, 1.79941e-08, 1.79941e-08, 1.79945e-08, 1.79945e-08", \
+            "3.5493e-08, 3.54928e-08, 3.54911e-08, 3.5491e-08, 3.54907e-08, 3.54909e-08", \
+            "4.42416e-08, 4.42413e-08, 4.42409e-08, 4.42374e-08, 4.42392e-08, 4.42392e-08", \
+            "8.79826e-08, 8.79837e-08, 8.79816e-08, 8.79812e-08, 8.79817e-08, 8.79821e-08", \
+            "1.75465e-07, 1.75464e-07, 1.75466e-07, 1.75462e-07, 1.75466e-07, 1.75464e-07", \
+            "2.54676e-07, 2.54676e-07, 2.54676e-07, 2.5468e-07, 2.54678e-07, 2.54681e-07" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-9.24581e-09, -9.24639e-09, -9.24645e-09, -9.24644e-09, -9.24643e-09, -9.24596e-09", \
+            "-1.79951e-08, -1.79943e-08, -1.79941e-08, -1.79941e-08, -1.79945e-08, -1.79945e-08", \
+            "-3.54918e-08, -3.54917e-08, -3.54911e-08, -3.5491e-08, -3.54907e-08, -3.54909e-08", \
+            "-4.424e-08, -4.424e-08, -4.424e-08, -4.42374e-08, -4.42392e-08, -4.42392e-08", \
+            "-8.79786e-08, -8.79786e-08, -8.79786e-08, -8.79786e-08, -8.79787e-08, -8.79787e-08", \
+            "-1.75458e-07, -1.75458e-07, -1.75458e-07, -1.75458e-07, -1.75459e-07, -1.75459e-07", \
+            "-2.54676e-07, -2.54676e-07, -2.54676e-07, -2.5468e-07, -2.54678e-07, -2.54681e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.000947443, -0.000697383, -0.000788833, -0.000724008, -0.000882686, -0.00109453", \
+            "-0.00194729, -0.00154423, -0.00137465, -0.00165184, -0.00195796, -0.00223237", \
+            "-0.00252829, -0.00247062, -0.0023195, -0.00209377, -0.00213048, -0.00254297", \
+            "-0.00266262, -0.00267658, -0.00273134, -0.00269965, -0.00237693, -0.00265886", \
+            "-0.00232712, -0.00261495, -0.00262601, -0.00377677, -0.00415101, -0.00491026", \
+            "-0.000360651, -0.00134872, -0.00206606, -0.00203094, -0.00213695, -0.00356901", \
+            "0.0526746, 0.0505981, 0.0492084, 0.0469091, 0.0468558, 0.04505" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0675601, 0.0664679, 0.066242, 0.0663827, 0.0665253, 0.0666468", \
+            "0.0667947, 0.0656519, 0.0653503, 0.0654599, 0.0655764, 0.065692", \
+            "0.0663483, 0.0652505, 0.0649197, 0.0649653, 0.065068, 0.0651515", \
+            "0.0659144, 0.06481, 0.0644553, 0.0645035, 0.0646019, 0.0646759", \
+            "0.0663483, 0.0651383, 0.0645445, 0.0644442, 0.0644579, 0.0644801", \
+            "0.0689082, 0.0670994, 0.0656158, 0.0651657, 0.0650151, 0.0649601", \
+            "0.074507, 0.070866, 0.0683193, 0.0673413, 0.0667181, 0.066293" \
+          );
+        }
+      }
+    }
+    pin (pad) {
+      direction : "input";
+      is_pad : true;
+      input_voltage : "pad";
+      fanout_load : 1;
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_transition : 3.5;
+      capacitance : 0.220548;
+      rise_capacitance : 0.222529;
+      rise_capacitance_range (0.196262, 0.239896);
+      fall_capacitance : 0.218566;
+      fall_capacitance_range (0.198739, 0.231212);
+    }
+  }
+ cell (sg13g2_IOPadInOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 1244.94;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3844.11;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1244.94;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4913;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 27.4413;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3526.99;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 27.4413;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4595.94;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 54.3465;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4743.21;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 54.3465;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4743.16;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1220.31;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.07;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1220.31;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.08;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 636.76;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4287.07;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.47325;
+      capacitance : 0.260161;
+      rise_capacitance : 0.259789;
+      rise_capacitance_range (0.231825, 0.278191);
+      fall_capacitance : 0.260533;
+      fall_capacitance_range (0.239067, 0.274174);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.07349, 1.1888, 1.28513, 1.37296, 1.61565, 1.84783", \
+            "1.08928, 1.20437, 1.30083, 1.38842, 1.63113, 1.86319", \
+            "1.09889, 1.21401, 1.31046, 1.39806, 1.64106, 1.87278", \
+            "1.11354, 1.22858, 1.32489, 1.41252, 1.65544, 1.88718", \
+            "1.13158, 1.24658, 1.34288, 1.43051, 1.67316, 1.90518", \
+            "1.15249, 1.26746, 1.3638, 1.45144, 1.69418, 1.92626", \
+            "1.17094, 1.28661, 1.38305, 1.47094, 1.71422, 1.94585" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.381481, 0.537776, 0.685625, 0.832073, 1.27845, 1.73393", \
+            "0.381482, 0.537777, 0.685626, 0.832074, 1.27846, 1.73394", \
+            "0.381483, 0.537778, 0.685627, 0.832075, 1.27873, 1.73395", \
+            "0.381484, 0.537779, 0.685628, 0.832076, 1.27874, 1.7354", \
+            "0.381485, 0.53778, 0.685629, 0.832077, 1.27875, 1.73541", \
+            "0.381486, 0.537781, 0.68563, 0.832078, 1.27876, 1.7355", \
+            "0.382352, 0.53836, 0.686806, 0.833134, 1.27898, 1.73551" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851984, 0.941528, 1.02216, 1.09847, 1.31919, 1.5392", \
+            "0.870278, 0.960186, 1.04057, 1.11696, 1.33671, 1.55736", \
+            "0.885063, 0.974565, 1.05525, 1.13171, 1.35109, 1.57139", \
+            "0.91476, 1.00419, 1.08489, 1.16082, 1.38041, 1.60073", \
+            "0.959751, 1.04959, 1.12996, 1.20624, 1.42581, 1.64616", \
+            "1.028, 1.11687, 1.19743, 1.27326, 1.49306, 1.71302", \
+            "1.14669, 1.23637, 1.31739, 1.39356, 1.6141, 1.83482" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.436875, 0.549465, 0.669105, 0.793587, 1.19363, 1.61117", \
+            "0.441306, 0.552294, 0.672064, 0.795192, 1.19507, 1.61274", \
+            "0.44369, 0.554294, 0.673703, 0.797439, 1.19612, 1.61376", \
+            "0.444648, 0.556701, 0.675791, 0.79904, 1.19771, 1.61467", \
+            "0.445777, 0.556702, 0.675792, 0.799041, 1.19772, 1.61468", \
+            "0.445778, 0.556703, 0.675793, 0.799042, 1.19773, 1.61469", \
+            "0.445779, 0.556704, 0.675794, 0.799043, 1.19774, 1.6147" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.788371, 0.788372, 0.788373, 0.788374, 0.788375, 0.788376", \
+            "0.807984, 0.807985, 0.807986, 0.807987, 0.807988, 0.807989", \
+            "0.819297, 0.819299, 0.8193, 0.819301, 0.819302, 0.819303", \
+            "0.838509, 0.83851, 0.838511, 0.838515, 0.838516, 0.838517", \
+            "0.865805, 0.865806, 0.865807, 0.865808, 0.865809, 0.86581", \
+            "0.909502, 0.909503, 0.909504, 0.909505, 0.909506, 0.909507", \
+            "0.98087, 0.980871, 0.980872, 0.980873, 0.980874, 0.980875" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.788371, 0.788372, 0.788373, 0.788374, 0.788375, 0.788376", \
+            "0.807984, 0.807985, 0.807986, 0.807987, 0.807988, 0.807989", \
+            "0.819297, 0.819299, 0.8193, 0.819301, 0.819302, 0.819303", \
+            "0.838509, 0.83851, 0.838511, 0.838515, 0.838516, 0.838517", \
+            "0.865805, 0.865806, 0.865807, 0.865808, 0.865809, 0.86581", \
+            "0.909502, 0.909503, 0.909504, 0.909505, 0.909506, 0.909507", \
+            "0.98087, 0.980871, 0.980872, 0.980873, 0.980874, 0.980875" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851468, 0.851469, 0.85147, 0.851471, 0.851472, 0.851473", \
+            "0.874056, 0.874057, 0.874058, 0.874059, 0.87406, 0.874061", \
+            "0.890629, 0.89063, 0.890631, 0.890632, 0.890633, 0.890634", \
+            "0.92, 0.920001, 0.920002, 0.920003, 0.920004, 0.920005", \
+            "0.960562, 0.961449, 0.961453, 0.961454, 0.961455, 0.961456", \
+            "1.0185, 1.01851, 1.01852, 1.01853, 1.01854, 1.01855", \
+            "1.1161, 1.11611, 1.11612, 1.11613, 1.11614, 1.11615" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.851468, 0.851469, 0.85147, 0.851471, 0.851472, 0.851473", \
+            "0.874056, 0.874057, 0.874058, 0.874059, 0.87406, 0.874061", \
+            "0.890629, 0.89063, 0.890631, 0.890632, 0.890633, 0.890634", \
+            "0.92, 0.920001, 0.920002, 0.920003, 0.920004, 0.920005", \
+            "0.960562, 0.961449, 0.961453, 0.961454, 0.961455, 0.961456", \
+            "1.0185, 1.01851, 1.01852, 1.01853, 1.01854, 1.01855", \
+            "1.1161, 1.11611, 1.11612, 1.11613, 1.11614, 1.11615" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06441, 1.18602, 1.28649, 1.37825, 1.63254, 1.87571", \
+            "1.08109, 1.20254, 1.30317, 1.39456, 1.64865, 1.89184", \
+            "1.09215, 1.2135, 1.3142, 1.4058, 1.65961, 1.9028", \
+            "1.10877, 1.22991, 1.33064, 1.42262, 1.676, 1.91929", \
+            "1.13046, 1.25183, 1.3524, 1.44416, 1.69838, 1.94161", \
+            "1.15605, 1.2774, 1.37796, 1.46958, 1.72381, 1.96705", \
+            "1.18378, 1.30516, 1.40566, 1.49718, 1.75128, 1.99542" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.385054, 0.533176, 0.67715, 0.821634, 1.26647, 1.72287", \
+            "0.385055, 0.533177, 0.677161, 0.821635, 1.26648, 1.72403", \
+            "0.385056, 0.533178, 0.677162, 0.821636, 1.26649, 1.72404", \
+            "0.385057, 0.533179, 0.677163, 0.821942, 1.2665, 1.72405", \
+            "0.385058, 0.53318, 0.677164, 0.821943, 1.26651, 1.7244", \
+            "0.385059, 0.533181, 0.677165, 0.821944, 1.26658, 1.72441", \
+            "0.38506, 0.534022, 0.67861, 0.821945, 1.26659, 1.72447" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.725354, 0.832222, 0.926798, 1.01715, 1.27468, 1.52826", \
+            "0.741185, 0.848201, 0.942495, 1.03308, 1.29062, 1.54417", \
+            "0.749565, 0.857023, 0.950663, 1.04139, 1.29938, 1.55273", \
+            "0.762148, 0.869412, 0.963985, 1.05426, 1.31175, 1.5651", \
+            "0.777726, 0.884691, 0.978916, 1.06951, 1.32709, 1.58071", \
+            "0.794241, 0.898874, 0.993962, 1.08381, 1.34157, 1.59484", \
+            "0.807676, 0.914545, 1.00988, 1.09877, 1.35659, 1.61039" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.281953, 0.422772, 0.560079, 0.701393, 1.13031, 1.56641", \
+            "0.281954, 0.422807, 0.560866, 0.701394, 1.13032, 1.56832", \
+            "0.281961, 0.422808, 0.561085, 0.701395, 1.13043, 1.56833", \
+            "0.281962, 0.422809, 0.56216, 0.70169, 1.13044, 1.56834", \
+            "0.281963, 0.42281, 0.562161, 0.701691, 1.13045, 1.56835", \
+            "0.281964, 0.422811, 0.562162, 0.701692, 1.13054, 1.56963", \
+            "0.281965, 0.422812, 0.562192, 0.701693, 1.13055, 1.56964" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.95486, 7.85643, 7.82262, 7.77244, 7.62556, 7.43688", \
+            "7.97618, 7.8704, 7.83943, 7.77049, 7.63571, 7.44055", \
+            "7.97485, 7.8783, 7.839, 7.78086, 7.65853, 7.4493", \
+            "7.98282, 7.88521, 7.83972, 7.78468, 7.64946, 7.49707", \
+            "7.98581, 7.88573, 7.84289, 7.78424, 7.63776, 7.50341", \
+            "7.96932, 7.86901, 7.82939, 7.77031, 7.6279, 7.50388", \
+            "7.92175, 7.82421, 7.82417, 7.83133, 7.64737, 7.4102" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "17.7836, 15.7534, 14.3935, 13.3833, 11.5087, 10.3839", \
+            "18.0905, 16.0092, 14.622, 13.5839, 11.6653, 10.5301", \
+            "18.2861, 16.2011, 14.7746, 13.7262, 11.7717, 10.628", \
+            "18.4645, 16.355, 14.9397, 13.8719, 11.895, 10.7239", \
+            "18.4265, 16.3126, 14.8947, 13.8331, 11.8678, 10.7018", \
+            "18.1914, 16.1001, 14.7, 13.6809, 11.7439, 10.599", \
+            "17.2633, 15.2977, 13.9645, 13.0198, 11.18, 10.1559" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.77158, 3.48583, 5.20333, 6.89762, 12.0249, 15.9422", \
+            "1.76981, 3.48434, 5.20107, 6.90782, 12.0208, 15.925", \
+            "1.77278, 3.48706, 5.20036, 6.91123, 12.0389, 15.9368", \
+            "1.77891, 3.49403, 5.20981, 6.9331, 12.0172, 15.8323", \
+            "1.80204, 3.51643, 5.23366, 6.9393, 12.0638, 15.685", \
+            "1.8535, 3.5692, 5.28374, 6.99425, 12.088, 15.3636", \
+            "1.96487, 3.68408, 5.38888, 7.12126, 12.1151, 14.8404" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.214751, 0.214405, 0.214124, 0.213957, 0.213626, 0.212819", \
+            "0.213155, 0.212924, 0.21259, 0.212518, 0.211954, 0.21152", \
+            "0.215757, 0.215386, 0.215162, 0.21506, 0.214519, 0.214036", \
+            "0.224653, 0.22427, 0.224011, 0.22386, 0.223511, 0.222863", \
+            "0.248008, 0.247718, 0.247311, 0.247282, 0.246855, 0.245841", \
+            "0.300161, 0.299846, 0.299427, 0.29924, 0.298828, 0.297479", \
+            "0.409831, 0.409515, 0.409449, 0.409051, 0.408704, 0.406675" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.4611, 7.74812, 8.05172, 8.33058, 9.1975, 10.0558", \
+            "7.47342, 7.76541, 8.06792, 8.33936, 9.17957, 10.1162", \
+            "7.47379, 7.76215, 8.05583, 8.35754, 9.20682, 10.1151", \
+            "7.47198, 7.76029, 8.05601, 8.35844, 9.22763, 10.0928", \
+            "7.47303, 7.7683, 8.07808, 8.37144, 9.23018, 10.1835", \
+            "7.46643, 7.75156, 8.06166, 8.34581, 9.21902, 10.0735", \
+            "7.50648, 7.76809, 8.14349, 8.28644, 9.2218, 10.1409" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.98754, 2.9875, 2.98546, 2.98349, 2.97868, 2.98082", \
+            "2.98741, 2.98774, 2.98503, 2.98384, 2.97904, 2.98085", \
+            "2.98777, 2.9888, 2.98456, 2.98401, 2.97846, 2.97837", \
+            "2.98745, 2.98861, 2.98315, 2.98384, 2.97807, 2.978", \
+            "2.98886, 2.98904, 2.98603, 2.98503, 2.98037, 2.98201", \
+            "2.98806, 2.99018, 2.99019, 2.98699, 2.98491, 2.98321", \
+            "2.99094, 2.98933, 2.98964, 2.98367, 2.9802, 2.98266" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.73615, 3.45815, 5.16194, 6.89537, 12.0159, 16.0155", \
+            "1.73702, 3.4578, 5.17074, 6.87879, 12.0093, 15.9332", \
+            "1.74167, 3.45527, 5.17018, 6.88137, 12.0107, 15.8965", \
+            "1.75177, 3.46726, 5.18311, 6.89516, 12.001, 15.8124", \
+            "1.77836, 3.49159, 5.19921, 6.91969, 12.0411, 15.8672", \
+            "1.83353, 3.54761, 5.26316, 6.97518, 12.0699, 15.3536", \
+            "1.95139, 3.66454, 5.38376, 7.0917, 12.1111, 14.8537" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.112217, 0.111785, 0.111529, 0.111446, 0.110851, 0.109917", \
+            "0.111908, 0.111514, 0.111245, 0.111233, 0.110575, 0.109506", \
+            "0.113833, 0.113639, 0.113055, 0.113125, 0.112648, 0.111677", \
+            "0.120166, 0.119811, 0.11942, 0.119467, 0.118873, 0.117807", \
+            "0.133369, 0.132939, 0.132603, 0.132598, 0.131952, 0.130571", \
+            "0.162843, 0.16186, 0.16154, 0.161413, 0.160966, 0.159336", \
+            "0.223835, 0.223566, 0.223094, 0.222788, 0.222311, 0.21968" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.27738;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0525178, 0.0647662, 0.0878011, 0.10949, 0.130581, 0.151437", \
+            "0.0525188, 0.0647672, 0.0878021, 0.109491, 0.130582, 0.151438", \
+            "0.0525198, 0.0647682, 0.0878031, 0.109492, 0.130583, 0.151439", \
+            "0.0525208, 0.0647692, 0.0878041, 0.109493, 0.130584, 0.15144", \
+            "0.0525218, 0.0647702, 0.0878051, 0.109494, 0.130585, 0.151441", \
+            "0.0525228, 0.0647712, 0.0878061, 0.109495, 0.130586, 0.151442", \
+            "0.0525238, 0.0647722, 0.0878071, 0.109496, 0.130587, 0.151443" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428776, 0.0652529, 0.109341, 0.153788, 0.198556, 0.243446", \
+            "0.0456634, 0.067104, 0.111442, 0.156899, 0.201625, 0.246515", \
+            "0.0507684, 0.0713047, 0.113908, 0.157873, 0.20273, 0.247936", \
+            "0.05348, 0.0736078, 0.115651, 0.158968, 0.203438, 0.24821", \
+            "0.0656314, 0.0848857, 0.124968, 0.16655, 0.208803, 0.252638", \
+            "0.0863222, 0.105036, 0.142349, 0.181744, 0.2222, 0.263611", \
+            "0.102752, 0.122174, 0.157497, 0.194492, 0.233546, 0.27411" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299806, 0.317616, 0.345423, 0.368693, 0.389274, 0.409759", \
+            "0.354133, 0.371973, 0.399704, 0.422727, 0.444064, 0.463459", \
+            "0.476433, 0.494265, 0.522063, 0.545002, 0.566303, 0.586188", \
+            "0.537112, 0.554926, 0.582593, 0.605445, 0.626777, 0.646257", \
+            "0.855219, 0.872785, 0.900325, 0.923634, 0.944245, 0.964742", \
+            "1.49723, 1.51534, 1.54281, 1.56603, 1.58706, 1.6058", \
+            "2.05912, 2.07924, 2.11018, 2.13514, 2.15708, 2.17756" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0850931, 0.103406, 0.136334, 0.168469, 0.200247, 0.233512", \
+            "0.0850941, 0.103407, 0.136335, 0.16847, 0.200653, 0.233513", \
+            "0.0850951, 0.103408, 0.136336, 0.168471, 0.200654, 0.233514", \
+            "0.0850961, 0.103409, 0.136337, 0.168472, 0.200655, 0.233515", \
+            "0.0850971, 0.10341, 0.136338, 0.168473, 0.200656, 0.233522", \
+            "0.098665, 0.116297, 0.147045, 0.177029, 0.208535, 0.239982", \
+            "0.120057, 0.137684, 0.168617, 0.197608, 0.226783, 0.256901" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.696083, -0.696081, -0.695761, -0.696091, -0.696124, -0.696136", \
+            "-0.696794, -0.696804, -0.696822, -0.696419, -0.696867, -0.696902", \
+            "-0.696691, -0.696693, -0.696702, -0.696713, -0.696729, -0.696744", \
+            "-0.696307, -0.69573, -0.69632, -0.696337, -0.696349, -0.696401", \
+            "-0.696274, -0.695969, -0.696222, -0.69621, -0.69621, -0.696211", \
+            "-0.693954, -0.693593, -0.693744, -0.693578, -0.694415, -0.695328", \
+            "-0.307937, -0.308426, -0.308189, -0.308528, -0.312327, -0.306482" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.696083, 0.696081, 0.696079, 0.696091, 0.696124, 0.696136", \
+            "0.696794, 0.696804, 0.696823, 0.696843, 0.696867, 0.696902", \
+            "0.696691, 0.696693, 0.696702, 0.696713, 0.696729, 0.696744", \
+            "0.696307, 0.69631, 0.69632, 0.696337, 0.696349, 0.696401", \
+            "0.696274, 0.69625, 0.696222, 0.69621, 0.69621, 0.696211", \
+            "0.693954, 0.693593, 0.693744, 0.693578, 0.694415, 0.695328", \
+            "0.695005, 0.694358, 0.693515, 0.693063, 0.694242, 0.693029" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.000837553, -0.000733155, -0.000763621, -0.000872112, -0.000835298, -0.00111275", \
+            "-0.00179659, -0.0012922, -0.00139062, -0.00168708, -0.00216929, -0.0022993", \
+            "-0.0022667, -0.0022508, -0.00235831, -0.00221455, -0.00234802, -0.002758", \
+            "-0.00226639, -0.00231972, -0.00258588, -0.00299652, -0.00253519, -0.00242787", \
+            "-0.00196103, -0.00229428, -0.00247064, -0.00291877, -0.00389427, -0.00452719", \
+            "0.000183506, -0.00118556, -0.000888625, -0.0011439, -0.00148329, -0.00251327", \
+            "0.0468397, 0.0449674, 0.0432474, 0.042692, 0.0437882, 0.0412237" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0675916, 0.0664836, 0.0662619, 0.0663988, 0.0665479, 0.0666604", \
+            "0.0666562, 0.0655369, 0.0652573, 0.0653704, 0.0655118, 0.0656186", \
+            "0.0660687, 0.0649275, 0.0646004, 0.0646644, 0.0647692, 0.0648502", \
+            "0.066105, 0.0650316, 0.0646434, 0.0646697, 0.0647602, 0.0648664", \
+            "0.0663404, 0.0650966, 0.0645183, 0.064426, 0.0644338, 0.0644526", \
+            "0.0692452, 0.067964, 0.0656612, 0.0648731, 0.0648982, 0.0650302", \
+            "0.0742733, 0.071081, 0.0684508, 0.0673765, 0.0668071, 0.0663362" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0299879;
+      rise_capacitance : 0.0300679;
+      rise_capacitance_range (0.0240635, 0.0340879);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.0246689, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.0595e-05, -4.72573e-06, -6.17116e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.0595e-05, 4.72573e-06, 6.17116e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215189, -0.0224595, -0.0225904, -0.0225479, -0.0228347, -0.0227621, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286057, 0.0281311, 0.0284957, 0.0283702, 0.0282106, 0.0279653, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.05147e-05, -4.72445e-06, -6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05147e-05, 4.72445e-06, 6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225472, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286039, 0.02813, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.05147e-05, -4.72445e-06, -6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05147e-05, 4.72445e-06, 6.18168e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225472, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286039, 0.02813, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269153;
+      rise_capacitance : 0.0277693;
+      rise_capacitance_range (0.023155, 0.0335066);
+      fall_capacitance : 0.0260612;
+      fall_capacitance_range (0.022145, 0.0296985);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.07018, 2.0702, 2.0735, 2.07491, 2.07102, 2.08049, 2.07712" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.351858, 0.351235, 0.350431, 0.350044, 0.349117, 0.348846, 0.347964" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402604, 0.0397503, 0.0417318, 0.0480681, 0.0612338, 0.0910797, 0.156348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101475, 0.102542, 0.105062, 0.110746, 0.124548, 0.154403, 0.219086" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadInOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 2119.76;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3843.65;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2119.76;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4912.45;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3526.63;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4595.59;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4742.76;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4742.81;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2095.16;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3964.62;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2095.16;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3964.61;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1053.73;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4286.64;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 9.99915;
+      capacitance : 0.344807;
+      rise_capacitance : 0.3422;
+      rise_capacitance_range (0.312154, 0.362295);
+      fall_capacitance : 0.347414;
+      fall_capacitance_range (0.323933, 0.362627);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.24498, 1.34771, 1.43209, 1.50564, 1.69033, 1.84711", \
+            "1.25847, 1.36076, 1.445, 1.51848, 1.70311, 1.85982", \
+            "1.27069, 1.37256, 1.45681, 1.52948, 1.714, 1.87078", \
+            "1.28432, 1.38639, 1.47033, 1.54368, 1.7283, 1.88491", \
+            "1.30132, 1.4031, 1.487, 1.5604, 1.74487, 1.90153", \
+            "1.32223, 1.42395, 1.50859, 1.5821, 1.76678, 1.92348", \
+            "1.33904, 1.44226, 1.52709, 1.60077, 1.7857, 1.94247" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.366058, 0.492082, 0.597318, 0.69119, 0.943224, 1.18335", \
+            "0.366059, 0.492083, 0.597319, 0.691191, 0.94338, 1.18336", \
+            "0.36606, 0.492084, 0.59732, 0.691192, 0.943381, 1.18337", \
+            "0.366061, 0.492085, 0.597321, 0.691193, 0.943646, 1.18338", \
+            "0.366062, 0.492086, 0.597322, 0.691194, 0.943647, 1.18339", \
+            "0.366063, 0.492205, 0.597323, 0.691195, 0.943751, 1.1834", \
+            "0.367108, 0.494516, 0.597898, 0.691828, 0.944408, 1.18341" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.05455, 1.11567, 1.17172, 1.22419, 1.36627, 1.49708", \
+            "1.07318, 1.13427, 1.1903, 1.24142, 1.38495, 1.51582", \
+            "1.08792, 1.14813, 1.20466, 1.25709, 1.39875, 1.52957", \
+            "1.11742, 1.1788, 1.23473, 1.28556, 1.42922, 1.56004", \
+            "1.1624, 1.22383, 1.27981, 1.3309, 1.47439, 1.60529", \
+            "1.23033, 1.29115, 1.34685, 1.399, 1.54115, 1.6717", \
+            "1.34796, 1.40959, 1.46573, 1.51819, 1.6586, 1.78985" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.688101, 0.726369, 0.779665, 0.837845, 1.01174, 1.19409", \
+            "0.692845, 0.730565, 0.783477, 0.841263, 1.01518, 1.19697", \
+            "0.695684, 0.733089, 0.786998, 0.844648, 1.01644, 1.19698", \
+            "0.699671, 0.736694, 0.789186, 0.844649, 1.0199, 1.20142", \
+            "0.699672, 0.736695, 0.789187, 0.845831, 1.01991, 1.20143", \
+            "0.699673, 0.736696, 0.789188, 0.845832, 1.01992, 1.20144", \
+            "0.699674, 0.736697, 0.789189, 0.845833, 1.01993, 1.20145" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.950233, 0.950234, 0.950235, 0.950236, 0.950237, 0.950238", \
+            "0.970383, 0.970384, 0.970385, 0.970386, 0.970387, 0.970388", \
+            "0.979081, 0.979082, 0.979083, 0.979084, 0.979085, 0.979086", \
+            "0.999339, 0.999343, 0.999344, 0.999345, 0.999346, 0.999347", \
+            "1.0277, 1.02771, 1.02772, 1.02773, 1.02774, 1.02775", \
+            "1.07051, 1.07052, 1.07053, 1.07054, 1.07055, 1.07056", \
+            "1.1429, 1.14291, 1.14292, 1.14293, 1.14294, 1.14295" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.950233, 0.950234, 0.950235, 0.950236, 0.950237, 0.950238", \
+            "0.970383, 0.970384, 0.970385, 0.970386, 0.970387, 0.970388", \
+            "0.979081, 0.979082, 0.979083, 0.979084, 0.979085, 0.979086", \
+            "0.999339, 0.999343, 0.999344, 0.999345, 0.999346, 0.999347", \
+            "1.0277, 1.02771, 1.02772, 1.02773, 1.02774, 1.02775", \
+            "1.07051, 1.07052, 1.07053, 1.07054, 1.07055, 1.07056", \
+            "1.1429, 1.14291, 1.14292, 1.14293, 1.14294, 1.14295" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.27373, 1.27374, 1.27375, 1.27376, 1.27377, 1.27378", \
+            "1.28774, 1.28775, 1.28776, 1.28777, 1.28778, 1.28779", \
+            "1.30306, 1.32133, 1.32134, 1.32135, 1.32136, 1.32137", \
+            "1.3343, 1.35124, 1.35125, 1.35126, 1.35127, 1.35128", \
+            "1.38336, 1.38544, 1.38545, 1.38546, 1.38547, 1.38548", \
+            "1.44688, 1.44689, 1.4469, 1.44691, 1.44692, 1.44693", \
+            "1.5367, 1.53671, 1.53672, 1.53673, 1.53674, 1.53675" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.27373, 1.27374, 1.27375, 1.27376, 1.27377, 1.27378", \
+            "1.28774, 1.28775, 1.28776, 1.28777, 1.28778, 1.28779", \
+            "1.30306, 1.32133, 1.32134, 1.32135, 1.32136, 1.32137", \
+            "1.3343, 1.35124, 1.35125, 1.35126, 1.35127, 1.35128", \
+            "1.38336, 1.38544, 1.38545, 1.38546, 1.38547, 1.38548", \
+            "1.44688, 1.44689, 1.4469, 1.44691, 1.44692, 1.44693", \
+            "1.5367, 1.53671, 1.53672, 1.53673, 1.53674, 1.53675" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.2093, 1.32777, 1.41986, 1.49833, 1.69198, 1.85536", \
+            "1.22593, 1.34431, 1.43652, 1.51489, 1.70863, 1.87214", \
+            "1.23574, 1.35434, 1.44646, 1.52477, 1.71844, 1.88181", \
+            "1.25217, 1.37071, 1.46293, 1.5413, 1.73505, 1.89859", \
+            "1.27402, 1.39246, 1.48459, 1.56297, 1.75662, 1.92054", \
+            "1.29994, 1.41826, 1.51048, 1.58884, 1.78261, 1.94585", \
+            "1.32922, 1.4477, 1.53993, 1.61821, 1.81184, 1.97474" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.397225, 0.50701, 0.601175, 0.687804, 0.929253, 1.16315", \
+            "0.39731, 0.50736, 0.601485, 0.688305, 0.929254, 1.16328", \
+            "0.397341, 0.507361, 0.601486, 0.688306, 0.929255, 1.16329", \
+            "0.397743, 0.507454, 0.601487, 0.688307, 0.929256, 1.16332", \
+            "0.397744, 0.507455, 0.601488, 0.688308, 0.929257, 1.16366", \
+            "0.397745, 0.507456, 0.601489, 0.688309, 0.929258, 1.16367", \
+            "0.397746, 0.50884, 0.60149, 0.68831, 0.929259, 1.16368" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.75858, 0.843905, 0.915343, 0.978017, 1.14477, 1.29416", \
+            "0.774265, 0.859951, 0.930447, 0.993437, 1.15974, 1.31098", \
+            "0.782773, 0.868625, 0.938972, 1.00214, 1.16903, 1.31929", \
+            "0.795346, 0.880906, 0.952418, 1.01495, 1.18182, 1.33114", \
+            "0.810986, 0.896123, 0.967655, 1.03014, 1.19714, 1.34679", \
+            "0.825253, 0.910978, 0.980911, 1.04485, 1.21024, 1.36067", \
+            "0.840202, 0.925799, 0.996827, 1.06064, 1.22655, 1.37814" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.259579, 0.347553, 0.424801, 0.505057, 0.727076, 0.948921", \
+            "0.25958, 0.347554, 0.428072, 0.505058, 0.727077, 0.948922", \
+            "0.259581, 0.348083, 0.428073, 0.505059, 0.727701, 0.948923", \
+            "0.259582, 0.348084, 0.428074, 0.50506, 0.727702, 0.948924", \
+            "0.259583, 0.348085, 0.428596, 0.505061, 0.727703, 0.948925", \
+            "0.259584, 0.348086, 0.428597, 0.505062, 0.727704, 0.949087", \
+            "0.259585, 0.348087, 0.428598, 0.505428, 0.729932, 0.949998" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.2866, 12.9093, 12.7024, 12.5789, 12.2466, 12.1378", \
+            "13.3232, 12.922, 12.7111, 12.5853, 12.3243, 12.1734", \
+            "13.3588, 12.9424, 12.7209, 12.6137, 12.2852, 12.171", \
+            "13.3619, 12.9644, 12.739, 12.6126, 12.3691, 12.0354", \
+            "13.3896, 12.9819, 12.7423, 12.6159, 12.2729, 12.1222", \
+            "13.3087, 12.8997, 12.686, 12.5616, 12.3143, 12.129", \
+            "13.216, 12.8271, 12.5456, 12.4654, 12.2556, 12.01" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "71.2329, 67.0105, 63.4667, 60.4042, 53.3443, 48.2074", \
+            "71.8631, 67.6161, 64.045, 61.0216, 53.8464, 48.6514", \
+            "72.3102, 68.0909, 64.5331, 61.4438, 54.267, 49.0578", \
+            "72.7538, 68.5034, 64.9071, 61.8335, 54.5969, 49.3516", \
+            "72.6379, 68.3906, 64.7913, 61.746, 54.4984, 49.2479", \
+            "72.0314, 67.882, 64.3299, 61.2598, 54.1739, 48.9971", \
+            "69.9477, 65.8342, 62.3361, 59.3632, 52.408, 47.3788" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.77008, 3.49101, 5.21874, 6.92314, 11.8577, 12.8561", \
+            "1.76777, 3.48914, 5.2155, 6.93754, 11.8195, 12.8425", \
+            "1.77033, 3.49211, 5.21936, 6.91436, 11.7748, 12.7071", \
+            "1.77718, 3.50095, 5.22723, 6.92502, 11.767, 12.4658", \
+            "1.79971, 3.52488, 5.24144, 6.96245, 11.803, 12.1373", \
+            "1.85126, 3.57659, 5.30262, 7.01989, 11.6195, 11.4605", \
+            "1.96394, 3.68573, 5.40527, 7.12234, 11.268, 9.76035" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.21459, 0.214267, 0.214187, 0.214151, 0.21371, 0.21211", \
+            "0.213071, 0.212727, 0.21265, 0.212563, 0.212171, 0.210515", \
+            "0.215518, 0.215361, 0.215157, 0.215138, 0.214761, 0.21297", \
+            "0.224441, 0.224157, 0.224023, 0.22389, 0.223596, 0.221631", \
+            "0.247784, 0.247511, 0.24742, 0.247289, 0.246878, 0.244635", \
+            "0.30019, 0.299799, 0.299643, 0.299521, 0.298975, 0.296024", \
+            "0.410056, 0.409674, 0.409144, 0.409371, 0.408769, 0.403935" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "11.3954, 11.708, 12.013, 12.3342, 13.2561, 14.1276", \
+            "11.3879, 11.6945, 12.0185, 12.3418, 13.173, 14.135", \
+            "11.382, 11.6817, 11.9963, 12.3074, 13.1931, 14.1104", \
+            "11.3725, 11.6802, 11.994, 12.3213, 13.1848, 14.1219", \
+            "11.3926, 11.6974, 12.0178, 12.3408, 13.2663, 14.1459", \
+            "11.385, 11.6787, 12.0076, 12.3121, 13.1847, 14.014", \
+            "11.4162, 11.8018, 11.9814, 12.3089, 13.1863, 13.9543" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.99672, 4.99671, 4.99634, 5.00142, 5.00028, 4.99404", \
+            "4.98985, 4.99326, 4.99969, 4.99974, 4.99861, 4.99744", \
+            "4.99299, 5.00415, 4.99936, 5.00018, 4.99864, 4.99755", \
+            "4.99422, 4.99716, 4.9985, 5.00174, 5.00144, 4.99519", \
+            "4.99213, 4.99776, 5.00422, 5.00232, 5.0026, 4.99694", \
+            "4.9893, 4.98901, 4.99663, 4.99783, 4.998, 4.99548", \
+            "5.0039, 5.0026, 5.0008, 5.01263, 5.00304, 5.00366" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.7367, 3.4622, 5.18716, 6.9095, 11.7663, 12.7184", \
+            "1.73627, 3.46031, 5.1798, 6.9134, 11.8059, 12.8156", \
+            "1.74083, 3.46443, 5.18431, 6.9098, 11.7577, 12.6568", \
+            "1.75252, 3.47619, 5.19687, 6.92217, 11.7349, 12.4989", \
+            "1.77769, 3.50352, 5.22956, 6.94402, 11.6622, 12.1555", \
+            "1.83475, 3.5605, 5.27888, 6.99446, 11.6684, 11.2305", \
+            "1.94882, 3.67714, 5.39981, 7.10637, 11.2228, 9.53586" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.112372, 0.111952, 0.111947, 0.111574, 0.111064, 0.106684", \
+            "0.112077, 0.111727, 0.111492, 0.111253, 0.110671, 0.106633", \
+            "0.114133, 0.113784, 0.113407, 0.113225, 0.112668, 0.108375", \
+            "0.1202, 0.119896, 0.119781, 0.119508, 0.118806, 0.114202", \
+            "0.133514, 0.133068, 0.133039, 0.132664, 0.131857, 0.127078", \
+            "0.163153, 0.162795, 0.162204, 0.162504, 0.161142, 0.1558", \
+            "0.224876, 0.224645, 0.224613, 0.224436, 0.221941, 0.215247" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.2785;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0525071, 0.0648283, 0.0878589, 0.109624, 0.130626, 0.151511", \
+            "0.0525081, 0.0648293, 0.0878599, 0.109625, 0.130627, 0.151512", \
+            "0.0525091, 0.0648303, 0.0878609, 0.109626, 0.130628, 0.151513", \
+            "0.0525101, 0.0648313, 0.0878619, 0.109627, 0.130629, 0.151514", \
+            "0.0525111, 0.0648323, 0.0878629, 0.109628, 0.13063, 0.151515", \
+            "0.0525121, 0.0648333, 0.0878639, 0.109629, 0.130631, 0.151516", \
+            "0.0525131, 0.0648343, 0.0878649, 0.10963, 0.130632, 0.151517" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.042848, 0.0652991, 0.109404, 0.153768, 0.198612, 0.243616", \
+            "0.0456753, 0.0669385, 0.111351, 0.156901, 0.201644, 0.246459", \
+            "0.0507853, 0.0712618, 0.113948, 0.157946, 0.20283, 0.247858", \
+            "0.053502, 0.0736067, 0.115587, 0.159027, 0.203468, 0.248346", \
+            "0.0656324, 0.0848908, 0.125081, 0.166485, 0.208772, 0.252563", \
+            "0.0862527, 0.105213, 0.142577, 0.181686, 0.221267, 0.263516", \
+            "0.102848, 0.122266, 0.157679, 0.194192, 0.233014, 0.274181" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299816, 0.317589, 0.345405, 0.368696, 0.389213, 0.409299", \
+            "0.354193, 0.371996, 0.400293, 0.423389, 0.444119, 0.464551", \
+            "0.476354, 0.494109, 0.521824, 0.545023, 0.565596, 0.586132", \
+            "0.527152, 0.544944, 0.572519, 0.595849, 0.616932, 0.636727", \
+            "0.847297, 0.864994, 0.892602, 0.915755, 0.936748, 0.95673", \
+            "1.49737, 1.51579, 1.54392, 1.56702, 1.58817, 1.60723", \
+            "2.05943, 2.07939, 2.11013, 2.13509, 2.15709, 2.17754" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0851105, 0.103595, 0.136267, 0.168402, 0.200169, 0.23311", \
+            "0.0851115, 0.103596, 0.136268, 0.168403, 0.200312, 0.233387", \
+            "0.0851125, 0.103597, 0.136269, 0.168404, 0.200313, 0.233477", \
+            "0.0851135, 0.103598, 0.13627, 0.168405, 0.200518, 0.233478", \
+            "0.085156, 0.103654, 0.136671, 0.168922, 0.201083, 0.233888", \
+            "0.098662, 0.11586, 0.146245, 0.176856, 0.208316, 0.23946", \
+            "0.119939, 0.137551, 0.168789, 0.197714, 0.226865, 0.256946" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-1.32371, -1.32368, -1.32095, -1.32371, -1.32377, -1.32383", \
+            "-1.32645, -1.32649, -1.32434, -1.32418, -1.32373, -1.31855", \
+            "-1.32479, -1.32475, -1.32479, -1.32481, -1.32486, -1.32491", \
+            "-1.32437, -1.32435, -1.3244, -1.32441, -1.32446, -1.32451", \
+            "-1.32333, -1.32379, -1.32447, -1.32501, -1.32547, -1.32554", \
+            "-1.31934, -1.31908, -1.31974, -1.31874, -1.32023, -1.32158", \
+            "-0.592167, -0.593345, -0.593014, -0.591661, -0.590571, -0.590444" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.32371, 1.32368, 1.32367, 1.32371, 1.32377, 1.32383", \
+            "1.32645, 1.32649, 1.32704, 1.32707, 1.32712, 1.32715", \
+            "1.32479, 1.32475, 1.32479, 1.32481, 1.32486, 1.32491", \
+            "1.32437, 1.32435, 1.3244, 1.32441, 1.32446, 1.32451", \
+            "1.32333, 1.32379, 1.32447, 1.32501, 1.32547, 1.32554", \
+            "1.31934, 1.31908, 1.31974, 1.31874, 1.32023, 1.32158", \
+            "1.32134, 1.32033, 1.31852, 1.31763, 1.31989, 1.31754" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.00091806, -0.000777639, -0.000825793, -0.000739056, -0.000881366, -0.00117162", \
+            "-0.00180563, -0.00115165, -0.00118853, -0.00149053, -0.00188549, -0.00183334", \
+            "-0.00227847, -0.00221005, -0.00226288, -0.00223871, -0.00228835, -0.00284235", \
+            "-0.00227736, -0.00238207, -0.00258562, -0.00297883, -0.00252807, -0.00242879", \
+            "-0.00196895, -0.00232981, -0.00207372, -0.00293527, -0.00427139, -0.00444021", \
+            "0.00030162, -0.000984641, -0.000781705, -0.00141542, -0.00274864, -0.00137807", \
+            "0.0463354, 0.0444606, 0.0428718, 0.0416118, 0.0404202, 0.0406053" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0704139, 0.0693572, 0.0690701, 0.0692101, 0.0693486, 0.0694601", \
+            "0.0696314, 0.0684831, 0.0682583, 0.0683578, 0.0684904, 0.0686003", \
+            "0.0690308, 0.0679825, 0.0676328, 0.0676912, 0.0677916, 0.0678851", \
+            "0.0682652, 0.0671019, 0.0666951, 0.0667106, 0.0667703, 0.0668191", \
+            "0.0693605, 0.0681328, 0.0675695, 0.0674664, 0.0674599, 0.0674526", \
+            "0.0721149, 0.0700468, 0.0686103, 0.0680854, 0.06787, 0.0677704", \
+            "0.0761963, 0.0734664, 0.0713199, 0.0701914, 0.0695827, 0.0691152" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.029988;
+      rise_capacitance : 0.0300681;
+      rise_capacitance_range (0.0240636, 0.0340916);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.024669, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.5169e-06, -4.13135e-06, -6.01105e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.5169e-06, 4.13135e-06, 6.01105e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215188, -0.0224595, -0.0225904, -0.0225476, -0.0228347, -0.0227621, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286056, 0.0281312, 0.0284957, 0.0283703, 0.0282106, 0.0279654, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.42452e-06, -4.09958e-06, -6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.42452e-06, 4.09958e-06, 6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225469, -0.0228345, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286038, 0.0281301, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-9.42452e-06, -4.09958e-06, -6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "9.42452e-06, 4.09958e-06, 6.01012e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215165, -0.0224586, -0.0225893, -0.0225469, -0.0228345, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286038, 0.0281301, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269102;
+      rise_capacitance : 0.0277591;
+      rise_capacitance_range (0.023155, 0.0335044);
+      fall_capacitance : 0.0260613;
+      fall_capacitance_range (0.0221451, 0.0296416);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.2791, 3.27884, 3.27863, 3.27952, 3.27865, 3.27359, 3.29028" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.334507, 0.333787, 0.333639, 0.332725, 0.332561, 0.33132, 0.330624" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402581, 0.0397475, 0.0417297, 0.0480681, 0.0612353, 0.0909499, 0.156315" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101471, 0.102534, 0.105058, 0.110742, 0.124499, 0.154339, 0.219104" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadInOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 396.411;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3844.58;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 396.113;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4913.42;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 7.07672;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3527.98;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 7.12881;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4596.94;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 32.7753;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4744.15;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 32.624;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4744.15;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 371.516;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.55;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 371.5;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3965.55;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 201.893;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4287.79;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.65074;
+      capacitance : 0.187243;
+      rise_capacitance : 0.188648;
+      rise_capacitance_range (0.162168, 0.206099);
+      fall_capacitance : 0.185839;
+      fall_capacitance_range (0.16571, 0.198556);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.05733, 1.36151, 1.66373, 1.96535, 2.86901, 3.77236", \
+            "1.07278, 1.37692, 1.67913, 1.98075, 2.88436, 3.7878", \
+            "1.08211, 1.38629, 1.68851, 1.99013, 2.8938, 3.79707", \
+            "1.09675, 1.4009, 1.70312, 2.00477, 2.90837, 3.8119", \
+            "1.11557, 1.41984, 1.72205, 2.02371, 2.92727, 3.83095", \
+            "1.13589, 1.44021, 1.74245, 2.04411, 2.94769, 3.85115", \
+            "1.156, 1.46029, 1.76258, 2.06427, 2.96801, 3.87108" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.795011, 1.4171, 2.04666, 2.67907, 4.56845, 6.45816", \
+            "0.795012, 1.41746, 2.04769, 2.67908, 4.5717, 6.45817", \
+            "0.795013, 1.41747, 2.0477, 2.67909, 4.57171, 6.45915", \
+            "0.795014, 1.41748, 2.04771, 2.6791, 4.57184, 6.45916", \
+            "0.795015, 1.41749, 2.04772, 2.67911, 4.57185, 6.4597", \
+            "0.795016, 1.4175, 2.04773, 2.67912, 4.57282, 6.45971", \
+            "0.802156, 1.41751, 2.04774, 2.67913, 4.57283, 6.45972" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.890894, 1.19918, 1.5068, 1.81386, 2.73587, 3.65871", \
+            "0.906886, 1.21477, 1.52223, 1.82947, 2.75128, 3.6737", \
+            "0.921317, 1.22898, 1.53639, 1.8435, 2.76542, 3.68771", \
+            "0.9492, 1.25664, 1.56413, 1.87113, 2.79296, 3.71517", \
+            "0.994752, 1.30244, 1.60991, 1.91693, 2.83841, 3.76346", \
+            "1.06362, 1.37142, 1.67888, 1.98608, 2.9079, 3.82951", \
+            "1.18823, 1.49684, 1.80434, 2.11127, 3.033, 3.95398" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.729846, 1.31741, 1.90854, 2.50115, 4.27153, 6.05691", \
+            "0.730099, 1.31781, 1.90867, 2.50116, 4.27154, 6.05719", \
+            "0.730291, 1.31861, 1.90868, 2.50117, 4.27184, 6.0572", \
+            "0.730489, 1.32029, 1.90869, 2.50118, 4.27197, 6.05721", \
+            "0.73049, 1.3203, 1.9087, 2.50119, 4.28022, 6.05722", \
+            "0.730491, 1.32031, 1.90871, 2.5012, 4.28023, 6.05723", \
+            "0.733056, 1.32032, 1.91035, 2.50688, 4.28024, 6.05724" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.630659, 0.63066, 0.630661, 0.630662, 0.630663, 0.630664", \
+            "0.651345, 0.651346, 0.651347, 0.651348, 0.651349, 0.65135", \
+            "0.663346, 0.663357, 0.66336, 0.663363, 0.663366, 0.663367", \
+            "0.682244, 0.682245, 0.682246, 0.682247, 0.682248, 0.682249", \
+            "0.712698, 0.712699, 0.7127, 0.712701, 0.712702, 0.712703", \
+            "0.755432, 0.755441, 0.755445, 0.755446, 0.755447, 0.755448", \
+            "0.825725, 0.825726, 0.825727, 0.825728, 0.825729, 0.82573" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.630659, 0.63066, 0.630661, 0.630662, 0.630663, 0.630664", \
+            "0.651345, 0.651346, 0.651347, 0.651348, 0.651349, 0.65135", \
+            "0.663346, 0.663357, 0.66336, 0.663363, 0.663366, 0.663367", \
+            "0.682244, 0.682245, 0.682246, 0.682247, 0.682248, 0.682249", \
+            "0.712698, 0.712699, 0.7127, 0.712701, 0.712702, 0.712703", \
+            "0.755432, 0.755441, 0.755445, 0.755446, 0.755447, 0.755448", \
+            "0.825725, 0.825726, 0.825727, 0.825728, 0.825729, 0.82573" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.488887, 0.488888, 0.488889, 0.48889, 0.488891, 0.488892", \
+            "0.51021, 0.510211, 0.510212, 0.510213, 0.510214, 0.510215", \
+            "0.526899, 0.526977, 0.526978, 0.526979, 0.52698, 0.526981", \
+            "0.555973, 0.555976, 0.555977, 0.555978, 0.555979, 0.55598", \
+            "0.597018, 0.597019, 0.59702, 0.597021, 0.597022, 0.597023", \
+            "0.658881, 0.658882, 0.658883, 0.658884, 0.658885, 0.658886", \
+            "0.761103, 0.761104, 0.761105, 0.761106, 0.761107, 0.761108" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.488887, 0.488888, 0.488889, 0.48889, 0.488891, 0.488892", \
+            "0.51021, 0.510211, 0.510212, 0.510213, 0.510214, 0.510215", \
+            "0.526899, 0.526977, 0.526978, 0.526979, 0.52698, 0.526981", \
+            "0.555973, 0.555976, 0.555977, 0.555978, 0.555979, 0.55598", \
+            "0.597018, 0.597019, 0.59702, 0.597021, 0.597022, 0.597023", \
+            "0.658881, 0.658882, 0.658883, 0.658884, 0.658885, 0.658886", \
+            "0.761103, 0.761104, 0.761105, 0.761106, 0.761107, 0.761108" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.0588, 1.37407, 1.68742, 2.00019, 2.93752, 3.8746", \
+            "1.07615, 1.39113, 1.70444, 2.01724, 2.95462, 3.89186", \
+            "1.08503, 1.40223, 1.71327, 2.02606, 2.96329, 3.90254", \
+            "1.10162, 1.41658, 1.72986, 2.04265, 2.98018, 3.91685", \
+            "1.12563, 1.44098, 1.75432, 2.06712, 3.00442, 3.94133", \
+            "1.15048, 1.4656, 1.77889, 2.09168, 3.02899, 3.96639", \
+            "1.17816, 1.49346, 1.80697, 2.11976, 3.057, 3.99439" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.79403, 1.41733, 2.04642, 2.67904, 4.56695, 6.45813", \
+            "0.794031, 1.41734, 2.04736, 2.67905, 4.56894, 6.45977", \
+            "0.794528, 1.41737, 2.0474, 2.67906, 4.57196, 6.46961", \
+            "0.794537, 1.41738, 2.04741, 2.67907, 4.57197, 6.46962", \
+            "0.794538, 1.41739, 2.04742, 2.67914, 4.57198, 6.46963", \
+            "0.794539, 1.4174, 2.04743, 2.67915, 4.57199, 6.46964", \
+            "0.798545, 1.41741, 2.04744, 2.67916, 4.572, 6.46965" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.907432, 1.24704, 1.58575, 1.92432, 2.93887, 3.95689", \
+            "0.923483, 1.26308, 1.602, 1.94039, 2.95521, 3.96863", \
+            "0.931631, 1.27124, 1.61038, 1.94846, 2.96357, 3.98106", \
+            "0.944633, 1.28432, 1.62293, 1.96128, 2.97637, 3.99308", \
+            "0.959328, 1.29909, 1.63765, 1.97642, 2.9922, 4.00756", \
+            "0.975558, 1.31529, 1.65371, 1.99215, 3.00658, 4.0213", \
+            "0.988473, 1.32823, 1.66714, 2.00477, 3.01787, 4.03098" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.725662, 1.31561, 1.90832, 2.49662, 4.27304, 6.05241", \
+            "0.72569, 1.31562, 1.90834, 2.49701, 4.28243, 6.05242", \
+            "0.725691, 1.31562, 1.90841, 2.49793, 4.28244, 6.05243", \
+            "0.725692, 1.31563, 1.90842, 2.50804, 4.28245, 6.05356", \
+            "0.726271, 1.31564, 1.91264, 2.50805, 4.28246, 6.05433", \
+            "0.726272, 1.31565, 1.91331, 2.50806, 4.29145, 6.06244", \
+            "0.726322, 1.31566, 1.91332, 2.50807, 4.29146, 6.06245" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.2718, 4.22929, 4.18694, 4.17326, 3.96536, 3.75833", \
+            "4.27095, 4.23941, 4.20098, 4.17042, 3.97627, 3.74998", \
+            "4.2695, 4.23572, 4.18522, 4.1319, 3.97753, 3.75894", \
+            "4.26941, 4.24181, 4.20077, 4.10479, 3.98362, 3.74587", \
+            "4.27069, 4.23888, 4.20674, 4.10918, 3.94258, 3.7517", \
+            "4.25331, 4.22397, 4.18993, 4.09673, 4.00381, 3.753", \
+            "4.31297, 4.22276, 4.19526, 4.11556, 3.92688, 3.73993" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.25203, 2.23809, 2.23175, 2.22814, 2.22158, 2.21946", \
+            "2.26262, 2.24305, 2.23391, 2.22871, 2.22174, 2.2184", \
+            "2.27581, 2.25265, 2.24173, 2.23605, 2.22696, 2.22291", \
+            "2.28417, 2.25754, 2.24502, 2.23778, 2.22739, 2.22273", \
+            "2.2961, 2.26919, 2.25548, 2.24833, 2.23929, 2.23412", \
+            "2.27728, 2.2592, 2.25034, 2.24821, 2.2369, 2.23344", \
+            "2.2519, 2.24474, 2.24333, 2.24187, 2.23961, 2.23759" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.78054, 3.50932, 5.23643, 6.96709, 12.1521, 17.3581", \
+            "1.7787, 3.51019, 5.23446, 6.96527, 12.1538, 17.3431", \
+            "1.78071, 3.50716, 5.23638, 6.96233, 12.1627, 17.3451", \
+            "1.78816, 3.51922, 5.24456, 6.97189, 12.1649, 17.3492", \
+            "1.81086, 3.5425, 5.26824, 6.99433, 12.1861, 17.3699", \
+            "1.8623, 3.5942, 5.31865, 7.04029, 12.242, 17.4262", \
+            "1.97688, 3.69943, 5.43148, 7.16174, 12.3418, 17.5255" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.214353, 0.214054, 0.213981, 0.213449, 0.213688, 0.214247", \
+            "0.212829, 0.212528, 0.212342, 0.21229, 0.212125, 0.212654", \
+            "0.215437, 0.214879, 0.21495, 0.214086, 0.214801, 0.215359", \
+            "0.224329, 0.223891, 0.223876, 0.223646, 0.223679, 0.22423", \
+            "0.247521, 0.247214, 0.247205, 0.246869, 0.247367, 0.247416", \
+            "0.299724, 0.29962, 0.298972, 0.299233, 0.299182, 0.299766", \
+            "0.409505, 0.409342, 0.409431, 0.409048, 0.408702, 0.409728" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.05886, 4.27528, 4.47606, 4.71409, 5.23328, 5.79157", \
+            "4.07151, 4.27467, 4.49582, 4.68331, 5.27569, 5.79694", \
+            "4.04665, 4.28923, 4.47152, 4.65995, 5.26655, 5.92481", \
+            "4.04682, 4.25685, 4.47124, 4.6957, 5.20736, 5.77138", \
+            "4.06298, 4.28097, 4.49586, 4.7232, 5.23958, 5.79802", \
+            "4.05018, 4.27002, 4.48063, 4.64472, 5.22396, 5.79452", \
+            "4.09355, 4.29991, 4.4986, 4.66538, 5.28887, 5.81047" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28607, 1.2855, 1.28486, 1.28464, 1.28399, 1.28364", \
+            "1.28687, 1.28637, 1.28692, 1.28577, 1.28548, 1.28481", \
+            "1.28642, 1.28585, 1.28559, 1.28516, 1.28472, 1.28397", \
+            "1.28678, 1.28627, 1.28537, 1.28578, 1.28446, 1.28408", \
+            "1.28671, 1.28475, 1.28521, 1.28409, 1.28368, 1.28338", \
+            "1.28806, 1.28526, 1.28509, 1.28541, 1.28468, 1.28424", \
+            "1.28628, 1.28334, 1.2842, 1.28329, 1.28258, 1.28233" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.74534, 3.47579, 5.20346, 6.93027, 12.1327, 17.303", \
+            "1.74554, 3.47458, 5.20305, 6.93204, 12.1297, 17.2962", \
+            "1.74926, 3.48179, 5.20689, 6.93657, 12.1235, 17.2999", \
+            "1.76052, 3.49302, 5.21879, 6.94886, 12.1331, 17.315", \
+            "1.78395, 3.51592, 5.24319, 6.97438, 12.167, 17.3409", \
+            "1.84304, 3.57561, 5.30113, 7.02838, 12.2255, 17.4", \
+            "1.96377, 3.69474, 5.419, 7.14428, 12.3324, 17.5178" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.111715, 0.111312, 0.111319, 0.111183, 0.110994, 0.111962", \
+            "0.111451, 0.11108, 0.110544, 0.110702, 0.111088, 0.111525", \
+            "0.113347, 0.112941, 0.112899, 0.112706, 0.112872, 0.113587", \
+            "0.119519, 0.118768, 0.118875, 0.118876, 0.118983, 0.119663", \
+            "0.132883, 0.1326, 0.132222, 0.132061, 0.132294, 0.133194", \
+            "0.162542, 0.162093, 0.161843, 0.16158, 0.162063, 0.162952", \
+            "0.22649, 0.226672, 0.226905, 0.2262, 0.22632, 0.226871" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 1.28078;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0524929, 0.0647372, 0.0877582, 0.10947, 0.13051, 0.151378", \
+            "0.0524939, 0.0647382, 0.0877592, 0.109471, 0.130511, 0.151379", \
+            "0.0524949, 0.0647392, 0.0877602, 0.109472, 0.130512, 0.15138", \
+            "0.0524959, 0.0647402, 0.0877612, 0.109473, 0.130513, 0.151381", \
+            "0.0524969, 0.0647412, 0.0877622, 0.109474, 0.130514, 0.151382", \
+            "0.0524979, 0.0647422, 0.0877632, 0.109475, 0.130515, 0.151383", \
+            "0.0524989, 0.0647432, 0.0877642, 0.109476, 0.130516, 0.151384" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0428345, 0.0651842, 0.109287, 0.153736, 0.198431, 0.24338", \
+            "0.0455957, 0.0670648, 0.111396, 0.156843, 0.201556, 0.246451", \
+            "0.0507598, 0.0713056, 0.113949, 0.157845, 0.202642, 0.24789", \
+            "0.0534761, 0.0735664, 0.115382, 0.158956, 0.203405, 0.248173", \
+            "0.0656726, 0.0849303, 0.125176, 0.166418, 0.208866, 0.252561", \
+            "0.0863317, 0.105233, 0.141897, 0.181649, 0.221064, 0.26348", \
+            "0.102798, 0.12201, 0.15763, 0.193677, 0.232754, 0.273796" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.299798, 0.317463, 0.3451, 0.368557, 0.389727, 0.409705", \
+            "0.354194, 0.371933, 0.399555, 0.422792, 0.443988, 0.463866", \
+            "0.476254, 0.494128, 0.521705, 0.544888, 0.566081, 0.585427", \
+            "0.527077, 0.544869, 0.572441, 0.59579, 0.616894, 0.636661", \
+            "0.847275, 0.864972, 0.892584, 0.915736, 0.936732, 0.95671", \
+            "1.49735, 1.51577, 1.54391, 1.56693, 1.58816, 1.60722", \
+            "2.05934, 2.07929, 2.11008, 2.13511, 2.15717, 2.17769" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0851423, 0.103088, 0.13617, 0.168484, 0.20066, 0.233487", \
+            "0.0851433, 0.103289, 0.136171, 0.168488, 0.200661, 0.233488", \
+            "0.0851443, 0.10329, 0.13623, 0.168489, 0.200662, 0.233489", \
+            "0.0851453, 0.103291, 0.136231, 0.16849, 0.200663, 0.23349", \
+            "0.085159, 0.103657, 0.13668, 0.16893, 0.201094, 0.233896", \
+            "0.09867, 0.115867, 0.146334, 0.176562, 0.208328, 0.239478", \
+            "0.119994, 0.137657, 0.168662, 0.197666, 0.22717, 0.257043" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.174111, -0.174094, -0.174018, -0.174082, -0.174079, -0.174075", \
+            "-0.174275, -0.174248, -0.174229, -0.174199, -0.174258, -0.174271", \
+            "-0.173539, -0.173536, -0.173522, -0.173512, -0.173503, -0.173498", \
+            "-0.1742, -0.173991, -0.174192, -0.173883, -0.174144, -0.174185", \
+            "-0.174006, -0.174009, -0.174145, -0.17421, -0.174267, -0.174276", \
+            "-0.17346, -0.173426, -0.173505, -0.173454, -0.173558, -0.173737", \
+            "-0.0448015, -0.0441731, -0.0446462, -0.0441549, -0.0441392, -0.0435873" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.174111, 0.174104, 0.174091, 0.174082, 0.174079, 0.174075", \
+            "0.174275, 0.174272, 0.174266, 0.174259, 0.174258, 0.174271", \
+            "0.173539, 0.173536, 0.173522, 0.173512, 0.173503, 0.173498", \
+            "0.1742, 0.174197, 0.174192, 0.174188, 0.174184, 0.174185", \
+            "0.174006, 0.17406, 0.174145, 0.17421, 0.174267, 0.174276", \
+            "0.17346, 0.173426, 0.173505, 0.173454, 0.173558, 0.173737", \
+            "0.173681, 0.173544, 0.173324, 0.173219, 0.1735, 0.173208" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.00081378, -0.000696472, -0.000738013, -0.000581448, -0.000736694, -0.000946297", \
+            "-0.00178248, -0.00118438, -0.00134825, -0.00162253, -0.00189645, -0.00222775", \
+            "-0.00224667, -0.00222523, -0.00219146, -0.00231144, -0.0023001, -0.00270955", \
+            "-0.00227023, -0.0023262, -0.00298782, -0.00287231, -0.00232017, -0.00243275", \
+            "-0.00192716, -0.00207281, -0.00216044, -0.0028496, -0.00376728, -0.0043849", \
+            "0.000238603, -0.000939444, -0.00175916, -0.00118561, -0.00304801, -0.00234325", \
+            "0.0498843, 0.0471836, 0.0464905, 0.0444609, 0.0437404, 0.0437506" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0703765, 0.0692796, 0.0690439, 0.0691947, 0.0693472, 0.0694573", \
+            "0.0695551, 0.0684312, 0.0681407, 0.0682603, 0.0684002, 0.0685847", \
+            "0.0689408, 0.0678407, 0.0675407, 0.0676054, 0.0677114, 0.0678151", \
+            "0.0682589, 0.0670945, 0.0666868, 0.0667042, 0.0667703, 0.0668111", \
+            "0.0693553, 0.0681283, 0.0675659, 0.0674626, 0.0674567, 0.0674495", \
+            "0.0721066, 0.0700398, 0.0686053, 0.0680767, 0.0678665, 0.0677663", \
+            "0.0762865, 0.0736545, 0.0712805, 0.070161, 0.0696017, 0.0691351" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0299877;
+      rise_capacitance : 0.0300677;
+      rise_capacitance_range (0.0240633, 0.0340854);
+      fall_capacitance : 0.0299078;
+      fall_capacitance_range (0.0246685, 0.0330278);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.3586e-05, -5.42498e-06, -6.13275e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.3586e-05, 5.42498e-06, 6.13275e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.021519, -0.0224595, -0.0225905, -0.0225481, -0.0228347, -0.022762, -0.0228348" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0286058, 0.028131, 0.0284957, 0.0283702, 0.0282106, 0.0279653, 0.027811" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.35733e-05, -5.437e-06, -6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.35733e-05, 5.437e-06, 6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215166, -0.0224586, -0.0225893, -0.0225475, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.028604, 0.0281298, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-1.35733e-05, -5.437e-06, -6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.35733e-05, 5.437e-06, 6.13866e-06, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0215166, -0.0224586, -0.0225893, -0.0225475, -0.0228346, -0.0227622, -0.0228349" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.028604, 0.0281298, 0.0284951, 0.02837, 0.0282104, 0.0279652, 0.0278109" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0269094;
+      rise_capacitance : 0.0277574;
+      rise_capacitance_range (0.0231549, 0.0334327);
+      fall_capacitance : 0.0260614;
+      fall_capacitance_range (0.0221449, 0.0296327);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.05787, 1.05802, 1.05798, 1.0583, 1.05658, 1.06089, 1.05634" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.387719, 0.386783, 0.386769, 0.385912, 0.385659, 0.384371, 0.383716" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0402722, 0.0397633, 0.0417451, 0.0480841, 0.0612821, 0.0910429, 0.156113" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.101475, 0.102535, 0.105059, 0.110747, 0.124619, 0.154252, 0.219089" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 1116.98;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 696.611;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 282.332;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.85;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 699.654;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1016.23;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.49552;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.03594, 1.24912, 1.58116, 1.73613, 1.96493, 2.19364", \
+            "1.06454, 1.27775, 1.60974, 1.76456, 1.99439, 2.22215", \
+            "1.09303, 1.30564, 1.63785, 1.79245, 2.02269, 2.25031", \
+            "1.15855, 1.37182, 1.70376, 1.85831, 2.08849, 2.31626", \
+            "1.28442, 1.49711, 1.82903, 1.98435, 2.21438, 2.44174", \
+            "1.51513, 1.72796, 2.06037, 2.2152, 2.44467, 2.67264", \
+            "1.94658, 2.15949, 2.49192, 2.64726, 2.87643, 3.10419" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.373035, 0.681582, 1.27524, 1.57731, 2.03653, 2.5005", \
+            "0.373049, 0.681583, 1.27525, 1.57732, 2.03654, 2.50051", \
+            "0.37305, 0.681584, 1.27526, 1.57733, 2.03676, 2.50052", \
+            "0.374059, 0.681585, 1.27527, 1.57751, 2.03677, 2.50053", \
+            "0.37406, 0.681586, 1.27528, 1.57752, 2.03677, 2.50079", \
+            "0.374061, 0.681587, 1.27529, 1.57753, 2.0368, 2.5008", \
+            "0.374062, 0.681588, 1.2753, 1.57777, 2.03681, 2.50081" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.802918, 0.973107, 1.26722, 1.41225, 1.63226, 1.85613", \
+            "0.815135, 0.985506, 1.27957, 1.42418, 1.64445, 1.86836", \
+            "0.822802, 0.992981, 1.28674, 1.4319, 1.65276, 1.87516", \
+            "0.835293, 1.00585, 1.30007, 1.44383, 1.66564, 1.88779", \
+            "0.849891, 1.02029, 1.31474, 1.45843, 1.68025, 1.9024", \
+            "0.878335, 1.04928, 1.34282, 1.48744, 1.70774, 1.93173", \
+            "0.929305, 1.09908, 1.39331, 1.53861, 1.75856, 1.98261" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.456241, 0.679532, 1.19877, 1.4729, 1.89507, 2.32423", \
+            "0.456242, 0.681161, 1.19941, 1.47291, 1.89508, 2.32424", \
+            "0.456365, 0.681162, 1.19942, 1.47292, 1.89509, 2.32472", \
+            "0.456366, 0.681333, 1.19943, 1.47349, 1.8951, 2.32473", \
+            "0.456918, 0.681446, 1.19944, 1.47387, 1.89511, 2.32474", \
+            "0.456919, 0.682267, 1.2001, 1.47403, 1.89614, 2.32601", \
+            "0.45692, 0.682268, 1.20011, 1.47404, 1.89615, 2.32602" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "7.72377, 7.57591, 7.4713, 7.39098, 7.21372, 7.20691", \
+            "7.72511, 7.58527, 7.4849, 7.34144, 7.33309, 7.2103", \
+            "7.72901, 7.56025, 7.48555, 7.35329, 7.34562, 7.22192", \
+            "7.74759, 7.61555, 7.50946, 7.40333, 7.37662, 7.24662", \
+            "7.8093, 7.64183, 7.53923, 7.45124, 7.41647, 7.2846", \
+            "7.90221, 7.71404, 7.64644, 7.52584, 7.43335, 7.38115", \
+            "8.04137, 7.85995, 7.80001, 7.76254, 7.62548, 7.51964" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "19.734, 15.9465, 12.683, 11.7341, 10.7774, 10.0544", \
+            "19.7174, 15.9385, 12.6589, 11.7139, 10.7608, 10.0381", \
+            "19.7232, 15.9353, 12.6532, 11.7145, 10.7413, 10.0597", \
+            "19.725, 15.945, 12.6437, 11.7381, 10.739, 10.0477", \
+            "19.7486, 15.9507, 12.6447, 11.7475, 10.7356, 10.043", \
+            "19.7606, 15.9976, 12.6892, 11.7514, 10.7781, 10.0857", \
+            "19.7493, 15.9439, 12.6679, 11.7387, 10.7693, 10.0491" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "-0.0146871, -0.0146869, -0.0146868, -0.0146873, -0.0146878, -0.0146878", \
+            "-0.0130704, -0.0130702, -0.0130701, -0.0130705, -0.0130715, -0.013071", \
+            "-0.00936959, -0.00936989, -0.00936971, -0.00936982, -0.00937009, -0.0093703", \
+            "0.00188957, 0.00188921, 0.00169101, 0.00169053, 0.00168983, 0.00168995", \
+            "0.0264835, 0.0262177, 0.0262178, 0.0264835, 0.0264834, 0.0262173", \
+            "0.0778245, 0.0778247, 0.0777762, 0.0777758, 0.0778237, 0.0778243", \
+            "0.185463, 0.185463, 0.185463, 0.185559, 0.185462, 0.185559" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.0701465, 0.0701445, 0.0701417, 0.0701386, 0.070141, 0.0701433", \
+            "0.0742085, 0.0742073, 0.0742075, 0.0741991, 0.0742044, 0.0742069", \
+            "0.0797051, 0.0797002, 0.0795852, 0.079581, 0.079695, 0.0796935", \
+            "0.0912998, 0.0912874, 0.0908188, 0.0908203, 0.0908188, 0.090822", \
+            "0.116466, 0.116461, 0.116498, 0.116455, 0.116499, 0.116503", \
+            "0.16799, 0.167954, 0.168065, 0.168167, 0.168701, 0.168273", \
+            "0.271847, 0.271618, 0.271844, 0.271685, 0.271624, 0.271896" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418272;
+      rise_capacitance : 0.0401402;
+      rise_capacitance_range (0.0358148, 0.0427779);
+      fall_capacitance : 0.0435141;
+      fall_capacitance_range (0.0383863, 0.0469537);
+    }
+  }
+ cell (sg13g2_IOPadOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 2129.07;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 695.81;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 524.869;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.76;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1326.97;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1015.79;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 9.69355;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.31313, 1.59911, 2.00632, 2.18226, 2.43817, 2.68727", \
+            "1.34184, 1.62819, 2.03273, 2.21137, 2.46786, 2.71586", \
+            "1.36979, 1.65583, 2.05984, 2.23943, 2.49435, 2.74404", \
+            "1.43638, 1.72249, 2.12693, 2.30568, 2.56216, 2.80991", \
+            "1.56135, 1.84785, 2.25226, 2.43093, 2.6869, 2.93574", \
+            "1.79324, 2.07942, 2.4835, 2.66268, 2.91863, 3.16711", \
+            "2.22468, 2.51107, 2.91571, 3.09442, 3.35071, 3.5993" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.48413, 0.860225, 1.50092, 1.81667, 2.3003, 2.78692", \
+            "0.484131, 0.860226, 1.50093, 1.81697, 2.30031, 2.78693", \
+            "0.484132, 0.860227, 1.50094, 1.81699, 2.30032, 2.78754", \
+            "0.484133, 0.860228, 1.50095, 1.81702, 2.30033, 2.7877", \
+            "0.484134, 0.860267, 1.50096, 1.81703, 2.30034, 2.78771", \
+            "0.484135, 0.860268, 1.50097, 1.81704, 2.30035, 2.78772", \
+            "0.484136, 0.860645, 1.50098, 1.81732, 2.30036, 2.78773" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.07059, 1.27561, 1.61292, 1.76821, 1.99671, 2.2258", \
+            "1.08308, 1.2874, 1.6252, 1.78106, 2.00939, 2.23594", \
+            "1.09083, 1.29575, 1.63296, 1.7876, 2.01779, 2.24629", \
+            "1.10332, 1.30795, 1.64545, 1.80008, 2.0297, 2.25627", \
+            "1.118, 1.32304, 1.66015, 1.81638, 2.04403, 2.27311", \
+            "1.14648, 1.35069, 1.68877, 1.84352, 2.07162, 2.29862", \
+            "1.19677, 1.40132, 1.73886, 1.89192, 2.12133, 2.35141" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.752057, 0.970826, 1.46584, 1.73584, 2.16335, 2.60216", \
+            "0.752348, 0.973725, 1.46585, 1.73648, 2.1637, 2.60217", \
+            "0.752506, 0.973726, 1.4659, 1.73674, 2.16371, 2.60218", \
+            "0.752507, 0.974297, 1.46596, 1.73689, 2.16387, 2.60219", \
+            "0.752749, 0.974298, 1.46623, 1.7369, 2.16388, 2.60245", \
+            "0.753254, 0.974299, 1.46624, 1.73776, 2.16466, 2.60246", \
+            "0.753255, 0.9743, 1.46625, 1.73777, 2.16467, 2.60247" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "12.902, 12.406, 12.2023, 11.7803, 11.6843, 11.4293", \
+            "12.8529, 12.4209, 11.8158, 11.7852, 11.6362, 11.2727", \
+            "12.8777, 12.4246, 11.8349, 11.7884, 11.6652, 11.4775", \
+            "12.9342, 12.4541, 11.8595, 11.8192, 11.6465, 11.3591", \
+            "12.9414, 12.4944, 11.9141, 11.8003, 11.7786, 11.4656", \
+            "13.0317, 12.5821, 11.9861, 11.8865, 11.7832, 11.6287", \
+            "13.1778, 12.7345, 12.1401, 12.11, 11.9628, 11.7626" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "71.0851, 59.0036, 46.2492, 42.2831, 38.0132, 34.8529", \
+            "71.046, 59.0016, 46.2274, 42.2784, 38.0054, 34.7951", \
+            "71.0672, 58.9917, 46.24, 42.2737, 37.973, 34.8457", \
+            "71.0882, 59.0279, 46.2469, 42.367, 38.0252, 34.8149", \
+            "71.1444, 59.0451, 46.2682, 42.3261, 38.0324, 34.8668", \
+            "71.1528, 59.0936, 46.252, 42.4092, 38.1225, 34.8866", \
+            "71.0817, 58.9972, 46.1425, 42.3538, 38.0115, 34.8892" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "-0.014686, -0.0146858, -0.0146857, -0.0146854, -0.0146857, -0.0146861", \
+            "-0.0130857, -0.0130857, -0.0130858, -0.0130856, -0.0130858, -0.0130862", \
+            "-0.00938393, -0.00938386, -0.00971518, -0.00962531, -0.00971501, -0.00971574", \
+            "0.00186263, 0.00186278, 0.00166143, 0.00186293, 0.0018627, 0.00186227", \
+            "0.0264337, 0.0261659, 0.0264336, 0.0264339, 0.026166, 0.0264329", \
+            "0.0785553, 0.0785553, 0.0784692, 0.0785555, 0.0784693, 0.0784691", \
+            "0.185394, 0.185394, 0.185394, 0.185332, 0.185332, 0.185394" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.0701494, 0.0701487, 0.0701468, 0.0701481, 0.0701526, 0.0701544", \
+            "0.0742019, 0.0742019, 0.0742, 0.0742013, 0.0742063, 0.0742042", \
+            "0.0795637, 0.07967, 0.0795615, 0.0796719, 0.0796745, 0.079676", \
+            "0.091244, 0.0912426, 0.091241, 0.0907731, 0.0912473, 0.0912466", \
+            "0.116467, 0.116421, 0.11642, 0.11642, 0.116426, 0.116471", \
+            "0.168987, 0.167999, 0.168034, 0.168726, 0.168859, 0.168421", \
+            "0.271978, 0.271947, 0.271925, 0.272327, 0.272246, 0.272234" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418259;
+      rise_capacitance : 0.0401445;
+      rise_capacitance_range (0.0358067, 0.0427549);
+      fall_capacitance : 0.0435073;
+      fall_capacitance_range (0.038367, 0.0469494);
+    }
+  }
+ cell (sg13g2_IOPadOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 354.02;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 695.76;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 184.993;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1335.87;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 269.507;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1015.81;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.6895;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.01179, 1.31593, 1.61818, 1.92027, 2.82379, 3.72684", \
+            "1.0404, 1.34439, 1.64718, 1.94881, 2.85236, 3.75539", \
+            "1.06854, 1.37254, 1.67547, 1.97681, 2.88065, 3.78362", \
+            "1.13447, 1.43859, 1.74132, 2.04294, 2.94651, 3.84953", \
+            "1.26011, 1.56415, 1.86704, 2.16838, 3.07209, 3.97519", \
+            "1.49267, 1.79858, 2.09956, 2.40098, 3.3046, 4.20934", \
+            "1.92553, 2.22973, 2.53241, 2.83381, 3.73745, 4.64039" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.772138, 1.39264, 2.01982, 2.64793, 4.5403, 6.42993", \
+            "0.772327, 1.39265, 2.01983, 2.64888, 4.54031, 6.42994", \
+            "0.772328, 1.39266, 2.01984, 2.64889, 4.54032, 6.42995", \
+            "0.772329, 1.3928, 2.01985, 2.6489, 4.54033, 6.42996", \
+            "0.77233, 1.39281, 2.01986, 2.64893, 4.54034, 6.42997", \
+            "0.772388, 1.39282, 2.01987, 2.64898, 4.54035, 6.42998", \
+            "0.772469, 1.39283, 2.01988, 2.64917, 4.54036, 6.42999" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.823104, 1.12936, 1.43575, 1.74213, 2.66207, 3.58275", \
+            "0.835022, 1.14118, 1.44773, 1.75408, 2.67394, 3.5947", \
+            "0.84245, 1.14877, 1.45518, 1.76155, 2.68173, 3.60227", \
+            "0.855434, 1.16136, 1.46768, 1.77485, 2.69398, 3.61483", \
+            "0.869133, 1.17523, 1.48177, 1.78835, 2.70802, 3.62873", \
+            "0.897929, 1.2041, 1.51078, 1.817, 2.73736, 3.65643", \
+            "0.94894, 1.255, 1.56154, 1.8677, 2.7885, 3.70824" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.708721, 1.29099, 1.87883, 2.46822, 4.23785, 6.00896", \
+            "0.708722, 1.291, 1.87884, 2.46825, 4.23786, 6.00897", \
+            "0.708723, 1.29101, 1.87885, 2.46827, 4.23787, 6.00898", \
+            "0.708724, 1.29161, 1.87885, 2.46828, 4.23864, 6.00899", \
+            "0.708992, 1.29162, 1.87894, 2.46942, 4.23865, 6.00899", \
+            "0.709066, 1.29163, 1.87895, 2.46983, 4.23866, 6.009", \
+            "0.709067, 1.29164, 1.87896, 2.46984, 4.23873, 6.00901" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.84845, 3.81205, 3.78256, 3.73421, 3.65069, 3.52253", \
+            "3.85154, 3.81414, 3.78194, 3.74864, 3.6544, 3.50323", \
+            "3.86288, 3.82347, 3.79044, 3.75376, 3.66642, 3.52426", \
+            "3.88405, 3.84899, 3.8173, 3.78173, 3.68766, 3.54614", \
+            "3.93854, 3.90099, 3.86626, 3.83094, 3.7427, 3.59374", \
+            "4.0319, 3.99666, 3.96335, 3.92908, 3.83872, 3.68352", \
+            "4.19189, 4.15798, 4.12729, 4.09464, 4.00216, 3.85819" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.45117, 2.39606, 2.37206, 2.3589, 2.33803, 2.32872", \
+            "2.43101, 2.37763, 2.35263, 2.34005, 2.319, 2.30963", \
+            "2.4258, 2.37185, 2.34691, 2.33486, 2.31349, 2.3043", \
+            "2.42593, 2.37186, 2.34592, 2.3335, 2.31348, 2.30294", \
+            "2.40923, 2.35398, 2.3282, 2.31457, 2.29401, 2.28415", \
+            "2.41188, 2.35693, 2.33196, 2.31696, 2.29691, 2.28734", \
+            "2.43132, 2.37459, 2.34886, 2.33491, 2.31489, 2.30478" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "-0.0146871, -0.0146882, -0.0146886, -0.0146884, -0.0146884, -0.0146884", \
+            "-0.0130841, -0.013085, -0.0130859, -0.0130855, -0.0130851, -0.0130854", \
+            "-0.00938279, -0.00938372, -0.00938395, -0.00938415, -0.0093834, -0.00938315", \
+            "0.00186267, 0.00186199, 0.00186128, 0.00186166, 0.00186204, 0.00186172", \
+            "0.0264334, 0.0264327, 0.0264323, 0.0264322, 0.0264325, 0.0264331", \
+            "0.0787085, 0.0786671, 0.0787071, 0.0787074, 0.0787073, 0.0786667", \
+            "0.185529, 0.185532, 0.185532, 0.185533, 0.185533, 0.185534" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0701631, 0.0701705, 0.0701627, 0.0701564, 0.0701475, 0.070154", \
+            "0.0742291, 0.0742174, 0.0742105, 0.0742089, 0.0741971, 0.0742014", \
+            "0.079712, 0.0797006, 0.0797044, 0.0795713, 0.0796903, 0.0795639", \
+            "0.0912796, 0.0907818, 0.0907848, 0.0912562, 0.0907756, 0.090779", \
+            "0.116507, 0.116471, 0.116462, 0.116497, 0.116447, 0.116451", \
+            "0.168319, 0.168233, 0.168328, 0.168127, 0.168256, 0.168284", \
+            "0.276194, 0.275854, 0.275833, 0.275885, 0.276312, 0.276406" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0418143;
+      rise_capacitance : 0.0401233;
+      rise_capacitance_range (0.0358063, 0.0427017);
+      fall_capacitance : 0.0435054;
+      fall_capacitance_range (0.0383654, 0.0468359);
+    }
+  }
+ cell (sg13g2_IOPadTriOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 224.199;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.23;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 224.199;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.17;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 354.364;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.39;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 1165.17;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.18;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 491.983;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3772.74;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 6.49603;
+      capacitance : 0.234686;
+      rise_capacitance : 0.236873;
+      rise_capacitance_range (0.236873, 0.236873);
+      fall_capacitance : 0.2325;
+      fall_capacitance_range (0.2325, 0.2325);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.08412, 1.20061, 1.29817, 1.38775, 1.63041, 1.8625", \
+            "1.09976, 1.21613, 1.31328, 1.40207, 1.64542, 1.87803", \
+            "1.10975, 1.22627, 1.32324, 1.41289, 1.65545, 1.88802", \
+            "1.12488, 1.24104, 1.33855, 1.42786, 1.67105, 1.90318", \
+            "1.14297, 1.25941, 1.35626, 1.44587, 1.68891, 1.92088", \
+            "1.16379, 1.28014, 1.37755, 1.46611, 1.70994, 1.94222", \
+            "1.18244, 1.29964, 1.39698, 1.48586, 1.72947, 1.96147" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.375267, 0.533686, 0.681992, 0.830367, 1.27506, 1.72964", \
+            "0.375268, 0.533687, 0.681993, 0.830368, 1.27507, 1.72996", \
+            "0.375269, 0.534427, 0.681994, 0.830369, 1.27508, 1.73016", \
+            "0.37527, 0.534428, 0.681995, 0.83037, 1.27525, 1.73026", \
+            "0.375271, 0.534429, 0.681996, 0.830371, 1.27526, 1.73027", \
+            "0.375272, 0.53443, 0.681997, 0.830372, 1.27527, 1.73028", \
+            "0.376588, 0.535834, 0.683324, 0.830373, 1.27528, 1.73029" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.862896, 0.95336, 1.03352, 1.11006, 1.33099, 1.54947", \
+            "0.881408, 0.971654, 1.05172, 1.12831, 1.34881, 1.56703", \
+            "0.896358, 0.986424, 1.0665, 1.14316, 1.36272, 1.58215", \
+            "0.925978, 1.01599, 1.09605, 1.17251, 1.39224, 1.61132", \
+            "0.971098, 1.06121, 1.14175, 1.21791, 1.43782, 1.65577", \
+            "1.03838, 1.12903, 1.20942, 1.2852, 1.50527, 1.72428", \
+            "1.15773, 1.24779, 1.32881, 1.40533, 1.62612, 1.84626" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.434713, 0.546978, 0.664367, 0.789624, 1.188, 1.60459", \
+            "0.438793, 0.550142, 0.665906, 0.792102, 1.18987, 1.60645", \
+            "0.441156, 0.552291, 0.668035, 0.793678, 1.19181, 1.60694", \
+            "0.4433, 0.554183, 0.669791, 0.795083, 1.19301, 1.60767", \
+            "0.443301, 0.554184, 0.670443, 0.795084, 1.19302, 1.60774", \
+            "0.443302, 0.554185, 0.670444, 0.795085, 1.19303, 1.60775", \
+            "0.443303, 0.554186, 0.670445, 0.795086, 1.19304, 1.60776" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.801469, 0.80147, 0.801471, 0.801472, 0.801473, 0.801474", \
+            "0.82328, 0.823281, 0.823282, 0.823283, 0.823284, 0.823285", \
+            "0.834025, 0.834026, 0.834027, 0.834028, 0.834029, 0.83403", \
+            "0.855508, 0.855509, 0.85551, 0.855511, 0.855512, 0.855513", \
+            "0.88093, 0.880931, 0.880932, 0.880933, 0.880934, 0.880935", \
+            "0.922405, 0.922406, 0.922407, 0.922408, 0.922409, 0.92241", \
+            "0.994613, 0.994614, 0.994615, 0.994616, 0.994617, 0.994618" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.801469, 0.80147, 0.801471, 0.801472, 0.801473, 0.801474", \
+            "0.82328, 0.823281, 0.823282, 0.823283, 0.823284, 0.823285", \
+            "0.834025, 0.834026, 0.834027, 0.834028, 0.834029, 0.83403", \
+            "0.855508, 0.855509, 0.85551, 0.855511, 0.855512, 0.855513", \
+            "0.88093, 0.880931, 0.880932, 0.880933, 0.880934, 0.880935", \
+            "0.922405, 0.922406, 0.922407, 0.922408, 0.922409, 0.92241", \
+            "0.994613, 0.994614, 0.994615, 0.994616, 0.994617, 0.994618" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.864764, 0.864765, 0.864766, 0.864767, 0.864768, 0.864769", \
+            "0.880024, 0.880025, 0.880026, 0.880027, 0.880028, 0.880029", \
+            "0.903523, 0.903524, 0.903525, 0.903526, 0.903527, 0.903528", \
+            "0.933144, 0.933145, 0.933146, 0.933147, 0.933148, 0.933149", \
+            "0.97388, 0.973881, 0.973882, 0.973883, 0.973884, 0.973885", \
+            "1.0299, 1.02991, 1.02992, 1.02993, 1.02994, 1.02995", \
+            "1.12898, 1.12899, 1.129, 1.12901, 1.12902, 1.12903" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.864764, 0.864765, 0.864766, 0.864767, 0.864768, 0.864769", \
+            "0.880024, 0.880025, 0.880026, 0.880027, 0.880028, 0.880029", \
+            "0.903523, 0.903524, 0.903525, 0.903526, 0.903527, 0.903528", \
+            "0.933144, 0.933145, 0.933146, 0.933147, 0.933148, 0.933149", \
+            "0.97388, 0.973881, 0.973882, 0.973883, 0.973884, 0.973885", \
+            "1.0299, 1.02991, 1.02992, 1.02993, 1.02994, 1.02995", \
+            "1.12898, 1.12899, 1.129, 1.12901, 1.12902, 1.12903" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.07386, 1.19826, 1.29899, 1.39251, 1.64643, 1.8906", \
+            "1.09014, 1.21487, 1.3174, 1.40842, 1.66327, 1.90774", \
+            "1.10205, 1.22569, 1.32866, 1.42199, 1.67542, 1.91875", \
+            "1.11844, 1.24311, 1.34561, 1.43902, 1.69204, 1.93591", \
+            "1.14037, 1.26463, 1.36594, 1.46033, 1.71375, 1.95641", \
+            "1.16638, 1.29024, 1.39368, 1.48694, 1.73979, 1.9835", \
+            "1.19413, 1.3176, 1.41972, 1.51225, 1.76662, 2.01143" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.380236, 0.530632, 0.672991, 0.819037, 1.26106, 1.71776", \
+            "0.380237, 0.530633, 0.674616, 0.819038, 1.26173, 1.7186", \
+            "0.380238, 0.530634, 0.674617, 0.820112, 1.26213, 1.71861", \
+            "0.380249, 0.530949, 0.675004, 0.820547, 1.26219, 1.71862", \
+            "0.380257, 0.53095, 0.675005, 0.820548, 1.2622, 1.71863", \
+            "0.380258, 0.530951, 0.675006, 0.820549, 1.26221, 1.71864", \
+            "0.380525, 0.532565, 0.675007, 0.82055, 1.26222, 1.71865" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.734101, 0.843602, 0.940183, 1.0286, 1.29036, 1.54652", \
+            "0.750139, 0.859637, 0.956218, 1.04485, 1.3064, 1.56256", \
+            "0.758648, 0.867505, 0.964627, 1.0547, 1.3148, 1.57086", \
+            "0.771656, 0.881159, 0.977742, 1.06637, 1.32793, 1.58409", \
+            "0.787339, 0.896839, 0.993411, 1.08211, 1.34292, 1.59966", \
+            "0.80293, 0.910965, 1.00655, 1.09719, 1.35846, 1.61427", \
+            "0.817008, 0.926507, 1.02309, 1.11147, 1.37327, 1.62949" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.27658, 0.416945, 0.555142, 0.692874, 1.11902, 1.55248", \
+            "0.276581, 0.416946, 0.555143, 0.692875, 1.11903, 1.55249", \
+            "0.276582, 0.416947, 0.555144, 0.693768, 1.11904, 1.5525", \
+            "0.276583, 0.416948, 0.555145, 0.693769, 1.11905, 1.55251", \
+            "0.276584, 0.416949, 0.555146, 0.69377, 1.11906, 1.55252", \
+            "0.276585, 0.41695, 0.555147, 0.693771, 1.11907, 1.55305", \
+            "0.276586, 0.416951, 0.555148, 0.693772, 1.11925, 1.55329" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.63818, 7.53184, 7.50798, 7.57436, 7.4264, 7.28302", \
+            "7.655, 7.54513, 7.48984, 7.51399, 7.37762, 7.3184", \
+            "7.66921, 7.61754, 7.50769, 7.5767, 7.41524, 7.35358", \
+            "7.67249, 7.55341, 7.54697, 7.58329, 7.4471, 7.35034", \
+            "7.67901, 7.62792, 7.51288, 7.5807, 7.43224, 7.33424", \
+            "7.62211, 7.53034, 7.5056, 7.48148, 7.44379, 7.34936", \
+            "7.58416, 7.55956, 7.50236, 7.47562, 7.36963, 7.2355" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "17.9788, 15.9349, 14.5459, 13.5707, 11.6465, 10.5362", \
+            "18.2851, 16.203, 14.7794, 13.794, 11.8209, 10.6864", \
+            "18.483, 16.3804, 14.939, 13.9169, 11.9399, 10.7721", \
+            "18.662, 16.5403, 15.0817, 14.052, 12.0687, 10.8584", \
+            "18.6226, 16.5036, 15.0705, 14.0162, 12.0133, 10.8603", \
+            "18.3873, 16.3148, 14.8671, 13.8543, 11.9224, 10.7271", \
+            "17.4663, 15.4801, 14.1495, 13.1874, 11.3524, 10.2789" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602245, 0.0602198, 0.0602252, 0.0602279, 0.0602245, 0.0602188", \
+            "0.0583184, 0.0583215, 0.0583189, 0.0583149, 0.058318, 0.0583132", \
+            "0.0602094, 0.0602115, 0.060211, 0.0602131, 0.0602086, 0.0602079", \
+            "0.0680799, 0.0680782, 0.068081, 0.0680823, 0.0680827, 0.0680763", \
+            "0.0903912, 0.0903943, 0.0903922, 0.0903943, 0.0903948, 0.0903913", \
+            "0.141606, 0.141599, 0.141601, 0.141598, 0.141601, 0.141595", \
+            "0.252135, 0.252129, 0.252119, 0.252141, 0.252156, 0.252091" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149702, 0.149703, 0.149695, 0.149696, 0.149692, 0.149692", \
+            "0.148111, 0.148108, 0.148096, 0.148102, 0.148093, 0.148095", \
+            "0.150632, 0.150639, 0.150639, 0.150639, 0.150632, 0.150619", \
+            "0.159732, 0.159735, 0.159736, 0.159737, 0.159731, 0.159719", \
+            "0.182745, 0.182749, 0.182749, 0.182739, 0.182736, 0.182736", \
+            "0.234617, 0.234893, 0.23463, 0.234628, 0.234945, 0.234577", \
+            "0.344139, 0.344087, 0.344185, 0.344091, 0.344371, 0.344075" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "7.12147, 7.52797, 7.75786, 8.13784, 9.00461, 10.0692", \
+            "7.10625, 7.52651, 7.86733, 8.07228, 9.04054, 10.1153", \
+            "7.12002, 7.4989, 7.8642, 8.25206, 9.09943, 10.0582", \
+            "7.1005, 7.51238, 7.8412, 8.25181, 9.0716, 10.095", \
+            "7.11766, 7.51925, 7.78097, 8.25109, 9.09637, 9.98816", \
+            "7.09156, 7.46759, 7.85966, 8.26182, 9.07888, 10.0669", \
+            "7.12638, 7.52151, 7.77136, 8.08146, 8.98434, 9.99511" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.04504, 3.04819, 3.04651, 3.04609, 3.04232, 3.04378", \
+            "3.04508, 3.04822, 3.04654, 3.04688, 3.04235, 3.04398", \
+            "3.04536, 3.0467, 3.047, 3.04628, 3.04281, 3.04427", \
+            "3.04561, 3.04877, 3.04709, 3.0475, 3.0429, 3.04464", \
+            "3.04828, 3.05147, 3.04976, 3.05025, 3.04675, 3.04662", \
+            "3.04466, 3.05002, 3.04922, 3.0499, 3.04623, 3.04422", \
+            "3.04864, 3.05279, 3.04878, 3.04993, 3.04313, 3.04468" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250466, 0.0250508, 0.0250492, 0.0250511, 0.0250507, 0.0250499", \
+            "0.0247598, 0.0247641, 0.0247684, 0.0247652, 0.0247642, 0.0247662", \
+            "0.0286392, 0.0285437, 0.0285487, 0.0286489, 0.0286474, 0.0286425", \
+            "0.0403106, 0.0403142, 0.0403188, 0.0403211, 0.0403193, 0.0403168", \
+            "0.0651677, 0.0651712, 0.0651715, 0.0651772, 0.0651756, 0.0651694", \
+            "0.120938, 0.120937, 0.120941, 0.120943, 0.120938, 0.120935", \
+            "0.237351, 0.237338, 0.237385, 0.237401, 0.237299, 0.237299" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0441749, 0.0441633, 0.0441658, 0.0441633, 0.0441629, 0.0441515", \
+            "0.0439176, 0.0439059, 0.0439085, 0.0439079, 0.0439057, 0.0438943", \
+            "0.0458766, 0.0458823, 0.0457708, 0.0458741, 0.0457676, 0.0458637", \
+            "0.0519618, 0.05195, 0.0519526, 0.0519507, 0.0519497, 0.0519383", \
+            "0.0652679, 0.0652569, 0.0652588, 0.0652571, 0.0652543, 0.0652428", \
+            "0.0946015, 0.09443, 0.0944554, 0.094588, 0.0945708, 0.0945759", \
+            "0.15548, 0.155525, 0.155607, 0.155565, 0.15566, 0.155593" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297152;
+      rise_capacitance : 0.0298031;
+      rise_capacitance_range (0.0242945, 0.0343204);
+      fall_capacitance : 0.0296273;
+      fall_capacitance_range (0.0248974, 0.0317572);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "5.46686e-05, 7.68948e-05, 8.16041e-05, 8.55607e-05, 8.89343e-05, 9.15928e-05, 9.14849e-05" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-5.46686e-05, -7.68948e-05, -8.16041e-05, -8.55607e-05, -8.89343e-05, -9.15928e-05, -9.14849e-05" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214862, -0.0221601, -0.0223643, -0.0224852, -0.0228157, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273005, 0.0271122, 0.0269564, 0.0268388, 0.0270428, 0.026966, 0.0263145" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "5.46686e-05, 7.68948e-05, 8.16041e-05, 8.55607e-05, 8.89343e-05, 9.15928e-05, 9.14849e-05" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-5.46686e-05, -7.68948e-05, -8.16041e-05, -8.55607e-05, -8.89343e-05, -9.15928e-05, -9.14849e-05" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214862, -0.0221601, -0.0223643, -0.0224852, -0.0228157, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273005, 0.0271122, 0.0269564, 0.0268388, 0.0270428, 0.026966, 0.0263145" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.027662;
+      rise_capacitance : 0.0283908;
+      rise_capacitance_range (0.024257, 0.033727);
+      fall_capacitance : 0.0269331;
+      fall_capacitance_range (0.0235252, 0.0299325);
+    }
+  }
+ cell (sg13g2_IOPadTriOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 349.682;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.59;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 349.682;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.54;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 540.674;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.79;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 2144.88;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.78;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 846.231;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3773.18;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 10.0761;
+      capacitance : 0.320954;
+      rise_capacitance : 0.320969;
+      rise_capacitance_range (0.320969, 0.320969);
+      fall_capacitance : 0.32094;
+      fall_capacitance_range (0.32094, 0.32094);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.25698, 1.36069, 1.44594, 1.51893, 1.70493, 1.86259", \
+            "1.27161, 1.37507, 1.45991, 1.53392, 1.71953, 1.87726", \
+            "1.2822, 1.38548, 1.47039, 1.54436, 1.73005, 1.88817", \
+            "1.29798, 1.40102, 1.48588, 1.55973, 1.74532, 1.90354", \
+            "1.31631, 1.41968, 1.5028, 1.57712, 1.76251, 1.9207", \
+            "1.3357, 1.43899, 1.52381, 1.59805, 1.78386, 1.94209", \
+            "1.3528, 1.4573, 1.54249, 1.61629, 1.80328, 1.96139" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.358696, 0.486295, 0.59277, 0.687374, 0.941419, 1.18122", \
+            "0.358697, 0.486296, 0.592771, 0.687375, 0.94142, 1.18123", \
+            "0.358698, 0.486297, 0.592772, 0.687376, 0.941421, 1.18214", \
+            "0.358699, 0.486298, 0.592773, 0.687377, 0.941422, 1.18215", \
+            "0.3587, 0.486299, 0.592774, 0.687378, 0.941423, 1.18216", \
+            "0.358701, 0.4863, 0.592775, 0.687448, 0.941424, 1.18218", \
+            "0.360107, 0.487436, 0.593497, 0.687449, 0.944038, 1.18237" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06784, 1.12985, 1.18581, 1.23822, 1.38097, 1.51149", \
+            "1.08638, 1.14833, 1.20296, 1.25663, 1.39945, 1.52946", \
+            "1.10151, 1.16329, 1.21936, 1.27089, 1.41472, 1.54426", \
+            "1.13116, 1.19301, 1.24758, 1.30125, 1.44418, 1.57399", \
+            "1.17608, 1.23734, 1.29392, 1.34619, 1.48872, 1.61837", \
+            "1.2433, 1.30526, 1.36163, 1.41356, 1.55638, 1.68665", \
+            "1.36178, 1.42351, 1.48008, 1.53121, 1.67507, 1.80449" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.68725, 0.72606, 0.779143, 0.836343, 1.00773, 1.19037", \
+            "0.692105, 0.730307, 0.783362, 0.839894, 1.01115, 1.19346", \
+            "0.695874, 0.733449, 0.786842, 0.842213, 1.01501, 1.19458", \
+            "0.698931, 0.736329, 0.788934, 0.845288, 1.01577, 1.19775", \
+            "0.698932, 0.73633, 0.788935, 0.845289, 1.01578, 1.19776", \
+            "0.698933, 0.736331, 0.788936, 0.84529, 1.01579, 1.19777", \
+            "0.698934, 0.736332, 0.788937, 0.845291, 1.0158, 1.19778" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.966732, 0.966733, 0.966734, 0.966735, 0.966736, 0.966737", \
+            "0.985837, 0.985838, 0.985839, 0.98584, 0.985841, 0.985842", \
+            "0.995347, 0.995348, 0.995349, 0.99535, 0.995351, 0.995352", \
+            "1.01872, 1.01873, 1.01874, 1.01875, 1.01876, 1.01877", \
+            "1.04525, 1.04526, 1.04527, 1.04528, 1.04529, 1.0453", \
+            "1.08815, 1.08816, 1.08817, 1.08818, 1.08819, 1.0882", \
+            "1.15938, 1.15939, 1.1594, 1.15941, 1.15942, 1.15943" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.966732, 0.966733, 0.966734, 0.966735, 0.966736, 0.966737", \
+            "0.985837, 0.985838, 0.985839, 0.98584, 0.985841, 0.985842", \
+            "0.995347, 0.995348, 0.995349, 0.99535, 0.995351, 0.995352", \
+            "1.01872, 1.01873, 1.01874, 1.01875, 1.01876, 1.01877", \
+            "1.04525, 1.04526, 1.04527, 1.04528, 1.04529, 1.0453", \
+            "1.08815, 1.08816, 1.08817, 1.08818, 1.08819, 1.0882", \
+            "1.15938, 1.15939, 1.1594, 1.15941, 1.15942, 1.15943" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28636, 1.28637, 1.28638, 1.28639, 1.2864, 1.28641", \
+            "1.31441, 1.31442, 1.31443, 1.31444, 1.31445, 1.31446", \
+            "1.32136, 1.32137, 1.32138, 1.32139, 1.3214, 1.32141", \
+            "1.35091, 1.35092, 1.35093, 1.35094, 1.35095, 1.35096", \
+            "1.39549, 1.3955, 1.39551, 1.39552, 1.39553, 1.39554", \
+            "1.46626, 1.46627, 1.46628, 1.46629, 1.4663, 1.46631", \
+            "1.54886, 1.54887, 1.54888, 1.54889, 1.5489, 1.54891" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28636, 1.28637, 1.28638, 1.28639, 1.2864, 1.28641", \
+            "1.31441, 1.31442, 1.31443, 1.31444, 1.31445, 1.31446", \
+            "1.32136, 1.32137, 1.32138, 1.32139, 1.3214, 1.32141", \
+            "1.35091, 1.35092, 1.35093, 1.35094, 1.35095, 1.35096", \
+            "1.39549, 1.3955, 1.39551, 1.39552, 1.39553, 1.39554", \
+            "1.46626, 1.46627, 1.46628, 1.46629, 1.4663, 1.46631", \
+            "1.54886, 1.54887, 1.54888, 1.54889, 1.5489, 1.54891" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.21816, 1.33889, 1.43283, 1.51181, 1.70957, 1.87557", \
+            "1.23495, 1.35567, 1.44957, 1.52933, 1.72624, 1.88981", \
+            "1.24508, 1.3657, 1.45918, 1.53946, 1.73627, 1.89966", \
+            "1.26172, 1.38231, 1.47642, 1.55557, 1.7531, 1.91587", \
+            "1.28361, 1.40429, 1.49825, 1.57737, 1.77493, 1.94077", \
+            "1.30993, 1.43053, 1.52411, 1.60416, 1.80113, 1.96737", \
+            "1.33883, 1.45948, 1.55348, 1.63105, 1.82752, 1.99312" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.394377, 0.504373, 0.599623, 0.684318, 0.930617, 1.16444", \
+            "0.394378, 0.504502, 0.599624, 0.686784, 0.930618, 1.16445", \
+            "0.394649, 0.505002, 0.599625, 0.687291, 0.930619, 1.16446", \
+            "0.39465, 0.505003, 0.599633, 0.687292, 0.93062, 1.16447", \
+            "0.394651, 0.505004, 0.599635, 0.687293, 0.930621, 1.16448", \
+            "0.394652, 0.505005, 0.599636, 0.687294, 0.930622, 1.1645", \
+            "0.394653, 0.505006, 0.599637, 0.687295, 0.930623, 1.16451" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.765881, 0.852779, 0.924041, 0.988418, 1.15612, 1.30723", \
+            "0.782157, 0.869053, 0.940993, 1.00428, 1.17237, 1.32205", \
+            "0.790321, 0.877523, 0.948718, 1.01286, 1.18056, 1.33209", \
+            "0.803457, 0.89066, 0.961854, 1.02599, 1.19369, 1.3448", \
+            "0.819316, 0.906326, 0.977658, 1.04166, 1.20922, 1.3605", \
+            "0.834275, 0.921036, 0.991835, 1.05679, 1.22417, 1.37566", \
+            "0.84869, 0.935631, 1.00702, 1.07074, 1.23883, 1.38999" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.255713, 0.342926, 0.421822, 0.499214, 0.722081, 0.943038", \
+            "0.255717, 0.342927, 0.423032, 0.499215, 0.722082, 0.943039", \
+            "0.255718, 0.343095, 0.423033, 0.499216, 0.722083, 0.943067", \
+            "0.255719, 0.343096, 0.423034, 0.499217, 0.722084, 0.943068", \
+            "0.25583, 0.343097, 0.423035, 0.499218, 0.722085, 0.943069", \
+            "0.255831, 0.343098, 0.423036, 0.499219, 0.722777, 0.94307", \
+            "0.255832, 0.343099, 0.423037, 0.49922, 0.726385, 0.943363" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.0488, 12.6743, 12.531, 12.3696, 12.0575, 11.8903", \
+            "13.0801, 12.7092, 12.5345, 12.4003, 12.0472, 11.8927", \
+            "13.1019, 12.7149, 12.4926, 12.3655, 12.0694, 12.0269", \
+            "13.13, 12.7451, 12.5828, 12.3853, 12.0839, 12.049", \
+            "13.151, 12.7813, 12.5481, 12.4838, 12.0992, 12.0502", \
+            "13.0694, 12.6801, 12.5156, 12.4241, 12.0424, 12.0174", \
+            "12.9108, 12.5594, 12.3616, 12.1728, 12.1733, 11.9509" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "71.4519, 67.2434, 63.7137, 60.6912, 53.5782, 48.4935", \
+            "72.0733, 67.8667, 64.3248, 61.2744, 54.0691, 48.9834", \
+            "72.5849, 68.3733, 64.844, 61.7442, 54.54, 49.4011", \
+            "72.9835, 68.7346, 65.164, 62.0815, 54.8214, 49.6546", \
+            "72.876, 68.6863, 65.1016, 62.0014, 54.7623, 49.5854", \
+            "72.3688, 68.1809, 64.5551, 61.5782, 54.3093, 49.2119", \
+            "70.2288, 66.1407, 62.6453, 59.6122, 52.6206, 47.6219" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602048, 0.0602052, 0.0602039, 0.0602144, 0.0602124, 0.0602116", \
+            "0.0583108, 0.0583103, 0.0583075, 0.0583149, 0.0583092, 0.0583087", \
+            "0.0601979, 0.0601975, 0.060196, 0.0602023, 0.060196, 0.0601956", \
+            "0.0680632, 0.0680645, 0.0680621, 0.0680685, 0.0680627, 0.0680626", \
+            "0.0903565, 0.0903559, 0.0903647, 0.0903663, 0.0903638, 0.0903659", \
+            "0.141566, 0.141625, 0.141621, 0.141624, 0.141564, 0.141563", \
+            "0.252369, 0.252369, 0.2524, 0.252326, 0.252338, 0.252385" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149663, 0.149662, 0.149662, 0.149663, 0.149656, 0.149652", \
+            "0.148072, 0.148062, 0.148067, 0.148067, 0.148066, 0.148064", \
+            "0.150593, 0.150591, 0.150595, 0.150595, 0.150593, 0.15059", \
+            "0.159702, 0.159695, 0.159695, 0.159692, 0.159694, 0.159692", \
+            "0.1827, 0.182702, 0.182697, 0.182704, 0.1827, 0.182698", \
+            "0.234589, 0.23459, 0.234575, 0.234759, 0.234579, 0.23477", \
+            "0.344193, 0.344189, 0.344179, 0.344153, 0.344055, 0.344254" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "11.0289, 11.3562, 11.7482, 11.9479, 13.3292, 14.3398", \
+            "11.0295, 11.3541, 11.7476, 12.1371, 13.32, 14.0727", \
+            "11.0115, 11.3261, 11.7142, 12.109, 13.321, 13.9383", \
+            "11.0135, 11.3264, 11.734, 12.0817, 13.3086, 13.9117", \
+            "11.0236, 11.3488, 11.7417, 12.0868, 13.316, 14.3214", \
+            "11.0308, 11.3549, 11.7274, 12.1347, 13.3298, 14.3616", \
+            "11.0257, 11.3473, 11.6393, 11.8621, 13.0468, 14.0545" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "5.04922, 5.05131, 5.05243, 5.05743, 5.05903, 5.05707", \
+            "5.04982, 5.0519, 5.05618, 5.05697, 5.05963, 5.05999", \
+            "5.04965, 5.0529, 5.05461, 5.05787, 5.05947, 5.05784", \
+            "5.0498, 5.05305, 5.05476, 5.05802, 5.05961, 5.05763", \
+            "5.05353, 5.05573, 5.05764, 5.06069, 5.06184, 5.0603", \
+            "5.04845, 5.05094, 5.05558, 5.05774, 5.05965, 5.05739", \
+            "5.05509, 5.06758, 5.06259, 5.06426, 5.06464, 5.05912" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250352, 0.0250348, 0.0250355, 0.0250353, 0.0250389, 0.0250417", \
+            "0.0247481, 0.0247479, 0.0247483, 0.0247492, 0.0247523, 0.0247515", \
+            "0.0286291, 0.0286295, 0.0285304, 0.0286299, 0.028534, 0.0285322", \
+            "0.0403021, 0.0403023, 0.040302, 0.0403025, 0.0403054, 0.0403038", \
+            "0.0651553, 0.0651551, 0.0651556, 0.065156, 0.065159, 0.0651618", \
+            "0.122176, 0.122177, 0.122178, 0.122179, 0.122182, 0.122185", \
+            "0.237636, 0.237632, 0.237605, 0.237624, 0.237569, 0.237603" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0441164, 0.0441141, 0.0441123, 0.0441062, 0.0441056, 0.0441042", \
+            "0.0438554, 0.0438533, 0.0438492, 0.0438425, 0.0438426, 0.0438382", \
+            "0.0457166, 0.0457126, 0.0457095, 0.0457064, 0.0457058, 0.0458119", \
+            "0.0518913, 0.0518873, 0.0518842, 0.0518812, 0.0518805, 0.0518788", \
+            "0.0651971, 0.0651904, 0.0651905, 0.0651841, 0.0651832, 0.0651816", \
+            "0.0951244, 0.0950953, 0.0949884, 0.0951062, 0.0949642, 0.0951036", \
+            "0.156587, 0.156377, 0.156473, 0.156488, 0.156492, 0.156516" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297153;
+      rise_capacitance : 0.0298035;
+      rise_capacitance_range (0.0242949, 0.0343239);
+      fall_capacitance : 0.0296272;
+      fall_capacitance_range (0.0248976, 0.0317563);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.000175573, 0.000196651, 0.000201937, 0.000207166, 0.000211544, 0.000214563, 0.000214657" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.000175573, -0.000196651, -0.000201937, -0.000207166, -0.000211544, -0.000214563, -0.000214657" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214863, -0.0221594, -0.0223753, -0.0224852, -0.0228153, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273008, 0.0269573, 0.0269648, 0.0268445, 0.027037, 0.0269621, 0.0263593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.000175573, 0.000196651, 0.000201937, 0.000207166, 0.000211544, 0.000214563, 0.000214657" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.000175573, -0.000196651, -0.000201937, -0.000207166, -0.000211544, -0.000214563, -0.000214657" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214863, -0.0221594, -0.0223753, -0.0224852, -0.0228153, -0.0229528, -0.0230855" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273008, 0.0269573, 0.0269648, 0.0268445, 0.027037, 0.0269621, 0.0263593" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0276544;
+      rise_capacitance : 0.0283756;
+      rise_capacitance_range (0.0242571, 0.0337233);
+      fall_capacitance : 0.0269332;
+      fall_capacitance_range (0.0235246, 0.0298754);
+    }
+  }
+ cell (sg13g2_IOPadTriOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 37.1844;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3171.5;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 37.1844;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4240.44;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 118.253;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 4387.67;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 288.414;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3292.48;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 120.259;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 3773.02;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.68907;
+      capacitance : 0.160427;
+      rise_capacitance : 0.164378;
+      rise_capacitance_range (0.164378, 0.164378);
+      fall_capacitance : 0.156476;
+      fall_capacitance_range (0.156476, 0.156476);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06088, 1.36519, 1.66756, 1.96959, 2.87299, 3.77588", \
+            "1.07685, 1.38101, 1.68332, 1.98556, 2.88908, 3.79216", \
+            "1.08696, 1.39111, 1.69339, 1.99543, 2.89889, 3.80208", \
+            "1.10101, 1.40512, 1.70746, 2.0095, 2.91327, 3.81625", \
+            "1.11984, 1.42402, 1.72626, 2.02839, 2.93186, 3.83488", \
+            "1.14082, 1.44489, 1.74739, 2.04912, 2.95263, 3.85715", \
+            "1.16079, 1.46507, 1.76769, 2.06926, 2.97293, 3.87628" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.772808, 1.39311, 2.01975, 2.64848, 4.54029, 6.42914", \
+            "0.772873, 1.39312, 2.01976, 2.6485, 4.5403, 6.42992", \
+            "0.772874, 1.39313, 2.01977, 2.64851, 4.5403, 6.42993", \
+            "0.772875, 1.39314, 2.01978, 2.64887, 4.54031, 6.42994", \
+            "0.772876, 1.39315, 2.01979, 2.64888, 4.54032, 6.42995", \
+            "0.772877, 1.39316, 2.0198, 2.64947, 4.54033, 6.42996", \
+            "0.777656, 1.39322, 2.01981, 2.64948, 4.54034, 6.42997" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.892687, 1.20085, 1.50765, 1.81486, 2.7352, 3.65539", \
+            "0.908971, 1.21686, 1.52391, 1.83083, 2.75124, 3.67147", \
+            "0.922834, 1.23069, 1.53752, 1.84434, 2.76524, 3.68556", \
+            "0.951341, 1.25887, 1.56578, 1.87283, 2.7927, 3.71371", \
+            "0.996931, 1.30428, 1.61133, 1.9181, 2.83852, 3.75926", \
+            "1.06561, 1.37358, 1.6805, 1.98737, 2.90813, 3.82872", \
+            "1.19042, 1.49894, 1.80603, 2.11305, 3.03399, 3.95425" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.706803, 1.29069, 1.87902, 2.4679, 4.23785, 6.00938", \
+            "0.706804, 1.29071, 1.87903, 2.46929, 4.23786, 6.01152", \
+            "0.706977, 1.29072, 1.87904, 2.46932, 4.23823, 6.01153", \
+            "0.707012, 1.29073, 1.87905, 2.46933, 4.23824, 6.01154", \
+            "0.707317, 1.29074, 1.87906, 2.46977, 4.23825, 6.01155", \
+            "0.707318, 1.2909, 1.87907, 2.46978, 4.23826, 6.01156", \
+            "0.708663, 1.29091, 1.87908, 2.46979, 4.24021, 6.01157" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.644849, 0.64485, 0.644851, 0.644852, 0.644853, 0.644854", \
+            "0.666656, 0.666657, 0.666658, 0.666659, 0.66666, 0.666661", \
+            "0.677918, 0.677919, 0.67792, 0.677921, 0.677922, 0.677923", \
+            "0.699274, 0.699275, 0.699276, 0.699277, 0.699278, 0.699279", \
+            "0.72864, 0.728641, 0.728642, 0.728643, 0.728644, 0.728645", \
+            "0.770678, 0.770679, 0.77068, 0.770681, 0.770682, 0.770683", \
+            "0.842347, 0.842348, 0.842349, 0.84235, 0.842351, 0.842352" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.644849, 0.64485, 0.644851, 0.644852, 0.644853, 0.644854", \
+            "0.666656, 0.666657, 0.666658, 0.666659, 0.66666, 0.666661", \
+            "0.677918, 0.677919, 0.67792, 0.677921, 0.677922, 0.677923", \
+            "0.699274, 0.699275, 0.699276, 0.699277, 0.699278, 0.699279", \
+            "0.72864, 0.728641, 0.728642, 0.728643, 0.728644, 0.728645", \
+            "0.770678, 0.770679, 0.77068, 0.770681, 0.770682, 0.770683", \
+            "0.842347, 0.842348, 0.842349, 0.84235, 0.842351, 0.842352" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.499289, 0.49929, 0.499291, 0.499292, 0.499293, 0.499294", \
+            "0.520756, 0.520757, 0.520758, 0.520759, 0.52076, 0.520761", \
+            "0.537342, 0.537343, 0.537344, 0.537345, 0.537346, 0.537347", \
+            "0.567044, 0.567045, 0.567046, 0.567047, 0.567048, 0.567049", \
+            "0.608342, 0.608343, 0.608344, 0.608345, 0.608346, 0.608347", \
+            "0.669482, 0.669483, 0.669484, 0.669485, 0.669486, 0.669487", \
+            "0.772345, 0.772346, 0.772347, 0.772348, 0.772349, 0.77235" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.499289, 0.49929, 0.499291, 0.499292, 0.499293, 0.499294", \
+            "0.520756, 0.520757, 0.520758, 0.520759, 0.52076, 0.520761", \
+            "0.537342, 0.537343, 0.537344, 0.537345, 0.537346, 0.537347", \
+            "0.567044, 0.567045, 0.567046, 0.567047, 0.567048, 0.567049", \
+            "0.608342, 0.608343, 0.608344, 0.608345, 0.608346, 0.608347", \
+            "0.669482, 0.669483, 0.669484, 0.669485, 0.669486, 0.669487", \
+            "0.772345, 0.772346, 0.772347, 0.772348, 0.772349, 0.77235" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.06285, 1.37931, 1.69373, 2.00729, 2.94726, 3.88794", \
+            "1.07928, 1.39531, 1.70983, 2.02368, 2.96459, 3.90435", \
+            "1.09079, 1.40724, 1.72181, 2.03523, 2.97309, 3.91339", \
+            "1.10738, 1.42383, 1.73841, 2.05165, 2.99202, 3.93246", \
+            "1.12963, 1.44564, 1.76086, 2.07414, 3.01434, 3.9549", \
+            "1.15531, 1.47109, 1.78553, 2.09845, 3.03878, 3.97933", \
+            "1.18269, 1.49885, 1.8132, 2.12782, 3.06715, 4.0066" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.771337, 1.39198, 2.01962, 2.64862, 4.53886, 6.42849", \
+            "0.771338, 1.39202, 2.01969, 2.64863, 4.53887, 6.4285", \
+            "0.771339, 1.39203, 2.01974, 2.64886, 4.54042, 6.42851", \
+            "0.77134, 1.39204, 2.01975, 2.64887, 4.54043, 6.42852", \
+            "0.771341, 1.39205, 2.01976, 2.64888, 4.54044, 6.42853", \
+            "0.771391, 1.39206, 2.01977, 2.64889, 4.54045, 6.42904", \
+            "0.774918, 1.39376, 2.0201, 2.6489, 4.54046, 6.42947" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.909767, 1.25096, 1.59107, 1.93082, 2.94946, 3.9676", \
+            "0.925059, 1.26635, 1.60648, 1.94651, 2.96482, 3.98296", \
+            "0.933643, 1.27491, 1.6156, 1.95562, 2.97393, 3.9915", \
+            "0.947185, 1.28854, 1.62897, 1.96842, 2.98732, 4.00517", \
+            "0.962376, 1.30374, 1.6438, 1.98383, 3.00213, 4.02027", \
+            "0.978211, 1.31951, 1.65963, 1.99934, 3.01796, 4.03609", \
+            "0.991483, 1.33285, 1.67292, 2.01278, 3.03108, 4.04899" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.702142, 1.28817, 1.87743, 2.46789, 4.23778, 6.00774", \
+            "0.702143, 1.28837, 1.87744, 2.4679, 4.23779, 6.00775", \
+            "0.702155, 1.28891, 1.87745, 2.46791, 4.2378, 6.00778", \
+            "0.702167, 1.28892, 1.87787, 2.46792, 4.23824, 6.00779", \
+            "0.702168, 1.28893, 1.87788, 2.46793, 4.23825, 6.0078", \
+            "0.702592, 1.28894, 1.87789, 2.46794, 4.23826, 6.00781", \
+            "0.702593, 1.28895, 1.8779, 2.46806, 4.23852, 6.00844" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.83829, 3.81155, 3.77338, 3.74263, 3.64766, 3.51191", \
+            "3.83918, 3.80373, 3.77071, 3.73342, 3.64489, 3.51454", \
+            "3.84205, 3.80713, 3.77269, 3.73144, 3.64511, 3.50392", \
+            "3.8375, 3.80265, 3.76956, 3.73597, 3.64529, 3.48689", \
+            "3.83766, 3.80425, 3.7688, 3.73291, 3.64568, 3.49448", \
+            "3.82882, 3.79136, 3.75937, 3.73352, 3.63409, 3.49506", \
+            "3.86529, 3.80649, 3.76726, 3.73835, 3.61724, 3.52696" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.35388, 2.33823, 2.33215, 2.32589, 2.32135, 2.31971", \
+            "2.36804, 2.34582, 2.33598, 2.33129, 2.32309, 2.32056", \
+            "2.37829, 2.35248, 2.33962, 2.33536, 2.3255, 2.32185", \
+            "2.38876, 2.35975, 2.34485, 2.34017, 2.32848, 2.32378", \
+            "2.39573, 2.36808, 2.35363, 2.34657, 2.33712, 2.3331", \
+            "2.38449, 2.36077, 2.34519, 2.34459, 2.33206, 2.3293", \
+            "2.35302, 2.34463, 2.34314, 2.34062, 2.33788, 2.33966" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0602633, 0.0602576, 0.0602535, 0.0602534, 0.0602558, 0.0602569", \
+            "0.0583623, 0.0583535, 0.0583465, 0.0583532, 0.058356, 0.058356", \
+            "0.0604252, 0.0604176, 0.0604107, 0.0604119, 0.0604167, 0.0604146", \
+            "0.0680963, 0.0680855, 0.0680797, 0.0680892, 0.0680901, 0.0680899", \
+            "0.0904834, 0.0904756, 0.0904672, 0.0904704, 0.0904732, 0.0904751", \
+            "0.141719, 0.141668, 0.141712, 0.14167, 0.14167, 0.141672", \
+            "0.25205, 0.252061, 0.252122, 0.252071, 0.252023, 0.251999" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.149889, 0.149889, 0.14989, 0.149886, 0.149881, 0.149893", \
+            "0.148297, 0.148299, 0.148289, 0.1483, 0.148285, 0.148293", \
+            "0.150828, 0.150837, 0.150826, 0.150837, 0.150823, 0.15083", \
+            "0.159935, 0.159938, 0.159924, 0.15994, 0.159922, 0.159929", \
+            "0.182999, 0.183006, 0.182992, 0.182998, 0.182996, 0.182997", \
+            "0.234983, 0.234989, 0.234833, 0.234993, 0.234873, 0.234897", \
+            "0.344403, 0.344456, 0.344305, 0.344295, 0.344553, 0.344514" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.64209, 3.88402, 4.11689, 4.34506, 5.05717, 5.76184", \
+            "3.63493, 3.86492, 4.09914, 4.33177, 5.04508, 5.75435", \
+            "3.64061, 3.8809, 4.12103, 4.34837, 5.04803, 5.71842", \
+            "3.63977, 3.88064, 4.11613, 4.34642, 5.07362, 5.76076", \
+            "3.64501, 3.87217, 4.11869, 4.34999, 5.07704, 5.73926", \
+            "3.62602, 3.85515, 4.08132, 4.30564, 5.04248, 5.70694", \
+            "3.66981, 3.91198, 4.10292, 4.34902, 5.05595, 5.76256" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33772, 1.33806, 1.33613, 1.33633, 1.33481, 1.33436", \
+            "1.33617, 1.33559, 1.3348, 1.33332, 1.33212, 1.33196", \
+            "1.33578, 1.33466, 1.33752, 1.33675, 1.33562, 1.33216", \
+            "1.33885, 1.3387, 1.33673, 1.33599, 1.33554, 1.33497", \
+            "1.33884, 1.33801, 1.33724, 1.33672, 1.33559, 1.33547", \
+            "1.33664, 1.33619, 1.33599, 1.33541, 1.33393, 1.33331", \
+            "1.33615, 1.33503, 1.33429, 1.33376, 1.33262, 1.33251" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0250939, 0.0250875, 0.025084, 0.0250833, 0.0250884, 0.0250906", \
+            "0.0248071, 0.0247946, 0.0247923, 0.024792, 0.0248043, 0.0248001", \
+            "0.0286894, 0.0286831, 0.0286801, 0.0286799, 0.0285788, 0.0285786", \
+            "0.0403612, 0.040355, 0.0403524, 0.0403516, 0.0403552, 0.0403533", \
+            "0.0652253, 0.065216, 0.0652166, 0.065218, 0.0652185, 0.0652186", \
+            "0.122551, 0.122545, 0.122541, 0.122542, 0.122543, 0.122542", \
+            "0.241689, 0.241607, 0.241725, 0.241724, 0.241701, 0.241637" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0443727, 0.0443736, 0.0443736, 0.0443732, 0.044373, 0.0443706", \
+            "0.0441152, 0.0441133, 0.0441107, 0.0441129, 0.0441117, 0.0441107", \
+            "0.0460811, 0.0460786, 0.0459781, 0.0459824, 0.0459805, 0.0460761", \
+            "0.05218, 0.0521756, 0.0521754, 0.0521714, 0.0521756, 0.052172", \
+            "0.0655177, 0.0655114, 0.0655108, 0.0655149, 0.065512, 0.0655107", \
+            "0.0950557, 0.0951181, 0.0950897, 0.0949691, 0.0951248, 0.0951167", \
+            "0.159656, 0.159718, 0.159687, 0.159536, 0.159558, 0.15959" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0297151;
+      rise_capacitance : 0.0298029;
+      rise_capacitance_range (0.0242946, 0.0343179);
+      fall_capacitance : 0.0296273;
+      fall_capacitance_range (0.0248972, 0.0317574);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 3.65218e-06, 6.44846e-06, 8.66516e-06, 8.5694e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, -3.65218e-06, -6.44846e-06, -8.66516e-06, -8.5694e-06" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214866, -0.02216, -0.022376, -0.0224851, -0.0228165, -0.0229528, -0.0230851" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273012, 0.0271121, 0.0269545, 0.0268374, 0.0270443, 0.026967, 0.0263061" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 3.65218e-06, 6.44846e-06, 8.66516e-06, 8.5694e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, -3.65218e-06, -6.44846e-06, -8.66516e-06, -8.5694e-06" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0214866, -0.02216, -0.022376, -0.0224851, -0.0228165, -0.0229528, -0.0230851" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0273012, 0.0271121, 0.0269545, 0.0268374, 0.0270443, 0.026967, 0.0263061" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0276546;
+      rise_capacitance : 0.0283744;
+      rise_capacitance_range (0.0242582, 0.033655);
+      fall_capacitance : 0.0269348;
+      fall_capacitance_range (0.0235268, 0.0298685);
+    }
+  }
+ cell (sg13g2_IOPadVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+      is_pad : true;
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+      is_pad : true;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.15235;
+      related_pg_pin : vdd;
+    }
+  }
+  cell (sg13g2_IOPadAnalog) {
+        area: 14400;
+        dont_touch : true;
+        dont_use : true;
+        timing_model_type : abstracted;
+        pad_cell : true;
+        pg_pin (vss) {
+            pg_type : primary_ground;
+            voltage_name : "vss";
+        }
+        pg_pin (vdd) {
+            pg_type : primary_power;
+            voltage_name : "vdd";
+        }
+        pg_pin (iovss) {
+            pg_type : primary_ground;
+            voltage_name : "iovss";
+        }
+        pg_pin (iovdd) {
+            pg_type : primary_power;
+            voltage_name : "iovdd";
+        }
+        pin (pad) {
+            direction : inout;
+            function : "(pad)";
+            output_voltage : core_output;
+            related_ground_pin : vss;
+            related_power_pin : vdd;
+            max_capacitance : 500;
+            max_transition : 200;
+            timing () {
+                related_pin : "pad";
+                timing_type : combinational;
+                cell_rise (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                rise_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+                cell_fall (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                fall_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+            }
+        }
+        pin (padres) {
+            direction : inout;
+            is_pad : false;
+            input_voltage : io_input;
+            related_ground_pin : iovss;
+            related_power_pin : iovdd;
+            max_transition : 200;
+            capacitance : 15.0;
+            rise_capacitance : 15.0;
+            rise_capacitance_range (12.0, 15.0);
+            fall_capacitance : 15.0;
+            fall_capacitance_range (12.0, 15.0);
+        }
+    }
+}
diff --git a/ihp13/pdk/lib/sg13g2_io_typ_1p2V_3p3V_25C.lib b/ihp13/pdk/lib/sg13g2_io_typ_1p2V_3p3V_25C.lib
new file mode 100644
index 000000000..3e1aacbff
--- /dev/null
+++ b/ihp13/pdk/lib/sg13g2_io_typ_1p2V_3p3V_25C.lib
@@ -0,0 +1,4698 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13g2_io_typ_1p2V_3p3V_25C) {
+  comment : "IHP Microelectronics GmbH, 2024";
+  date : "$Date: Wed May  8 12:19:26 2024 $";
+  revision : "$Revision: 0.0.1 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  voltage_map (vdd, 1.2);
+  voltage_map (iovdd, 3.3);
+  voltage_map (iovss, 0);
+  voltage_map (vss, 0);
+  voltage_map (GND, 0);
+  define_cell_area (pad_drivers, pad_driver_sites);
+  define_cell_area (bond_pads, pad_slots);
+  default_output_pin_cap : 0;
+  default_inout_pin_cap : 1;
+  default_input_pin_cap : 1;
+  default_fanout_load : 1;
+  default_cell_leakage_power : 0;
+  default_max_transition : 1.2;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "enclosed";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : 25;
+  nom_voltage : 1.2;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 10;
+  slew_lower_threshold_pct_rise : 10;
+  slew_upper_threshold_pct_fall : 90;
+  slew_upper_threshold_pct_rise : 90;
+  operating_conditions (sg13g2_io_typ_1p2V_3p3V_25C) {
+    process : 1;
+    temperature : 25;
+    voltage : 1.2;
+  }
+  input_voltage (pad) {
+    vih : 3.3;
+    vil : 0;
+    vimax : 3.3;
+    vimin : 0;
+  }
+  input_voltage (core) {
+    vih : 1.2;
+    vil : 0;
+    vimax : 1.2;
+    vimin : 0;
+  }
+  output_voltage (pad) {
+    voh : 3.3;
+    vol : 0;
+    vomax : 3.3;
+    vomin : 0;
+  }
+  output_voltage (core) {
+    voh : 1.2;
+    vol : 0;
+    vomax : 1.2;
+    vomin : 0;
+  }
+  wire_load (Zero) {
+    area : 0.01;
+    capacitance : 0.0001;
+    resistance : 0.0001;
+    slope : 1;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0035;
+    slope : 7.387;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    resistance : 0.0042;
+    slope : 10.99;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0053;
+    slope : 10.9;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    resistance : 0.0063;
+    slope : 16.87;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    resistance : 0.0072;
+    slope : 14.58;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.008;
+    slope : 18.94;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    resistance : 0.0094;
+    slope : 24.61;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    resistance : 0.0152;
+    slope : 31.81;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    resistance : 0.0265;
+    slope : 40.22;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    resistance : 0.0456;
+    slope : 52.68;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    resistance : 0.076;
+    slope : 67.44;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13g2_io_typ_1p2V_3p3V_25C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (delay_template_7x6_16) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+  lu_table_template (delay_template_2x2) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("10, 200");
+    index_2 ("500, 30000");
+  }
+  power_lut_template (passive_power_template_7x1_16) {
+    variable_1 : input_transition_time;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+  }
+  power_lut_template (power_template_7x6_16) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+    index_2 ("1, 3, 7, 9, 12, 15");
+  }
+ cell (sg13g2_IOPadIOVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+      is_pad : true;
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 4853.24;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadIOVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+      is_pad : true;
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1.51487;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadIn) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "input";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      when : "pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 209.155;
+      when : "pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 306.047;
+      when : "!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 257.601;
+      related_pg_pin : vdd;
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.813522;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0829273, 0.101695, 0.13584, 0.168766, 0.201454, 0.234094", \
+            "0.0829283, 0.101696, 0.135841, 0.168767, 0.201455, 0.234095", \
+            "0.0829293, 0.101697, 0.135842, 0.168768, 0.201456, 0.234096", \
+            "0.0829303, 0.101698, 0.135843, 0.168769, 0.201457, 0.234097", \
+            "0.0829313, 0.101699, 0.135844, 0.16877, 0.201458, 0.234098", \
+            "0.0829323, 0.1017, 0.135845, 0.168771, 0.201459, 0.234099", \
+            "0.0829333, 0.101701, 0.135846, 0.168772, 0.20146, 0.2341" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627496, 0.0960629, 0.163818, 0.23243, 0.301399, 0.370782", \
+            "0.0659365, 0.100241, 0.169105, 0.237391, 0.306332, 0.375597", \
+            "0.0712358, 0.104239, 0.171815, 0.241049, 0.311013, 0.38026", \
+            "0.0739275, 0.106289, 0.17363, 0.241928, 0.311263, 0.381601", \
+            "0.0865204, 0.116934, 0.181456, 0.248389, 0.315962, 0.384236", \
+            "0.109874, 0.13904, 0.198839, 0.262058, 0.326825, 0.392622", \
+            "0.129222, 0.157402, 0.214295, 0.274662, 0.337776, 0.403138" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.449604, 0.477094, 0.518977, 0.552833, 0.583909, 0.614134", \
+            "0.492961, 0.520273, 0.56209, 0.596678, 0.627309, 0.657611", \
+            "0.615137, 0.642508, 0.684446, 0.718973, 0.749963, 0.779167", \
+            "0.658122, 0.685687, 0.727514, 0.761964, 0.79337, 0.821863", \
+            "0.992682, 1.02037, 1.06208, 1.09646, 1.1276, 1.15725", \
+            "1.63254, 1.65994, 1.70145, 1.73556, 1.76719, 1.79685", \
+            "2.22332, 2.25073, 2.29188, 2.32647, 2.35748, 2.38737" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.13202, 0.157585, 0.202799, 0.24694, 0.291822, 0.337534", \
+            "0.132021, 0.157586, 0.203179, 0.247356, 0.291823, 0.337535", \
+            "0.132022, 0.157587, 0.20318, 0.247357, 0.291824, 0.337536", \
+            "0.132023, 0.157588, 0.203181, 0.247358, 0.291825, 0.337537", \
+            "0.132024, 0.157589, 0.203182, 0.247359, 0.291826, 0.337538", \
+            "0.132686, 0.158385, 0.203403, 0.24736, 0.292332, 0.337745", \
+            "0.145177, 0.168636, 0.212183, 0.255025, 0.29814, 0.343628" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "7.79824e-09, 7.79829e-09, 7.79837e-09, 7.79789e-09, 7.79797e-09, 7.7971e-09", \
+            "1.51474e-08, 1.51485e-08, 1.51484e-08, 1.51484e-08, 1.51488e-08, 1.5148e-08", \
+            "2.9851e-08, 2.98512e-08, 2.985e-08, 2.985e-08, 2.98493e-08, 2.98495e-08", \
+            "3.7203e-08, 3.72023e-08, 3.7203e-08, 3.72006e-08, 3.72006e-08, 3.72004e-08", \
+            "7.39566e-08, 7.39582e-08, 7.39568e-08, 7.39537e-08, 7.39556e-08, 7.39555e-08", \
+            "1.47464e-07, 1.47466e-07, 1.47465e-07, 1.47468e-07, 1.47465e-07, 1.47464e-07", \
+            "2.14849e-07, 2.14846e-07, 2.14847e-07, 2.14853e-07, 2.14853e-07, 2.14847e-07" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-7.79784e-09, -7.79781e-09, -7.79785e-09, -7.79789e-09, -7.79792e-09, -7.7971e-09", \
+            "-1.51474e-08, -1.51485e-08, -1.51484e-08, -1.51484e-08, -1.51488e-08, -1.5148e-08", \
+            "-2.9851e-08, -2.98512e-08, -2.985e-08, -2.985e-08, -2.98493e-08, -2.98495e-08", \
+            "-3.72023e-08, -3.72023e-08, -3.72023e-08, -3.72006e-08, -3.72006e-08, -3.72004e-08", \
+            "-7.39554e-08, -7.39554e-08, -7.39554e-08, -7.39537e-08, -7.39555e-08, -7.39555e-08", \
+            "-1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07, -1.47462e-07", \
+            "-2.14842e-07, -2.14841e-07, -2.14842e-07, -2.14842e-07, -2.14842e-07, -2.14842e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.18318e-05, 0.000299688, 0.000553319, 0.00059101, 0.000269279, -0.000121671", \
+            "-0.000282504, -0.00017142, -0.000161881, -0.00016955, -0.000346681, -0.000603351", \
+            "-0.00123846, -0.00121745, -0.000548881, -0.00054815, -0.000828961, -0.00120935", \
+            "-0.00136244, -0.00138007, -0.00127164, -0.00107975, -0.00148392, -0.00184187", \
+            "-0.00192428, -0.00237772, -0.00206616, -0.00279551, -0.00262188, -0.00221555", \
+            "-0.00187183, -0.00232244, -0.00211992, -0.00292007, -0.00274644, -0.00420335", \
+            "-0.00153923, -0.00185651, -0.00257868, -0.00354743, -0.00457524, -0.00384227" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0533388, 0.0529775, 0.0530701, 0.0532902, 0.0534913, 0.0536627", \
+            "0.052193, 0.0518383, 0.051934, 0.0521529, 0.0523288, 0.0524867", \
+            "0.0518106, 0.0514234, 0.0514885, 0.0516938, 0.0518567, 0.0519733", \
+            "0.0510166, 0.050624, 0.0506358, 0.050791, 0.0509417, 0.0510443", \
+            "0.0508556, 0.0504956, 0.0505065, 0.0506659, 0.0508037, 0.0509258", \
+            "0.0513875, 0.0508272, 0.0505433, 0.0504994, 0.0505228, 0.0505632", \
+            "0.0528457, 0.0520097, 0.0516669, 0.0515274, 0.0514654, 0.0514455" \
+          );
+        }
+      }
+    }
+    pin (pad) {
+      direction : "input";
+      is_pad : true;
+      input_voltage : "pad";
+      fanout_load : 1;
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_transition : 3.5;
+      capacitance : 0.220657;
+      rise_capacitance : 0.222681;
+      rise_capacitance_range (0.195297, 0.241559);
+      fall_capacitance : 0.218632;
+      fall_capacitance_range (0.197848, 0.232141);
+    }
+  }
+ cell (sg13g2_IOPadInOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 527.669;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.07;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 527.669;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1889.28;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 4.74047;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1637.78;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 4.74047;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1792.35;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 8.09409;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.76;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 8.09409;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.72;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 525.668;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.39;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 525.668;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.4;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 266.543;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1883.84;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.19976;
+      capacitance : 0.26512;
+      rise_capacitance : 0.264234;
+      rise_capacitance_range (0.235193, 0.284242);
+      fall_capacitance : 0.266006;
+      fall_capacitance_range (0.24364, 0.280606);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.53598, 1.69422, 1.82784, 1.95066, 2.29415, 2.62498", \
+            "1.55631, 1.71433, 1.84796, 1.9707, 2.31384, 2.64487", \
+            "1.56975, 1.72786, 1.86137, 1.98429, 2.32791, 2.65841", \
+            "1.59416, 1.75227, 1.88551, 2.00851, 2.35207, 2.68258", \
+            "1.62254, 1.78057, 1.91427, 2.03685, 2.38071, 2.71112", \
+            "1.65929, 1.81742, 1.95099, 2.0738, 2.41719, 2.74804", \
+            "1.6982, 1.85531, 1.99045, 2.11332, 2.45655, 2.7868" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.520952, 0.737812, 0.94722, 1.15712, 1.7986, 2.45491", \
+            "0.520953, 0.737933, 0.947313, 1.15735, 1.79861, 2.45494", \
+            "0.520954, 0.737934, 0.947314, 1.15736, 1.79896, 2.45495", \
+            "0.520955, 0.737935, 0.947315, 1.15756, 1.79897, 2.45496", \
+            "0.520956, 0.737936, 0.947366, 1.15757, 1.79898, 2.45497", \
+            "0.520957, 0.737937, 0.947367, 1.15758, 1.79899, 2.45498", \
+            "0.520958, 0.737938, 0.947368, 1.15759, 1.79974, 2.45499" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.36944, 1.49438, 1.60631, 1.71275, 2.02084, 2.33066", \
+            "1.39002, 1.51496, 1.6268, 1.73327, 2.04105, 2.35019", \
+            "1.40725, 1.53143, 1.64362, 1.74983, 2.05788, 2.36753", \
+            "1.44326, 1.56738, 1.67972, 1.78554, 2.09369, 2.40251", \
+            "1.50247, 1.62739, 1.73908, 1.84548, 2.1525, 2.46088", \
+            "1.59149, 1.71604, 1.82802, 1.93417, 2.24164, 2.55039", \
+            "1.72579, 1.85123, 1.9635, 2.0698, 2.3766, 2.6854" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.585678, 0.746891, 0.919723, 1.10073, 1.66787, 2.26247", \
+            "0.588333, 0.749072, 0.921468, 1.10237, 1.669, 2.26265", \
+            "0.590621, 0.752225, 0.922793, 1.10238, 1.67053, 2.26394", \
+            "0.595017, 0.756013, 0.926088, 1.10429, 1.67231, 2.26537", \
+            "0.595204, 0.75606, 0.927348, 1.10761, 1.67281, 2.26569", \
+            "0.595205, 0.756061, 0.927349, 1.10762, 1.67282, 2.2657", \
+            "0.595206, 0.756062, 0.92735, 1.10763, 1.67283, 2.26571" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.1263, 1.12631, 1.12632, 1.12633, 1.12634, 1.12635", \
+            "1.1438, 1.14381, 1.14382, 1.14383, 1.14384, 1.14385", \
+            "1.1641, 1.16411, 1.16412, 1.16413, 1.16414, 1.16415", \
+            "1.19689, 1.1969, 1.19691, 1.19692, 1.19693, 1.19694", \
+            "1.2356, 1.23561, 1.23562, 1.23563, 1.23564, 1.23565", \
+            "1.28754, 1.28755, 1.28756, 1.28757, 1.28758, 1.28759", \
+            "1.37848, 1.37849, 1.3785, 1.37851, 1.37852, 1.37853" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.1263, 1.12631, 1.12632, 1.12633, 1.12634, 1.12635", \
+            "1.1438, 1.14381, 1.14382, 1.14383, 1.14384, 1.14385", \
+            "1.1641, 1.16411, 1.16412, 1.16413, 1.16414, 1.16415", \
+            "1.19689, 1.1969, 1.19691, 1.19692, 1.19693, 1.19694", \
+            "1.2356, 1.23561, 1.23562, 1.23563, 1.23564, 1.23565", \
+            "1.28754, 1.28755, 1.28756, 1.28757, 1.28758, 1.28759", \
+            "1.37848, 1.37849, 1.3785, 1.37851, 1.37852, 1.37853" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33973, 1.33974, 1.33975, 1.33976, 1.33977, 1.33978", \
+            "1.36717, 1.36718, 1.36719, 1.3672, 1.36721, 1.36722", \
+            "1.38242, 1.38243, 1.38244, 1.38245, 1.38246, 1.38247", \
+            "1.42574, 1.42575, 1.42576, 1.42577, 1.42578, 1.42579", \
+            "1.47719, 1.4772, 1.47721, 1.47722, 1.47723, 1.47724", \
+            "1.5554, 1.55541, 1.55542, 1.55543, 1.55544, 1.55545", \
+            "1.673, 1.67301, 1.67302, 1.67303, 1.67304, 1.67305" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33973, 1.33974, 1.33975, 1.33976, 1.33977, 1.33978", \
+            "1.36717, 1.36718, 1.36719, 1.3672, 1.36721, 1.36722", \
+            "1.38242, 1.38243, 1.38244, 1.38245, 1.38246, 1.38247", \
+            "1.42574, 1.42575, 1.42576, 1.42577, 1.42578, 1.42579", \
+            "1.47719, 1.4772, 1.47721, 1.47722, 1.47723, 1.47724", \
+            "1.5554, 1.55541, 1.55542, 1.55543, 1.55544, 1.55545", \
+            "1.673, 1.67301, 1.67302, 1.67303, 1.67304, 1.67305" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.53119, 1.69672, 1.83711, 1.96566, 2.32765, 2.67684", \
+            "1.54919, 1.715, 1.8549, 1.98356, 2.34484, 2.69427", \
+            "1.5649, 1.73042, 1.87071, 1.99952, 2.36152, 2.71071", \
+            "1.58914, 1.75517, 1.89449, 2.02427, 2.38542, 2.7349", \
+            "1.61772, 1.78346, 1.92314, 2.05212, 2.41416, 2.76349", \
+            "1.65511, 1.82035, 1.96016, 2.08915, 2.45056, 2.80126", \
+            "1.69442, 1.8593, 1.99965, 2.12739, 2.487, 2.83587" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.516443, 0.726109, 0.933178, 1.14125, 1.78181, 2.43931", \
+            "0.516444, 0.72611, 0.933179, 1.14126, 1.78182, 2.43932", \
+            "0.516445, 0.726111, 0.93318, 1.14127, 1.78199, 2.43933", \
+            "0.516712, 0.726112, 0.933181, 1.14162, 1.782, 2.43934", \
+            "0.516713, 0.726237, 0.933182, 1.14163, 1.78201, 2.43935", \
+            "0.516714, 0.726238, 0.933183, 1.14164, 1.78202, 2.43936", \
+            "0.516715, 0.726239, 0.933184, 1.14241, 1.78287, 2.43937" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.21273, 1.36046, 1.48966, 1.61413, 1.96701, 2.31389", \
+            "1.23266, 1.37979, 1.51035, 1.63225, 1.98545, 2.33277", \
+            "1.2439, 1.3916, 1.52083, 1.64526, 1.99815, 2.34504", \
+            "1.26353, 1.4095, 1.54149, 1.66304, 2.01647, 2.36357", \
+            "1.28909, 1.43514, 1.56506, 1.68879, 2.04218, 2.38945", \
+            "1.31163, 1.45891, 1.58923, 1.71302, 2.06588, 2.41253", \
+            "1.34185, 1.48912, 1.61869, 1.74153, 2.0951, 2.44213" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.407429, 0.605561, 0.800167, 0.997209, 1.59903, 2.21509", \
+            "0.40743, 0.605562, 0.801592, 0.997882, 1.60057, 2.2151", \
+            "0.407483, 0.605563, 0.801593, 0.997883, 1.60058, 2.21511", \
+            "0.407484, 0.605564, 0.801764, 0.9979, 1.60059, 2.21807", \
+            "0.407485, 0.605565, 0.801765, 0.997908, 1.6006, 2.21808", \
+            "0.407703, 0.605566, 0.801766, 0.997909, 1.60175, 2.21809", \
+            "0.407804, 0.608588, 0.801767, 0.99791, 1.60176, 2.2181" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.38413, 6.34024, 6.31524, 6.29112, 6.19968, 6.12599", \
+            "6.40005, 6.34899, 6.3224, 6.29871, 6.18522, 6.12394", \
+            "6.39349, 6.34174, 6.31825, 6.2927, 6.21779, 6.12506", \
+            "6.39561, 6.34705, 6.31811, 6.30303, 6.21717, 6.0427", \
+            "6.39473, 6.3469, 6.32042, 6.29191, 6.17051, 6.1016", \
+            "6.38933, 6.34417, 6.3158, 6.29508, 6.19268, 6.04247", \
+            "6.35961, 6.25577, 6.30033, 6.27403, 6.14741, 5.99105" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.2515, 11.7458, 10.7599, 10.0314, 8.69098, 7.91138", \
+            "13.3836, 11.8585, 10.859, 10.1219, 8.76071, 7.97794", \
+            "13.4771, 11.9572, 10.9508, 10.2028, 8.82977, 8.02784", \
+            "13.6951, 12.1498, 11.1019, 10.3605, 8.95889, 8.13186", \
+            "13.7827, 12.2122, 11.1736, 10.4084, 8.98637, 8.16587", \
+            "13.7033, 12.1544, 11.1068, 10.3765, 8.93535, 8.13028", \
+            "13.4061, 11.9021, 10.8967, 10.1679, 8.78005, 7.99736" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46845, 2.89002, 4.32584, 5.73547, 9.85946, 11.637", \
+            "1.46224, 2.88329, 4.32353, 5.73675, 9.85073, 11.6085", \
+            "1.46283, 2.88041, 4.30703, 5.71516, 9.92397, 11.5697", \
+            "1.46333, 2.88571, 4.3071, 5.74498, 9.91741, 11.5218", \
+            "1.4692, 2.89044, 4.31396, 5.75182, 9.85149, 11.4145", \
+            "1.48499, 2.90425, 4.33047, 5.76796, 9.87909, 11.0096", \
+            "1.52307, 2.94359, 4.36892, 5.80086, 9.89742, 10.3404" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.171359, 0.17117, 0.170937, 0.170808, 0.17051, 0.169441", \
+            "0.168918, 0.16871, 0.16857, 0.168441, 0.168071, 0.167282", \
+            "0.168957, 0.168627, 0.16847, 0.168286, 0.167922, 0.167089", \
+            "0.170403, 0.170085, 0.169941, 0.169803, 0.169359, 0.168477", \
+            "0.176334, 0.176186, 0.175997, 0.175868, 0.175367, 0.174361", \
+            "0.192174, 0.191971, 0.191775, 0.191609, 0.191175, 0.189832", \
+            "0.229971, 0.229802, 0.22967, 0.229558, 0.229265, 0.226999" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.18034, 6.43801, 6.73009, 7.0223, 7.90433, 8.81717", \
+            "6.17661, 6.45678, 6.73589, 7.02629, 7.87753, 8.76315", \
+            "6.17993, 6.4479, 6.74672, 7.03748, 7.93379, 8.83618", \
+            "6.1728, 6.44594, 6.72771, 7.02428, 7.89413, 8.82476", \
+            "6.17312, 6.44639, 6.73342, 7.02844, 7.92069, 8.82856", \
+            "6.18256, 6.44351, 6.72656, 7.01791, 7.89334, 8.80856", \
+            "6.16537, 6.41134, 6.72009, 6.93502, 7.69006, 8.54261" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.51155, 2.51136, 2.50867, 2.50817, 2.50588, 2.50644", \
+            "2.51212, 2.51226, 2.50892, 2.50683, 2.50635, 2.50653", \
+            "2.51179, 2.51156, 2.50882, 2.50837, 2.50611, 2.50663", \
+            "2.51205, 2.51082, 2.50945, 2.507, 2.50619, 2.50624", \
+            "2.51283, 2.5114, 2.50996, 2.50782, 2.50666, 2.50747", \
+            "2.51097, 2.51054, 2.5085, 2.50698, 2.50257, 2.50335", \
+            "2.51373, 2.51799, 2.50898, 2.5135, 2.51223, 2.51016" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.43686, 2.8547, 4.29073, 5.70415, 9.84077, 11.5707", \
+            "1.4358, 2.85542, 4.28935, 5.71073, 9.82834, 11.6281", \
+            "1.43625, 2.85521, 4.26586, 5.6968, 9.89429, 11.4733", \
+            "1.43903, 2.86044, 4.27113, 5.71923, 9.81898, 11.5773", \
+            "1.44688, 2.86785, 4.27833, 5.73048, 9.87657, 11.2354", \
+            "1.46615, 2.88306, 4.29807, 5.73479, 9.85223, 11.0822", \
+            "1.5092, 2.93113, 4.34268, 5.77753, 9.77013, 10.2137" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0903609, 0.0900959, 0.0897079, 0.0896193, 0.0893516, 0.0878243", \
+            "0.0890482, 0.0886438, 0.0884537, 0.0881447, 0.0876328, 0.0867564", \
+            "0.0890474, 0.0887761, 0.0883906, 0.0882984, 0.0879602, 0.0864165", \
+            "0.0908631, 0.0902903, 0.0902293, 0.0898751, 0.089699, 0.088152", \
+            "0.0949325, 0.0943745, 0.0942757, 0.0939755, 0.0936965, 0.0918938", \
+            "0.105279, 0.104845, 0.104656, 0.104527, 0.103922, 0.102204", \
+            "0.127903, 0.127653, 0.127291, 0.127068, 0.12625, 0.12397" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.815063;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0832234, 0.101979, 0.136167, 0.168976, 0.201703, 0.234298", \
+            "0.0832244, 0.10198, 0.136168, 0.168977, 0.201704, 0.234299", \
+            "0.0832254, 0.101981, 0.136169, 0.168978, 0.201705, 0.2343", \
+            "0.0832264, 0.101982, 0.13617, 0.168979, 0.201706, 0.234301", \
+            "0.0832274, 0.101983, 0.136171, 0.16898, 0.201707, 0.234302", \
+            "0.0832284, 0.101984, 0.136172, 0.168981, 0.201708, 0.234303", \
+            "0.0832294, 0.101985, 0.136173, 0.168982, 0.201709, 0.234304" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627683, 0.0961025, 0.163776, 0.232509, 0.301504, 0.370795", \
+            "0.0660042, 0.100337, 0.169172, 0.237493, 0.306389, 0.375506", \
+            "0.0711561, 0.104127, 0.17168, 0.241066, 0.311485, 0.380309", \
+            "0.0739606, 0.106413, 0.173371, 0.241845, 0.311486, 0.381813", \
+            "0.0863838, 0.116984, 0.180785, 0.247828, 0.315913, 0.384022", \
+            "0.109928, 0.139172, 0.198709, 0.261285, 0.326685, 0.392638", \
+            "0.129264, 0.157385, 0.214108, 0.274663, 0.337776, 0.403432" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.450015, 0.477231, 0.518976, 0.552739, 0.583553, 0.613645", \
+            "0.493043, 0.520231, 0.562072, 0.596407, 0.627509, 0.656766", \
+            "0.602505, 0.629789, 0.671374, 0.705836, 0.736897, 0.765911", \
+            "0.675588, 0.702944, 0.744069, 0.77868, 0.80978, 0.838244", \
+            "0.992811, 1.02028, 1.06143, 1.09592, 1.12679, 1.1564", \
+            "1.63347, 1.66081, 1.70154, 1.73561, 1.76636, 1.79628", \
+            "2.23932, 2.26689, 2.30804, 2.34165, 2.37277, 2.40259" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.13188, 0.157123, 0.202209, 0.246226, 0.289783, 0.335361", \
+            "0.131989, 0.157435, 0.20221, 0.246227, 0.290412, 0.335658", \
+            "0.13199, 0.157436, 0.202211, 0.246228, 0.290413, 0.335659", \
+            "0.131991, 0.157437, 0.202212, 0.246229, 0.290414, 0.33566", \
+            "0.131992, 0.157438, 0.202213, 0.24623, 0.290415, 0.335661", \
+            "0.132164, 0.157797, 0.202997, 0.246793, 0.290419, 0.335929", \
+            "0.141029, 0.165464, 0.208577, 0.252394, 0.296283, 0.33968" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.623209, -0.623466, -0.623455, -0.623459, -0.623477, -0.623484", \
+            "-0.624669, -0.624261, -0.62416, -0.626321, -0.625263, -0.622276", \
+            "-0.625198, -0.625205, -0.623042, -0.625232, -0.62525, -0.625268", \
+            "-0.624561, -0.624566, -0.624574, -0.624586, -0.624599, -0.624619", \
+            "-0.624377, -0.624377, -0.624377, -0.624382, -0.624384, -0.624393", \
+            "-0.622462, -0.622522, -0.623877, -0.623876, -0.623882, -0.623879", \
+            "-0.621883, -0.62207, -0.621641, -0.622408, -0.622064, -0.621975" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.623475, 0.623466, 0.623455, 0.623459, 0.623477, 0.623484", \
+            "0.626259, 0.626279, 0.626299, 0.626321, 0.626334, 0.626355", \
+            "0.625198, 0.625205, 0.62522, 0.625232, 0.62525, 0.625268", \
+            "0.624561, 0.624566, 0.624574, 0.624586, 0.624599, 0.624619", \
+            "0.624377, 0.624377, 0.624377, 0.624382, 0.624384, 0.624393", \
+            "0.622462, 0.622522, 0.623877, 0.623876, 0.623882, 0.623879", \
+            "0.621883, 0.62207, 0.621641, 0.622408, 0.622064, 0.621975" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000102036, 0.000399312, 0.000823919, 0.00066817, 0.000424319, -6.88709e-05", \
+            "-0.000217464, -6.99603e-05, -2.17206e-05, -8.15902e-05, -0.000370921, -0.000841431", \
+            "-0.00135485, -0.000913188, -0.000526921, -0.00100031, -0.000800521, -0.00127619", \
+            "-0.00107173, -0.00115386, -0.000822601, -0.00084983, -0.00100692, -0.00180791", \
+            "-0.00189862, -0.0020515, -0.00235032, -0.00286235, -0.00264444, -0.00253835", \
+            "-0.0016363, -0.00190835, -0.00220824, -0.00346199, -0.00382956, -0.00384611", \
+            "-0.00110262, -0.00186593, -0.00267264, -0.00302759, -0.003759, -0.00306287" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.053361, 0.0529871, 0.0530924, 0.0533105, 0.053525, 0.0536901", \
+            "0.0522049, 0.0518503, 0.0519123, 0.0521242, 0.0523106, 0.0524486", \
+            "0.0512592, 0.0509087, 0.0509397, 0.0511251, 0.0512854, 0.0514025", \
+            "0.0514743, 0.051108, 0.051165, 0.0513697, 0.0515467, 0.0516798", \
+            "0.0508552, 0.0504875, 0.0504894, 0.0506499, 0.0507978, 0.0509183", \
+            "0.0512603, 0.0507386, 0.050544, 0.0505237, 0.0505555, 0.0505922", \
+            "0.0519695, 0.0512763, 0.0508388, 0.0507359, 0.0506916, 0.0506562" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276797;
+      rise_capacitance_range (0.022992, 0.031206);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.0234413, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-4.01346e-07, -1.93071e-06, -2.2869e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "4.01346e-07, 1.93071e-06, 2.2869e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164272, -0.0172187, -0.017344, -0.0174193, -0.0173032, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224792, 0.0222596, 0.0221874, 0.0221378, 0.0219568, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-3.67695e-07, -1.92219e-06, -2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.67695e-07, 1.92219e-06, 2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.017303, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219569, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-3.67695e-07, -1.92219e-06, -2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "3.67695e-07, 1.92219e-06, 2.66555e-08, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.017303, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219569, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252767;
+      rise_capacitance : 0.0260894;
+      rise_capacitance_range (0.0221884, 0.0307568);
+      fall_capacitance : 0.024464;
+      fall_capacitance_range (0.0209977, 0.0277632);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "1.71151, 1.71181, 1.71179, 1.70911, 1.71038, 1.70961, 1.72074" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.280068, 0.280157, 0.279536, 0.279581, 0.278461, 0.279732, 0.277147" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336521, 0.0323305, 0.0322863, 0.0340077, 0.0379637, 0.0487118, 0.0706333" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813462, 0.0803897, 0.0808792, 0.0822559, 0.0863897, 0.0964075, 0.118522" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadInOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 825.168;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.69;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 825.168;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1888.82;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1637.48;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1792.06;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.39;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1965.43;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 823.195;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.02;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 823.195;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.01;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 412.091;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1883.49;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.83452;
+      capacitance : 0.354236;
+      rise_capacitance : 0.35065;
+      rise_capacitance_range (0.319563, 0.372349);
+      fall_capacitance : 0.357822;
+      fall_capacitance_range (0.333658, 0.374009);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.74247, 1.88405, 1.99905, 2.09897, 2.35077, 2.56696", \
+            "1.76315, 1.90427, 2.01922, 2.11902, 2.37074, 2.58687", \
+            "1.77717, 1.91813, 2.03305, 2.13292, 2.38451, 2.60078", \
+            "1.80197, 1.94253, 2.05731, 2.1572, 2.40881, 2.62506", \
+            "1.82989, 1.97076, 2.08566, 2.18545, 2.43698, 2.65308", \
+            "1.86615, 2.00722, 2.12204, 2.22179, 2.47355, 2.68956", \
+            "1.90564, 2.04681, 2.16132, 2.26088, 2.51255, 2.72911" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.50136, 0.666867, 0.80584, 0.93275, 1.2844, 1.62302", \
+            "0.501361, 0.666868, 0.805841, 0.932751, 1.28441, 1.62303", \
+            "0.501362, 0.666869, 0.805842, 0.932752, 1.28442, 1.62304", \
+            "0.501363, 0.66687, 0.805843, 0.932753, 1.28443, 1.62305", \
+            "0.501364, 0.666871, 0.805844, 0.932754, 1.28444, 1.62306", \
+            "0.501365, 0.666872, 0.805845, 0.932755, 1.28445, 1.62307", \
+            "0.501366, 0.667613, 0.807207, 0.93421, 1.28602, 1.6241" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.64263, 1.72668, 1.80527, 1.87797, 2.07538, 2.25589", \
+            "1.66357, 1.7482, 1.82596, 1.89893, 2.09595, 2.27672", \
+            "1.68045, 1.76555, 1.84239, 1.91544, 2.11398, 2.2938", \
+            "1.71685, 1.80178, 1.87989, 1.95158, 2.14993, 2.33108", \
+            "1.7768, 1.86052, 1.93903, 2.01167, 2.20899, 2.38944", \
+            "1.86551, 1.94956, 2.02775, 2.10042, 2.29763, 2.47826", \
+            "2.00055, 2.08368, 2.16097, 2.23398, 2.43123, 2.6107" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.900114, 0.961777, 1.0413, 1.12096, 1.37214, 1.63418", \
+            "0.903842, 0.966338, 1.04173, 1.12277, 1.37454, 1.63644", \
+            "0.90707, 0.968259, 1.04816, 1.12838, 1.37669, 1.63685", \
+            "0.913493, 0.972618, 1.04946, 1.13348, 1.38104, 1.6421", \
+            "0.915727, 0.975443, 1.0541, 1.13349, 1.38289, 1.64369", \
+            "0.915728, 0.975444, 1.05411, 1.1335, 1.3829, 1.6437", \
+            "0.915729, 0.975445, 1.05412, 1.13351, 1.38291, 1.64371" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.31961, 1.31962, 1.31963, 1.31964, 1.31965, 1.31966", \
+            "1.34443, 1.34444, 1.34445, 1.34446, 1.34447, 1.34448", \
+            "1.35714, 1.35715, 1.35716, 1.35717, 1.35718, 1.35719", \
+            "1.3871, 1.38711, 1.38712, 1.38713, 1.38714, 1.38715", \
+            "1.42829, 1.4283, 1.42831, 1.42832, 1.42833, 1.42834", \
+            "1.47838, 1.47839, 1.4784, 1.47841, 1.47842, 1.47843", \
+            "1.57068, 1.57069, 1.5707, 1.57071, 1.57072, 1.57073" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.31961, 1.31962, 1.31963, 1.31964, 1.31965, 1.31966", \
+            "1.34443, 1.34444, 1.34445, 1.34446, 1.34447, 1.34448", \
+            "1.35714, 1.35715, 1.35716, 1.35717, 1.35718, 1.35719", \
+            "1.3871, 1.38711, 1.38712, 1.38713, 1.38714, 1.38715", \
+            "1.42829, 1.4283, 1.42831, 1.42832, 1.42833, 1.42834", \
+            "1.47838, 1.47839, 1.4784, 1.47841, 1.47842, 1.47843", \
+            "1.57068, 1.57069, 1.5707, 1.57071, 1.57072, 1.57073" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91034, 1.91035, 1.91036, 1.91037, 1.91038, 1.91039", \
+            "1.92283, 1.94769, 1.9477, 1.94771, 1.94772, 1.94773", \
+            "1.94944, 1.94945, 1.94946, 1.94947, 1.94948, 1.94949", \
+            "1.98275, 1.98276, 1.98277, 1.98278, 1.98279, 1.9828", \
+            "2.06409, 2.0641, 2.06411, 2.06412, 2.06413, 2.06414", \
+            "2.12042, 2.12043, 2.12044, 2.12045, 2.12046, 2.12047", \
+            "2.24669, 2.2467, 2.24671, 2.24672, 2.24673, 2.24674" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91034, 1.91035, 1.91036, 1.91037, 1.91038, 1.91039", \
+            "1.92283, 1.94769, 1.9477, 1.94771, 1.94772, 1.94773", \
+            "1.94944, 1.94945, 1.94946, 1.94947, 1.94948, 1.94949", \
+            "1.98275, 1.98276, 1.98277, 1.98278, 1.98279, 1.9828", \
+            "2.06409, 2.0641, 2.06411, 2.06412, 2.06413, 2.06414", \
+            "2.12042, 2.12043, 2.12044, 2.12045, 2.12046, 2.12047", \
+            "2.24669, 2.2467, 2.24671, 2.24672, 2.24673, 2.24674" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.71898, 1.87498, 1.99753, 2.10251, 2.36573, 2.59173", \
+            "1.73653, 1.89246, 2.01505, 2.11997, 2.38321, 2.60926", \
+            "1.7521, 1.908, 2.0306, 2.13556, 2.39882, 2.62479", \
+            "1.7768, 1.93351, 2.05615, 2.1611, 2.42436, 2.64955", \
+            "1.80567, 1.96174, 2.08409, 2.18927, 2.45248, 2.67836", \
+            "1.84104, 1.99695, 2.11953, 2.22446, 2.4877, 2.71373", \
+            "1.88303, 2.03926, 2.16184, 2.26686, 2.53006, 2.75581" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.522218, 0.668852, 0.796911, 0.916443, 1.25745, 1.5909", \
+            "0.522219, 0.668956, 0.796912, 0.916444, 1.25746, 1.59093", \
+            "0.52224, 0.669269, 0.797226, 0.916636, 1.25751, 1.59094", \
+            "0.522241, 0.66927, 0.797227, 0.916637, 1.25752, 1.59127", \
+            "0.522242, 0.669271, 0.797228, 0.916638, 1.25753, 1.59135", \
+            "0.522243, 0.669272, 0.797229, 0.916639, 1.25754, 1.59136", \
+            "0.522244, 0.669273, 0.79723, 0.91664, 1.25755, 1.59137" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.26481, 1.38293, 1.47999, 1.56687, 1.7958, 2.00004", \
+            "1.28459, 1.40198, 1.49977, 1.58822, 1.81363, 2.02084", \
+            "1.29596, 1.41409, 1.51114, 1.59803, 1.82695, 2.03119", \
+            "1.31505, 1.43316, 1.53014, 1.61729, 1.84608, 2.05031", \
+            "1.34073, 1.45811, 1.5559, 1.64435, 1.86977, 2.07698", \
+            "1.36522, 1.48354, 1.58044, 1.66698, 1.89527, 2.10234", \
+            "1.39335, 1.51151, 1.60774, 1.69291, 1.91967, 2.12639" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.376716, 0.498564, 0.614548, 0.720805, 1.03893, 1.35168", \
+            "0.376717, 0.500353, 0.614549, 0.725255, 1.03894, 1.35169", \
+            "0.376718, 0.500354, 0.61455, 0.725256, 1.03895, 1.3517", \
+            "0.376719, 0.500899, 0.614557, 0.725257, 1.03896, 1.35171", \
+            "0.37672, 0.5009, 0.614558, 0.725258, 1.03897, 1.35172", \
+            "0.376721, 0.500901, 0.616251, 0.725259, 1.03898, 1.35173", \
+            "0.376813, 0.500902, 0.616252, 0.72526, 1.03899, 1.35174" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "10.2191, 10.022, 9.91789, 9.86525, 9.73223, 9.59795", \
+            "10.2481, 10.0318, 9.93343, 9.85641, 9.74823, 9.60442", \
+            "10.2584, 10.0334, 9.92637, 9.85799, 9.74384, 9.61439", \
+            "10.2703, 10.0458, 9.93231, 9.85601, 9.74269, 9.60267", \
+            "10.2643, 10.048, 9.94481, 9.86502, 9.7546, 9.58871", \
+            "10.2541, 10.0471, 9.9366, 9.85944, 9.74464, 9.60392", \
+            "10.2166, 9.99626, 9.86208, 9.7615, 9.63346, 9.50502" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "53.4525, 50.1523, 47.4614, 45.1149, 39.7795, 35.925", \
+            "53.75, 50.4693, 47.721, 45.3655, 40.0029, 36.1364", \
+            "54.0061, 50.6669, 47.9472, 45.6247, 40.1683, 36.3654", \
+            "54.5143, 51.1764, 48.3991, 46.0794, 40.5822, 36.6464", \
+            "54.6925, 51.3461, 48.6116, 46.2104, 40.7704, 36.8297", \
+            "54.4992, 51.1782, 48.4336, 46.0403, 40.6152, 36.6765", \
+            "53.7527, 50.468, 47.7288, 45.4308, 40.0583, 36.2197" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46519, 2.8934, 4.31436, 5.72939, 8.9664, 7.44515", \
+            "1.46332, 2.88881, 4.31178, 5.71978, 9.02448, 7.34225", \
+            "1.46349, 2.89029, 4.31064, 5.71881, 8.89807, 7.26031", \
+            "1.46372, 2.89137, 4.31269, 5.72088, 8.81996, 7.11144", \
+            "1.46988, 2.89643, 4.32186, 5.72547, 8.82864, 6.77959", \
+            "1.48525, 2.91425, 4.32727, 5.73671, 8.49371, 6.11839", \
+            "1.52271, 2.94846, 4.36913, 5.77839, 7.89901, 4.82154" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.170956, 0.171046, 0.17093, 0.170827, 0.170653, 0.167757", \
+            "0.1686, 0.16863, 0.168554, 0.168509, 0.168277, 0.165323", \
+            "0.168482, 0.168657, 0.168559, 0.168449, 0.168228, 0.165141", \
+            "0.169943, 0.169988, 0.169876, 0.169888, 0.169635, 0.166522", \
+            "0.176016, 0.176073, 0.175987, 0.175923, 0.175778, 0.172229", \
+            "0.191824, 0.191839, 0.191691, 0.191735, 0.191446, 0.187503", \
+            "0.229787, 0.22971, 0.229667, 0.229594, 0.229126, 0.224015" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "9.31797, 9.59766, 9.89927, 10.1728, 11.074, 11.8915", \
+            "9.32029, 9.60496, 9.8903, 10.1703, 11.0711, 11.8908", \
+            "9.31195, 9.59647, 9.88878, 10.1633, 11.0639, 11.8586", \
+            "9.32197, 9.59423, 9.89677, 10.1701, 11.0571, 11.9081", \
+            "9.32143, 9.61205, 9.88304, 10.1805, 11.0742, 11.9101", \
+            "9.31357, 9.60247, 9.88436, 10.1677, 11.0689, 11.8994", \
+            "9.3121, 9.61244, 9.90845, 10.2008, 11.1041, 11.912" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.1659, 4.16205, 4.16759, 4.1664, 4.16808, 4.16297", \
+            "4.16427, 4.16499, 4.16566, 4.17404, 4.16671, 4.16539", \
+            "4.16609, 4.16224, 4.16777, 4.16653, 4.16826, 4.16314", \
+            "4.16553, 4.16591, 4.16767, 4.16626, 4.1687, 4.1634", \
+            "4.165, 4.16571, 4.16514, 4.17476, 4.1674, 4.16608", \
+            "4.16316, 4.16377, 4.16798, 4.16762, 4.16649, 4.16502", \
+            "4.16538, 4.16342, 4.16466, 4.16498, 4.16902, 4.16693" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.438, 2.86754, 4.28396, 5.70474, 8.85841, 7.2288", \
+            "1.43577, 2.86528, 4.2869, 5.70214, 8.82291, 7.12855", \
+            "1.43641, 2.86614, 4.28774, 5.69994, 8.78242, 7.066", \
+            "1.44023, 2.86975, 4.29318, 5.70582, 8.7045, 6.88027", \
+            "1.44808, 2.87625, 4.29374, 5.71238, 8.78653, 6.53289", \
+            "1.46726, 2.89651, 4.31872, 5.72676, 8.52432, 5.89083", \
+            "1.51015, 2.93855, 4.35605, 5.77654, 7.82678, 4.5374" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0904749, 0.0901327, 0.0899149, 0.0897952, 0.0892426, 0.0841027", \
+            "0.0890099, 0.0886602, 0.0885143, 0.0885779, 0.0877079, 0.0828025", \
+            "0.0891571, 0.0888167, 0.0885981, 0.0884842, 0.0878495, 0.0826034", \
+            "0.0908224, 0.090504, 0.0902548, 0.0902424, 0.0891551, 0.0841841", \
+            "0.0948723, 0.0945198, 0.0943932, 0.0944341, 0.0932643, 0.0880546", \
+            "0.105321, 0.105088, 0.104873, 0.104674, 0.103414, 0.0977553", \
+            "0.127821, 0.127406, 0.12711, 0.126926, 0.124577, 0.118448" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.80964;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0831252, 0.101898, 0.135971, 0.16892, 0.201666, 0.234313", \
+            "0.0831262, 0.101899, 0.135972, 0.168921, 0.201667, 0.234314", \
+            "0.0831272, 0.1019, 0.135973, 0.168922, 0.201668, 0.234315", \
+            "0.0831282, 0.101901, 0.135974, 0.168923, 0.201669, 0.234316", \
+            "0.0831292, 0.101902, 0.135975, 0.168924, 0.20167, 0.234317", \
+            "0.0831302, 0.101903, 0.135976, 0.168925, 0.201671, 0.234318", \
+            "0.0831312, 0.101904, 0.135977, 0.168926, 0.201672, 0.234319" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0628501, 0.0962365, 0.164003, 0.232625, 0.301671, 0.370896", \
+            "0.0659295, 0.1004, 0.169221, 0.23767, 0.306429, 0.375615", \
+            "0.0713318, 0.104286, 0.171863, 0.24114, 0.311354, 0.380293", \
+            "0.0739647, 0.106812, 0.173464, 0.241945, 0.311415, 0.381919", \
+            "0.0865974, 0.118069, 0.181349, 0.247835, 0.315333, 0.384085", \
+            "0.109274, 0.13853, 0.197909, 0.260902, 0.326318, 0.393573", \
+            "0.129195, 0.157324, 0.214537, 0.274529, 0.337808, 0.403488" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.451151, 0.478531, 0.52013, 0.554488, 0.585747, 0.614846", \
+            "0.493191, 0.520477, 0.561975, 0.59661, 0.627594, 0.656965", \
+            "0.608505, 0.635915, 0.677114, 0.711792, 0.742129, 0.772145", \
+            "0.663981, 0.691351, 0.733149, 0.767485, 0.797731, 0.827776", \
+            "0.98738, 1.0146, 1.05612, 1.09006, 1.12159, 1.15086", \
+            "1.64404, 1.67126, 1.71264, 1.747, 1.77722, 1.80713", \
+            "2.24003, 2.26694, 2.30856, 2.3424, 2.37348, 2.40238" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.131639, 0.157207, 0.202684, 0.246258, 0.2907, 0.335294", \
+            "0.131801, 0.157654, 0.202685, 0.246259, 0.290701, 0.335625", \
+            "0.131802, 0.157655, 0.202686, 0.24626, 0.290702, 0.335626", \
+            "0.131803, 0.157656, 0.202687, 0.246261, 0.290703, 0.335627", \
+            "0.131804, 0.157657, 0.202688, 0.246262, 0.290704, 0.335628", \
+            "0.132017, 0.157658, 0.202689, 0.246865, 0.290705, 0.335731", \
+            "0.140847, 0.165854, 0.208823, 0.251346, 0.295462, 0.33958" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-1.1854, -1.19072, -1.18993, -1.18988, -1.1908, -1.18784", \
+            "-1.18948, -1.18477, -1.18746, -1.18951, -1.18952, -1.18406", \
+            "-1.18891, -1.18892, -1.18896, -1.18894, -1.18903, -1.185", \
+            "-1.18866, -1.18867, -1.18364, -1.18875, -1.18879, -1.18882", \
+            "-1.18715, -1.1871, -1.18714, -1.18709, -1.18713, -1.18721", \
+            "-1.18636, -1.18673, -1.18714, -1.18757, -1.1879, -1.18816", \
+            "-1.1827, -1.18386, -1.18273, -1.18334, -1.18282, -1.18313" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "1.19073, 1.19072, 1.19077, 1.19081, 1.1908, 1.1909", \
+            "1.18948, 1.18948, 1.18951, 1.18951, 1.18952, 1.18961", \
+            "1.18891, 1.18892, 1.18896, 1.18894, 1.18903, 1.18908", \
+            "1.18866, 1.18867, 1.1887, 1.18875, 1.18879, 1.18882", \
+            "1.18715, 1.1871, 1.18714, 1.18709, 1.18713, 1.18721", \
+            "1.18636, 1.18673, 1.18714, 1.18757, 1.1879, 1.18816", \
+            "1.1827, 1.18386, 1.18273, 1.18334, 1.18282, 1.18313" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000226908, 0.0005226, 0.000830519, 0.00078649, 0.000408479, 2.08891e-05", \
+            "-4.22042e-05, 5.23077e-05, 0.000203999, 8.67698e-05, -0.000158161, -0.000632991", \
+            "-0.000964764, -0.000666096, -0.000377641, -0.00089219, -0.00131856, -0.00150359", \
+            "-0.00144732, -0.00152201, -0.00100824, -0.00104279, -0.00130428, -0.00154583", \
+            "-0.00173515, -0.00155575, -0.00203412, -0.00218051, -0.00241596, -0.00208487", \
+            "-0.00179693, -0.00186281, -0.00244968, -0.00274895, -0.0026796, -0.00302495", \
+            "-0.000990792, -0.00174462, -0.00214752, -0.00304535, -0.00376956, -0.00308423" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0554316, 0.0550879, 0.0551951, 0.0554327, 0.0556461, 0.0557958", \
+            "0.0542153, 0.0538966, 0.053952, 0.0541773, 0.0543601, 0.0545055", \
+            "0.0534856, 0.0531027, 0.0531415, 0.0533494, 0.0535116, 0.0536523", \
+            "0.0530989, 0.0527154, 0.0527717, 0.0529476, 0.0530869, 0.0532266", \
+            "0.0528382, 0.0524572, 0.0524632, 0.0526046, 0.0527513, 0.0528633", \
+            "0.0529779, 0.052513, 0.0523789, 0.05246, 0.052545, 0.0526376", \
+            "0.0536196, 0.0531371, 0.0526889, 0.0525855, 0.0525338, 0.0525134" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276798;
+      rise_capacitance_range (0.0229921, 0.0312061);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.0234414, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.37939e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.37939e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164272, -0.0172187, -0.017344, -0.0174193, -0.0173028, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224792, 0.0222596, 0.0221874, 0.0221378, 0.0219567, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.0173026, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219568, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, -1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 1.34685e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164257, -0.0172183, -0.0173434, -0.0174188, -0.0173026, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224782, 0.0222585, 0.0221869, 0.0221376, 0.0219568, 0.0217807, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252782;
+      rise_capacitance : 0.0260925;
+      rise_capacitance_range (0.0221885, 0.0308132);
+      fall_capacitance : 0.024464;
+      fall_capacitance_range (0.0209978, 0.0277746);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.663, 2.65815, 2.66306, 2.65803, 2.66193, 2.65852, 2.66328" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.269915, 0.269769, 0.269332, 0.269387, 0.267915, 0.269439, 0.26744" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336515, 0.0323304, 0.0322854, 0.034006, 0.0379632, 0.0486941, 0.0706621" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813506, 0.0803875, 0.0808783, 0.0822552, 0.0863923, 0.0963572, 0.118846" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadInOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 189.75;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.46;
+      when : "!c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 189.499;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1889.62;
+      when : "!c2p_en&c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1638.6;
+      when : "!c2p_en&!c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1793.18;
+      when : "!c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1966.54;
+      when : "c2p_en&c2p&pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 0;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1966.54;
+      when : "c2p_en&c2p&pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 187.53;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.79;
+      when : "c2p_en&!c2p&!pad&!p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 187.516;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 2042.79;
+      when : "c2p_en&!c2p&!pad&p2c";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 94.2869;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1884.44;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "inout";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      input_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.07593;
+      capacitance : 0.188577;
+      rise_capacitance : 0.189895;
+      rise_capacitance_range (0.162282, 0.208866);
+      fall_capacitance : 0.187258;
+      fall_capacitance_range (0.166164, 0.200869);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.54948, 1.98537, 2.41868, 2.85128, 4.1479, 5.44429", \
+            "1.56845, 2.00432, 2.43764, 2.87024, 4.16695, 5.4629", \
+            "1.58291, 2.01883, 2.45217, 2.88478, 4.18153, 5.47811", \
+            "1.60745, 2.04325, 2.47656, 2.90912, 4.20581, 5.50245", \
+            "1.63562, 2.07151, 2.50485, 2.9375, 4.23404, 5.53004", \
+            "1.6732, 2.10917, 2.54258, 2.9752, 4.27173, 5.56774", \
+            "1.71191, 2.14777, 2.58125, 3.01361, 4.31037, 5.60624" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.13236, 2.02275, 2.92166, 3.82574, 6.53448, 9.2269", \
+            "1.13246, 2.02281, 2.92378, 3.82575, 6.53449, 9.23126", \
+            "1.13247, 2.02282, 2.92416, 3.82576, 6.5345, 9.23127", \
+            "1.13282, 2.02297, 2.9242, 3.82577, 6.53451, 9.23128", \
+            "1.13283, 2.02298, 2.92421, 3.82618, 6.53456, 9.23592", \
+            "1.13284, 2.02375, 2.92422, 3.82631, 6.53457, 9.23593", \
+            "1.13291, 2.02408, 2.92424, 3.82632, 6.53458, 9.2428" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.43677, 1.86654, 2.29554, 2.72391, 4.01033, 5.29434", \
+            "1.45624, 1.88536, 2.31404, 2.74281, 4.02874, 5.31236", \
+            "1.47243, 1.90157, 2.3299, 2.75885, 4.04345, 5.32765", \
+            "1.50613, 1.93476, 2.36296, 2.79226, 4.07634, 5.36061", \
+            "1.56466, 1.99356, 2.42162, 2.84972, 4.13614, 5.42275", \
+            "1.65511, 2.08392, 2.51213, 2.94146, 4.22563, 5.51105", \
+            "1.79186, 2.221, 2.64952, 3.07855, 4.36335, 5.64667" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.03378, 1.86387, 2.69407, 3.52668, 6.03783, 8.54573", \
+            "1.03379, 1.86388, 2.69535, 3.53107, 6.04636, 8.55837", \
+            "1.0338, 1.86389, 2.69811, 3.53117, 6.05584, 8.55838", \
+            "1.03463, 1.86674, 2.69812, 3.53118, 6.05585, 8.57099", \
+            "1.03464, 1.86675, 2.69813, 3.53119, 6.05586, 8.571", \
+            "1.03465, 1.86676, 2.69814, 3.53139, 6.05587, 8.57101", \
+            "1.03466, 1.86677, 2.69815, 3.5314, 6.05588, 8.57102" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.932447, 0.932448, 0.932449, 0.93245, 0.932451, 0.932452", \
+            "0.952078, 0.952079, 0.95208, 0.952081, 0.952082, 0.952083", \
+            "0.970039, 0.97004, 0.970041, 0.970042, 0.970043, 0.970044", \
+            "1.00251, 1.00252, 1.00253, 1.00254, 1.00255, 1.00256", \
+            "1.04116, 1.04117, 1.04118, 1.04119, 1.0412, 1.04121", \
+            "1.09709, 1.0971, 1.09711, 1.09712, 1.09713, 1.09714", \
+            "1.18612, 1.18613, 1.18614, 1.18615, 1.18616, 1.18617" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.932447, 0.932448, 0.932449, 0.93245, 0.932451, 0.932452", \
+            "0.952078, 0.952079, 0.95208, 0.952081, 0.952082, 0.952083", \
+            "0.970039, 0.97004, 0.970041, 0.970042, 0.970043, 0.970044", \
+            "1.00251, 1.00252, 1.00253, 1.00254, 1.00255, 1.00256", \
+            "1.04116, 1.04117, 1.04118, 1.04119, 1.0412, 1.04121", \
+            "1.09709, 1.0971, 1.09711, 1.09712, 1.09713, 1.09714", \
+            "1.18612, 1.18613, 1.18614, 1.18615, 1.18616, 1.18617" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.858056, 0.858057, 0.858058, 0.858059, 0.85806, 0.858061", \
+            "0.881395, 0.881396, 0.881397, 0.881398, 0.881399, 0.8814", \
+            "0.901056, 0.901057, 0.901058, 0.901059, 0.90106, 0.901061", \
+            "0.939794, 0.939795, 0.939796, 0.939797, 0.939798, 0.939799", \
+            "0.996358, 0.996359, 0.99636, 0.996361, 0.996362, 0.996363", \
+            "1.07591, 1.07592, 1.07593, 1.07594, 1.07595, 1.07596", \
+            "1.19972, 1.19973, 1.19974, 1.19975, 1.19976, 1.19977" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.858056, 0.858057, 0.858058, 0.858059, 0.85806, 0.858061", \
+            "0.881395, 0.881396, 0.881397, 0.881398, 0.881399, 0.8814", \
+            "0.901056, 0.901057, 0.901058, 0.901059, 0.90106, 0.901061", \
+            "0.939794, 0.939795, 0.939796, 0.939797, 0.939798, 0.939799", \
+            "0.996358, 0.996359, 0.99636, 0.996361, 0.996362, 0.996363", \
+            "1.07591, 1.07592, 1.07593, 1.07594, 1.07595, 1.07596", \
+            "1.19972, 1.19973, 1.19974, 1.19975, 1.19976, 1.19977" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55588, 2.00785, 2.45782, 2.90728, 4.25471, 5.60147", \
+            "1.57265, 2.0253, 2.47517, 2.92447, 4.27197, 5.61856", \
+            "1.5896, 2.0418, 2.49176, 2.94115, 4.28838, 5.63498", \
+            "1.61458, 2.06649, 2.51653, 2.96596, 4.31321, 5.65932", \
+            "1.64225, 2.0949, 2.54492, 2.99435, 4.34173, 5.68828", \
+            "1.68132, 2.1334, 2.58346, 3.03284, 4.38001, 5.72676", \
+            "1.72041, 2.17304, 2.62324, 3.07255, 4.41998, 5.76737" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.13135, 2.02284, 2.92319, 3.82618, 6.52359, 9.22329", \
+            "1.13136, 2.02285, 2.9232, 3.82619, 6.5236, 9.24351", \
+            "1.13137, 2.02286, 2.92375, 3.8262, 6.5312, 9.24352", \
+            "1.13138, 2.02287, 2.92376, 3.82622, 6.53121, 9.24353", \
+            "1.13139, 2.02288, 2.92377, 3.82623, 6.53122, 9.24354", \
+            "1.1314, 2.02289, 2.92378, 3.82624, 6.53383, 9.24355", \
+            "1.13141, 2.0229, 2.92379, 3.82625, 6.53384, 9.24356" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.4591, 1.92759, 2.39454, 2.86203, 4.26208, 5.66135", \
+            "1.47847, 1.94697, 2.41392, 2.8814, 4.28127, 5.68077", \
+            "1.49015, 1.95864, 2.4256, 2.89308, 4.29296, 5.69244", \
+            "1.51042, 1.97892, 2.44588, 2.91305, 4.3138, 5.71262", \
+            "1.53457, 2.00337, 2.47045, 2.93749, 4.3376, 5.73681", \
+            "1.55717, 2.0257, 2.49287, 2.96008, 4.35927, 5.75795", \
+            "1.58795, 2.05603, 2.52371, 2.9894, 4.38845, 5.78643" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.02981, 1.85961, 2.70138, 3.53181, 6.03488, 8.53589", \
+            "1.02982, 1.85962, 2.70139, 3.53182, 6.03538, 8.5429", \
+            "1.02983, 1.85963, 2.7014, 3.53183, 6.03539, 8.54291", \
+            "1.02984, 1.85963, 2.70141, 3.53184, 6.0354, 8.54292", \
+            "1.02985, 1.85964, 2.70142, 3.53185, 6.04357, 8.54293", \
+            "1.02986, 1.85965, 2.70143, 3.53193, 6.04358, 8.54294", \
+            "1.02987, 1.85966, 2.70144, 3.53194, 6.04359, 8.54295" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.5241, 3.49142, 3.45117, 3.42405, 3.3202, 3.10302", \
+            "3.51861, 3.48507, 3.45936, 3.41956, 3.25096, 3.11329", \
+            "3.52299, 3.49004, 3.46444, 3.42524, 3.26591, 3.07669", \
+            "3.5276, 3.49284, 3.46497, 3.40243, 3.23763, 3.08072", \
+            "3.52489, 3.48896, 3.4618, 3.43481, 3.32063, 3.13371", \
+            "3.52074, 3.49115, 3.44378, 3.43939, 3.27799, 3.09236", \
+            "3.5153, 3.48637, 3.45781, 3.39715, 3.25918, 3.1974" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.91385, 1.90815, 1.90679, 1.90527, 1.9043, 1.90343", \
+            "1.91906, 1.91285, 1.91046, 1.90836, 1.9061, 1.90466", \
+            "1.92089, 1.91331, 1.90919, 1.90747, 1.90512, 1.90369", \
+            "1.92955, 1.91878, 1.91241, 1.90929, 1.90575, 1.90384", \
+            "1.93385, 1.92079, 1.9145, 1.91067, 1.90628, 1.90412", \
+            "1.93979, 1.92811, 1.92226, 1.91893, 1.915, 1.9127", \
+            "1.91902, 1.91302, 1.90968, 1.90761, 1.90546, 1.90322" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.47173, 2.90051, 4.33261, 5.75467, 10.0432, 14.3311", \
+            "1.46943, 2.89793, 4.33143, 5.75614, 10.0406, 14.324", \
+            "1.46945, 2.8981, 4.32864, 5.75617, 10.0522, 14.3284", \
+            "1.47441, 2.90142, 4.32961, 5.75484, 10.0461, 14.3333", \
+            "1.48025, 2.90758, 4.33566, 5.768, 10.0483, 14.3385", \
+            "1.49159, 2.92375, 4.35021, 5.78604, 10.0736, 14.3589", \
+            "1.5308, 2.96166, 4.38939, 5.8175, 10.099, 14.3848" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.170859, 0.170227, 0.170049, 0.170168, 0.16994, 0.170061", \
+            "0.168451, 0.167946, 0.167899, 0.167817, 0.167481, 0.167671", \
+            "0.168427, 0.167971, 0.167721, 0.167974, 0.167601, 0.167434", \
+            "0.169863, 0.169244, 0.169435, 0.169354, 0.169056, 0.16909", \
+            "0.175942, 0.175323, 0.175243, 0.175049, 0.174938, 0.17505", \
+            "0.191737, 0.191111, 0.191135, 0.19133, 0.190919, 0.190713", \
+            "0.229763, 0.229166, 0.229246, 0.228846, 0.228724, 0.228668" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.40015, 3.57786, 3.76622, 3.96488, 4.42804, 4.94944", \
+            "3.38595, 3.57608, 3.74534, 3.95284, 4.43804, 5.07352", \
+            "3.39609, 3.57994, 3.7715, 3.96281, 4.48958, 5.06263", \
+            "3.39978, 3.57138, 3.76903, 3.96492, 4.43032, 4.93716", \
+            "3.38353, 3.57547, 3.75507, 3.96096, 4.4257, 4.98986", \
+            "3.39868, 3.58416, 3.77385, 3.96201, 4.52447, 5.07213", \
+            "3.39084, 3.57882, 3.7619, 3.96561, 4.42801, 4.94244" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.11032, 1.10891, 1.10941, 1.10877, 1.10825, 1.10777", \
+            "1.11023, 1.10881, 1.10932, 1.10868, 1.10817, 1.10782", \
+            "1.11043, 1.10902, 1.10952, 1.10889, 1.10837, 1.10803", \
+            "1.11211, 1.11071, 1.11095, 1.11163, 1.11, 1.10954", \
+            "1.11083, 1.11053, 1.11001, 1.10928, 1.10937, 1.10827", \
+            "1.1073, 1.10713, 1.10665, 1.10601, 1.10554, 1.10522", \
+            "1.11133, 1.11185, 1.11113, 1.11068, 1.11056, 1.11007" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.44709, 2.87557, 4.30725, 5.73655, 10.0166, 14.3067", \
+            "1.44191, 2.87342, 4.30134, 5.73046, 10.0171, 14.3048", \
+            "1.4431, 2.87562, 4.30316, 5.7346, 10.0207, 14.2941", \
+            "1.44879, 2.87576, 4.30518, 5.73834, 10.0187, 14.3077", \
+            "1.45359, 2.88546, 4.31352, 5.74172, 10.0238, 14.3175", \
+            "1.47245, 2.90256, 4.3319, 5.7601, 10.0515, 14.3266", \
+            "1.5173, 2.94778, 4.37418, 5.80407, 10.0889, 14.3728" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0899352, 0.0894049, 0.0894117, 0.0894182, 0.0891092, 0.089132", \
+            "0.088566, 0.0880602, 0.0880633, 0.0880697, 0.087641, 0.0878705", \
+            "0.0885873, 0.0880817, 0.0880804, 0.088091, 0.0876619, 0.0878925", \
+            "0.0903723, 0.0897807, 0.0901016, 0.0895518, 0.0895047, 0.0895717", \
+            "0.0944217, 0.0939999, 0.0937443, 0.0939093, 0.093256, 0.093583", \
+            "0.104779, 0.104642, 0.104098, 0.103968, 0.103929, 0.103859", \
+            "0.12785, 0.127404, 0.127237, 0.127232, 0.126554, 0.126934" \
+          );
+        }
+      }
+    }
+    pin (p2c) {
+      direction : "output";
+      output_voltage : "core";
+      function : "pad";
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_capacitance : 0.812356;
+      timing () {
+        related_pin : "pad";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.083135, 0.101906, 0.135997, 0.168912, 0.201587, 0.234197", \
+            "0.083136, 0.101907, 0.135998, 0.168913, 0.201588, 0.234198", \
+            "0.083137, 0.101908, 0.135999, 0.168914, 0.201589, 0.234199", \
+            "0.083138, 0.101909, 0.136, 0.168915, 0.20159, 0.2342", \
+            "0.083139, 0.10191, 0.136001, 0.168916, 0.201591, 0.234201", \
+            "0.08314, 0.101911, 0.136002, 0.168917, 0.201592, 0.234202", \
+            "0.083141, 0.101912, 0.136003, 0.168918, 0.201593, 0.234203" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0627305, 0.0960899, 0.163886, 0.232432, 0.301491, 0.37082", \
+            "0.0659578, 0.10023, 0.169128, 0.237451, 0.306242, 0.37542", \
+            "0.0711406, 0.104106, 0.17164, 0.241016, 0.311128, 0.380191", \
+            "0.0739344, 0.10623, 0.173213, 0.241798, 0.31143, 0.381805", \
+            "0.08652, 0.116985, 0.181532, 0.248097, 0.315514, 0.383951", \
+            "0.109916, 0.138904, 0.198704, 0.261372, 0.326372, 0.392627", \
+            "0.129196, 0.157307, 0.214063, 0.27461, 0.337758, 0.402749" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.451091, 0.478481, 0.519999, 0.553829, 0.585546, 0.614002", \
+            "0.493021, 0.520487, 0.561779, 0.596509, 0.627595, 0.655985", \
+            "0.608404, 0.635804, 0.677352, 0.711677, 0.741974, 0.771585", \
+            "0.663957, 0.691385, 0.733091, 0.767428, 0.797677, 0.827724", \
+            "0.987065, 1.0145, 1.05601, 1.0904, 1.12075, 1.15076", \
+            "1.644, 1.67123, 1.71261, 1.7469, 1.7782, 1.80742", \
+            "2.23853, 2.26609, 2.30759, 2.341, 2.37123, 2.40075" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.131757, 0.157198, 0.202496, 0.245657, 0.290688, 0.334719", \
+            "0.131758, 0.157623, 0.202497, 0.246025, 0.290689, 0.33472", \
+            "0.131759, 0.157624, 0.202498, 0.246026, 0.29069, 0.335202", \
+            "0.13176, 0.157625, 0.202499, 0.246027, 0.290691, 0.335203", \
+            "0.131761, 0.157626, 0.2025, 0.246028, 0.290692, 0.335204", \
+            "0.132016, 0.157637, 0.202501, 0.246744, 0.290827, 0.335205", \
+            "0.141725, 0.16589, 0.208878, 0.252128, 0.294924, 0.339689" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "-0.155842, -0.156461, -0.156447, -0.156443, -0.156438, -0.156225", \
+            "-0.156086, -0.15608, -0.156144, -0.156366, -0.156364, -0.155807", \
+            "-0.15629, -0.156305, -0.156301, -0.156298, -0.156296, -0.156292", \
+            "-0.156274, -0.156272, -0.156269, -0.156266, -0.156264, -0.156262", \
+            "-0.155922, -0.156053, -0.156046, -0.156043, -0.156043, -0.156039", \
+            "-0.155881, -0.155926, -0.155985, -0.156032, -0.156063, -0.155645", \
+            "-0.155412, -0.15542, -0.155328, -0.155517, -0.155388, -0.155341" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.156466, 0.156461, 0.156447, 0.156443, 0.156438, 0.156438", \
+            "0.156377, 0.156371, 0.156369, 0.156366, 0.156364, 0.156363", \
+            "0.156307, 0.156305, 0.156301, 0.156298, 0.156296, 0.156292", \
+            "0.156274, 0.156272, 0.156269, 0.156266, 0.156264, 0.156262", \
+            "0.156056, 0.156053, 0.156046, 0.156043, 0.156043, 0.156039", \
+            "0.155881, 0.155926, 0.155985, 0.156032, 0.156063, 0.155645", \
+            "0.155412, 0.15542, 0.155328, 0.155517, 0.155388, 0.155341" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "pad";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.000115128, 0.000424092, 0.000837599, 0.00076093, 0.000386519, -0.000151191", \
+            "-0.000192528, -7.27083e-05, -2.76006e-05, -4.41502e-05, -0.000370201, -0.000717591", \
+            "-0.0012164, -0.000917664, -0.000550441, -0.00094859, -0.0010086, -0.00118379", \
+            "-0.001079, -0.00119947, -0.00103356, -0.00086087, -0.000969361, -0.00172955", \
+            "-0.00167749, -0.00219592, -0.00192228, -0.00288839, -0.00282336, -0.00247247", \
+            "-0.00164306, -0.0020824, -0.00196296, -0.00323495, -0.00274716, -0.00387539", \
+            "-0.00111991, -0.00151602, -0.00246636, -0.00276731, -0.00351156, -0.00369719" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.12, 0.24, 0.48, 0.6, 1.2, 2.4, 3.5");
+          index_2 ("0.024, 0.048, 0.096, 0.144, 0.192, 0.24");
+          values ( \
+            "0.0554261, 0.0550733, 0.055173, 0.0554033, 0.0556271, 0.0557816", \
+            "0.0541929, 0.0538863, 0.053949, 0.0541744, 0.0543622, 0.0544998", \
+            "0.053481, 0.0530974, 0.0531486, 0.0533435, 0.0535063, 0.0536181", \
+            "0.0530997, 0.0527263, 0.0527684, 0.0529443, 0.0530835, 0.0532237", \
+            "0.0528259, 0.0524559, 0.0524646, 0.052611, 0.0527384, 0.0528613", \
+            "0.0529766, 0.0525122, 0.0523788, 0.0524531, 0.0525373, 0.0524902", \
+            "0.0538962, 0.0531365, 0.0526504, 0.0525274, 0.0524226, 0.0524242" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0275776;
+      rise_capacitance : 0.0276797;
+      rise_capacitance_range (0.0229918, 0.031206);
+      fall_capacitance : 0.0274755;
+      fall_capacitance_range (0.023441, 0.0309533);
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.4092e-06, -2.86858e-06, -4.09611e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.4092e-06, 2.86858e-06, 4.09611e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * pad * p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164274, -0.0172188, -0.017344, -0.0174193, -0.0173012, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224793, 0.0222596, 0.0221874, 0.0221378, 0.0219571, 0.0217808, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.41063e-06, -2.87211e-06, -4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.41063e-06, 2.87211e-06, 4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!c2p_en * !pad * !p2c)";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0172183, -0.0173434, -0.0174189, -0.0173034, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224783, 0.0222585, 0.0221869, 0.0221375, 0.0219572, 0.0217806, 0.0221616" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-2.41063e-06, -2.87211e-06, -4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "2.41063e-06, 2.87211e-06, 4.14762e-07, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0172183, -0.0173434, -0.0174189, -0.0173034, -0.0176487, -0.0176347" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0224783, 0.0222585, 0.0221869, 0.0221375, 0.0219572, 0.0217806, 0.0221616" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0252808;
+      rise_capacitance : 0.0260999;
+      rise_capacitance_range (0.0221883, 0.0308705);
+      fall_capacitance : 0.0244616;
+      fall_capacitance_range (0.0209976, 0.0278104);
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.909065, 0.908883, 0.909248, 0.909041, 0.909423, 0.907505, 0.908591" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.305067, 0.304736, 0.304846, 0.303703, 0.303348, 0.303951, 0.30294" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0336586, 0.0323363, 0.032293, 0.0340124, 0.0379721, 0.0486711, 0.0707421" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0813504, 0.0803938, 0.0808797, 0.0822601, 0.0863942, 0.0962996, 0.118723" \
+          );
+        }
+      }
+    }
+  }
+ cell (sg13g2_IOPadOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 438.841;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.931;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 201.682;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.193;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 320.261;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.562;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.21305;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.48219, 1.77613, 2.24432, 2.46584, 2.79385, 3.11961", \
+            "1.511, 1.80572, 2.2727, 2.49458, 2.82273, 3.14837", \
+            "1.54096, 1.83495, 2.30311, 2.52448, 2.85267, 3.17826", \
+            "1.61473, 1.90906, 2.37648, 2.59688, 2.92579, 3.25162", \
+            "1.7655, 2.05921, 2.52665, 2.74854, 3.07666, 3.40194", \
+            "2.06865, 2.36182, 2.83046, 3.051, 3.37953, 3.70515", \
+            "2.66358, 2.95742, 3.42554, 3.6472, 3.97417, 4.30039" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.510924, 0.942338, 1.79281, 2.22632, 2.8848, 3.54848", \
+            "0.510928, 0.94337, 1.79282, 2.22655, 2.88481, 3.5495", \
+            "0.510978, 0.943371, 1.79283, 2.22656, 2.88482, 3.54951", \
+            "0.510979, 0.943372, 1.79284, 2.22657, 2.88483, 3.54952", \
+            "0.51098, 0.943373, 1.79285, 2.22678, 2.88484, 3.54953", \
+            "0.510981, 0.943374, 1.79286, 2.22679, 2.88513, 3.54954", \
+            "0.510982, 0.943375, 1.79287, 2.22685, 2.88514, 3.54955" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "1.29542, 1.53108, 1.94428, 2.14631, 2.45665, 2.76747", \
+            "1.3045, 1.54025, 1.95144, 2.15735, 2.4659, 2.77768", \
+            "1.31407, 1.54993, 1.96231, 2.1667, 2.47544, 2.78714", \
+            "1.33224, 1.5689, 1.97923, 2.1846, 2.49352, 2.80529", \
+            "1.35863, 1.59515, 2.00656, 2.21089, 2.51868, 2.83149", \
+            "1.38952, 1.62602, 2.03718, 2.242, 2.54927, 2.86236", \
+            "1.4554, 1.69147, 2.10455, 2.30661, 2.61659, 2.92889" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.61148, 0.933952, 1.67559, 2.06517, 2.66226, 3.26846", \
+            "0.611481, 0.934998, 1.6756, 2.06615, 2.66231, 3.26847", \
+            "0.611482, 0.935161, 1.67656, 2.06616, 2.66232, 3.26848", \
+            "0.611483, 0.936469, 1.67657, 2.06617, 2.66233, 3.26849", \
+            "0.611601, 0.936577, 1.67658, 2.06618, 2.66321, 3.26908", \
+            "0.612518, 0.937195, 1.67659, 2.06651, 2.66383, 3.26909", \
+            "0.612931, 0.937196, 1.67678, 2.06706, 2.66384, 3.26909" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "6.17145, 6.09388, 6.04247, 6.01244, 5.95762, 5.8439", \
+            "6.17286, 6.12965, 6.03468, 6.01663, 5.95752, 5.85397", \
+            "6.16892, 6.09744, 6.02088, 6.00725, 5.95983, 5.8607", \
+            "6.18489, 6.1088, 6.05883, 5.95191, 5.94459, 5.84899", \
+            "6.19645, 6.12655, 6.07094, 6.06095, 5.95254, 5.8806", \
+            "6.243, 6.18394, 6.13434, 6.08929, 6.00273, 5.93215", \
+            "6.34891, 6.28594, 6.24113, 6.21608, 6.12018, 5.99069" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "14.9186, 12.0703, 9.67442, 9.01185, 8.2847, 7.79305", \
+            "14.895, 12.0542, 9.65441, 8.98499, 8.26318, 7.76672", \
+            "14.8989, 12.0571, 9.67291, 8.97539, 8.26055, 7.76469", \
+            "14.9105, 12.074, 9.65839, 8.97641, 8.26204, 7.76461", \
+            "14.9222, 12.0793, 9.67908, 8.98285, 8.29739, 7.76934", \
+            "14.9505, 12.0955, 9.65775, 8.99492, 8.29423, 7.76934", \
+            "14.9716, 12.1069, 9.6866, 9.03338, 8.2935, 7.79409" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "-0.0100958, -0.0100958, -0.0100962, -0.0100962, -0.0100963, -0.0100958", \
+            "-0.0113445, -0.0113446, -0.0113449, -0.0113454, -0.0113453, -0.0113448", \
+            "-0.0105443, -0.0105443, -0.0105446, -0.0105448, -0.0105447, -0.0105443", \
+            "-0.00723627, -0.00725203, -0.00730723, -0.00730731, -0.00722371, -0.00730694", \
+            "0.000793376, 0.000793131, 0.000793205, 0.000792619, 0.000792941, 0.000793345", \
+            "0.0184921, 0.0188254, 0.0184543, 0.018825, 0.018825, 0.0188253", \
+            "0.0567026, 0.0567027, 0.0567023, 0.0567023, 0.0567024, 0.0567027" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 3, 7, 9, 12, 15");
+          values ( \
+            "0.0560928, 0.0560837, 0.0560829, 0.0560816, 0.0560806, 0.0560807", \
+            "0.0564502, 0.0564416, 0.0564432, 0.0564286, 0.0564386, 0.0564339", \
+            "0.0575592, 0.0575802, 0.0575486, 0.057568, 0.057548, 0.0575433", \
+            "0.0612522, 0.0613101, 0.0612428, 0.0612994, 0.0612397, 0.061303", \
+            "0.0700145, 0.0700059, 0.0700048, 0.0699949, 0.0699966, 0.069998", \
+            "0.0879647, 0.0880457, 0.0879479, 0.0880355, 0.0880348, 0.0880383", \
+            "0.125612, 0.125589, 0.1256, 0.125818, 0.125712, 0.125702" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392194;
+      rise_capacitance : 0.0380695;
+      rise_capacitance_range (0.034176, 0.0406024);
+      fall_capacitance : 0.0403692;
+      fall_capacitance_range (0.0360909, 0.0430839);
+    }
+  }
+ cell (sg13g2_IOPadOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 851.687;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.269;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 406.782;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.122;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 629.234;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.196;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.53171;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.83605, 2.22672, 2.78965, 3.03862, 3.39854, 3.75349", \
+            "1.86498, 2.25586, 2.81856, 3.0651, 3.42883, 3.78182", \
+            "1.89882, 2.28895, 2.85175, 3.09917, 3.46038, 3.8156", \
+            "1.96876, 2.35866, 2.91951, 3.16989, 3.53223, 3.88651", \
+            "2.12212, 2.5127, 3.07023, 3.32318, 3.67957, 4.04002", \
+            "2.42212, 2.81291, 3.37664, 3.6244, 3.98591, 4.33945", \
+            "3.01845, 3.40888, 3.97331, 4.22104, 4.58414, 4.93804" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.657208, 1.16926, 2.07708, 2.53014, 3.2195, 3.92074", \
+            "0.657209, 1.16929, 2.07709, 2.53015, 3.22164, 3.92075", \
+            "0.65721, 1.16976, 2.07725, 2.53038, 3.22165, 3.92076", \
+            "0.657211, 1.16977, 2.07726, 2.53039, 3.22166, 3.92077", \
+            "0.657212, 1.16978, 2.07727, 2.5304, 3.22167, 3.92078", \
+            "0.657213, 1.16979, 2.07728, 2.53041, 3.22168, 3.92079", \
+            "0.657214, 1.1698, 2.07729, 2.53051, 3.22169, 3.9208" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "1.66, 1.94387, 2.41265, 2.63031, 2.94885, 3.26808", \
+            "1.66857, 1.95425, 2.42111, 2.6388, 2.9577, 3.278", \
+            "1.67853, 1.96274, 2.4313, 2.64827, 2.96755, 3.28692", \
+            "1.69715, 1.98339, 2.44956, 2.66629, 2.98577, 3.3105", \
+            "1.72286, 2.00769, 2.47602, 2.69139, 3.0131, 3.3308", \
+            "1.75459, 2.0389, 2.50686, 2.72488, 3.04395, 3.36347", \
+            "1.82046, 2.1047, 2.57192, 2.78841, 3.10899, 3.42772" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.998532, 1.31503, 2.02311, 2.41117, 3.01959, 3.64267", \
+            "0.998533, 1.31504, 2.02312, 2.41425, 3.01987, 3.64268", \
+            "0.998534, 1.31505, 2.02596, 2.41426, 3.01988, 3.64269", \
+            "0.999427, 1.3152, 2.02597, 2.41427, 3.02025, 3.64361", \
+            "0.999491, 1.31636, 2.02598, 2.41428, 3.02109, 3.64362", \
+            "1.00099, 1.31637, 2.02599, 2.41484, 3.0211, 3.64363", \
+            "1.00132, 1.31759, 2.02631, 2.41485, 3.02318, 3.64364" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "9.96903, 9.83582, 9.74394, 9.41734, 9.16215, 9.15288", \
+            "9.93248, 9.84241, 9.75328, 9.27293, 9.3264, 9.04002", \
+            "9.98888, 9.84727, 9.75021, 9.41658, 9.16285, 9.12021", \
+            "9.95636, 9.64712, 9.43982, 9.44028, 9.30079, 9.1773", \
+            "10.0305, 9.89327, 9.77609, 9.41262, 9.19423, 9.2301", \
+            "10.0341, 9.93135, 9.8475, 9.44856, 9.40203, 9.12912", \
+            "10.1424, 9.91069, 9.93498, 9.61901, 9.52789, 9.33438" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "53.6991, 44.4388, 34.7535, 31.8284, 28.6587, 26.2815", \
+            "53.7534, 44.3996, 34.6981, 31.8265, 28.6599, 26.2063", \
+            "53.7249, 44.4377, 34.7866, 31.8259, 28.6473, 26.2734", \
+            "53.7493, 44.3653, 34.7407, 31.8567, 28.6973, 26.2405", \
+            "53.7863, 44.4405, 34.777, 31.8609, 28.6438, 26.2938", \
+            "53.8412, 44.5235, 34.826, 31.884, 28.6388, 26.2959", \
+            "53.9317, 44.6099, 34.9382, 31.9539, 28.8009, 26.3489" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "-0.0100998, -0.0100998, -0.0100996, -0.0100998, -0.0101, -0.0100998", \
+            "-0.0113461, -0.0113464, -0.0113461, -0.0113463, -0.0113465, -0.0113465", \
+            "-0.0105776, -0.0105778, -0.0105777, -0.0105778, -0.010578, -0.0105779", \
+            "-0.00724316, -0.00725765, -0.00722862, -0.00722885, -0.00722904, -0.00731315", \
+            "0.000783257, 0.000783372, 0.000570847, 0.000783186, 0.000570004, 0.000783062", \
+            "0.0188044, 0.0188043, 0.0184715, 0.0184713, 0.0184335, 0.0188042", \
+            "0.0566427, 0.0566424, 0.0566426, 0.0566422, 0.0566423, 0.0566424" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("2, 6, 14, 18, 24, 30");
+          values ( \
+            "0.056088, 0.0560899, 0.056087, 0.0560873, 0.0560867, 0.0560863", \
+            "0.0564432, 0.0564361, 0.0564342, 0.0564358, 0.0564328, 0.0564335", \
+            "0.0575514, 0.0575719, 0.0575682, 0.0575684, 0.0575408, 0.0575678", \
+            "0.0612386, 0.0612328, 0.0612299, 0.0612303, 0.0612965, 0.0612981", \
+            "0.0695863, 0.0699865, 0.0695852, 0.0695862, 0.069586, 0.0695845", \
+            "0.0879223, 0.0879385, 0.0879145, 0.0879371, 0.0879124, 0.0879138", \
+            "0.125623, 0.125595, 0.125664, 0.125792, 0.125867, 0.125607" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392183;
+      rise_capacitance : 0.0380654;
+      rise_capacitance_range (0.0341714, 0.0405906);
+      fall_capacitance : 0.0403712;
+      fall_capacitance_range (0.0360774, 0.0430673);
+    }
+  }
+ cell (sg13g2_IOPadOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "inout";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 172.828;
+      when : "!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 413.228;
+      when : "!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 118.795;
+      when : "c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 607.207;
+      when : "c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 145.811;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 510.217;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.11146;
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.48454, 1.92055, 2.35449, 2.78678, 4.08373, 5.37987", \
+            "1.51342, 1.94973, 2.38305, 2.81598, 4.11293, 5.40925", \
+            "1.54356, 1.97984, 2.4137, 2.84599, 4.143, 5.4394", \
+            "1.61772, 2.05383, 2.48775, 2.91962, 4.21701, 5.51289", \
+            "1.76747, 2.20328, 2.63714, 3.06944, 4.36644, 5.66283", \
+            "2.07059, 2.50668, 2.9414, 3.37394, 4.66987, 5.96618", \
+            "2.66774, 3.10168, 3.53569, 3.97001, 5.26698, 6.5631" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.10093, 1.98802, 2.88417, 3.78209, 6.48436, 9.18199", \
+            "1.10094, 1.98803, 2.88426, 3.78234, 6.48437, 9.18319", \
+            "1.10095, 1.98818, 2.88427, 3.7834, 6.48438, 9.18534", \
+            "1.10107, 1.98819, 2.88428, 3.78353, 6.48439, 9.18535", \
+            "1.10108, 1.9882, 2.88436, 3.78354, 6.4844, 9.18536", \
+            "1.10114, 1.98821, 2.88437, 3.78355, 6.48441, 9.18537", \
+            "1.10115, 1.98822, 2.88438, 3.78356, 6.48442, 9.18538" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33709, 1.76438, 2.19139, 2.61878, 3.90079, 5.18261", \
+            "1.34619, 1.77327, 2.20051, 2.62779, 3.9099, 5.19172", \
+            "1.35519, 1.7826, 2.20966, 2.63662, 3.91794, 5.20078", \
+            "1.37323, 1.80077, 2.22781, 2.65501, 3.93699, 5.21889", \
+            "1.39895, 1.82604, 2.25424, 2.68086, 3.96189, 5.24515", \
+            "1.42956, 1.85683, 2.28365, 2.71066, 3.99219, 5.27493", \
+            "1.49486, 1.922, 2.34922, 2.77615, 4.05748, 5.34014" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.0044, 1.82514, 2.65446, 3.48561, 5.98221, 8.47946", \
+            "1.00441, 1.82535, 2.65447, 3.48562, 5.98222, 8.47948", \
+            "1.00442, 1.82536, 2.65448, 3.48591, 5.98459, 8.47949", \
+            "1.00443, 1.82537, 2.65449, 3.48592, 5.9846, 8.4795", \
+            "1.00444, 1.82538, 2.6545, 3.48593, 5.98461, 8.47951", \
+            "1.00446, 1.82559, 2.65458, 3.48594, 5.98462, 8.47952", \
+            "1.00501, 1.8256, 2.65459, 3.48724, 5.98463, 8.47953" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.16849, 3.14189, 3.10857, 3.07524, 2.99221, 2.88017", \
+            "3.16719, 3.14376, 3.10959, 3.08359, 2.99848, 2.91832", \
+            "3.16794, 3.14138, 3.10873, 3.08352, 2.99762, 2.90601", \
+            "3.18079, 3.15258, 3.12345, 3.09834, 3.01026, 2.91621", \
+            "3.20388, 3.17631, 3.14328, 3.11728, 3.0299, 2.93954", \
+            "3.25705, 3.22832, 3.20153, 3.17011, 3.08718, 2.99218", \
+            "3.36009, 3.33079, 3.30135, 3.277, 3.19262, 3.10085" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.07826, 2.04322, 2.02619, 2.01901, 2.00462, 1.99915", \
+            "2.05778, 2.02316, 2.00593, 1.99889, 1.98434, 1.97886", \
+            "2.05017, 2.01477, 1.99773, 1.99041, 1.97721, 1.9703", \
+            "2.0417, 2.0068, 1.98984, 1.98251, 1.96886, 1.96259", \
+            "2.04182, 2.00564, 1.99028, 1.98275, 1.969, 1.96302", \
+            "2.02731, 1.9908, 1.97267, 1.96507, 1.95097, 1.94517", \
+            "2.0265, 1.99041, 1.97257, 1.96368, 1.95012, 1.94503" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "-0.0101002, -0.0101008, -0.010101, -0.010101, -0.0101007, -0.0101009", \
+            "-0.0113461, -0.0113466, -0.0113469, -0.0113469, -0.0113467, -0.0113466", \
+            "-0.0105765, -0.010577, -0.0105775, -0.0105773, -0.0105771, -0.0105772", \
+            "-0.0072566, -0.00725739, -0.00725783, -0.00724264, -0.00725747, -0.00724231", \
+            "0.000593564, 0.000784031, 0.000783557, 0.000783734, 0.000784144, 0.000783906", \
+            "0.0188051, 0.0188043, 0.0184713, 0.0184338, 0.0188043, 0.0188044", \
+            "0.0564691, 0.0566446, 0.0566444, 0.0564684, 0.0564685, 0.0564687" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0561003, 0.0560997, 0.0560932, 0.0561053, 0.0560917, 0.0560928", \
+            "0.0564487, 0.0564501, 0.0564363, 0.0564526, 0.0564393, 0.0564406", \
+            "0.0575855, 0.0575541, 0.0575397, 0.0575851, 0.0575473, 0.0575488", \
+            "0.061314, 0.0613077, 0.0612924, 0.0613095, 0.0612981, 0.0612342", \
+            "0.0695964, 0.0696031, 0.0699922, 0.0699997, 0.0695828, 0.0699878", \
+            "0.0877965, 0.0877857, 0.0880155, 0.0880214, 0.0879411, 0.0877795", \
+            "0.125641, 0.125653, 0.12547, 0.125863, 0.125569, 0.125533" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0392157;
+      rise_capacitance : 0.0380628;
+      rise_capacitance_range (0.0341708, 0.0406205);
+      fall_capacitance : 0.0403686;
+      fall_capacitance_range (0.0360764, 0.0430814);
+    }
+  }
+ cell (sg13g2_IOPadTriOut16mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 173.446;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.27;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 173.446;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1581.83;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 262.209;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.2;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 479.337;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.57;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 272.109;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1624.72;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 16;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.21412;
+      capacitance : 0.24106;
+      rise_capacitance : 0.24299;
+      rise_capacitance_range (0.24299, 0.24299);
+      fall_capacitance : 0.239129;
+      fall_capacitance_range (0.239129, 0.239129);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55181, 1.71179, 1.84668, 1.97205, 2.31546, 2.64676", \
+            "1.57169, 1.73149, 1.8664, 1.99174, 2.33512, 2.66636", \
+            "1.58577, 1.74561, 1.88032, 2.00577, 2.34909, 2.68033", \
+            "1.61023, 1.76997, 1.90492, 2.03028, 2.37343, 2.70486", \
+            "1.63893, 1.79864, 1.93333, 2.05884, 2.40216, 2.73336", \
+            "1.67679, 1.83662, 1.9726, 2.09676, 2.44017, 2.77139", \
+            "1.71547, 1.876, 2.0123, 2.1358, 2.47976, 2.81045" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.513216, 0.732503, 0.94266, 1.1547, 1.7929, 2.44498", \
+            "0.513217, 0.732504, 0.942931, 1.15471, 1.79303, 2.44502", \
+            "0.513218, 0.732505, 0.942932, 1.15472, 1.79309, 2.44507", \
+            "0.513219, 0.732506, 0.942933, 1.15473, 1.7931, 2.44523", \
+            "0.51322, 0.732507, 0.942934, 1.15474, 1.79311, 2.44544", \
+            "0.513221, 0.732508, 0.943702, 1.15475, 1.79312, 2.44545", \
+            "0.513222, 0.732509, 0.944322, 1.15557, 1.79318, 2.44596" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.38738, 1.51221, 1.62539, 1.73162, 2.04014, 2.34814", \
+            "1.40796, 1.53346, 1.64602, 1.75179, 2.05919, 2.36842", \
+            "1.42479, 1.55052, 1.66295, 1.76858, 2.07699, 2.38549", \
+            "1.46061, 1.58641, 1.69878, 1.80448, 2.11265, 2.42032", \
+            "1.52055, 1.64528, 1.7578, 1.86397, 2.17244, 2.47863", \
+            "1.60873, 1.73409, 1.84655, 1.95217, 2.26022, 2.56822", \
+            "1.74366, 1.86916, 1.98286, 2.08852, 2.39662, 2.7037" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.580395, 0.742624, 0.913386, 1.09123, 1.66102, 2.25247", \
+            "0.582995, 0.74551, 0.91515, 1.09329, 1.6622, 2.25316", \
+            "0.585582, 0.746946, 0.916605, 1.09449, 1.66378, 2.25367", \
+            "0.589181, 0.750746, 0.919864, 1.09664, 1.6657, 2.255", \
+            "0.591457, 0.751579, 0.921312, 1.09756, 1.66616, 2.25603", \
+            "0.591458, 0.75158, 0.921313, 1.09757, 1.66617, 2.25604", \
+            "0.591459, 0.751581, 0.921314, 1.09758, 1.66618, 2.25605" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.14816, 1.14817, 1.14818, 1.14819, 1.1482, 1.14821", \
+            "1.16427, 1.16428, 1.16429, 1.1643, 1.16431, 1.16432", \
+            "1.1836, 1.18361, 1.18362, 1.18363, 1.18364, 1.18365", \
+            "1.21636, 1.21637, 1.21638, 1.21639, 1.2164, 1.21641", \
+            "1.25281, 1.25282, 1.25283, 1.25284, 1.25285, 1.25286", \
+            "1.3134, 1.31341, 1.31342, 1.31343, 1.31344, 1.31345", \
+            "1.39983, 1.39984, 1.39985, 1.39986, 1.39987, 1.39988" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.14816, 1.14817, 1.14818, 1.14819, 1.1482, 1.14821", \
+            "1.16427, 1.16428, 1.16429, 1.1643, 1.16431, 1.16432", \
+            "1.1836, 1.18361, 1.18362, 1.18363, 1.18364, 1.18365", \
+            "1.21636, 1.21637, 1.21638, 1.21639, 1.2164, 1.21641", \
+            "1.25281, 1.25282, 1.25283, 1.25284, 1.25285, 1.25286", \
+            "1.3134, 1.31341, 1.31342, 1.31343, 1.31344, 1.31345", \
+            "1.39983, 1.39984, 1.39985, 1.39986, 1.39987, 1.39988" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.3591, 1.35911, 1.35912, 1.35913, 1.35914, 1.35915", \
+            "1.38189, 1.3819, 1.38191, 1.38192, 1.38193, 1.38194", \
+            "1.40159, 1.4016, 1.40161, 1.40162, 1.40163, 1.40164", \
+            "1.44015, 1.44016, 1.44017, 1.44018, 1.44019, 1.4402", \
+            "1.49683, 1.49684, 1.49685, 1.49686, 1.49687, 1.49688", \
+            "1.58235, 1.58236, 1.58237, 1.58238, 1.58239, 1.5824", \
+            "1.69248, 1.69249, 1.6925, 1.69251, 1.69252, 1.69253" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.3591, 1.35911, 1.35912, 1.35913, 1.35914, 1.35915", \
+            "1.38189, 1.3819, 1.38191, 1.38192, 1.38193, 1.38194", \
+            "1.40159, 1.4016, 1.40161, 1.40162, 1.40163, 1.40164", \
+            "1.44015, 1.44016, 1.44017, 1.44018, 1.44019, 1.4402", \
+            "1.49683, 1.49684, 1.49685, 1.49686, 1.49687, 1.49688", \
+            "1.58235, 1.58236, 1.58237, 1.58238, 1.58239, 1.5824", \
+            "1.69248, 1.69249, 1.6925, 1.69251, 1.69252, 1.69253" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.54568, 1.71543, 1.85753, 1.98809, 2.34799, 2.69903", \
+            "1.56554, 1.7349, 1.87708, 2.00648, 2.36675, 2.71775", \
+            "1.57967, 1.74931, 1.89155, 2.02196, 2.38184, 2.7315", \
+            "1.60373, 1.77338, 1.91558, 2.04601, 2.40704, 2.75679", \
+            "1.63284, 1.80252, 1.94456, 2.07525, 2.4355, 2.78645", \
+            "1.67136, 1.84056, 1.98094, 2.11322, 2.47416, 2.82472", \
+            "1.71023, 1.87806, 2.02059, 2.15281, 2.51367, 2.86352" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.510697, 0.721968, 0.928898, 1.13767, 1.77403, 2.42799", \
+            "0.511788, 0.721969, 0.928943, 1.13768, 1.77404, 2.428", \
+            "0.511789, 0.72197, 0.928944, 1.13769, 1.77405, 2.42801", \
+            "0.51179, 0.721971, 0.928945, 1.1377, 1.77406, 2.42802", \
+            "0.511791, 0.721972, 0.928946, 1.13771, 1.77407, 2.42812", \
+            "0.511792, 0.721973, 0.928947, 1.13772, 1.7741, 2.42813", \
+            "0.511793, 0.721974, 0.928948, 1.13818, 1.77411, 2.42814" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.22722, 1.37698, 1.50878, 1.63239, 1.98893, 2.33691", \
+            "1.2464, 1.39516, 1.52755, 1.65087, 2.00782, 2.35489", \
+            "1.25897, 1.40799, 1.53842, 1.66334, 2.01978, 2.36692", \
+            "1.27727, 1.42703, 1.55904, 1.68247, 2.03768, 2.3874", \
+            "1.30307, 1.45243, 1.58497, 1.70946, 2.06518, 2.41281", \
+            "1.32702, 1.47578, 1.60817, 1.73144, 2.08842, 2.43552", \
+            "1.35656, 1.50634, 1.63728, 1.76143, 2.11761, 2.46511" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.40051, 0.597895, 0.791989, 0.987324, 1.58716, 2.19733", \
+            "0.400511, 0.597896, 0.79199, 0.987325, 1.58717, 2.19735", \
+            "0.401046, 0.597897, 0.791991, 0.987643, 1.58718, 2.19814", \
+            "0.401047, 0.597898, 0.791994, 0.987665, 1.58719, 2.19815", \
+            "0.401048, 0.597899, 0.791995, 0.988507, 1.5872, 2.19816", \
+            "0.401049, 0.5979, 0.791996, 0.988508, 1.58721, 2.1983", \
+            "0.40105, 0.597901, 0.791997, 0.988509, 1.58722, 2.19831" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "6.11675, 6.06803, 6.05514, 6.12767, 6.03537, 5.97429", \
+            "6.12733, 6.0756, 6.05956, 6.13589, 6.03587, 5.97148", \
+            "6.13022, 6.08178, 6.05916, 6.13619, 6.0354, 5.97534", \
+            "6.12552, 6.07084, 6.04784, 6.13589, 6.029, 5.96277", \
+            "6.12939, 6.07636, 6.0555, 6.13368, 6.03458, 5.96614", \
+            "6.12425, 6.07705, 6.11879, 6.13549, 6.04352, 5.97307", \
+            "6.06802, 6.05339, 6.10553, 6.08517, 6.01095, 5.92845" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "13.399, 11.8866, 10.8863, 10.1629, 8.8045, 8.03324", \
+            "13.5285, 12.001, 10.9844, 10.2571, 8.88818, 8.08931", \
+            "13.6226, 12.0815, 11.0601, 10.329, 8.94407, 8.12979", \
+            "13.8412, 12.2743, 11.232, 10.4809, 9.06327, 8.23116", \
+            "13.9176, 12.3441, 11.2996, 10.5339, 9.10856, 8.27854", \
+            "13.8383, 12.274, 11.2281, 10.4793, 9.08285, 8.23117", \
+            "13.5382, 12.007, 11.0102, 10.271, 8.90622, 8.09065" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.049282, 0.0492811, 0.0492807, 0.0492825, 0.0492772, 0.049279", \
+            "0.0469305, 0.046929, 0.0469302, 0.0469301, 0.0469275, 0.0469254", \
+            "0.0468747, 0.0468755, 0.0468753, 0.0468753, 0.0468723, 0.0468696", \
+            "0.0478909, 0.04789, 0.0478887, 0.0478904, 0.0478872, 0.0478861", \
+            "0.0536495, 0.0536487, 0.05365, 0.0536487, 0.0536462, 0.0536439", \
+            "0.0696638, 0.0696626, 0.0696648, 0.0696636, 0.0696588, 0.0696573", \
+            "0.107218, 0.107236, 0.107249, 0.107213, 0.107209, 0.107206" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.1194, 0.119411, 0.119401, 0.119394, 0.119392, 0.119395", \
+            "0.117026, 0.117033, 0.117016, 0.117031, 0.117022, 0.117024", \
+            "0.116954, 0.116937, 0.116934, 0.116948, 0.116946, 0.116928", \
+            "0.118232, 0.118223, 0.118222, 0.118235, 0.118233, 0.118215", \
+            "0.12439, 0.124398, 0.124404, 0.12439, 0.124385, 0.124388", \
+            "0.140228, 0.140237, 0.140218, 0.140234, 0.140229, 0.140211", \
+            "0.178014, 0.177981, 0.178039, 0.177985, 0.178019, 0.177917" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "5.88778, 6.23875, 6.60205, 6.96373, 7.7914, 8.80374", \
+            "5.8927, 6.23625, 6.60112, 6.94663, 7.78602, 8.7981", \
+            "5.88955, 6.23587, 6.61096, 6.96646, 7.79282, 8.66534", \
+            "5.8888, 6.23748, 6.61013, 6.9666, 7.80678, 8.79071", \
+            "5.88446, 6.2328, 6.59901, 6.96422, 7.7884, 8.81694", \
+            "5.89946, 6.24107, 6.51123, 6.96732, 7.83519, 8.81651", \
+            "5.86404, 6.12661, 6.51268, 6.93541, 7.82044, 8.78648" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "2.55722, 2.55901, 2.55796, 2.56073, 2.55616, 2.55713", \
+            "2.55685, 2.55832, 2.5602, 2.55906, 2.55541, 2.55763", \
+            "2.55881, 2.55898, 2.55886, 2.56041, 2.55593, 2.55756", \
+            "2.55699, 2.55879, 2.55779, 2.56063, 2.55594, 2.55655", \
+            "2.55772, 2.55907, 2.55849, 2.55952, 2.55674, 2.55654", \
+            "2.55722, 2.55874, 2.56045, 2.55937, 2.55584, 2.55821", \
+            "2.55633, 2.5581, 2.5588, 2.56055, 2.55905, 2.56021" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215397, 0.0215426, 0.0215441, 0.0215445, 0.0215413, 0.021541", \
+            "0.0195966, 0.019599, 0.0196011, 0.0196034, 0.0196011, 0.0196004", \
+            "0.0201299, 0.0201322, 0.0201344, 0.0201348, 0.0201319, 0.0201321", \
+            "0.023067, 0.0230692, 0.0230715, 0.0230719, 0.0230183, 0.023068", \
+            "0.0311358, 0.0311381, 0.0311399, 0.0311407, 0.0311378, 0.0311376", \
+            "0.0500791, 0.0500812, 0.0500803, 0.0500839, 0.0500827, 0.0500809", \
+            "0.0932504, 0.09322, 0.093257, 0.0932836, 0.093294, 0.093256" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0364528, 0.0364543, 0.0364524, 0.0364389, 0.0364347, 0.0364304", \
+            "0.0350904, 0.0350914, 0.0350758, 0.0350836, 0.0350748, 0.0350695", \
+            "0.0350857, 0.0350984, 0.0350952, 0.0350832, 0.0350805, 0.0350758", \
+            "0.0367524, 0.0367536, 0.036777, 0.0367366, 0.036766, 0.0367558", \
+            "0.0409024, 0.0407877, 0.0407847, 0.0407691, 0.0407661, 0.0408791", \
+            "0.0512301, 0.0512317, 0.0512183, 0.0512284, 0.0512144, 0.0512116", \
+            "0.0738906, 0.0738946, 0.0738743, 0.0738629, 0.0738293, 0.0738102" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274344;
+      rise_capacitance : 0.0275056;
+      rise_capacitance_range (0.0232275, 0.0314441);
+      fall_capacitance : 0.0273632;
+      fall_capacitance_range (0.0236743, 0.0295816);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 3.59294e-07, 4.62804e-07, 2.04987e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, -3.59294e-07, -4.62804e-07, -2.04987e-06" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164259, -0.0171879, -0.017311, -0.0174895, -0.0175626, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214913, 0.02117, 0.0211933, 0.0209076, 0.0211403, 0.0207638, 0.0208256" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 3.59294e-07, 4.62804e-07, 2.04987e-06" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, -3.59294e-07, -4.62804e-07, -2.04987e-06" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164259, -0.0171879, -0.017311, -0.0174895, -0.0175626, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214913, 0.02117, 0.0211933, 0.0209076, 0.0211403, 0.0207638, 0.0208256" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259441;
+      rise_capacitance : 0.0266339;
+      rise_capacitance_range (0.0231191, 0.0309839);
+      fall_capacitance : 0.0252542;
+      fall_capacitance_range (0.0225286, 0.0279998);
+    }
+  }
+ cell (sg13g2_IOPadTriOut30mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 281.639;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.56;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 281.639;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1582.13;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 420.062;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.53;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 864.978;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1735.07;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 462.08;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1625.07;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 30;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 4.86346;
+      capacitance : 0.331669;
+      rise_capacitance : 0.33092;
+      rise_capacitance_range (0.33092, 0.33092);
+      fall_capacitance : 0.332418;
+      fall_capacitance_range (0.332418, 0.332418);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.76117, 1.90386, 2.0196, 2.12026, 2.37403, 2.59382", \
+            "1.7818, 1.92424, 2.03995, 2.14051, 2.39424, 2.61408", \
+            "1.79628, 1.93859, 2.05396, 2.15455, 2.4082, 2.62813", \
+            "1.82046, 1.96314, 2.07827, 2.17873, 2.43246, 2.65228", \
+            "1.84912, 1.99151, 2.10683, 2.20726, 2.46105, 2.67802", \
+            "1.88522, 2.02747, 2.14286, 2.24323, 2.49668, 2.71404", \
+            "1.92551, 2.0677, 2.18418, 2.28495, 2.53813, 2.75815" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.492622, 0.660172, 0.801621, 0.929583, 1.28203, 1.62405", \
+            "0.492623, 0.660173, 0.801622, 0.929584, 1.28204, 1.62421", \
+            "0.492624, 0.660174, 0.801623, 0.929585, 1.28205, 1.62424", \
+            "0.492625, 0.660175, 0.801624, 0.929586, 1.28206, 1.62425", \
+            "0.492626, 0.660176, 0.801625, 0.929587, 1.28207, 1.62426", \
+            "0.492627, 0.660177, 0.801626, 0.929588, 1.28207, 1.62427", \
+            "0.492628, 0.661817, 0.801885, 0.92982, 1.28235, 1.62472" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.66341, 1.7498, 1.82824, 1.90105, 2.09816, 2.27858", \
+            "1.68412, 1.77053, 1.84894, 1.91982, 2.11965, 2.2989", \
+            "1.70119, 1.78796, 1.86671, 1.9388, 2.13611, 2.31673", \
+            "1.7377, 1.82425, 1.90194, 1.97338, 2.17277, 2.35281", \
+            "1.79729, 1.88297, 1.96182, 2.03425, 2.2324, 2.41161", \
+            "1.88506, 1.97176, 2.05041, 2.1223, 2.32205, 2.50032", \
+            "2.02022, 2.10624, 2.18407, 2.25651, 2.45506, 2.63449" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.899354, 0.959727, 1.03778, 1.11888, 1.3666, 1.62895", \
+            "0.903478, 0.962844, 1.04128, 1.12151, 1.37125, 1.63157", \
+            "0.906117, 0.966019, 1.04129, 1.12408, 1.37262, 1.63299", \
+            "0.912722, 0.971566, 1.04881, 1.12757, 1.37724, 1.636", \
+            "0.914883, 0.972742, 1.05041, 1.13109, 1.37852, 1.63836", \
+            "0.914884, 0.972743, 1.05042, 1.1311, 1.37853, 1.63837", \
+            "0.914885, 0.972744, 1.05043, 1.13111, 1.37854, 1.63838" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33963, 1.33964, 1.33965, 1.33966, 1.33967, 1.33968", \
+            "1.36497, 1.36498, 1.36499, 1.365, 1.36501, 1.36502", \
+            "1.37774, 1.37775, 1.37776, 1.37777, 1.37778, 1.37779", \
+            "1.40981, 1.40982, 1.40983, 1.40984, 1.40985, 1.40986", \
+            "1.44787, 1.44788, 1.44789, 1.4479, 1.44791, 1.44792", \
+            "1.50822, 1.50823, 1.50824, 1.50825, 1.50826, 1.50827", \
+            "1.59418, 1.59419, 1.5942, 1.59421, 1.59422, 1.59423" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.33963, 1.33964, 1.33965, 1.33966, 1.33967, 1.33968", \
+            "1.36497, 1.36498, 1.36499, 1.365, 1.36501, 1.36502", \
+            "1.37774, 1.37775, 1.37776, 1.37777, 1.37778, 1.37779", \
+            "1.40981, 1.40982, 1.40983, 1.40984, 1.40985, 1.40986", \
+            "1.44787, 1.44788, 1.44789, 1.4479, 1.44791, 1.44792", \
+            "1.50822, 1.50823, 1.50824, 1.50825, 1.50826, 1.50827", \
+            "1.59418, 1.59419, 1.5942, 1.59421, 1.59422, 1.59423" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.94579, 1.9458, 1.94581, 1.94582, 1.94583, 1.94584", \
+            "1.96956, 1.96957, 1.96958, 1.96959, 1.9696, 1.96961", \
+            "1.98985, 1.98986, 1.98987, 1.98988, 1.98989, 1.9899", \
+            "2.028, 2.02801, 2.02802, 2.02803, 2.02804, 2.02805", \
+            "2.08575, 2.08576, 2.08577, 2.08578, 2.08579, 2.0858", \
+            "2.16255, 2.16256, 2.16257, 2.16258, 2.16259, 2.1626", \
+            "2.25419, 2.2542, 2.25421, 2.25422, 2.25423, 2.25424" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.94579, 1.9458, 1.94581, 1.94582, 1.94583, 1.94584", \
+            "1.96956, 1.96957, 1.96958, 1.96959, 1.9696, 1.96961", \
+            "1.98985, 1.98986, 1.98987, 1.98988, 1.98989, 1.9899", \
+            "2.028, 2.02801, 2.02802, 2.02803, 2.02804, 2.02805", \
+            "2.08575, 2.08576, 2.08577, 2.08578, 2.08579, 2.0858", \
+            "2.16255, 2.16256, 2.16257, 2.16258, 2.16259, 2.1626", \
+            "2.25419, 2.2542, 2.25421, 2.25422, 2.25423, 2.25424" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.73374, 1.89317, 2.01708, 2.12456, 2.39218, 2.62127", \
+            "1.75311, 1.91202, 2.0364, 2.14383, 2.40993, 2.64045", \
+            "1.76705, 1.92571, 2.05024, 2.15767, 2.42499, 2.65442", \
+            "1.79204, 1.95111, 2.07545, 2.18174, 2.44913, 2.67955", \
+            "1.82048, 1.97944, 2.10376, 2.21118, 2.47727, 2.7078", \
+            "1.85726, 2.0165, 2.1405, 2.24791, 2.51415, 2.7445", \
+            "1.89857, 2.05852, 2.18323, 2.28865, 2.55584, 2.7852" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.518186, 0.665186, 0.794091, 0.915345, 1.256, 1.59197", \
+            "0.518187, 0.665187, 0.794092, 0.915346, 1.25601, 1.59198", \
+            "0.518188, 0.665188, 0.794212, 0.915415, 1.25602, 1.59215", \
+            "0.518189, 0.665189, 0.794213, 0.915419, 1.25603, 1.59216", \
+            "0.51819, 0.66519, 0.794214, 0.91542, 1.25604, 1.59217", \
+            "0.518191, 0.665191, 0.794215, 0.915421, 1.25605, 1.59218", \
+            "0.518727, 0.665192, 0.794216, 0.917387, 1.25822, 1.59342" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.28022, 1.4005, 1.4997, 1.5875, 1.81853, 2.02632", \
+            "1.29954, 1.41982, 1.51902, 1.60618, 1.83785, 2.04564", \
+            "1.31126, 1.43155, 1.53075, 1.61768, 1.84956, 2.05735", \
+            "1.33028, 1.45056, 1.54906, 1.63754, 1.86855, 2.07392", \
+            "1.35641, 1.4767, 1.5759, 1.66258, 1.89448, 2.10225", \
+            "1.38197, 1.50264, 1.60161, 1.68842, 1.91914, 2.12847", \
+            "1.4094, 1.52981, 1.62708, 1.71397, 1.94545, 2.15309" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.371943, 0.494963, 0.607716, 0.715625, 1.0291, 1.34138", \
+            "0.371944, 0.494964, 0.607717, 0.715626, 1.02911, 1.34139", \
+            "0.371945, 0.494971, 0.607718, 0.715627, 1.02912, 1.3414", \
+            "0.371946, 0.494972, 0.607719, 0.715628, 1.02913, 1.34141", \
+            "0.371947, 0.494973, 0.60772, 0.715629, 1.02917, 1.34142", \
+            "0.371948, 0.495139, 0.607732, 0.71563, 1.02918, 1.34142", \
+            "0.373074, 0.49514, 0.607733, 0.715631, 1.02919, 1.34143" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "10.0559, 9.83937, 9.75005, 9.7055, 9.54202, 9.66712", \
+            "10.0813, 9.86111, 9.7718, 9.7283, 9.56182, 9.68048", \
+            "10.0932, 9.88517, 9.77371, 9.73368, 9.56274, 9.68454", \
+            "10.0952, 9.87214, 9.77813, 9.7312, 9.56178, 9.68184", \
+            "10.0985, 9.88167, 9.77648, 9.66689, 9.56812, 9.45229", \
+            "10.0968, 9.88798, 9.77935, 9.72833, 9.56168, 9.43975", \
+            "9.99753, 9.78939, 9.73299, 9.69339, 9.46866, 9.6228" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "53.604, 50.3665, 47.6091, 45.2784, 39.8933, 36.1779", \
+            "53.9332, 50.7079, 47.9484, 45.5829, 40.1788, 36.35", \
+            "54.1596, 50.8515, 48.0913, 45.7533, 40.3391, 36.4967", \
+            "54.654, 51.3365, 48.582, 46.2084, 40.7906, 36.8613", \
+            "54.8331, 51.5397, 48.7827, 46.4168, 40.8942, 37.0052", \
+            "54.6558, 51.3183, 48.5441, 46.2009, 40.6839, 36.8581", \
+            "53.9171, 50.6269, 47.9171, 45.5531, 40.1872, 36.3205" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0492659, 0.0492667, 0.0492656, 0.0492646, 0.0492628, 0.0492684", \
+            "0.0469157, 0.0469158, 0.0469175, 0.0469165, 0.0469126, 0.0469163", \
+            "0.0468615, 0.0468592, 0.0468597, 0.0468609, 0.0468578, 0.0468608", \
+            "0.0478743, 0.047876, 0.0478741, 0.0478753, 0.0478747, 0.0478751", \
+            "0.053634, 0.053634, 0.0536352, 0.0536321, 0.0536334, 0.0536331", \
+            "0.0695579, 0.0695567, 0.0695581, 0.069555, 0.0695563, 0.0695563", \
+            "0.107219, 0.107178, 0.10722, 0.107215, 0.107169, 0.107171" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.119353, 0.119361, 0.119353, 0.119347, 0.119358, 0.119352", \
+            "0.116976, 0.116977, 0.116982, 0.116981, 0.116979, 0.116974", \
+            "0.116907, 0.116904, 0.116899, 0.116896, 0.116896, 0.116895", \
+            "0.118193, 0.118181, 0.118187, 0.118181, 0.118182, 0.118182", \
+            "0.124348, 0.124351, 0.124357, 0.124352, 0.124351, 0.124345", \
+            "0.140183, 0.14017, 0.140175, 0.140179, 0.140174, 0.140173", \
+            "0.178019, 0.177828, 0.177852, 0.178031, 0.177834, 0.177911" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "9.05155, 9.38697, 9.72002, 10.1302, 11.154, 12.2556", \
+            "9.05879, 9.37575, 9.72345, 10.135, 11.0805, 12.258", \
+            "9.05322, 9.36001, 9.71335, 10.1236, 11.1362, 12.2569", \
+            "9.0512, 9.37288, 9.72444, 10.1228, 11.1346, 12.2565", \
+            "9.05383, 9.37335, 9.71883, 10.1297, 11.081, 12.2559", \
+            "9.05694, 9.38795, 9.72183, 10.1324, 11.0918, 12.2558", \
+            "9.03155, 9.3861, 9.75546, 10.0355, 11.0102, 12.1146" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "4.2171, 4.21877, 4.22212, 4.22335, 4.2247, 4.22259", \
+            "4.21691, 4.21863, 4.22193, 4.22219, 4.22449, 4.22239", \
+            "4.2172, 4.21889, 4.22211, 4.22246, 4.22459, 4.22253", \
+            "4.21688, 4.21855, 4.22047, 4.22311, 4.22422, 4.22408", \
+            "4.21757, 4.21928, 4.22244, 4.22294, 4.22508, 4.22304", \
+            "4.21795, 4.22094, 4.22336, 4.22354, 4.22507, 4.22466", \
+            "4.21898, 4.21807, 4.21824, 4.22062, 4.22279, 4.22415" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215251, 0.0215247, 0.0215253, 0.0215259, 0.0215282, 0.0215295", \
+            "0.0195826, 0.0195823, 0.0195827, 0.0195834, 0.0195851, 0.019587", \
+            "0.020115, 0.0201148, 0.0201151, 0.0201158, 0.0201177, 0.0201195", \
+            "0.023001, 0.0230005, 0.023001, 0.0230527, 0.023055, 0.0230052", \
+            "0.0311211, 0.0311213, 0.0311211, 0.0311221, 0.0311235, 0.0311254", \
+            "0.0508398, 0.0508401, 0.05084, 0.050841, 0.0508426, 0.0508448", \
+            "0.0931218, 0.0931525, 0.0931243, 0.0930792, 0.0930728, 0.0930738" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0363954, 0.0363908, 0.0363817, 0.0363829, 0.0363768, 0.0363717", \
+            "0.0350129, 0.0350076, 0.0349994, 0.0349976, 0.0349943, 0.0349892", \
+            "0.0350345, 0.0350297, 0.0350245, 0.0350235, 0.0350191, 0.0350141", \
+            "0.036691, 0.0366862, 0.0367008, 0.0366788, 0.036696, 0.0366898", \
+            "0.0407208, 0.0407155, 0.0407119, 0.0408084, 0.0408007, 0.0407984", \
+            "0.0512926, 0.0512862, 0.0512823, 0.0512768, 0.0512745, 0.0512646", \
+            "0.073617, 0.0736526, 0.0736475, 0.0736312, 0.0736503, 0.0735361" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274344;
+      rise_capacitance : 0.0275057;
+      rise_capacitance_range (0.0232278, 0.0314441);
+      fall_capacitance : 0.0273632;
+      fall_capacitance_range (0.0236745, 0.0295816);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0.00030268, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, -0.00030268, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173124, -0.0174894, -0.0175627, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214916, 0.0211701, 0.021191, 0.0209197, 0.0211399, 0.0207635, 0.0207834" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0.00030268, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, -0.00030268, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173124, -0.0174894, -0.0175627, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214916, 0.0211701, 0.021191, 0.0209197, 0.0211399, 0.0207635, 0.0207834" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259423;
+      rise_capacitance : 0.0266304;
+      rise_capacitance_range (0.0231191, 0.0310366);
+      fall_capacitance : 0.0252543;
+      fall_capacitance_range (0.0225284, 0.0280111);
+    }
+  }
+ cell (sg13g2_IOPadTriOut4mA) {
+    pad_cell : true;
+    area : 14400;
+    dont_touch : true;
+    dont_use : true;
+    cell_footprint : "tri_out";
+    pad_drivers : 1;
+    bond_pads : 1;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 13.8342;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1427.49;
+      when : "!c2p_en&!c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 13.8342;
+      when : "!c2p_en&c2p";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1582.05;
+      when : "!c2p_en&c2p";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 62.7147;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1755.43;
+      when : "c2p_en&c2p&pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 117.701;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1734.81;
+      when : "c2p_en&!c2p&!pad";
+      related_pg_pin : vdd;
+    }
+    leakage_power () {
+      value : 52.021;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 1624.95;
+      related_pg_pin : vdd;
+    }
+    pin (pad) {
+      direction : "output";
+      is_pad : true;
+      function : "c2p";
+      three_state : "c2p_en'";
+      drive_current : 4;
+      output_voltage : "pad";
+      related_ground_pin : iovss;
+      related_power_pin : iovdd;
+      max_capacitance : 1.11181;
+      capacitance : 0.163207;
+      rise_capacitance : 0.167318;
+      rise_capacitance_range (0.167318, 0.167318);
+      fall_capacitance : 0.159097;
+      fall_capacitance_range (0.159097, 0.159097);
+      timing () {
+        related_pin : "c2p";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.55578, 1.99204, 2.4254, 2.85835, 4.15527, 5.45129", \
+            "1.57494, 2.01108, 2.44449, 2.87731, 4.17422, 5.47059", \
+            "1.58907, 2.02518, 2.45867, 2.89152, 4.18838, 5.48478", \
+            "1.61354, 2.04969, 2.48348, 2.91632, 4.21324, 5.51044", \
+            "1.64245, 2.07831, 2.51196, 2.94491, 4.24184, 5.53698", \
+            "1.68073, 2.11699, 2.5504, 2.98328, 4.28017, 5.57498", \
+            "1.71888, 2.1552, 2.58873, 3.02204, 4.31853, 5.61473" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.10131, 1.98794, 2.88458, 3.78205, 6.48434, 9.18015", \
+            "1.10132, 1.98836, 2.88459, 3.78294, 6.48435, 9.1804", \
+            "1.10133, 1.98887, 2.8846, 3.78295, 6.48436, 9.18377", \
+            "1.10134, 1.98888, 2.88461, 3.78296, 6.48437, 9.18378", \
+            "1.10135, 1.98889, 2.88462, 3.78297, 6.48438, 9.18379", \
+            "1.10136, 1.9889, 2.88463, 3.78298, 6.48439, 9.1838", \
+            "1.10165, 1.98891, 2.88464, 3.78299, 6.48441, 9.18495" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.44376, 1.87326, 2.30154, 2.72884, 4.01143, 5.29447", \
+            "1.46274, 1.89213, 2.32028, 2.74764, 4.03043, 5.31292", \
+            "1.47884, 1.90803, 2.33618, 2.76381, 4.04572, 5.32894", \
+            "1.51234, 1.94126, 2.3692, 2.7968, 4.07871, 5.36071", \
+            "1.57106, 1.99991, 2.42746, 2.85515, 4.13702, 5.42017", \
+            "1.66069, 2.08973, 2.51735, 2.94503, 4.22771, 5.509", \
+            "1.79854, 2.22777, 2.65567, 3.08379, 4.36548, 5.64887" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.00252, 1.82529, 2.6544, 3.48459, 5.98214, 8.47953", \
+            "1.00275, 1.8253, 2.65441, 3.48552, 5.98215, 8.47954", \
+            "1.00276, 1.8263, 2.65442, 3.48553, 5.9823, 8.47955", \
+            "1.00311, 1.82631, 2.65444, 3.48554, 5.98231, 8.47956", \
+            "1.00312, 1.82632, 2.65447, 3.48555, 5.98232, 8.47957", \
+            "1.00313, 1.82633, 2.65448, 3.48556, 5.98233, 8.47958", \
+            "1.00314, 1.82634, 2.65454, 3.48561, 5.98234, 8.47959" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : negative_unate;
+        timing_type : three_state_disable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.952844, 0.952845, 0.952846, 0.952847, 0.952848, 0.952849", \
+            "0.972317, 0.972318, 0.972319, 0.97232, 0.972321, 0.972322", \
+            "0.991611, 0.991612, 0.991613, 0.991614, 0.991615, 0.991616", \
+            "1.02356, 1.02357, 1.02358, 1.02359, 1.0236, 1.02361", \
+            "1.05823, 1.05824, 1.05825, 1.05826, 1.05827, 1.05828", \
+            "1.1193, 1.11931, 1.11932, 1.11933, 1.11934, 1.11935", \
+            "1.20627, 1.20628, 1.20629, 1.2063, 1.20631, 1.20632" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.952844, 0.952845, 0.952846, 0.952847, 0.952848, 0.952849", \
+            "0.972317, 0.972318, 0.972319, 0.97232, 0.972321, 0.972322", \
+            "0.991611, 0.991612, 0.991613, 0.991614, 0.991615, 0.991616", \
+            "1.02356, 1.02357, 1.02358, 1.02359, 1.0236, 1.02361", \
+            "1.05823, 1.05824, 1.05825, 1.05826, 1.05827, 1.05828", \
+            "1.1193, 1.11931, 1.11932, 1.11933, 1.11934, 1.11935", \
+            "1.20627, 1.20628, 1.20629, 1.2063, 1.20631, 1.20632" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.874453, 0.874454, 0.874455, 0.874456, 0.874457, 0.874458", \
+            "0.898612, 0.898613, 0.898614, 0.898615, 0.898616, 0.898617", \
+            "0.918907, 0.918908, 0.918909, 0.91891, 0.918911, 0.918912", \
+            "0.956781, 0.956782, 0.956783, 0.956784, 0.956785, 0.956786", \
+            "1.01381, 1.01382, 1.01383, 1.01384, 1.01385, 1.01386", \
+            "1.09375, 1.09376, 1.09377, 1.09378, 1.09379, 1.0938", \
+            "1.21674, 1.21675, 1.21676, 1.21677, 1.21678, 1.21679" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.874453, 0.874454, 0.874455, 0.874456, 0.874457, 0.874458", \
+            "0.898612, 0.898613, 0.898614, 0.898615, 0.898616, 0.898617", \
+            "0.918907, 0.918908, 0.918909, 0.91891, 0.918911, 0.918912", \
+            "0.956781, 0.956782, 0.956783, 0.956784, 0.956785, 0.956786", \
+            "1.01381, 1.01382, 1.01383, 1.01384, 1.01385, 1.01386", \
+            "1.09375, 1.09376, 1.09377, 1.09378, 1.09379, 1.0938", \
+            "1.21674, 1.21675, 1.21676, 1.21677, 1.21678, 1.21679" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "c2p_en";
+        timing_sense : positive_unate;
+        timing_type : three_state_enable;
+        cell_rise (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.56138, 2.01554, 2.46787, 2.91831, 4.26981, 5.62209", \
+            "1.57906, 2.03373, 2.48525, 2.9361, 4.28848, 5.64014", \
+            "1.59535, 2.04957, 2.50091, 2.95186, 4.3047, 5.65613", \
+            "1.6194, 2.07361, 2.52622, 2.97624, 4.32774, 5.68015", \
+            "1.64904, 2.10329, 2.55489, 3.00557, 4.35651, 5.7098", \
+            "1.6874, 2.14186, 2.59412, 3.04435, 4.39595, 5.74834", \
+            "1.72797, 2.18225, 2.634, 3.08486, 4.43507, 5.78864" \
+          );
+        }
+        rise_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.09934, 1.98693, 2.88363, 3.78313, 6.48442, 9.18144", \
+            "1.09935, 1.98722, 2.88447, 3.78345, 6.48443, 9.18182", \
+            "1.09936, 1.98779, 2.88448, 3.78346, 6.48444, 9.18183", \
+            "1.09937, 1.9878, 2.88449, 3.78359, 6.48445, 9.18184", \
+            "1.09938, 1.98781, 2.8845, 3.7836, 6.48446, 9.18185", \
+            "1.09939, 1.98782, 2.88451, 3.78361, 6.48447, 9.18186", \
+            "1.0994, 1.98783, 2.88452, 3.78368, 6.48448, 9.18191" \
+          );
+        }
+        cell_fall (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.46421, 1.93325, 2.40088, 2.86744, 4.2672, 5.6665", \
+            "1.48346, 1.9525, 2.42014, 2.8867, 4.28646, 5.68576", \
+            "1.49522, 1.96428, 2.43156, 2.8984, 4.29813, 5.69745", \
+            "1.51394, 1.98317, 2.4505, 2.91799, 4.31715, 5.71646", \
+            "1.54045, 2.00881, 2.47645, 2.94301, 4.34341, 5.74206", \
+            "1.56336, 2.03237, 2.49964, 2.96657, 4.36633, 5.76552", \
+            "1.5923, 2.06138, 2.52874, 2.99552, 4.3953, 5.79463" \
+          );
+        }
+        fall_transition (delay_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.997332, 1.82255, 2.65295, 3.48377, 5.98542, 8.48408", \
+            "0.997333, 1.82256, 2.65296, 3.48378, 5.98543, 8.48409", \
+            "0.997349, 1.82257, 2.65297, 3.48379, 5.98544, 8.4841", \
+            "0.99735, 1.82258, 2.65303, 3.48496, 5.98545, 8.48411", \
+            "0.997352, 1.82259, 2.65304, 3.48497, 5.98546, 8.48412", \
+            "0.997353, 1.8226, 2.65305, 3.48498, 5.98547, 8.48413", \
+            "0.997354, 1.82261, 2.65306, 3.48506, 5.98548, 8.48414" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.16644, 3.1443, 3.11365, 3.08035, 2.99736, 2.89925", \
+            "3.16196, 3.13573, 3.10698, 3.07454, 2.98868, 2.891", \
+            "3.16241, 3.13528, 3.10906, 3.07666, 2.9934, 2.89621", \
+            "3.15996, 3.13835, 3.11147, 3.0785, 2.99475, 2.89014", \
+            "3.16257, 3.13645, 3.10484, 3.08131, 2.99379, 2.89667", \
+            "3.16272, 3.13674, 3.10791, 3.08362, 2.99736, 2.881", \
+            "3.15336, 3.13238, 3.10078, 3.07055, 2.98574, 2.89717" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.99739, 1.99219, 1.99062, 1.99069, 1.98949, 1.9887", \
+            "2.00307, 1.99572, 1.99281, 1.99272, 1.99007, 1.98937", \
+            "2.00669, 1.99684, 1.99313, 1.99181, 1.98979, 1.98878", \
+            "2.0161, 2.00208, 1.99778, 1.99406, 1.99031, 1.98869", \
+            "2.01894, 2.0037, 1.99829, 1.99449, 1.99035, 1.98902", \
+            "2.02215, 2.00821, 2.00365, 1.99999, 1.99692, 1.99531", \
+            "2.00258, 1.99527, 1.99187, 1.9934, 1.98912, 1.98992" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0493334, 0.0493289, 0.0493311, 0.0493302, 0.049331, 0.0493306", \
+            "0.0469859, 0.0469821, 0.0469804, 0.0469805, 0.0469822, 0.0469817", \
+            "0.0469292, 0.0469256, 0.0469266, 0.0469265, 0.0469271, 0.046927", \
+            "0.0479455, 0.0479417, 0.0479406, 0.0479406, 0.0479416, 0.0479414", \
+            "0.0537047, 0.0537017, 0.053699, 0.0536996, 0.0537007, 0.0537012", \
+            "0.0696885, 0.069685, 0.0696836, 0.0696846, 0.0696847, 0.0696846", \
+            "0.107292, 0.107286, 0.107282, 0.107291, 0.107215, 0.107212" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.119602, 0.119612, 0.11961, 0.119615, 0.119606, 0.119606", \
+            "0.117233, 0.117236, 0.117232, 0.117237, 0.117237, 0.117235", \
+            "0.117151, 0.117161, 0.117158, 0.117149, 0.117155, 0.117154", \
+            "0.118437, 0.11845, 0.118447, 0.118439, 0.118437, 0.118443", \
+            "0.124613, 0.124617, 0.124611, 0.124616, 0.124615, 0.124617", \
+            "0.140457, 0.140456, 0.140449, 0.140455, 0.140456, 0.140455", \
+            "0.178195, 0.178196, 0.178138, 0.178293, 0.17817, 0.178292" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "3.03984, 3.24345, 3.45216, 3.65501, 4.29624, 4.9201", \
+            "3.03793, 3.25751, 3.45444, 3.66363, 4.28984, 4.91311", \
+            "3.04029, 3.25154, 3.44867, 3.65963, 4.28766, 4.90849", \
+            "3.03898, 3.24774, 3.45441, 3.65871, 4.28881, 4.90868", \
+            "3.04394, 3.25072, 3.45325, 3.64799, 4.27964, 4.91426", \
+            "3.04346, 3.24787, 3.45751, 3.66244, 4.30152, 4.92815", \
+            "3.04146, 3.25105, 3.45982, 3.66541, 4.28838, 4.92921" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "1.15253, 1.15179, 1.1523, 1.15149, 1.15025, 1.14993", \
+            "1.15235, 1.15162, 1.15211, 1.15132, 1.15007, 1.14975", \
+            "1.15271, 1.15198, 1.15187, 1.15077, 1.14995, 1.14996", \
+            "1.15369, 1.15108, 1.15146, 1.15014, 1.14954, 1.14968", \
+            "1.15291, 1.15224, 1.15275, 1.15193, 1.15078, 1.15037", \
+            "1.15061, 1.15005, 1.15104, 1.14962, 1.14844, 1.14816", \
+            "1.1515, 1.15119, 1.15171, 1.14998, 1.1495, 1.1492" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "c2p_en";
+        related_pg_pin : vdd;
+        rise_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0215954, 0.0215927, 0.0215901, 0.0215909, 0.021594, 0.0215929", \
+            "0.0196512, 0.0196497, 0.0196486, 0.0196501, 0.0196532, 0.0196529", \
+            "0.0201831, 0.0201805, 0.0201786, 0.0201778, 0.0201841, 0.0201827", \
+            "0.0231205, 0.023118, 0.0230679, 0.0231171, 0.0231202, 0.02312", \
+            "0.0311913, 0.0311879, 0.0311857, 0.0311871, 0.0311902, 0.0311898", \
+            "0.0505037, 0.0505028, 0.0505003, 0.0505012, 0.0505037, 0.050503", \
+            "0.0936068, 0.0936596, 0.0935878, 0.093636, 0.0936455, 0.0936481" \
+          );
+        }
+        fall_power (power_template_7x6_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          index_2 ("1, 2, 3, 4, 7, 10");
+          values ( \
+            "0.0366594, 0.0366588, 0.0366606, 0.0366593, 0.036658, 0.0366573", \
+            "0.0353141, 0.0353135, 0.0353154, 0.035314, 0.0353127, 0.0353119", \
+            "0.0352985, 0.035296, 0.0353004, 0.0352983, 0.0352955, 0.0352957", \
+            "0.0370015, 0.0369966, 0.0369971, 0.0369949, 0.036992, 0.0369921", \
+            "0.041006, 0.0411933, 0.0411952, 0.0411939, 0.0410045, 0.0411914", \
+            "0.0514388, 0.051439, 0.0514413, 0.0514391, 0.0514364, 0.0514378", \
+            "0.0744967, 0.0743744, 0.0743458, 0.0744705, 0.0743537, 0.0743615" \
+          );
+        }
+      }
+    }
+    pin (c2p) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.016;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0274345;
+      rise_capacitance : 0.0275056;
+      rise_capacitance_range (0.0232275, 0.031444);
+      fall_capacitance : 0.0273633;
+      fall_capacitance_range (0.0236742, 0.0295819);
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 3.6554e-07" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, -3.6554e-07" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!c2p_en";
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173125, -0.0174888, -0.0174919, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214919, 0.0211705, 0.021092, 0.0212474, 0.0211413, 0.0207645, 0.0209009" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : iovdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 3.6554e-07" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0, 0, 0, 0, 0, 0, -3.6554e-07" \
+          );
+        }
+      }
+      internal_power () {
+        related_pg_pin : vdd;
+        rise_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "-0.0164258, -0.0171878, -0.0173125, -0.0174888, -0.0174919, -0.0176614, -0.0177364" \
+          );
+        }
+        fall_power (passive_power_template_7x1_16) {
+          index_1 ("0.02, 0.1, 0.17, 0.33, 0.64, 1.26, 2.5");
+          values ( \
+            "0.0214919, 0.0211705, 0.021092, 0.0212474, 0.0211413, 0.0207645, 0.0209009" \
+          );
+        }
+      }
+    }
+    pin (c2p_en) {
+      direction : "input";
+      input_voltage : "core";
+      fanout_load : 0.011;
+      related_ground_pin : vss;
+      related_power_pin : vdd;
+      max_transition : 2.5;
+      capacitance : 0.0259476;
+      rise_capacitance : 0.0266431;
+      rise_capacitance_range (0.0231204, 0.0310979);
+      fall_capacitance : 0.0252521;
+      fall_capacitance_range (0.0225309, 0.0280484);
+    }
+  }
+ cell (sg13g2_IOPadVdd) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+      is_pad : true;
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : vdd;
+    }
+  }
+ cell (sg13g2_IOPadVss) {
+    area : 14400;
+    pad_cell : true;
+    bond_pads : 1;
+    dont_touch : true;
+    pg_pin (iovdd) {
+      pg_type : primary_power;
+      voltage_name : "iovdd";
+    }
+    pg_pin (iovss) {
+      pg_type : primary_ground;
+      voltage_name : "iovss";
+    }
+    pg_pin (vdd) {
+      pg_type : primary_power;
+      voltage_name : "vdd";
+    }
+    pg_pin (vss) {
+      pg_type : primary_ground;
+      voltage_name : "vss";
+      is_pad : true;
+    }
+    leakage_power () {
+      value : 0;
+      related_pg_pin : iovdd;
+    }
+    leakage_power () {
+      value : 0.952358;
+      related_pg_pin : vdd;
+    }
+  }
+  cell (sg13g2_IOPadAnalog) {
+        area: 14400;
+        dont_touch : true;
+        dont_use : true;
+        timing_model_type : abstracted;
+        pad_cell : true;
+        pg_pin (vss) {
+            pg_type : primary_ground;
+            voltage_name : "vss";
+        }
+        pg_pin (vdd) {
+            pg_type : primary_power;
+            voltage_name : "vdd";
+        }
+        pg_pin (iovss) {
+            pg_type : primary_ground;
+            voltage_name : "iovss";
+        }
+        pg_pin (iovdd) {
+            pg_type : primary_power;
+            voltage_name : "iovdd";
+        }
+        pin (pad) {
+            direction : inout;
+            function : "(pad)";
+            output_voltage : core_output;
+            related_ground_pin : vss;
+            related_power_pin : vdd;
+            max_capacitance : 500;
+            max_transition : 200;
+            timing () {
+                related_pin : "pad";
+                timing_type : combinational;
+                cell_rise (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                rise_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+                cell_fall (delay_template_2x2) {
+                    values ( \
+                        "1000, 1000", \
+                        "1000, 1000" \
+                    );
+                }
+                fall_transition (delay_template_2x2) {
+                    values ( \
+                        "200, 200", \
+                        "200, 200" \
+                    );
+                }
+            }
+        }
+        pin (padres) {
+            direction : inout;
+            is_pad : false;
+            input_voltage : io_input;
+            related_ground_pin : iovss;
+            related_power_pin : iovdd;
+            max_transition : 200;
+            capacitance : 15.0;
+            rise_capacitance : 15.0;
+            rise_capacitance_range (12.0, 15.0);
+            fall_capacitance : 15.0;
+            fall_capacitance_range (12.0, 15.0);
+        }
+    }
+}
diff --git a/ihp13/pdk/lib/sg13g2_stdcell_fast_1p32V_m40C.lib b/ihp13/pdk/lib/sg13g2_stdcell_fast_1p32V_m40C.lib
new file mode 100644
index 000000000..55b7f7792
--- /dev/null
+++ b/ihp13/pdk/lib/sg13g2_stdcell_fast_1p32V_m40C.lib
@@ -0,0 +1,33783 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13g2_stdcell_fast_1p32V_m40C) {
+  comment : "IHP Microelectronics GmbH, 2025";
+  date : "$Date: Tue Nov  4 20:01:33 2025 $";
+  revision : "$Revision: 0.1.4 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  default_cell_leakage_power : 0;
+  default_fanout_load : 1;
+  default_inout_pin_cap : 0.006;
+  default_input_pin_cap : 0.006;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_max_transition : 2.5074;
+  default_output_pin_cap : 0;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "top";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : -40;
+  nom_voltage : 1.32;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 20;
+  slew_lower_threshold_pct_rise : 20;
+  slew_upper_threshold_pct_fall : 80;
+  slew_upper_threshold_pct_rise : 80;
+  operating_conditions (sg13g2_stdcell_fast_1p32V_m40C) {
+    process : 1;
+    temperature : -40;
+    voltage : 1.32;
+  }
+  wire_load ("Zero") {
+    area : 0.01;
+    capacitance : 0.0001;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+    resistance : 0.0001;
+    slope : 1;
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+    resistance : 0.0035;
+    slope : 7.387;
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+    resistance : 0.0042;
+    slope : 10.99;
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+    resistance : 0.0053;
+    slope : 10.9;
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+    resistance : 0.0063;
+    slope : 16.87;
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+    resistance : 0.0072;
+    slope : 14.58;
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+    resistance : 0.008;
+    slope : 18.94;
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+    resistance : 0.0094;
+    slope : 24.61;
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+    resistance : 0.0152;
+    slope : 31.81;
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+    resistance : 0.0265;
+    slope : 40.22;
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+    resistance : 0.0456;
+    slope : 52.68;
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+    resistance : 0.076;
+    slope : 67.44;
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13g2_stdcell_fast_1p32V_m40C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (CONSTRAINT_4x4) {
+    variable_1 : constrained_pin_transition;
+    variable_2 : related_pin_transition;
+    index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+    index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+  }
+  power_lut_template (POWER_7x7ds1) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+    index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+  }
+  lu_table_template (TIMING_DELAY_7x7ds1) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+    index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+  }
+  lu_table_template (mpw_CONSTRAINT_4x4) {
+    variable_1 : constrained_pin_transition;
+    index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+  }
+  power_lut_template (passive_POWER_7x1ds1) {
+    variable_1 : input_transition_time;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+  }
+  cell (sg13g2_a21o_1) {
+    area : 12.7008;
+    cell_footprint : "a21o";
+    cell_leakage_power : 357.438;
+    leakage_power () {
+      value : 353.267;
+      when : "!A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 398.144;
+      when : "!A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 298.712;
+      when : "A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 334.993;
+      when : "A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 332.589;
+      when : "!A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 373.256;
+      when : "!A1&A2&B1";
+    }
+    leakage_power () {
+      value : 373.216;
+      when : "A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 395.329;
+      when : "A1&A2&B1";
+    }
+    pin (X) {
+      direction : "output";
+      function : "((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0576186, 0.104032, 0.132139, 0.177819, 0.254009, 0.38068, 0.59176", \
+            "0.086343, 0.133593, 0.16168, 0.207546, 0.283813, 0.410591, 0.621808", \
+            "0.10606, 0.154231, 0.18237, 0.22827, 0.304592, 0.431368, 0.64235", \
+            "0.132558, 0.183748, 0.211746, 0.257505, 0.333718, 0.460804, 0.672013", \
+            "0.170248, 0.225629, 0.253576, 0.299237, 0.375522, 0.502558, 0.713509", \
+            "0.224213, 0.288841, 0.317665, 0.363426, 0.440245, 0.566819, 0.777563", \
+            "0.304307, 0.381454, 0.415528, 0.462947, 0.540797, 0.669259, 0.881698" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144673, 0.0690405, 0.108656, 0.17467, 0.28593, 0.471394, 0.780956", \
+            "0.0167882, 0.0698019, 0.109113, 0.175021, 0.286078, 0.471702, 0.781072", \
+            "0.0193687, 0.0706859, 0.109702, 0.175465, 0.286493, 0.471751, 0.781174", \
+            "0.0238235, 0.0725095, 0.110701, 0.175993, 0.287089, 0.472292, 0.781311", \
+            "0.0297421, 0.0767049, 0.113146, 0.177284, 0.287762, 0.473138, 0.781953", \
+            "0.039329, 0.084647, 0.118751, 0.181182, 0.290369, 0.475112, 0.783362", \
+            "0.054545, 0.103116, 0.133529, 0.191872, 0.298848, 0.482363, 0.789563" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0613469, 0.103985, 0.128068, 0.166797, 0.23129, 0.338666, 0.51734", \
+            "0.0829684, 0.12698, 0.151239, 0.190007, 0.25455, 0.361896, 0.540842", \
+            "0.0955255, 0.141361, 0.165828, 0.204955, 0.269651, 0.377052, 0.555654", \
+            "0.111378, 0.161112, 0.185931, 0.225263, 0.29014, 0.397582, 0.576548", \
+            "0.131622, 0.187457, 0.213722, 0.253725, 0.318558, 0.426413, 0.605121", \
+            "0.156493, 0.222771, 0.252152, 0.294468, 0.361184, 0.469123, 0.648891", \
+            "0.180654, 0.260086, 0.293642, 0.340615, 0.412325, 0.525298, 0.708402" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137777, 0.0582369, 0.0895756, 0.142246, 0.231643, 0.381093, 0.630293", \
+            "0.015424, 0.0593168, 0.0902254, 0.142672, 0.231714, 0.381345, 0.631053", \
+            "0.017531, 0.060831, 0.0913361, 0.143409, 0.232237, 0.381346, 0.631073", \
+            "0.0213165, 0.0639372, 0.0934949, 0.144797, 0.232982, 0.381996, 0.631074", \
+            "0.0278053, 0.069886, 0.0984116, 0.14801, 0.234823, 0.382906, 0.631329", \
+            "0.037548, 0.081995, 0.109841, 0.157753, 0.241699, 0.387179, 0.633783", \
+            "0.051592, 0.102337, 0.129067, 0.175791, 0.260095, 0.403856, 0.647544" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0576186, 0.104032, 0.132139, 0.177819, 0.254009, 0.38068, 0.59176", \
+            "0.086343, 0.133593, 0.16168, 0.207546, 0.283813, 0.410591, 0.621808", \
+            "0.10606, 0.154231, 0.18237, 0.22827, 0.304592, 0.431368, 0.64235", \
+            "0.132558, 0.183748, 0.211746, 0.257505, 0.333718, 0.460804, 0.672013", \
+            "0.170248, 0.225629, 0.253576, 0.299237, 0.375522, 0.502558, 0.713509", \
+            "0.224213, 0.288841, 0.317665, 0.363426, 0.440245, 0.566819, 0.777563", \
+            "0.304307, 0.381454, 0.415528, 0.462947, 0.540797, 0.669259, 0.881698" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144673, 0.0690405, 0.108656, 0.17467, 0.28593, 0.471394, 0.780956", \
+            "0.0167882, 0.0698019, 0.109113, 0.175021, 0.286078, 0.471702, 0.781072", \
+            "0.0193687, 0.0706859, 0.109702, 0.175465, 0.286493, 0.471751, 0.781174", \
+            "0.0238235, 0.0725095, 0.110701, 0.175993, 0.287089, 0.472292, 0.781311", \
+            "0.0297421, 0.0767049, 0.113146, 0.177284, 0.287762, 0.473138, 0.781953", \
+            "0.039329, 0.084647, 0.118751, 0.181182, 0.290369, 0.475112, 0.783362", \
+            "0.054545, 0.103116, 0.133529, 0.191872, 0.298848, 0.482363, 0.789563" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0613469, 0.103985, 0.128068, 0.166797, 0.23129, 0.338666, 0.51734", \
+            "0.0829684, 0.12698, 0.151239, 0.190007, 0.25455, 0.361896, 0.540842", \
+            "0.0955255, 0.141361, 0.165828, 0.204955, 0.269651, 0.377052, 0.555654", \
+            "0.111378, 0.161112, 0.185931, 0.225263, 0.29014, 0.397582, 0.576548", \
+            "0.131622, 0.187457, 0.213722, 0.253725, 0.318558, 0.426413, 0.605121", \
+            "0.156493, 0.222771, 0.252152, 0.294468, 0.361184, 0.469123, 0.648891", \
+            "0.180654, 0.260086, 0.293642, 0.340615, 0.412325, 0.525298, 0.708402" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137777, 0.0582369, 0.0895756, 0.142246, 0.231643, 0.381093, 0.630293", \
+            "0.015424, 0.0593168, 0.0902254, 0.142672, 0.231714, 0.381345, 0.631053", \
+            "0.017531, 0.060831, 0.0913361, 0.143409, 0.232237, 0.381346, 0.631073", \
+            "0.0213165, 0.0639372, 0.0934949, 0.144797, 0.232982, 0.381996, 0.631074", \
+            "0.0278053, 0.069886, 0.0984116, 0.14801, 0.234823, 0.382906, 0.631329", \
+            "0.037548, 0.081995, 0.109841, 0.157753, 0.241699, 0.387179, 0.633783", \
+            "0.051592, 0.102337, 0.129067, 0.175791, 0.260095, 0.403856, 0.647544" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0598727, 0.106319, 0.134294, 0.180009, 0.256267, 0.383004, 0.594082", \
+            "0.0847161, 0.131957, 0.160034, 0.205883, 0.282138, 0.408836, 0.621115", \
+            "0.102281, 0.150726, 0.178903, 0.224787, 0.301078, 0.427932, 0.638962", \
+            "0.126367, 0.177877, 0.205854, 0.251565, 0.328113, 0.454816, 0.665859", \
+            "0.160291, 0.215776, 0.244027, 0.290002, 0.366543, 0.493139, 0.704354", \
+            "0.209234, 0.273345, 0.302977, 0.349408, 0.426321, 0.553538, 0.764562", \
+            "0.278239, 0.355521, 0.388461, 0.435919, 0.514433, 0.643565, 0.856962" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144941, 0.0689955, 0.108538, 0.174718, 0.285927, 0.471414, 0.780797", \
+            "0.0160553, 0.0696327, 0.108956, 0.174879, 0.286054, 0.472541, 0.782353", \
+            "0.0179217, 0.0704663, 0.109458, 0.175249, 0.28625, 0.472542, 0.782354", \
+            "0.0214179, 0.0724778, 0.110494, 0.175815, 0.286696, 0.472543, 0.782355", \
+            "0.0268229, 0.0762475, 0.113248, 0.177454, 0.287476, 0.472692, 0.782356", \
+            "0.035599, 0.084431, 0.119308, 0.181881, 0.290827, 0.475037, 0.783103", \
+            "0.04899, 0.101111, 0.133211, 0.193217, 0.30017, 0.483244, 0.790097" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0672726, 0.110647, 0.134771, 0.173771, 0.238401, 0.345732, 0.52447", \
+            "0.0904038, 0.134921, 0.15927, 0.198335, 0.263003, 0.370359, 0.549132", \
+            "0.104591, 0.150635, 0.175141, 0.214358, 0.279216, 0.386602, 0.565316", \
+            "0.123217, 0.172447, 0.197434, 0.236844, 0.301714, 0.409389, 0.588374", \
+            "0.147638, 0.20276, 0.228934, 0.268655, 0.333534, 0.441411, 0.620329", \
+            "0.180654, 0.244575, 0.273129, 0.314982, 0.381113, 0.489432, 0.668626", \
+            "0.218158, 0.294374, 0.326756, 0.372252, 0.441932, 0.554163, 0.736433" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145091, 0.0588672, 0.0900712, 0.142663, 0.232, 0.381341, 0.630508", \
+            "0.0158332, 0.0597017, 0.090616, 0.143052, 0.232119, 0.382254, 0.630583", \
+            "0.0178018, 0.0611185, 0.091631, 0.143663, 0.232463, 0.382255, 0.630631", \
+            "0.0213062, 0.0637578, 0.0936151, 0.144997, 0.233302, 0.382256, 0.630986", \
+            "0.0271979, 0.0695368, 0.0981296, 0.147822, 0.234678, 0.383074, 0.631595", \
+            "0.036028, 0.079639, 0.107189, 0.155468, 0.240189, 0.386444, 0.633765", \
+            "0.04903, 0.09765, 0.124231, 0.170699, 0.25409, 0.399057, 0.643779" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0598727, 0.106319, 0.134294, 0.180009, 0.256267, 0.383004, 0.594082", \
+            "0.0847161, 0.131957, 0.160034, 0.205883, 0.282138, 0.408836, 0.621115", \
+            "0.102281, 0.150726, 0.178903, 0.224787, 0.301078, 0.427932, 0.638962", \
+            "0.126367, 0.177877, 0.205854, 0.251565, 0.328113, 0.454816, 0.665859", \
+            "0.160291, 0.215776, 0.244027, 0.290002, 0.366543, 0.493139, 0.704354", \
+            "0.209234, 0.273345, 0.302977, 0.349408, 0.426321, 0.553538, 0.764562", \
+            "0.278239, 0.355521, 0.388461, 0.435919, 0.514433, 0.643565, 0.856962" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144941, 0.0689955, 0.108538, 0.174718, 0.285927, 0.471414, 0.780797", \
+            "0.0160553, 0.0696327, 0.108956, 0.174879, 0.286054, 0.472541, 0.782353", \
+            "0.0179217, 0.0704663, 0.109458, 0.175249, 0.28625, 0.472542, 0.782354", \
+            "0.0214179, 0.0724778, 0.110494, 0.175815, 0.286696, 0.472543, 0.782355", \
+            "0.0268229, 0.0762475, 0.113248, 0.177454, 0.287476, 0.472692, 0.782356", \
+            "0.035599, 0.084431, 0.119308, 0.181881, 0.290827, 0.475037, 0.783103", \
+            "0.04899, 0.101111, 0.133211, 0.193217, 0.30017, 0.483244, 0.790097" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0672726, 0.110647, 0.134771, 0.173771, 0.238401, 0.345732, 0.52447", \
+            "0.0904038, 0.134921, 0.15927, 0.198335, 0.263003, 0.370359, 0.549132", \
+            "0.104591, 0.150635, 0.175141, 0.214358, 0.279216, 0.386602, 0.565316", \
+            "0.123217, 0.172447, 0.197434, 0.236844, 0.301714, 0.409389, 0.588374", \
+            "0.147638, 0.20276, 0.228934, 0.268655, 0.333534, 0.441411, 0.620329", \
+            "0.180654, 0.244575, 0.273129, 0.314982, 0.381113, 0.489432, 0.668626", \
+            "0.218158, 0.294374, 0.326756, 0.372252, 0.441932, 0.554163, 0.736433" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145091, 0.0588672, 0.0900712, 0.142663, 0.232, 0.381341, 0.630508", \
+            "0.0158332, 0.0597017, 0.090616, 0.143052, 0.232119, 0.382254, 0.630583", \
+            "0.0178018, 0.0611185, 0.091631, 0.143663, 0.232463, 0.382255, 0.630631", \
+            "0.0213062, 0.0637578, 0.0936151, 0.144997, 0.233302, 0.382256, 0.630986", \
+            "0.0271979, 0.0695368, 0.0981296, 0.147822, 0.234678, 0.383074, 0.631595", \
+            "0.036028, 0.079639, 0.107189, 0.155468, 0.240189, 0.386444, 0.633765", \
+            "0.04903, 0.09765, 0.124231, 0.170699, 0.25409, 0.399057, 0.643779" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0379326, 0.0810051, 0.108547, 0.15395, 0.230079, 0.356363, 0.567165", \
+            "0.0629944, 0.1081, 0.135746, 0.181208, 0.257156, 0.383678, 0.594431", \
+            "0.0783957, 0.125741, 0.153406, 0.198905, 0.274904, 0.401281, 0.612137", \
+            "0.0981863, 0.149639, 0.17726, 0.222938, 0.298669, 0.425281, 0.635943", \
+            "0.124923, 0.183327, 0.211111, 0.256761, 0.332642, 0.458765, 0.669515", \
+            "0.158475, 0.22845, 0.258525, 0.304242, 0.380921, 0.50775, 0.717859", \
+            "0.198765, 0.28408, 0.319339, 0.368925, 0.447043, 0.576472, 0.790152" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116644, 0.0663661, 0.106416, 0.172915, 0.28461, 0.46998, 0.779425", \
+            "0.015958, 0.0671815, 0.106833, 0.173075, 0.284611, 0.469981, 0.779426", \
+            "0.0194344, 0.0682315, 0.107297, 0.173464, 0.284612, 0.469982, 0.780061", \
+            "0.0248957, 0.0706789, 0.108524, 0.173973, 0.284965, 0.470321, 0.780062", \
+            "0.0330627, 0.0764099, 0.111864, 0.175758, 0.285858, 0.470993, 0.780063", \
+            "0.045269, 0.089012, 0.121223, 0.181388, 0.289601, 0.473397, 0.781406", \
+            "0.062281, 0.112151, 0.142633, 0.198093, 0.301469, 0.48306, 0.789367" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0605753, 0.103953, 0.128191, 0.167092, 0.231705, 0.339126, 0.517946", \
+            "0.0871712, 0.131664, 0.156105, 0.195199, 0.259908, 0.367234, 0.5461", \
+            "0.104186, 0.149715, 0.174232, 0.213671, 0.278525, 0.385976, 0.564718", \
+            "0.127611, 0.175879, 0.20044, 0.239652, 0.304782, 0.41254, 0.591578", \
+            "0.159469, 0.211539, 0.237104, 0.277045, 0.341517, 0.449257, 0.628745", \
+            "0.203274, 0.265179, 0.292004, 0.332464, 0.398318, 0.505842, 0.684529", \
+            "0.262691, 0.338352, 0.368984, 0.41277, 0.480769, 0.591747, 0.773655" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145075, 0.0589546, 0.090075, 0.142613, 0.231941, 0.381307, 0.63065", \
+            "0.0165437, 0.0600852, 0.0908778, 0.14322, 0.232152, 0.38226, 0.630706", \
+            "0.0190871, 0.0614294, 0.0920318, 0.144242, 0.232869, 0.382261, 0.630707", \
+            "0.0233261, 0.0638244, 0.093598, 0.145258, 0.233995, 0.382763, 0.631319", \
+            "0.0300019, 0.0686365, 0.096902, 0.147273, 0.234958, 0.383749, 0.632651", \
+            "0.040495, 0.079012, 0.105387, 0.153467, 0.239344, 0.386186, 0.634196", \
+            "0.056629, 0.098984, 0.123223, 0.168953, 0.252574, 0.398076, 0.643791" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0358937, 0.0778256, 0.105352, 0.15074, 0.226714, 0.353227, 0.564122", \
+            "0.0598799, 0.102896, 0.130569, 0.176027, 0.25202, 0.378456, 0.58925", \
+            "0.0743691, 0.118418, 0.145899, 0.191324, 0.267369, 0.393891, 0.604674", \
+            "0.0925915, 0.139779, 0.167254, 0.212435, 0.287069, 0.413566, 0.62429", \
+            "0.11653, 0.169381, 0.19687, 0.242056, 0.317021, 0.443313, 0.65373", \
+            "0.145058, 0.208402, 0.238133, 0.283682, 0.359981, 0.486389, 0.696861", \
+            "0.177863, 0.257774, 0.29111, 0.339228, 0.41712, 0.546681, 0.759331" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0099969, 0.0662091, 0.106388, 0.172871, 0.284296, 0.469895, 0.779432", \
+            "0.0133634, 0.0668183, 0.106752, 0.173079, 0.284337, 0.469896, 0.779586", \
+            "0.0160849, 0.0675625, 0.107147, 0.173403, 0.284585, 0.470199, 0.779919", \
+            "0.020567, 0.0692894, 0.10809, 0.173957, 0.285091, 0.470399, 0.77992", \
+            "0.0276617, 0.0737389, 0.110725, 0.175501, 0.286043, 0.471216, 0.779926", \
+            "0.038605, 0.084941, 0.119153, 0.181162, 0.290061, 0.474091, 0.781808", \
+            "0.055755, 0.107272, 0.137634, 0.196232, 0.30171, 0.48451, 0.790418" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0536984, 0.0962883, 0.120344, 0.159111, 0.223699, 0.331005, 0.509651", \
+            "0.0781954, 0.122136, 0.146486, 0.185558, 0.250122, 0.357516, 0.536217", \
+            "0.0931433, 0.138383, 0.16296, 0.202265, 0.267143, 0.37472, 0.553542", \
+            "0.113644, 0.16182, 0.186236, 0.22554, 0.290476, 0.39823, 0.577204", \
+            "0.140984, 0.194028, 0.219908, 0.258836, 0.323453, 0.431346, 0.610483", \
+            "0.181011, 0.243221, 0.270644, 0.311057, 0.37708, 0.484349, 0.663309", \
+            "0.234536, 0.310194, 0.341387, 0.386442, 0.454638, 0.56553, 0.748926" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137669, 0.0582552, 0.0895421, 0.142243, 0.23156, 0.381113, 0.630296", \
+            "0.0163102, 0.0598237, 0.0906774, 0.142972, 0.231948, 0.381301, 0.630471", \
+            "0.0189478, 0.0611169, 0.0918312, 0.144015, 0.232768, 0.381595, 0.630616", \
+            "0.0232572, 0.0637761, 0.0934268, 0.145135, 0.233774, 0.38282, 0.631082", \
+            "0.0302113, 0.0689952, 0.0974821, 0.147274, 0.234954, 0.383696, 0.63233", \
+            "0.040771, 0.080138, 0.106769, 0.154492, 0.240025, 0.386682, 0.634201", \
+            "0.057258, 0.101216, 0.125602, 0.171861, 0.254885, 0.399973, 0.644521" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357019, 0.0776202, 0.105151, 0.150541, 0.226507, 0.35298, 0.563921", \
+            "0.0596358, 0.102645, 0.130292, 0.175807, 0.251922, 0.378342, 0.589422", \
+            "0.0743833, 0.118363, 0.145775, 0.191628, 0.267501, 0.394101, 0.604762", \
+            "0.0932879, 0.140408, 0.167858, 0.213079, 0.287663, 0.41421, 0.624851", \
+            "0.118705, 0.171685, 0.198557, 0.243789, 0.319345, 0.444868, 0.65531", \
+            "0.151397, 0.215094, 0.244039, 0.289776, 0.366053, 0.491405, 0.70186", \
+            "0.193235, 0.272654, 0.305853, 0.354562, 0.433559, 0.5623, 0.77417" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0100105, 0.0662314, 0.106388, 0.172874, 0.284298, 0.470006, 0.779434", \
+            "0.0133791, 0.0668427, 0.106763, 0.173088, 0.284336, 0.470007, 0.779743", \
+            "0.0160672, 0.0675846, 0.107143, 0.173434, 0.284617, 0.470008, 0.78005", \
+            "0.0204554, 0.0692788, 0.108079, 0.173871, 0.285092, 0.470393, 0.780051", \
+            "0.0274007, 0.0735423, 0.110667, 0.175491, 0.28605, 0.471048, 0.780052", \
+            "0.03807, 0.084438, 0.118791, 0.180934, 0.289997, 0.474027, 0.781742", \
+            "0.054957, 0.106626, 0.137172, 0.195457, 0.301962, 0.48477, 0.790491" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0452743, 0.0848924, 0.108501, 0.147116, 0.211625, 0.318768, 0.497334", \
+            "0.0694381, 0.110656, 0.134462, 0.173244, 0.237712, 0.345014, 0.523596", \
+            "0.0833213, 0.126083, 0.150013, 0.188971, 0.253677, 0.361182, 0.539887", \
+            "0.101662, 0.147435, 0.171313, 0.210144, 0.274975, 0.382545, 0.561387", \
+            "0.124809, 0.176587, 0.201552, 0.239729, 0.304326, 0.411588, 0.590471", \
+            "0.156726, 0.217015, 0.243886, 0.283563, 0.349463, 0.457036, 0.636092", \
+            "0.195672, 0.269003, 0.299388, 0.343136, 0.411279, 0.522611, 0.704743" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114897, 0.055977, 0.0877966, 0.140982, 0.230769, 0.380173, 0.629259", \
+            "0.0144138, 0.057401, 0.0887388, 0.14159, 0.230891, 0.380236, 0.629354", \
+            "0.0170918, 0.0586309, 0.0896218, 0.142415, 0.231486, 0.380598, 0.630319", \
+            "0.0213548, 0.061224, 0.0911732, 0.143228, 0.232239, 0.381383, 0.63032", \
+            "0.0281358, 0.0660619, 0.0949793, 0.14544, 0.233446, 0.382492, 0.630895", \
+            "0.03831, 0.077423, 0.104236, 0.152226, 0.238536, 0.38547, 0.63325", \
+            "0.053847, 0.097801, 0.12243, 0.168543, 0.252887, 0.398773, 0.643815" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0379326, 0.0810051, 0.108547, 0.15395, 0.230079, 0.356363, 0.567165", \
+            "0.0629944, 0.1081, 0.135746, 0.181208, 0.257156, 0.383678, 0.594431", \
+            "0.0783957, 0.125741, 0.153406, 0.198905, 0.274904, 0.401281, 0.612137", \
+            "0.0981863, 0.149639, 0.17726, 0.222938, 0.298669, 0.425281, 0.635943", \
+            "0.124923, 0.183327, 0.211111, 0.256761, 0.332642, 0.458765, 0.669515", \
+            "0.158475, 0.22845, 0.258525, 0.304242, 0.380921, 0.50775, 0.717859", \
+            "0.198765, 0.28408, 0.319339, 0.368925, 0.447043, 0.576472, 0.790152" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116644, 0.0663661, 0.106416, 0.172915, 0.28461, 0.46998, 0.779425", \
+            "0.015958, 0.0671815, 0.106833, 0.173075, 0.284611, 0.469981, 0.779426", \
+            "0.0194344, 0.0682315, 0.107297, 0.173464, 0.284612, 0.469982, 0.780061", \
+            "0.0248957, 0.0706789, 0.108524, 0.173973, 0.284965, 0.470321, 0.780062", \
+            "0.0330627, 0.0764099, 0.111864, 0.175758, 0.285858, 0.470993, 0.780063", \
+            "0.045269, 0.089012, 0.121223, 0.181388, 0.289601, 0.473397, 0.781406", \
+            "0.062281, 0.112151, 0.142633, 0.198093, 0.301469, 0.48306, 0.789367" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0605753, 0.103953, 0.128191, 0.167092, 0.231705, 0.339126, 0.517946", \
+            "0.0871712, 0.131664, 0.156105, 0.195199, 0.259908, 0.367234, 0.5461", \
+            "0.104186, 0.149715, 0.174232, 0.213671, 0.278525, 0.385976, 0.564718", \
+            "0.127611, 0.175879, 0.20044, 0.239652, 0.304782, 0.41254, 0.591578", \
+            "0.159469, 0.211539, 0.237104, 0.277045, 0.341517, 0.449257, 0.628745", \
+            "0.203274, 0.265179, 0.292004, 0.332464, 0.398318, 0.505842, 0.684529", \
+            "0.262691, 0.338352, 0.368984, 0.41277, 0.480769, 0.591747, 0.773655" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145075, 0.0589546, 0.090075, 0.142613, 0.231941, 0.381307, 0.63065", \
+            "0.0165437, 0.0600852, 0.0908778, 0.14322, 0.232152, 0.38226, 0.630706", \
+            "0.0190871, 0.0614294, 0.0920318, 0.144242, 0.232869, 0.382261, 0.630707", \
+            "0.0233261, 0.0638244, 0.093598, 0.145258, 0.233995, 0.382763, 0.631319", \
+            "0.0300019, 0.0686365, 0.096902, 0.147273, 0.234958, 0.383749, 0.632651", \
+            "0.040495, 0.079012, 0.105387, 0.153467, 0.239344, 0.386186, 0.634196", \
+            "0.056629, 0.098984, 0.123223, 0.168953, 0.252574, 0.398076, 0.643791" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00878701, 0.00922731, 0.00929922, 0.00925823, 0.00917522, 0.00895521, 0.00891342", \
+            "0.00875422, 0.00892138, 0.00901774, 0.00911467, 0.00890541, 0.00873723, 0.00873799", \
+            "0.0091142, 0.00917162, 0.00918249, 0.00918291, 0.00924524, 0.00892285, 0.00848065", \
+            "0.010232, 0.0100503, 0.0101297, 0.0101812, 0.00996895, 0.0102001, 0.00971013", \
+            "0.0128883, 0.0123677, 0.0123178, 0.0122729, 0.0123047, 0.0120189, 0.0118787", \
+            "0.0185506, 0.0175001, 0.0173632, 0.017153, 0.0172133, 0.017133, 0.0168749", \
+            "0.0303641, 0.0283321, 0.0280591, 0.0277327, 0.027571, 0.0272236, 0.0269892" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103085, 0.0109073, 0.0109741, 0.0109367, 0.0108488, 0.0106518, 0.0102838", \
+            "0.0100362, 0.0104787, 0.0105562, 0.0107528, 0.0104935, 0.010297, 0.0100193", \
+            "0.0101614, 0.0105232, 0.0105764, 0.0105304, 0.0107095, 0.0102895, 0.010033", \
+            "0.0108968, 0.0110943, 0.0111691, 0.0112613, 0.0110946, 0.011031, 0.0108978", \
+            "0.0131029, 0.0128519, 0.0129318, 0.0130431, 0.013097, 0.0131116, 0.0124649", \
+            "0.0186033, 0.0176737, 0.0177564, 0.0177965, 0.0178408, 0.0177998, 0.0179195", \
+            "0.0300604, 0.0282636, 0.0280572, 0.0279115, 0.0280426, 0.0277087, 0.0276372" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00878701, 0.00922731, 0.00929922, 0.00925823, 0.00917522, 0.00895521, 0.00891342", \
+            "0.00875422, 0.00892138, 0.00901774, 0.00911467, 0.00890541, 0.00873723, 0.00873799", \
+            "0.0091142, 0.00917162, 0.00918249, 0.00918291, 0.00924524, 0.00892285, 0.00848065", \
+            "0.010232, 0.0100503, 0.0101297, 0.0101812, 0.00996895, 0.0102001, 0.00971013", \
+            "0.0128883, 0.0123677, 0.0123178, 0.0122729, 0.0123047, 0.0120189, 0.0118787", \
+            "0.0185506, 0.0175001, 0.0173632, 0.017153, 0.0172133, 0.017133, 0.0168749", \
+            "0.0303641, 0.0283321, 0.0280591, 0.0277327, 0.027571, 0.0272236, 0.0269892" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103085, 0.0109073, 0.0109741, 0.0109367, 0.0108488, 0.0106518, 0.0102838", \
+            "0.0100362, 0.0104787, 0.0105562, 0.0107528, 0.0104935, 0.010297, 0.0100193", \
+            "0.0101614, 0.0105232, 0.0105764, 0.0105304, 0.0107095, 0.0102895, 0.010033", \
+            "0.0108968, 0.0110943, 0.0111691, 0.0112613, 0.0110946, 0.011031, 0.0108978", \
+            "0.0131029, 0.0128519, 0.0129318, 0.0130431, 0.013097, 0.0131116, 0.0124649", \
+            "0.0186033, 0.0176737, 0.0177564, 0.0177965, 0.0178408, 0.0177998, 0.0179195", \
+            "0.0300604, 0.0282636, 0.0280572, 0.0279115, 0.0280426, 0.0277087, 0.0276372" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0106536, 0.0111104, 0.0111503, 0.0111344, 0.0110597, 0.0108368, 0.0108912", \
+            "0.0104943, 0.0107471, 0.0108605, 0.010906, 0.0107608, 0.0107268, 0.0108566", \
+            "0.0106373, 0.0108313, 0.0108752, 0.0108477, 0.0111313, 0.0105877, 0.010531", \
+            "0.0114456, 0.0114502, 0.0115172, 0.0115056, 0.0113814, 0.0115936, 0.0111446", \
+            "0.0137022, 0.0133011, 0.0132475, 0.0132486, 0.0133424, 0.0131462, 0.0129327", \
+            "0.0190394, 0.0181245, 0.0180195, 0.0179183, 0.0179262, 0.0178995, 0.0176679", \
+            "0.030209, 0.0285054, 0.0281828, 0.0278676, 0.0277344, 0.0274893, 0.0271977" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0102821, 0.0108065, 0.0108424, 0.0108624, 0.0107787, 0.0105678, 0.0101844", \
+            "0.0101425, 0.0105269, 0.0106036, 0.010813, 0.0105479, 0.010544, 0.00998124", \
+            "0.0103004, 0.0105883, 0.0106183, 0.0105709, 0.0108113, 0.0103735, 0.00999048", \
+            "0.0109745, 0.0110383, 0.0111353, 0.011205, 0.0110014, 0.0110262, 0.0109999", \
+            "0.0131076, 0.0128935, 0.0129372, 0.0129589, 0.0129942, 0.0130739, 0.0124829", \
+            "0.0183934, 0.0175193, 0.017571, 0.0176488, 0.0176875, 0.0177835, 0.0177739", \
+            "0.0296119, 0.0278386, 0.0276242, 0.0274459, 0.0273469, 0.0272139, 0.0274222" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0106536, 0.0111104, 0.0111503, 0.0111344, 0.0110597, 0.0108368, 0.0108912", \
+            "0.0104943, 0.0107471, 0.0108605, 0.010906, 0.0107608, 0.0107268, 0.0108566", \
+            "0.0106373, 0.0108313, 0.0108752, 0.0108477, 0.0111313, 0.0105877, 0.010531", \
+            "0.0114456, 0.0114502, 0.0115172, 0.0115056, 0.0113814, 0.0115936, 0.0111446", \
+            "0.0137022, 0.0133011, 0.0132475, 0.0132486, 0.0133424, 0.0131462, 0.0129327", \
+            "0.0190394, 0.0181245, 0.0180195, 0.0179183, 0.0179262, 0.0178995, 0.0176679", \
+            "0.030209, 0.0285054, 0.0281828, 0.0278676, 0.0277344, 0.0274893, 0.0271977" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0102821, 0.0108065, 0.0108424, 0.0108624, 0.0107787, 0.0105678, 0.0101844", \
+            "0.0101425, 0.0105269, 0.0106036, 0.010813, 0.0105479, 0.010544, 0.00998124", \
+            "0.0103004, 0.0105883, 0.0106183, 0.0105709, 0.0108113, 0.0103735, 0.00999048", \
+            "0.0109745, 0.0110383, 0.0111353, 0.011205, 0.0110014, 0.0110262, 0.0109999", \
+            "0.0131076, 0.0128935, 0.0129372, 0.0129589, 0.0129942, 0.0130739, 0.0124829", \
+            "0.0183934, 0.0175193, 0.017571, 0.0176488, 0.0176875, 0.0177835, 0.0177739", \
+            "0.0296119, 0.0278386, 0.0276242, 0.0274459, 0.0273469, 0.0272139, 0.0274222" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00938577, 0.00991355, 0.00989213, 0.00984784, 0.00976752, 0.00943868, 0.00935867", \
+            "0.00934779, 0.00960434, 0.00967261, 0.00982304, 0.00957792, 0.00928258, 0.0092143", \
+            "0.00976062, 0.00995702, 0.0100109, 0.00997308, 0.010141, 0.00979833, 0.00969798", \
+            "0.0110732, 0.0110029, 0.0110675, 0.0111267, 0.0109657, 0.0110776, 0.0107243", \
+            "0.0140766, 0.0135924, 0.0135094, 0.0135075, 0.0135739, 0.013221, 0.0130456", \
+            "0.0205204, 0.0192294, 0.0191311, 0.018999, 0.0189475, 0.0189587, 0.0188257", \
+            "0.0335457, 0.0313098, 0.0310392, 0.0307026, 0.0305031, 0.0302858, 0.0301791" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0078789, 0.008415, 0.00848147, 0.00845106, 0.00839044, 0.00819431, 0.00782828", \
+            "0.00797706, 0.00825733, 0.00836911, 0.00856235, 0.00829818, 0.00827589, 0.00776001", \
+            "0.00847714, 0.00863421, 0.00864199, 0.00865595, 0.0087571, 0.00848508, 0.00804405", \
+            "0.00981197, 0.00977333, 0.00983713, 0.0098623, 0.00971678, 0.00963926, 0.0093382", \
+            "0.0125536, 0.0120587, 0.0120535, 0.0121333, 0.0121265, 0.0120667, 0.0116123", \
+            "0.018668, 0.0174417, 0.0173916, 0.0172673, 0.0174341, 0.0173342, 0.0172035", \
+            "0.0312558, 0.0290109, 0.0287003, 0.0284835, 0.0282807, 0.0279689, 0.0280422" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00756464, 0.00813476, 0.0080698, 0.00800378, 0.00786708, 0.00760053, 0.00758703", \
+            "0.00748377, 0.00777546, 0.00784791, 0.00796451, 0.0078409, 0.00748128, 0.0071073", \
+            "0.00788985, 0.00812354, 0.00812123, 0.00807232, 0.00819712, 0.00801992, 0.00746318", \
+            "0.00915132, 0.00915753, 0.0092158, 0.00920401, 0.00893237, 0.0090804, 0.00845575", \
+            "0.011999, 0.011668, 0.0116051, 0.0115296, 0.0114625, 0.0111715, 0.0108684", \
+            "0.0183313, 0.0172899, 0.0172579, 0.0171873, 0.0170255, 0.0169027, 0.0167451", \
+            "0.0312111, 0.0294811, 0.0289751, 0.0288142, 0.0285398, 0.0282382, 0.0279294" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00771925, 0.00829534, 0.00834609, 0.00833245, 0.00825639, 0.00808057, 0.00768107", \
+            "0.00789512, 0.00820978, 0.00828389, 0.00848302, 0.00823233, 0.00804444, 0.00768078", \
+            "0.00840344, 0.00861753, 0.00868586, 0.00864362, 0.00880943, 0.00839546, 0.00803779", \
+            "0.00982987, 0.00986233, 0.00988938, 0.00999646, 0.0098215, 0.00972695, 0.00962968", \
+            "0.0126483, 0.0122033, 0.0123133, 0.0123062, 0.0123069, 0.0122407, 0.0116981", \
+            "0.0188607, 0.0176504, 0.017659, 0.0175596, 0.0176758, 0.0175854, 0.017487", \
+            "0.0316371, 0.0293777, 0.0290995, 0.0289776, 0.0287596, 0.0282962, 0.0286599" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00745994, 0.00807593, 0.00796874, 0.00790098, 0.00777794, 0.00750291, 0.00750701", \
+            "0.00741432, 0.007723, 0.0077756, 0.00785117, 0.00766845, 0.00743375, 0.00707332", \
+            "0.0079597, 0.00808623, 0.00807919, 0.00811684, 0.00834047, 0.00811848, 0.007808", \
+            "0.00924766, 0.00927086, 0.00932509, 0.00930649, 0.00905882, 0.00916503, 0.00859437", \
+            "0.0122678, 0.0119531, 0.0118527, 0.0117833, 0.011778, 0.0113175, 0.0110287", \
+            "0.0189273, 0.0179439, 0.0178943, 0.0178001, 0.017711, 0.0174527, 0.0172438", \
+            "0.0324582, 0.0306787, 0.0302776, 0.0299508, 0.0299212, 0.0294753, 0.028969" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00771233, 0.00834792, 0.0083854, 0.00835272, 0.00827452, 0.00806928, 0.00763397", \
+            "0.00788464, 0.00826941, 0.0083228, 0.00843517, 0.00848411, 0.00801562, 0.00766235", \
+            "0.00843147, 0.008755, 0.00881437, 0.0087812, 0.00884198, 0.00852012, 0.00833934", \
+            "0.00991711, 0.0100258, 0.0100644, 0.0101384, 0.0100365, 0.00989437, 0.00981369", \
+            "0.0128496, 0.0125196, 0.0126138, 0.0126584, 0.0127406, 0.012665, 0.0120319", \
+            "0.0193527, 0.0182925, 0.018284, 0.0181665, 0.0183015, 0.0182403, 0.0182637", \
+            "0.0326233, 0.0307099, 0.030387, 0.0301164, 0.029859, 0.0294308, 0.0295017" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00745994, 0.00807593, 0.00796874, 0.00790098, 0.00777794, 0.00750291, 0.00750701", \
+            "0.00741432, 0.007723, 0.0077756, 0.00785117, 0.00766845, 0.00743375, 0.00707332", \
+            "0.0079597, 0.00808623, 0.00807919, 0.00811684, 0.00834047, 0.00811848, 0.007808", \
+            "0.00924766, 0.00927086, 0.00932509, 0.00930649, 0.00905882, 0.00916503, 0.00859437", \
+            "0.0122678, 0.0119531, 0.0118527, 0.0117833, 0.011778, 0.0113175, 0.0110287", \
+            "0.0189273, 0.0179439, 0.0178943, 0.0178001, 0.017711, 0.0174527, 0.0172438", \
+            "0.0324582, 0.0306787, 0.0302776, 0.0299508, 0.0299212, 0.0294753, 0.028969" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00771925, 0.00829534, 0.00834609, 0.00833245, 0.00825639, 0.00808057, 0.00768107", \
+            "0.00789512, 0.00820978, 0.00828389, 0.00848302, 0.00823233, 0.00804444, 0.00768078", \
+            "0.00840344, 0.00861753, 0.00868586, 0.00864362, 0.00880943, 0.00839546, 0.00803779", \
+            "0.00982987, 0.00986233, 0.00988938, 0.00999646, 0.0098215, 0.00972695, 0.00962968", \
+            "0.0126483, 0.0122033, 0.0123133, 0.0123062, 0.0123069, 0.0122407, 0.0116981", \
+            "0.0188607, 0.0176504, 0.017659, 0.0175596, 0.0176758, 0.0175854, 0.017487", \
+            "0.0316371, 0.0293777, 0.0290995, 0.0289776, 0.0287596, 0.0282962, 0.0286599" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0029376;
+      rise_capacitance : 0.00287835;
+      rise_capacitance_range (0.00264548, 0.00304931);
+      fall_capacitance : 0.00299685;
+      fall_capacitance_range (0.00253588, 0.00331871);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00304896;
+      rise_capacitance : 0.00308254;
+      rise_capacitance_range (0.00265247, 0.00332671);
+      fall_capacitance : 0.00301538;
+      fall_capacitance_range (0.00262349, 0.00327491);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00284024;
+      rise_capacitance : 0.00292906;
+      rise_capacitance_range (0.0024562, 0.00327754);
+      fall_capacitance : 0.00275142;
+      fall_capacitance_range (0.00248127, 0.00301178);
+    }
+  }
+  cell (sg13g2_a21o_2) {
+    area : 14.5152;
+    cell_footprint : "a21o";
+    cell_leakage_power : 496.685;
+    leakage_power () {
+      value : 512.719;
+      when : "!A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 579.993;
+      when : "!A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 458.613;
+      when : "A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 457.507;
+      when : "A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 433.428;
+      when : "!A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 495.801;
+      when : "!A1&A2&B1";
+    }
+    leakage_power () {
+      value : 495.8;
+      when : "A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 539.62;
+      when : "A1&A2&B1";
+    }
+    pin (X) {
+      direction : "output";
+      function : "((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0619122, 0.11336, 0.141573, 0.187677, 0.263889, 0.390824, 0.601856", \
+            "0.0928211, 0.145167, 0.173496, 0.219456, 0.295823, 0.422705, 0.634394", \
+            "0.114069, 0.168175, 0.196158, 0.242205, 0.31854, 0.44535, 0.656496", \
+            "0.142692, 0.20026, 0.22842, 0.274394, 0.350516, 0.477395, 0.688544", \
+            "0.181513, 0.245689, 0.273027, 0.318934, 0.395633, 0.521605, 0.733747", \
+            "0.2361, 0.308456, 0.338463, 0.384061, 0.459986, 0.586316, 0.797189", \
+            "0.314315, 0.40039, 0.43189, 0.480831, 0.557672, 0.684247, 0.8977" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152072, 0.0709479, 0.110012, 0.176106, 0.287244, 0.473064, 0.782829", \
+            "0.0178721, 0.0718123, 0.110645, 0.176232, 0.287425, 0.473337, 0.784007", \
+            "0.0209015, 0.0733327, 0.111503, 0.176778, 0.287753, 0.473338, 0.784008", \
+            "0.0265857, 0.0759961, 0.113056, 0.177776, 0.288363, 0.473747, 0.784009", \
+            "0.0343575, 0.081927, 0.116812, 0.179678, 0.289399, 0.474644, 0.78401", \
+            "0.046461, 0.093704, 0.125624, 0.185168, 0.292549, 0.476544, 0.785578", \
+            "0.066321, 0.115811, 0.144991, 0.199101, 0.302242, 0.483718, 0.790935" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0770507, 0.127772, 0.152792, 0.191924, 0.256299, 0.363057, 0.54056", \
+            "0.100783, 0.152343, 0.177505, 0.216818, 0.281229, 0.387954, 0.566697", \
+            "0.116616, 0.169921, 0.19538, 0.234923, 0.299399, 0.406031, 0.58339", \
+            "0.139022, 0.195725, 0.221696, 0.261659, 0.326306, 0.433089, 0.610527", \
+            "0.170211, 0.232984, 0.260473, 0.301257, 0.365474, 0.472393, 0.649777", \
+            "0.214401, 0.286112, 0.316148, 0.358884, 0.425541, 0.533194, 0.710245", \
+            "0.267552, 0.353016, 0.388118, 0.436048, 0.507201, 0.618273, 0.798644" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0176049, 0.0638276, 0.0942506, 0.145707, 0.233493, 0.38162, 0.628758", \
+            "0.0190326, 0.0646736, 0.0948274, 0.145861, 0.233653, 0.382086, 0.630361", \
+            "0.0211739, 0.0664907, 0.0961769, 0.146948, 0.234116, 0.382087, 0.630362", \
+            "0.0256911, 0.0700607, 0.0990897, 0.148938, 0.235427, 0.382378, 0.630363", \
+            "0.0334324, 0.0775577, 0.105211, 0.153356, 0.237722, 0.383608, 0.630364", \
+            "0.045809, 0.090932, 0.117468, 0.163028, 0.244965, 0.387979, 0.632284", \
+            "0.06507, 0.114462, 0.140548, 0.185529, 0.2653, 0.404771, 0.644838" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0619122, 0.11336, 0.141573, 0.187677, 0.263889, 0.390824, 0.601856", \
+            "0.0928211, 0.145167, 0.173496, 0.219456, 0.295823, 0.422705, 0.634394", \
+            "0.114069, 0.168175, 0.196158, 0.242205, 0.31854, 0.44535, 0.656496", \
+            "0.142692, 0.20026, 0.22842, 0.274394, 0.350516, 0.477395, 0.688544", \
+            "0.181513, 0.245689, 0.273027, 0.318934, 0.395633, 0.521605, 0.733747", \
+            "0.2361, 0.308456, 0.338463, 0.384061, 0.459986, 0.586316, 0.797189", \
+            "0.314315, 0.40039, 0.43189, 0.480831, 0.557672, 0.684247, 0.8977" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152072, 0.0709479, 0.110012, 0.176106, 0.287244, 0.473064, 0.782829", \
+            "0.0178721, 0.0718123, 0.110645, 0.176232, 0.287425, 0.473337, 0.784007", \
+            "0.0209015, 0.0733327, 0.111503, 0.176778, 0.287753, 0.473338, 0.784008", \
+            "0.0265857, 0.0759961, 0.113056, 0.177776, 0.288363, 0.473747, 0.784009", \
+            "0.0343575, 0.081927, 0.116812, 0.179678, 0.289399, 0.474644, 0.78401", \
+            "0.046461, 0.093704, 0.125624, 0.185168, 0.292549, 0.476544, 0.785578", \
+            "0.066321, 0.115811, 0.144991, 0.199101, 0.302242, 0.483718, 0.790935" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0770507, 0.127772, 0.152792, 0.191924, 0.256299, 0.363057, 0.54056", \
+            "0.100783, 0.152343, 0.177505, 0.216818, 0.281229, 0.387954, 0.566697", \
+            "0.116616, 0.169921, 0.19538, 0.234923, 0.299399, 0.406031, 0.58339", \
+            "0.139022, 0.195725, 0.221696, 0.261659, 0.326306, 0.433089, 0.610527", \
+            "0.170211, 0.232984, 0.260473, 0.301257, 0.365474, 0.472393, 0.649777", \
+            "0.214401, 0.286112, 0.316148, 0.358884, 0.425541, 0.533194, 0.710245", \
+            "0.267552, 0.353016, 0.388118, 0.436048, 0.507201, 0.618273, 0.798644" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0176049, 0.0638276, 0.0942506, 0.145707, 0.233493, 0.38162, 0.628758", \
+            "0.0190326, 0.0646736, 0.0948274, 0.145861, 0.233653, 0.382086, 0.630361", \
+            "0.0211739, 0.0664907, 0.0961769, 0.146948, 0.234116, 0.382087, 0.630362", \
+            "0.0256911, 0.0700607, 0.0990897, 0.148938, 0.235427, 0.382378, 0.630363", \
+            "0.0334324, 0.0775577, 0.105211, 0.153356, 0.237722, 0.383608, 0.630364", \
+            "0.045809, 0.090932, 0.117468, 0.163028, 0.244965, 0.387979, 0.632284", \
+            "0.06507, 0.114462, 0.140548, 0.185529, 0.2653, 0.404771, 0.644838" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0640102, 0.115461, 0.143747, 0.189683, 0.265967, 0.39281, 0.603918", \
+            "0.0901223, 0.142509, 0.170831, 0.216776, 0.293176, 0.420084, 0.631594", \
+            "0.108911, 0.162726, 0.191086, 0.237102, 0.313536, 0.440276, 0.651429", \
+            "0.134708, 0.191964, 0.220269, 0.266299, 0.342598, 0.469451, 0.680745", \
+            "0.169802, 0.232194, 0.261116, 0.307247, 0.383576, 0.510321, 0.721373", \
+            "0.220359, 0.290956, 0.32152, 0.367634, 0.444809, 0.571037, 0.78209", \
+            "0.283673, 0.368503, 0.402837, 0.451743, 0.5277, 0.655783, 0.86807" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152147, 0.0708717, 0.11004, 0.176047, 0.287226, 0.473066, 0.782887", \
+            "0.0168124, 0.0715878, 0.110475, 0.176134, 0.287354, 0.474025, 0.783252", \
+            "0.018917, 0.0727705, 0.111169, 0.17653, 0.287506, 0.474026, 0.783253", \
+            "0.0232041, 0.075361, 0.112823, 0.177466, 0.288097, 0.474027, 0.783254", \
+            "0.0297214, 0.0806625, 0.116452, 0.179713, 0.289117, 0.474234, 0.783527", \
+            "0.040448, 0.090743, 0.124464, 0.185, 0.292804, 0.476591, 0.78497", \
+            "0.058612, 0.111162, 0.142205, 0.19828, 0.302744, 0.484366, 0.791381" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0836165, 0.135087, 0.160193, 0.199667, 0.264152, 0.370962, 0.54858", \
+            "0.108781, 0.160984, 0.186243, 0.225765, 0.29028, 0.397097, 0.574656", \
+            "0.125852, 0.179563, 0.205082, 0.244754, 0.309353, 0.416215, 0.59384", \
+            "0.150569, 0.207332, 0.2336, 0.273509, 0.338148, 0.445163, 0.622709", \
+            "0.185477, 0.247893, 0.275271, 0.315692, 0.380764, 0.487719, 0.665143", \
+            "0.236045, 0.307217, 0.336439, 0.379549, 0.445362, 0.552288, 0.730219", \
+            "0.304493, 0.387667, 0.421532, 0.468204, 0.537387, 0.648069, 0.828015" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185358, 0.0646336, 0.094913, 0.146385, 0.233864, 0.381757, 0.628991", \
+            "0.0196432, 0.0652367, 0.0953486, 0.146497, 0.234051, 0.381806, 0.629354", \
+            "0.0215838, 0.0669019, 0.0965257, 0.147274, 0.234496, 0.381917, 0.629355", \
+            "0.025782, 0.0701808, 0.0993139, 0.149333, 0.23571, 0.382623, 0.629356", \
+            "0.0329198, 0.0767923, 0.104839, 0.152842, 0.23784, 0.383913, 0.630364", \
+            "0.044355, 0.08875, 0.115011, 0.161913, 0.243942, 0.387348, 0.632323", \
+            "0.061742, 0.109556, 0.135289, 0.180066, 0.259343, 0.400114, 0.641072" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0640102, 0.115461, 0.143747, 0.189683, 0.265967, 0.39281, 0.603918", \
+            "0.0901223, 0.142509, 0.170831, 0.216776, 0.293176, 0.420084, 0.631594", \
+            "0.108911, 0.162726, 0.191086, 0.237102, 0.313536, 0.440276, 0.651429", \
+            "0.134708, 0.191964, 0.220269, 0.266299, 0.342598, 0.469451, 0.680745", \
+            "0.169802, 0.232194, 0.261116, 0.307247, 0.383576, 0.510321, 0.721373", \
+            "0.220359, 0.290956, 0.32152, 0.367634, 0.444809, 0.571037, 0.78209", \
+            "0.283673, 0.368503, 0.402837, 0.451743, 0.5277, 0.655783, 0.86807" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152147, 0.0708717, 0.11004, 0.176047, 0.287226, 0.473066, 0.782887", \
+            "0.0168124, 0.0715878, 0.110475, 0.176134, 0.287354, 0.474025, 0.783252", \
+            "0.018917, 0.0727705, 0.111169, 0.17653, 0.287506, 0.474026, 0.783253", \
+            "0.0232041, 0.075361, 0.112823, 0.177466, 0.288097, 0.474027, 0.783254", \
+            "0.0297214, 0.0806625, 0.116452, 0.179713, 0.289117, 0.474234, 0.783527", \
+            "0.040448, 0.090743, 0.124464, 0.185, 0.292804, 0.476591, 0.78497", \
+            "0.058612, 0.111162, 0.142205, 0.19828, 0.302744, 0.484366, 0.791381" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0836165, 0.135087, 0.160193, 0.199667, 0.264152, 0.370962, 0.54858", \
+            "0.108781, 0.160984, 0.186243, 0.225765, 0.29028, 0.397097, 0.574656", \
+            "0.125852, 0.179563, 0.205082, 0.244754, 0.309353, 0.416215, 0.59384", \
+            "0.150569, 0.207332, 0.2336, 0.273509, 0.338148, 0.445163, 0.622709", \
+            "0.185477, 0.247893, 0.275271, 0.315692, 0.380764, 0.487719, 0.665143", \
+            "0.236045, 0.307217, 0.336439, 0.379549, 0.445362, 0.552288, 0.730219", \
+            "0.304493, 0.387667, 0.421532, 0.468204, 0.537387, 0.648069, 0.828015" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185358, 0.0646336, 0.094913, 0.146385, 0.233864, 0.381757, 0.628991", \
+            "0.0196432, 0.0652367, 0.0953486, 0.146497, 0.234051, 0.381806, 0.629354", \
+            "0.0215838, 0.0669019, 0.0965257, 0.147274, 0.234496, 0.381917, 0.629355", \
+            "0.025782, 0.0701808, 0.0993139, 0.149333, 0.23571, 0.382623, 0.629356", \
+            "0.0329198, 0.0767923, 0.104839, 0.152842, 0.23784, 0.383913, 0.630364", \
+            "0.044355, 0.08875, 0.115011, 0.161913, 0.243942, 0.387348, 0.632323", \
+            "0.061742, 0.109556, 0.135289, 0.180066, 0.259343, 0.400114, 0.641072" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0405121, 0.0872506, 0.11493, 0.16047, 0.236482, 0.363338, 0.574031", \
+            "0.0685441, 0.117684, 0.14536, 0.190867, 0.266936, 0.393516, 0.604517", \
+            "0.0859146, 0.137636, 0.165389, 0.210901, 0.286885, 0.413375, 0.624349", \
+            "0.108082, 0.165094, 0.192681, 0.238216, 0.314348, 0.440824, 0.651492", \
+            "0.137626, 0.201814, 0.229916, 0.275121, 0.351076, 0.477143, 0.688065", \
+            "0.173537, 0.248499, 0.278973, 0.324629, 0.400488, 0.526873, 0.737766", \
+            "0.212158, 0.30273, 0.339309, 0.389612, 0.467126, 0.594054, 0.806431" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0113926, 0.0670741, 0.106808, 0.173255, 0.284803, 0.470756, 0.780499", \
+            "0.015749, 0.0678579, 0.10719, 0.173411, 0.284838, 0.470757, 0.780925", \
+            "0.0196076, 0.0692287, 0.107949, 0.173791, 0.284997, 0.470758, 0.780926", \
+            "0.0257363, 0.0727685, 0.109724, 0.17466, 0.285531, 0.47111, 0.780927", \
+            "0.034696, 0.079641, 0.114079, 0.176859, 0.286573, 0.471867, 0.781096", \
+            "0.049382, 0.094465, 0.125026, 0.183512, 0.290528, 0.474295, 0.782776", \
+            "0.070091, 0.121592, 0.150028, 0.202645, 0.303138, 0.483109, 0.789542" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0772307, 0.128824, 0.15409, 0.193433, 0.25788, 0.364668, 0.542249", \
+            "0.10756, 0.159812, 0.185143, 0.224645, 0.28922, 0.396034, 0.573511", \
+            "0.129202, 0.182687, 0.208408, 0.247857, 0.312557, 0.419369, 0.597088", \
+            "0.160611, 0.217131, 0.242795, 0.282493, 0.347172, 0.45409, 0.631762", \
+            "0.204562, 0.265373, 0.293236, 0.332768, 0.397445, 0.503895, 0.681611", \
+            "0.267259, 0.339665, 0.368072, 0.409061, 0.474461, 0.580884, 0.758732", \
+            "0.358034, 0.443413, 0.476765, 0.521702, 0.58959, 0.699466, 0.878507" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185094, 0.0646598, 0.0949278, 0.146164, 0.233922, 0.381808, 0.629026", \
+            "0.0204399, 0.0655577, 0.0954585, 0.146532, 0.233958, 0.381861, 0.629027", \
+            "0.0234375, 0.0673698, 0.0970454, 0.147682, 0.234652, 0.382174, 0.629028", \
+            "0.0292672, 0.0710036, 0.0998368, 0.149689, 0.236203, 0.383178, 0.629686", \
+            "0.0380571, 0.0780192, 0.104969, 0.152708, 0.238053, 0.384724, 0.630989", \
+            "0.051867, 0.091538, 0.116261, 0.160922, 0.243335, 0.387025, 0.632597", \
+            "0.073368, 0.11686, 0.139483, 0.181066, 0.25911, 0.400004, 0.641155" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.039064, 0.0841121, 0.111774, 0.157281, 0.233474, 0.359924, 0.570883", \
+            "0.06634, 0.112944, 0.140738, 0.186276, 0.262249, 0.388892, 0.599831", \
+            "0.0829495, 0.131605, 0.15927, 0.204833, 0.280748, 0.4074, 0.618352", \
+            "0.103814, 0.156696, 0.183986, 0.229349, 0.305171, 0.431732, 0.642668", \
+            "0.130608, 0.190129, 0.217674, 0.262435, 0.337333, 0.463162, 0.67353", \
+            "0.162627, 0.232783, 0.261483, 0.30676, 0.382208, 0.507864, 0.717889", \
+            "0.194509, 0.280989, 0.315451, 0.364094, 0.439959, 0.56758, 0.778623" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00983546, 0.0665817, 0.10675, 0.173245, 0.284919, 0.470633, 0.780493", \
+            "0.0136837, 0.067341, 0.107054, 0.173435, 0.28492, 0.470705, 0.780921", \
+            "0.0169409, 0.0684914, 0.10759, 0.17378, 0.285021, 0.470706, 0.780922", \
+            "0.0221702, 0.0713854, 0.109139, 0.174468, 0.285572, 0.471118, 0.780923", \
+            "0.0306065, 0.0772796, 0.112686, 0.176395, 0.286684, 0.471843, 0.781307", \
+            "0.044299, 0.091074, 0.122467, 0.1827, 0.290575, 0.474573, 0.782984", \
+            "0.066357, 0.11731, 0.146138, 0.200282, 0.302428, 0.483948, 0.790605" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0692895, 0.120103, 0.145048, 0.184269, 0.248732, 0.35534, 0.532865", \
+            "0.0984271, 0.149989, 0.175138, 0.214535, 0.279009, 0.38563, 0.564577", \
+            "0.11832, 0.171359, 0.196728, 0.23627, 0.300846, 0.407612, 0.585005", \
+            "0.146989, 0.203077, 0.228774, 0.268383, 0.332846, 0.439736, 0.617329", \
+            "0.187409, 0.248162, 0.275971, 0.315274, 0.380094, 0.486358, 0.663674", \
+            "0.245337, 0.316425, 0.345913, 0.388203, 0.452628, 0.559027, 0.736168", \
+            "0.330436, 0.414596, 0.448479, 0.494041, 0.562472, 0.672103, 0.851131" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0175822, 0.0638425, 0.094146, 0.145579, 0.233673, 0.381498, 0.628761", \
+            "0.0199956, 0.0650687, 0.0950845, 0.146084, 0.233674, 0.38226, 0.630163", \
+            "0.0232549, 0.067146, 0.096699, 0.147404, 0.234504, 0.382261, 0.630164", \
+            "0.0293716, 0.0707823, 0.0993263, 0.149442, 0.236062, 0.38292, 0.630165", \
+            "0.0384532, 0.0780324, 0.105248, 0.152713, 0.237919, 0.384374, 0.630927", \
+            "0.052948, 0.092935, 0.116748, 0.162485, 0.243826, 0.387262, 0.632579", \
+            "0.075536, 0.119126, 0.142088, 0.183352, 0.261289, 0.401701, 0.642234" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0388952, 0.0839245, 0.111607, 0.15711, 0.23332, 0.359764, 0.570706", \
+            "0.0661061, 0.112708, 0.140441, 0.185956, 0.261992, 0.388635, 0.599594", \
+            "0.0828164, 0.13159, 0.159123, 0.204689, 0.28076, 0.407367, 0.618464", \
+            "0.10426, 0.157083, 0.18433, 0.229677, 0.305379, 0.431923, 0.642735", \
+            "0.13283, 0.191676, 0.219085, 0.263946, 0.338854, 0.465175, 0.674745", \
+            "0.167483, 0.237736, 0.266692, 0.311859, 0.387501, 0.512518, 0.722558", \
+            "0.209175, 0.294715, 0.328654, 0.377006, 0.453806, 0.581586, 0.792972" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00986545, 0.0665411, 0.106747, 0.173224, 0.284928, 0.470654, 0.780485", \
+            "0.0137129, 0.0673486, 0.107087, 0.173444, 0.284929, 0.470698, 0.780486", \
+            "0.0169509, 0.0684375, 0.107601, 0.173791, 0.285017, 0.470755, 0.780563", \
+            "0.0221028, 0.071433, 0.109143, 0.17452, 0.285551, 0.471102, 0.780781", \
+            "0.0302298, 0.0771563, 0.112815, 0.176483, 0.286594, 0.472017, 0.781244", \
+            "0.0438, 0.090369, 0.122167, 0.182578, 0.290617, 0.474443, 0.782835", \
+            "0.064991, 0.115576, 0.145022, 0.200006, 0.302627, 0.483868, 0.790324" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0567724, 0.102963, 0.127136, 0.16576, 0.229897, 0.336473, 0.514046", \
+            "0.0861712, 0.133669, 0.157973, 0.196802, 0.260979, 0.36745, 0.544947", \
+            "0.104851, 0.154117, 0.178515, 0.21741, 0.281739, 0.388257, 0.565576", \
+            "0.130772, 0.183917, 0.208573, 0.247412, 0.311526, 0.418365, 0.595679", \
+            "0.166371, 0.224455, 0.251351, 0.290273, 0.354165, 0.460596, 0.63766", \
+            "0.215147, 0.285076, 0.312657, 0.353914, 0.418152, 0.524823, 0.701556", \
+            "0.286171, 0.368177, 0.40112, 0.446012, 0.513454, 0.623239, 0.80283" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0141139, 0.0596468, 0.0905445, 0.14261, 0.231201, 0.379575, 0.627065", \
+            "0.0170718, 0.0609185, 0.091392, 0.143168, 0.231415, 0.380538, 0.627159", \
+            "0.0205171, 0.062826, 0.0928424, 0.144085, 0.232057, 0.380539, 0.62716", \
+            "0.0263836, 0.0666936, 0.0954579, 0.145747, 0.233281, 0.380634, 0.627503", \
+            "0.0352227, 0.0743845, 0.101018, 0.149198, 0.234999, 0.381848, 0.628686", \
+            "0.049242, 0.08836, 0.112523, 0.158727, 0.240961, 0.384968, 0.630697", \
+            "0.070179, 0.113771, 0.13672, 0.178944, 0.257444, 0.399057, 0.640279" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0405121, 0.0872506, 0.11493, 0.16047, 0.236482, 0.363338, 0.574031", \
+            "0.0685441, 0.117684, 0.14536, 0.190867, 0.266936, 0.393516, 0.604517", \
+            "0.0859146, 0.137636, 0.165389, 0.210901, 0.286885, 0.413375, 0.624349", \
+            "0.108082, 0.165094, 0.192681, 0.238216, 0.314348, 0.440824, 0.651492", \
+            "0.137626, 0.201814, 0.229916, 0.275121, 0.351076, 0.477143, 0.688065", \
+            "0.173537, 0.248499, 0.278973, 0.324629, 0.400488, 0.526873, 0.737766", \
+            "0.212158, 0.30273, 0.339309, 0.389612, 0.467126, 0.594054, 0.806431" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0113926, 0.0670741, 0.106808, 0.173255, 0.284803, 0.470756, 0.780499", \
+            "0.015749, 0.0678579, 0.10719, 0.173411, 0.284838, 0.470757, 0.780925", \
+            "0.0196076, 0.0692287, 0.107949, 0.173791, 0.284997, 0.470758, 0.780926", \
+            "0.0257363, 0.0727685, 0.109724, 0.17466, 0.285531, 0.47111, 0.780927", \
+            "0.034696, 0.079641, 0.114079, 0.176859, 0.286573, 0.471867, 0.781096", \
+            "0.049382, 0.094465, 0.125026, 0.183512, 0.290528, 0.474295, 0.782776", \
+            "0.070091, 0.121592, 0.150028, 0.202645, 0.303138, 0.483109, 0.789542" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0772307, 0.128824, 0.15409, 0.193433, 0.25788, 0.364668, 0.542249", \
+            "0.10756, 0.159812, 0.185143, 0.224645, 0.28922, 0.396034, 0.573511", \
+            "0.129202, 0.182687, 0.208408, 0.247857, 0.312557, 0.419369, 0.597088", \
+            "0.160611, 0.217131, 0.242795, 0.282493, 0.347172, 0.45409, 0.631762", \
+            "0.204562, 0.265373, 0.293236, 0.332768, 0.397445, 0.503895, 0.681611", \
+            "0.267259, 0.339665, 0.368072, 0.409061, 0.474461, 0.580884, 0.758732", \
+            "0.358034, 0.443413, 0.476765, 0.521702, 0.58959, 0.699466, 0.878507" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185094, 0.0646598, 0.0949278, 0.146164, 0.233922, 0.381808, 0.629026", \
+            "0.0204399, 0.0655577, 0.0954585, 0.146532, 0.233958, 0.381861, 0.629027", \
+            "0.0234375, 0.0673698, 0.0970454, 0.147682, 0.234652, 0.382174, 0.629028", \
+            "0.0292672, 0.0710036, 0.0998368, 0.149689, 0.236203, 0.383178, 0.629686", \
+            "0.0380571, 0.0780192, 0.104969, 0.152708, 0.238053, 0.384724, 0.630989", \
+            "0.051867, 0.091538, 0.116261, 0.160922, 0.243335, 0.387025, 0.632597", \
+            "0.073368, 0.11686, 0.139483, 0.181066, 0.25911, 0.400004, 0.641155" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0140534, 0.0147463, 0.0148027, 0.0149082, 0.0146539, 0.0142863, 0.0142066", \
+            "0.0143191, 0.0142955, 0.014499, 0.0144821, 0.0143675, 0.0139692, 0.0142177", \
+            "0.0149285, 0.0146308, 0.014469, 0.0145616, 0.0145978, 0.0140184, 0.0140199", \
+            "0.0165822, 0.0154793, 0.0154794, 0.0155948, 0.0151251, 0.0156018, 0.014563", \
+            "0.0203328, 0.0180341, 0.0178617, 0.0178274, 0.0179009, 0.0173588, 0.0170668", \
+            "0.0277496, 0.0239303, 0.0236409, 0.0230156, 0.022866, 0.022855, 0.022453", \
+            "0.0427805, 0.0361667, 0.0355647, 0.0348713, 0.0343603, 0.0334697, 0.0332761" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0155771, 0.0161151, 0.0162252, 0.0161804, 0.0160141, 0.0155783, 0.0148583", \
+            "0.015356, 0.015537, 0.0157892, 0.0160922, 0.0159166, 0.0156212, 0.0153833", \
+            "0.0157235, 0.0155844, 0.0155578, 0.0156215, 0.0161092, 0.0156532, 0.014399", \
+            "0.0169018, 0.0159828, 0.0161621, 0.0162602, 0.0160478, 0.0158829, 0.0152546", \
+            "0.0200457, 0.0179609, 0.0181598, 0.0183352, 0.0182192, 0.0181048, 0.016749", \
+            "0.0271323, 0.0231744, 0.0232346, 0.0228718, 0.0232216, 0.0235552, 0.0232819", \
+            "0.0416772, 0.0351673, 0.0346577, 0.0344404, 0.0345948, 0.0338689, 0.0336824" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0140534, 0.0147463, 0.0148027, 0.0149082, 0.0146539, 0.0142863, 0.0142066", \
+            "0.0143191, 0.0142955, 0.014499, 0.0144821, 0.0143675, 0.0139692, 0.0142177", \
+            "0.0149285, 0.0146308, 0.014469, 0.0145616, 0.0145978, 0.0140184, 0.0140199", \
+            "0.0165822, 0.0154793, 0.0154794, 0.0155948, 0.0151251, 0.0156018, 0.014563", \
+            "0.0203328, 0.0180341, 0.0178617, 0.0178274, 0.0179009, 0.0173588, 0.0170668", \
+            "0.0277496, 0.0239303, 0.0236409, 0.0230156, 0.022866, 0.022855, 0.022453", \
+            "0.0427805, 0.0361667, 0.0355647, 0.0348713, 0.0343603, 0.0334697, 0.0332761" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0155771, 0.0161151, 0.0162252, 0.0161804, 0.0160141, 0.0155783, 0.0148583", \
+            "0.015356, 0.015537, 0.0157892, 0.0160922, 0.0159166, 0.0156212, 0.0153833", \
+            "0.0157235, 0.0155844, 0.0155578, 0.0156215, 0.0161092, 0.0156532, 0.014399", \
+            "0.0169018, 0.0159828, 0.0161621, 0.0162602, 0.0160478, 0.0158829, 0.0152546", \
+            "0.0200457, 0.0179609, 0.0181598, 0.0183352, 0.0182192, 0.0181048, 0.016749", \
+            "0.0271323, 0.0231744, 0.0232346, 0.0228718, 0.0232216, 0.0235552, 0.0232819", \
+            "0.0416772, 0.0351673, 0.0346577, 0.0344404, 0.0345948, 0.0338689, 0.0336824" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0161358, 0.016756, 0.016863, 0.0168923, 0.0166539, 0.0163018, 0.0163821", \
+            "0.016142, 0.0163595, 0.0165629, 0.0166027, 0.0165549, 0.0162773, 0.0162148", \
+            "0.0164564, 0.0164161, 0.0164309, 0.0164751, 0.0166669, 0.0161101, 0.0158606", \
+            "0.0176572, 0.0170579, 0.0170784, 0.0171987, 0.0167745, 0.0170532, 0.016312", \
+            "0.0207287, 0.0189923, 0.0189583, 0.0189611, 0.0191685, 0.0185326, 0.0184122", \
+            "0.0274591, 0.0244398, 0.0242175, 0.023623, 0.0239099, 0.0236689, 0.0232206", \
+            "0.0417968, 0.036055, 0.035504, 0.0347391, 0.0340873, 0.0335525, 0.0330387" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0157408, 0.0159944, 0.0160556, 0.0160155, 0.0158399, 0.0156171, 0.0147522", \
+            "0.015633, 0.0156769, 0.0159255, 0.0161072, 0.0158147, 0.0154404, 0.0148165", \
+            "0.0160194, 0.0157038, 0.015793, 0.0158159, 0.0162612, 0.0160611, 0.0145407", \
+            "0.017167, 0.0161501, 0.0163588, 0.0164458, 0.0160237, 0.0160439, 0.0153412", \
+            "0.0202609, 0.0180701, 0.0182537, 0.0181641, 0.0184523, 0.0181818, 0.0168982", \
+            "0.0271152, 0.0232588, 0.0230782, 0.0231462, 0.0231494, 0.0231616, 0.0232381", \
+            "0.0412311, 0.0349435, 0.0344186, 0.0342204, 0.0338808, 0.0337055, 0.0340511" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0161358, 0.016756, 0.016863, 0.0168923, 0.0166539, 0.0163018, 0.0163821", \
+            "0.016142, 0.0163595, 0.0165629, 0.0166027, 0.0165549, 0.0162773, 0.0162148", \
+            "0.0164564, 0.0164161, 0.0164309, 0.0164751, 0.0166669, 0.0161101, 0.0158606", \
+            "0.0176572, 0.0170579, 0.0170784, 0.0171987, 0.0167745, 0.0170532, 0.016312", \
+            "0.0207287, 0.0189923, 0.0189583, 0.0189611, 0.0191685, 0.0185326, 0.0184122", \
+            "0.0274591, 0.0244398, 0.0242175, 0.023623, 0.0239099, 0.0236689, 0.0232206", \
+            "0.0417968, 0.036055, 0.035504, 0.0347391, 0.0340873, 0.0335525, 0.0330387" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0157408, 0.0159944, 0.0160556, 0.0160155, 0.0158399, 0.0156171, 0.0147522", \
+            "0.015633, 0.0156769, 0.0159255, 0.0161072, 0.0158147, 0.0154404, 0.0148165", \
+            "0.0160194, 0.0157038, 0.015793, 0.0158159, 0.0162612, 0.0160611, 0.0145407", \
+            "0.017167, 0.0161501, 0.0163588, 0.0164458, 0.0160237, 0.0160439, 0.0153412", \
+            "0.0202609, 0.0180701, 0.0182537, 0.0181641, 0.0184523, 0.0181818, 0.0168982", \
+            "0.0271152, 0.0232588, 0.0230782, 0.0231462, 0.0231494, 0.0231616, 0.0232381", \
+            "0.0412311, 0.0349435, 0.0344186, 0.0342204, 0.0338808, 0.0337055, 0.0340511" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.014726, 0.0160107, 0.0159974, 0.0158914, 0.0156718, 0.015278, 0.0150994", \
+            "0.014861, 0.015386, 0.0155372, 0.0157317, 0.0154753, 0.0148317, 0.0142114", \
+            "0.0155741, 0.0156557, 0.0157357, 0.0157059, 0.0160506, 0.0154057, 0.0142893", \
+            "0.0173591, 0.0166441, 0.016696, 0.0167842, 0.0166506, 0.0170514, 0.0155168", \
+            "0.0213918, 0.0193972, 0.0192818, 0.0191438, 0.0194434, 0.0187113, 0.0187158", \
+            "0.029508, 0.0256089, 0.0252703, 0.0249693, 0.0248435, 0.0249101, 0.0245946", \
+            "0.0459553, 0.0390872, 0.0384865, 0.0377639, 0.0373972, 0.0369781, 0.0366289" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0133014, 0.0136185, 0.0137881, 0.0137735, 0.0136199, 0.013115, 0.0124343", \
+            "0.0135055, 0.0133168, 0.0135595, 0.0138051, 0.013981, 0.0131307, 0.0123487", \
+            "0.0143464, 0.0137034, 0.0137787, 0.013768, 0.0142509, 0.0140333, 0.0126046", \
+            "0.0163809, 0.0148897, 0.0148769, 0.0149733, 0.0145138, 0.0142335, 0.0137756", \
+            "0.0203139, 0.0172975, 0.0174632, 0.0172666, 0.0174372, 0.0168825, 0.0156011", \
+            "0.0280999, 0.0233936, 0.0232041, 0.0226746, 0.0229083, 0.0229889, 0.0229675", \
+            "0.0439872, 0.0362959, 0.0355724, 0.0351107, 0.034762, 0.0346978, 0.0344983" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126034, 0.013845, 0.013905, 0.0138018, 0.0136404, 0.012999, 0.0128801", \
+            "0.0126614, 0.0132034, 0.0133634, 0.0134726, 0.0133329, 0.0127117, 0.0126754", \
+            "0.0133217, 0.0135413, 0.0136247, 0.0136122, 0.0139291, 0.0133456, 0.0129646", \
+            "0.0149124, 0.0144904, 0.0145655, 0.0146634, 0.0143603, 0.0146535, 0.0138504", \
+            "0.0187137, 0.0173006, 0.0169944, 0.0167743, 0.0168205, 0.0162201, 0.0155002", \
+            "0.0267313, 0.0232943, 0.0228214, 0.0226093, 0.0223116, 0.0220943, 0.0213511", \
+            "0.0428798, 0.0366275, 0.0359156, 0.0353663, 0.0349667, 0.0342459, 0.0334733" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130071, 0.0135575, 0.0136727, 0.0137043, 0.013491, 0.013166, 0.0124759", \
+            "0.0133002, 0.0132292, 0.0134257, 0.0138448, 0.0135703, 0.0133229, 0.0130695", \
+            "0.0142191, 0.0136464, 0.0136485, 0.0136861, 0.0138862, 0.0132341, 0.0125777", \
+            "0.0162896, 0.014803, 0.014921, 0.0149852, 0.0146214, 0.0143225, 0.0135524", \
+            "0.0203188, 0.0172929, 0.0175963, 0.0173704, 0.0176482, 0.0170463, 0.0157903", \
+            "0.0284101, 0.023449, 0.0232482, 0.0233706, 0.0231887, 0.0231279, 0.0230331", \
+            "0.0444387, 0.036619, 0.0359185, 0.0355132, 0.035336, 0.0348928, 0.0347499" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124991, 0.0137092, 0.0137828, 0.0136672, 0.0135186, 0.0129168, 0.0128046", \
+            "0.0125909, 0.0131122, 0.0132648, 0.0133531, 0.0132552, 0.0126604, 0.0118655", \
+            "0.0132814, 0.0135256, 0.0135427, 0.0135844, 0.0140011, 0.0133124, 0.0121263", \
+            "0.0150547, 0.0146018, 0.014676, 0.0147432, 0.0144093, 0.0148094, 0.0141494", \
+            "0.0189136, 0.0174021, 0.0172027, 0.0170325, 0.0168787, 0.0162585, 0.0156613", \
+            "0.0274036, 0.0238654, 0.0235337, 0.0232997, 0.0230685, 0.0226287, 0.0221139", \
+            "0.0440006, 0.0376724, 0.0372335, 0.0367108, 0.036272, 0.035601, 0.0347464" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126591, 0.0136683, 0.0138075, 0.0137464, 0.0135926, 0.0132102, 0.012593", \
+            "0.0130069, 0.0132912, 0.0134913, 0.013964, 0.0134026, 0.0134829, 0.0123651", \
+            "0.0138748, 0.013703, 0.0136804, 0.0136459, 0.0140683, 0.0132225, 0.0125427", \
+            "0.0159728, 0.0149645, 0.0151773, 0.0152058, 0.0147837, 0.0145439, 0.0141354", \
+            "0.0200497, 0.0176528, 0.0178985, 0.0178348, 0.0180485, 0.0176868, 0.0165223", \
+            "0.0284155, 0.0240273, 0.0238117, 0.0239655, 0.0239483, 0.0240696, 0.0236629", \
+            "0.0449355, 0.0378986, 0.0372242, 0.0369655, 0.0365222, 0.0364458, 0.0367053" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124991, 0.0137092, 0.0137828, 0.0136672, 0.0135186, 0.0129168, 0.0128046", \
+            "0.0125909, 0.0131122, 0.0132648, 0.0133531, 0.0132552, 0.0126604, 0.0118655", \
+            "0.0132814, 0.0135256, 0.0135427, 0.0135844, 0.0140011, 0.0133124, 0.0121263", \
+            "0.0150547, 0.0146018, 0.014676, 0.0147432, 0.0144093, 0.0148094, 0.0141494", \
+            "0.0189136, 0.0174021, 0.0172027, 0.0170325, 0.0168787, 0.0162585, 0.0156613", \
+            "0.0274036, 0.0238654, 0.0235337, 0.0232997, 0.0230685, 0.0226287, 0.0221139", \
+            "0.0440006, 0.0376724, 0.0372335, 0.0367108, 0.036272, 0.035601, 0.0347464" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130071, 0.0135575, 0.0136727, 0.0137043, 0.013491, 0.013166, 0.0124759", \
+            "0.0133002, 0.0132292, 0.0134257, 0.0138448, 0.0135703, 0.0133229, 0.0130695", \
+            "0.0142191, 0.0136464, 0.0136485, 0.0136861, 0.0138862, 0.0132341, 0.0125777", \
+            "0.0162896, 0.014803, 0.014921, 0.0149852, 0.0146214, 0.0143225, 0.0135524", \
+            "0.0203188, 0.0172929, 0.0175963, 0.0173704, 0.0176482, 0.0170463, 0.0157903", \
+            "0.0284101, 0.023449, 0.0232482, 0.0233706, 0.0231887, 0.0231279, 0.0230331", \
+            "0.0444387, 0.036619, 0.0359185, 0.0355132, 0.035336, 0.0348928, 0.0347499" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00312547;
+      rise_capacitance : 0.00304478;
+      rise_capacitance_range (0.00280666, 0.00324627);
+      fall_capacitance : 0.00320615;
+      fall_capacitance_range (0.00275675, 0.00349997);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00314666;
+      rise_capacitance : 0.00316916;
+      rise_capacitance_range (0.00269701, 0.00344459);
+      fall_capacitance : 0.00312416;
+      fall_capacitance_range (0.00274278, 0.0033653);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0029621;
+      rise_capacitance : 0.00303815;
+      rise_capacitance_range (0.00260713, 0.00342029);
+      fall_capacitance : 0.00288605;
+      fall_capacitance_range (0.00265437, 0.00308866);
+    }
+  }
+  cell (sg13g2_a21oi_1) {
+    area : 9.072;
+    cell_footprint : "a21oi";
+    cell_leakage_power : 291.775;
+    leakage_power () {
+      value : 220.969;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 293.417;
+      when : "!A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 280.265;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 347.812;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 158.884;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 347.811;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 302.598;
+      when : "A1&A2&!B1&!Y";
+    }
+    leakage_power () {
+      value : 382.444;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0321875, 0.115685, 0.172504, 0.266032, 0.423042, 0.684045, 1.11932", \
+            "0.048314, 0.14256, 0.200104, 0.294067, 0.451029, 0.71288, 1.14791", \
+            "0.0556101, 0.163869, 0.22446, 0.319875, 0.477107, 0.738777, 1.17439", \
+            "0.0632148, 0.197029, 0.26542, 0.367849, 0.529242, 0.791603, 1.22722", \
+            "0.0711775, 0.244744, 0.32663, 0.444596, 0.620834, 0.893481, 1.33251", \
+            "0.0809747, 0.308938, 0.414787, 0.559783, 0.767143, 1.0715, 1.53452", \
+            "0.0852205, 0.387967, 0.528303, 0.718311, 0.979365, 1.3411, 1.87049" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0183814, 0.133348, 0.213631, 0.346354, 0.568473, 0.938743, 1.55595", \
+            "0.0283867, 0.137287, 0.215266, 0.347979, 0.568732, 0.939034, 1.55596", \
+            "0.0379943, 0.147737, 0.222925, 0.350667, 0.569394, 0.939865, 1.55596", \
+            "0.056383, 0.17261, 0.246213, 0.36906, 0.580438, 0.942474, 1.5565", \
+            "0.0872223, 0.219092, 0.29467, 0.416157, 0.620631, 0.968844, 1.56774", \
+            "0.134025, 0.298981, 0.383634, 0.511234, 0.717796, 1.05663, 1.63063", \
+            "0.208977, 0.428465, 0.535798, 0.681768, 0.901564, 1.25036, 1.81549" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0296879, 0.0951124, 0.139163, 0.211465, 0.332491, 0.534207, 0.870144", \
+            "0.0515782, 0.132909, 0.178438, 0.251154, 0.372124, 0.573745, 0.909405", \
+            "0.0655212, 0.163334, 0.214063, 0.290635, 0.412972, 0.614463, 0.950178", \
+            "0.0841367, 0.207691, 0.269446, 0.357518, 0.489273, 0.694901, 1.03087", \
+            "0.110536, 0.269421, 0.347583, 0.456928, 0.612429, 0.840633, 1.1875", \
+            "0.148351, 0.353474, 0.456303, 0.598212, 0.794158, 1.0694, 1.46683", \
+            "0.203508, 0.473881, 0.604137, 0.789607, 1.04763, 1.39904, 1.89053" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207958, 0.105921, 0.165673, 0.263953, 0.429158, 0.704202, 1.16255", \
+            "0.0350207, 0.115728, 0.171181, 0.265958, 0.429671, 0.704638, 1.16256", \
+            "0.0462034, 0.133016, 0.186906, 0.277196, 0.434775, 0.705376, 1.16257", \
+            "0.0643545, 0.167097, 0.22264, 0.311512, 0.460867, 0.719307, 1.16656", \
+            "0.0935084, 0.221476, 0.287255, 0.381508, 0.531818, 0.777475, 1.20141", \
+            "0.141109, 0.307904, 0.388657, 0.502731, 0.666798, 0.922449, 1.33024", \
+            "0.221154, 0.44225, 0.546519, 0.691549, 0.893824, 1.18662, 1.6162" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0376695, 0.120779, 0.177753, 0.272029, 0.429433, 0.691155, 1.12854", \
+            "0.0566463, 0.148347, 0.20578, 0.299938, 0.45758, 0.720292, 1.15646", \
+            "0.0662645, 0.170317, 0.230569, 0.326009, 0.483627, 0.745949, 1.18348", \
+            "0.0775266, 0.204715, 0.27222, 0.374284, 0.535883, 0.799111, 1.23628", \
+            "0.0917628, 0.254619, 0.335162, 0.452233, 0.628226, 0.90096, 1.34139", \
+            "0.112129, 0.323971, 0.42637, 0.569732, 0.775619, 1.0795, 1.54335", \
+            "0.1351, 0.413364, 0.549305, 0.734664, 0.991705, 1.35262, 1.87879" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0238913, 0.139906, 0.220585, 0.353812, 0.577118, 0.948852, 1.56904", \
+            "0.0332762, 0.14361, 0.22209, 0.355064, 0.577264, 0.949374, 1.56941", \
+            "0.0426929, 0.153615, 0.229493, 0.358112, 0.578236, 0.95157, 1.56942", \
+            "0.0608891, 0.178019, 0.252122, 0.376141, 0.588677, 0.952756, 1.57046", \
+            "0.0904915, 0.223668, 0.300054, 0.422547, 0.628278, 0.97859, 1.58043", \
+            "0.134994, 0.303038, 0.387195, 0.517006, 0.724157, 1.06625, 1.64302", \
+            "0.204545, 0.427287, 0.534033, 0.682836, 0.906786, 1.25772, 1.82698" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0322614, 0.0973554, 0.141291, 0.213663, 0.334772, 0.536211, 0.872081", \
+            "0.0524778, 0.128111, 0.17329, 0.246072, 0.367238, 0.568789, 0.904733", \
+            "0.0654827, 0.153647, 0.202199, 0.277614, 0.399883, 0.601732, 0.937706", \
+            "0.0819142, 0.192316, 0.248677, 0.331986, 0.460674, 0.665511, 1.00211", \
+            "0.105224, 0.247994, 0.318184, 0.416688, 0.56206, 0.782352, 1.12713", \
+            "0.138578, 0.325439, 0.417099, 0.543275, 0.719572, 0.974059, 1.35146", \
+            "0.18525, 0.436311, 0.553516, 0.719688, 0.949564, 1.26578, 1.70929" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202496, 0.106145, 0.165435, 0.26426, 0.429154, 0.704225, 1.16269", \
+            "0.0298109, 0.111851, 0.168838, 0.265257, 0.429758, 0.704226, 1.1627", \
+            "0.0394447, 0.123479, 0.178857, 0.272372, 0.432625, 0.705119, 1.16271", \
+            "0.0572589, 0.148385, 0.203766, 0.295031, 0.449232, 0.713642, 1.16459", \
+            "0.0863281, 0.192816, 0.25226, 0.344808, 0.497391, 0.751787, 1.18721", \
+            "0.13236, 0.26698, 0.337325, 0.439259, 0.597754, 0.85095, 1.27374", \
+            "0.205674, 0.386911, 0.473779, 0.598581, 0.780757, 1.05079, 1.47423" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0308081, 0.115219, 0.172533, 0.266549, 0.423989, 0.686404, 1.12347", \
+            "0.050915, 0.148943, 0.206539, 0.30081, 0.458464, 0.721239, 1.15763", \
+            "0.0622966, 0.177535, 0.239145, 0.334999, 0.492386, 0.754485, 1.19268", \
+            "0.0778134, 0.221584, 0.293998, 0.399764, 0.562749, 0.825538, 1.26214", \
+            "0.098901, 0.283021, 0.373012, 0.500281, 0.684759, 0.961471, 1.40147", \
+            "0.128615, 0.367237, 0.483583, 0.64425, 0.872116, 1.19467, 1.67069", \
+            "0.169407, 0.479763, 0.631396, 0.841093, 1.13116, 1.53699, 2.10598" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0243176, 0.139775, 0.220729, 0.353748, 0.577279, 0.949077, 1.56895", \
+            "0.038713, 0.146507, 0.223305, 0.354633, 0.57728, 0.9494, 1.56951", \
+            "0.0494384, 0.162717, 0.235568, 0.360776, 0.578776, 0.949401, 1.57064", \
+            "0.0663741, 0.19709, 0.270154, 0.389528, 0.59627, 0.955035, 1.57198", \
+            "0.093684, 0.254124, 0.335004, 0.457606, 0.65768, 0.996406, 1.58751", \
+            "0.139545, 0.344419, 0.441742, 0.583462, 0.793702, 1.12826, 1.68595", \
+            "0.21683, 0.485551, 0.610656, 0.77999, 1.03237, 1.39437, 1.96011" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168842, 0.0534228, 0.0767643, 0.115324, 0.179991, 0.287121, 0.466053", \
+            "0.0316487, 0.0918308, 0.119935, 0.161367, 0.226546, 0.333857, 0.512553", \
+            "0.0400216, 0.118344, 0.152984, 0.200927, 0.271648, 0.381415, 0.560368", \
+            "0.0499813, 0.155748, 0.201055, 0.262238, 0.346657, 0.468495, 0.65376", \
+            "0.0620243, 0.2047, 0.26719, 0.348882, 0.458345, 0.607254, 0.819633", \
+            "0.076046, 0.268809, 0.354161, 0.467726, 0.617202, 0.813192, 1.07826", \
+            "0.0913731, 0.352373, 0.467508, 0.619523, 0.82797, 1.1009, 1.45488" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123113, 0.0569457, 0.0892889, 0.142356, 0.232137, 0.381159, 0.629822", \
+            "0.0303159, 0.0739708, 0.102327, 0.150405, 0.235122, 0.381418, 0.629823", \
+            "0.0435487, 0.0930379, 0.122113, 0.169136, 0.249274, 0.389182, 0.631791", \
+            "0.0647707, 0.126375, 0.159822, 0.209289, 0.288777, 0.420519, 0.650196", \
+            "0.0989181, 0.179984, 0.22119, 0.280098, 0.365673, 0.500556, 0.718161", \
+            "0.1548, 0.265158, 0.31996, 0.395702, 0.500398, 0.648888, 0.878471", \
+            "0.248808, 0.402428, 0.476396, 0.579069, 0.717291, 0.90433, 1.16793" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0244427, 0.108436, 0.165301, 0.259086, 0.415834, 0.677115, 1.11234", \
+            "0.0401759, 0.141908, 0.19944, 0.293241, 0.450207, 0.711868, 1.14654", \
+            "0.0492152, 0.169727, 0.231718, 0.327502, 0.484134, 0.745487, 1.18091", \
+            "0.0611031, 0.21211, 0.285471, 0.391737, 0.554469, 0.816219, 1.25094", \
+            "0.0771845, 0.271047, 0.362554, 0.491036, 0.675788, 0.951994, 1.39054", \
+            "0.0997261, 0.35137, 0.470264, 0.632109, 0.861217, 1.18423, 1.6589", \
+            "0.130921, 0.459495, 0.613905, 0.825775, 1.11711, 1.52347, 2.09272" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0193325, 0.13343, 0.213533, 0.346466, 0.568481, 0.938783, 1.55592", \
+            "0.0337486, 0.14071, 0.216679, 0.34681, 0.568482, 0.939167, 1.55649", \
+            "0.043449, 0.157319, 0.229587, 0.353711, 0.57026, 0.93992, 1.5565", \
+            "0.0591849, 0.192037, 0.264665, 0.383051, 0.588107, 0.944974, 1.56312", \
+            "0.0845891, 0.248464, 0.32991, 0.451993, 0.650231, 0.987215, 1.57511", \
+            "0.128132, 0.338806, 0.435382, 0.576416, 0.786765, 1.11952, 1.67374", \
+            "0.204113, 0.479043, 0.605679, 0.773668, 1.02256, 1.38623, 1.94782" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.016614, 0.053105, 0.0763725, 0.114797, 0.179233, 0.286103, 0.464903", \
+            "0.030821, 0.0913117, 0.119424, 0.160774, 0.225867, 0.332866, 0.511271", \
+            "0.0387632, 0.117706, 0.152312, 0.200233, 0.270848, 0.380363, 0.558977", \
+            "0.0476557, 0.154614, 0.200039, 0.261272, 0.345652, 0.467324, 0.652397", \
+            "0.0575246, 0.202675, 0.26543, 0.347106, 0.45677, 0.605749, 0.818493", \
+            "0.0665144, 0.26502, 0.350858, 0.464854, 0.614961, 0.810922, 1.07623", \
+            "0.0696353, 0.344911, 0.461473, 0.615046, 0.823954, 1.09809, 1.45224" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00913607, 0.0532515, 0.0854191, 0.138776, 0.22851, 0.377598, 0.626574", \
+            "0.0226421, 0.0699875, 0.0987065, 0.146823, 0.231551, 0.378095, 0.627342", \
+            "0.0331187, 0.0884607, 0.118117, 0.165405, 0.245642, 0.385578, 0.628432", \
+            "0.0499284, 0.120516, 0.155281, 0.205113, 0.285161, 0.417137, 0.64671", \
+            "0.0773665, 0.17271, 0.215225, 0.275441, 0.361668, 0.496928, 0.715098", \
+            "0.123517, 0.253867, 0.311584, 0.390012, 0.495321, 0.645701, 0.875612", \
+            "0.204236, 0.387564, 0.462987, 0.56953, 0.712658, 0.899547, 1.16283" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206389, 0.0832102, 0.125253, 0.194606, 0.310656, 0.504163, 0.826279", \
+            "0.0352597, 0.118914, 0.162848, 0.232526, 0.348575, 0.542335, 0.863873", \
+            "0.0433072, 0.145897, 0.195642, 0.26946, 0.386384, 0.579477, 0.901664", \
+            "0.0530851, 0.185261, 0.246739, 0.332768, 0.459776, 0.656581, 0.978691", \
+            "0.0654624, 0.23859, 0.31776, 0.426319, 0.577826, 0.79615, 1.12926", \
+            "0.080979, 0.308948, 0.414638, 0.556676, 0.75103, 1.01916, 1.39983", \
+            "0.0990408, 0.398283, 0.538682, 0.728521, 0.986369, 1.33349, 1.81342" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0148959, 0.0992949, 0.159525, 0.259159, 0.425824, 0.703759, 1.1669", \
+            "0.0294314, 0.110397, 0.165466, 0.261029, 0.426058, 0.70443, 1.16691", \
+            "0.0394162, 0.128715, 0.181718, 0.272002, 0.430633, 0.704431, 1.16724", \
+            "0.0550501, 0.164038, 0.219436, 0.307374, 0.456716, 0.717244, 1.16971", \
+            "0.0795103, 0.219657, 0.28505, 0.379518, 0.528189, 0.775097, 1.20279", \
+            "0.121918, 0.308223, 0.389657, 0.504455, 0.669179, 0.921241, 1.33041", \
+            "0.197218, 0.442999, 0.554945, 0.70277, 0.901891, 1.19185, 1.62246" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0163784, 0.0529383, 0.076209, 0.114606, 0.179085, 0.28595, 0.464749", \
+            "0.0306432, 0.0910901, 0.119166, 0.160517, 0.225598, 0.33262, 0.511029", \
+            "0.038924, 0.117462, 0.152007, 0.199972, 0.270621, 0.380136, 0.558882", \
+            "0.0487362, 0.154515, 0.199855, 0.261037, 0.34541, 0.467108, 0.652104", \
+            "0.060787, 0.203352, 0.26577, 0.347223, 0.456711, 0.60553, 0.81837", \
+            "0.0744694, 0.268683, 0.353005, 0.466173, 0.61563, 0.811265, 1.07648", \
+            "0.0885976, 0.354906, 0.468743, 0.620349, 0.827771, 1.10037, 1.45333" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00924648, 0.0532571, 0.0853271, 0.13902, 0.228659, 0.377634, 0.626573", \
+            "0.022823, 0.0701198, 0.0987531, 0.14688, 0.231566, 0.377892, 0.627347", \
+            "0.0330934, 0.0886673, 0.11837, 0.165572, 0.245751, 0.385692, 0.62846", \
+            "0.0494943, 0.120687, 0.155234, 0.205214, 0.285088, 0.416993, 0.646751", \
+            "0.0760641, 0.172195, 0.215167, 0.275107, 0.361737, 0.497061, 0.715186", \
+            "0.121147, 0.250933, 0.310301, 0.389395, 0.494758, 0.644875, 0.875517", \
+            "0.201171, 0.380702, 0.458101, 0.56519, 0.706954, 0.897459, 1.16734" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0308081, 0.115219, 0.172533, 0.266549, 0.423989, 0.686404, 1.12347", \
+            "0.050915, 0.148943, 0.206539, 0.30081, 0.458464, 0.721239, 1.15763", \
+            "0.0622966, 0.177535, 0.239145, 0.334999, 0.492386, 0.754485, 1.19268", \
+            "0.0778134, 0.221584, 0.293998, 0.399764, 0.562749, 0.825538, 1.26214", \
+            "0.098901, 0.283021, 0.373012, 0.500281, 0.684759, 0.961471, 1.40147", \
+            "0.128615, 0.367237, 0.483583, 0.64425, 0.872116, 1.19467, 1.67069", \
+            "0.169407, 0.479763, 0.631396, 0.841093, 1.13116, 1.53699, 2.10598" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0243176, 0.139775, 0.220729, 0.353748, 0.577279, 0.949077, 1.56895", \
+            "0.038713, 0.146507, 0.223305, 0.354633, 0.57728, 0.9494, 1.56951", \
+            "0.0494384, 0.162717, 0.235568, 0.360776, 0.578776, 0.949401, 1.57064", \
+            "0.0663741, 0.19709, 0.270154, 0.389528, 0.59627, 0.955035, 1.57198", \
+            "0.093684, 0.254124, 0.335004, 0.457606, 0.65768, 0.996406, 1.58751", \
+            "0.139545, 0.344419, 0.441742, 0.583462, 0.793702, 1.12826, 1.68595", \
+            "0.21683, 0.485551, 0.610656, 0.77999, 1.03237, 1.39437, 1.96011" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168842, 0.0534228, 0.0767643, 0.115324, 0.179991, 0.287121, 0.466053", \
+            "0.0316487, 0.0918308, 0.119935, 0.161367, 0.226546, 0.333857, 0.512553", \
+            "0.0400216, 0.118344, 0.152984, 0.200927, 0.271648, 0.381415, 0.560368", \
+            "0.0499813, 0.155748, 0.201055, 0.262238, 0.346657, 0.468495, 0.65376", \
+            "0.0620243, 0.2047, 0.26719, 0.348882, 0.458345, 0.607254, 0.819633", \
+            "0.076046, 0.268809, 0.354161, 0.467726, 0.617202, 0.813192, 1.07826", \
+            "0.0913731, 0.352373, 0.467508, 0.619523, 0.82797, 1.1009, 1.45488" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123113, 0.0569457, 0.0892889, 0.142356, 0.232137, 0.381159, 0.629822", \
+            "0.0303159, 0.0739708, 0.102327, 0.150405, 0.235122, 0.381418, 0.629823", \
+            "0.0435487, 0.0930379, 0.122113, 0.169136, 0.249274, 0.389182, 0.631791", \
+            "0.0647707, 0.126375, 0.159822, 0.209289, 0.288777, 0.420519, 0.650196", \
+            "0.0989181, 0.179984, 0.22119, 0.280098, 0.365673, 0.500556, 0.718161", \
+            "0.1548, 0.265158, 0.31996, 0.395702, 0.500398, 0.648888, 0.878471", \
+            "0.248808, 0.402428, 0.476396, 0.579069, 0.717291, 0.90433, 1.16793" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00548013, 0.00592536, 0.0059224, 0.00586766, 0.0057591, 0.00546001, 0.00508478", \
+            "0.00523488, 0.00563732, 0.00567562, 0.00580661, 0.00567085, 0.00546142, 0.00504078", \
+            "0.00539872, 0.00552363, 0.00567788, 0.00564447, 0.00555239, 0.00549921, 0.00500278", \
+            "0.00624053, 0.00579024, 0.00571605, 0.00570421, 0.00580958, 0.00537608, 0.00505937", \
+            "0.00866992, 0.00708169, 0.00673889, 0.00643008, 0.00605642, 0.00609162, 0.00529837", \
+            "0.0144163, 0.0109772, 0.0100823, 0.00909537, 0.0083163, 0.00733596, 0.00700528", \
+            "0.0264605, 0.0210437, 0.0189913, 0.0169058, 0.0146467, 0.0126197, 0.010589" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00357969, 0.00372432, 0.00371493, 0.00360631, 0.00348419, 0.0032721, 0.00289375", \
+            "0.0034613, 0.00355082, 0.00367504, 0.00352713, 0.00344776, 0.00325534, 0.00275064", \
+            "0.00385629, 0.00363264, 0.00358733, 0.00362364, 0.0034008, 0.00319826, 0.00276117", \
+            "0.0050136, 0.00415583, 0.0040157, 0.00378725, 0.0037183, 0.00331059, 0.00285817", \
+            "0.00766756, 0.00583379, 0.00535204, 0.0049123, 0.00431198, 0.00390844, 0.00347966", \
+            "0.0134619, 0.0101086, 0.00902475, 0.00784782, 0.0067809, 0.00583455, 0.00437188", \
+            "0.0255017, 0.0205466, 0.0185013, 0.0160502, 0.0134319, 0.0112869, 0.0091128" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0057633, 0.00584107, 0.0058031, 0.00573779, 0.00559721, 0.00532159, 0.00540594", \
+            "0.0055655, 0.0057776, 0.0057015, 0.00570576, 0.00554909, 0.00534409, 0.00541682", \
+            "0.00569568, 0.00568754, 0.00574197, 0.00571847, 0.00551956, 0.00556334, 0.00534431", \
+            "0.00642579, 0.00600874, 0.0058741, 0.00578948, 0.00576471, 0.00538688, 0.00503752", \
+            "0.00870753, 0.00731723, 0.00696844, 0.00662539, 0.00622215, 0.00587627, 0.00536257", \
+            "0.0142279, 0.011357, 0.0103639, 0.00944415, 0.00857333, 0.00744686, 0.00707727", \
+            "0.025814, 0.0214287, 0.0195454, 0.0174461, 0.0152173, 0.0131071, 0.0107508" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00570766, 0.00580103, 0.00571826, 0.00565512, 0.00551102, 0.00527253, 0.00485805", \
+            "0.00544151, 0.00558, 0.00563175, 0.00552718, 0.00545982, 0.00519717, 0.00480906", \
+            "0.00558691, 0.00563524, 0.00555382, 0.00566974, 0.00541802, 0.00520847, 0.00481197", \
+            "0.00638923, 0.00595137, 0.00587707, 0.00574591, 0.00567156, 0.00521509, 0.00481792", \
+            "0.00874248, 0.00722961, 0.00685687, 0.00658728, 0.00617307, 0.00576404, 0.0060256", \
+            "0.0142402, 0.01115, 0.0101591, 0.00908328, 0.00837322, 0.00735874, 0.00628185", \
+            "0.0257936, 0.0209697, 0.0189571, 0.0167154, 0.014523, 0.0125386, 0.0105721" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00294668, 0.00334666, 0.00337865, 0.00330605, 0.00320319, 0.00295052, 0.00302073", \
+            "0.00311135, 0.00316121, 0.00316136, 0.00314555, 0.0030752, 0.0029268, 0.00296144", \
+            "0.00365427, 0.00325018, 0.00330839, 0.00314844, 0.00304693, 0.00283986, 0.00260404", \
+            "0.00504702, 0.00404144, 0.00376095, 0.00355013, 0.00333358, 0.00311057, 0.0027992", \
+            "0.007897, 0.00595478, 0.00538839, 0.00475459, 0.00420277, 0.00363712, 0.00329944", \
+            "0.0141671, 0.0107181, 0.00957533, 0.00847414, 0.0072301, 0.00577754, 0.00524927", \
+            "0.0272974, 0.0217551, 0.0196858, 0.0174502, 0.0151501, 0.0124736, 0.00980804" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00418866, 0.00478648, 0.00485598, 0.00474753, 0.00470923, 0.00443316, 0.00406448", \
+            "0.00423889, 0.00458009, 0.00463126, 0.00475875, 0.00460492, 0.00438139, 0.004089", \
+            "0.00479028, 0.00465026, 0.00469295, 0.00462929, 0.0047277, 0.00449922, 0.00399277", \
+            "0.00620818, 0.00510642, 0.00504935, 0.00497041, 0.00467059, 0.00454181, 0.00442258", \
+            "0.00922496, 0.0068431, 0.00644188, 0.00596039, 0.0056475, 0.00497044, 0.00449706", \
+            "0.0156958, 0.0115327, 0.0102487, 0.00906622, 0.00789983, 0.00707436, 0.00622874", \
+            "0.0289602, 0.0227575, 0.0203824, 0.017738, 0.015025, 0.0124314, 0.010723" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00260126, 0.0031336, 0.00314558, 0.00313049, 0.00297213, 0.0027458, 0.00231149", \
+            "0.0029436, 0.00295595, 0.00291644, 0.00293495, 0.00286097, 0.00271979, 0.00233859", \
+            "0.00358011, 0.00303821, 0.00308901, 0.00298294, 0.00283663, 0.00274195, 0.00228981", \
+            "0.00506916, 0.00387212, 0.0035486, 0.00335505, 0.00310957, 0.00285062, 0.00296401", \
+            "0.0080724, 0.00584061, 0.00525913, 0.00462965, 0.00396242, 0.00353772, 0.0027469", \
+            "0.0145402, 0.0107207, 0.00949274, 0.00828482, 0.00708575, 0.00549925, 0.0049276", \
+            "0.0278606, 0.0219182, 0.0198004, 0.0174542, 0.0149812, 0.012404, 0.00960272" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00207087, 0.0026899, 0.00270692, 0.002649, 0.00258962, 0.00234291, 0.00206185", \
+            "0.00214557, 0.00248897, 0.00252983, 0.00263931, 0.00255716, 0.00229279, 0.00227579", \
+            "0.00270575, 0.00254807, 0.0025967, 0.00257579, 0.00259644, 0.00224893, 0.00191154", \
+            "0.00417559, 0.00303512, 0.00295855, 0.00289729, 0.00266794, 0.00255467, 0.00237749", \
+            "0.00725095, 0.0047841, 0.00435114, 0.00388301, 0.00356536, 0.00296909, 0.0022946", \
+            "0.0137812, 0.00944169, 0.00816633, 0.00703352, 0.00585458, 0.00511159, 0.0041876", \
+            "0.027211, 0.0207626, 0.0183352, 0.0157623, 0.0131102, 0.0104936, 0.00860438" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00261296, 0.00312453, 0.00314482, 0.00311242, 0.00299654, 0.00275454, 0.00274531", \
+            "0.00299836, 0.00293146, 0.00297414, 0.00293456, 0.00286717, 0.00277082, 0.00260081", \
+            "0.00369337, 0.00308815, 0.00304914, 0.00305715, 0.00286702, 0.00262908, 0.00270265", \
+            "0.00528141, 0.00399383, 0.00369662, 0.00335696, 0.00325443, 0.00291625, 0.00271823", \
+            "0.00848033, 0.00610619, 0.00543875, 0.00484126, 0.00408406, 0.00373197, 0.00324832", \
+            "0.0153021, 0.0113121, 0.0100827, 0.00876846, 0.00749987, 0.00600014, 0.00467315", \
+            "0.0293697, 0.0232801, 0.0210469, 0.0186317, 0.0159202, 0.0132244, 0.0105139" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00196977, 0.00260475, 0.00259132, 0.00260552, 0.00252205, 0.00223328, 0.00196594", \
+            "0.00211588, 0.00236304, 0.00238075, 0.00249847, 0.0024178, 0.00214312, 0.00212672", \
+            "0.0027174, 0.0024405, 0.00247021, 0.00237599, 0.00248596, 0.00216188, 0.00179766", \
+            "0.00432495, 0.0030089, 0.00287459, 0.00276837, 0.00244617, 0.00241451, 0.00229839", \
+            "0.00760103, 0.0049137, 0.00444827, 0.00392424, 0.00351991, 0.00293387, 0.00219963", \
+            "0.0145263, 0.00993738, 0.00857967, 0.00736844, 0.00610141, 0.00511049, 0.00426384", \
+            "0.0286883, 0.0219382, 0.019361, 0.0166354, 0.0137014, 0.0109989, 0.00953375" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00294668, 0.00334666, 0.00337865, 0.00330605, 0.00320319, 0.00295052, 0.00302073", \
+            "0.00311135, 0.00316121, 0.00316136, 0.00314555, 0.0030752, 0.0029268, 0.00296144", \
+            "0.00365427, 0.00325018, 0.00330839, 0.00314844, 0.00304693, 0.00283986, 0.00260404", \
+            "0.00504702, 0.00404144, 0.00376095, 0.00355013, 0.00333358, 0.00311057, 0.0027992", \
+            "0.007897, 0.00595478, 0.00538839, 0.00475459, 0.00420277, 0.00363712, 0.00329944", \
+            "0.0141671, 0.0107181, 0.00957533, 0.00847414, 0.0072301, 0.00577754, 0.00524927", \
+            "0.0272974, 0.0217551, 0.0196858, 0.0174502, 0.0151501, 0.0124736, 0.00980804" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00196977, 0.00260475, 0.00259132, 0.00260552, 0.00252205, 0.00223328, 0.00196594", \
+            "0.00211588, 0.00236304, 0.00238075, 0.00249847, 0.0024178, 0.00214312, 0.00212672", \
+            "0.0027174, 0.0024405, 0.00247021, 0.00237599, 0.00248596, 0.00216188, 0.00179766", \
+            "0.00432495, 0.0030089, 0.00287459, 0.00276837, 0.00244617, 0.00241451, 0.00229839", \
+            "0.00760103, 0.0049137, 0.00444827, 0.00392424, 0.00351991, 0.00293387, 0.00219963", \
+            "0.0145263, 0.00993738, 0.00857967, 0.00736844, 0.00610141, 0.00511049, 0.00426384", \
+            "0.0286883, 0.0219382, 0.019361, 0.0166354, 0.0137014, 0.0109989, 0.00953375" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00323075;
+      rise_capacitance : 0.00314871;
+      rise_capacitance_range (0.00291325, 0.00343577);
+      fall_capacitance : 0.00331279;
+      fall_capacitance_range (0.00280195, 0.00376577);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00330195;
+      rise_capacitance : 0.00333727;
+      rise_capacitance_range (0.00286928, 0.00366758);
+      fall_capacitance : 0.00326663;
+      fall_capacitance_range (0.00285116, 0.00360375);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00306113;
+      rise_capacitance : 0.00314353;
+      rise_capacitance_range (0.00262058, 0.00380347);
+      fall_capacitance : 0.00297874;
+      fall_capacitance_range (0.00273018, 0.0034309);
+    }
+  }
+  cell (sg13g2_a21oi_2) {
+    area : 14.5152;
+    cell_footprint : "a21oi";
+    cell_leakage_power : 583.538;
+    leakage_power () {
+      value : 441.914;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 586.831;
+      when : "!A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 560.505;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 695.619;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 317.744;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 695.619;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 605.192;
+      when : "A1&A2&!B1&!Y";
+    }
+    leakage_power () {
+      value : 764.883;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.029545, 0.115865, 0.173161, 0.267498, 0.425416, 0.688507, 1.12742", \
+            "0.0443483, 0.142581, 0.200575, 0.295253, 0.453597, 0.717391, 1.15535", \
+            "0.0508607, 0.163558, 0.224609, 0.320776, 0.479155, 0.742956, 1.18192", \
+            "0.0565162, 0.196675, 0.265441, 0.368478, 0.531101, 0.795504, 1.23453", \
+            "0.0623537, 0.243963, 0.326166, 0.444863, 0.622297, 0.896831, 1.33909", \
+            "0.0694528, 0.308096, 0.413848, 0.559792, 0.767904, 1.07326, 1.53988", \
+            "0.0694538, 0.386293, 0.527349, 0.717376, 0.978761, 1.34347, 1.8731" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152162, 0.133709, 0.214788, 0.348568, 0.572762, 0.946446, 1.56942", \
+            "0.0251395, 0.137662, 0.216347, 0.350476, 0.572876, 0.946839, 1.56943", \
+            "0.0343056, 0.148097, 0.223965, 0.352783, 0.573717, 0.947759, 1.56944", \
+            "0.052286, 0.172421, 0.247043, 0.371161, 0.584377, 0.950182, 1.57264", \
+            "0.0822059, 0.218774, 0.295034, 0.417789, 0.624187, 0.976019, 1.58048", \
+            "0.127367, 0.29842, 0.382787, 0.512318, 0.720926, 1.06359, 1.64299", \
+            "0.200879, 0.427283, 0.533138, 0.680446, 0.903225, 1.25543, 1.82806" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0273331, 0.0947666, 0.138828, 0.211462, 0.332758, 0.534991, 0.87179", \
+            "0.0478709, 0.132554, 0.178171, 0.251066, 0.372331, 0.57435, 0.910956", \
+            "0.0610481, 0.162855, 0.213775, 0.290549, 0.413241, 0.615202, 0.951832", \
+            "0.0783652, 0.207091, 0.26906, 0.357388, 0.489445, 0.695585, 1.03232", \
+            "0.103118, 0.268602, 0.347064, 0.456677, 0.612562, 0.84127, 1.18883", \
+            "0.138663, 0.352615, 0.455665, 0.597647, 0.793951, 1.07, 1.46826", \
+            "0.190635, 0.472309, 0.603048, 0.789244, 1.04747, 1.3995, 1.89164" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0184289, 0.105672, 0.165371, 0.264347, 0.430011, 0.706001, 1.1659", \
+            "0.0320707, 0.115478, 0.171097, 0.266471, 0.430611, 0.706002, 1.16591", \
+            "0.0426228, 0.132786, 0.186839, 0.277494, 0.435599, 0.709521, 1.16592", \
+            "0.0597439, 0.166831, 0.22257, 0.311805, 0.461678, 0.721049, 1.16939", \
+            "0.0875385, 0.221021, 0.286685, 0.381733, 0.532939, 0.779771, 1.20405", \
+            "0.13252, 0.307457, 0.388199, 0.502761, 0.667366, 0.924033, 1.33362", \
+            "0.208668, 0.4412, 0.545778, 0.691651, 0.894346, 1.18659, 1.61867" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0352077, 0.120326, 0.17738, 0.271178, 0.42842, 0.690289, 1.12709", \
+            "0.0532487, 0.147975, 0.205383, 0.299459, 0.456942, 0.719395, 1.15555", \
+            "0.0622381, 0.169876, 0.230094, 0.32547, 0.482943, 0.74526, 1.18208", \
+            "0.0723169, 0.204236, 0.271748, 0.373845, 0.535242, 0.798209, 1.23496", \
+            "0.0850056, 0.254209, 0.334553, 0.451734, 0.627698, 0.900344, 1.34011", \
+            "0.103275, 0.323313, 0.426152, 0.569163, 0.774666, 1.07814, 1.54239", \
+            "0.123329, 0.412423, 0.547895, 0.733376, 0.98942, 1.35187, 1.87825" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0206634, 0.139128, 0.219908, 0.353112, 0.576305, 0.948623, 1.56801", \
+            "0.0299291, 0.142915, 0.221452, 0.354221, 0.576516, 0.948624, 1.56802", \
+            "0.039129, 0.152971, 0.228892, 0.357357, 0.577335, 0.949563, 1.56815", \
+            "0.056603, 0.177413, 0.251578, 0.375427, 0.588063, 0.952022, 1.57194", \
+            "0.0852623, 0.223145, 0.299742, 0.421984, 0.627797, 0.977783, 1.57949", \
+            "0.127626, 0.302195, 0.387552, 0.516443, 0.723307, 1.06521, 1.64246", \
+            "0.194913, 0.42635, 0.532912, 0.681781, 0.90476, 1.25727, 1.8268" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0302136, 0.097225, 0.141305, 0.213935, 0.335277, 0.537253, 0.873973", \
+            "0.0496185, 0.128026, 0.173336, 0.246296, 0.367745, 0.569892, 0.906583", \
+            "0.0618985, 0.153462, 0.202213, 0.277839, 0.400451, 0.602746, 0.939568", \
+            "0.0770866, 0.192111, 0.248501, 0.332074, 0.461149, 0.666572, 1.00395", \
+            "0.0985929, 0.247703, 0.317935, 0.416782, 0.562399, 0.783557, 1.12858", \
+            "0.130069, 0.324831, 0.416673, 0.543646, 0.720555, 0.974815, 1.35338", \
+            "0.173551, 0.435452, 0.553606, 0.719602, 0.950147, 1.26621, 1.71131" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0178312, 0.105607, 0.16539, 0.264364, 0.430004, 0.705992, 1.16605", \
+            "0.0271151, 0.111609, 0.168807, 0.265626, 0.430476, 0.705993, 1.16606", \
+            "0.0364774, 0.123069, 0.178849, 0.272515, 0.43332, 0.708407, 1.16607", \
+            "0.0538251, 0.147944, 0.203747, 0.295135, 0.450028, 0.715426, 1.16783", \
+            "0.0823759, 0.192444, 0.251922, 0.34505, 0.497712, 0.753724, 1.19043", \
+            "0.125879, 0.266718, 0.337453, 0.440019, 0.598832, 0.851991, 1.27678", \
+            "0.19719, 0.38608, 0.474776, 0.59864, 0.781393, 1.05174, 1.47696" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0283276, 0.11486, 0.172131, 0.266062, 0.42368, 0.685462, 1.12208", \
+            "0.0471331, 0.148574, 0.206257, 0.300392, 0.457957, 0.720484, 1.15643", \
+            "0.057701, 0.177155, 0.239029, 0.334796, 0.4921, 0.754243, 1.19057", \
+            "0.0720426, 0.221033, 0.29349, 0.39922, 0.562071, 0.824562, 1.26077", \
+            "0.0916172, 0.282363, 0.372507, 0.499682, 0.684193, 0.960487, 1.40008", \
+            "0.119082, 0.366407, 0.483233, 0.643023, 0.870898, 1.19354, 1.66886", \
+            "0.156676, 0.478489, 0.63093, 0.840723, 1.12995, 1.53567, 2.10383" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0211583, 0.139246, 0.220085, 0.353338, 0.57639, 0.948325, 1.56809", \
+            "0.0349398, 0.14591, 0.222595, 0.355685, 0.576391, 0.948643, 1.56862", \
+            "0.0448014, 0.162038, 0.234853, 0.36017, 0.578083, 0.948644, 1.56863", \
+            "0.0604602, 0.196417, 0.269374, 0.388912, 0.595616, 0.95431, 1.57107", \
+            "0.0863178, 0.253373, 0.334149, 0.456988, 0.657271, 0.995767, 1.58664", \
+            "0.129962, 0.343355, 0.440855, 0.582224, 0.792903, 1.12757, 1.6847", \
+            "0.203476, 0.484281, 0.610123, 0.779419, 1.02889, 1.39333, 1.95938" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152756, 0.0531407, 0.0764104, 0.114874, 0.179332, 0.286198, 0.464458", \
+            "0.0281121, 0.0914146, 0.119536, 0.160815, 0.225892, 0.332908, 0.511111", \
+            "0.0356164, 0.11791, 0.152487, 0.200362, 0.270988, 0.380502, 0.558875", \
+            "0.0438728, 0.15509, 0.200445, 0.26152, 0.345907, 0.467481, 0.65235", \
+            "0.0536507, 0.203868, 0.266366, 0.348035, 0.457314, 0.606218, 0.817892", \
+            "0.0658337, 0.268027, 0.353001, 0.466699, 0.615897, 0.811934, 1.07659", \
+            "0.0799794, 0.350697, 0.465882, 0.618578, 0.826941, 1.09923, 1.45278" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0110971, 0.0567491, 0.0887044, 0.142027, 0.231592, 0.380359, 0.628657", \
+            "0.0293384, 0.0738452, 0.102126, 0.15014, 0.234677, 0.380696, 0.628658", \
+            "0.0424145, 0.0929347, 0.121911, 0.168847, 0.248858, 0.388539, 0.630588", \
+            "0.0633177, 0.126226, 0.15957, 0.208843, 0.288459, 0.419833, 0.649181", \
+            "0.0968347, 0.179833, 0.221011, 0.27976, 0.365455, 0.500003, 0.717406", \
+            "0.151795, 0.264571, 0.319906, 0.395275, 0.500027, 0.648268, 0.877428", \
+            "0.244737, 0.402886, 0.475481, 0.578438, 0.716003, 0.903514, 1.16632" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0217703, 0.108769, 0.166067, 0.260469, 0.418468, 0.681834, 1.12054", \
+            "0.0355868, 0.142209, 0.200285, 0.294771, 0.452962, 0.716883, 1.15476", \
+            "0.0435767, 0.170085, 0.232756, 0.329209, 0.487177, 0.750676, 1.1902", \
+            "0.0539697, 0.21243, 0.286257, 0.393202, 0.557151, 0.820948, 1.2591", \
+            "0.0681463, 0.271309, 0.363328, 0.492594, 0.678556, 0.956717, 1.39853", \
+            "0.0883118, 0.352057, 0.471253, 0.634558, 0.864334, 1.18925, 1.66713", \
+            "0.116702, 0.460239, 0.615328, 0.828849, 1.12147, 1.53016, 2.10226" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0163092, 0.133845, 0.214659, 0.348727, 0.572849, 0.946464, 1.56948", \
+            "0.0295293, 0.141101, 0.217721, 0.350584, 0.57285, 0.946801, 1.5698", \
+            "0.0386599, 0.157706, 0.230476, 0.355873, 0.574196, 0.946818, 1.57117", \
+            "0.0531778, 0.192652, 0.265524, 0.38522, 0.592279, 0.952644, 1.57118", \
+            "0.0765516, 0.248254, 0.330401, 0.45352, 0.654164, 0.994409, 1.58807", \
+            "0.117924, 0.339092, 0.436098, 0.578861, 0.790807, 1.12682, 1.68597", \
+            "0.190862, 0.479134, 0.606242, 0.776132, 1.02662, 1.39281, 1.96113" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0149744, 0.0528254, 0.0760298, 0.114328, 0.178616, 0.285229, 0.463204", \
+            "0.0272912, 0.0909518, 0.119021, 0.160272, 0.225169, 0.331877, 0.509855", \
+            "0.034019, 0.11722, 0.151831, 0.199696, 0.270208, 0.379463, 0.557554", \
+            "0.0412882, 0.153964, 0.199412, 0.260592, 0.344907, 0.466323, 0.650933", \
+            "0.0487283, 0.201774, 0.264553, 0.346337, 0.455768, 0.604724, 0.816728", \
+            "0.054526, 0.264212, 0.349597, 0.463676, 0.613358, 0.809616, 1.07441", \
+            "0.054527, 0.342589, 0.459817, 0.613541, 0.822583, 1.0962, 1.44993" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00788382, 0.0528436, 0.0848671, 0.138408, 0.2278, 0.376649, 0.624944", \
+            "0.0205977, 0.0696689, 0.0983185, 0.146314, 0.230894, 0.377084, 0.624996", \
+            "0.0302518, 0.0880837, 0.11787, 0.164956, 0.245171, 0.384851, 0.627052", \
+            "0.0460608, 0.120145, 0.154565, 0.204443, 0.284619, 0.41619, 0.645498", \
+            "0.0716875, 0.172237, 0.214907, 0.274363, 0.36096, 0.49652, 0.713981", \
+            "0.115627, 0.252799, 0.311745, 0.389334, 0.494983, 0.644806, 0.874135", \
+            "0.193488, 0.387992, 0.462696, 0.568928, 0.711379, 0.89848, 1.16155" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185025, 0.0831636, 0.125405, 0.19513, 0.311572, 0.505875, 0.829318", \
+            "0.0312675, 0.118841, 0.163065, 0.233068, 0.349608, 0.543874, 0.867681", \
+            "0.0380956, 0.145846, 0.195785, 0.269821, 0.387246, 0.58123, 0.904729", \
+            "0.0464966, 0.185058, 0.246766, 0.333131, 0.460505, 0.658217, 0.981762", \
+            "0.0569929, 0.238268, 0.317748, 0.426725, 0.578827, 0.797742, 1.13206", \
+            "0.0699231, 0.308614, 0.414941, 0.556795, 0.752017, 1.02085, 1.40257", \
+            "0.084659, 0.397818, 0.538841, 0.72897, 0.987446, 1.33523, 1.81671" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126981, 0.0992658, 0.159815, 0.259896, 0.427472, 0.706888, 1.1725", \
+            "0.0259837, 0.110226, 0.165669, 0.261762, 0.427759, 0.707067, 1.17271", \
+            "0.0355392, 0.128625, 0.181886, 0.272703, 0.432085, 0.707116, 1.17286", \
+            "0.0498528, 0.163862, 0.219579, 0.308076, 0.45812, 0.720764, 1.17502", \
+            "0.0726806, 0.219351, 0.285031, 0.380448, 0.529776, 0.777669, 1.20786", \
+            "0.112779, 0.307624, 0.389906, 0.50481, 0.669865, 0.924133, 1.33546", \
+            "0.185344, 0.44232, 0.554392, 0.70312, 0.903214, 1.19386, 1.62883" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0147442, 0.0526551, 0.0758611, 0.114172, 0.178455, 0.285094, 0.463333", \
+            "0.0271412, 0.0907055, 0.118797, 0.16007, 0.224984, 0.331731, 0.509733", \
+            "0.0342736, 0.117001, 0.151559, 0.199458, 0.270004, 0.379302, 0.557477", \
+            "0.0425754, 0.153837, 0.199293, 0.260411, 0.344667, 0.466131, 0.650767", \
+            "0.0524159, 0.202434, 0.26496, 0.346289, 0.455694, 0.604206, 0.816632", \
+            "0.0632432, 0.267355, 0.351746, 0.465141, 0.613934, 0.809795, 1.07458", \
+            "0.07335, 0.353, 0.467156, 0.618768, 0.826122, 1.09822, 1.45113" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00800319, 0.0528649, 0.0848877, 0.138487, 0.227904, 0.376612, 0.625267", \
+            "0.0207531, 0.069792, 0.0983869, 0.146434, 0.230856, 0.377197, 0.625268", \
+            "0.0302654, 0.0883147, 0.118058, 0.165074, 0.245267, 0.384799, 0.627173", \
+            "0.045615, 0.120132, 0.154812, 0.204821, 0.284745, 0.416298, 0.645614", \
+            "0.0706576, 0.171622, 0.214708, 0.274587, 0.360999, 0.496721, 0.713935", \
+            "0.113649, 0.250393, 0.309725, 0.388375, 0.493678, 0.644707, 0.874343", \
+            "0.190834, 0.380089, 0.458127, 0.56436, 0.708508, 0.895575, 1.16032" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0283276, 0.11486, 0.172131, 0.266062, 0.42368, 0.685462, 1.12208", \
+            "0.0471331, 0.148574, 0.206257, 0.300392, 0.457957, 0.720484, 1.15643", \
+            "0.057701, 0.177155, 0.239029, 0.334796, 0.4921, 0.754243, 1.19057", \
+            "0.0720426, 0.221033, 0.29349, 0.39922, 0.562071, 0.824562, 1.26077", \
+            "0.0916172, 0.282363, 0.372507, 0.499682, 0.684193, 0.960487, 1.40008", \
+            "0.119082, 0.366407, 0.483233, 0.643023, 0.870898, 1.19354, 1.66886", \
+            "0.156676, 0.478489, 0.63093, 0.840723, 1.12995, 1.53567, 2.10383" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0211583, 0.139246, 0.220085, 0.353338, 0.57639, 0.948325, 1.56809", \
+            "0.0349398, 0.14591, 0.222595, 0.355685, 0.576391, 0.948643, 1.56862", \
+            "0.0448014, 0.162038, 0.234853, 0.36017, 0.578083, 0.948644, 1.56863", \
+            "0.0604602, 0.196417, 0.269374, 0.388912, 0.595616, 0.95431, 1.57107", \
+            "0.0863178, 0.253373, 0.334149, 0.456988, 0.657271, 0.995767, 1.58664", \
+            "0.129962, 0.343355, 0.440855, 0.582224, 0.792903, 1.12757, 1.6847", \
+            "0.203476, 0.484281, 0.610123, 0.779419, 1.02889, 1.39333, 1.95938" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0152756, 0.0531407, 0.0764104, 0.114874, 0.179332, 0.286198, 0.464458", \
+            "0.0281121, 0.0914146, 0.119536, 0.160815, 0.225892, 0.332908, 0.511111", \
+            "0.0356164, 0.11791, 0.152487, 0.200362, 0.270988, 0.380502, 0.558875", \
+            "0.0438728, 0.15509, 0.200445, 0.26152, 0.345907, 0.467481, 0.65235", \
+            "0.0536507, 0.203868, 0.266366, 0.348035, 0.457314, 0.606218, 0.817892", \
+            "0.0658337, 0.268027, 0.353001, 0.466699, 0.615897, 0.811934, 1.07659", \
+            "0.0799794, 0.350697, 0.465882, 0.618578, 0.826941, 1.09923, 1.45278" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0110971, 0.0567491, 0.0887044, 0.142027, 0.231592, 0.380359, 0.628657", \
+            "0.0293384, 0.0738452, 0.102126, 0.15014, 0.234677, 0.380696, 0.628658", \
+            "0.0424145, 0.0929347, 0.121911, 0.168847, 0.248858, 0.388539, 0.630588", \
+            "0.0633177, 0.126226, 0.15957, 0.208843, 0.288459, 0.419833, 0.649181", \
+            "0.0968347, 0.179833, 0.221011, 0.27976, 0.365455, 0.500003, 0.717406", \
+            "0.151795, 0.264571, 0.319906, 0.395275, 0.500027, 0.648268, 0.877428", \
+            "0.244737, 0.402886, 0.475481, 0.578438, 0.716003, 0.903514, 1.16632" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0109218, 0.0119435, 0.0119567, 0.0118319, 0.0115584, 0.0110787, 0.0102968", \
+            "0.0105221, 0.0114011, 0.0114593, 0.011721, 0.0113751, 0.0109779, 0.0102801", \
+            "0.0109483, 0.0111298, 0.0114352, 0.011316, 0.0111776, 0.0110925, 0.010202", \
+            "0.0127138, 0.0116664, 0.011537, 0.0114895, 0.0113531, 0.0109639, 0.0107103", \
+            "0.0177357, 0.0142558, 0.0135678, 0.0129072, 0.0122853, 0.0126433, 0.0109299", \
+            "0.0293823, 0.022092, 0.0201184, 0.0183063, 0.0167733, 0.0144193, 0.0142962", \
+            "0.0535543, 0.0421854, 0.0379319, 0.0336908, 0.0293497, 0.0253808, 0.0211796" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00637924, 0.00673977, 0.00666877, 0.00652846, 0.00627024, 0.00579255, 0.00502595", \
+            "0.00622382, 0.00638033, 0.00663266, 0.0063115, 0.00620615, 0.00573408, 0.00483895", \
+            "0.00708208, 0.00661199, 0.00647672, 0.00659106, 0.00610709, 0.00617489, 0.00488459", \
+            "0.0094744, 0.00762059, 0.00731137, 0.00683729, 0.00673335, 0.00609365, 0.00483376", \
+            "0.0148876, 0.0109455, 0.0099757, 0.0091198, 0.00808427, 0.00719056, 0.00600691", \
+            "0.0265572, 0.0195787, 0.0173369, 0.0149959, 0.0128217, 0.010959, 0.00809671", \
+            "0.0507403, 0.0403931, 0.0362701, 0.0313159, 0.0260993, 0.0217315, 0.0173081" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0116048, 0.0117875, 0.0117244, 0.0115633, 0.0113186, 0.0108433, 0.00997668", \
+            "0.0112296, 0.0115988, 0.0115252, 0.0115146, 0.0111671, 0.0107835, 0.00996685", \
+            "0.0115303, 0.011497, 0.0116635, 0.0114467, 0.0111132, 0.0109722, 0.00996538", \
+            "0.013044, 0.0121435, 0.0118664, 0.0117387, 0.0114539, 0.0109292, 0.0106572", \
+            "0.0177107, 0.0147703, 0.0140912, 0.0133434, 0.0125854, 0.012694, 0.010672", \
+            "0.0288267, 0.0228524, 0.0209679, 0.0189648, 0.0171813, 0.0146902, 0.0143366", \
+            "0.0520867, 0.0429843, 0.0391622, 0.0349336, 0.0303768, 0.0262431, 0.0215789" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0108509, 0.0110026, 0.0109145, 0.0107733, 0.0104973, 0.0100169, 0.00927404", \
+            "0.0103203, 0.0106487, 0.0108052, 0.0105638, 0.0103887, 0.00985517, 0.00900196", \
+            "0.0106362, 0.0106882, 0.0106082, 0.0108428, 0.010301, 0.0102522, 0.00903887", \
+            "0.0122926, 0.0113335, 0.0111978, 0.0109313, 0.0107885, 0.0101414, 0.00904595", \
+            "0.0170904, 0.0139129, 0.013141, 0.0126341, 0.0116991, 0.0110034, 0.0107786", \
+            "0.0282197, 0.0217405, 0.0197431, 0.0176905, 0.0162897, 0.0143924, 0.011868", \
+            "0.0514335, 0.0413121, 0.0374432, 0.0328382, 0.0285504, 0.0243496, 0.0205323" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00603004, 0.00692394, 0.00697303, 0.00683653, 0.00667044, 0.00614219, 0.00528965", \
+            "0.00644713, 0.00658726, 0.00651729, 0.00678256, 0.0063723, 0.0060761, 0.00529939", \
+            "0.0075929, 0.00670586, 0.00678715, 0.00649858, 0.00631716, 0.00601291, 0.00524001", \
+            "0.0104527, 0.00828577, 0.007719, 0.00733021, 0.00689769, 0.00646332, 0.00572373", \
+            "0.0162876, 0.0121418, 0.0110012, 0.00979411, 0.0085835, 0.00815393, 0.00621741", \
+            "0.0289368, 0.0216718, 0.0194306, 0.0170854, 0.0145661, 0.0114196, 0.0107433", \
+            "0.055361, 0.0437731, 0.0396212, 0.0351745, 0.0303987, 0.0252448, 0.0197663" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00756869, 0.00896282, 0.00896855, 0.00889793, 0.00877694, 0.00825149, 0.00747694", \
+            "0.00795205, 0.00858065, 0.00862112, 0.00887342, 0.0085911, 0.0082017, 0.00753847", \
+            "0.00907595, 0.00868527, 0.00878066, 0.00865144, 0.00886699, 0.00828332, 0.00735557", \
+            "0.012068, 0.0096156, 0.00945378, 0.00931064, 0.00875649, 0.00855526, 0.00780522", \
+            "0.0182117, 0.0130927, 0.0122507, 0.011331, 0.0106672, 0.00950644, 0.0080087", \
+            "0.0312628, 0.0225252, 0.0198401, 0.0175508, 0.0151171, 0.0135195, 0.0119358", \
+            "0.0579234, 0.0449565, 0.0402186, 0.0349919, 0.0295383, 0.0242642, 0.0208236" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00512286, 0.00630216, 0.00631693, 0.00626081, 0.00600466, 0.0054822, 0.00470238", \
+            "0.00594496, 0.00593924, 0.00584705, 0.00607882, 0.00573705, 0.00546381, 0.00470367", \
+            "0.00724962, 0.00612512, 0.00617871, 0.00592978, 0.00566479, 0.00537317, 0.00495306", \
+            "0.0103848, 0.00780042, 0.00715148, 0.0067106, 0.00636558, 0.00583548, 0.00483436", \
+            "0.0165221, 0.011684, 0.0104763, 0.00920993, 0.00802432, 0.00691802, 0.00540376", \
+            "0.0295588, 0.0214857, 0.0189801, 0.0166573, 0.0141076, 0.0110993, 0.0101331", \
+            "0.0562618, 0.0438248, 0.0395488, 0.0348995, 0.0299491, 0.0248325, 0.0192499" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00333852, 0.00481636, 0.0047665, 0.00475998, 0.00457058, 0.00403496, 0.0033155", \
+            "0.00370996, 0.00437756, 0.00445191, 0.00465096, 0.00441646, 0.00401562, 0.00328267", \
+            "0.00492651, 0.00449486, 0.00463107, 0.00447779, 0.00465214, 0.00419741, 0.00317536", \
+            "0.00800186, 0.00545922, 0.00528585, 0.00511419, 0.00471901, 0.00434921, 0.00357575", \
+            "0.0142723, 0.00897918, 0.0081395, 0.00707896, 0.00649148, 0.00532536, 0.00430244", \
+            "0.0274619, 0.0183401, 0.0157964, 0.0134487, 0.0110802, 0.00953969, 0.00751151", \
+            "0.054373, 0.0409593, 0.0360592, 0.0309291, 0.0256462, 0.0204425, 0.0165576" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00515388, 0.0062732, 0.00632416, 0.00623909, 0.00601414, 0.00553734, 0.00559363", \
+            "0.00605832, 0.00586225, 0.00592467, 0.00591917, 0.00580917, 0.00545349, 0.00543715", \
+            "0.00747209, 0.00622951, 0.00613392, 0.00619931, 0.00570212, 0.00530131, 0.00550203", \
+            "0.0108414, 0.0080097, 0.00743815, 0.00675749, 0.00671862, 0.00568919, 0.00549698", \
+            "0.0173784, 0.0122567, 0.0108972, 0.0097011, 0.00816104, 0.0074121, 0.00677847", \
+            "0.0311378, 0.0226684, 0.0202559, 0.0175555, 0.0149759, 0.0120278, 0.00929738", \
+            "0.0594897, 0.0466233, 0.0421458, 0.0372979, 0.0318348, 0.0264997, 0.0210538" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00314244, 0.00461995, 0.00455835, 0.0046084, 0.00440765, 0.003831, 0.00331599", \
+            "0.00367277, 0.0041137, 0.00416392, 0.00440538, 0.00421743, 0.00377367, 0.00303585", \
+            "0.0049869, 0.00427474, 0.00437311, 0.00420951, 0.00437574, 0.00389118, 0.00300302", \
+            "0.00825414, 0.00537113, 0.00516246, 0.00495331, 0.00447065, 0.00416955, 0.00330134", \
+            "0.0149235, 0.00923163, 0.00831243, 0.00721211, 0.00643523, 0.00525243, 0.00405139", \
+            "0.0289779, 0.0192967, 0.0167151, 0.0141198, 0.0113961, 0.00983229, 0.00787154", \
+            "0.0575032, 0.0432793, 0.0381229, 0.0326624, 0.0271255, 0.0212201, 0.0172531" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00603004, 0.00692394, 0.00697303, 0.00683653, 0.00667044, 0.00614219, 0.00528965", \
+            "0.00644713, 0.00658726, 0.00651729, 0.00678256, 0.0063723, 0.0060761, 0.00529939", \
+            "0.0075929, 0.00670586, 0.00678715, 0.00649858, 0.00631716, 0.00601291, 0.00524001", \
+            "0.0104527, 0.00828577, 0.007719, 0.00733021, 0.00689769, 0.00646332, 0.00572373", \
+            "0.0162876, 0.0121418, 0.0110012, 0.00979411, 0.0085835, 0.00815393, 0.00621741", \
+            "0.0289368, 0.0216718, 0.0194306, 0.0170854, 0.0145661, 0.0114196, 0.0107433", \
+            "0.055361, 0.0437731, 0.0396212, 0.0351745, 0.0303987, 0.0252448, 0.0197663" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00314244, 0.00461995, 0.00455835, 0.0046084, 0.00440765, 0.003831, 0.00331599", \
+            "0.00367277, 0.0041137, 0.00416392, 0.00440538, 0.00421743, 0.00377367, 0.00303585", \
+            "0.0049869, 0.00427474, 0.00437311, 0.00420951, 0.00437574, 0.00389118, 0.00300302", \
+            "0.00825414, 0.00537113, 0.00516246, 0.00495331, 0.00447065, 0.00416955, 0.00330134", \
+            "0.0149235, 0.00923163, 0.00831243, 0.00721211, 0.00643523, 0.00525243, 0.00405139", \
+            "0.0289779, 0.0192967, 0.0167151, 0.0141198, 0.0113961, 0.00983229, 0.00787154", \
+            "0.0575032, 0.0432793, 0.0381229, 0.0326624, 0.0271255, 0.0212201, 0.0172531" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0062486;
+      rise_capacitance : 0.00608434;
+      rise_capacitance_range (0.0055928, 0.00667379);
+      fall_capacitance : 0.00641287;
+      fall_capacitance_range (0.00537826, 0.00737657);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00658682;
+      rise_capacitance : 0.00665686;
+      rise_capacitance_range (0.00573892, 0.00732809);
+      fall_capacitance : 0.00651678;
+      fall_capacitance_range (0.00568643, 0.00720687);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00600575;
+      rise_capacitance : 0.00617307;
+      rise_capacitance_range (0.00502203, 0.0076198);
+      fall_capacitance : 0.00583844;
+      fall_capacitance_range (0.00530035, 0.00681719);
+    }
+  }
+  cell (sg13g2_a221oi_1) {
+    area : 14.5152;
+    cell_footprint : "a221oi";
+    cell_leakage_power : 469.263;
+    leakage_power () {
+      value : 362.876;
+      when : "!A1&!A2&!B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 428.92;
+      when : "!A1&!A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 483.308;
+      when : "!A1&!A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 483.308;
+      when : "!A1&!A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 438.15;
+      when : "!A1&!A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 517.934;
+      when : "!A1&!A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 483.315;
+      when : "!A1&A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 537.702;
+      when : "!A1&A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 360.081;
+      when : "!A1&A2&B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 537.702;
+      when : "!A1&A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 492.544;
+      when : "!A1&A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 572.328;
+      when : "!A1&A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 483.314;
+      when : "A1&!A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 537.702;
+      when : "A1&!A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 238.7;
+      when : "A1&!A2&B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 537.702;
+      when : "A1&!A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 492.544;
+      when : "A1&!A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 572.328;
+      when : "A1&!A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 307.38;
+      when : "A1&A2&!B1&!B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 402.139;
+      when : "A1&A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 433.008;
+      when : "A1&A2&!B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 519.714;
+      when : "A1&A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 433.008;
+      when : "A1&A2&B1&!B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 519.714;
+      when : "A1&A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 511.782;
+      when : "A1&A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 622.812;
+      when : "A1&A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 360.08;
+      when : "A1&!A2&!B1&!C1+!A1&A2&!B1&!C1+!A1&!A2&B1&!B2&!C1+!A1&!B1&B2&!C1";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+(B1*B2)+C1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0700912, 0.19668, 0.283125, 0.42577, 0.664215, 1.06154, 1.72368", \
+            "0.0903233, 0.219856, 0.306734, 0.449746, 0.688956, 1.08593, 1.74974", \
+            "0.101979, 0.237554, 0.325275, 0.468562, 0.707438, 1.1055, 1.76843", \
+            "0.115132, 0.265775, 0.357415, 0.503291, 0.743247, 1.14122, 1.80389", \
+            "0.129394, 0.308489, 0.409189, 0.564146, 0.811136, 1.21157, 1.87443", \
+            "0.145821, 0.37182, 0.489419, 0.663228, 0.930965, 1.34811, 2.01883", \
+            "0.168647, 0.457317, 0.603987, 0.812549, 1.11482, 1.57599, 2.28558" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0464353, 0.220577, 0.341433, 0.541111, 0.875052, 1.43285, 2.36147", \
+            "0.051182, 0.221274, 0.343153, 0.541317, 0.875484, 1.43286, 2.36148", \
+            "0.0580578, 0.225942, 0.344073, 0.542037, 0.875485, 1.43287, 2.36206", \
+            "0.0731299, 0.241564, 0.356816, 0.549696, 0.878525, 1.43323, 2.36207", \
+            "0.105109, 0.276868, 0.391341, 0.579211, 0.898688, 1.44258, 2.37198", \
+            "0.165605, 0.350205, 0.464287, 0.651805, 0.964956, 1.49276, 2.38983", \
+            "0.256179, 0.478871, 0.602653, 0.794558, 1.10954, 1.63218, 2.50609" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377019, 0.106253, 0.151381, 0.225112, 0.347701, 0.55114, 0.88904", \
+            "0.0659672, 0.144674, 0.19067, 0.264549, 0.387071, 0.590535, 0.928173", \
+            "0.0843034, 0.176918, 0.227425, 0.304392, 0.427954, 0.631197, 0.968987", \
+            "0.109276, 0.225102, 0.285481, 0.372956, 0.504876, 0.711663, 1.04947", \
+            "0.143908, 0.292218, 0.367935, 0.475664, 0.630293, 0.858231, 1.20624", \
+            "0.194258, 0.383358, 0.483177, 0.621578, 0.816049, 1.08949, 1.48656", \
+            "0.267104, 0.509424, 0.636689, 0.818446, 1.07317, 1.42279, 1.91165" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0397304, 0.125137, 0.185002, 0.28432, 0.450108, 0.726831, 1.18772", \
+            "0.0549786, 0.13352, 0.189761, 0.285844, 0.450165, 0.726832, 1.18773", \
+            "0.0696801, 0.150564, 0.204909, 0.296389, 0.455266, 0.730682, 1.18774", \
+            "0.0949011, 0.185681, 0.240717, 0.329917, 0.480335, 0.740929, 1.19123", \
+            "0.133899, 0.24514, 0.307391, 0.401225, 0.551079, 0.798504, 1.22509", \
+            "0.196374, 0.3403, 0.416053, 0.525694, 0.688624, 0.942666, 1.35371", \
+            "0.301321, 0.488368, 0.587648, 0.726687, 0.92253, 1.20966, 1.64063" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !B1 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0605136, 0.18754, 0.27415, 0.417233, 0.656603, 1.0554, 1.72002", \
+            "0.0799535, 0.210544, 0.297734, 0.441225, 0.681405, 1.0804, 1.74604", \
+            "0.0902994, 0.228015, 0.316103, 0.459884, 0.700105, 1.09921, 1.76459", \
+            "0.100759, 0.255292, 0.347797, 0.494417, 0.735195, 1.1349, 1.79991", \
+            "0.109995, 0.297199, 0.398306, 0.554756, 0.80248, 1.2056, 1.8705", \
+            "0.120292, 0.356843, 0.477029, 0.652633, 0.920467, 1.34057, 2.01398", \
+            "0.134879, 0.440072, 0.589181, 0.799411, 1.10754, 1.56665, 2.27892" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380289, 0.212327, 0.333715, 0.534211, 0.869964, 1.42938, 2.36184", \
+            "0.0434664, 0.213339, 0.334886, 0.534857, 0.869965, 1.42939, 2.36185", \
+            "0.0504572, 0.218206, 0.336408, 0.535022, 0.869966, 1.4294, 2.36242", \
+            "0.0657467, 0.234237, 0.349511, 0.542988, 0.872704, 1.42941, 2.36243", \
+            "0.0984735, 0.27013, 0.383928, 0.572618, 0.893428, 1.43933, 2.37003", \
+            "0.1595, 0.343392, 0.457743, 0.646119, 0.959328, 1.48947, 2.3917", \
+            "0.249156, 0.472585, 0.599085, 0.791928, 1.1074, 1.63037, 2.50532" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0370059, 0.105271, 0.150398, 0.223513, 0.34573, 0.548482, 0.88632", \
+            "0.0647186, 0.143624, 0.189444, 0.262962, 0.385018, 0.587907, 0.925794", \
+            "0.0826371, 0.175656, 0.225973, 0.302709, 0.425857, 0.628689, 0.966197", \
+            "0.106515, 0.223234, 0.283673, 0.370966, 0.502622, 0.709002, 1.04672", \
+            "0.139269, 0.289196, 0.365123, 0.472975, 0.627417, 0.855422, 1.20353", \
+            "0.185811, 0.377631, 0.478414, 0.6175, 0.811902, 1.08602, 1.48356", \
+            "0.250348, 0.500456, 0.628977, 0.811723, 1.0681, 1.4177, 1.9084" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0313343, 0.118294, 0.178684, 0.277571, 0.443896, 0.720092, 1.18161", \
+            "0.0453387, 0.126746, 0.183057, 0.279267, 0.443897, 0.721139, 1.18162", \
+            "0.0586878, 0.143504, 0.198089, 0.289796, 0.448981, 0.722654, 1.18163", \
+            "0.0806767, 0.17813, 0.233806, 0.323194, 0.473958, 0.734924, 1.18457", \
+            "0.114908, 0.235125, 0.300424, 0.39407, 0.545608, 0.792012, 1.2188", \
+            "0.171176, 0.327398, 0.405542, 0.516623, 0.680685, 0.93709, 1.34721", \
+            "0.266297, 0.470772, 0.57287, 0.714156, 0.912854, 1.20312, 1.63356" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0551177, 0.160159, 0.231818, 0.350215, 0.54779, 0.877339, 1.42655", \
+            "0.0769566, 0.186646, 0.258701, 0.377303, 0.575303, 0.905262, 1.45485", \
+            "0.0886269, 0.207035, 0.280509, 0.399611, 0.597948, 0.929048, 1.47737", \
+            "0.100357, 0.238485, 0.317354, 0.440925, 0.640875, 0.971242, 1.52152", \
+            "0.110211, 0.283995, 0.374331, 0.509448, 0.719746, 1.05551, 1.60653", \
+            "0.119451, 0.347015, 0.458539, 0.616973, 0.852553, 1.21068, 1.77684", \
+            "0.132023, 0.42826, 0.572101, 0.770095, 1.05197, 1.4586, 2.07497" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0318072, 0.176684, 0.277553, 0.443869, 0.723026, 1.18798, 1.96225", \
+            "0.0382969, 0.178082, 0.277755, 0.444264, 0.723027, 1.18809, 1.96314", \
+            "0.0465998, 0.184649, 0.281727, 0.445497, 0.723327, 1.18879, 1.96315", \
+            "0.0635258, 0.203642, 0.298187, 0.457069, 0.728497, 1.1888, 1.96324", \
+            "0.0979488, 0.243609, 0.338583, 0.493252, 0.756364, 1.2042, 1.96669", \
+            "0.160919, 0.323324, 0.420601, 0.577177, 0.835687, 1.26977, 2.0076", \
+            "0.254977, 0.457352, 0.570539, 0.73724, 1.00133, 1.4326, 2.15346" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385933, 0.107359, 0.152362, 0.225884, 0.348201, 0.551109, 0.888973", \
+            "0.0671972, 0.14578, 0.191665, 0.265296, 0.387419, 0.590405, 0.928445", \
+            "0.0860207, 0.178135, 0.228374, 0.30514, 0.428302, 0.63124, 0.968881", \
+            "0.111277, 0.226439, 0.286514, 0.373662, 0.505181, 0.711557, 1.04929", \
+            "0.146243, 0.293809, 0.369134, 0.476418, 0.630526, 0.85819, 1.20609", \
+            "0.195944, 0.385211, 0.484428, 0.622612, 0.816182, 1.08969, 1.48724", \
+            "0.266034, 0.511036, 0.638583, 0.820443, 1.0746, 1.42441, 1.91306" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0330349, 0.12035, 0.180669, 0.280132, 0.446414, 0.722851, 1.18395", \
+            "0.0467136, 0.128521, 0.185053, 0.281365, 0.446415, 0.722852, 1.18396", \
+            "0.0600407, 0.145114, 0.199814, 0.291649, 0.451121, 0.72454, 1.18397", \
+            "0.0820354, 0.179552, 0.235075, 0.324865, 0.475973, 0.736853, 1.18679", \
+            "0.115825, 0.236614, 0.300314, 0.395828, 0.547488, 0.794086, 1.22101", \
+            "0.171269, 0.328791, 0.405984, 0.519197, 0.683175, 0.938655, 1.34969", \
+            "0.264591, 0.469686, 0.57046, 0.712463, 0.912065, 1.2027, 1.63463" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0700912, 0.19668, 0.283125, 0.42577, 0.664215, 1.06154, 1.72368", \
+            "0.0903233, 0.219856, 0.306734, 0.449746, 0.688956, 1.08593, 1.74974", \
+            "0.101979, 0.237554, 0.325275, 0.468562, 0.707438, 1.1055, 1.76843", \
+            "0.115132, 0.265775, 0.357415, 0.503291, 0.743247, 1.14122, 1.80389", \
+            "0.129394, 0.308489, 0.409189, 0.564146, 0.811136, 1.21157, 1.87443", \
+            "0.145821, 0.37182, 0.489419, 0.663228, 0.930965, 1.34811, 2.01883", \
+            "0.168647, 0.457317, 0.603987, 0.812549, 1.11482, 1.57599, 2.28558" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0464353, 0.220577, 0.341433, 0.541111, 0.875052, 1.43285, 2.36147", \
+            "0.051182, 0.221274, 0.343153, 0.541317, 0.875484, 1.43286, 2.36148", \
+            "0.0580578, 0.225942, 0.344073, 0.542037, 0.875485, 1.43287, 2.36206", \
+            "0.0731299, 0.241564, 0.356816, 0.549696, 0.878525, 1.43323, 2.36207", \
+            "0.105109, 0.276868, 0.391341, 0.579211, 0.898688, 1.44258, 2.37198", \
+            "0.165605, 0.350205, 0.464287, 0.651805, 0.964956, 1.49276, 2.38983", \
+            "0.256179, 0.478871, 0.602653, 0.794558, 1.10954, 1.63218, 2.50609" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385933, 0.107359, 0.152362, 0.225884, 0.348201, 0.551109, 0.888973", \
+            "0.0671972, 0.14578, 0.191665, 0.265296, 0.387419, 0.590405, 0.928445", \
+            "0.0860207, 0.178135, 0.228374, 0.30514, 0.428302, 0.63124, 0.968881", \
+            "0.111277, 0.226439, 0.286514, 0.373662, 0.505181, 0.711557, 1.04929", \
+            "0.146243, 0.293809, 0.369134, 0.476418, 0.630526, 0.85819, 1.20609", \
+            "0.195944, 0.385211, 0.484428, 0.622612, 0.816182, 1.08969, 1.48724", \
+            "0.266034, 0.511036, 0.638583, 0.820443, 1.0746, 1.42441, 1.91306" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0330349, 0.12035, 0.180669, 0.280132, 0.446414, 0.722851, 1.18395", \
+            "0.0467136, 0.128521, 0.185053, 0.281365, 0.446415, 0.722852, 1.18396", \
+            "0.0600407, 0.145114, 0.199814, 0.291649, 0.451121, 0.72454, 1.18397", \
+            "0.0820354, 0.179552, 0.235075, 0.324865, 0.475973, 0.736853, 1.18679", \
+            "0.115825, 0.236614, 0.300314, 0.395828, 0.547488, 0.794086, 1.22101", \
+            "0.171269, 0.328791, 0.405984, 0.519197, 0.683175, 0.938655, 1.34969", \
+            "0.264591, 0.469686, 0.57046, 0.712463, 0.912065, 1.2027, 1.63463" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0780528, 0.203475, 0.289693, 0.43194, 0.669977, 1.06643, 1.72717", \
+            "0.0998683, 0.227666, 0.314021, 0.456497, 0.695089, 1.09123, 1.75339", \
+            "0.112505, 0.245711, 0.332753, 0.475351, 0.713843, 1.11051, 1.77186", \
+            "0.128112, 0.275061, 0.365942, 0.510959, 0.749927, 1.14682, 1.80871", \
+            "0.146453, 0.319017, 0.418344, 0.573013, 0.81856, 1.21771, 1.87888", \
+            "0.171805, 0.386437, 0.501998, 0.672503, 0.939588, 1.35468, 2.02359", \
+            "0.210589, 0.482349, 0.624128, 0.829588, 1.13054, 1.58414, 2.29085" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0550089, 0.229227, 0.349934, 0.549474, 0.883223, 1.43945, 2.36629", \
+            "0.0590622, 0.22984, 0.350259, 0.549475, 0.883224, 1.43946, 2.3663", \
+            "0.0657706, 0.234185, 0.352409, 0.550109, 0.883225, 1.43947, 2.36689", \
+            "0.0808257, 0.249409, 0.364633, 0.55752, 0.886255, 1.43948, 2.3669", \
+            "0.111894, 0.284088, 0.398147, 0.586655, 0.906027, 1.44862, 2.37713", \
+            "0.168767, 0.356551, 0.470692, 0.657778, 0.971081, 1.49885, 2.39487", \
+            "0.254432, 0.480683, 0.60592, 0.801277, 1.11868, 1.63731, 2.51055" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0398914, 0.108482, 0.153584, 0.227348, 0.349923, 0.553345, 0.891227", \
+            "0.0644686, 0.139727, 0.185529, 0.25953, 0.382216, 0.585742, 0.923467", \
+            "0.0812047, 0.166426, 0.215195, 0.29131, 0.414941, 0.618524, 0.956439", \
+            "0.103582, 0.207645, 0.263566, 0.346671, 0.476191, 0.682446, 1.02091", \
+            "0.134839, 0.267781, 0.33636, 0.433939, 0.579086, 0.799741, 1.14599", \
+            "0.179064, 0.351307, 0.440281, 0.564503, 0.739693, 0.992459, 1.37147", \
+            "0.241237, 0.467949, 0.582466, 0.745225, 0.972757, 1.28541, 1.7305" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0395224, 0.125136, 0.185094, 0.284313, 0.45016, 0.726825, 1.18772", \
+            "0.0491713, 0.13032, 0.187972, 0.285357, 0.450228, 0.726826, 1.18773", \
+            "0.0602994, 0.14133, 0.19751, 0.291873, 0.453429, 0.728052, 1.18787", \
+            "0.0817613, 0.166605, 0.222026, 0.313768, 0.469496, 0.736037, 1.19008", \
+            "0.117848, 0.213353, 0.271791, 0.363575, 0.51659, 0.773244, 1.21169", \
+            "0.176702, 0.294119, 0.361198, 0.460682, 0.617854, 0.871367, 1.29627", \
+            "0.271925, 0.425444, 0.507491, 0.628385, 0.803852, 1.07233, 1.49785" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !B1 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.068692, 0.194317, 0.280751, 0.42351, 0.662373, 1.06034, 1.7236", \
+            "0.0897432, 0.218447, 0.305049, 0.448183, 0.687564, 1.08519, 1.74973", \
+            "0.101292, 0.236254, 0.323736, 0.466839, 0.706167, 1.10423, 1.76826", \
+            "0.114615, 0.264913, 0.356335, 0.502206, 0.741975, 1.1403, 1.80396", \
+            "0.128759, 0.308298, 0.407709, 0.563419, 0.810376, 1.21094, 1.8748", \
+            "0.148777, 0.372262, 0.490537, 0.662768, 0.92954, 1.34754, 2.01878", \
+            "0.18087, 0.464825, 0.609487, 0.814997, 1.11894, 1.5761, 2.28427" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0465052, 0.221054, 0.342176, 0.542406, 0.877533, 1.43604, 2.36674", \
+            "0.0512431, 0.221736, 0.343992, 0.542517, 0.878031, 1.43605, 2.36675", \
+            "0.0581462, 0.226536, 0.344846, 0.543274, 0.878032, 1.43606, 2.36676", \
+            "0.0729697, 0.242044, 0.35739, 0.550861, 0.880488, 1.44185, 2.36678", \
+            "0.1041, 0.277635, 0.391246, 0.579985, 0.900846, 1.44578, 2.37111", \
+            "0.16132, 0.34975, 0.46507, 0.652589, 0.966607, 1.49575, 2.39496", \
+            "0.244912, 0.47307, 0.599609, 0.793262, 1.11296, 1.63449, 2.5108" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0391826, 0.107476, 0.152356, 0.225717, 0.347893, 0.550789, 0.888531", \
+            "0.0634653, 0.138682, 0.184328, 0.257949, 0.380176, 0.583178, 0.920755", \
+            "0.0798801, 0.165213, 0.213865, 0.289674, 0.412829, 0.616035, 0.953807", \
+            "0.101459, 0.206105, 0.261941, 0.344923, 0.47399, 0.679805, 1.0181", \
+            "0.131397, 0.26567, 0.334319, 0.431599, 0.576462, 0.797012, 1.14318", \
+            "0.172539, 0.346464, 0.436598, 0.561514, 0.736326, 0.989991, 1.36806", \
+            "0.228209, 0.460619, 0.576076, 0.739905, 0.968722, 1.2824, 1.72727" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0311242, 0.118287, 0.178524, 0.27794, 0.44385, 0.72059, 1.18165", \
+            "0.0400888, 0.123482, 0.181329, 0.279028, 0.444138, 0.720591, 1.18166", \
+            "0.0506564, 0.13431, 0.190815, 0.28518, 0.447019, 0.722246, 1.18167", \
+            "0.0700911, 0.15916, 0.214937, 0.30726, 0.463028, 0.729616, 1.18337", \
+            "0.102111, 0.205446, 0.264067, 0.356668, 0.510508, 0.76686, 1.20535", \
+            "0.155901, 0.283533, 0.352041, 0.453345, 0.611317, 0.866367, 1.29035", \
+            "0.242298, 0.41068, 0.495269, 0.617806, 0.797024, 1.06666, 1.49117" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0617975, 0.165791, 0.237141, 0.355018, 0.552308, 0.88102, 1.42887", \
+            "0.0852304, 0.193099, 0.264716, 0.382932, 0.581367, 0.909087, 1.45681", \
+            "0.0983519, 0.213854, 0.286691, 0.405171, 0.602693, 0.932638, 1.4796", \
+            "0.113318, 0.246599, 0.324565, 0.447051, 0.646237, 0.975603, 1.5234", \
+            "0.1283, 0.293857, 0.382854, 0.516435, 0.725791, 1.06026, 1.60977", \
+            "0.147243, 0.361275, 0.469948, 0.625069, 0.859283, 1.21631, 1.77973", \
+            "0.176702, 0.452716, 0.591278, 0.785681, 1.0608, 1.46774, 2.07857" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0387104, 0.183728, 0.284324, 0.450669, 0.729069, 1.19229, 1.9657", \
+            "0.0444252, 0.185051, 0.284786, 0.450785, 0.730246, 1.19307, 1.96571", \
+            "0.0524872, 0.191282, 0.288583, 0.451991, 0.730247, 1.19349, 1.96617", \
+            "0.0692792, 0.209725, 0.304582, 0.463357, 0.734559, 1.19384, 1.96618", \
+            "0.102547, 0.249581, 0.344472, 0.499227, 0.762105, 1.20907, 1.96971", \
+            "0.161743, 0.328478, 0.425664, 0.581998, 0.840336, 1.27455, 2.01077", \
+            "0.248755, 0.457695, 0.570216, 0.738282, 1.00334, 1.43837, 2.15596" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0407973, 0.109576, 0.154569, 0.228085, 0.350411, 0.553411, 0.891177", \
+            "0.0655781, 0.140842, 0.186556, 0.260312, 0.382668, 0.58564, 0.923399", \
+            "0.0826211, 0.167567, 0.216189, 0.292063, 0.415299, 0.618535, 0.956425", \
+            "0.105503, 0.208969, 0.264558, 0.347425, 0.476458, 0.682364, 1.02082", \
+            "0.137226, 0.269549, 0.337643, 0.435022, 0.579307, 0.799979, 1.14585", \
+            "0.181866, 0.353138, 0.442035, 0.565847, 0.739772, 0.99337, 1.37121", \
+            "0.2428, 0.470518, 0.584431, 0.746427, 0.973568, 1.28736, 1.73116" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.032948, 0.120363, 0.180535, 0.280142, 0.446114, 0.722823, 1.18394", \
+            "0.0416685, 0.125413, 0.183343, 0.281159, 0.446711, 0.722824, 1.18405", \
+            "0.0517878, 0.136107, 0.192691, 0.287171, 0.449268, 0.723644, 1.18406", \
+            "0.0713862, 0.160825, 0.216895, 0.308948, 0.464966, 0.731472, 1.18597", \
+            "0.102981, 0.206405, 0.265578, 0.358777, 0.512054, 0.769016, 1.20749", \
+            "0.155664, 0.284234, 0.352233, 0.454801, 0.612514, 0.868082, 1.29193", \
+            "0.240458, 0.409302, 0.495597, 0.617281, 0.79596, 1.06761, 1.4922" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0780528, 0.203475, 0.289693, 0.43194, 0.669977, 1.06643, 1.72717", \
+            "0.0998683, 0.227666, 0.314021, 0.456497, 0.695089, 1.09123, 1.75339", \
+            "0.112505, 0.245711, 0.332753, 0.475351, 0.713843, 1.11051, 1.77186", \
+            "0.128112, 0.275061, 0.365942, 0.510959, 0.749927, 1.14682, 1.80871", \
+            "0.146453, 0.319017, 0.418344, 0.573013, 0.81856, 1.21771, 1.87888", \
+            "0.171805, 0.386437, 0.501998, 0.672503, 0.939588, 1.35468, 2.02359", \
+            "0.210589, 0.482349, 0.624128, 0.829588, 1.13054, 1.58414, 2.29085" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0550089, 0.229227, 0.349934, 0.549474, 0.883223, 1.43945, 2.36629", \
+            "0.0590622, 0.22984, 0.350259, 0.549475, 0.883224, 1.43946, 2.3663", \
+            "0.0657706, 0.234185, 0.352409, 0.550109, 0.883225, 1.43947, 2.36689", \
+            "0.0808257, 0.249409, 0.364633, 0.55752, 0.886255, 1.43948, 2.3669", \
+            "0.111894, 0.284088, 0.398147, 0.586655, 0.906027, 1.44862, 2.37713", \
+            "0.168767, 0.356551, 0.470692, 0.657778, 0.971081, 1.49885, 2.39487", \
+            "0.254432, 0.480683, 0.60592, 0.801277, 1.11868, 1.63731, 2.51055" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0407973, 0.109576, 0.154569, 0.228085, 0.350411, 0.553411, 0.891177", \
+            "0.0655781, 0.140842, 0.186556, 0.260312, 0.382668, 0.58564, 0.923399", \
+            "0.0826211, 0.167567, 0.216189, 0.292063, 0.415299, 0.618535, 0.956425", \
+            "0.105503, 0.208969, 0.264558, 0.347425, 0.476458, 0.682364, 1.02082", \
+            "0.137226, 0.269549, 0.337643, 0.435022, 0.579307, 0.799979, 1.14585", \
+            "0.181866, 0.353138, 0.442035, 0.565847, 0.739772, 0.99337, 1.37121", \
+            "0.2428, 0.470518, 0.584431, 0.746427, 0.973568, 1.28736, 1.73116" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.032948, 0.120363, 0.180535, 0.280142, 0.446114, 0.722823, 1.18394", \
+            "0.0416685, 0.125413, 0.183343, 0.281159, 0.446711, 0.722824, 1.18405", \
+            "0.0517878, 0.136107, 0.192691, 0.287171, 0.449268, 0.723644, 1.18406", \
+            "0.0713862, 0.160825, 0.216895, 0.308948, 0.464966, 0.731472, 1.18597", \
+            "0.102981, 0.206405, 0.265578, 0.358777, 0.512054, 0.769016, 1.20749", \
+            "0.155664, 0.284234, 0.352233, 0.454801, 0.612514, 0.868082, 1.29193", \
+            "0.240458, 0.409302, 0.495597, 0.617281, 0.79596, 1.06761, 1.4922" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0627257, 0.189589, 0.276101, 0.418996, 0.657845, 1.05586, 1.71914", \
+            "0.0825792, 0.214698, 0.301815, 0.445138, 0.684806, 1.08294, 1.74723", \
+            "0.0947054, 0.237046, 0.325394, 0.468962, 0.708454, 1.10709, 1.77115", \
+            "0.111055, 0.275934, 0.370159, 0.517654, 0.758252, 1.1574, 1.82062", \
+            "0.134409, 0.335319, 0.442982, 0.603584, 0.853917, 1.25633, 1.92039", \
+            "0.169724, 0.424783, 0.555063, 0.74135, 1.0199, 1.44678, 2.12287", \
+            "0.216919, 0.547928, 0.713714, 0.94538, 1.27579, 1.76323, 2.49013" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0465049, 0.221006, 0.342156, 0.542345, 0.877037, 1.43603, 2.36674", \
+            "0.0549505, 0.222405, 0.342569, 0.542346, 0.877406, 1.43604, 2.36675", \
+            "0.0656472, 0.229717, 0.346462, 0.543311, 0.877537, 1.43605, 2.36729", \
+            "0.0860403, 0.252142, 0.364444, 0.554519, 0.881667, 1.43611, 2.3673", \
+            "0.121049, 0.299008, 0.410458, 0.594833, 0.908812, 1.44898, 2.36844", \
+            "0.177014, 0.384455, 0.502308, 0.688773, 0.99586, 1.51487, 2.40424", \
+            "0.264306, 0.525907, 0.661432, 0.863124, 1.18348, 1.69788, 2.55578" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0342809, 0.0999318, 0.144333, 0.21746, 0.339531, 0.542543, 0.88012", \
+            "0.0584069, 0.138142, 0.18381, 0.25717, 0.379236, 0.582358, 0.919651", \
+            "0.0733799, 0.16908, 0.21981, 0.296761, 0.420073, 0.623, 0.960471", \
+            "0.0930213, 0.214449, 0.276016, 0.364165, 0.496482, 0.703357, 1.04098", \
+            "0.120146, 0.277159, 0.354957, 0.464421, 0.620351, 0.849211, 1.19736", \
+            "0.156643, 0.360019, 0.463588, 0.605762, 0.802508, 1.07819, 1.47656", \
+            "0.205108, 0.472633, 0.605188, 0.79314, 1.05324, 1.4066, 1.89915" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0320332, 0.116817, 0.176771, 0.275876, 0.441592, 0.718063, 1.17879", \
+            "0.0480741, 0.126166, 0.181998, 0.277471, 0.441733, 0.718064, 1.1788", \
+            "0.0626988, 0.143626, 0.197541, 0.288589, 0.447042, 0.719385, 1.17881", \
+            "0.0867757, 0.178893, 0.233965, 0.322633, 0.472739, 0.732618, 1.18248", \
+            "0.124652, 0.237445, 0.300316, 0.393954, 0.543928, 0.790806, 1.21673", \
+            "0.187673, 0.332407, 0.408366, 0.518715, 0.681018, 0.935432, 1.34608", \
+            "0.290734, 0.480698, 0.579615, 0.717773, 0.915263, 1.20351, 1.63478" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0530911, 0.180248, 0.26683, 0.409894, 0.649155, 1.04788, 1.71261", \
+            "0.0710482, 0.205137, 0.292323, 0.435992, 0.675851, 1.07458, 1.74066", \
+            "0.0808926, 0.227187, 0.315835, 0.459808, 0.699998, 1.09909, 1.76452", \
+            "0.093637, 0.265232, 0.360128, 0.508294, 0.749636, 1.14905, 1.81415", \
+            "0.111938, 0.322775, 0.431804, 0.5934, 0.844946, 1.24843, 1.91407", \
+            "0.140674, 0.408964, 0.541366, 0.729681, 1.01044, 1.43783, 2.11612", \
+            "0.178768, 0.527772, 0.696913, 0.932024, 1.26471, 1.75209, 2.48288" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380795, 0.212499, 0.333536, 0.534209, 0.869888, 1.42928, 2.36184", \
+            "0.0476428, 0.214076, 0.334659, 0.53421, 0.869889, 1.42929, 2.36185", \
+            "0.0581975, 0.221896, 0.338199, 0.535533, 0.86989, 1.4293, 2.36241", \
+            "0.0783338, 0.244986, 0.356902, 0.546807, 0.874204, 1.42931, 2.36242", \
+            "0.113162, 0.291872, 0.40357, 0.587436, 0.901891, 1.44267, 2.37291", \
+            "0.167073, 0.377366, 0.494693, 0.681991, 0.99015, 1.50847, 2.39922", \
+            "0.252655, 0.519587, 0.65471, 0.857247, 1.17673, 1.6902, 2.55186" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0337547, 0.0990291, 0.14319, 0.215923, 0.337614, 0.540143, 0.877449", \
+            "0.0573744, 0.137152, 0.182647, 0.255675, 0.377231, 0.579636, 0.916934", \
+            "0.071943, 0.167842, 0.218468, 0.295196, 0.418026, 0.62054, 0.957783", \
+            "0.0907212, 0.212651, 0.274207, 0.362238, 0.494298, 0.70081, 1.03819", \
+            "0.11585, 0.27408, 0.352215, 0.461788, 0.61754, 0.846414, 1.19451", \
+            "0.148053, 0.354836, 0.458847, 0.601766, 0.798219, 1.07472, 1.47423", \
+            "0.187187, 0.463841, 0.597622, 0.786228, 1.04821, 1.40244, 1.89601" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0245657, 0.110249, 0.170023, 0.269309, 0.435277, 0.711813, 1.17276", \
+            "0.0387441, 0.119478, 0.17534, 0.27104, 0.436716, 0.711814, 1.17277", \
+            "0.0514766, 0.136587, 0.190829, 0.282025, 0.440668, 0.714085, 1.17278", \
+            "0.0720425, 0.171122, 0.226562, 0.315916, 0.466057, 0.726507, 1.17633", \
+            "0.104884, 0.227454, 0.291871, 0.38643, 0.537165, 0.784316, 1.21025", \
+            "0.159602, 0.318471, 0.39729, 0.50928, 0.673433, 0.928496, 1.33996", \
+            "0.250127, 0.463088, 0.564213, 0.706185, 0.905993, 1.19488, 1.6265" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0450571, 0.150203, 0.222047, 0.340581, 0.538998, 0.869544, 1.42039", \
+            "0.0630086, 0.176363, 0.248689, 0.367614, 0.566271, 0.89762, 1.44812", \
+            "0.0723433, 0.198334, 0.272851, 0.392499, 0.591389, 0.92376, 1.47348", \
+            "0.0837454, 0.234565, 0.316105, 0.441402, 0.642677, 0.973896, 1.52587", \
+            "0.0986083, 0.288712, 0.383368, 0.523438, 0.737048, 1.07499, 1.62793", \
+            "0.120149, 0.364842, 0.483917, 0.650502, 0.895243, 1.26095, 1.83111", \
+            "0.145092, 0.466518, 0.621233, 0.833579, 1.13086, 1.55701, 2.18669" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0304712, 0.175607, 0.276614, 0.443431, 0.722845, 1.18952, 1.96652", \
+            "0.0404879, 0.178087, 0.277253, 0.444125, 0.722846, 1.18953, 1.96653", \
+            "0.0507554, 0.187084, 0.282953, 0.445779, 0.723787, 1.19011, 1.96654", \
+            "0.0705212, 0.211158, 0.303858, 0.460583, 0.730718, 1.19057, 1.96675", \
+            "0.103905, 0.258204, 0.35173, 0.504524, 0.764222, 1.20941, 1.97102", \
+            "0.155832, 0.340683, 0.441751, 0.600976, 0.856962, 1.28657, 2.01913", \
+            "0.237183, 0.479665, 0.599835, 0.774741, 1.04597, 1.47816, 2.19107" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0334323, 0.0987189, 0.142858, 0.215615, 0.337235, 0.539694, 0.87712", \
+            "0.0569563, 0.136721, 0.182296, 0.25525, 0.376813, 0.579236, 0.916542", \
+            "0.0717168, 0.167442, 0.218053, 0.294786, 0.417606, 0.620059, 0.957414", \
+            "0.0911858, 0.212389, 0.273882, 0.361923, 0.493929, 0.7004, 1.03783", \
+            "0.117941, 0.274522, 0.352376, 0.461649, 0.617342, 0.846082, 1.19432", \
+            "0.15453, 0.35788, 0.46076, 0.602479, 0.798972, 1.07491, 1.47378", \
+            "0.203132, 0.472637, 0.60462, 0.791058, 1.05062, 1.40395, 1.89655" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246122, 0.110275, 0.170134, 0.26931, 0.435286, 0.711815, 1.17257", \
+            "0.0390048, 0.119601, 0.175336, 0.271234, 0.435435, 0.711816, 1.17258", \
+            "0.0514501, 0.136727, 0.190958, 0.281992, 0.440453, 0.71316, 1.17259", \
+            "0.071811, 0.171195, 0.226763, 0.316117, 0.466351, 0.726179, 1.17634", \
+            "0.103722, 0.227058, 0.291759, 0.386156, 0.537505, 0.784367, 1.2104", \
+            "0.15672, 0.316477, 0.395561, 0.508643, 0.672974, 0.92921, 1.33965", \
+            "0.245097, 0.457278, 0.55926, 0.70283, 0.902705, 1.19325, 1.62532" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0627257, 0.189589, 0.276101, 0.418996, 0.657845, 1.05586, 1.71914", \
+            "0.0825792, 0.214698, 0.301815, 0.445138, 0.684806, 1.08294, 1.74723", \
+            "0.0947054, 0.237046, 0.325394, 0.468962, 0.708454, 1.10709, 1.77115", \
+            "0.111055, 0.275934, 0.370159, 0.517654, 0.758252, 1.1574, 1.82062", \
+            "0.134409, 0.335319, 0.442982, 0.603584, 0.853917, 1.25633, 1.92039", \
+            "0.169724, 0.424783, 0.555063, 0.74135, 1.0199, 1.44678, 2.12287", \
+            "0.216919, 0.547928, 0.713714, 0.94538, 1.27579, 1.76323, 2.49013" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0465049, 0.221006, 0.342156, 0.542345, 0.877037, 1.43603, 2.36674", \
+            "0.0549505, 0.222405, 0.342569, 0.542346, 0.877406, 1.43604, 2.36675", \
+            "0.0656472, 0.229717, 0.346462, 0.543311, 0.877537, 1.43605, 2.36729", \
+            "0.0860403, 0.252142, 0.364444, 0.554519, 0.881667, 1.43611, 2.3673", \
+            "0.121049, 0.299008, 0.410458, 0.594833, 0.908812, 1.44898, 2.36844", \
+            "0.177014, 0.384455, 0.502308, 0.688773, 0.99586, 1.51487, 2.40424", \
+            "0.264306, 0.525907, 0.661432, 0.863124, 1.18348, 1.69788, 2.55578" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0342809, 0.0999318, 0.144333, 0.21746, 0.339531, 0.542543, 0.88012", \
+            "0.0584069, 0.138142, 0.18381, 0.25717, 0.379236, 0.582358, 0.919651", \
+            "0.0733799, 0.16908, 0.21981, 0.296761, 0.420073, 0.623, 0.960471", \
+            "0.0930213, 0.214449, 0.276016, 0.364165, 0.496482, 0.703357, 1.04098", \
+            "0.120146, 0.277159, 0.354957, 0.464421, 0.620351, 0.849211, 1.19736", \
+            "0.156643, 0.360019, 0.463588, 0.605762, 0.802508, 1.07819, 1.47656", \
+            "0.205108, 0.472633, 0.605188, 0.79314, 1.05324, 1.4066, 1.89915" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0320332, 0.116817, 0.176771, 0.275876, 0.441592, 0.718063, 1.17879", \
+            "0.0480741, 0.126166, 0.181998, 0.277471, 0.441733, 0.718064, 1.1788", \
+            "0.0626988, 0.143626, 0.197541, 0.288589, 0.447042, 0.719385, 1.17881", \
+            "0.0867757, 0.178893, 0.233965, 0.322633, 0.472739, 0.732618, 1.18248", \
+            "0.124652, 0.237445, 0.300316, 0.393954, 0.543928, 0.790806, 1.21673", \
+            "0.187673, 0.332407, 0.408366, 0.518715, 0.681018, 0.935432, 1.34608", \
+            "0.290734, 0.480698, 0.579615, 0.717773, 0.915263, 1.20351, 1.63478" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0706732, 0.196158, 0.282307, 0.424661, 0.662564, 1.05908, 1.71982", \
+            "0.0928193, 0.222285, 0.308674, 0.451328, 0.689777, 1.08629, 1.74795", \
+            "0.107005, 0.245459, 0.332941, 0.475646, 0.713869, 1.11067, 1.77217", \
+            "0.12674, 0.285798, 0.378799, 0.525116, 0.764457, 1.16134, 1.82232", \
+            "0.155357, 0.347692, 0.45359, 0.612303, 0.861126, 1.26164, 1.92283", \
+            "0.200478, 0.441437, 0.568197, 0.753427, 1.02976, 1.45345, 2.12602", \
+            "0.265663, 0.575402, 0.736259, 0.963248, 1.28857, 1.77369, 2.49715" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0549896, 0.229107, 0.349877, 0.549408, 0.883227, 1.43945, 2.36629", \
+            "0.0624187, 0.230348, 0.350666, 0.549409, 0.883716, 1.43946, 2.3663", \
+            "0.0729769, 0.23735, 0.353837, 0.550336, 0.883717, 1.43947, 2.36689", \
+            "0.093536, 0.259278, 0.371597, 0.561282, 0.887643, 1.43948, 2.3669", \
+            "0.128269, 0.306194, 0.417204, 0.601209, 0.914392, 1.45253, 2.37486", \
+            "0.182407, 0.390778, 0.508207, 0.695251, 1.00112, 1.51788, 2.40403", \
+            "0.265806, 0.528587, 0.665055, 0.869321, 1.18659, 1.70141, 2.55672" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367449, 0.102201, 0.146521, 0.219693, 0.341767, 0.544757, 0.882353", \
+            "0.0582767, 0.133229, 0.178674, 0.252152, 0.374411, 0.577581, 0.91497", \
+            "0.0723985, 0.159075, 0.207847, 0.283768, 0.40709, 0.610399, 0.94797", \
+            "0.0905121, 0.198408, 0.254733, 0.338273, 0.468006, 0.674205, 1.01248", \
+            "0.114596, 0.254898, 0.325178, 0.423864, 0.569742, 0.791119, 1.13728", \
+            "0.145785, 0.331743, 0.423597, 0.550319, 0.727074, 0.982248, 1.36224", \
+            "0.184962, 0.435512, 0.555379, 0.723023, 0.955392, 1.27147, 1.71877" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.03164, 0.116806, 0.176749, 0.275881, 0.441594, 0.71791, 1.17879", \
+            "0.0420547, 0.122601, 0.179943, 0.277042, 0.443142, 0.718036, 1.1788", \
+            "0.0534175, 0.134074, 0.189815, 0.283727, 0.444985, 0.719426, 1.17881", \
+            "0.0746854, 0.159689, 0.214816, 0.306189, 0.461551, 0.727562, 1.18126", \
+            "0.110466, 0.206288, 0.264659, 0.356224, 0.508786, 0.765045, 1.20382", \
+            "0.169472, 0.286782, 0.353568, 0.453881, 0.610266, 0.864093, 1.28819", \
+            "0.26283, 0.419257, 0.501026, 0.622039, 0.797197, 1.06623, 1.48937" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0612771, 0.186693, 0.272985, 0.415595, 0.653949, 1.05122, 1.71337", \
+            "0.0820272, 0.212854, 0.29937, 0.442186, 0.681198, 1.07812, 1.74102", \
+            "0.0941648, 0.235695, 0.323544, 0.466537, 0.705482, 1.10286, 1.7656", \
+            "0.110693, 0.275163, 0.36892, 0.5158, 0.755621, 1.15331, 1.8158", \
+            "0.135095, 0.335261, 0.442457, 0.602454, 0.852283, 1.25363, 1.91622", \
+            "0.174489, 0.426207, 0.555702, 0.742, 1.02025, 1.44505, 2.11944", \
+            "0.231304, 0.556424, 0.720174, 0.949507, 1.27839, 1.76413, 2.49065" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0464724, 0.220573, 0.341254, 0.541251, 0.875683, 1.43293, 2.36147", \
+            "0.0549675, 0.222077, 0.342168, 0.541252, 0.876101, 1.43295, 2.36148", \
+            "0.0656686, 0.229555, 0.34588, 0.542243, 0.876102, 1.43296, 2.36149", \
+            "0.0859748, 0.251912, 0.364153, 0.553608, 0.879851, 1.4334, 2.3615", \
+            "0.119483, 0.299184, 0.410219, 0.593995, 0.907518, 1.44551, 2.36688", \
+            "0.171562, 0.382872, 0.501273, 0.688276, 0.994978, 1.51208, 2.39914", \
+            "0.252233, 0.519745, 0.657708, 0.860925, 1.1812, 1.69578, 2.55269" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0362325, 0.101314, 0.145433, 0.218175, 0.339842, 0.542376, 0.879677", \
+            "0.0574801, 0.13229, 0.17754, 0.250644, 0.372385, 0.574944, 0.91236", \
+            "0.0712794, 0.157972, 0.206572, 0.282237, 0.405033, 0.607836, 0.945346", \
+            "0.0885665, 0.197031, 0.253235, 0.33659, 0.465812, 0.671597, 1.00968", \
+            "0.111147, 0.252744, 0.323222, 0.421598, 0.567278, 0.788733, 1.13449", \
+            "0.139066, 0.327748, 0.4201, 0.547695, 0.724196, 0.979771, 1.35945", \
+            "0.170977, 0.428464, 0.549212, 0.717644, 0.95113, 1.26784, 1.71567" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0241514, 0.11009, 0.170115, 0.269322, 0.435278, 0.711812, 1.17275", \
+            "0.0335656, 0.115868, 0.173464, 0.270408, 0.435279, 0.711813, 1.17276", \
+            "0.0437523, 0.127192, 0.183152, 0.277132, 0.438633, 0.714926, 1.17277", \
+            "0.0625293, 0.152325, 0.207991, 0.299702, 0.455018, 0.720895, 1.17442", \
+            "0.0944455, 0.197826, 0.256945, 0.350019, 0.502938, 0.758835, 1.19735", \
+            "0.146701, 0.275462, 0.344584, 0.445814, 0.60387, 0.858185, 1.28297", \
+            "0.22992, 0.403139, 0.488508, 0.610721, 0.790059, 1.05905, 1.48439" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0516536, 0.155522, 0.226951, 0.344907, 0.542275, 0.871247, 1.41928", \
+            "0.072282, 0.182683, 0.25437, 0.372468, 0.570002, 0.899041, 1.44721", \
+            "0.0838008, 0.205449, 0.279072, 0.397821, 0.59531, 0.925856, 1.47331", \
+            "0.0988233, 0.243219, 0.323487, 0.447395, 0.647288, 0.976597, 1.52558", \
+            "0.119746, 0.299587, 0.392912, 0.53094, 0.742946, 1.0788, 1.62827", \
+            "0.151613, 0.381281, 0.497614, 0.661094, 0.904046, 1.26635, 1.83325", \
+            "0.194535, 0.493607, 0.642389, 0.850025, 1.1432, 1.56699, 2.19156" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0373373, 0.182133, 0.282694, 0.448803, 0.726725, 1.19033, 1.96244", \
+            "0.0463433, 0.184522, 0.283307, 0.449891, 0.726928, 1.19104, 1.96304", \
+            "0.0567959, 0.193192, 0.288838, 0.45116, 0.727433, 1.19196, 1.96305", \
+            "0.0765132, 0.216815, 0.309413, 0.465627, 0.734405, 1.19197, 1.96384", \
+            "0.109093, 0.263558, 0.357374, 0.509605, 0.767912, 1.21069, 1.96903", \
+            "0.158693, 0.346951, 0.448016, 0.60517, 0.861007, 1.28816, 2.01662", \
+            "0.235904, 0.479253, 0.601156, 0.774846, 1.04775, 1.48061, 2.18846" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0359284, 0.10099, 0.145099, 0.21784, 0.339512, 0.54192, 0.879347", \
+            "0.0571464, 0.131865, 0.177142, 0.250244, 0.371964, 0.574501, 0.911937", \
+            "0.0710419, 0.15759, 0.206159, 0.281831, 0.404589, 0.607404, 0.944857", \
+            "0.0887292, 0.19673, 0.252865, 0.336265, 0.46541, 0.671171, 1.00927", \
+            "0.112638, 0.252893, 0.32306, 0.42113, 0.566807, 0.788051, 1.13415", \
+            "0.14468, 0.329875, 0.421408, 0.548496, 0.724403, 0.979799, 1.35859", \
+            "0.185469, 0.435752, 0.555071, 0.721728, 0.953918, 1.271, 1.7164" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0241934, 0.110151, 0.170125, 0.269318, 0.435278, 0.711915, 1.17275", \
+            "0.0337399, 0.115932, 0.173417, 0.27035, 0.436135, 0.711916, 1.17276", \
+            "0.043805, 0.127336, 0.183257, 0.277185, 0.438506, 0.714941, 1.17277", \
+            "0.0625542, 0.152508, 0.208001, 0.299764, 0.454917, 0.721078, 1.1751", \
+            "0.0938885, 0.197523, 0.257028, 0.350278, 0.502818, 0.758685, 1.19681", \
+            "0.144508, 0.273862, 0.343835, 0.445898, 0.603719, 0.858195, 1.28299", \
+            "0.225068, 0.399713, 0.485667, 0.607796, 0.788592, 1.05907, 1.4835" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0706732, 0.196158, 0.282307, 0.424661, 0.662564, 1.05908, 1.71982", \
+            "0.0928193, 0.222285, 0.308674, 0.451328, 0.689777, 1.08629, 1.74795", \
+            "0.107005, 0.245459, 0.332941, 0.475646, 0.713869, 1.11067, 1.77217", \
+            "0.12674, 0.285798, 0.378799, 0.525116, 0.764457, 1.16134, 1.82232", \
+            "0.155357, 0.347692, 0.45359, 0.612303, 0.861126, 1.26164, 1.92283", \
+            "0.200478, 0.441437, 0.568197, 0.753427, 1.02976, 1.45345, 2.12602", \
+            "0.265663, 0.575402, 0.736259, 0.963248, 1.28857, 1.77369, 2.49715" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0549896, 0.229107, 0.349877, 0.549408, 0.883227, 1.43945, 2.36629", \
+            "0.0624187, 0.230348, 0.350666, 0.549409, 0.883716, 1.43946, 2.3663", \
+            "0.0729769, 0.23735, 0.353837, 0.550336, 0.883717, 1.43947, 2.36689", \
+            "0.093536, 0.259278, 0.371597, 0.561282, 0.887643, 1.43948, 2.3669", \
+            "0.128269, 0.306194, 0.417204, 0.601209, 0.914392, 1.45253, 2.37486", \
+            "0.182407, 0.390778, 0.508207, 0.695251, 1.00112, 1.51788, 2.40403", \
+            "0.265806, 0.528587, 0.665055, 0.869321, 1.18659, 1.70141, 2.55672" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367449, 0.102201, 0.146521, 0.219693, 0.341767, 0.544757, 0.882353", \
+            "0.0582767, 0.133229, 0.178674, 0.252152, 0.374411, 0.577581, 0.91497", \
+            "0.0723985, 0.159075, 0.207847, 0.283768, 0.40709, 0.610399, 0.94797", \
+            "0.0905121, 0.198408, 0.254733, 0.338273, 0.468006, 0.674205, 1.01248", \
+            "0.114596, 0.254898, 0.325178, 0.423864, 0.569742, 0.791119, 1.13728", \
+            "0.145785, 0.331743, 0.423597, 0.550319, 0.727074, 0.982248, 1.36224", \
+            "0.184962, 0.435512, 0.555379, 0.723023, 0.955392, 1.27147, 1.71877" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.03164, 0.116806, 0.176749, 0.275881, 0.441594, 0.71791, 1.17879", \
+            "0.0420547, 0.122601, 0.179943, 0.277042, 0.443142, 0.718036, 1.1788", \
+            "0.0534175, 0.134074, 0.189815, 0.283727, 0.444985, 0.719426, 1.17881", \
+            "0.0746854, 0.159689, 0.214816, 0.306189, 0.461551, 0.727562, 1.18126", \
+            "0.110466, 0.206288, 0.264659, 0.356224, 0.508786, 0.765045, 1.20382", \
+            "0.169472, 0.286782, 0.353568, 0.453881, 0.610266, 0.864093, 1.28819", \
+            "0.26283, 0.419257, 0.501026, 0.622039, 0.797197, 1.06623, 1.48937" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0389668, 0.144297, 0.21594, 0.334146, 0.531449, 0.8607, 1.40804", \
+            "0.0623891, 0.1761, 0.247714, 0.365948, 0.563607, 0.892335, 1.44077", \
+            "0.0765188, 0.205568, 0.279803, 0.398214, 0.595342, 0.925535, 1.47246", \
+            "0.0961777, 0.253062, 0.336645, 0.46247, 0.662098, 0.990493, 1.53871", \
+            "0.124143, 0.320857, 0.42228, 0.567739, 0.784817, 1.12134, 1.66943", \
+            "0.164987, 0.416644, 0.544623, 0.72342, 0.982981, 1.35962, 1.93212", \
+            "0.223591, 0.548868, 0.712778, 0.942584, 1.26456, 1.72476, 2.3832" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0379744, 0.183689, 0.28436, 0.450528, 0.728557, 1.19269, 1.9657", \
+            "0.0512754, 0.187415, 0.285425, 0.450529, 0.728821, 1.1927, 1.96571", \
+            "0.0624704, 0.200857, 0.294094, 0.454012, 0.728957, 1.19391, 1.96572", \
+            "0.0811283, 0.233722, 0.324752, 0.476673, 0.74069, 1.19533, 1.96618", \
+            "0.112028, 0.291201, 0.38813, 0.539669, 0.791573, 1.22411, 1.97536", \
+            "0.162048, 0.382623, 0.496949, 0.662657, 0.921545, 1.33906, 2.0504", \
+            "0.246765, 0.529057, 0.668537, 0.864655, 1.15871, 1.59785, 2.29873" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0189862, 0.0548207, 0.0782035, 0.11671, 0.181378, 0.288508, 0.467541", \
+            "0.036368, 0.0938601, 0.121632, 0.162912, 0.228059, 0.335367, 0.514042", \
+            "0.0459414, 0.120844, 0.155108, 0.202708, 0.273267, 0.382981, 0.561927", \
+            "0.0570712, 0.158912, 0.203612, 0.264436, 0.348498, 0.470142, 0.65534", \
+            "0.0699976, 0.207798, 0.270295, 0.351392, 0.460539, 0.609165, 0.821227", \
+            "0.0828628, 0.272264, 0.356906, 0.4704, 0.619454, 0.815411, 1.08018", \
+            "0.0927883, 0.351169, 0.467045, 0.620368, 0.82943, 1.10287, 1.4564" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0143341, 0.0589951, 0.0912622, 0.144475, 0.234168, 0.383286, 0.632044", \
+            "0.0323969, 0.0757419, 0.104139, 0.152324, 0.23716, 0.383562, 0.632045", \
+            "0.0461066, 0.0948636, 0.123807, 0.170925, 0.251183, 0.391306, 0.633997", \
+            "0.0685819, 0.128635, 0.161734, 0.211084, 0.290699, 0.422442, 0.652073", \
+            "0.104989, 0.184065, 0.224065, 0.282277, 0.367627, 0.502445, 0.72012", \
+            "0.16511, 0.270603, 0.324931, 0.399258, 0.504203, 0.651254, 0.880479", \
+            "0.264465, 0.413871, 0.485881, 0.585312, 0.722461, 0.90797, 1.17175" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.031235, 0.13656, 0.208343, 0.32674, 0.524648, 0.854052, 1.40319", \
+            "0.0514417, 0.168187, 0.23999, 0.358624, 0.556726, 0.886256, 1.43581", \
+            "0.0630279, 0.197122, 0.271971, 0.390716, 0.588203, 0.917976, 1.46777", \
+            "0.0792629, 0.243255, 0.327916, 0.454544, 0.655025, 0.984262, 1.53375", \
+            "0.102357, 0.30853, 0.411547, 0.558969, 0.777265, 1.11486, 1.66434", \
+            "0.13654, 0.40097, 0.530683, 0.712618, 0.974116, 1.3525, 1.92679", \
+            "0.185917, 0.529203, 0.695656, 0.928148, 1.25316, 1.7159, 2.3766" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0308606, 0.176597, 0.277356, 0.443929, 0.722872, 1.18801, 1.96225", \
+            "0.0447728, 0.180925, 0.278704, 0.444513, 0.722873, 1.18807, 1.96226", \
+            "0.0554374, 0.194868, 0.287887, 0.44767, 0.723931, 1.18827, 1.96231", \
+            "0.0729076, 0.227851, 0.31899, 0.470927, 0.7348, 1.19026, 1.96305", \
+            "0.102005, 0.284466, 0.382657, 0.53447, 0.786427, 1.2196, 1.97224", \
+            "0.150641, 0.37766, 0.489285, 0.656926, 0.916438, 1.33525, 2.04749", \
+            "0.233417, 0.523076, 0.662469, 0.858123, 1.15234, 1.59412, 2.29662" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187506, 0.0545186, 0.0778006, 0.116199, 0.180642, 0.287511, 0.466363", \
+            "0.0355971, 0.0934086, 0.121154, 0.162343, 0.227391, 0.334412, 0.512771", \
+            "0.0448352, 0.12023, 0.154443, 0.202044, 0.272497, 0.38195, 0.560692", \
+            "0.0549805, 0.157831, 0.202644, 0.263464, 0.347499, 0.46901, 0.654017", \
+            "0.0658815, 0.205825, 0.268489, 0.349839, 0.459039, 0.607604, 0.819764", \
+            "0.07455, 0.268366, 0.353587, 0.467441, 0.616977, 0.813176, 1.07831", \
+            "0.074551, 0.344062, 0.461016, 0.615138, 0.82512, 1.09997, 1.45383" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0111091, 0.0552973, 0.0876509, 0.140941, 0.230658, 0.379739, 0.628506", \
+            "0.025384, 0.0717737, 0.100477, 0.148759, 0.233563, 0.380202, 0.629587", \
+            "0.036872, 0.0903932, 0.11977, 0.167249, 0.247583, 0.387769, 0.630634", \
+            "0.0554368, 0.122911, 0.157011, 0.207005, 0.286738, 0.418946, 0.648794", \
+            "0.0859792, 0.176885, 0.218174, 0.277361, 0.363446, 0.498968, 0.716744", \
+            "0.136597, 0.259775, 0.317464, 0.393801, 0.498526, 0.647215, 0.877551", \
+            "0.223747, 0.398342, 0.473539, 0.577394, 0.717772, 0.902803, 1.17128" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0407566, 0.14609, 0.217726, 0.335995, 0.533365, 0.862327, 1.41041", \
+            "0.0635161, 0.177616, 0.249262, 0.36754, 0.565274, 0.894453, 1.44267", \
+            "0.0774191, 0.206899, 0.281159, 0.399673, 0.596838, 0.92723, 1.47419", \
+            "0.0968628, 0.254137, 0.337808, 0.463661, 0.663442, 0.991942, 1.54045", \
+            "0.124663, 0.321605, 0.422876, 0.56858, 0.785787, 1.12246, 1.67051", \
+            "0.165209, 0.417011, 0.544266, 0.724454, 0.983493, 1.36008, 1.93261", \
+            "0.223518, 0.5488, 0.712864, 0.942511, 1.26438, 1.72516, 2.38323" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0372958, 0.182027, 0.282546, 0.44877, 0.727049, 1.19091, 1.96244", \
+            "0.0511597, 0.186098, 0.283721, 0.448771, 0.72714, 1.19092, 1.96323", \
+            "0.0628971, 0.19972, 0.292758, 0.452388, 0.727213, 1.19168, 1.96379", \
+            "0.0809764, 0.232742, 0.323499, 0.475296, 0.738446, 1.19331, 1.9638", \
+            "0.11115, 0.290637, 0.387202, 0.53848, 0.789739, 1.22229, 1.97276", \
+            "0.161749, 0.382151, 0.495575, 0.661866, 0.919155, 1.3377, 2.04795", \
+            "0.246354, 0.528527, 0.667707, 0.863688, 1.15724, 1.59608, 2.29581" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190764, 0.0549001, 0.078268, 0.116801, 0.181442, 0.288618, 0.467612", \
+            "0.0363182, 0.0938496, 0.121661, 0.162886, 0.228079, 0.335411, 0.514102", \
+            "0.0458955, 0.120851, 0.155064, 0.202729, 0.273272, 0.382944, 0.561935", \
+            "0.0570732, 0.158928, 0.2036, 0.264434, 0.3485, 0.470145, 0.655344", \
+            "0.0700021, 0.208161, 0.270392, 0.35136, 0.460533, 0.609203, 0.821222", \
+            "0.0831231, 0.272232, 0.35691, 0.470381, 0.619671, 0.815403, 1.08018", \
+            "0.0931687, 0.351734, 0.46712, 0.62041, 0.829468, 1.10284, 1.4566" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0142918, 0.0589972, 0.0912574, 0.144457, 0.234165, 0.383163, 0.632043", \
+            "0.0324468, 0.0757346, 0.104143, 0.152322, 0.237142, 0.383758, 0.632044", \
+            "0.0462241, 0.0948577, 0.123836, 0.170952, 0.25118, 0.391225, 0.633987", \
+            "0.0686982, 0.12867, 0.161759, 0.211087, 0.290697, 0.422441, 0.652073", \
+            "0.105291, 0.183701, 0.224033, 0.282378, 0.367804, 0.502789, 0.720245", \
+            "0.164793, 0.270755, 0.324976, 0.399292, 0.502956, 0.651264, 0.880482", \
+            "0.264265, 0.413559, 0.485942, 0.58535, 0.723494, 0.908031, 1.16931" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * !B1 * B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0330192, 0.138686, 0.210625, 0.3294, 0.527966, 0.858337, 1.40916", \
+            "0.0526288, 0.170137, 0.24216, 0.360914, 0.559687, 0.890413, 1.44144", \
+            "0.0639799, 0.198936, 0.273983, 0.393158, 0.591282, 0.92349, 1.47315", \
+            "0.0800637, 0.244823, 0.329865, 0.4569, 0.657823, 0.988178, 1.53932", \
+            "0.102948, 0.309824, 0.413526, 0.561183, 0.779943, 1.11851, 1.66941", \
+            "0.136868, 0.402062, 0.532306, 0.715121, 0.976555, 1.35611, 1.93176", \
+            "0.186644, 0.530562, 0.697813, 0.929702, 1.25506, 1.71932, 2.38135" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0306241, 0.175481, 0.27661, 0.443536, 0.723261, 1.18961, 1.96509", \
+            "0.0449515, 0.180092, 0.277968, 0.444036, 0.723359, 1.18963, 1.96575", \
+            "0.0556528, 0.194344, 0.287245, 0.447442, 0.723849, 1.19009, 1.96576", \
+            "0.073086, 0.227682, 0.318611, 0.470691, 0.73518, 1.1918, 1.96595", \
+            "0.101831, 0.284754, 0.382671, 0.534589, 0.786834, 1.22135, 1.97572", \
+            "0.150312, 0.377037, 0.490491, 0.659665, 0.917224, 1.33694, 2.05093", \
+            "0.233205, 0.523154, 0.663561, 0.858334, 1.1541, 1.59547, 2.29978" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188395, 0.0546066, 0.0778731, 0.116288, 0.180737, 0.287631, 0.466455", \
+            "0.0355335, 0.0933861, 0.12123, 0.162376, 0.227408, 0.33445, 0.512949", \
+            "0.0447203, 0.120244, 0.154415, 0.202057, 0.272508, 0.381978, 0.560715", \
+            "0.054929, 0.15788, 0.202634, 0.263464, 0.347503, 0.469016, 0.654024", \
+            "0.0658003, 0.205778, 0.268639, 0.349725, 0.459032, 0.607713, 0.820194", \
+            "0.0743349, 0.268398, 0.353544, 0.467401, 0.617355, 0.813155, 1.07831", \
+            "0.0743359, 0.343849, 0.46092, 0.61506, 0.825068, 1.09998, 1.45378" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011072, 0.0552818, 0.0876317, 0.140919, 0.230655, 0.37978, 0.628506", \
+            "0.0253666, 0.0717308, 0.100447, 0.14878, 0.233555, 0.380166, 0.628507", \
+            "0.0369996, 0.0903754, 0.119801, 0.167193, 0.247579, 0.387678, 0.63062", \
+            "0.0556597, 0.123014, 0.15722, 0.207005, 0.286753, 0.418908, 0.648794", \
+            "0.0862488, 0.176967, 0.218221, 0.277359, 0.363443, 0.498909, 0.717082", \
+            "0.136885, 0.259812, 0.317541, 0.393845, 0.49894, 0.647456, 0.877553", \
+            "0.223825, 0.398564, 0.473708, 0.57752, 0.715506, 0.90278, 1.17133" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0280899, 0.111538, 0.168395, 0.262019, 0.418914, 0.679916, 1.11452", \
+            "0.04693, 0.145528, 0.202848, 0.29664, 0.453534, 0.715135, 1.14984", \
+            "0.0574329, 0.173932, 0.235759, 0.331275, 0.487942, 0.748792, 1.18441", \
+            "0.0717174, 0.217464, 0.290148, 0.396015, 0.558473, 0.820175, 1.2552", \
+            "0.0909535, 0.278163, 0.368832, 0.49645, 0.680741, 0.956853, 1.39514", \
+            "0.117861, 0.360936, 0.478461, 0.639715, 0.867866, 1.19081, 1.66535", \
+            "0.155151, 0.471935, 0.62526, 0.836363, 1.12671, 1.53347, 2.1016" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0243028, 0.139582, 0.219767, 0.352906, 0.575729, 0.9465, 1.56555", \
+            "0.0393991, 0.14622, 0.222658, 0.355139, 0.57573, 0.947066, 1.56556", \
+            "0.0501717, 0.162679, 0.235176, 0.359844, 0.57678, 0.947299, 1.56557", \
+            "0.0675059, 0.197247, 0.269958, 0.389123, 0.594807, 0.952684, 1.56715", \
+            "0.095588, 0.254257, 0.335137, 0.458092, 0.656856, 0.994767, 1.58376", \
+            "0.142897, 0.344265, 0.44213, 0.583235, 0.793861, 1.12736, 1.68294", \
+            "0.222705, 0.486074, 0.614173, 0.782465, 1.03072, 1.39454, 1.95875" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.018658, 0.0544665, 0.0777554, 0.116159, 0.1806, 0.287486, 0.466316", \
+            "0.0353157, 0.0932149, 0.121, 0.162233, 0.227223, 0.33426, 0.512654", \
+            "0.0447866, 0.120045, 0.154188, 0.201885, 0.272319, 0.381817, 0.560501", \
+            "0.0556746, 0.157772, 0.202479, 0.26328, 0.347382, 0.468897, 0.653839", \
+            "0.0683665, 0.20688, 0.268779, 0.349778, 0.458938, 0.607499, 0.820027", \
+            "0.0812193, 0.271111, 0.355496, 0.468616, 0.617877, 0.813326, 1.07824", \
+            "0.0893962, 0.352659, 0.467634, 0.620002, 0.82829, 1.10123, 1.45468" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0111503, 0.0553072, 0.0876524, 0.140937, 0.230662, 0.379711, 0.628506", \
+            "0.025583, 0.0718899, 0.100526, 0.148799, 0.233594, 0.380203, 0.62856", \
+            "0.0370478, 0.0905295, 0.119952, 0.167332, 0.247641, 0.387793, 0.630619", \
+            "0.0553726, 0.12312, 0.157086, 0.207064, 0.28697, 0.418915, 0.64884", \
+            "0.0851023, 0.175987, 0.217531, 0.277407, 0.363528, 0.499012, 0.717137", \
+            "0.134714, 0.258326, 0.315909, 0.393364, 0.497297, 0.647837, 0.8767", \
+            "0.220088, 0.393322, 0.468852, 0.573893, 0.715659, 0.902137, 1.16498" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0407566, 0.14609, 0.217726, 0.335995, 0.533365, 0.862327, 1.41041", \
+            "0.0635161, 0.177616, 0.249262, 0.36754, 0.565274, 0.894453, 1.44267", \
+            "0.0774191, 0.206899, 0.281159, 0.399673, 0.596838, 0.92723, 1.47419", \
+            "0.0968628, 0.254137, 0.337808, 0.463661, 0.663442, 0.991942, 1.54045", \
+            "0.124663, 0.321605, 0.422876, 0.56858, 0.785787, 1.12246, 1.67051", \
+            "0.165209, 0.417011, 0.544266, 0.724454, 0.983493, 1.36008, 1.93261", \
+            "0.223518, 0.5488, 0.712864, 0.942511, 1.26438, 1.72516, 2.38323" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0372958, 0.182027, 0.282546, 0.44877, 0.727049, 1.19091, 1.96244", \
+            "0.0511597, 0.186098, 0.283721, 0.448771, 0.72714, 1.19092, 1.96323", \
+            "0.0628971, 0.19972, 0.292758, 0.452388, 0.727213, 1.19168, 1.96379", \
+            "0.0809764, 0.232742, 0.323499, 0.475296, 0.738446, 1.19331, 1.9638", \
+            "0.11115, 0.290637, 0.387202, 0.53848, 0.789739, 1.22229, 1.97276", \
+            "0.161749, 0.382151, 0.495575, 0.661866, 0.919155, 1.3377, 2.04795", \
+            "0.246354, 0.528527, 0.667707, 0.863688, 1.15724, 1.59608, 2.29581" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190764, 0.0549001, 0.078268, 0.116801, 0.181442, 0.288618, 0.467612", \
+            "0.0363182, 0.0938496, 0.121661, 0.162886, 0.228079, 0.335411, 0.514102", \
+            "0.0458955, 0.120851, 0.155064, 0.202729, 0.273272, 0.382944, 0.561935", \
+            "0.0570732, 0.158928, 0.2036, 0.264434, 0.3485, 0.470145, 0.655344", \
+            "0.0700021, 0.208161, 0.270392, 0.35136, 0.460533, 0.609203, 0.821222", \
+            "0.0831231, 0.272232, 0.35691, 0.470381, 0.619671, 0.815403, 1.08018", \
+            "0.0931687, 0.351734, 0.46712, 0.62041, 0.829468, 1.10284, 1.4566" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0142918, 0.0589972, 0.0912574, 0.144457, 0.234165, 0.383163, 0.632043", \
+            "0.0324468, 0.0757346, 0.104143, 0.152322, 0.237142, 0.383758, 0.632044", \
+            "0.0462241, 0.0948577, 0.123836, 0.170952, 0.25118, 0.391225, 0.633987", \
+            "0.0686982, 0.12867, 0.161759, 0.211087, 0.290697, 0.422441, 0.652073", \
+            "0.105291, 0.183701, 0.224033, 0.282378, 0.367804, 0.502789, 0.720245", \
+            "0.164793, 0.270755, 0.324976, 0.399292, 0.502956, 0.651264, 0.880482", \
+            "0.264265, 0.413559, 0.485942, 0.58535, 0.723494, 0.908031, 1.16931" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0100465, 0.0102892, 0.0102774, 0.010216, 0.0100731, 0.00983693, 0.00955697", \
+            "0.00964154, 0.00997824, 0.0101354, 0.0100865, 0.00999858, 0.00976274, 0.00960541", \
+            "0.00959661, 0.00990431, 0.00989855, 0.010169, 0.00991344, 0.00972935, 0.0095547", \
+            "0.00979425, 0.00979761, 0.00986064, 0.0100342, 0.00981321, 0.00968277, 0.0094504", \
+            "0.0111221, 0.0105005, 0.0104038, 0.0101388, 0.0102737, 0.00984782, 0.00996727", \
+            "0.0157281, 0.0135122, 0.0128856, 0.0122835, 0.0115789, 0.0111494, 0.0103834", \
+            "0.0269166, 0.0223173, 0.0205963, 0.018842, 0.0171111, 0.0154622, 0.0138065" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00790387, 0.0078748, 0.00782425, 0.00776102, 0.00759959, 0.00737674, 0.00696562", \
+            "0.00766499, 0.00770126, 0.00771038, 0.00773983, 0.0074634, 0.00722708, 0.00680675", \
+            "0.0078715, 0.00774518, 0.007693, 0.00773557, 0.00756697, 0.00754079, 0.00680335", \
+            "0.0087326, 0.00817321, 0.00804822, 0.00780781, 0.00778832, 0.00729354, 0.00681135", \
+            "0.0110482, 0.00954869, 0.00917338, 0.00880534, 0.00826495, 0.00786519, 0.00727707", \
+            "0.0163085, 0.01343, 0.0124689, 0.0113679, 0.0104836, 0.00947943, 0.00821869", \
+            "0.0276822, 0.0231501, 0.021294, 0.0189588, 0.0164276, 0.0145322, 0.0124204" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * !B1 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00972563, 0.010069, 0.0100666, 0.0100022, 0.0098682, 0.00962094, 0.00978396", \
+            "0.00937149, 0.00976889, 0.00987688, 0.00989293, 0.00978786, 0.00955748, 0.00982124", \
+            "0.00934488, 0.00967529, 0.00974832, 0.00975619, 0.00968945, 0.00951284, 0.00937812", \
+            "0.00959376, 0.00957862, 0.00963956, 0.00970546, 0.00961143, 0.00944529, 0.00926204", \
+            "0.0110652, 0.0103302, 0.0101714, 0.00996443, 0.01006, 0.00957969, 0.0097098", \
+            "0.015883, 0.0133623, 0.0127249, 0.0121105, 0.011362, 0.0109239, 0.0102372", \
+            "0.0272925, 0.0224182, 0.020652, 0.0188699, 0.0171493, 0.0154213, 0.0135942" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00578418, 0.00576649, 0.00577, 0.0056524, 0.00554298, 0.00526859, 0.00488256", \
+            "0.00556234, 0.00559303, 0.00559928, 0.00561785, 0.00536188, 0.00518999, 0.00474438", \
+            "0.00577716, 0.00565655, 0.00559132, 0.00569673, 0.0054301, 0.00525989, 0.00475227", \
+            "0.00663389, 0.006087, 0.00594793, 0.00571492, 0.00570269, 0.0053342, 0.0047155", \
+            "0.00895655, 0.00744821, 0.0071442, 0.00675206, 0.00626822, 0.00582618, 0.00527899", \
+            "0.0142282, 0.011288, 0.0103738, 0.00925817, 0.00837991, 0.00750221, 0.00614639", \
+            "0.0256471, 0.0210728, 0.0191993, 0.0168668, 0.0144404, 0.0124257, 0.0102811" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * !B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0121473, 0.012476, 0.0124697, 0.0124387, 0.0122822, 0.012029, 0.0121305", \
+            "0.0117881, 0.0121743, 0.0124447, 0.0122666, 0.0121635, 0.0119961, 0.0121652", \
+            "0.0117672, 0.012058, 0.0121322, 0.0121492, 0.012114, 0.0120054, 0.0120703", \
+            "0.0120099, 0.0120326, 0.0119947, 0.0122067, 0.0120436, 0.0118229, 0.012148", \
+            "0.0134696, 0.0126987, 0.0126126, 0.0124275, 0.0123765, 0.0119542, 0.012225", \
+            "0.0182534, 0.015771, 0.0151285, 0.0145369, 0.0138641, 0.0131064, 0.0135581", \
+            "0.0297502, 0.0248682, 0.0230942, 0.0213177, 0.0194784, 0.0178439, 0.0159185" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00470256, 0.0046945, 0.00466142, 0.0045863, 0.00448064, 0.00423155, 0.00381472", \
+            "0.00444891, 0.00450693, 0.00460658, 0.00441655, 0.00429857, 0.00408817, 0.00369331", \
+            "0.00465783, 0.00453527, 0.00449173, 0.00460016, 0.00436613, 0.00414086, 0.0036979", \
+            "0.00551375, 0.00499004, 0.00482067, 0.00462467, 0.00462141, 0.00440982, 0.00366785", \
+            "0.00791741, 0.00639758, 0.00601676, 0.00569364, 0.00523018, 0.00478075, 0.00415234", \
+            "0.01313, 0.010365, 0.00937383, 0.00837174, 0.00742613, 0.00649523, 0.00511663", \
+            "0.0245714, 0.0201837, 0.0182828, 0.0160485, 0.0136095, 0.0117217, 0.00946268" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0100465, 0.0102892, 0.0102774, 0.010216, 0.0100731, 0.00983693, 0.00955697", \
+            "0.00964154, 0.00997824, 0.0101354, 0.0100865, 0.00999858, 0.00976274, 0.00960541", \
+            "0.00959661, 0.00990431, 0.00989855, 0.010169, 0.00991344, 0.00972935, 0.0095547", \
+            "0.00979425, 0.00979761, 0.00986064, 0.0100342, 0.00981321, 0.00968277, 0.0094504", \
+            "0.0111221, 0.0105005, 0.0104038, 0.0101388, 0.0102737, 0.00984782, 0.00996727", \
+            "0.0157281, 0.0135122, 0.0128856, 0.0122835, 0.0115789, 0.0111494, 0.0103834", \
+            "0.0269166, 0.0223173, 0.0205963, 0.018842, 0.0171111, 0.0154622, 0.0138065" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00578418, 0.00576649, 0.00577, 0.0056524, 0.00554298, 0.00526859, 0.00488256", \
+            "0.00556234, 0.00559303, 0.00559928, 0.00561785, 0.00536188, 0.00518999, 0.00474438", \
+            "0.00577716, 0.00565655, 0.00559132, 0.00569673, 0.0054301, 0.00525989, 0.00475227", \
+            "0.00663389, 0.006087, 0.00594793, 0.00571492, 0.00570269, 0.0053342, 0.0047155", \
+            "0.00895655, 0.00744821, 0.0071442, 0.00675206, 0.00626822, 0.00582618, 0.00527899", \
+            "0.0142282, 0.011288, 0.0103738, 0.00925817, 0.00837991, 0.00750221, 0.00614639", \
+            "0.0256471, 0.0210728, 0.0191993, 0.0168668, 0.0144404, 0.0124257, 0.0102811" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0101791, 0.0102071, 0.0101645, 0.0101003, 0.00995717, 0.00969766, 0.00941542", \
+            "0.00995289, 0.0101247, 0.0100719, 0.0100145, 0.00991391, 0.00964615, 0.00946043", \
+            "0.0099104, 0.0100153, 0.00999658, 0.00995228, 0.00984577, 0.00961139, 0.00942789", \
+            "0.0100951, 0.0100396, 0.0100359, 0.0101925, 0.0100279, 0.00960049, 0.00947165", \
+            "0.0113204, 0.0107613, 0.0105926, 0.010391, 0.010365, 0.00985857, 0.0100085", \
+            "0.0157457, 0.0138502, 0.0132109, 0.0125352, 0.0118668, 0.0112952, 0.0102991", \
+            "0.0266451, 0.022839, 0.0212617, 0.019531, 0.0178359, 0.0157653, 0.0139889" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00994486, 0.00989233, 0.00984744, 0.00977493, 0.00962311, 0.00938174, 0.00897346", \
+            "0.00968493, 0.00973033, 0.00972931, 0.00963578, 0.00948955, 0.00922929, 0.00882445", \
+            "0.00975684, 0.00973499, 0.00968955, 0.00970721, 0.00952898, 0.00931473, 0.00884913", \
+            "0.0102866, 0.010014, 0.00995533, 0.00977142, 0.00976685, 0.00938072, 0.00886968", \
+            "0.0122014, 0.0110445, 0.0108162, 0.0105489, 0.0101145, 0.00977536, 0.00963111", \
+            "0.0171331, 0.0145321, 0.0137081, 0.0127732, 0.0121241, 0.0112909, 0.0100634", \
+            "0.0280424, 0.023693, 0.0218483, 0.0197912, 0.0176693, 0.0156987, 0.0140581" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * !B1 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00994775, 0.00998623, 0.00995002, 0.00986889, 0.00973897, 0.00948324, 0.00919869", \
+            "0.0096999, 0.00983747, 0.00992737, 0.00981293, 0.00972619, 0.00948331, 0.0096794", \
+            "0.00967123, 0.00983589, 0.00983093, 0.00996708, 0.00963391, 0.00942586, 0.00919348", \
+            "0.00988426, 0.00982225, 0.00981311, 0.00985032, 0.00982445, 0.00974914, 0.00919807", \
+            "0.0112155, 0.0106059, 0.0103981, 0.0101403, 0.0102388, 0.00965896, 0.00951579", \
+            "0.0158355, 0.0137245, 0.0131091, 0.0123994, 0.0115829, 0.0110655, 0.0102542", \
+            "0.0268961, 0.0228549, 0.0212189, 0.0193408, 0.0176229, 0.0157132, 0.0138187" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00785807, 0.00778746, 0.00775093, 0.00767316, 0.00755097, 0.00730524, 0.00691673", \
+            "0.00758176, 0.00761869, 0.00764271, 0.00755931, 0.00742291, 0.00717904, 0.00678806", \
+            "0.0076565, 0.00763979, 0.00758385, 0.0076829, 0.00739218, 0.0072821, 0.00674969", \
+            "0.00819252, 0.00790227, 0.00785734, 0.00770766, 0.00766448, 0.00733411, 0.00673887", \
+            "0.0101043, 0.00902306, 0.00870634, 0.00844693, 0.00807484, 0.00770801, 0.00731928", \
+            "0.0150587, 0.0123903, 0.0116004, 0.0107361, 0.0100845, 0.00928887, 0.00802442", \
+            "0.0259788, 0.0215794, 0.0197463, 0.0176465, 0.0156444, 0.0137419, 0.0119343" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * !B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123438, 0.0123914, 0.0123664, 0.0122792, 0.0121354, 0.0118625, 0.0115931", \
+            "0.0121092, 0.012255, 0.0124724, 0.0122262, 0.0122072, 0.0118389, 0.0115339", \
+            "0.0120811, 0.0122023, 0.0122086, 0.0121416, 0.0120445, 0.0119101, 0.0115613", \
+            "0.0123012, 0.012255, 0.0121936, 0.012262, 0.012077, 0.0118233, 0.0115056", \
+            "0.0136245, 0.0129684, 0.0128537, 0.0125563, 0.0124932, 0.0120909, 0.0119323", \
+            "0.0182073, 0.0161173, 0.0154565, 0.0147891, 0.0140912, 0.0133502, 0.0128532", \
+            "0.0293523, 0.0253255, 0.0236519, 0.0218496, 0.0198997, 0.0182879, 0.0162075" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00676515, 0.00671308, 0.00667132, 0.00660289, 0.00647607, 0.00624469, 0.00579742", \
+            "0.00647169, 0.00654134, 0.00662221, 0.00659181, 0.00637651, 0.00611649, 0.00574233", \
+            "0.00651853, 0.00653806, 0.00648854, 0.00650117, 0.00632492, 0.00611509, 0.00565626", \
+            "0.00707578, 0.00680401, 0.00675323, 0.00657056, 0.00656807, 0.00622457, 0.00571269", \
+            "0.00896704, 0.00790583, 0.00762846, 0.0074279, 0.00696531, 0.00660193, 0.00647702", \
+            "0.0139446, 0.0114401, 0.0105819, 0.00972896, 0.00901717, 0.00826297, 0.00697889", \
+            "0.0249419, 0.0207077, 0.0189292, 0.0167481, 0.0146549, 0.0128968, 0.0109925" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0101791, 0.0102071, 0.0101645, 0.0101003, 0.00995717, 0.00969766, 0.00941542", \
+            "0.00995289, 0.0101247, 0.0100719, 0.0100145, 0.00991391, 0.00964615, 0.00946043", \
+            "0.0099104, 0.0100153, 0.00999658, 0.00995228, 0.00984577, 0.00961139, 0.00942789", \
+            "0.0100951, 0.0100396, 0.0100359, 0.0101925, 0.0100279, 0.00960049, 0.00947165", \
+            "0.0113204, 0.0107613, 0.0105926, 0.010391, 0.010365, 0.00985857, 0.0100085", \
+            "0.0157457, 0.0138502, 0.0132109, 0.0125352, 0.0118668, 0.0112952, 0.0102991", \
+            "0.0266451, 0.022839, 0.0212617, 0.019531, 0.0178359, 0.0157653, 0.0139889" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00785807, 0.00778746, 0.00775093, 0.00767316, 0.00755097, 0.00730524, 0.00691673", \
+            "0.00758176, 0.00761869, 0.00764271, 0.00755931, 0.00742291, 0.00717904, 0.00678806", \
+            "0.0076565, 0.00763979, 0.00758385, 0.0076829, 0.00739218, 0.0072821, 0.00674969", \
+            "0.00819252, 0.00790227, 0.00785734, 0.00770766, 0.00766448, 0.00733411, 0.00673887", \
+            "0.0101043, 0.00902306, 0.00870634, 0.00844693, 0.00807484, 0.00770801, 0.00731928", \
+            "0.0150587, 0.0123903, 0.0116004, 0.0107361, 0.0100845, 0.00928887, 0.00802442", \
+            "0.0259788, 0.0215794, 0.0197463, 0.0176465, 0.0156444, 0.0137419, 0.0119343" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00766902, 0.00790992, 0.00789365, 0.00784781, 0.00769493, 0.00745898, 0.00715815", \
+            "0.00727472, 0.00764177, 0.00767152, 0.00768298, 0.00763643, 0.00740566, 0.00721125", \
+            "0.00731161, 0.00755136, 0.00754222, 0.00760764, 0.00755249, 0.00735777, 0.00714659", \
+            "0.00780832, 0.00759753, 0.00759308, 0.00768088, 0.00758894, 0.00729311, 0.00743784", \
+            "0.00963713, 0.00859723, 0.00836473, 0.0080933, 0.00801299, 0.00757341, 0.00719111", \
+            "0.0144944, 0.0119179, 0.0111517, 0.0103958, 0.0094943, 0.00898978, 0.00857406", \
+            "0.0250945, 0.0204518, 0.0188331, 0.0169968, 0.0152243, 0.0132983, 0.0113903" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00595313, 0.00605247, 0.00601689, 0.00595345, 0.0058164, 0.0055875, 0.00516967", \
+            "0.00569812, 0.00591312, 0.00598441, 0.00592529, 0.00576325, 0.00558599, 0.00513493", \
+            "0.00595047, 0.0059479, 0.00593525, 0.00602524, 0.00582018, 0.00556162, 0.00512692", \
+            "0.00686411, 0.00632397, 0.00625974, 0.00602798, 0.00606485, 0.00561394, 0.00515858", \
+            "0.0091615, 0.00765903, 0.00730789, 0.00697699, 0.0065303, 0.00614463, 0.00592384", \
+            "0.0142798, 0.0113743, 0.0104441, 0.0094389, 0.00854793, 0.00771308, 0.00642409", \
+            "0.0251142, 0.0206631, 0.0187837, 0.0165887, 0.0143175, 0.0124847, 0.0107069" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00734865, 0.00770649, 0.00767967, 0.00763588, 0.00749784, 0.00724423, 0.00738877", \
+            "0.00700671, 0.00738586, 0.0074836, 0.00747523, 0.00740725, 0.00715379, 0.00699099", \
+            "0.00707176, 0.00730437, 0.00733257, 0.00739237, 0.00731506, 0.00712211, 0.00700728", \
+            "0.00765565, 0.00738591, 0.00737155, 0.00749667, 0.00736711, 0.00707105, 0.00732213", \
+            "0.0096651, 0.00841524, 0.00817178, 0.00783673, 0.00793516, 0.00742483, 0.00748421", \
+            "0.0147045, 0.011841, 0.0109892, 0.0102139, 0.00934829, 0.00878465, 0.00844538", \
+            "0.0254777, 0.0205481, 0.018817, 0.0169664, 0.0150625, 0.0130508, 0.0111733" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00383969, 0.00396422, 0.00391761, 0.0038549, 0.00372221, 0.00352254, 0.00309908", \
+            "0.00358845, 0.00380816, 0.00393705, 0.00381638, 0.00382921, 0.00347236, 0.00306687", \
+            "0.0038442, 0.00383694, 0.00382629, 0.00396069, 0.00370944, 0.00359269, 0.00307992", \
+            "0.00476836, 0.00422924, 0.00414034, 0.00396005, 0.00393855, 0.00357477, 0.00311808", \
+            "0.00708222, 0.0055645, 0.00520932, 0.00491156, 0.00443379, 0.00409381, 0.00347836", \
+            "0.0122069, 0.00927001, 0.00833958, 0.00734662, 0.00643286, 0.00559882, 0.00436234", \
+            "0.0230547, 0.0185737, 0.0166944, 0.0144778, 0.0122977, 0.0104082, 0.00859925" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0073646, 0.00769769, 0.00768637, 0.00761821, 0.00748598, 0.00724004, 0.00737791", \
+            "0.00701272, 0.00737426, 0.00759234, 0.00750492, 0.00738283, 0.00720636, 0.00686411", \
+            "0.0071074, 0.00729147, 0.00736923, 0.00734104, 0.0073392, 0.00724642, 0.00693141", \
+            "0.00776047, 0.00745061, 0.00739615, 0.00752226, 0.00730435, 0.00709244, 0.00694017", \
+            "0.00991881, 0.00858036, 0.00830051, 0.0080079, 0.00785875, 0.00738021, 0.00700621", \
+            "0.0152267, 0.0121524, 0.0113047, 0.0105308, 0.00966665, 0.00881162, 0.00889968", \
+            "0.0265475, 0.0215039, 0.0196013, 0.0176885, 0.0156789, 0.0138095, 0.0115181" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00373447, 0.00386935, 0.00382083, 0.00375188, 0.00362026, 0.00339017, 0.00301456", \
+            "0.00350366, 0.00367525, 0.00380559, 0.00372555, 0.00356603, 0.00333612, 0.00297221", \
+            "0.00380234, 0.00372044, 0.00369588, 0.00374821, 0.00354296, 0.00337354, 0.00294681", \
+            "0.00482275, 0.00416477, 0.00404964, 0.00386419, 0.00383793, 0.00345507, 0.00295855", \
+            "0.00723787, 0.00564815, 0.0052312, 0.0048464, 0.00441412, 0.00398826, 0.00378452", \
+            "0.0126935, 0.00962037, 0.00858316, 0.00751163, 0.00654687, 0.00576905, 0.00440591", \
+            "0.0239829, 0.0194011, 0.0174576, 0.0151344, 0.0127019, 0.010746, 0.00877947" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00766902, 0.00790992, 0.00789365, 0.00784781, 0.00769493, 0.00745898, 0.00715815", \
+            "0.00727472, 0.00764177, 0.00767152, 0.00768298, 0.00763643, 0.00740566, 0.00721125", \
+            "0.00731161, 0.00755136, 0.00754222, 0.00760764, 0.00755249, 0.00735777, 0.00714659", \
+            "0.00780832, 0.00759753, 0.00759308, 0.00768088, 0.00758894, 0.00729311, 0.00743784", \
+            "0.00963713, 0.00859723, 0.00836473, 0.0080933, 0.00801299, 0.00757341, 0.00719111", \
+            "0.0144944, 0.0119179, 0.0111517, 0.0103958, 0.0094943, 0.00898978, 0.00857406", \
+            "0.0250945, 0.0204518, 0.0188331, 0.0169968, 0.0152243, 0.0132983, 0.0113903" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00373447, 0.00386935, 0.00382083, 0.00375188, 0.00362026, 0.00339017, 0.00301456", \
+            "0.00350366, 0.00367525, 0.00380559, 0.00372555, 0.00356603, 0.00333612, 0.00297221", \
+            "0.00380234, 0.00372044, 0.00369588, 0.00374821, 0.00354296, 0.00337354, 0.00294681", \
+            "0.00482275, 0.00416477, 0.00404964, 0.00386419, 0.00383793, 0.00345507, 0.00295855", \
+            "0.00723787, 0.00564815, 0.0052312, 0.0048464, 0.00441412, 0.00398826, 0.00378452", \
+            "0.0126935, 0.00962037, 0.00858316, 0.00751163, 0.00654687, 0.00576905, 0.00440591", \
+            "0.0239829, 0.0194011, 0.0174576, 0.0151344, 0.0127019, 0.010746, 0.00877947" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(A1 * !A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00774983, 0.00777754, 0.00774066, 0.00766595, 0.00752089, 0.00727136, 0.00696347", \
+            "0.00752379, 0.00763122, 0.00764338, 0.00758659, 0.00751026, 0.00723447, 0.00700193", \
+            "0.00755712, 0.00761736, 0.00761524, 0.00763751, 0.0074434, 0.00721834, 0.00697607", \
+            "0.00800973, 0.00776611, 0.00770827, 0.00782901, 0.00751225, 0.00723356, 0.00700728", \
+            "0.00976421, 0.00882354, 0.00853161, 0.00824642, 0.00799506, 0.00758444, 0.00747808", \
+            "0.014477, 0.0122011, 0.0113975, 0.0106663, 0.00968282, 0.00906384, 0.00825814", \
+            "0.0247621, 0.0209463, 0.0193975, 0.0175728, 0.0155535, 0.0136539, 0.0115947" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00810914, 0.00814214, 0.00810332, 0.00803604, 0.00789625, 0.00763034, 0.00724687", \
+            "0.00773405, 0.00799751, 0.00809613, 0.00807833, 0.0079949, 0.00762353, 0.0072144", \
+            "0.00780048, 0.00795417, 0.00795826, 0.00811936, 0.00784679, 0.00771377, 0.00721607", \
+            "0.00841286, 0.00818729, 0.0081846, 0.00804149, 0.00809766, 0.00770324, 0.00728719", \
+            "0.0103689, 0.00920465, 0.00899589, 0.00878039, 0.00840066, 0.00816127, 0.00795835", \
+            "0.0151574, 0.0125832, 0.0117313, 0.0108344, 0.0102403, 0.00957296, 0.00846082", \
+            "0.0254838, 0.0212381, 0.0194749, 0.0175167, 0.0155815, 0.0137956, 0.0121584" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00751018, 0.00755569, 0.00751694, 0.00744711, 0.00731078, 0.0070719, 0.006749", \
+            "0.00727949, 0.00742959, 0.00742279, 0.00734999, 0.00730437, 0.00703428, 0.00674486", \
+            "0.00733586, 0.00741542, 0.00735523, 0.00739436, 0.00722189, 0.00698333, 0.00676701", \
+            "0.00785314, 0.00753868, 0.00749909, 0.00743766, 0.00736075, 0.00702961, 0.0067768", \
+            "0.00973966, 0.00865088, 0.0083396, 0.00797727, 0.00780094, 0.00744719, 0.00708123", \
+            "0.0145956, 0.012107, 0.0112767, 0.010487, 0.0095159, 0.00890819, 0.00786605", \
+            "0.0250076, 0.020961, 0.0193579, 0.0174053, 0.0154659, 0.0134136, 0.0114491" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00599181, 0.00604374, 0.00600967, 0.00594228, 0.00580196, 0.0055966, 0.00518343", \
+            "0.00560865, 0.00588582, 0.00595748, 0.00590231, 0.00575248, 0.00553698, 0.00513775", \
+            "0.00568434, 0.00588217, 0.00586563, 0.00600023, 0.00572783, 0.00578477, 0.00511174", \
+            "0.00630676, 0.00610509, 0.00607544, 0.00599779, 0.00597009, 0.00561505, 0.00517253", \
+            "0.00827316, 0.00713369, 0.00690656, 0.00674904, 0.00634928, 0.00601736, 0.00589629", \
+            "0.0130835, 0.0104861, 0.00965986, 0.00883554, 0.00822583, 0.00758587, 0.00644658", \
+            "0.0234453, 0.0191222, 0.0173925, 0.0153686, 0.0135781, 0.0117477, 0.0102073" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * !A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00749947, 0.00755406, 0.00752113, 0.0074394, 0.00729599, 0.00704157, 0.00669237", \
+            "0.00729364, 0.00741628, 0.00741469, 0.00743399, 0.00723842, 0.00703106, 0.00667344", \
+            "0.00735817, 0.00740299, 0.00737458, 0.00730632, 0.00720255, 0.00710788, 0.00663681", \
+            "0.00794164, 0.00761797, 0.00750537, 0.00750356, 0.00736893, 0.00700768, 0.00679489", \
+            "0.00998594, 0.00878369, 0.00849575, 0.00812969, 0.00792812, 0.00734598, 0.00731337", \
+            "0.015096, 0.0125157, 0.0116636, 0.010774, 0.00988345, 0.00890283, 0.00816483", \
+            "0.0260165, 0.0219056, 0.0201348, 0.0181034, 0.0161114, 0.0142094, 0.0116961" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00589475, 0.00594457, 0.00590194, 0.00583141, 0.00569636, 0.00550259, 0.00508617", \
+            "0.00553405, 0.00575702, 0.00582251, 0.00576047, 0.00570311, 0.00542655, 0.00498842", \
+            "0.00563528, 0.00575242, 0.00573388, 0.00581076, 0.00558957, 0.00564461, 0.00499228", \
+            "0.0063193, 0.00603639, 0.00599074, 0.00588081, 0.00584427, 0.00551254, 0.00510365", \
+            "0.00843331, 0.00716418, 0.00687196, 0.00667172, 0.00627597, 0.00587622, 0.00581468", \
+            "0.0135322, 0.010764, 0.00985412, 0.00897303, 0.00827382, 0.00755047, 0.00630907", \
+            "0.0244149, 0.0199009, 0.0181166, 0.0159716, 0.0140219, 0.0121687, 0.0103152" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00749947, 0.00755406, 0.00752113, 0.0074394, 0.00729599, 0.00704157, 0.00669237", \
+            "0.00729364, 0.00741628, 0.00741469, 0.00743399, 0.00723842, 0.00703106, 0.00667344", \
+            "0.00735817, 0.00740299, 0.00737458, 0.00730632, 0.00720255, 0.00710788, 0.00663681", \
+            "0.00794164, 0.00761797, 0.00750537, 0.00750356, 0.00736893, 0.00700768, 0.00679489", \
+            "0.00998594, 0.00878369, 0.00849575, 0.00812969, 0.00792812, 0.00734598, 0.00731337", \
+            "0.015096, 0.0125157, 0.0116636, 0.010774, 0.00988345, 0.00890283, 0.00816483", \
+            "0.0260165, 0.0219056, 0.0201348, 0.0181034, 0.0161114, 0.0142094, 0.0116961" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00589475, 0.00594457, 0.00590194, 0.00583141, 0.00569636, 0.00550259, 0.00508617", \
+            "0.00553405, 0.00575702, 0.00582251, 0.00576047, 0.00570311, 0.00542655, 0.00498842", \
+            "0.00563528, 0.00575242, 0.00573388, 0.00581076, 0.00558957, 0.00564461, 0.00499228", \
+            "0.0063193, 0.00603639, 0.00599074, 0.00588081, 0.00584427, 0.00551254, 0.00510365", \
+            "0.00843331, 0.00716418, 0.00687196, 0.00667172, 0.00627597, 0.00587622, 0.00581468", \
+            "0.0135322, 0.010764, 0.00985412, 0.00897303, 0.00827382, 0.00755047, 0.00630907", \
+            "0.0244149, 0.0199009, 0.0181166, 0.0159716, 0.0140219, 0.0121687, 0.0103152" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(A1 * !A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0047385, 0.00508801, 0.00509683, 0.00505228, 0.00490862, 0.00470534, 0.00435116", \
+            "0.00481344, 0.00483047, 0.00488097, 0.00487749, 0.00482442, 0.00458245, 0.00472959", \
+            "0.00529953, 0.0050123, 0.00494959, 0.00487169, 0.00476212, 0.00472428, 0.00428137", \
+            "0.0065435, 0.0056542, 0.00541397, 0.00527687, 0.00497009, 0.00466135, 0.00440294", \
+            "0.00914762, 0.00747871, 0.00694997, 0.00631836, 0.00588939, 0.00527548, 0.00592675", \
+            "0.0149605, 0.0119273, 0.0109603, 0.00978241, 0.00854019, 0.00727601, 0.00689127", \
+            "0.0272482, 0.0221619, 0.0203758, 0.01826, 0.016113, 0.0135235, 0.0108936" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0043098, 0.00480094, 0.00482681, 0.00474523, 0.00469052, 0.0044218, 0.00409371", \
+            "0.00431211, 0.004699, 0.00470579, 0.00484203, 0.00482527, 0.00448127, 0.00414949", \
+            "0.00473636, 0.00474279, 0.00477661, 0.00474295, 0.00483235, 0.00459071, 0.00406335", \
+            "0.00598135, 0.00514333, 0.00510144, 0.00506064, 0.00476045, 0.00474597, 0.00432285", \
+            "0.00872784, 0.00699456, 0.00633651, 0.00595422, 0.00565066, 0.00499772, 0.00456025", \
+            "0.0147552, 0.0110718, 0.00987028, 0.00879979, 0.00777949, 0.00701813, 0.00621749", \
+            "0.0272461, 0.0215707, 0.0193462, 0.0169242, 0.0144158, 0.0119287, 0.010373" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00442563, 0.00487208, 0.00487912, 0.00484847, 0.00472148, 0.0045146, 0.00455827", \
+            "0.00463746, 0.00461019, 0.00472813, 0.00470932, 0.00459999, 0.0044246, 0.0045285", \
+            "0.00519042, 0.00478995, 0.00474085, 0.00465725, 0.00461984, 0.00436702, 0.0044156", \
+            "0.00651015, 0.00550012, 0.00521009, 0.00514755, 0.00477609, 0.00445407, 0.00459391", \
+            "0.00925522, 0.00731538, 0.00678153, 0.00618064, 0.00571103, 0.00509198, 0.00565991", \
+            "0.0152422, 0.0119102, 0.0107739, 0.00962088, 0.00839941, 0.00718127, 0.00648265", \
+            "0.0277112, 0.0222723, 0.0203698, 0.018183, 0.0159212, 0.0133189, 0.0106137" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00219935, 0.00268765, 0.00273165, 0.00265977, 0.00259385, 0.00233134, 0.00201136", \
+            "0.0022099, 0.00258565, 0.00261335, 0.00271642, 0.00263186, 0.0024052, 0.00229877", \
+            "0.00263659, 0.00264396, 0.00268659, 0.00265083, 0.00270758, 0.00249547, 0.00202659", \
+            "0.00391804, 0.00305137, 0.00299637, 0.00294666, 0.00264756, 0.00264365, 0.00238062", \
+            "0.0067203, 0.00492852, 0.00427524, 0.00385375, 0.00356843, 0.00302879, 0.00231446", \
+            "0.0127976, 0.00896933, 0.00782952, 0.00676694, 0.00566624, 0.00489871, 0.0042506", \
+            "0.0254339, 0.0195508, 0.0172686, 0.014844, 0.0124167, 0.00994437, 0.00876918" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00475304, 0.00509269, 0.00508965, 0.0050392, 0.00493971, 0.004708, 0.00427389", \
+            "0.00479719, 0.00483742, 0.00492988, 0.00487234, 0.00481612, 0.00459511, 0.00429505", \
+            "0.00530823, 0.00499434, 0.00497269, 0.00485359, 0.00475826, 0.004712, 0.00430269", \
+            "0.00651837, 0.00565951, 0.00540289, 0.00535695, 0.00500771, 0.00465862, 0.00434003", \
+            "0.00912311, 0.00746113, 0.00693305, 0.0063313, 0.00588955, 0.00525708, 0.00545795", \
+            "0.0149456, 0.0119173, 0.0108983, 0.00981096, 0.00855627, 0.00737004, 0.00641383", \
+            "0.027266, 0.0221504, 0.0203719, 0.0182711, 0.0161167, 0.0136386, 0.0109692" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00435228, 0.00485096, 0.00486957, 0.00479098, 0.00472266, 0.00445944, 0.00415416", \
+            "0.00430161, 0.00469551, 0.00472847, 0.00485125, 0.00483736, 0.00450659, 0.00415003", \
+            "0.00472551, 0.00473933, 0.00480669, 0.00471988, 0.00483743, 0.00458243, 0.00407462", \
+            "0.00597441, 0.0051352, 0.00508906, 0.00505708, 0.00475868, 0.00474332, 0.00423895", \
+            "0.00873152, 0.00675966, 0.0063393, 0.0059277, 0.00567901, 0.00524726, 0.00458764", \
+            "0.0148541, 0.0110778, 0.00986977, 0.00879237, 0.0077306, 0.00701577, 0.00614395", \
+            "0.0273572, 0.021608, 0.0193578, 0.0169332, 0.0143997, 0.0119738, 0.0102424" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * !B1 * B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00444587, 0.00487007, 0.00488145, 0.00484623, 0.00472994, 0.00450333, 0.00409204", \
+            "0.00460655, 0.00460647, 0.00476086, 0.0047005, 0.00462243, 0.00440371, 0.00409654", \
+            "0.00517711, 0.00478125, 0.00478362, 0.00465325, 0.00459235, 0.00447496, 0.00445664", \
+            "0.00648705, 0.00547861, 0.00519849, 0.00513902, 0.00478295, 0.00444861, 0.00455645", \
+            "0.00922163, 0.00729558, 0.00677564, 0.00613719, 0.00571605, 0.00496952, 0.00469153", \
+            "0.0152025, 0.0118558, 0.0107809, 0.00969458, 0.00839179, 0.00707889, 0.0067679", \
+            "0.0276684, 0.0222344, 0.0203743, 0.0181363, 0.0158864, 0.0133805, 0.0106776" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00224832, 0.00274151, 0.00277494, 0.00270259, 0.00264795, 0.00239141, 0.00205634", \
+            "0.00219437, 0.00258224, 0.00263154, 0.00274674, 0.00264543, 0.00240562, 0.00205383", \
+            "0.0026269, 0.00264331, 0.00268383, 0.00264733, 0.00272537, 0.00241128, 0.00203865", \
+            "0.00390601, 0.00304576, 0.00301135, 0.00294822, 0.00264032, 0.00263455, 0.00248313", \
+            "0.00672373, 0.00491153, 0.00428137, 0.00383345, 0.00358481, 0.00300435, 0.0023627", \
+            "0.0127874, 0.00895737, 0.00782051, 0.00675514, 0.00573709, 0.00496567, 0.00424088", \
+            "0.0254389, 0.0195377, 0.0172575, 0.0148308, 0.0122665, 0.00993406, 0.00880999" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00443819, 0.00489449, 0.00488086, 0.00485266, 0.00476525, 0.00446718, 0.00457544", \
+            "0.00467075, 0.00465953, 0.00467764, 0.00480896, 0.00461034, 0.00445007, 0.00441134", \
+            "0.00528264, 0.00480262, 0.00484338, 0.00466989, 0.00456556, 0.0044169, 0.00444427", \
+            "0.00666197, 0.00558643, 0.00528857, 0.00511402, 0.00484552, 0.00463636, 0.0046152", \
+            "0.00956534, 0.00752191, 0.0069437, 0.00631996, 0.00573274, 0.00560031, 0.004742", \
+            "0.0158898, 0.0123042, 0.0111558, 0.00999422, 0.00876214, 0.0071485, 0.00663658", \
+            "0.0290482, 0.0233982, 0.0213919, 0.0191309, 0.0166423, 0.0140874, 0.0112706" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00215866, 0.00265878, 0.00270318, 0.00263889, 0.00255803, 0.00228614, 0.00198368", \
+            "0.00214328, 0.002501, 0.00251544, 0.00263829, 0.00250164, 0.00230876, 0.00197165", \
+            "0.00262732, 0.00254491, 0.00260741, 0.00252505, 0.00261824, 0.00240476, 0.00192062", \
+            "0.00400745, 0.0030221, 0.00292334, 0.00287156, 0.00265362, 0.00252921, 0.0022346", \
+            "0.00698333, 0.00475357, 0.00430081, 0.00384218, 0.00353562, 0.00296504, 0.00228672", \
+            "0.0134416, 0.00938681, 0.00812178, 0.00703953, 0.00578315, 0.00507639, 0.0039925", \
+            "0.0266582, 0.0205517, 0.0181793, 0.0156571, 0.0130745, 0.0104419, 0.00850619" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00475304, 0.00509269, 0.00508965, 0.0050392, 0.00493971, 0.004708, 0.00427389", \
+            "0.00479719, 0.00483742, 0.00492988, 0.00487234, 0.00481612, 0.00459511, 0.00429505", \
+            "0.00530823, 0.00499434, 0.00497269, 0.00485359, 0.00475826, 0.004712, 0.00430269", \
+            "0.00651837, 0.00565951, 0.00540289, 0.00535695, 0.00500771, 0.00465862, 0.00434003", \
+            "0.00912311, 0.00746113, 0.00693305, 0.0063313, 0.00588955, 0.00525708, 0.00545795", \
+            "0.0149456, 0.0119173, 0.0108983, 0.00981096, 0.00855627, 0.00737004, 0.00641383", \
+            "0.027266, 0.0221504, 0.0203719, 0.0182711, 0.0161167, 0.0136386, 0.0109692" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00215866, 0.00265878, 0.00270318, 0.00263889, 0.00255803, 0.00228614, 0.00198368", \
+            "0.00214328, 0.002501, 0.00251544, 0.00263829, 0.00250164, 0.00230876, 0.00197165", \
+            "0.00262732, 0.00254491, 0.00260741, 0.00252505, 0.00261824, 0.00240476, 0.00192062", \
+            "0.00400745, 0.0030221, 0.00292334, 0.00287156, 0.00265362, 0.00252921, 0.0022346", \
+            "0.00698333, 0.00475357, 0.00430081, 0.00384218, 0.00353562, 0.00296504, 0.00228672", \
+            "0.0134416, 0.00938681, 0.00812178, 0.00703953, 0.00578315, 0.00507639, 0.0039925", \
+            "0.0266582, 0.0205517, 0.0181793, 0.0156571, 0.0130745, 0.0104419, 0.00850619" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00318502;
+      rise_capacitance : 0.00310119;
+      rise_capacitance_range (0.00291989, 0.00336685);
+      fall_capacitance : 0.00326886;
+      fall_capacitance_range (0.00279316, 0.0037212);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00325924;
+      rise_capacitance : 0.00329036;
+      rise_capacitance_range (0.00285038, 0.0035971);
+      fall_capacitance : 0.00322811;
+      fall_capacitance_range (0.0028345, 0.00360051);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0031338;
+      rise_capacitance : 0.00308759;
+      rise_capacitance_range (0.00273299, 0.00348902);
+      fall_capacitance : 0.00318002;
+      fall_capacitance_range (0.00267765, 0.00358651);
+    }
+    pin (B2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00326595;
+      rise_capacitance : 0.00333515;
+      rise_capacitance_range (0.00277133, 0.00375492);
+      fall_capacitance : 0.00319675;
+      fall_capacitance_range (0.00277706, 0.00352642);
+    }
+    pin (C1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00303492;
+      rise_capacitance : 0.0031326;
+      rise_capacitance_range (0.0026094, 0.00382197);
+      fall_capacitance : 0.00293723;
+      fall_capacitance_range (0.00271095, 0.00325985);
+    }
+  }
+  cell (sg13g2_a22oi_1) {
+    area : 10.8486;
+    cell_footprint : "a22oi";
+    cell_leakage_power : 355.472;
+    leakage_power () {
+      value : 283.863;
+      when : "!A1&!A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 221.78;
+      when : "!A1&!A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 343.159;
+      when : "!A1&!A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 451.291;
+      when : "!A1&!A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 343.246;
+      when : "!A1&A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 281.162;
+      when : "!A1&A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 402.541;
+      when : "!A1&A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 505.773;
+      when : "!A1&A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 221.758;
+      when : "A1&!A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 159.674;
+      when : "A1&!A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 281.053;
+      when : "A1&!A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 505.664;
+      when : "A1&!A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 307.018;
+      when : "A1&A2&!B1&!B2&!Y";
+    }
+    leakage_power () {
+      value : 433.583;
+      when : "A1&A2&!B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 433.583;
+      when : "A1&A2&B1&!B2&!Y";
+    }
+    leakage_power () {
+      value : 512.407;
+      when : "A1&A2&B1&B2&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+(B1*B2))";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "A2 == 1'b1 && B1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * B1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0366168, 0.119876, 0.176701, 0.270511, 0.427522, 0.688666, 1.12419", \
+            "0.054913, 0.147333, 0.204777, 0.298843, 0.456108, 0.717966, 1.15284", \
+            "0.0637812, 0.168984, 0.229323, 0.324719, 0.481959, 0.743579, 1.17968", \
+            "0.0728714, 0.2028, 0.270423, 0.372627, 0.533816, 0.796412, 1.23225", \
+            "0.0822236, 0.250841, 0.332094, 0.449185, 0.625536, 0.897966, 1.33701", \
+            "0.0940752, 0.315496, 0.420787, 0.56489, 0.770769, 1.0746, 1.53851", \
+            "0.101845, 0.395854, 0.534411, 0.722908, 0.982924, 1.34438, 1.87318" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0221668, 0.13737, 0.217762, 0.350704, 0.573119, 0.943814, 1.5618", \
+            "0.0318959, 0.141029, 0.219261, 0.351649, 0.57312, 0.944265, 1.56239", \
+            "0.041422, 0.150995, 0.226548, 0.354732, 0.573895, 0.944802, 1.5624", \
+            "0.0603987, 0.175825, 0.249322, 0.372666, 0.584658, 0.947658, 1.5649", \
+            "0.0936212, 0.221795, 0.29786, 0.419433, 0.624453, 0.973301, 1.57351", \
+            "0.144699, 0.302905, 0.387668, 0.515008, 0.720495, 1.06048, 1.63596", \
+            "0.223969, 0.4352, 0.537716, 0.683775, 0.905095, 1.25308, 1.8208" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0332388, 0.0987516, 0.142816, 0.215276, 0.336379, 0.53798, 0.874116", \
+            "0.0573001, 0.13676, 0.182153, 0.254884, 0.375872, 0.577462, 0.913237", \
+            "0.0728015, 0.167727, 0.218106, 0.29452, 0.41687, 0.618405, 0.954171", \
+            "0.0935257, 0.21319, 0.274307, 0.361849, 0.493309, 0.698792, 1.03472", \
+            "0.122756, 0.276649, 0.353766, 0.462253, 0.617091, 0.84458, 1.19124", \
+            "0.164876, 0.3623, 0.464475, 0.604761, 0.799725, 1.07423, 1.47121", \
+            "0.225635, 0.485357, 0.615051, 0.798449, 1.05523, 1.40572, 1.89554" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.024645, 0.110068, 0.169775, 0.268337, 0.433339, 0.708524, 1.16688", \
+            "0.0389043, 0.119462, 0.174939, 0.270133, 0.433553, 0.708525, 1.16689", \
+            "0.0511646, 0.13654, 0.190624, 0.281147, 0.438791, 0.709824, 1.1669", \
+            "0.0705716, 0.170758, 0.226238, 0.315204, 0.464512, 0.723282, 1.17073", \
+            "0.1011, 0.226068, 0.290736, 0.38526, 0.535805, 0.781611, 1.20457", \
+            "0.15148, 0.313891, 0.393227, 0.506498, 0.670477, 0.925205, 1.33433", \
+            "0.234826, 0.449714, 0.551895, 0.696658, 0.897787, 1.18819, 1.61953" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0366168, 0.119876, 0.176701, 0.270511, 0.427522, 0.688666, 1.12419", \
+            "0.054913, 0.147333, 0.204777, 0.298843, 0.456108, 0.717966, 1.15284", \
+            "0.0637812, 0.168984, 0.229323, 0.324719, 0.481959, 0.743579, 1.17968", \
+            "0.0728714, 0.2028, 0.270423, 0.372627, 0.533816, 0.796412, 1.23225", \
+            "0.0822236, 0.250841, 0.332094, 0.449185, 0.625536, 0.897966, 1.33701", \
+            "0.0940752, 0.315496, 0.420787, 0.56489, 0.770769, 1.0746, 1.53851", \
+            "0.101845, 0.395854, 0.534411, 0.722908, 0.982924, 1.34438, 1.87318" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0221668, 0.13737, 0.217762, 0.350704, 0.573119, 0.943814, 1.5618", \
+            "0.0318959, 0.141029, 0.219261, 0.351649, 0.57312, 0.944265, 1.56239", \
+            "0.041422, 0.150995, 0.226548, 0.354732, 0.573895, 0.944802, 1.5624", \
+            "0.0603987, 0.175825, 0.249322, 0.372666, 0.584658, 0.947658, 1.5649", \
+            "0.0936212, 0.221795, 0.29786, 0.419433, 0.624453, 0.973301, 1.57351", \
+            "0.144699, 0.302905, 0.387668, 0.515008, 0.720495, 1.06048, 1.63596", \
+            "0.223969, 0.4352, 0.537716, 0.683775, 0.905095, 1.25308, 1.8208" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0332388, 0.0987516, 0.142816, 0.215276, 0.336379, 0.53798, 0.874116", \
+            "0.0573001, 0.13676, 0.182153, 0.254884, 0.375872, 0.577462, 0.913237", \
+            "0.0728015, 0.167727, 0.218106, 0.29452, 0.41687, 0.618405, 0.954171", \
+            "0.0935257, 0.21319, 0.274307, 0.361849, 0.493309, 0.698792, 1.03472", \
+            "0.122756, 0.276649, 0.353766, 0.462253, 0.617091, 0.84458, 1.19124", \
+            "0.164876, 0.3623, 0.464475, 0.604761, 0.799725, 1.07423, 1.47121", \
+            "0.225635, 0.485357, 0.615051, 0.798449, 1.05523, 1.40572, 1.89554" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.024645, 0.110068, 0.169775, 0.268337, 0.433339, 0.708524, 1.16688", \
+            "0.0389043, 0.119462, 0.174939, 0.270133, 0.433553, 0.708525, 1.16689", \
+            "0.0511646, 0.13654, 0.190624, 0.281147, 0.438791, 0.709824, 1.1669", \
+            "0.0705716, 0.170758, 0.226238, 0.315204, 0.464512, 0.723282, 1.17073", \
+            "0.1011, 0.226068, 0.290736, 0.38526, 0.535805, 0.781611, 1.20457", \
+            "0.15148, 0.313891, 0.393227, 0.506498, 0.670477, 0.925205, 1.33433", \
+            "0.234826, 0.449714, 0.551895, 0.696658, 0.897787, 1.18819, 1.61953" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "A1 == 1'b1 && B1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * B1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0416116, 0.123845, 0.180299, 0.273809, 0.42997, 0.689878, 1.12332", \
+            "0.0623162, 0.152159, 0.209081, 0.302491, 0.458612, 0.719291, 1.15176", \
+            "0.0731791, 0.174452, 0.233958, 0.328664, 0.484942, 0.745193, 1.17902", \
+            "0.0855394, 0.209581, 0.276256, 0.377316, 0.537446, 0.79854, 1.23214", \
+            "0.100725, 0.259987, 0.339352, 0.455655, 0.629902, 0.900923, 1.33775", \
+            "0.122151, 0.329681, 0.431591, 0.573128, 0.777905, 1.07885, 1.54029", \
+            "0.148364, 0.419969, 0.554, 0.738319, 0.994171, 1.35325, 1.87754" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273166, 0.142376, 0.222347, 0.35465, 0.576126, 0.945048, 1.55999", \
+            "0.0363753, 0.14582, 0.223816, 0.354894, 0.576127, 0.945398, 1.56034", \
+            "0.0460223, 0.155658, 0.231048, 0.35884, 0.577246, 0.947571, 1.56035", \
+            "0.0648585, 0.179972, 0.253566, 0.376645, 0.587691, 0.948915, 1.56366", \
+            "0.0968213, 0.22612, 0.301766, 0.423347, 0.627302, 0.974534, 1.57154", \
+            "0.14562, 0.306518, 0.390956, 0.517938, 0.723003, 1.06208, 1.63444", \
+            "0.219857, 0.433432, 0.538305, 0.685043, 0.906925, 1.25539, 1.8195" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0355703, 0.100872, 0.144895, 0.217377, 0.338545, 0.540071, 0.875952", \
+            "0.0572, 0.13173, 0.176875, 0.24974, 0.370913, 0.572527, 0.908295", \
+            "0.0715095, 0.157549, 0.205965, 0.281323, 0.403579, 0.605473, 0.941449", \
+            "0.0901799, 0.197078, 0.252959, 0.335855, 0.464406, 0.6693, 1.00581", \
+            "0.116329, 0.254186, 0.323472, 0.421373, 0.56617, 0.786325, 1.13065", \
+            "0.153869, 0.333889, 0.424079, 0.549692, 0.724792, 0.978742, 1.3556", \
+            "0.205498, 0.447271, 0.563616, 0.726968, 0.956107, 1.27087, 1.71405" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0242576, 0.109916, 0.169775, 0.268329, 0.433444, 0.708543, 1.16702", \
+            "0.0337703, 0.115773, 0.173049, 0.269786, 0.435731, 0.708544, 1.16703", \
+            "0.0435958, 0.127095, 0.182757, 0.276381, 0.436857, 0.711478, 1.16704", \
+            "0.0617791, 0.152208, 0.207674, 0.298676, 0.453233, 0.718318, 1.16951", \
+            "0.0917717, 0.196699, 0.256071, 0.348642, 0.501239, 0.755844, 1.19117", \
+            "0.139467, 0.271852, 0.341505, 0.443988, 0.601594, 0.855021, 1.27768", \
+            "0.216556, 0.391797, 0.478543, 0.603482, 0.783832, 1.05485, 1.47788" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0416116, 0.123845, 0.180299, 0.273809, 0.42997, 0.689878, 1.12332", \
+            "0.0623162, 0.152159, 0.209081, 0.302491, 0.458612, 0.719291, 1.15176", \
+            "0.0731791, 0.174452, 0.233958, 0.328664, 0.484942, 0.745193, 1.17902", \
+            "0.0855394, 0.209581, 0.276256, 0.377316, 0.537446, 0.79854, 1.23214", \
+            "0.100725, 0.259987, 0.339352, 0.455655, 0.629902, 0.900923, 1.33775", \
+            "0.122151, 0.329681, 0.431591, 0.573128, 0.777905, 1.07885, 1.54029", \
+            "0.148364, 0.419969, 0.554, 0.738319, 0.994171, 1.35325, 1.87754" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273166, 0.142376, 0.222347, 0.35465, 0.576126, 0.945048, 1.55999", \
+            "0.0363753, 0.14582, 0.223816, 0.354894, 0.576127, 0.945398, 1.56034", \
+            "0.0460223, 0.155658, 0.231048, 0.35884, 0.577246, 0.947571, 1.56035", \
+            "0.0648585, 0.179972, 0.253566, 0.376645, 0.587691, 0.948915, 1.56366", \
+            "0.0968213, 0.22612, 0.301766, 0.423347, 0.627302, 0.974534, 1.57154", \
+            "0.14562, 0.306518, 0.390956, 0.517938, 0.723003, 1.06208, 1.63444", \
+            "0.219857, 0.433432, 0.538305, 0.685043, 0.906925, 1.25539, 1.8195" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0355703, 0.100872, 0.144895, 0.217377, 0.338545, 0.540071, 0.875952", \
+            "0.0572, 0.13173, 0.176875, 0.24974, 0.370913, 0.572527, 0.908295", \
+            "0.0715095, 0.157549, 0.205965, 0.281323, 0.403579, 0.605473, 0.941449", \
+            "0.0901799, 0.197078, 0.252959, 0.335855, 0.464406, 0.6693, 1.00581", \
+            "0.116329, 0.254186, 0.323472, 0.421373, 0.56617, 0.786325, 1.13065", \
+            "0.153869, 0.333889, 0.424079, 0.549692, 0.724792, 0.978742, 1.3556", \
+            "0.205498, 0.447271, 0.563616, 0.726968, 0.956107, 1.27087, 1.71405" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0242576, 0.109916, 0.169775, 0.268329, 0.433444, 0.708543, 1.16702", \
+            "0.0337703, 0.115773, 0.173049, 0.269786, 0.435731, 0.708544, 1.16703", \
+            "0.0435958, 0.127095, 0.182757, 0.276381, 0.436857, 0.711478, 1.16704", \
+            "0.0617791, 0.152208, 0.207674, 0.298676, 0.453233, 0.718318, 1.16951", \
+            "0.0917717, 0.196699, 0.256071, 0.348642, 0.501239, 0.755844, 1.19117", \
+            "0.139467, 0.271852, 0.341505, 0.443988, 0.601594, 0.855021, 1.27768", \
+            "0.216556, 0.391797, 0.478543, 0.603482, 0.783832, 1.05485, 1.47788" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390737, 0.122464, 0.179369, 0.27317, 0.430182, 0.691594, 1.12718", \
+            "0.0631167, 0.156887, 0.214101, 0.307894, 0.464721, 0.726141, 1.16147", \
+            "0.0772064, 0.186343, 0.247308, 0.34244, 0.499211, 0.760628, 1.19692", \
+            "0.0964644, 0.231951, 0.302855, 0.407484, 0.569432, 0.831187, 1.26625", \
+            "0.122385, 0.295496, 0.383465, 0.508936, 0.69162, 0.967334, 1.40575", \
+            "0.157835, 0.382053, 0.495998, 0.654126, 0.880214, 1.2008, 1.67459", \
+            "0.20438, 0.496423, 0.645505, 0.85201, 1.13833, 1.54234, 2.10894" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0330895, 0.148938, 0.229613, 0.362712, 0.585328, 0.95614, 1.57422", \
+            "0.0474773, 0.154902, 0.231901, 0.365696, 0.585329, 0.956243, 1.5748", \
+            "0.0599745, 0.170467, 0.243635, 0.369073, 0.586636, 0.956244, 1.57563", \
+            "0.0791492, 0.205291, 0.27776, 0.397274, 0.603548, 0.961884, 1.57739", \
+            "0.109715, 0.264202, 0.343416, 0.465558, 0.664719, 1.00298, 1.59254", \
+            "0.159146, 0.357646, 0.453199, 0.592907, 0.802017, 1.13539, 1.69065", \
+            "0.238855, 0.504087, 0.627345, 0.795502, 1.04288, 1.40502, 1.96691" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0287952, 0.0937583, 0.137769, 0.21038, 0.331871, 0.533741, 0.869515", \
+            "0.046118, 0.124027, 0.169599, 0.242773, 0.364451, 0.56658, 0.902352", \
+            "0.0568678, 0.148759, 0.198093, 0.274141, 0.397034, 0.599375, 0.935354", \
+            "0.0696827, 0.186184, 0.243725, 0.327793, 0.457438, 0.663045, 0.999746", \
+            "0.0871178, 0.239547, 0.311601, 0.411637, 0.558407, 0.779394, 1.1246", \
+            "0.110938, 0.312829, 0.40725, 0.536036, 0.714141, 0.969507, 1.34814", \
+            "0.141822, 0.413859, 0.537195, 0.706947, 0.939879, 1.2578, 1.70476" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0225357, 0.107102, 0.166543, 0.26508, 0.430021, 0.704684, 1.1624", \
+            "0.0342711, 0.113539, 0.170238, 0.266417, 0.4304, 0.704685, 1.1629", \
+            "0.0457883, 0.125535, 0.180503, 0.273572, 0.43347, 0.705391, 1.16291", \
+            "0.0668809, 0.151262, 0.206095, 0.296394, 0.450301, 0.714703, 1.16511", \
+            "0.102293, 0.197169, 0.255567, 0.346806, 0.498569, 0.752652, 1.1881", \
+            "0.157659, 0.275279, 0.34311, 0.442967, 0.599633, 0.851908, 1.27338", \
+            "0.247127, 0.403691, 0.486233, 0.607701, 0.78599, 1.05161, 1.47517" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0329389, 0.1158, 0.17252, 0.265685, 0.421986, 0.681972, 1.11496", \
+            "0.0541058, 0.150048, 0.207024, 0.300312, 0.456657, 0.717228, 1.15025", \
+            "0.0660482, 0.178829, 0.24002, 0.334878, 0.490901, 0.751059, 1.1846", \
+            "0.0822147, 0.222883, 0.294538, 0.399425, 0.561053, 0.821607, 1.25439", \
+            "0.103773, 0.284203, 0.373235, 0.499647, 0.682492, 0.957501, 1.39392", \
+            "0.133309, 0.366998, 0.482869, 0.642199, 0.869061, 1.18981, 1.66262", \
+            "0.171893, 0.477502, 0.627677, 0.837455, 1.12456, 1.52852, 2.09469" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0278761, 0.142576, 0.222776, 0.355059, 0.576485, 0.945273, 1.56068", \
+            "0.0426015, 0.149013, 0.225287, 0.357316, 0.576486, 0.945763, 1.56069", \
+            "0.0542118, 0.165116, 0.237509, 0.361751, 0.578167, 0.945764, 1.5607", \
+            "0.0723923, 0.199921, 0.272293, 0.390581, 0.595415, 0.951415, 1.56219", \
+            "0.101082, 0.257956, 0.338294, 0.459353, 0.657093, 0.99308, 1.57907", \
+            "0.147213, 0.350797, 0.446713, 0.586287, 0.794816, 1.1256, 1.67791", \
+            "0.22411, 0.495087, 0.61841, 0.787921, 1.03625, 1.39423, 1.95345" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0283743, 0.0929501, 0.136707, 0.209006, 0.329846, 0.531408, 0.867067", \
+            "0.0453575, 0.123172, 0.16853, 0.24135, 0.362475, 0.563989, 0.900011", \
+            "0.0557153, 0.147703, 0.196848, 0.272638, 0.395015, 0.596862, 0.932879", \
+            "0.067769, 0.184784, 0.24222, 0.326064, 0.455386, 0.660497, 0.997141", \
+            "0.0833603, 0.237271, 0.309479, 0.409406, 0.555867, 0.77668, 1.12191", \
+            "0.103438, 0.30895, 0.403832, 0.533184, 0.711217, 0.967393, 1.34549", \
+            "0.125334, 0.406976, 0.531443, 0.701624, 0.935901, 1.25423, 1.7016" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0159327, 0.100852, 0.160254, 0.258831, 0.42385, 0.698682, 1.15671", \
+            "0.0259489, 0.107129, 0.163922, 0.260019, 0.425161, 0.698683, 1.15679", \
+            "0.0359085, 0.118992, 0.174101, 0.267242, 0.427249, 0.701194, 1.1568", \
+            "0.0540743, 0.144057, 0.199487, 0.289986, 0.444233, 0.708395, 1.15953", \
+            "0.0847355, 0.189014, 0.247919, 0.340088, 0.491965, 0.746525, 1.18215", \
+            "0.132456, 0.264503, 0.335545, 0.436101, 0.593338, 0.846278, 1.26842", \
+            "0.211824, 0.388349, 0.475379, 0.596184, 0.781805, 1.04406, 1.46903" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390737, 0.122464, 0.179369, 0.27317, 0.430182, 0.691594, 1.12718", \
+            "0.0631167, 0.156887, 0.214101, 0.307894, 0.464721, 0.726141, 1.16147", \
+            "0.0772064, 0.186343, 0.247308, 0.34244, 0.499211, 0.760628, 1.19692", \
+            "0.0964644, 0.231951, 0.302855, 0.407484, 0.569432, 0.831187, 1.26625", \
+            "0.122385, 0.295496, 0.383465, 0.508936, 0.69162, 0.967334, 1.40575", \
+            "0.157835, 0.382053, 0.495998, 0.654126, 0.880214, 1.2008, 1.67459", \
+            "0.20438, 0.496423, 0.645505, 0.85201, 1.13833, 1.54234, 2.10894" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0330895, 0.148938, 0.229613, 0.362712, 0.585328, 0.95614, 1.57422", \
+            "0.0474773, 0.154902, 0.231901, 0.365696, 0.585329, 0.956243, 1.5748", \
+            "0.0599745, 0.170467, 0.243635, 0.369073, 0.586636, 0.956244, 1.57563", \
+            "0.0791492, 0.205291, 0.27776, 0.397274, 0.603548, 0.961884, 1.57739", \
+            "0.109715, 0.264202, 0.343416, 0.465558, 0.664719, 1.00298, 1.59254", \
+            "0.159146, 0.357646, 0.453199, 0.592907, 0.802017, 1.13539, 1.69065", \
+            "0.238855, 0.504087, 0.627345, 0.795502, 1.04288, 1.40502, 1.96691" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0287952, 0.0937583, 0.137769, 0.21038, 0.331871, 0.533741, 0.869515", \
+            "0.046118, 0.124027, 0.169599, 0.242773, 0.364451, 0.56658, 0.902352", \
+            "0.0568678, 0.148759, 0.198093, 0.274141, 0.397034, 0.599375, 0.935354", \
+            "0.0696827, 0.186184, 0.243725, 0.327793, 0.457438, 0.663045, 0.999746", \
+            "0.0871178, 0.239547, 0.311601, 0.411637, 0.558407, 0.779394, 1.1246", \
+            "0.110938, 0.312829, 0.40725, 0.536036, 0.714141, 0.969507, 1.34814", \
+            "0.141822, 0.413859, 0.537195, 0.706947, 0.939879, 1.2578, 1.70476" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0225357, 0.107102, 0.166543, 0.26508, 0.430021, 0.704684, 1.1624", \
+            "0.0342711, 0.113539, 0.170238, 0.266417, 0.4304, 0.704685, 1.1629", \
+            "0.0457883, 0.125535, 0.180503, 0.273572, 0.43347, 0.705391, 1.16291", \
+            "0.0668809, 0.151262, 0.206095, 0.296394, 0.450301, 0.714703, 1.16511", \
+            "0.102293, 0.197169, 0.255567, 0.346806, 0.498569, 0.752652, 1.1881", \
+            "0.157659, 0.275279, 0.34311, 0.442967, 0.599633, 0.851908, 1.27338", \
+            "0.247127, 0.403691, 0.486233, 0.607701, 0.78599, 1.05161, 1.47517" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0336094, 0.117261, 0.174009, 0.267227, 0.423483, 0.683626, 1.11709", \
+            "0.0544797, 0.150922, 0.208245, 0.301652, 0.458113, 0.718786, 1.1516", \
+            "0.0661449, 0.179564, 0.240949, 0.336088, 0.492322, 0.752678, 1.18714", \
+            "0.0816192, 0.223231, 0.29514, 0.400272, 0.562064, 0.822833, 1.25595", \
+            "0.101556, 0.283363, 0.373293, 0.499971, 0.683132, 0.958425, 1.39518", \
+            "0.126645, 0.364278, 0.480232, 0.641336, 0.868869, 1.1901, 1.66302", \
+            "0.154771, 0.466877, 0.620737, 0.832007, 1.12269, 1.52766, 2.09468" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0275504, 0.142423, 0.222435, 0.354792, 0.576097, 0.945098, 1.55998", \
+            "0.0422042, 0.148643, 0.224876, 0.355076, 0.576098, 0.945375, 1.55999", \
+            "0.0538723, 0.164573, 0.237058, 0.361369, 0.577734, 0.945472, 1.56175", \
+            "0.0729932, 0.199636, 0.27177, 0.390114, 0.594919, 0.951, 1.56176", \
+            "0.103479, 0.257821, 0.337974, 0.45856, 0.656561, 0.992598, 1.57871", \
+            "0.153558, 0.352347, 0.448241, 0.586494, 0.794178, 1.12524, 1.67713", \
+            "0.237129, 0.501303, 0.62427, 0.790566, 1.03852, 1.3951, 1.95457" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259409, 0.0914936, 0.135557, 0.20815, 0.32959, 0.531521, 0.867395", \
+            "0.0440557, 0.128741, 0.174693, 0.247846, 0.369327, 0.571338, 0.907106", \
+            "0.0554308, 0.158244, 0.209859, 0.287142, 0.410177, 0.612113, 0.947846", \
+            "0.0700924, 0.201044, 0.264151, 0.353375, 0.486114, 0.692407, 1.02845", \
+            "0.0904241, 0.259547, 0.34069, 0.451415, 0.608534, 0.837751, 1.18507", \
+            "0.119354, 0.33973, 0.445648, 0.590225, 0.788454, 1.06527, 1.46343", \
+            "0.161116, 0.449829, 0.585706, 0.775646, 1.03733, 1.39238, 1.88497" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0233652, 0.107071, 0.166583, 0.264977, 0.429804, 0.704658, 1.16249", \
+            "0.0407086, 0.117589, 0.172408, 0.267011, 0.432909, 0.704659, 1.16255", \
+            "0.0543147, 0.135512, 0.188613, 0.278513, 0.435591, 0.708105, 1.1635", \
+            "0.0764772, 0.170674, 0.225411, 0.313631, 0.461961, 0.720092, 1.16639", \
+            "0.112585, 0.227443, 0.290526, 0.384116, 0.533563, 0.778728, 1.2017", \
+            "0.171722, 0.318169, 0.395228, 0.507754, 0.669832, 0.923315, 1.33174", \
+            "0.27113, 0.46081, 0.56127, 0.702097, 0.899662, 1.18824, 1.61796" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0275822, 0.111625, 0.168539, 0.262224, 0.419325, 0.680368, 1.11612", \
+            "0.0448101, 0.145129, 0.202839, 0.29664, 0.453823, 0.715624, 1.15058", \
+            "0.0543817, 0.173096, 0.23527, 0.331074, 0.487983, 0.749576, 1.18609", \
+            "0.0665056, 0.215363, 0.288606, 0.394821, 0.557682, 0.81978, 1.25505", \
+            "0.0816295, 0.27345, 0.365194, 0.493678, 0.678283, 0.955242, 1.39415", \
+            "0.100194, 0.351213, 0.470377, 0.633121, 0.862741, 1.18644, 1.66217", \
+            "0.120101, 0.449922, 0.607043, 0.820946, 1.11424, 1.52275, 2.09304" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226977, 0.137405, 0.217909, 0.350699, 0.572965, 0.943771, 1.56184", \
+            "0.0377312, 0.144235, 0.220563, 0.352801, 0.573142, 0.944133, 1.56185", \
+            "0.0486117, 0.160525, 0.23301, 0.357619, 0.574762, 0.944964, 1.5625", \
+            "0.0666366, 0.196212, 0.268168, 0.386758, 0.592271, 0.949872, 1.56325", \
+            "0.0954897, 0.25378, 0.334681, 0.45605, 0.654421, 0.991843, 1.58066", \
+            "0.143455, 0.348585, 0.443581, 0.583235, 0.792312, 1.12494, 1.67934", \
+            "0.225192, 0.496668, 0.621684, 0.788578, 1.03365, 1.39518, 1.95613" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0255083, 0.0906731, 0.134515, 0.20678, 0.327657, 0.529099, 0.865111", \
+            "0.0430592, 0.127817, 0.173665, 0.246473, 0.367326, 0.568912, 0.904617", \
+            "0.0538968, 0.157126, 0.208609, 0.285637, 0.408169, 0.609766, 0.945412", \
+            "0.0675256, 0.199295, 0.262354, 0.351512, 0.484013, 0.689836, 1.02594", \
+            "0.0856819, 0.256523, 0.338019, 0.4487, 0.605841, 0.835127, 1.18244", \
+            "0.109254, 0.334569, 0.440918, 0.58629, 0.784619, 1.06205, 1.46069", \
+            "0.138161, 0.440646, 0.577864, 0.768974, 1.03268, 1.38768, 1.88219" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167018, 0.100744, 0.160291, 0.25882, 0.423793, 0.698721, 1.15688", \
+            "0.0310314, 0.11121, 0.166116, 0.260732, 0.424874, 0.698722, 1.15689", \
+            "0.0421919, 0.128767, 0.182263, 0.272321, 0.429388, 0.700354, 1.1569", \
+            "0.0605539, 0.162877, 0.218187, 0.307172, 0.455727, 0.713732, 1.16096", \
+            "0.0907624, 0.218268, 0.282449, 0.377393, 0.527393, 0.77255, 1.19526", \
+            "0.141071, 0.305462, 0.385309, 0.498221, 0.663685, 0.91781, 1.32567", \
+            "0.227563, 0.443036, 0.547176, 0.692183, 0.891289, 1.18114, 1.61259" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0336094, 0.117261, 0.174009, 0.267227, 0.423483, 0.683626, 1.11709", \
+            "0.0544797, 0.150922, 0.208245, 0.301652, 0.458113, 0.718786, 1.1516", \
+            "0.0661449, 0.179564, 0.240949, 0.336088, 0.492322, 0.752678, 1.18714", \
+            "0.0816192, 0.223231, 0.29514, 0.400272, 0.562064, 0.822833, 1.25595", \
+            "0.101556, 0.283363, 0.373293, 0.499971, 0.683132, 0.958425, 1.39518", \
+            "0.126645, 0.364278, 0.480232, 0.641336, 0.868869, 1.1901, 1.66302", \
+            "0.154771, 0.466877, 0.620737, 0.832007, 1.12269, 1.52766, 2.09468" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0275504, 0.142423, 0.222435, 0.354792, 0.576097, 0.945098, 1.55998", \
+            "0.0422042, 0.148643, 0.224876, 0.355076, 0.576098, 0.945375, 1.55999", \
+            "0.0538723, 0.164573, 0.237058, 0.361369, 0.577734, 0.945472, 1.56175", \
+            "0.0729932, 0.199636, 0.27177, 0.390114, 0.594919, 0.951, 1.56176", \
+            "0.103479, 0.257821, 0.337974, 0.45856, 0.656561, 0.992598, 1.57871", \
+            "0.153558, 0.352347, 0.448241, 0.586494, 0.794178, 1.12524, 1.67713", \
+            "0.237129, 0.501303, 0.62427, 0.790566, 1.03852, 1.3951, 1.95457" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259409, 0.0914936, 0.135557, 0.20815, 0.32959, 0.531521, 0.867395", \
+            "0.0440557, 0.128741, 0.174693, 0.247846, 0.369327, 0.571338, 0.907106", \
+            "0.0554308, 0.158244, 0.209859, 0.287142, 0.410177, 0.612113, 0.947846", \
+            "0.0700924, 0.201044, 0.264151, 0.353375, 0.486114, 0.692407, 1.02845", \
+            "0.0904241, 0.259547, 0.34069, 0.451415, 0.608534, 0.837751, 1.18507", \
+            "0.119354, 0.33973, 0.445648, 0.590225, 0.788454, 1.06527, 1.46343", \
+            "0.161116, 0.449829, 0.585706, 0.775646, 1.03733, 1.39238, 1.88497" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0233652, 0.107071, 0.166583, 0.264977, 0.429804, 0.704658, 1.16249", \
+            "0.0407086, 0.117589, 0.172408, 0.267011, 0.432909, 0.704659, 1.16255", \
+            "0.0543147, 0.135512, 0.188613, 0.278513, 0.435591, 0.708105, 1.1635", \
+            "0.0764772, 0.170674, 0.225411, 0.313631, 0.461961, 0.720092, 1.16639", \
+            "0.112585, 0.227443, 0.290526, 0.384116, 0.533563, 0.778728, 1.2017", \
+            "0.171722, 0.318169, 0.395228, 0.507754, 0.669832, 0.923315, 1.33174", \
+            "0.27113, 0.46081, 0.56127, 0.702097, 0.899662, 1.18824, 1.61796" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * B1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0057817, 0.00615917, 0.00614999, 0.00610613, 0.00597947, 0.00569545, 0.00531829", \
+            "0.00546462, 0.00591505, 0.00591776, 0.00599006, 0.00586572, 0.00571092, 0.00534059", \
+            "0.00558099, 0.00574432, 0.00590434, 0.00592608, 0.00577538, 0.00566725, 0.00529031", \
+            "0.00626602, 0.00596849, 0.00586979, 0.00591138, 0.00594631, 0.00565067, 0.00551251", \
+            "0.00848097, 0.00710851, 0.00684517, 0.00653896, 0.00625363, 0.0061079, 0.00577495", \
+            "0.0140767, 0.0108778, 0.010068, 0.00916919, 0.00835548, 0.00730658, 0.00719031", \
+            "0.0260362, 0.0208504, 0.0187582, 0.0166776, 0.0146212, 0.0126494, 0.0106917" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00548548, 0.00558732, 0.00554704, 0.00547406, 0.00532324, 0.00511097, 0.00469774", \
+            "0.00531491, 0.00539526, 0.0054977, 0.00540058, 0.00522946, 0.00504096, 0.00463317", \
+            "0.00564965, 0.00547582, 0.00542954, 0.00544388, 0.00523932, 0.0050595, 0.00463003", \
+            "0.00672675, 0.00597031, 0.00583745, 0.00561703, 0.0055502, 0.00517093, 0.00465185", \
+            "0.00929199, 0.00758808, 0.00714474, 0.00672523, 0.0061632, 0.00562876, 0.0050814", \
+            "0.0150263, 0.0117655, 0.0107593, 0.00959393, 0.00854874, 0.00756353, 0.00618803", \
+            "0.026919, 0.0221342, 0.0201598, 0.0177608, 0.0152739, 0.0130664, 0.010848" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0057817, 0.00615917, 0.00614999, 0.00610613, 0.00597947, 0.00569545, 0.00531829", \
+            "0.00546462, 0.00591505, 0.00591776, 0.00599006, 0.00586572, 0.00571092, 0.00534059", \
+            "0.00558099, 0.00574432, 0.00590434, 0.00592608, 0.00577538, 0.00566725, 0.00529031", \
+            "0.00626602, 0.00596849, 0.00586979, 0.00591138, 0.00594631, 0.00565067, 0.00551251", \
+            "0.00848097, 0.00710851, 0.00684517, 0.00653896, 0.00625363, 0.0061079, 0.00577495", \
+            "0.0140767, 0.0108778, 0.010068, 0.00916919, 0.00835548, 0.00730658, 0.00719031", \
+            "0.0260362, 0.0208504, 0.0187582, 0.0166776, 0.0146212, 0.0126494, 0.0106917" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00548548, 0.00558732, 0.00554704, 0.00547406, 0.00532324, 0.00511097, 0.00469774", \
+            "0.00531491, 0.00539526, 0.0054977, 0.00540058, 0.00522946, 0.00504096, 0.00463317", \
+            "0.00564965, 0.00547582, 0.00542954, 0.00544388, 0.00523932, 0.0050595, 0.00463003", \
+            "0.00672675, 0.00597031, 0.00583745, 0.00561703, 0.0055502, 0.00517093, 0.00465185", \
+            "0.00929199, 0.00758808, 0.00714474, 0.00672523, 0.0061632, 0.00562876, 0.0050814", \
+            "0.0150263, 0.0117655, 0.0107593, 0.00959393, 0.00854874, 0.00756353, 0.00618803", \
+            "0.026919, 0.0221342, 0.0201598, 0.0177608, 0.0152739, 0.0130664, 0.010848" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * B1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00596143, 0.00601419, 0.00597046, 0.0059053, 0.00577627, 0.0055052, 0.00510822", \
+            "0.00573803, 0.00590505, 0.00588412, 0.00580944, 0.00567951, 0.00549369, 0.00512509", \
+            "0.00583119, 0.00583306, 0.00590212, 0.00580803, 0.00567352, 0.00572698, 0.00506209", \
+            "0.00642458, 0.00612339, 0.00600173, 0.00595943, 0.00582149, 0.00555045, 0.00542879", \
+            "0.00852521, 0.0073175, 0.00702369, 0.00667666, 0.00631959, 0.00645209, 0.00567025", \
+            "0.0139198, 0.0112142, 0.0103413, 0.00939575, 0.00856402, 0.00736541, 0.00713071", \
+            "0.0255043, 0.0211889, 0.0193261, 0.0172917, 0.0151318, 0.0131116, 0.0108633" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00755555, 0.00756766, 0.00753449, 0.00745592, 0.00732571, 0.00709112, 0.00673238", \
+            "0.00727354, 0.00739345, 0.0075214, 0.00739737, 0.00746496, 0.00699925, 0.00661019", \
+            "0.00739154, 0.00741526, 0.0073775, 0.00749656, 0.00721294, 0.00723607, 0.00663651", \
+            "0.00813821, 0.00775393, 0.00768003, 0.00752177, 0.00746711, 0.00703168, 0.00692877", \
+            "0.010382, 0.00899321, 0.00864999, 0.008403, 0.0080441, 0.00754841, 0.00716428", \
+            "0.0157628, 0.0128814, 0.0119127, 0.0109063, 0.0101917, 0.00922877, 0.00803034", \
+            "0.0272071, 0.0225701, 0.0207099, 0.0184303, 0.0162195, 0.0143035, 0.0123292" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00596143, 0.00601419, 0.00597046, 0.0059053, 0.00577627, 0.0055052, 0.00510822", \
+            "0.00573803, 0.00590505, 0.00588412, 0.00580944, 0.00567951, 0.00549369, 0.00512509", \
+            "0.00583119, 0.00583306, 0.00590212, 0.00580803, 0.00567352, 0.00572698, 0.00506209", \
+            "0.00642458, 0.00612339, 0.00600173, 0.00595943, 0.00582149, 0.00555045, 0.00542879", \
+            "0.00852521, 0.0073175, 0.00702369, 0.00667666, 0.00631959, 0.00645209, 0.00567025", \
+            "0.0139198, 0.0112142, 0.0103413, 0.00939575, 0.00856402, 0.00736541, 0.00713071", \
+            "0.0255043, 0.0211889, 0.0193261, 0.0172917, 0.0151318, 0.0131116, 0.0108633" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00755555, 0.00756766, 0.00753449, 0.00745592, 0.00732571, 0.00709112, 0.00673238", \
+            "0.00727354, 0.00739345, 0.0075214, 0.00739737, 0.00746496, 0.00699925, 0.00661019", \
+            "0.00739154, 0.00741526, 0.0073775, 0.00749656, 0.00721294, 0.00723607, 0.00663651", \
+            "0.00813821, 0.00775393, 0.00768003, 0.00752177, 0.00746711, 0.00703168, 0.00692877", \
+            "0.010382, 0.00899321, 0.00864999, 0.008403, 0.0080441, 0.00754841, 0.00716428", \
+            "0.0157628, 0.0128814, 0.0119127, 0.0109063, 0.0101917, 0.00922877, 0.00803034", \
+            "0.0272071, 0.0225701, 0.0207099, 0.0184303, 0.0162195, 0.0143035, 0.0123292" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00349706, 0.00362391, 0.00360946, 0.00354176, 0.00343288, 0.00315399, 0.0027384", \
+            "0.00348446, 0.00351478, 0.00354992, 0.00366313, 0.00332337, 0.0031436, 0.00276654", \
+            "0.00397388, 0.00361473, 0.00360754, 0.00346216, 0.00332584, 0.00310909, 0.00286272", \
+            "0.00514594, 0.00431494, 0.00405512, 0.00387641, 0.00374777, 0.00344097, 0.00307407", \
+            "0.00771436, 0.00607328, 0.00555603, 0.00498137, 0.00443702, 0.00388478, 0.00307987", \
+            "0.0133824, 0.0105792, 0.00952372, 0.00844396, 0.00716659, 0.00576161, 0.00525097", \
+            "0.0252539, 0.021076, 0.0192148, 0.0169671, 0.0145849, 0.0122048, 0.00938371" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00740635, 0.00783722, 0.00782657, 0.00778143, 0.00767077, 0.00740342, 0.00699321", \
+            "0.00708196, 0.00757881, 0.00776828, 0.00768067, 0.00764117, 0.00740933, 0.0070681", \
+            "0.00727917, 0.00753617, 0.00756242, 0.00772423, 0.00754476, 0.00734814, 0.0070068", \
+            "0.0081928, 0.00777026, 0.00779567, 0.0077157, 0.00775209, 0.0074532, 0.00703274", \
+            "0.010664, 0.00895064, 0.00865555, 0.00841884, 0.00814176, 0.00777583, 0.00795717", \
+            "0.0163365, 0.0127624, 0.0117713, 0.0107547, 0.0101292, 0.00938296, 0.008197", \
+            "0.0282735, 0.0224639, 0.0203423, 0.0180553, 0.0159209, 0.0139203, 0.0123494" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00330364, 0.00350266, 0.00350062, 0.00342644, 0.00331603, 0.00300535, 0.00266267", \
+            "0.00336787, 0.00344702, 0.00338954, 0.00346328, 0.00322192, 0.0030503, 0.00257658", \
+            "0.00392917, 0.00350324, 0.00352753, 0.00333368, 0.00322506, 0.00304324, 0.0026019", \
+            "0.00518877, 0.00421634, 0.00395776, 0.00373845, 0.00355306, 0.00324318, 0.00280063", \
+            "0.00785818, 0.00602776, 0.00550763, 0.00492846, 0.00430148, 0.0042306, 0.003101", \
+            "0.0136531, 0.0105908, 0.00950766, 0.00839113, 0.00715648, 0.00574979, 0.0052501", \
+            "0.0256413, 0.021256, 0.019232, 0.0170509, 0.0146342, 0.0120591, 0.00929956" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00528515, 0.0057441, 0.00572613, 0.00568514, 0.00558374, 0.00532051, 0.00495528", \
+            "0.00496794, 0.00546461, 0.0056546, 0.00556482, 0.00565192, 0.00529912, 0.00491698", \
+            "0.005181, 0.00543188, 0.00546188, 0.0056473, 0.00546174, 0.00549371, 0.00493759", \
+            "0.00610934, 0.00567029, 0.00569541, 0.00557355, 0.00565338, 0.00533122, 0.00496879", \
+            "0.00864401, 0.00687846, 0.00654878, 0.0063523, 0.00609361, 0.00574676, 0.0060071", \
+            "0.0144027, 0.0107075, 0.00979094, 0.00874297, 0.0080393, 0.00737981, 0.00611117", \
+            "0.0265015, 0.020451, 0.0183498, 0.0159202, 0.0141469, 0.0118169, 0.0102853" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00349706, 0.00362391, 0.00360946, 0.00354176, 0.00343288, 0.00315399, 0.0027384", \
+            "0.00348446, 0.00351478, 0.00354992, 0.00366313, 0.00332337, 0.0031436, 0.00276654", \
+            "0.00397388, 0.00361473, 0.00360754, 0.00346216, 0.00332584, 0.00310909, 0.00286272", \
+            "0.00514594, 0.00431494, 0.00405512, 0.00387641, 0.00374777, 0.00344097, 0.00307407", \
+            "0.00771436, 0.00607328, 0.00555603, 0.00498137, 0.00443702, 0.00388478, 0.00307987", \
+            "0.0133824, 0.0105792, 0.00952372, 0.00844396, 0.00716659, 0.00576161, 0.00525097", \
+            "0.0252539, 0.021076, 0.0192148, 0.0169671, 0.0145849, 0.0122048, 0.00938371" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00740635, 0.00783722, 0.00782657, 0.00778143, 0.00767077, 0.00740342, 0.00699321", \
+            "0.00708196, 0.00757881, 0.00776828, 0.00768067, 0.00764117, 0.00740933, 0.0070681", \
+            "0.00727917, 0.00753617, 0.00756242, 0.00772423, 0.00754476, 0.00734814, 0.0070068", \
+            "0.0081928, 0.00777026, 0.00779567, 0.0077157, 0.00775209, 0.0074532, 0.00703274", \
+            "0.010664, 0.00895064, 0.00865555, 0.00841884, 0.00814176, 0.00777583, 0.00795717", \
+            "0.0163365, 0.0127624, 0.0117713, 0.0107547, 0.0101292, 0.00938296, 0.008197", \
+            "0.0282735, 0.0224639, 0.0203423, 0.0180553, 0.0159209, 0.0139203, 0.0123494" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0032924, 0.00370601, 0.00371592, 0.00365568, 0.00353299, 0.00329875, 0.0028746", \
+            "0.00326291, 0.00351644, 0.00349928, 0.00348826, 0.00343441, 0.00329347, 0.00285631", \
+            "0.00369142, 0.00347526, 0.00357408, 0.00348548, 0.00339643, 0.0032225, 0.00303194", \
+            "0.00489123, 0.0041188, 0.00391, 0.00377515, 0.00359966, 0.00342376, 0.00299555", \
+            "0.00768965, 0.00585582, 0.00529716, 0.00476615, 0.00429711, 0.00383307, 0.00313901", \
+            "0.0133553, 0.0100824, 0.00896905, 0.00805301, 0.00696616, 0.00562329, 0.0052428", \
+            "0.025616, 0.0204539, 0.0184426, 0.0163307, 0.0141698, 0.0116749, 0.00926371" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00525652, 0.00579363, 0.00580091, 0.00575182, 0.00564077, 0.00541358, 0.00492932", \
+            "0.0051945, 0.00556355, 0.0056867, 0.00568747, 0.00590611, 0.00541715, 0.00495759", \
+            "0.00563557, 0.0055853, 0.00559785, 0.00571083, 0.00552658, 0.0056053, 0.00503768", \
+            "0.00687576, 0.00601094, 0.00594747, 0.00581911, 0.00582214, 0.0054879, 0.00541329", \
+            "0.00957964, 0.00785727, 0.00712857, 0.006772, 0.00627131, 0.00594802, 0.00555357", \
+            "0.0155646, 0.0117065, 0.0105829, 0.00951853, 0.00854426, 0.00764638, 0.00642279", \
+            "0.0279259, 0.0220052, 0.01977, 0.0173259, 0.014881, 0.012848, 0.0108686" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00301588, 0.00357311, 0.00359241, 0.00354583, 0.00344312, 0.00318581, 0.002784", \
+            "0.00313642, 0.00332769, 0.0033655, 0.00349763, 0.00332703, 0.00313998, 0.00274249", \
+            "0.00365242, 0.00334448, 0.00345401, 0.00340027, 0.00328642, 0.00319528, 0.00286814", \
+            "0.00498185, 0.00403572, 0.00377307, 0.00366094, 0.00346279, 0.00329674, 0.00287704", \
+            "0.00776012, 0.00582236, 0.00523758, 0.00470345, 0.0042015, 0.00393689, 0.00328187", \
+            "0.0137249, 0.0101571, 0.009002, 0.00797468, 0.0068526, 0.00542725, 0.00484923", \
+            "0.0261199, 0.0206011, 0.0185841, 0.0163716, 0.0139973, 0.0116099, 0.00918146" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00313912, 0.00369652, 0.00370359, 0.00366344, 0.0035471, 0.00333301, 0.00291291", \
+            "0.00308404, 0.00345914, 0.00363757, 0.0035628, 0.00361899, 0.0032978, 0.00295276", \
+            "0.00353628, 0.0035006, 0.00349979, 0.00361814, 0.00344341, 0.00333621, 0.00291679", \
+            "0.00479889, 0.00391392, 0.00383062, 0.00374392, 0.00371588, 0.00341926, 0.00296974", \
+            "0.00756978, 0.00579681, 0.00502558, 0.00471355, 0.00428794, 0.00389037, 0.00355284", \
+            "0.0136197, 0.00964555, 0.00850071, 0.00740881, 0.0064928, 0.00561891, 0.00434941", \
+            "0.0261093, 0.0199302, 0.0177044, 0.015312, 0.0128322, 0.0106905, 0.00892219" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0032924, 0.00370601, 0.00371592, 0.00365568, 0.00353299, 0.00329875, 0.0028746", \
+            "0.00326291, 0.00351644, 0.00349928, 0.00348826, 0.00343441, 0.00329347, 0.00285631", \
+            "0.00369142, 0.00347526, 0.00357408, 0.00348548, 0.00339643, 0.0032225, 0.00303194", \
+            "0.00489123, 0.0041188, 0.00391, 0.00377515, 0.00359966, 0.00342376, 0.00299555", \
+            "0.00768965, 0.00585582, 0.00529716, 0.00476615, 0.00429711, 0.00383307, 0.00313901", \
+            "0.0133553, 0.0100824, 0.00896905, 0.00805301, 0.00696616, 0.00562329, 0.0052428", \
+            "0.025616, 0.0204539, 0.0184426, 0.0163307, 0.0141698, 0.0116749, 0.00926371" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00525652, 0.00579363, 0.00580091, 0.00575182, 0.00564077, 0.00541358, 0.00492932", \
+            "0.0051945, 0.00556355, 0.0056867, 0.00568747, 0.00590611, 0.00541715, 0.00495759", \
+            "0.00563557, 0.0055853, 0.00559785, 0.00571083, 0.00552658, 0.0056053, 0.00503768", \
+            "0.00687576, 0.00601094, 0.00594747, 0.00581911, 0.00582214, 0.0054879, 0.00541329", \
+            "0.00957964, 0.00785727, 0.00712857, 0.006772, 0.00627131, 0.00594802, 0.00555357", \
+            "0.0155646, 0.0117065, 0.0105829, 0.00951853, 0.00854426, 0.00764638, 0.00642279", \
+            "0.0279259, 0.0220052, 0.01977, 0.0173259, 0.014881, 0.012848, 0.0108686" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00331967;
+      rise_capacitance : 0.00324229;
+      rise_capacitance_range (0.00303417, 0.00351421);
+      fall_capacitance : 0.00339706;
+      fall_capacitance_range (0.00292977, 0.00384154);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00334791;
+      rise_capacitance : 0.0033883;
+      rise_capacitance_range (0.00292359, 0.00370786);
+      fall_capacitance : 0.00330753;
+      fall_capacitance_range (0.00292158, 0.0036522);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324666;
+      rise_capacitance : 0.00342705;
+      rise_capacitance_range (0.00279566, 0.0038922);
+      fall_capacitance : 0.00306628;
+      fall_capacitance_range (0.00286463, 0.00335891);
+    }
+    pin (B2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00318969;
+      rise_capacitance : 0.00325294;
+      rise_capacitance_range (0.00277145, 0.00371391);
+      fall_capacitance : 0.00312644;
+      fall_capacitance_range (0.00277816, 0.00356124);
+    }
+  }
+  cell (sg13g2_and2_1) {
+    area : 9.072;
+    cell_footprint : "and2";
+    cell_leakage_power : 284.751;
+    leakage_power () {
+      value : 341.224;
+      when : "A&B";
+    }
+    leakage_power () {
+      value : 317.544;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 218.168;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 262.069;
+      when : "!A&!B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0472015, 0.0921712, 0.119948, 0.16575, 0.241863, 0.368725, 0.579703", \
+            "0.0719257, 0.118069, 0.146029, 0.191805, 0.267962, 0.39488, 0.606881", \
+            "0.0879589, 0.135561, 0.163467, 0.209316, 0.285707, 0.412681, 0.623871", \
+            "0.109045, 0.159613, 0.187405, 0.233084, 0.309268, 0.436402, 0.64779", \
+            "0.138863, 0.194993, 0.222937, 0.268106, 0.343424, 0.469501, 0.680296", \
+            "0.180933, 0.246704, 0.275748, 0.321995, 0.398618, 0.525389, 0.735017", \
+            "0.242083, 0.323707, 0.357645, 0.406686, 0.485107, 0.614287, 0.824797" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0130356, 0.0683367, 0.10792, 0.174576, 0.286, 0.472006, 0.782229", \
+            "0.0160414, 0.0692104, 0.108638, 0.174839, 0.286234, 0.472382, 0.783", \
+            "0.018891, 0.0701378, 0.109264, 0.175372, 0.286583, 0.472383, 0.783001", \
+            "0.0233276, 0.0721357, 0.110464, 0.17591, 0.287197, 0.472899, 0.783002", \
+            "0.0301249, 0.0766493, 0.113178, 0.177682, 0.288137, 0.473655, 0.783405", \
+            "0.041353, 0.088195, 0.121631, 0.183405, 0.292074, 0.476391, 0.784722", \
+            "0.05879, 0.109888, 0.140879, 0.198401, 0.303845, 0.487039, 0.793578" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0395401, 0.0771725, 0.100597, 0.139199, 0.203411, 0.310664, 0.489038", \
+            "0.0642367, 0.103504, 0.126987, 0.165647, 0.229964, 0.337145, 0.515518", \
+            "0.077992, 0.119184, 0.142885, 0.181542, 0.24612, 0.353227, 0.531809", \
+            "0.0960185, 0.140101, 0.163669, 0.202152, 0.266657, 0.373931, 0.55233", \
+            "0.117544, 0.168223, 0.192224, 0.231132, 0.295319, 0.402314, 0.581093", \
+            "0.144172, 0.204035, 0.230192, 0.270028, 0.335925, 0.443468, 0.62167", \
+            "0.17156, 0.244724, 0.275373, 0.318422, 0.386702, 0.496883, 0.678237" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00999734, 0.0546245, 0.0867801, 0.140156, 0.229592, 0.378712, 0.627647", \
+            "0.0132464, 0.0558143, 0.0873941, 0.140418, 0.229605, 0.378797, 0.627648", \
+            "0.01605, 0.056982, 0.0881472, 0.140998, 0.230072, 0.379055, 0.629574", \
+            "0.0205184, 0.0597951, 0.0897893, 0.141825, 0.230784, 0.379566, 0.629575", \
+            "0.027587, 0.0654999, 0.0935915, 0.14431, 0.232066, 0.380562, 0.629576", \
+            "0.038182, 0.076917, 0.103288, 0.151613, 0.237518, 0.384094, 0.630742", \
+            "0.054233, 0.097597, 0.122349, 0.168177, 0.252011, 0.397265, 0.641993" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0499651, 0.0949138, 0.122697, 0.168295, 0.244448, 0.371398, 0.582529", \
+            "0.0721319, 0.118307, 0.146274, 0.191857, 0.268092, 0.394824, 0.606272", \
+            "0.0868333, 0.134579, 0.162531, 0.208307, 0.284543, 0.411461, 0.622732", \
+            "0.106002, 0.156812, 0.184812, 0.230496, 0.306693, 0.433522, 0.644798", \
+            "0.13316, 0.189248, 0.217875, 0.263455, 0.339609, 0.466459, 0.677694", \
+            "0.170463, 0.236845, 0.266555, 0.313434, 0.390519, 0.517924, 0.729351", \
+            "0.220498, 0.301502, 0.335943, 0.385928, 0.465744, 0.596036, 0.810294" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0130135, 0.0682649, 0.107929, 0.174458, 0.286035, 0.472079, 0.782076", \
+            "0.0150607, 0.0689167, 0.108374, 0.174644, 0.286046, 0.47208, 0.782077", \
+            "0.0172525, 0.0698507, 0.108966, 0.175042, 0.286282, 0.472096, 0.782112", \
+            "0.0211561, 0.0721963, 0.110281, 0.175634, 0.286712, 0.47247, 0.782233", \
+            "0.0275273, 0.0766121, 0.113456, 0.177563, 0.287736, 0.473081, 0.782696", \
+            "0.037416, 0.087747, 0.121504, 0.183637, 0.291992, 0.476113, 0.784339", \
+            "0.052658, 0.107538, 0.139973, 0.198625, 0.304939, 0.487153, 0.793556" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0430034, 0.0810832, 0.104606, 0.143226, 0.207614, 0.314812, 0.493348", \
+            "0.070451, 0.109791, 0.13347, 0.172168, 0.236611, 0.343835, 0.522217", \
+            "0.0864119, 0.127432, 0.151056, 0.189761, 0.254379, 0.361569, 0.540102", \
+            "0.107506, 0.151653, 0.175404, 0.214049, 0.278477, 0.385877, 0.564426", \
+            "0.134223, 0.182902, 0.208215, 0.246759, 0.310968, 0.418008, 0.596796", \
+            "0.16941, 0.227066, 0.253023, 0.29212, 0.357572, 0.464816, 0.643501", \
+            "0.210346, 0.280116, 0.309228, 0.351804, 0.418519, 0.528028, 0.708522" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103987, 0.0549478, 0.0869501, 0.140261, 0.22968, 0.378983, 0.627511", \
+            "0.013232, 0.0559088, 0.0875497, 0.140579, 0.229906, 0.379026, 0.627609", \
+            "0.0159145, 0.0570286, 0.0882599, 0.141194, 0.23024, 0.379136, 0.629019", \
+            "0.0202307, 0.0595527, 0.089717, 0.141883, 0.230906, 0.379614, 0.62902", \
+            "0.0267251, 0.064358, 0.0933533, 0.143964, 0.23202, 0.380673, 0.629021", \
+            "0.036317, 0.074163, 0.101085, 0.149493, 0.236022, 0.383304, 0.630409", \
+            "0.05089, 0.091718, 0.116655, 0.1631, 0.247082, 0.392751, 0.638526" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00797187, 0.00849431, 0.00848467, 0.00850318, 0.00836578, 0.00814983, 0.00807649", \
+            "0.00801401, 0.00824207, 0.00832052, 0.00849527, 0.0081931, 0.00804537, 0.00812526", \
+            "0.00850954, 0.00867139, 0.00867656, 0.00866556, 0.0088153, 0.00843056, 0.00832204", \
+            "0.00972544, 0.00961432, 0.00967111, 0.00972146, 0.00954167, 0.009723, 0.00894834", \
+            "0.0124461, 0.0119374, 0.0119072, 0.0118402, 0.0117584, 0.0113314, 0.0110873", \
+            "0.0183616, 0.0172785, 0.017135, 0.0170455, 0.0169378, 0.0168059, 0.0162192", \
+            "0.0307107, 0.0284928, 0.0282698, 0.0280216, 0.0278032, 0.0275567, 0.0267984" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00688348, 0.00759297, 0.00756333, 0.0075318, 0.00739156, 0.00719667, 0.00678351", \
+            "0.00686277, 0.00727282, 0.00734682, 0.00748428, 0.00738982, 0.00706603, 0.00668223", \
+            "0.00734398, 0.00769403, 0.00779058, 0.00771612, 0.00789518, 0.00754324, 0.00746144", \
+            "0.00862445, 0.00872612, 0.00876796, 0.00882529, 0.00877406, 0.00851825, 0.00874429", \
+            "0.0113289, 0.0110598, 0.0109791, 0.0111709, 0.0111793, 0.0111191, 0.0105331", \
+            "0.0172594, 0.0162093, 0.0161657, 0.0161531, 0.016217, 0.0163083, 0.0161329", \
+            "0.0294536, 0.0273638, 0.0271311, 0.0269922, 0.0268135, 0.026331, 0.026323" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00982989, 0.0103459, 0.010343, 0.0103012, 0.0101695, 0.00996761, 0.00985688", \
+            "0.00965828, 0.00995579, 0.010047, 0.0100874, 0.0099002, 0.00963595, 0.00931357", \
+            "0.00987057, 0.0101487, 0.010155, 0.0101561, 0.0104201, 0.0100884, 0.00979488", \
+            "0.0107606, 0.0107831, 0.0108719, 0.0109155, 0.0107527, 0.0109058, 0.0101135", \
+            "0.01315, 0.0128234, 0.0128112, 0.0127341, 0.0127977, 0.0125171, 0.0123357", \
+            "0.0187308, 0.0178852, 0.0176714, 0.0176033, 0.0175241, 0.0175048, 0.0173334", \
+            "0.0304652, 0.0286827, 0.0283332, 0.0279984, 0.0279345, 0.0276227, 0.0272537" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00701775, 0.00763604, 0.0076361, 0.00761471, 0.00749627, 0.00733586, 0.00688579", \
+            "0.00706792, 0.00746979, 0.00751914, 0.0076077, 0.00752092, 0.00722671, 0.00684048", \
+            "0.00756491, 0.00783769, 0.00787895, 0.00779994, 0.00792914, 0.00756097, 0.007437", \
+            "0.00884464, 0.00893647, 0.00899779, 0.00906509, 0.00891448, 0.00882833, 0.00856736", \
+            "0.0115003, 0.0111437, 0.011291, 0.0113163, 0.0113307, 0.0112737, 0.0107814", \
+            "0.0173252, 0.016266, 0.0162429, 0.0161215, 0.0162339, 0.0162307, 0.0161621", \
+            "0.029161, 0.027141, 0.0269149, 0.0266996, 0.0264779, 0.0260115, 0.0260521" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00273413;
+      rise_capacitance : 0.00270742;
+      rise_capacitance_range (0.00243704, 0.00289522);
+      fall_capacitance : 0.00276084;
+      fall_capacitance_range (0.00241598, 0.00303596);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00274293;
+      rise_capacitance : 0.00281431;
+      rise_capacitance_range (0.0023867, 0.00306944);
+      fall_capacitance : 0.00267154;
+      fall_capacitance_range (0.00245933, 0.00285539);
+    }
+  }
+  cell (sg13g2_and2_2) {
+    area : 10.8864;
+    cell_footprint : "and2";
+    cell_leakage_power : 422.922;
+    leakage_power () {
+      value : 420.318;
+      when : "A&B";
+    }
+    leakage_power () {
+      value : 475.44;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 376.014;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 419.915;
+      when : "!A&!B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0584844, 0.110188, 0.138419, 0.18423, 0.26054, 0.387377, 0.598711", \
+            "0.0881459, 0.141023, 0.169401, 0.215256, 0.291634, 0.418575, 0.630509", \
+            "0.108359, 0.163293, 0.191415, 0.237258, 0.313591, 0.440398, 0.651545", \
+            "0.135647, 0.194472, 0.223063, 0.268541, 0.344787, 0.471546, 0.682765", \
+            "0.173555, 0.238634, 0.267531, 0.313019, 0.388678, 0.515529, 0.726564", \
+            "0.229041, 0.303266, 0.334093, 0.380144, 0.455316, 0.58135, 0.791583", \
+            "0.30608, 0.39463, 0.430238, 0.479499, 0.556428, 0.683018, 0.894285" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0155173, 0.0713977, 0.11052, 0.176495, 0.287907, 0.473955, 0.783972", \
+            "0.0187787, 0.0726257, 0.111281, 0.176824, 0.287932, 0.473956, 0.785179", \
+            "0.0223096, 0.0744206, 0.112363, 0.177453, 0.288408, 0.474038, 0.78518", \
+            "0.0284955, 0.0775338, 0.114475, 0.178699, 0.289225, 0.474748, 0.785181", \
+            "0.0370588, 0.0846273, 0.119068, 0.181106, 0.290354, 0.475478, 0.785182", \
+            "0.050884, 0.098568, 0.129882, 0.188319, 0.294641, 0.477985, 0.786716", \
+            "0.07464, 0.125511, 0.15386, 0.20612, 0.307738, 0.487863, 0.794203" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0483996, 0.0914036, 0.11515, 0.153866, 0.218024, 0.324966, 0.503125", \
+            "0.0785529, 0.123226, 0.147061, 0.185782, 0.250151, 0.357153, 0.535096", \
+            "0.0968047, 0.143814, 0.167705, 0.206372, 0.270627, 0.377587, 0.555511", \
+            "0.121444, 0.172135, 0.196287, 0.235087, 0.298984, 0.405917, 0.583807", \
+            "0.153093, 0.21108, 0.236712, 0.274837, 0.338946, 0.445249, 0.623037", \
+            "0.192644, 0.26096, 0.288921, 0.328776, 0.393121, 0.500117, 0.677239", \
+            "0.23787, 0.319525, 0.352143, 0.396209, 0.46264, 0.572064, 0.751319" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0119437, 0.0574154, 0.0886826, 0.141769, 0.230876, 0.379833, 0.628085", \
+            "0.0154082, 0.0585284, 0.089471, 0.141919, 0.230963, 0.380016, 0.62823", \
+            "0.019072, 0.0605673, 0.0907668, 0.142718, 0.231437, 0.380097, 0.62908", \
+            "0.0251469, 0.0645671, 0.0935296, 0.144322, 0.232446, 0.38076, 0.629081", \
+            "0.0345839, 0.0725726, 0.0996544, 0.14793, 0.234336, 0.381816, 0.629449", \
+            "0.049238, 0.088139, 0.112728, 0.157552, 0.240294, 0.385063, 0.631423", \
+            "0.071356, 0.114325, 0.136938, 0.179342, 0.256925, 0.398654, 0.641332" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.061023, 0.112762, 0.140988, 0.18678, 0.263199, 0.390009, 0.601405", \
+            "0.0863515, 0.139221, 0.16751, 0.213357, 0.289698, 0.416577, 0.628448", \
+            "0.104303, 0.158801, 0.18729, 0.233269, 0.309539, 0.436512, 0.647742", \
+            "0.128898, 0.187058, 0.215805, 0.26185, 0.338064, 0.464893, 0.675994", \
+            "0.163327, 0.227364, 0.256383, 0.302881, 0.378495, 0.505044, 0.716393", \
+            "0.212773, 0.285593, 0.316466, 0.363336, 0.439983, 0.566415, 0.777667", \
+            "0.281618, 0.368104, 0.403611, 0.453696, 0.532093, 0.660917, 0.873704" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0154985, 0.0714055, 0.110502, 0.176511, 0.288003, 0.473861, 0.784071", \
+            "0.0174595, 0.0723234, 0.111076, 0.176694, 0.288004, 0.474682, 0.785121", \
+            "0.0199518, 0.073705, 0.112018, 0.177213, 0.288232, 0.474683, 0.785122", \
+            "0.0246374, 0.0766913, 0.114011, 0.17829, 0.288942, 0.474684, 0.785123", \
+            "0.0319884, 0.0832892, 0.118333, 0.18112, 0.290149, 0.475219, 0.785124", \
+            "0.044618, 0.09468, 0.127848, 0.18773, 0.294591, 0.47788, 0.786354", \
+            "0.06464, 0.118486, 0.149695, 0.204817, 0.307856, 0.488168, 0.794072" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0516645, 0.0951589, 0.118961, 0.157605, 0.221913, 0.329056, 0.50699", \
+            "0.0837367, 0.128709, 0.152627, 0.191384, 0.255644, 0.362555, 0.541077", \
+            "0.103679, 0.150663, 0.174631, 0.213331, 0.277687, 0.384587, 0.562561", \
+            "0.130969, 0.182315, 0.206398, 0.245032, 0.309107, 0.415952, 0.594092", \
+            "0.165863, 0.223601, 0.248906, 0.288051, 0.351743, 0.458663, 0.636348", \
+            "0.212863, 0.279798, 0.307052, 0.346537, 0.411066, 0.51754, 0.694689", \
+            "0.272114, 0.351641, 0.382885, 0.426201, 0.491982, 0.600622, 0.779209" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0123901, 0.0577693, 0.0889136, 0.141853, 0.23107, 0.380042, 0.628219", \
+            "0.0154301, 0.0587042, 0.0896119, 0.142108, 0.231261, 0.380318, 0.628874", \
+            "0.0188458, 0.0605461, 0.0908592, 0.142801, 0.231462, 0.380319, 0.628875", \
+            "0.0248016, 0.0645029, 0.0934494, 0.144382, 0.232449, 0.380823, 0.628876", \
+            "0.0338751, 0.0718239, 0.0991363, 0.147762, 0.234175, 0.382051, 0.629636", \
+            "0.047374, 0.085644, 0.110579, 0.155499, 0.239486, 0.384603, 0.631387", \
+            "0.067708, 0.108955, 0.131242, 0.173053, 0.252198, 0.394927, 0.638571" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0131704, 0.0138658, 0.0139813, 0.0139302, 0.0137229, 0.0132993, 0.0132919", \
+            "0.0135077, 0.01346, 0.0136682, 0.013722, 0.0135869, 0.0130321, 0.013416", \
+            "0.0142131, 0.0138013, 0.0137452, 0.0137938, 0.0137699, 0.0130865, 0.0130683", \
+            "0.0159747, 0.014714, 0.014844, 0.0147791, 0.0143983, 0.0147232, 0.0136832", \
+            "0.0195996, 0.0169107, 0.0168587, 0.0167546, 0.0168837, 0.0165059, 0.0160261", \
+            "0.0270796, 0.0225668, 0.0222833, 0.0217647, 0.0213727, 0.0211922, 0.0204213", \
+            "0.0418044, 0.0342808, 0.0335155, 0.0326475, 0.0323657, 0.0314189, 0.0306057" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0115903, 0.0129306, 0.0129339, 0.0130081, 0.0127515, 0.0123484, 0.0115832", \
+            "0.0118487, 0.0123163, 0.0125101, 0.012933, 0.0124091, 0.0120393, 0.0112596", \
+            "0.0124957, 0.0126092, 0.0126574, 0.0125846, 0.0129653, 0.0121081, 0.011591", \
+            "0.0143065, 0.0134483, 0.0136345, 0.0138202, 0.0134182, 0.0132508, 0.0125915", \
+            "0.0179571, 0.0157192, 0.0159253, 0.0157387, 0.0159653, 0.0156238, 0.0145696", \
+            "0.0254863, 0.0210362, 0.0210288, 0.0208168, 0.0207832, 0.020986, 0.0209447", \
+            "0.0400538, 0.0326905, 0.0319822, 0.0319157, 0.0312189, 0.0309506, 0.0309222" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0149928, 0.0157035, 0.0157888, 0.015741, 0.0155708, 0.0151092, 0.0150027", \
+            "0.0150427, 0.0152516, 0.0154632, 0.015494, 0.0153148, 0.015067, 0.0150731", \
+            "0.0153947, 0.0153243, 0.0154268, 0.0154156, 0.0158342, 0.0149836, 0.0139944", \
+            "0.0166239, 0.0158841, 0.0160397, 0.0161977, 0.0156961, 0.0162027, 0.0152302", \
+            "0.019779, 0.0178834, 0.017709, 0.0177935, 0.0179281, 0.0173894, 0.0170528", \
+            "0.0265707, 0.0227631, 0.0225232, 0.0220629, 0.0219925, 0.0219155, 0.0216417", \
+            "0.0402642, 0.0341633, 0.0336663, 0.0328877, 0.0324241, 0.0318713, 0.031482" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0116786, 0.0129037, 0.0128961, 0.0128763, 0.0126797, 0.0124386, 0.0114926", \
+            "0.0119784, 0.0124298, 0.0125905, 0.012805, 0.0126994, 0.0121265, 0.0115477", \
+            "0.0127112, 0.0127164, 0.0128008, 0.0126798, 0.0130814, 0.0123456, 0.0115472", \
+            "0.0145286, 0.013752, 0.0138546, 0.0139659, 0.0134948, 0.0134329, 0.0128194", \
+            "0.0181292, 0.0158135, 0.0160589, 0.015987, 0.0160135, 0.0159667, 0.0146104", \
+            "0.0255227, 0.0212057, 0.0212131, 0.0206589, 0.021, 0.0209427, 0.0204315", \
+            "0.0398256, 0.0327409, 0.032017, 0.0315062, 0.0311441, 0.0309835, 0.0310538" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00271827;
+      rise_capacitance : 0.00269873;
+      rise_capacitance_range (0.00247636, 0.00287108);
+      fall_capacitance : 0.00273781;
+      fall_capacitance_range (0.00246339, 0.00296769);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00275205;
+      rise_capacitance : 0.00282906;
+      rise_capacitance_range (0.0024267, 0.00307082);
+      fall_capacitance : 0.00267503;
+      fall_capacitance_range (0.00249552, 0.00283892);
+    }
+  }
+  cell (sg13g2_and3_1) {
+    area : 12.7008;
+    cell_footprint : "and3";
+    cell_leakage_power : 329.142;
+    leakage_power () {
+      value : 472.329;
+      when : "A&B&C";
+    }
+    leakage_power () {
+      value : 311.046;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 362.508;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 266.11;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 417.982;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 263.743;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 318.609;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 220.807;
+      when : "A&B&!C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0627258, 0.112831, 0.141155, 0.186852, 0.262982, 0.389511, 0.600111", \
+            "0.0887362, 0.139873, 0.168271, 0.214164, 0.29036, 0.416905, 0.627518", \
+            "0.106964, 0.15938, 0.187929, 0.233958, 0.310208, 0.436776, 0.647359", \
+            "0.132259, 0.187594, 0.216158, 0.26227, 0.33856, 0.465306, 0.676395", \
+            "0.168906, 0.229618, 0.25796, 0.304355, 0.379902, 0.507154, 0.717605", \
+            "0.222834, 0.293352, 0.324093, 0.370374, 0.447011, 0.572326, 0.782912", \
+            "0.306088, 0.391177, 0.42536, 0.475045, 0.553581, 0.683009, 0.895995" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169033, 0.0714424, 0.110139, 0.175571, 0.286474, 0.471778, 0.780962", \
+            "0.0192128, 0.072688, 0.111092, 0.176092, 0.286629, 0.472054, 0.780963", \
+            "0.0219111, 0.0739432, 0.112073, 0.176873, 0.287268, 0.472121, 0.780964", \
+            "0.0265101, 0.0762213, 0.113456, 0.177778, 0.288289, 0.473005, 0.781547", \
+            "0.0328425, 0.0816237, 0.116942, 0.179622, 0.288994, 0.473865, 0.782463", \
+            "0.043721, 0.09237, 0.125687, 0.185545, 0.293034, 0.476182, 0.783899", \
+            "0.061231, 0.115072, 0.145938, 0.202269, 0.305961, 0.487085, 0.79252" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0420161, 0.0803301, 0.10381, 0.142296, 0.206636, 0.31385, 0.492303", \
+            "0.0679264, 0.107954, 0.131575, 0.170161, 0.234539, 0.341705, 0.520113", \
+            "0.0821499, 0.124425, 0.148078, 0.186778, 0.251322, 0.358484, 0.536946", \
+            "0.10028, 0.146232, 0.169868, 0.208622, 0.27319, 0.38029, 0.558897", \
+            "0.121359, 0.17417, 0.199065, 0.237848, 0.302376, 0.409102, 0.587965", \
+            "0.145305, 0.207962, 0.23466, 0.275144, 0.34067, 0.447886, 0.62674", \
+            "0.162977, 0.239464, 0.270923, 0.315178, 0.382865, 0.49416, 0.673294" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103756, 0.0548144, 0.086707, 0.140098, 0.229561, 0.378792, 0.627326", \
+            "0.0135088, 0.0559767, 0.0874882, 0.140379, 0.229679, 0.378793, 0.627479", \
+            "0.0164041, 0.0573736, 0.0882993, 0.141017, 0.230014, 0.378996, 0.629268", \
+            "0.0210443, 0.0604972, 0.0901027, 0.141938, 0.230727, 0.379415, 0.629269", \
+            "0.0282428, 0.0666479, 0.0948595, 0.144585, 0.232142, 0.380479, 0.62927", \
+            "0.038888, 0.078953, 0.104821, 0.152294, 0.237664, 0.383808, 0.630555", \
+            "0.055206, 0.100449, 0.124785, 0.169443, 0.252034, 0.397194, 0.641303" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0691478, 0.119262, 0.147635, 0.193326, 0.269357, 0.395891, 0.606441", \
+            "0.0923538, 0.143637, 0.172108, 0.217902, 0.294019, 0.420615, 0.631543", \
+            "0.108978, 0.161896, 0.190423, 0.236406, 0.312793, 0.439271, 0.649833", \
+            "0.131811, 0.188004, 0.217013, 0.262985, 0.33935, 0.466079, 0.676894", \
+            "0.165497, 0.227225, 0.256551, 0.302842, 0.378849, 0.505954, 0.716684", \
+            "0.216378, 0.28767, 0.319118, 0.366402, 0.443625, 0.570569, 0.781441", \
+            "0.292192, 0.378154, 0.414265, 0.465382, 0.545412, 0.675482, 0.889184" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169151, 0.0714486, 0.110287, 0.175571, 0.286462, 0.47182, 0.780777", \
+            "0.0186132, 0.0724778, 0.110894, 0.175912, 0.286561, 0.472765, 0.781218", \
+            "0.0207335, 0.0737932, 0.111807, 0.176667, 0.28705, 0.472766, 0.781219", \
+            "0.0246776, 0.0762559, 0.113494, 0.177577, 0.28786, 0.472767, 0.781243", \
+            "0.0307723, 0.0816804, 0.117306, 0.179984, 0.288773, 0.47343, 0.782024", \
+            "0.040748, 0.09261, 0.126163, 0.186251, 0.293349, 0.476121, 0.783461", \
+            "0.056207, 0.113583, 0.145522, 0.202713, 0.306727, 0.487362, 0.792583" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0456571, 0.0844311, 0.10797, 0.146599, 0.211106, 0.318212, 0.496778", \
+            "0.0738331, 0.114084, 0.137752, 0.176458, 0.240943, 0.348171, 0.526658", \
+            "0.0903276, 0.132366, 0.156181, 0.194864, 0.259502, 0.366724, 0.545413", \
+            "0.111212, 0.157333, 0.181177, 0.219851, 0.284395, 0.391627, 0.570221", \
+            "0.13803, 0.189355, 0.213795, 0.252839, 0.31711, 0.424313, 0.603043", \
+            "0.16935, 0.230046, 0.256056, 0.296163, 0.361386, 0.468842, 0.647073", \
+            "0.200562, 0.274122, 0.303479, 0.346236, 0.412881, 0.522445, 0.703211" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0108203, 0.0551426, 0.0870016, 0.140229, 0.229817, 0.378921, 0.627437", \
+            "0.0135589, 0.0561561, 0.0876539, 0.140562, 0.229857, 0.378931, 0.627617", \
+            "0.0163094, 0.0573666, 0.0884115, 0.141065, 0.230172, 0.379321, 0.632673", \
+            "0.020812, 0.060285, 0.0900939, 0.142027, 0.230811, 0.379609, 0.632674", \
+            "0.0274289, 0.0656216, 0.0936915, 0.144334, 0.232003, 0.380614, 0.632675", \
+            "0.037329, 0.076258, 0.102073, 0.15038, 0.236216, 0.383179, 0.632676", \
+            "0.051936, 0.095211, 0.120217, 0.164798, 0.247667, 0.392781, 0.63884" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0715838, 0.121647, 0.149899, 0.195612, 0.271758, 0.39823, 0.608979", \
+            "0.0922256, 0.143232, 0.171646, 0.21744, 0.29354, 0.420032, 0.631288", \
+            "0.106553, 0.159142, 0.187641, 0.233544, 0.309758, 0.436225, 0.646822", \
+            "0.125826, 0.181746, 0.210462, 0.256481, 0.332743, 0.459356, 0.670042", \
+            "0.153013, 0.214334, 0.24436, 0.290328, 0.366865, 0.493214, 0.703869", \
+            "0.19403, 0.265066, 0.296567, 0.344881, 0.42191, 0.549364, 0.759911", \
+            "0.251525, 0.337668, 0.37438, 0.426623, 0.507594, 0.639404, 0.853212" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169029, 0.0714549, 0.110226, 0.175568, 0.286505, 0.471863, 0.780907", \
+            "0.0180566, 0.0721892, 0.110659, 0.175814, 0.286506, 0.472737, 0.782022", \
+            "0.0195926, 0.0734069, 0.111523, 0.176349, 0.286831, 0.472738, 0.782023", \
+            "0.0227157, 0.0759309, 0.113174, 0.177341, 0.287429, 0.472739, 0.782024", \
+            "0.0284287, 0.0815544, 0.117775, 0.179944, 0.288652, 0.473125, 0.782025", \
+            "0.038193, 0.092072, 0.126725, 0.187526, 0.293872, 0.476311, 0.783459", \
+            "0.053186, 0.11323, 0.147139, 0.204714, 0.308883, 0.489821, 0.793734" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0479269, 0.0873886, 0.111148, 0.149939, 0.2145, 0.321709, 0.500385", \
+            "0.078061, 0.118635, 0.142467, 0.181343, 0.245965, 0.353316, 0.532069", \
+            "0.0960934, 0.138351, 0.162228, 0.201187, 0.265842, 0.373267, 0.552019", \
+            "0.120216, 0.165781, 0.189871, 0.228802, 0.293284, 0.400791, 0.579513", \
+            "0.149593, 0.200895, 0.22689, 0.26562, 0.329393, 0.437298, 0.615625", \
+            "0.189024, 0.249082, 0.275319, 0.314908, 0.379882, 0.487652, 0.666139", \
+            "0.234309, 0.30668, 0.336405, 0.378855, 0.445945, 0.555546, 0.735657" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0113195, 0.0557227, 0.0876326, 0.140698, 0.230134, 0.379202, 0.627607", \
+            "0.0137825, 0.0565553, 0.088056, 0.140983, 0.230175, 0.379227, 0.628202", \
+            "0.0164156, 0.0576996, 0.0887739, 0.14139, 0.230521, 0.379243, 0.630771", \
+            "0.0207163, 0.0601767, 0.0903621, 0.142283, 0.231118, 0.379793, 0.630772", \
+            "0.0273881, 0.0654195, 0.0942687, 0.144488, 0.232268, 0.380749, 0.630773", \
+            "0.036604, 0.07538, 0.10202, 0.150066, 0.236055, 0.383301, 0.630834", \
+            "0.050499, 0.09284, 0.117296, 0.162772, 0.246521, 0.392116, 0.638234" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00913934, 0.00948673, 0.00954246, 0.00952429, 0.00942774, 0.00921337, 0.00916455", \
+            "0.00916208, 0.00925043, 0.00933072, 0.0093737, 0.00927721, 0.00905727, 0.00899181", \
+            "0.00956297, 0.00956194, 0.00956805, 0.00956243, 0.00954359, 0.00939776, 0.00885226", \
+            "0.0107596, 0.010459, 0.0104868, 0.0105625, 0.0103147, 0.0105605, 0.00986633", \
+            "0.0132278, 0.012658, 0.0125339, 0.0125085, 0.0124895, 0.0123238, 0.0120911", \
+            "0.0188241, 0.0175201, 0.017418, 0.0171081, 0.0170282, 0.0168347, 0.0165215", \
+            "0.0303052, 0.0280328, 0.0277278, 0.0274385, 0.0272124, 0.026851, 0.0264304" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00705926, 0.00775766, 0.00772021, 0.00769431, 0.0075789, 0.00740448, 0.00694805", \
+            "0.00696651, 0.00737365, 0.00743786, 0.00758267, 0.0076131, 0.00716923, 0.00678234", \
+            "0.00735471, 0.00771458, 0.00776357, 0.00768042, 0.0078644, 0.00751731, 0.00748548", \
+            "0.00854037, 0.00862285, 0.00864502, 0.00874746, 0.00867943, 0.00839401, 0.008787", \
+            "0.0111551, 0.010792, 0.0108178, 0.0109002, 0.0110206, 0.0108332, 0.0104058", \
+            "0.0166569, 0.0155443, 0.0154401, 0.0154377, 0.0155295, 0.0154754, 0.0155053", \
+            "0.0283069, 0.0260586, 0.0257562, 0.0255105, 0.0252548, 0.0251277, 0.0247992" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109585, 0.0113284, 0.0113904, 0.0113506, 0.011255, 0.0110171, 0.0109615", \
+            "0.0108136, 0.0109756, 0.0110665, 0.0111201, 0.0110148, 0.0108905, 0.0103782", \
+            "0.0109746, 0.0110683, 0.0110343, 0.0110749, 0.0113423, 0.0108259, 0.0107208", \
+            "0.0117447, 0.0116125, 0.0117038, 0.0117106, 0.0115538, 0.0117717, 0.0109903", \
+            "0.0139229, 0.0134188, 0.0134292, 0.013411, 0.0134054, 0.0131351, 0.0130725", \
+            "0.0191361, 0.0180553, 0.0179635, 0.0177287, 0.0177665, 0.0177243, 0.0175842", \
+            "0.03022, 0.0281357, 0.0278572, 0.0275181, 0.027443, 0.0271287, 0.0270143" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00727688, 0.00789024, 0.00792128, 0.00790945, 0.00784201, 0.00762845, 0.00720088", \
+            "0.00721945, 0.00759826, 0.00764406, 0.00776084, 0.00760004, 0.00742628, 0.00704237", \
+            "0.00756858, 0.0078447, 0.00794979, 0.00784004, 0.00796062, 0.00764569, 0.00838557", \
+            "0.00873712, 0.00881876, 0.0088583, 0.00895611, 0.00880486, 0.00869741, 0.00838319", \
+            "0.0111992, 0.0108797, 0.0108042, 0.0109601, 0.0109928, 0.0109258, 0.0103492", \
+            "0.0167031, 0.0155762, 0.0154549, 0.015517, 0.0155775, 0.0156313, 0.0154127", \
+            "0.0277999, 0.025805, 0.0256126, 0.025278, 0.0250472, 0.0246198, 0.0247442" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.012707, 0.0130027, 0.0130329, 0.0129881, 0.0128992, 0.0126588, 0.0126033", \
+            "0.0124401, 0.0126598, 0.0127512, 0.0127323, 0.0126866, 0.0125242, 0.0125558", \
+            "0.0124993, 0.0126813, 0.0126963, 0.0126696, 0.012716, 0.0124376, 0.0123038", \
+            "0.0130357, 0.0130884, 0.013136, 0.0131332, 0.0129723, 0.0132061, 0.012586", \
+            "0.0150321, 0.0147047, 0.0147471, 0.014636, 0.0147382, 0.0144616, 0.0143079", \
+            "0.0201621, 0.0192444, 0.0191638, 0.0190665, 0.0189178, 0.0189289, 0.0187691", \
+            "0.031587, 0.0297503, 0.0295457, 0.0291711, 0.028977, 0.0289338, 0.0284826" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00740947, 0.00797798, 0.00804806, 0.00801409, 0.00792277, 0.00772979, 0.00728598", \
+            "0.00741789, 0.007774, 0.0078305, 0.00807275, 0.00784009, 0.0075874, 0.00730088", \
+            "0.00777637, 0.00800881, 0.00807421, 0.00799379, 0.00817599, 0.00779821, 0.00795356", \
+            "0.00897827, 0.0089785, 0.00906576, 0.0091631, 0.00893867, 0.00886801, 0.00866199", \
+            "0.0114671, 0.0110646, 0.0112039, 0.0112075, 0.0110916, 0.0110836, 0.0104122", \
+            "0.0170975, 0.0160543, 0.0160044, 0.0158882, 0.0158388, 0.015991, 0.0158577", \
+            "0.0287053, 0.0267045, 0.026403, 0.0261135, 0.0259742, 0.0256056, 0.0256241" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00272583;
+      rise_capacitance : 0.0026738;
+      rise_capacitance_range (0.00243599, 0.00282817);
+      fall_capacitance : 0.00277786;
+      fall_capacitance_range (0.00238712, 0.00310281);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0027182;
+      rise_capacitance : 0.0027573;
+      rise_capacitance_range (0.00235036, 0.00299602);
+      fall_capacitance : 0.00267911;
+      fall_capacitance_range (0.00239123, 0.00292071);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00272903;
+      rise_capacitance : 0.0028054;
+      rise_capacitance_range (0.00239061, 0.00308291);
+      fall_capacitance : 0.00265266;
+      fall_capacitance_range (0.00246358, 0.00282587);
+    }
+  }
+  cell (sg13g2_and3_2) {
+    area : 12.7008;
+    cell_footprint : "and3";
+    cell_leakage_power : 477.157;
+    leakage_power () {
+      value : 551.402;
+      when : "A&B&C";
+    }
+    leakage_power () {
+      value : 468.894;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 520.362;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 423.989;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 575.868;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 421.592;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 476.463;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 378.687;
+      when : "A&B&!C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0789327, 0.1384, 0.168038, 0.214836, 0.29188, 0.419544, 0.632123", \
+            "0.108725, 0.168839, 0.19853, 0.245362, 0.322362, 0.450067, 0.664768", \
+            "0.131, 0.192471, 0.222435, 0.269314, 0.346532, 0.474171, 0.686687", \
+            "0.16304, 0.227272, 0.25756, 0.304273, 0.381289, 0.50892, 0.7216", \
+            "0.207324, 0.278252, 0.308924, 0.35627, 0.433144, 0.560491, 0.773052", \
+            "0.27355, 0.354409, 0.387125, 0.434841, 0.51125, 0.638012, 0.849904", \
+            "0.375253, 0.469623, 0.504953, 0.55837, 0.634077, 0.763964, 0.977611" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0208484, 0.0782425, 0.116476, 0.181677, 0.292501, 0.479159, 0.790896", \
+            "0.0230822, 0.0792803, 0.117134, 0.181869, 0.292608, 0.479572, 0.79307", \
+            "0.026379, 0.081105, 0.118488, 0.182822, 0.293169, 0.479573, 0.793071", \
+            "0.0327028, 0.0846275, 0.12113, 0.184474, 0.294356, 0.480171, 0.793072", \
+            "0.0420236, 0.0920959, 0.126014, 0.18751, 0.29576, 0.481341, 0.793073", \
+            "0.055343, 0.106515, 0.137535, 0.195411, 0.300592, 0.483492, 0.793939", \
+            "0.078652, 0.131696, 0.161239, 0.213958, 0.314143, 0.4939, 0.800598" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0505568, 0.0945305, 0.118395, 0.157183, 0.221704, 0.329156, 0.50777", \
+            "0.0814223, 0.127117, 0.151259, 0.190107, 0.254592, 0.3618, 0.540597", \
+            "0.100084, 0.148059, 0.172247, 0.21111, 0.275696, 0.383001, 0.561585", \
+            "0.124398, 0.177618, 0.201943, 0.24085, 0.305113, 0.412374, 0.591145", \
+            "0.155953, 0.216004, 0.241717, 0.281098, 0.344563, 0.451647, 0.630093", \
+            "0.192847, 0.263444, 0.291851, 0.332687, 0.397676, 0.504515, 0.682587", \
+            "0.228446, 0.313105, 0.346929, 0.39231, 0.459263, 0.56822, 0.747764" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0122773, 0.0580654, 0.0892105, 0.142256, 0.231676, 0.381277, 0.630473", \
+            "0.0155274, 0.0590344, 0.0899385, 0.142487, 0.231802, 0.38163, 0.63086", \
+            "0.0191546, 0.0610304, 0.0913494, 0.143372, 0.232234, 0.381631, 0.630861", \
+            "0.0253719, 0.0655074, 0.0943104, 0.145072, 0.233212, 0.381934, 0.630862", \
+            "0.0348403, 0.0740649, 0.100977, 0.149485, 0.235421, 0.383355, 0.631796", \
+            "0.049659, 0.089604, 0.114302, 0.159093, 0.241741, 0.386463, 0.633713", \
+            "0.072146, 0.117109, 0.1402, 0.18233, 0.258823, 0.399572, 0.643103" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0851937, 0.144563, 0.174374, 0.221016, 0.298026, 0.425808, 0.638306", \
+            "0.11092, 0.17116, 0.200939, 0.247816, 0.324841, 0.452495, 0.667086", \
+            "0.130803, 0.192576, 0.222551, 0.269488, 0.346532, 0.474275, 0.686727", \
+            "0.159585, 0.224369, 0.25477, 0.301874, 0.379097, 0.506787, 0.719483", \
+            "0.200722, 0.271467, 0.302867, 0.350606, 0.427859, 0.555279, 0.767941", \
+            "0.263027, 0.342709, 0.3758, 0.424253, 0.50202, 0.629198, 0.841557", \
+            "0.357159, 0.449723, 0.487951, 0.539432, 0.619634, 0.749407, 0.962659" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0208576, 0.0782046, 0.116584, 0.181624, 0.292508, 0.479307, 0.790821", \
+            "0.0223441, 0.0790301, 0.11702, 0.181743, 0.292567, 0.47937, 0.793355", \
+            "0.0245513, 0.0807409, 0.118265, 0.182608, 0.29297, 0.479371, 0.793356", \
+            "0.0295567, 0.0839834, 0.120735, 0.184198, 0.293961, 0.480001, 0.793357", \
+            "0.0377125, 0.0907568, 0.125696, 0.187328, 0.295628, 0.481016, 0.793358", \
+            "0.049734, 0.10414, 0.136574, 0.195251, 0.30085, 0.483639, 0.793511", \
+            "0.070559, 0.127027, 0.158084, 0.212641, 0.31451, 0.4944, 0.801001" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0540293, 0.0984674, 0.122406, 0.161271, 0.225836, 0.333373, 0.512031", \
+            "0.08649, 0.132353, 0.15655, 0.195368, 0.260029, 0.3674, 0.54626", \
+            "0.10684, 0.154914, 0.179098, 0.218028, 0.282571, 0.389855, 0.56871", \
+            "0.134216, 0.186473, 0.21131, 0.250073, 0.314604, 0.421835, 0.600513", \
+            "0.169387, 0.228893, 0.254326, 0.29352, 0.357931, 0.464995, 0.643157", \
+            "0.212616, 0.282326, 0.310018, 0.350951, 0.41521, 0.522123, 0.699795", \
+            "0.26062, 0.344103, 0.376267, 0.420547, 0.48705, 0.596093, 0.774431" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127217, 0.0579622, 0.0894453, 0.142417, 0.231909, 0.381357, 0.630485", \
+            "0.0156045, 0.0592187, 0.0901299, 0.142762, 0.23201, 0.382164, 0.630932", \
+            "0.0189458, 0.0611433, 0.0914477, 0.143445, 0.232389, 0.382165, 0.631474", \
+            "0.0249859, 0.065106, 0.0942804, 0.145105, 0.233436, 0.382166, 0.631475", \
+            "0.0340463, 0.0728947, 0.0998648, 0.148688, 0.235287, 0.383237, 0.63181", \
+            "0.04793, 0.087473, 0.111569, 0.158008, 0.240753, 0.386258, 0.633764", \
+            "0.068878, 0.112343, 0.135022, 0.176684, 0.254462, 0.396784, 0.640805" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0876364, 0.146989, 0.176641, 0.223437, 0.300454, 0.428207, 0.640664", \
+            "0.10976, 0.169776, 0.199564, 0.246372, 0.323418, 0.45102, 0.663414", \
+            "0.126255, 0.187631, 0.217552, 0.264499, 0.341523, 0.469186, 0.681637", \
+            "0.149816, 0.213997, 0.244513, 0.291674, 0.368853, 0.496629, 0.709118", \
+            "0.183803, 0.253694, 0.285043, 0.332679, 0.410078, 0.537741, 0.750127", \
+            "0.235405, 0.312851, 0.346539, 0.395404, 0.473731, 0.601863, 0.813628", \
+            "0.309919, 0.401433, 0.439951, 0.493011, 0.573587, 0.705223, 0.919302" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0208558, 0.0782277, 0.116524, 0.181567, 0.29252, 0.479146, 0.790922", \
+            "0.0218544, 0.0787845, 0.116844, 0.181677, 0.292521, 0.479504, 0.791009", \
+            "0.0234442, 0.0802156, 0.117887, 0.182338, 0.292801, 0.479505, 0.791105", \
+            "0.0270733, 0.0830579, 0.120114, 0.183871, 0.293661, 0.479628, 0.791106", \
+            "0.0336812, 0.0896365, 0.12528, 0.187029, 0.29539, 0.480615, 0.791706", \
+            "0.045254, 0.10136, 0.135592, 0.195006, 0.301167, 0.483586, 0.793512", \
+            "0.064967, 0.124028, 0.157346, 0.2131, 0.316179, 0.495817, 0.802367" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0564204, 0.101438, 0.125605, 0.164652, 0.229335, 0.336824, 0.51575", \
+            "0.0902217, 0.136552, 0.1608, 0.199807, 0.264586, 0.372082, 0.550908", \
+            "0.111931, 0.160254, 0.184599, 0.223576, 0.288235, 0.395704, 0.574425", \
+            "0.141947, 0.194225, 0.218808, 0.257854, 0.322372, 0.42972, 0.60867", \
+            "0.179991, 0.239206, 0.265014, 0.303625, 0.368327, 0.475441, 0.65353", \
+            "0.230948, 0.299623, 0.327253, 0.367592, 0.432565, 0.539338, 0.717115", \
+            "0.291564, 0.372304, 0.406166, 0.450059, 0.516268, 0.62368, 0.802106" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0132384, 0.0586202, 0.0899918, 0.142804, 0.232225, 0.381731, 0.630954", \
+            "0.0158089, 0.0596105, 0.0906152, 0.143176, 0.232374, 0.382288, 0.631234", \
+            "0.0189928, 0.0615309, 0.091793, 0.143807, 0.232629, 0.382289, 0.631235", \
+            "0.024871, 0.0652766, 0.0943063, 0.145336, 0.233655, 0.382374, 0.631248", \
+            "0.0338165, 0.0729299, 0.100255, 0.148826, 0.235533, 0.383388, 0.631985", \
+            "0.04687, 0.086381, 0.111269, 0.15698, 0.240675, 0.386262, 0.634127", \
+            "0.066692, 0.109839, 0.132143, 0.174065, 0.253226, 0.396204, 0.640738" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148677, 0.0148491, 0.0149445, 0.0149261, 0.0147886, 0.0143596, 0.014361", \
+            "0.0150631, 0.0145191, 0.0147163, 0.0145681, 0.0151509, 0.0142662, 0.0150164", \
+            "0.0158461, 0.0147972, 0.0147784, 0.0148519, 0.0151388, 0.014194, 0.0143203", \
+            "0.017629, 0.0156432, 0.0156986, 0.0155416, 0.0150737, 0.015255, 0.0138538", \
+            "0.0211607, 0.0178387, 0.0176661, 0.0177867, 0.0177798, 0.0168782, 0.0169036", \
+            "0.0282173, 0.0230256, 0.0226112, 0.0221247, 0.0218425, 0.02158, 0.0210897", \
+            "0.0421252, 0.0339851, 0.033449, 0.0329193, 0.0320151, 0.0311707, 0.0306466" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117378, 0.013096, 0.0130835, 0.0130837, 0.0128099, 0.0125817, 0.0116376", \
+            "0.0118969, 0.0124226, 0.0126172, 0.0130606, 0.0127485, 0.0122369, 0.0114858", \
+            "0.0125369, 0.0125574, 0.0126839, 0.0125341, 0.0129284, 0.0121723, 0.0113808", \
+            "0.0141954, 0.0134433, 0.0135422, 0.0136879, 0.013239, 0.0129925, 0.0123245", \
+            "0.0178064, 0.0155434, 0.0156796, 0.0158438, 0.0157675, 0.0156035, 0.0142421", \
+            "0.0250086, 0.0203757, 0.0203645, 0.0201537, 0.0202959, 0.0202588, 0.0203733", \
+            "0.0389468, 0.0314859, 0.0307884, 0.0306044, 0.0297358, 0.0289961, 0.0289936" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0165943, 0.0166368, 0.0167759, 0.0166186, 0.0165091, 0.0161971, 0.0161295", \
+            "0.0166075, 0.0162391, 0.0164774, 0.0163679, 0.01634, 0.0158984, 0.0167853", \
+            "0.0171004, 0.0163834, 0.0163461, 0.0164592, 0.0167332, 0.0157067, 0.0155261", \
+            "0.0183091, 0.0168798, 0.0168658, 0.0168868, 0.0164928, 0.0165571, 0.0162242", \
+            "0.0213253, 0.0186104, 0.0186631, 0.0187374, 0.0188814, 0.018182, 0.0180062", \
+            "0.0277159, 0.0234274, 0.0231008, 0.0226337, 0.0225906, 0.0222891, 0.0219964", \
+            "0.0409537, 0.0339144, 0.0332284, 0.0324482, 0.0321504, 0.0315573, 0.0310145" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0119578, 0.0130891, 0.0131444, 0.0131525, 0.0129485, 0.0126169, 0.0117855", \
+            "0.0121649, 0.0125873, 0.0128034, 0.0131892, 0.0127187, 0.0125945, 0.0117314", \
+            "0.0127843, 0.0127841, 0.0128718, 0.0128219, 0.0132355, 0.0122994, 0.0120398", \
+            "0.0144454, 0.013489, 0.0137766, 0.0137854, 0.0135088, 0.0133307, 0.0128472", \
+            "0.0179161, 0.0155297, 0.0156144, 0.0156336, 0.0158814, 0.0154101, 0.014399", \
+            "0.0249852, 0.0205699, 0.0202709, 0.0203774, 0.0203437, 0.020365, 0.0198782", \
+            "0.0387481, 0.0316964, 0.0308489, 0.0303382, 0.0298286, 0.0294888, 0.0292501" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0182813, 0.018323, 0.0183681, 0.0183288, 0.0181187, 0.0177202, 0.0175266", \
+            "0.0182127, 0.017911, 0.018188, 0.0180416, 0.0188553, 0.0176066, 0.0173477", \
+            "0.0184962, 0.0179989, 0.0179892, 0.0180862, 0.0179991, 0.0173836, 0.0173068", \
+            "0.0192923, 0.0182619, 0.0183337, 0.0183051, 0.0179672, 0.0185495, 0.0172874", \
+            "0.0219765, 0.0199114, 0.0199047, 0.0199202, 0.0201158, 0.0195491, 0.019332", \
+            "0.0281209, 0.024431, 0.0242587, 0.0236933, 0.0236659, 0.0238892, 0.0231188", \
+            "0.0417131, 0.0354991, 0.034897, 0.0340018, 0.0334637, 0.0332749, 0.0325343" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0120805, 0.0130659, 0.0132003, 0.0131704, 0.0130282, 0.0126791, 0.0118938", \
+            "0.0123428, 0.0127019, 0.0128656, 0.0131451, 0.0127942, 0.0126978, 0.011778", \
+            "0.0130165, 0.0129541, 0.0130237, 0.0129228, 0.013216, 0.0128585, 0.0117631", \
+            "0.0147254, 0.0137025, 0.0138585, 0.0139444, 0.0134235, 0.0134196, 0.0127965", \
+            "0.0181822, 0.0159025, 0.0160565, 0.0157147, 0.0160385, 0.0155246, 0.0141942", \
+            "0.0252994, 0.0210062, 0.020933, 0.0203826, 0.0207183, 0.0206104, 0.0201537", \
+            "0.0392266, 0.0324258, 0.0315661, 0.0310387, 0.0306423, 0.030439, 0.0299298" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00273297;
+      rise_capacitance : 0.00269172;
+      rise_capacitance_range (0.00249222, 0.00283494);
+      fall_capacitance : 0.00277422;
+      fall_capacitance_range (0.00246274, 0.00305186);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00272046;
+      rise_capacitance : 0.0027685;
+      rise_capacitance_range (0.00237845, 0.00299842);
+      fall_capacitance : 0.00267242;
+      fall_capacitance_range (0.00242965, 0.00288775);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00272834;
+      rise_capacitance : 0.00281068;
+      rise_capacitance_range (0.00241169, 0.00307552);
+      fall_capacitance : 0.002646;
+      fall_capacitance_range (0.00248174, 0.00280644);
+    }
+  }
+  cell (sg13g2_and4_1) {
+    area : 14.5152;
+    cell_footprint : "and4";
+    cell_leakage_power : 362.272;
+    leakage_power () {
+      value : 360.147;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 411.483;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 316.29;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 462.938;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 313.829;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 366.566;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 268.031;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 518.431;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 312.722;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 364.187;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 267.939;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 419.045;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 266.493;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 321.269;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 223.528;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 603.45;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.078351, 0.134037, 0.163537, 0.21002, 0.286572, 0.413652, 0.625245", \
+            "0.104477, 0.160787, 0.190355, 0.237078, 0.313779, 0.440747, 0.652115", \
+            "0.124496, 0.181568, 0.211348, 0.258484, 0.335201, 0.462324, 0.673778", \
+            "0.153139, 0.212716, 0.242426, 0.289594, 0.366448, 0.493857, 0.705778", \
+            "0.19537, 0.260581, 0.290748, 0.33798, 0.414872, 0.542177, 0.75416", \
+            "0.259671, 0.333142, 0.365191, 0.413541, 0.490348, 0.616111, 0.827226", \
+            "0.360947, 0.448871, 0.485824, 0.536565, 0.615373, 0.745227, 0.957308" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021262, 0.0770041, 0.114939, 0.179377, 0.289562, 0.474963, 0.785091", \
+            "0.0227869, 0.0781169, 0.115755, 0.179949, 0.289803, 0.476223, 0.785092", \
+            "0.0251718, 0.0793995, 0.116984, 0.180943, 0.290485, 0.476224, 0.785589", \
+            "0.0299197, 0.081648, 0.11858, 0.182307, 0.291719, 0.476519, 0.785895", \
+            "0.0365376, 0.087193, 0.122184, 0.184198, 0.292756, 0.477529, 0.787131", \
+            "0.046662, 0.098095, 0.130839, 0.190721, 0.296814, 0.479756, 0.788456", \
+            "0.064374, 0.119754, 0.15056, 0.20617, 0.310024, 0.490849, 0.79659" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0439744, 0.0822455, 0.105557, 0.143772, 0.207656, 0.314028, 0.490977", \
+            "0.0707284, 0.110697, 0.134276, 0.172625, 0.236532, 0.342902, 0.519954", \
+            "0.0855692, 0.127726, 0.151203, 0.189653, 0.253624, 0.36012, 0.537432", \
+            "0.103774, 0.150244, 0.173949, 0.212351, 0.276163, 0.382775, 0.56002", \
+            "0.124773, 0.177958, 0.20317, 0.241528, 0.305554, 0.411917, 0.588828", \
+            "0.145015, 0.208928, 0.236367, 0.276266, 0.341471, 0.448313, 0.625256", \
+            "0.155156, 0.232714, 0.26392, 0.309015, 0.376409, 0.48715, 0.665577" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109947, 0.0549878, 0.0865724, 0.139465, 0.228238, 0.376453, 0.623259", \
+            "0.0141018, 0.0562223, 0.0873334, 0.13979, 0.22842, 0.376454, 0.623318", \
+            "0.0170049, 0.0577255, 0.088247, 0.140457, 0.228822, 0.376606, 0.62491", \
+            "0.0217589, 0.0609611, 0.0901794, 0.141495, 0.229459, 0.377182, 0.624911", \
+            "0.0290785, 0.0673942, 0.0953245, 0.144286, 0.230846, 0.378213, 0.624912", \
+            "0.040097, 0.080646, 0.106462, 0.152424, 0.236764, 0.381494, 0.626266", \
+            "0.056733, 0.102848, 0.127071, 0.170601, 0.251783, 0.395138, 0.637545" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0883593, 0.143786, 0.173454, 0.219967, 0.296566, 0.423595, 0.635076", \
+            "0.111395, 0.168008, 0.197628, 0.244289, 0.320947, 0.447978, 0.66163", \
+            "0.129369, 0.187218, 0.217145, 0.264012, 0.340724, 0.467807, 0.679268", \
+            "0.155296, 0.215996, 0.246488, 0.293296, 0.370335, 0.49785, 0.709384", \
+            "0.194301, 0.260782, 0.292313, 0.339086, 0.416015, 0.543766, 0.755406", \
+            "0.255729, 0.330673, 0.364056, 0.411898, 0.490065, 0.616883, 0.828721", \
+            "0.352245, 0.441754, 0.479267, 0.532063, 0.612409, 0.742792, 0.957584" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.02128, 0.076942, 0.11494, 0.179577, 0.289603, 0.475154, 0.784921", \
+            "0.022574, 0.0778997, 0.115571, 0.179759, 0.289725, 0.475303, 0.787222", \
+            "0.024472, 0.0795114, 0.116815, 0.180754, 0.290345, 0.475335, 0.787223", \
+            "0.0286212, 0.0819572, 0.118914, 0.18219, 0.291423, 0.476161, 0.787224", \
+            "0.0348743, 0.0877716, 0.123449, 0.184571, 0.292556, 0.477103, 0.787225", \
+            "0.044355, 0.098695, 0.132523, 0.191735, 0.297476, 0.479704, 0.788219", \
+            "0.060163, 0.119471, 0.151615, 0.208356, 0.311043, 0.491024, 0.796236" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0477368, 0.0864722, 0.109924, 0.148247, 0.212281, 0.318574, 0.495685", \
+            "0.0767152, 0.116899, 0.140461, 0.17893, 0.242916, 0.349307, 0.526837", \
+            "0.0934744, 0.135516, 0.159192, 0.197682, 0.261731, 0.368307, 0.545565", \
+            "0.11487, 0.160809, 0.184557, 0.223066, 0.286944, 0.393626, 0.570805", \
+            "0.139945, 0.192413, 0.217196, 0.255828, 0.319807, 0.426022, 0.603261", \
+            "0.168132, 0.229799, 0.256781, 0.296231, 0.361263, 0.46786, 0.644813", \
+            "0.189978, 0.26525, 0.296042, 0.338796, 0.405595, 0.514521, 0.694025" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114431, 0.0553236, 0.0868853, 0.139654, 0.228568, 0.376568, 0.623433", \
+            "0.0141352, 0.0564043, 0.087505, 0.139991, 0.228711, 0.376766, 0.623958", \
+            "0.0169225, 0.057653, 0.0884152, 0.140505, 0.228983, 0.376767, 0.628601", \
+            "0.0215004, 0.0607496, 0.0902487, 0.141569, 0.229583, 0.37717, 0.628602", \
+            "0.0285013, 0.0664436, 0.0943251, 0.144097, 0.230923, 0.378356, 0.628603", \
+            "0.03873, 0.077697, 0.103995, 0.150674, 0.235512, 0.381096, 0.628604", \
+            "0.053749, 0.097857, 0.121917, 0.16549, 0.247724, 0.391097, 0.634769" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0940438, 0.149665, 0.179219, 0.22562, 0.302138, 0.429234, 0.640746", \
+            "0.114938, 0.171287, 0.200961, 0.247523, 0.324076, 0.451151, 0.66475", \
+            "0.130516, 0.188266, 0.21817, 0.264927, 0.341614, 0.468672, 0.680116", \
+            "0.152536, 0.213094, 0.243644, 0.290546, 0.367508, 0.494919, 0.706438", \
+            "0.184917, 0.251088, 0.283065, 0.330653, 0.407664, 0.535115, 0.746726", \
+            "0.237915, 0.313119, 0.347159, 0.396517, 0.474785, 0.60307, 0.813994", \
+            "0.319365, 0.409655, 0.448449, 0.502161, 0.583202, 0.714631, 0.929433" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021281, 0.0771535, 0.114964, 0.179451, 0.289631, 0.475185, 0.784935", \
+            "0.0222453, 0.0777659, 0.11543, 0.179637, 0.289651, 0.475471, 0.787471", \
+            "0.0236718, 0.0791104, 0.116538, 0.180512, 0.290094, 0.475472, 0.787472", \
+            "0.0269583, 0.0817364, 0.118657, 0.181929, 0.291158, 0.475884, 0.787473", \
+            "0.0328152, 0.087327, 0.12346, 0.184856, 0.292604, 0.476823, 0.787474", \
+            "0.042414, 0.098816, 0.133184, 0.192724, 0.298161, 0.479904, 0.787835", \
+            "0.057881, 0.119895, 0.153597, 0.210296, 0.314013, 0.493223, 0.797652" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0503333, 0.0897899, 0.11336, 0.1519, 0.215895, 0.322562, 0.499755", \
+            "0.0809137, 0.121552, 0.145265, 0.183802, 0.247977, 0.354507, 0.531938", \
+            "0.0992683, 0.141611, 0.16533, 0.203948, 0.268177, 0.374698, 0.552001", \
+            "0.123227, 0.169236, 0.19305, 0.231509, 0.295851, 0.402449, 0.579744", \
+            "0.153489, 0.205383, 0.230096, 0.268788, 0.332937, 0.439285, 0.616661", \
+            "0.187954, 0.248819, 0.275674, 0.315169, 0.380139, 0.486354, 0.664108", \
+            "0.222356, 0.295785, 0.327218, 0.370491, 0.436807, 0.545481, 0.724154" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011964, 0.0559992, 0.0873966, 0.14015, 0.228741, 0.376957, 0.623751", \
+            "0.0143544, 0.0567904, 0.0879352, 0.14041, 0.228869, 0.376958, 0.623752", \
+            "0.017018, 0.0580439, 0.0887021, 0.140892, 0.22931, 0.377096, 0.623925", \
+            "0.0215399, 0.0609853, 0.0904257, 0.141895, 0.229857, 0.377505, 0.623926", \
+            "0.0281698, 0.0664717, 0.0946176, 0.144212, 0.231205, 0.37832, 0.624565", \
+            "0.03811, 0.076868, 0.10312, 0.150267, 0.23538, 0.381284, 0.626774", \
+            "0.052477, 0.095795, 0.119907, 0.164621, 0.246354, 0.390796, 0.634773" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0965793, 0.152027, 0.181511, 0.228164, 0.304688, 0.43165, 0.64314", \
+            "0.11632, 0.172468, 0.201993, 0.248591, 0.325167, 0.452221, 0.665697", \
+            "0.130209, 0.187504, 0.217287, 0.26402, 0.340606, 0.467682, 0.679076", \
+            "0.148652, 0.208479, 0.238755, 0.285888, 0.362648, 0.489886, 0.701395", \
+            "0.174851, 0.239901, 0.271516, 0.318694, 0.396139, 0.522968, 0.734682", \
+            "0.214457, 0.288964, 0.322997, 0.372426, 0.451557, 0.579497, 0.791181", \
+            "0.27648, 0.365865, 0.404907, 0.459992, 0.542938, 0.675873, 0.891789" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0212899, 0.0770308, 0.11515, 0.179419, 0.289643, 0.475033, 0.784935", \
+            "0.021922, 0.0775061, 0.115261, 0.179586, 0.289673, 0.475062, 0.787405", \
+            "0.0229925, 0.0786514, 0.116111, 0.180188, 0.28991, 0.475209, 0.787406", \
+            "0.0254032, 0.0809483, 0.118016, 0.181545, 0.290749, 0.475524, 0.787407", \
+            "0.0302265, 0.086618, 0.122866, 0.184544, 0.292442, 0.476452, 0.787408", \
+            "0.039867, 0.098002, 0.132963, 0.192918, 0.298666, 0.480154, 0.787797", \
+            "0.054833, 0.11904, 0.153963, 0.212288, 0.315905, 0.495072, 0.79861" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0518874, 0.0921612, 0.116022, 0.154825, 0.219009, 0.325811, 0.503063", \
+            "0.0839474, 0.125097, 0.149018, 0.187755, 0.252018, 0.358654, 0.536138", \
+            "0.103646, 0.146363, 0.170245, 0.209094, 0.273407, 0.380234, 0.557588", \
+            "0.130233, 0.17649, 0.200218, 0.239108, 0.303512, 0.410172, 0.587577", \
+            "0.163112, 0.215122, 0.239546, 0.278581, 0.342868, 0.449593, 0.626888", \
+            "0.205338, 0.265657, 0.291963, 0.331971, 0.397139, 0.503517, 0.681031", \
+            "0.251714, 0.326959, 0.357029, 0.399246, 0.466, 0.575, 0.754326" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0125197, 0.056798, 0.0881798, 0.140897, 0.229462, 0.377474, 0.62407", \
+            "0.0147043, 0.0573461, 0.0885171, 0.140979, 0.229515, 0.377637, 0.624242", \
+            "0.017193, 0.0585154, 0.0892822, 0.141424, 0.229793, 0.377638, 0.624873", \
+            "0.0216314, 0.0613141, 0.0907782, 0.14232, 0.230377, 0.377884, 0.624874", \
+            "0.0283217, 0.0667196, 0.0945536, 0.144711, 0.231511, 0.378872, 0.624993", \
+            "0.037899, 0.076658, 0.102482, 0.150281, 0.23574, 0.381712, 0.626855", \
+            "0.052045, 0.094253, 0.118363, 0.162651, 0.245593, 0.390085, 0.63456" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0100164, 0.0102409, 0.0102965, 0.0102908, 0.0101838, 0.00996739, 0.00992371", \
+            "0.00997619, 0.0100047, 0.0100824, 0.0100517, 0.0101066, 0.010002, 0.00975674", \
+            "0.010391, 0.0102436, 0.0102306, 0.0103132, 0.0104858, 0.00995696, 0.0100291", \
+            "0.0114345, 0.0110811, 0.0110912, 0.0111129, 0.0108994, 0.0110624, 0.0106176", \
+            "0.0139123, 0.0132024, 0.0131414, 0.0131134, 0.0131525, 0.0127869, 0.0127357", \
+            "0.0190082, 0.0176508, 0.017491, 0.0173635, 0.0171769, 0.0170259, 0.0164241", \
+            "0.0299306, 0.0274937, 0.0271943, 0.0268088, 0.0266728, 0.0263045, 0.0257826" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00745147, 0.00808309, 0.00809689, 0.00805873, 0.00796864, 0.00779352, 0.00734071", \
+            "0.00736886, 0.00775311, 0.0078185, 0.00801897, 0.00785331, 0.0075376, 0.00716562", \
+            "0.00775362, 0.00803566, 0.00807771, 0.00804655, 0.00818324, 0.00776828, 0.00772729", \
+            "0.00876253, 0.00886302, 0.00889217, 0.00901426, 0.00882139, 0.00872094, 0.00892808", \
+            "0.011158, 0.0108603, 0.010937, 0.0109451, 0.0110198, 0.0110993, 0.0103588", \
+            "0.0164331, 0.0153341, 0.0153216, 0.0152023, 0.0152981, 0.0153669, 0.0151947", \
+            "0.0273487, 0.0253499, 0.0249859, 0.0247134, 0.0244196, 0.0243695, 0.0240506" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011951, 0.012164, 0.0122285, 0.0121948, 0.0121346, 0.0119343, 0.0118524", \
+            "0.0117702, 0.0118417, 0.0119569, 0.0119029, 0.0118468, 0.011652, 0.0117564", \
+            "0.0119822, 0.0119069, 0.0119019, 0.0119577, 0.0120831, 0.0115912, 0.0112468", \
+            "0.0126566, 0.0123977, 0.01246, 0.0124043, 0.012239, 0.0124803, 0.0119632", \
+            "0.0147716, 0.014108, 0.0142029, 0.0140923, 0.0141038, 0.0139397, 0.0137845", \
+            "0.0195089, 0.01831, 0.0182729, 0.0180147, 0.0179925, 0.017796, 0.0175469", \
+            "0.0298831, 0.0277066, 0.0274598, 0.0272255, 0.0269855, 0.026671, 0.0265057" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00757183, 0.00816685, 0.0082173, 0.00818751, 0.00813308, 0.00788577, 0.00747297", \
+            "0.00747102, 0.0078615, 0.00791668, 0.00813752, 0.00809725, 0.00767747, 0.00742125", \
+            "0.00776052, 0.00801956, 0.00811645, 0.00803059, 0.00823632, 0.00781843, 0.00855539", \
+            "0.00881439, 0.00888605, 0.0089424, 0.00903565, 0.00882997, 0.00872656, 0.0089084", \
+            "0.0111728, 0.0108374, 0.0108187, 0.0109231, 0.0110171, 0.010879, 0.0103255", \
+            "0.0163399, 0.015192, 0.0151973, 0.015099, 0.0152061, 0.0152666, 0.0150346", \
+            "0.0268417, 0.0247829, 0.0245306, 0.0241377, 0.0240246, 0.0236472, 0.0237721" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0136236, 0.0138649, 0.0139262, 0.0138918, 0.0137479, 0.0135752, 0.0135442", \
+            "0.0134109, 0.0135014, 0.0136437, 0.0135735, 0.0139485, 0.0133482, 0.0137613", \
+            "0.0135281, 0.0135365, 0.0135596, 0.0135881, 0.0137259, 0.013223, 0.0129048", \
+            "0.0139344, 0.0137992, 0.0138679, 0.0138372, 0.0136638, 0.0139379, 0.013099", \
+            "0.0157614, 0.015195, 0.0153318, 0.0153051, 0.0153745, 0.0150351, 0.0150527", \
+            "0.0206301, 0.0195143, 0.019463, 0.0192492, 0.0192111, 0.019307, 0.0189649", \
+            "0.031203, 0.0291957, 0.0290113, 0.0286523, 0.028501, 0.0282157, 0.027885" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00778717, 0.00838386, 0.00839788, 0.00839144, 0.00829693, 0.00817942, 0.0077366", \
+            "0.0077027, 0.00805428, 0.00811542, 0.00834173, 0.0080939, 0.00788216, 0.00753214", \
+            "0.00798816, 0.00822231, 0.00828036, 0.00821933, 0.00842106, 0.00798068, 0.00764553", \
+            "0.00902978, 0.009079, 0.00910926, 0.00914935, 0.00901529, 0.00887414, 0.0089947", \
+            "0.0114118, 0.0110846, 0.0111077, 0.0111153, 0.0112197, 0.0111195, 0.0104586", \
+            "0.0166479, 0.0155775, 0.0155786, 0.0154467, 0.0155643, 0.0154628, 0.0154309", \
+            "0.0274599, 0.0255559, 0.0253103, 0.0250407, 0.0248464, 0.0247228, 0.0246678" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0152917, 0.0154999, 0.0155355, 0.015547, 0.0154299, 0.0151677, 0.0151129", \
+            "0.0150355, 0.0151761, 0.0152889, 0.0152239, 0.0152295, 0.0149201, 0.015079", \
+            "0.0150928, 0.0151837, 0.0151803, 0.0152218, 0.0153704, 0.0148766, 0.0144858", \
+            "0.015369, 0.0153387, 0.0153706, 0.0154304, 0.0151684, 0.0154861, 0.0149378", \
+            "0.0169455, 0.0165758, 0.0166536, 0.0165319, 0.0167286, 0.0162725, 0.0162582", \
+            "0.0216193, 0.0206857, 0.0206134, 0.0203296, 0.0204149, 0.0203375, 0.0201925", \
+            "0.0326379, 0.0308628, 0.0305797, 0.030258, 0.0300372, 0.0298592, 0.0297092" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00795156, 0.00849591, 0.00851618, 0.00854286, 0.00843368, 0.00829078, 0.00787516", \
+            "0.00795168, 0.00822292, 0.00830802, 0.0084398, 0.00834239, 0.00807413, 0.00773523", \
+            "0.00822207, 0.00842698, 0.00846534, 0.00840191, 0.00857568, 0.00820029, 0.00798083", \
+            "0.0093149, 0.00931555, 0.00931477, 0.00939843, 0.00923116, 0.00914841, 0.00879483", \
+            "0.0116398, 0.011279, 0.0111885, 0.0112455, 0.0113034, 0.0112438, 0.0105608", \
+            "0.0171085, 0.0160206, 0.0159159, 0.0158489, 0.0160097, 0.0158705, 0.0157189", \
+            "0.0285141, 0.0265051, 0.0261967, 0.0258144, 0.0257403, 0.0254502, 0.0254693" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00256062;
+      rise_capacitance : 0.00249048;
+      rise_capacitance_range (0.00227163, 0.00262322);
+      fall_capacitance : 0.00263077;
+      fall_capacitance_range (0.00221719, 0.00300604);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0026998;
+      rise_capacitance : 0.00271725;
+      rise_capacitance_range (0.0023239, 0.00294716);
+      fall_capacitance : 0.00268235;
+      fall_capacitance_range (0.00234783, 0.00297733);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00269413;
+      rise_capacitance : 0.00274194;
+      rise_capacitance_range (0.00233711, 0.00300592);
+      fall_capacitance : 0.00264631;
+      fall_capacitance_range (0.00238861, 0.00287715);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0027037;
+      rise_capacitance : 0.00278174;
+      rise_capacitance_range (0.0023757, 0.00307675);
+      fall_capacitance : 0.00262565;
+      fall_capacitance_range (0.00245097, 0.00279403);
+    }
+  }
+  cell (sg13g2_and4_2) {
+    area : 16.3296;
+    cell_footprint : "and4";
+    cell_leakage_power : 515.199;
+    leakage_power () {
+      value : 518;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 569.336;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 474.149;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 620.797;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 471.682;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 524.418;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 425.89;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 676.29;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 470.569;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 522.034;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 425.792;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 576.898;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 424.34;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 479.116;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 381.381;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 682.49;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0994704, 0.165803, 0.197259, 0.245139, 0.322507, 0.450023, 0.661706", \
+            "0.128325, 0.194877, 0.226382, 0.274336, 0.351817, 0.479217, 0.690851", \
+            "0.152288, 0.219667, 0.251329, 0.299562, 0.377131, 0.504517, 0.716326", \
+            "0.18758, 0.257228, 0.289165, 0.337104, 0.414915, 0.542297, 0.754079", \
+            "0.237882, 0.313493, 0.346234, 0.394565, 0.4718, 0.599276, 0.810766", \
+            "0.314685, 0.398475, 0.432941, 0.482667, 0.560631, 0.687766, 0.898803", \
+            "0.435964, 0.531302, 0.57171, 0.622987, 0.702707, 0.829839, 1.04448" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0263594, 0.0858911, 0.123245, 0.186373, 0.295003, 0.479714, 0.789358", \
+            "0.0278343, 0.0863227, 0.123588, 0.186683, 0.295337, 0.479715, 0.789478", \
+            "0.0309215, 0.0880536, 0.125005, 0.187598, 0.296042, 0.480063, 0.789617", \
+            "0.0367215, 0.0916853, 0.127738, 0.189807, 0.297434, 0.481141, 0.789908", \
+            "0.0466727, 0.0993963, 0.133197, 0.193167, 0.299354, 0.482543, 0.791284", \
+            "0.060518, 0.114038, 0.14561, 0.201579, 0.304366, 0.48494, 0.792803", \
+            "0.082422, 0.138286, 0.168245, 0.221128, 0.319161, 0.495804, 0.799526" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0521498, 0.0962361, 0.120037, 0.158532, 0.222581, 0.32923, 0.506589", \
+            "0.083687, 0.129589, 0.153467, 0.192013, 0.25607, 0.362543, 0.539951", \
+            "0.102678, 0.150954, 0.174933, 0.213716, 0.277659, 0.384057, 0.561434", \
+            "0.127793, 0.181037, 0.205394, 0.243988, 0.307992, 0.414364, 0.591655", \
+            "0.158272, 0.218921, 0.244377, 0.284103, 0.347476, 0.453436, 0.630411", \
+            "0.191389, 0.263312, 0.29216, 0.333122, 0.397849, 0.503876, 0.68106", \
+            "0.220733, 0.306161, 0.340919, 0.38657, 0.455775, 0.562973, 0.742211" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126614, 0.0577569, 0.0889005, 0.141433, 0.230267, 0.378747, 0.626136", \
+            "0.0158059, 0.0591162, 0.0896732, 0.141816, 0.230499, 0.379075, 0.626254", \
+            "0.019324, 0.0612188, 0.0910813, 0.142546, 0.23075, 0.379076, 0.626255", \
+            "0.0255167, 0.065773, 0.0942625, 0.144393, 0.231881, 0.379464, 0.626538", \
+            "0.0351895, 0.0746911, 0.100717, 0.148992, 0.234127, 0.380752, 0.627343", \
+            "0.050448, 0.091332, 0.115473, 0.159132, 0.24098, 0.384576, 0.629296", \
+            "0.072885, 0.119232, 0.142053, 0.183051, 0.260101, 0.398172, 0.639019" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.109259, 0.17533, 0.207238, 0.255004, 0.332112, 0.459701, 0.670988", \
+            "0.134575, 0.201353, 0.232725, 0.280772, 0.358202, 0.485515, 0.697171", \
+            "0.155411, 0.223307, 0.25509, 0.303482, 0.380936, 0.508451, 0.719948", \
+            "0.187324, 0.258063, 0.290284, 0.338276, 0.416092, 0.543566, 0.755138", \
+            "0.234378, 0.310595, 0.343714, 0.392421, 0.470308, 0.597822, 0.809562", \
+            "0.306566, 0.391281, 0.426473, 0.476773, 0.554897, 0.682634, 0.894374", \
+            "0.421593, 0.517828, 0.557322, 0.61157, 0.692621, 0.821534, 1.0346" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0263574, 0.0859827, 0.123347, 0.186402, 0.295029, 0.479564, 0.789139", \
+            "0.0274975, 0.0863878, 0.123488, 0.186642, 0.295162, 0.479669, 0.789321", \
+            "0.0296043, 0.087858, 0.124827, 0.187474, 0.295748, 0.48008, 0.789496", \
+            "0.0341722, 0.0917091, 0.127828, 0.189761, 0.297256, 0.480785, 0.789879", \
+            "0.0428331, 0.0986017, 0.132914, 0.193055, 0.299207, 0.482238, 0.790899", \
+            "0.055451, 0.111987, 0.144894, 0.202355, 0.304842, 0.484713, 0.792422", \
+            "0.075757, 0.134378, 0.165281, 0.221093, 0.319796, 0.496078, 0.799436" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0557834, 0.100347, 0.124249, 0.162797, 0.226912, 0.333608, 0.511085", \
+            "0.0888216, 0.134864, 0.158854, 0.197555, 0.261669, 0.368195, 0.545834", \
+            "0.10938, 0.157573, 0.181775, 0.220378, 0.284557, 0.391085, 0.568467", \
+            "0.136742, 0.189698, 0.214101, 0.252911, 0.316896, 0.423298, 0.600587", \
+            "0.170864, 0.231139, 0.257003, 0.296339, 0.359907, 0.465726, 0.64332", \
+            "0.212111, 0.282769, 0.311166, 0.351976, 0.416184, 0.522179, 0.699117", \
+            "0.251642, 0.335724, 0.368846, 0.413672, 0.481122, 0.588839, 0.767439" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0131149, 0.0581275, 0.089224, 0.141692, 0.230442, 0.378892, 0.626518", \
+            "0.015871, 0.0592947, 0.0899262, 0.142032, 0.230576, 0.379764, 0.626686", \
+            "0.0191797, 0.0612252, 0.0912284, 0.142787, 0.230888, 0.379765, 0.627531", \
+            "0.025284, 0.0654955, 0.0941153, 0.14451, 0.231924, 0.379766, 0.627532", \
+            "0.0345678, 0.0737836, 0.100591, 0.14885, 0.234063, 0.38076, 0.627564", \
+            "0.048606, 0.088795, 0.113561, 0.158203, 0.239964, 0.384009, 0.629693", \
+            "0.0699, 0.114688, 0.137421, 0.178185, 0.2545, 0.394567, 0.636925" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.115024, 0.18143, 0.212532, 0.260463, 0.337842, 0.465189, 0.676661", \
+            "0.137276, 0.20386, 0.235414, 0.283419, 0.360854, 0.488192, 0.699704", \
+            "0.154857, 0.222755, 0.254494, 0.3026, 0.380074, 0.507482, 0.718962", \
+            "0.181431, 0.251599, 0.284441, 0.332578, 0.410285, 0.537775, 0.74923", \
+            "0.221074, 0.296908, 0.330415, 0.379435, 0.45724, 0.584896, 0.796681", \
+            "0.283895, 0.367868, 0.403522, 0.455006, 0.532898, 0.66023, 0.872428", \
+            "0.381062, 0.477669, 0.51774, 0.572758, 0.655681, 0.785885, 0.999395" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0263957, 0.0860135, 0.12314, 0.186448, 0.295009, 0.479633, 0.789506", \
+            "0.0271813, 0.0861145, 0.123311, 0.186598, 0.295239, 0.479727, 0.789507", \
+            "0.0287329, 0.0875433, 0.124605, 0.187192, 0.295763, 0.479863, 0.790328", \
+            "0.0322879, 0.090705, 0.127499, 0.189409, 0.296773, 0.480655, 0.790329", \
+            "0.039476, 0.0975714, 0.132615, 0.193066, 0.299051, 0.481972, 0.790837", \
+            "0.050948, 0.110128, 0.143896, 0.202835, 0.305531, 0.484927, 0.792168", \
+            "0.07146, 0.132655, 0.16517, 0.220971, 0.321581, 0.498087, 0.80072" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0584334, 0.10363, 0.127738, 0.166426, 0.230674, 0.337508, 0.515097", \
+            "0.0925581, 0.139051, 0.163144, 0.201948, 0.266164, 0.373007, 0.550477", \
+            "0.114443, 0.162865, 0.187172, 0.225991, 0.290309, 0.396808, 0.57448", \
+            "0.144555, 0.197259, 0.221804, 0.260597, 0.32476, 0.431269, 0.608931", \
+            "0.18192, 0.241776, 0.267394, 0.307099, 0.370295, 0.476847, 0.653868", \
+            "0.229429, 0.299522, 0.327543, 0.3685, 0.432473, 0.538472, 0.715622", \
+            "0.2798, 0.363592, 0.39629, 0.440778, 0.507436, 0.615599, 0.79272" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0136237, 0.0587594, 0.0897847, 0.142078, 0.23082, 0.379081, 0.626731", \
+            "0.016092, 0.0596907, 0.0903364, 0.142421, 0.230934, 0.379823, 0.626732", \
+            "0.0192104, 0.0615589, 0.0915242, 0.143075, 0.231262, 0.379824, 0.627157", \
+            "0.0251271, 0.0655197, 0.0941951, 0.144731, 0.232275, 0.379872, 0.627158", \
+            "0.0342254, 0.0735941, 0.100223, 0.148894, 0.234277, 0.380999, 0.627706", \
+            "0.047675, 0.087638, 0.112289, 0.157757, 0.239872, 0.384042, 0.629924", \
+            "0.068066, 0.112074, 0.134755, 0.176125, 0.253558, 0.394644, 0.636957" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.117511, 0.183899, 0.215453, 0.263082, 0.340317, 0.467667, 0.679063", \
+            "0.138196, 0.204715, 0.236079, 0.284166, 0.361466, 0.488875, 0.700554", \
+            "0.153405, 0.221093, 0.252635, 0.300791, 0.378206, 0.505675, 0.717223", \
+            "0.175021, 0.244817, 0.277066, 0.325407, 0.403243, 0.530711, 0.742119", \
+            "0.206825, 0.281548, 0.315035, 0.364462, 0.442096, 0.569568, 0.781252", \
+            "0.256025, 0.33838, 0.374237, 0.425949, 0.504289, 0.633134, 0.844405", \
+            "0.333528, 0.428627, 0.468583, 0.52457, 0.608207, 0.740303, 0.954814" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.026346, 0.0860279, 0.123365, 0.186475, 0.295025, 0.479641, 0.789314", \
+            "0.0269437, 0.086031, 0.123366, 0.186476, 0.295325, 0.479738, 0.789447", \
+            "0.0280759, 0.0872441, 0.124248, 0.18706, 0.295575, 0.479739, 0.790631", \
+            "0.0306803, 0.0899671, 0.126712, 0.188928, 0.296429, 0.480265, 0.790632", \
+            "0.0361576, 0.0956522, 0.131737, 0.192665, 0.298593, 0.481592, 0.790633", \
+            "0.046832, 0.107619, 0.142699, 0.202476, 0.305639, 0.485391, 0.791952", \
+            "0.066165, 0.129378, 0.163564, 0.221127, 0.322696, 0.499679, 0.802451" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0601649, 0.106155, 0.130412, 0.169364, 0.233901, 0.340772, 0.518492", \
+            "0.0952034, 0.14242, 0.16666, 0.205634, 0.270074, 0.376981, 0.55466", \
+            "0.11838, 0.167216, 0.191621, 0.230653, 0.295025, 0.401859, 0.579497", \
+            "0.15062, 0.203441, 0.228049, 0.266983, 0.331459, 0.438253, 0.615671", \
+            "0.191475, 0.251191, 0.276822, 0.316552, 0.380275, 0.486921, 0.663955", \
+            "0.24509, 0.314976, 0.342721, 0.38334, 0.448232, 0.554207, 0.731405", \
+            "0.306373, 0.389551, 0.421992, 0.466156, 0.532481, 0.640777, 0.818453" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0141648, 0.0594429, 0.0904381, 0.142781, 0.231414, 0.379565, 0.626961", \
+            "0.0164124, 0.0602101, 0.0909353, 0.142983, 0.231435, 0.379622, 0.626979", \
+            "0.0194123, 0.0620871, 0.0920186, 0.14361, 0.231759, 0.379689, 0.62698", \
+            "0.0251771, 0.0657155, 0.0945526, 0.145244, 0.232722, 0.38019, 0.627188", \
+            "0.0341004, 0.0734751, 0.100286, 0.149227, 0.234621, 0.381358, 0.628084", \
+            "0.047192, 0.087089, 0.111988, 0.157092, 0.239954, 0.384406, 0.630184", \
+            "0.066991, 0.110408, 0.13326, 0.174926, 0.252655, 0.394327, 0.637052" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.016191, 0.0154975, 0.0155825, 0.015557, 0.0155065, 0.0150767, 0.014962", \
+            "0.0163371, 0.0152067, 0.015433, 0.0153168, 0.0155323, 0.0147389, 0.0147691", \
+            "0.0171624, 0.0154166, 0.015445, 0.0155863, 0.0156552, 0.0153112, 0.0148071", \
+            "0.0188396, 0.0163776, 0.016335, 0.0160745, 0.0157652, 0.0159627, 0.0148889", \
+            "0.0222613, 0.0185445, 0.0181998, 0.0182669, 0.0179716, 0.0174728, 0.0170605", \
+            "0.0290938, 0.0234403, 0.0229958, 0.0225449, 0.0220558, 0.022341, 0.0216974", \
+            "0.0422476, 0.0338487, 0.0331236, 0.0323805, 0.0314743, 0.0308058, 0.0303095" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121829, 0.0133808, 0.0134776, 0.013462, 0.0132845, 0.0129281, 0.0120911", \
+            "0.0124461, 0.012898, 0.0130685, 0.0131959, 0.0132225, 0.0126072, 0.0117685", \
+            "0.0129381, 0.0130055, 0.0130643, 0.0130374, 0.0133958, 0.0125684, 0.0117361", \
+            "0.0145219, 0.0137103, 0.0138748, 0.013972, 0.0134935, 0.0134497, 0.0130421", \
+            "0.0179912, 0.015677, 0.0156535, 0.0159185, 0.0159831, 0.0155598, 0.0140702", \
+            "0.0250345, 0.0203603, 0.0202532, 0.0198298, 0.0200734, 0.0199314, 0.0198472", \
+            "0.0382745, 0.0309007, 0.0301183, 0.0298999, 0.0298412, 0.0286439, 0.0289655" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0181556, 0.0173135, 0.0176149, 0.0175408, 0.0172565, 0.0168716, 0.0164379", \
+            "0.0180929, 0.0171438, 0.0173824, 0.0174324, 0.017191, 0.0167174, 0.0166678", \
+            "0.0185587, 0.0171595, 0.017116, 0.0173114, 0.0171967, 0.0171614, 0.0164118", \
+            "0.0198209, 0.0178382, 0.0178537, 0.0175505, 0.0173152, 0.0175065, 0.0168967", \
+            "0.022733, 0.0195151, 0.0191844, 0.0192485, 0.0191009, 0.01832, 0.0183673", \
+            "0.0288667, 0.0239315, 0.0236757, 0.0233252, 0.0227446, 0.0230163, 0.0227391", \
+            "0.0413402, 0.0338138, 0.0329198, 0.032715, 0.0319215, 0.0311344, 0.0307493" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0123176, 0.0133796, 0.0135197, 0.0134937, 0.0133478, 0.0130547, 0.0121981", \
+            "0.0124928, 0.0128807, 0.0130677, 0.0134523, 0.0130133, 0.0129439, 0.0120426", \
+            "0.0130538, 0.0130445, 0.0130968, 0.0130007, 0.01332, 0.0127968, 0.0122996", \
+            "0.0146238, 0.0136793, 0.0138364, 0.0139713, 0.0135751, 0.0134982, 0.012567", \
+            "0.0179257, 0.0156184, 0.015779, 0.0158653, 0.0159156, 0.0153591, 0.0144877", \
+            "0.024782, 0.0203331, 0.0203085, 0.0200856, 0.0200853, 0.0199928, 0.0201453", \
+            "0.0378185, 0.0307966, 0.0299582, 0.0295152, 0.0289442, 0.0283608, 0.0289884" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0198532, 0.0191868, 0.0191229, 0.0190805, 0.0189253, 0.018504, 0.0182882", \
+            "0.0196868, 0.0187806, 0.0190687, 0.0190166, 0.0187807, 0.018404, 0.0184792", \
+            "0.0200233, 0.0188261, 0.0188146, 0.0189329, 0.0187167, 0.0186785, 0.0184034", \
+            "0.0208884, 0.019095, 0.0193126, 0.0190948, 0.0188281, 0.0192675, 0.0185241", \
+            "0.0233631, 0.0206119, 0.0204754, 0.0205174, 0.0204569, 0.0196551, 0.019681", \
+            "0.0293945, 0.025022, 0.0246464, 0.0245663, 0.0237227, 0.0237055, 0.0236666", \
+            "0.0422948, 0.0352385, 0.0343338, 0.0336478, 0.0333842, 0.0327835, 0.0319237" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0125581, 0.0135445, 0.0136943, 0.0136303, 0.0135048, 0.0131784, 0.0124756", \
+            "0.0126809, 0.0130648, 0.0132709, 0.013547, 0.0131693, 0.0131417, 0.0120556", \
+            "0.0133078, 0.0132036, 0.0132557, 0.0132386, 0.0135413, 0.0130507, 0.012384", \
+            "0.0149095, 0.013912, 0.0140299, 0.0140945, 0.013757, 0.0135868, 0.0131725", \
+            "0.01819, 0.015901, 0.015945, 0.0161683, 0.0159583, 0.0156586, 0.0143816", \
+            "0.0249614, 0.0206414, 0.0206228, 0.020451, 0.0203233, 0.0201967, 0.0201638", \
+            "0.0384467, 0.0313646, 0.0306278, 0.0302021, 0.0297725, 0.0295444, 0.028989" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0214983, 0.0208046, 0.0209351, 0.0207132, 0.0205662, 0.020116, 0.0198664", \
+            "0.0213047, 0.020476, 0.02071, 0.0207875, 0.0206453, 0.0200769, 0.0200662", \
+            "0.0215351, 0.0204123, 0.0204364, 0.0205727, 0.0206769, 0.0203614, 0.0202081", \
+            "0.022131, 0.0206951, 0.020723, 0.0206208, 0.0203376, 0.02037, 0.0192285", \
+            "0.0240708, 0.0218133, 0.0219083, 0.0220314, 0.0219439, 0.021128, 0.0211803", \
+            "0.0298167, 0.0260374, 0.0258131, 0.0256833, 0.0250671, 0.0254067, 0.0248971", \
+            "0.0429907, 0.0365593, 0.035754, 0.0350291, 0.0347234, 0.0342776, 0.0338309" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127208, 0.0136235, 0.0137231, 0.0137036, 0.0136596, 0.0131761, 0.0124455", \
+            "0.0129107, 0.0132766, 0.0134258, 0.0137322, 0.0133385, 0.0129456, 0.0121942", \
+            "0.0135722, 0.0134122, 0.0133255, 0.0134263, 0.0139071, 0.0130896, 0.01225", \
+            "0.0150933, 0.0141258, 0.0142195, 0.0142245, 0.0140655, 0.0136487, 0.0132778", \
+            "0.0184414, 0.0161416, 0.0161282, 0.0163046, 0.0162101, 0.0161012, 0.0145986", \
+            "0.0253451, 0.0211458, 0.0210391, 0.0207167, 0.0207688, 0.0205446, 0.0204604", \
+            "0.0391135, 0.032166, 0.0314531, 0.0310625, 0.0305406, 0.0302469, 0.0299205" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00255276;
+      rise_capacitance : 0.00249592;
+      rise_capacitance_range (0.00231404, 0.00261926);
+      fall_capacitance : 0.00260959;
+      fall_capacitance_range (0.00227941, 0.00292803);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00268782;
+      rise_capacitance : 0.00271574;
+      rise_capacitance_range (0.00233481, 0.00293959);
+      fall_capacitance : 0.00265991;
+      fall_capacitance_range (0.00237616, 0.00292091);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00268695;
+      rise_capacitance : 0.00274222;
+      rise_capacitance_range (0.00235179, 0.00299668);
+      fall_capacitance : 0.00263169;
+      fall_capacitance_range (0.00240484, 0.00284267);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00269743;
+      rise_capacitance : 0.00278131;
+      rise_capacitance_range (0.00239114, 0.00306387);
+      fall_capacitance : 0.00261355;
+      fall_capacitance_range (0.0024575, 0.00277128);
+    }
+  }
+  cell (sg13g2_antennanp) {
+    area : 5.4432;
+    cell_footprint : "antennanp";
+    cell_leakage_power : 5.22716;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 5.22711;
+      when : "A";
+    }
+    leakage_power () {
+      value : 5.2272;
+      when : "!A";
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00104572;
+      rise_capacitance : 0.00101806;
+      rise_capacitance_range (0.000260085, 0.00160583);
+      fall_capacitance : 0.00107338;
+      fall_capacitance_range (0.000265031, 0.00168402);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000302239, -0.000300283, -0.000300318, -0.000302699, -0.000302605, -0.000302417, -0.000302101" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000302239, 0.000300283, 0.000300318, 0.000302699, 0.000302605, 0.000302417, 0.000302101" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_buf_1) {
+    area : 7.2576;
+    cell_footprint : "buf";
+    cell_leakage_power : 203.405;
+    leakage_power () {
+      value : 216.125;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 190.685;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357513, 0.0780924, 0.105883, 0.151661, 0.228329, 0.355892, 0.568624", \
+            "0.0601077, 0.103456, 0.131386, 0.177303, 0.253924, 0.381567, 0.594089", \
+            "0.0752575, 0.119666, 0.147372, 0.193429, 0.269917, 0.39753, 0.610121", \
+            "0.0949508, 0.142685, 0.170115, 0.215036, 0.291808, 0.419427, 0.631935", \
+            "0.122187, 0.175193, 0.202818, 0.248505, 0.324086, 0.450239, 0.66239", \
+            "0.159102, 0.222352, 0.25078, 0.296839, 0.372783, 0.500442, 0.712469", \
+            "0.212321, 0.290043, 0.322764, 0.37122, 0.449847, 0.579635, 0.792049" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0102347, 0.0668554, 0.107377, 0.174426, 0.286723, 0.473905, 0.78588", \
+            "0.0138085, 0.0675271, 0.107743, 0.174591, 0.286739, 0.473906, 0.785979", \
+            "0.016591, 0.0682955, 0.108168, 0.174938, 0.287023, 0.473907, 0.78598", \
+            "0.0211326, 0.0702296, 0.10913, 0.175491, 0.287556, 0.474309, 0.785981", \
+            "0.0283465, 0.0743032, 0.111725, 0.176989, 0.288467, 0.475027, 0.786389", \
+            "0.039573, 0.085333, 0.119326, 0.182382, 0.292205, 0.477695, 0.788104", \
+            "0.056955, 0.106809, 0.137376, 0.196438, 0.303346, 0.487514, 0.795898" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0371153, 0.074263, 0.0976815, 0.1362, 0.200488, 0.3077, 0.486086", \
+            "0.0609327, 0.0996018, 0.123283, 0.161866, 0.226131, 0.333239, 0.511897", \
+            "0.0740285, 0.114349, 0.137952, 0.176542, 0.241062, 0.348186, 0.52669", \
+            "0.0908018, 0.134112, 0.157583, 0.196162, 0.26042, 0.367663, 0.54608", \
+            "0.111471, 0.160302, 0.184426, 0.223065, 0.287464, 0.394333, 0.572599", \
+            "0.136545, 0.194348, 0.21977, 0.259736, 0.325145, 0.432585, 0.610762", \
+            "0.163225, 0.23373, 0.26362, 0.306891, 0.373693, 0.484165, 0.665669" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00969914, 0.0545223, 0.0866884, 0.140073, 0.229492, 0.378698, 0.627342", \
+            "0.0130212, 0.0556376, 0.0872596, 0.140377, 0.229713, 0.379312, 0.627814", \
+            "0.0158023, 0.0567275, 0.0880036, 0.140991, 0.23007, 0.379313, 0.627815", \
+            "0.0202669, 0.0593378, 0.0895019, 0.141769, 0.230754, 0.379565, 0.627822", \
+            "0.0272048, 0.0647045, 0.0934793, 0.144039, 0.231946, 0.380677, 0.628617", \
+            "0.037806, 0.075834, 0.102065, 0.15089, 0.23721, 0.383947, 0.630656", \
+            "0.054223, 0.095818, 0.120748, 0.167239, 0.251215, 0.396751, 0.641539" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00694546, 0.00745803, 0.00745837, 0.00740375, 0.00726013, 0.00702776, 0.00694417", \
+            "0.00700398, 0.00730237, 0.00735763, 0.007436, 0.00730338, 0.00701276, 0.00665332", \
+            "0.00747904, 0.00763949, 0.00766258, 0.00766612, 0.00784867, 0.00742858, 0.00693271", \
+            "0.00865016, 0.0086964, 0.00869472, 0.00866184, 0.00849671, 0.0085216, 0.00830741", \
+            "0.0114566, 0.0110007, 0.0109605, 0.010877, 0.0107998, 0.0104528, 0.0100919", \
+            "0.0173903, 0.016302, 0.016121, 0.0160648, 0.0158565, 0.0158043, 0.0155303", \
+            "0.0297407, 0.027616, 0.0271579, 0.0268057, 0.0265985, 0.026253, 0.0256215" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00681634, 0.00742766, 0.00742916, 0.00738583, 0.00724835, 0.0070601, 0.00660127", \
+            "0.00692365, 0.00735913, 0.00735157, 0.00753397, 0.00743772, 0.00719479, 0.00676576", \
+            "0.00743359, 0.00777527, 0.00786513, 0.00776914, 0.00789094, 0.00756433, 0.00717901", \
+            "0.00877479, 0.00889043, 0.00893506, 0.00904645, 0.00890282, 0.00875051, 0.00875751", \
+            "0.0114667, 0.0111647, 0.0111938, 0.0113014, 0.0113644, 0.0113108, 0.0105948", \
+            "0.0173065, 0.0163415, 0.0162113, 0.0162289, 0.0162368, 0.0162197, 0.0160503", \
+            "0.0294415, 0.0273527, 0.0271083, 0.0269247, 0.0265831, 0.02626, 0.0262227" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00244642;
+      rise_capacitance : 0.00246791;
+      rise_capacitance_range (0.00220853, 0.00265597);
+      fall_capacitance : 0.00242494;
+      fall_capacitance_range (0.00217873, 0.00265556);
+    }
+  }
+  cell (sg13g2_buf_16) {
+    area : 45.36;
+    cell_footprint : "buf";
+    cell_leakage_power : 2605.75;
+    leakage_power () {
+      value : 2211.69;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 2999.82;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 4.8;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0410661, 0.0899216, 0.11804, 0.164325, 0.241153, 0.369593, 0.582763", \
+            "0.0699894, 0.120547, 0.148708, 0.194783, 0.271761, 0.399893, 0.613439", \
+            "0.0885028, 0.14125, 0.16923, 0.215396, 0.292279, 0.42039, 0.633966", \
+            "0.113285, 0.170374, 0.19802, 0.243753, 0.32054, 0.448611, 0.661973", \
+            "0.148154, 0.211366, 0.238486, 0.28403, 0.359604, 0.486875, 0.699863", \
+            "0.196788, 0.269128, 0.298877, 0.344812, 0.421226, 0.547658, 0.760445", \
+            "0.264782, 0.351867, 0.386357, 0.435182, 0.511326, 0.639995, 0.854361" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0103642, 0.0691533, 0.109434, 0.176991, 0.289826, 0.478227, 0.792235", \
+            "0.0143491, 0.0698898, 0.109847, 0.176995, 0.28983, 0.478228, 0.792509", \
+            "0.0179835, 0.0711466, 0.110608, 0.177425, 0.290077, 0.478289, 0.79251", \
+            "0.0238431, 0.0745824, 0.112337, 0.178255, 0.290658, 0.47858, 0.792511", \
+            "0.0323248, 0.0808374, 0.116512, 0.180711, 0.291827, 0.479512, 0.792798", \
+            "0.047046, 0.093529, 0.126211, 0.186749, 0.295919, 0.48199, 0.794861", \
+            "0.070251, 0.120107, 0.149297, 0.204309, 0.307982, 0.491373, 0.801724" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0446486, 0.0897702, 0.113788, 0.152882, 0.217913, 0.325999, 0.506128", \
+            "0.073486, 0.120257, 0.144438, 0.183544, 0.248603, 0.356822, 0.53685", \
+            "0.0907523, 0.139549, 0.163856, 0.202999, 0.268085, 0.376328, 0.556344", \
+            "0.113683, 0.166667, 0.191202, 0.229976, 0.295092, 0.403239, 0.583212", \
+            "0.143065, 0.202936, 0.227602, 0.266206, 0.330823, 0.439041, 0.618966", \
+            "0.180512, 0.2503, 0.277541, 0.317905, 0.383712, 0.490998, 0.670408", \
+            "0.225518, 0.307358, 0.339191, 0.383628, 0.451454, 0.562274, 0.744099" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0110401, 0.0585223, 0.0905046, 0.143995, 0.234542, 0.385471, 0.63709", \
+            "0.0146707, 0.0596648, 0.0911337, 0.144467, 0.234628, 0.385667, 0.637218", \
+            "0.0184418, 0.0614898, 0.0923635, 0.145162, 0.235025, 0.385668, 0.637304", \
+            "0.0246184, 0.0654933, 0.095077, 0.146642, 0.235974, 0.386283, 0.637493", \
+            "0.0342394, 0.0731363, 0.100808, 0.150237, 0.237915, 0.387503, 0.638454", \
+            "0.049076, 0.087608, 0.112956, 0.159025, 0.244006, 0.390934, 0.64085", \
+            "0.071141, 0.113473, 0.136785, 0.179443, 0.260183, 0.404724, 0.650628" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0924702, 0.10212, 0.102182, 0.102182, 0.099719, 0.0968404, 0.0955036", \
+            "0.0956446, 0.0976614, 0.0995053, 0.100812, 0.0973371, 0.0940946, 0.0941325", \
+            "0.102208, 0.101047, 0.101396, 0.101432, 0.104272, 0.100575, 0.0954429", \
+            "0.116869, 0.109354, 0.109317, 0.109584, 0.106108, 0.110806, 0.0974357", \
+            "0.145968, 0.128143, 0.12644, 0.126031, 0.124625, 0.119831, 0.11669", \
+            "0.206914, 0.171549, 0.169717, 0.166426, 0.165023, 0.161391, 0.157182", \
+            "0.327227, 0.267279, 0.262668, 0.258374, 0.25304, 0.248002, 0.244173" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0893803, 0.0998947, 0.100696, 0.0997775, 0.0985274, 0.0950149, 0.0882644", \
+            "0.0938428, 0.0964979, 0.0979297, 0.101366, 0.0976781, 0.0938435, 0.0880176", \
+            "0.100616, 0.099161, 0.100259, 0.0992418, 0.101639, 0.0961023, 0.0897995", \
+            "0.116893, 0.108482, 0.110235, 0.109865, 0.106807, 0.106648, 0.0992002", \
+            "0.147191, 0.126659, 0.127385, 0.126598, 0.128738, 0.125975, 0.11855", \
+            "0.20857, 0.169107, 0.168329, 0.167469, 0.169822, 0.167625, 0.166525", \
+            "0.326536, 0.263349, 0.259246, 0.255391, 0.253693, 0.252426, 0.253165" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0184071;
+      rise_capacitance : 0.0186318;
+      rise_capacitance_range (0.0168169, 0.020073);
+      fall_capacitance : 0.0181823;
+      fall_capacitance_range (0.0164653, 0.0197439);
+    }
+  }
+  cell (sg13g2_buf_2) {
+    area : 9.072;
+    cell_footprint : "buf";
+    cell_leakage_power : 338.853;
+    leakage_power () {
+      value : 385.622;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 292.083;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0405415, 0.086339, 0.114193, 0.160224, 0.236754, 0.364682, 0.576971", \
+            "0.0690468, 0.116425, 0.144376, 0.19018, 0.266837, 0.394476, 0.607052", \
+            "0.0871335, 0.136671, 0.164513, 0.210245, 0.28697, 0.414575, 0.62719", \
+            "0.111142, 0.165169, 0.192646, 0.238298, 0.314553, 0.442057, 0.654662", \
+            "0.145276, 0.205009, 0.232605, 0.278171, 0.352523, 0.479594, 0.692082", \
+            "0.192105, 0.261867, 0.290573, 0.336211, 0.412412, 0.539296, 0.749762", \
+            "0.260322, 0.344658, 0.378584, 0.427266, 0.503988, 0.631109, 0.84393" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0105116, 0.0678292, 0.10816, 0.175535, 0.288222, 0.476151, 0.789077", \
+            "0.0145078, 0.0685061, 0.108498, 0.175593, 0.288223, 0.476152, 0.789499", \
+            "0.0179369, 0.0696419, 0.109167, 0.175965, 0.288325, 0.476153, 0.7895", \
+            "0.0233506, 0.0727811, 0.110763, 0.176701, 0.288948, 0.476432, 0.789501", \
+            "0.0313016, 0.0785604, 0.114433, 0.178864, 0.290061, 0.477284, 0.789925", \
+            "0.045045, 0.091558, 0.12389, 0.184705, 0.293887, 0.479757, 0.79148", \
+            "0.066325, 0.116378, 0.145497, 0.201267, 0.304918, 0.488721, 0.798231" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0428172, 0.0841582, 0.107719, 0.146202, 0.210607, 0.317271, 0.495172", \
+            "0.0706732, 0.113834, 0.137478, 0.176068, 0.240254, 0.347237, 0.525379", \
+            "0.0868596, 0.132165, 0.155929, 0.194514, 0.25868, 0.365454, 0.543528", \
+            "0.108099, 0.157503, 0.181221, 0.21955, 0.283833, 0.390716, 0.568432", \
+            "0.134586, 0.190174, 0.215489, 0.252932, 0.317511, 0.42386, 0.601596", \
+            "0.168106, 0.23317, 0.260206, 0.300423, 0.364449, 0.47136, 0.648147", \
+            "0.205407, 0.28341, 0.314441, 0.357543, 0.424516, 0.534086, 0.713401" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0106199, 0.0559791, 0.0876916, 0.140815, 0.230191, 0.379063, 0.627367", \
+            "0.0141921, 0.0573099, 0.0884722, 0.141179, 0.230231, 0.379091, 0.627844", \
+            "0.0177606, 0.0589644, 0.0895605, 0.141833, 0.230591, 0.37926, 0.627845", \
+            "0.0234061, 0.0627179, 0.0919548, 0.143157, 0.231478, 0.379781, 0.627846", \
+            "0.0322489, 0.0699508, 0.0973251, 0.146376, 0.233219, 0.380992, 0.628381", \
+            "0.045626, 0.083287, 0.108749, 0.15525, 0.238791, 0.384272, 0.630545", \
+            "0.065814, 0.107788, 0.130584, 0.173647, 0.25426, 0.397148, 0.640169" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0120913, 0.01327, 0.0132488, 0.0132248, 0.0129711, 0.0126754, 0.0116186", \
+            "0.0122893, 0.0127062, 0.0128912, 0.0129918, 0.0126713, 0.0121946, 0.0122011", \
+            "0.0130336, 0.0131648, 0.0132071, 0.0131732, 0.013277, 0.0127035, 0.0117842", \
+            "0.0149117, 0.0144101, 0.0144396, 0.0145229, 0.0140787, 0.0141434, 0.0135654", \
+            "0.0187113, 0.0170493, 0.0168328, 0.0168731, 0.0165146, 0.0157616, 0.0158281", \
+            "0.026912, 0.0233342, 0.0229199, 0.0226462, 0.0224631, 0.022133, 0.021201", \
+            "0.0435138, 0.0370006, 0.0363115, 0.0357979, 0.0350701, 0.0342212, 0.0335797" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117162, 0.0129879, 0.013065, 0.0129916, 0.0129305, 0.0124695, 0.0116698", \
+            "0.012051, 0.0126644, 0.0127735, 0.0130549, 0.0130675, 0.0123021, 0.0117322", \
+            "0.0128049, 0.0130677, 0.0132327, 0.0130464, 0.0132892, 0.0125518, 0.0116719", \
+            "0.0149174, 0.0144436, 0.0144852, 0.0145696, 0.0143751, 0.0141548, 0.0134026", \
+            "0.0188348, 0.0170127, 0.0171369, 0.0170971, 0.0173767, 0.0172883, 0.0157756", \
+            "0.0270717, 0.022995, 0.0231307, 0.0232932, 0.0231255, 0.0232963, 0.0228687", \
+            "0.0431454, 0.0365664, 0.0358838, 0.0354224, 0.0351982, 0.0347901, 0.0349582" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0028222;
+      rise_capacitance : 0.00285593;
+      rise_capacitance_range (0.0025994, 0.00305631);
+      fall_capacitance : 0.00278847;
+      fall_capacitance_range (0.00254155, 0.00302898);
+    }
+  }
+  cell (sg13g2_buf_4) {
+    area : 14.5152;
+    cell_footprint : "buf";
+    cell_leakage_power : 620.309;
+    leakage_power () {
+      value : 499.66;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 740.958;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 1.2;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0508713, 0.100972, 0.128894, 0.174812, 0.251483, 0.378902, 0.590976", \
+            "0.0846345, 0.136311, 0.164371, 0.21026, 0.286748, 0.414078, 0.626384", \
+            "0.107728, 0.161729, 0.189699, 0.235453, 0.311986, 0.43923, 0.65126", \
+            "0.140455, 0.198886, 0.226705, 0.272276, 0.348505, 0.475507, 0.687547", \
+            "0.187075, 0.252457, 0.281752, 0.326441, 0.402266, 0.529773, 0.740884", \
+            "0.259364, 0.333301, 0.364459, 0.409999, 0.484336, 0.610455, 0.821629", \
+            "0.370283, 0.457825, 0.493081, 0.542453, 0.618606, 0.745273, 0.95731" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.013437, 0.0699224, 0.109693, 0.176436, 0.288533, 0.475402, 0.787177", \
+            "0.0174835, 0.0710708, 0.110313, 0.176581, 0.288614, 0.476127, 0.787178", \
+            "0.0215147, 0.0728757, 0.111303, 0.177103, 0.288842, 0.476128, 0.787179", \
+            "0.028329, 0.0771181, 0.113759, 0.178451, 0.289491, 0.476129, 0.787242", \
+            "0.0382146, 0.0851612, 0.119977, 0.181493, 0.290963, 0.476993, 0.787871", \
+            "0.052357, 0.100187, 0.131613, 0.18951, 0.29571, 0.479528, 0.78945", \
+            "0.077179, 0.126641, 0.155042, 0.207868, 0.308656, 0.48931, 0.796349" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0438781, 0.0871473, 0.11096, 0.149844, 0.214613, 0.322224, 0.501498", \
+            "0.0727844, 0.117643, 0.141567, 0.18044, 0.245175, 0.352977, 0.532458", \
+            "0.0893759, 0.136471, 0.160481, 0.199392, 0.264135, 0.371755, 0.55134", \
+            "0.11048, 0.161883, 0.186019, 0.224655, 0.289289, 0.396513, 0.57593", \
+            "0.135162, 0.192675, 0.217501, 0.256656, 0.32103, 0.428242, 0.606972", \
+            "0.160337, 0.227542, 0.25411, 0.29473, 0.359212, 0.465671, 0.644469", \
+            "0.175618, 0.255596, 0.287348, 0.330527, 0.396787, 0.505851, 0.684863" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0110157, 0.0572552, 0.0892074, 0.142563, 0.232707, 0.382708, 0.632923", \
+            "0.0148095, 0.0585596, 0.0898941, 0.142945, 0.232708, 0.382769, 0.63331", \
+            "0.0187367, 0.0604211, 0.0911817, 0.143704, 0.233031, 0.382855, 0.634125", \
+            "0.0252305, 0.0646606, 0.0939202, 0.145245, 0.23394, 0.383516, 0.634126", \
+            "0.0352952, 0.0725746, 0.0999893, 0.148777, 0.235973, 0.384662, 0.634127", \
+            "0.05065, 0.088193, 0.111959, 0.158468, 0.24193, 0.388156, 0.636219", \
+            "0.073651, 0.114768, 0.136905, 0.177854, 0.257131, 0.400469, 0.645381" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0228233, 0.0247412, 0.0247333, 0.0246798, 0.0242894, 0.023451, 0.0232568", \
+            "0.0236778, 0.0236637, 0.0241454, 0.0243437, 0.023816, 0.0231238, 0.0225819", \
+            "0.0251393, 0.0241668, 0.0241715, 0.0241729, 0.0240906, 0.0231191, 0.0214603", \
+            "0.0285716, 0.0256795, 0.0257432, 0.0259071, 0.0248782, 0.0249274, 0.0235814", \
+            "0.0356114, 0.0295038, 0.0300086, 0.0294473, 0.029591, 0.0284587, 0.0279042", \
+            "0.0486163, 0.0387174, 0.0385203, 0.037456, 0.0363874, 0.0360661, 0.0350918", \
+            "0.0751748, 0.0586929, 0.0572979, 0.0557952, 0.0547894, 0.0532766, 0.052201" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0225303, 0.0250711, 0.0253371, 0.025249, 0.0249499, 0.0241272, 0.0223353", \
+            "0.0233711, 0.0242544, 0.0246273, 0.0254022, 0.0250468, 0.0237038, 0.0224866", \
+            "0.0247535, 0.0246657, 0.0250657, 0.0248559, 0.0252874, 0.0237345, 0.0233913", \
+            "0.0287021, 0.0266568, 0.0270051, 0.0271878, 0.0265586, 0.0259009, 0.0246216", \
+            "0.0350769, 0.0298897, 0.0302479, 0.0303891, 0.0307717, 0.0302287, 0.0279344", \
+            "0.0485225, 0.0384131, 0.0378969, 0.0385824, 0.0383051, 0.0381485, 0.0378773", \
+            "0.0742341, 0.0581134, 0.0567299, 0.0553217, 0.0544827, 0.0538192, 0.0534056" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00399415;
+      rise_capacitance : 0.00411337;
+      rise_capacitance_range (0.00382198, 0.00431211);
+      fall_capacitance : 0.00387494;
+      fall_capacitance_range (0.00349062, 0.00433865);
+    }
+  }
+  cell (sg13g2_buf_8) {
+    area : 23.5872;
+    cell_footprint : "buf";
+    cell_leakage_power : 1302.88;
+    leakage_power () {
+      value : 1105.84;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 1499.91;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 2.4;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0407439, 0.0884681, 0.116422, 0.162468, 0.239094, 0.367103, 0.579713", \
+            "0.0698875, 0.11933, 0.147224, 0.193135, 0.269827, 0.397609, 0.610389", \
+            "0.0884487, 0.140162, 0.168031, 0.213933, 0.290537, 0.418394, 0.631148", \
+            "0.113123, 0.169547, 0.196881, 0.24278, 0.319259, 0.446824, 0.659273", \
+            "0.148171, 0.209929, 0.237756, 0.282994, 0.358155, 0.485322, 0.697624", \
+            "0.195981, 0.268209, 0.297351, 0.342777, 0.418811, 0.545731, 0.756271", \
+            "0.264829, 0.351514, 0.385881, 0.434497, 0.510282, 0.638344, 0.851929" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0101967, 0.0681535, 0.108535, 0.175678, 0.288171, 0.475781, 0.788514", \
+            "0.0143028, 0.0689611, 0.108808, 0.175733, 0.288172, 0.475989, 0.788831", \
+            "0.0179945, 0.0702066, 0.109578, 0.176156, 0.288359, 0.47599, 0.788832", \
+            "0.0238643, 0.073679, 0.111256, 0.177003, 0.288969, 0.476202, 0.788833", \
+            "0.0323037, 0.0798883, 0.1154, 0.179393, 0.290124, 0.47721, 0.789143", \
+            "0.047191, 0.093261, 0.12567, 0.185852, 0.294088, 0.479745, 0.790866", \
+            "0.070118, 0.119727, 0.148586, 0.203203, 0.306531, 0.489031, 0.798143" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.04424, 0.0884993, 0.112521, 0.151681, 0.217052, 0.32554, 0.50629", \
+            "0.073343, 0.11932, 0.143401, 0.182583, 0.24788, 0.356627, 0.537381", \
+            "0.0905248, 0.138762, 0.162953, 0.202151, 0.267397, 0.375962, 0.556876", \
+            "0.113556, 0.165807, 0.19049, 0.229503, 0.294542, 0.402784, 0.583711", \
+            "0.143007, 0.202255, 0.226995, 0.265583, 0.330957, 0.438834, 0.619723", \
+            "0.18108, 0.249037, 0.276647, 0.31658, 0.382331, 0.490319, 0.67069", \
+            "0.225435, 0.307027, 0.339086, 0.383195, 0.45101, 0.562158, 0.743708" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0108125, 0.0577589, 0.0901045, 0.143857, 0.234584, 0.386058, 0.638503", \
+            "0.0145735, 0.0591335, 0.0906999, 0.144179, 0.234625, 0.386213, 0.638504", \
+            "0.0183742, 0.0608784, 0.0919409, 0.14493, 0.235137, 0.386315, 0.639003", \
+            "0.0245716, 0.0647318, 0.094578, 0.146388, 0.236031, 0.38685, 0.639004", \
+            "0.0341874, 0.0725583, 0.100338, 0.149973, 0.237938, 0.38807, 0.639688", \
+            "0.048825, 0.08737, 0.112967, 0.15887, 0.244037, 0.391557, 0.642165", \
+            "0.070934, 0.113314, 0.136388, 0.17922, 0.260247, 0.405189, 0.651833" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0464263, 0.0512712, 0.0515716, 0.0513142, 0.0503195, 0.0488018, 0.0479294", \
+            "0.0477514, 0.0491022, 0.0495324, 0.0498189, 0.0488033, 0.047379, 0.0480266", \
+            "0.0507562, 0.0505177, 0.0507752, 0.0507685, 0.050639, 0.0506333, 0.0450503", \
+            "0.0584554, 0.0549423, 0.0548111, 0.0555791, 0.0542216, 0.0556297, 0.0517426", \
+            "0.0727253, 0.0636066, 0.0632141, 0.0629194, 0.0620574, 0.0591221, 0.0590482", \
+            "0.103211, 0.0854304, 0.0847952, 0.0833048, 0.0825049, 0.0816801, 0.0777229", \
+            "0.163251, 0.133768, 0.13142, 0.129446, 0.12706, 0.123982, 0.121454" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0446736, 0.0498408, 0.0506472, 0.0500987, 0.0494954, 0.047775, 0.0440863", \
+            "0.0466286, 0.0483578, 0.0490186, 0.0503693, 0.0489216, 0.0469988, 0.0441788", \
+            "0.0498352, 0.0496375, 0.0502902, 0.0496235, 0.0508891, 0.0482517, 0.0456057", \
+            "0.0582067, 0.0538293, 0.0551387, 0.0554073, 0.0538347, 0.0529678, 0.0494245", \
+            "0.0733104, 0.0632883, 0.0636631, 0.0635994, 0.0645091, 0.0638761, 0.0592121", \
+            "0.103847, 0.0843076, 0.0846408, 0.0834026, 0.0841618, 0.0841763, 0.0840122", \
+            "0.16275, 0.131585, 0.129177, 0.127504, 0.126715, 0.125085, 0.124459" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00924632;
+      rise_capacitance : 0.00935971;
+      rise_capacitance_range (0.00850047, 0.0100676);
+      fall_capacitance : 0.00913294;
+      fall_capacitance_range (0.00833326, 0.00990206);
+    }
+  }
+  cell (sg13g2_decap_4) {
+    area : 7.2576;
+    cell_footprint : "decap";
+    cell_leakage_power : 1468.61;
+    dont_touch : true;
+    dont_use : true;
+    is_decap_cell : true;
+  }
+  cell (sg13g2_decap_8) {
+    area : 12.7008;
+    cell_footprint : "decap";
+    cell_leakage_power : 2937.24;
+    dont_touch : true;
+    dont_use : true;
+    is_decap_cell : true;
+  }
+  cell (sg13g2_dfrbp_1) {
+    area : 52.6176;
+    cell_footprint : "dfrbp";
+    cell_leakage_power : 1160.68;
+    leakage_power () {
+      value : 1011.37;
+      when : "!CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 994.666;
+      when : "!CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1066.1;
+      when : "CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1049.39;
+      when : "CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1220.14;
+      when : "!CLK&!D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1113.66;
+      when : "!CLK&!D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1257.98;
+      when : "!CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1221.93;
+      when : "!CLK&D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1257.58;
+      when : "CLK&!D&RESET_B&Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1170.61;
+      when : "CLK&!D&RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1302.46;
+      when : "CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1262.31;
+      when : "CLK&D&RESET_B&!Q&Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.127297, 0.165163, 0.192618, 0.237985, 0.313938, 0.440698, 0.651919", \
+            "0.156888, 0.194879, 0.222307, 0.26768, 0.343689, 0.470408, 0.681608", \
+            "0.176665, 0.214622, 0.241999, 0.287405, 0.363369, 0.490056, 0.701223", \
+            "0.204152, 0.242055, 0.269459, 0.314821, 0.390914, 0.517545, 0.728651", \
+            "0.243324, 0.280584, 0.307951, 0.353776, 0.429298, 0.556465, 0.767314", \
+            "0.298348, 0.335739, 0.363092, 0.40845, 0.484472, 0.611184, 0.822235", \
+            "0.378122, 0.414573, 0.441803, 0.487101, 0.563052, 0.689752, 0.900929" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0135511, 0.0666162, 0.106703, 0.173155, 0.284628, 0.470583, 0.780421", \
+            "0.0135731, 0.0666172, 0.106704, 0.173156, 0.284635, 0.470584, 0.780599", \
+            "0.0135996, 0.0666268, 0.106705, 0.173157, 0.284636, 0.470585, 0.782934", \
+            "0.0136254, 0.0666278, 0.106706, 0.173158, 0.28465, 0.470586, 0.782935", \
+            "0.0137609, 0.0666389, 0.106707, 0.173159, 0.284651, 0.470587, 0.782936", \
+            "0.014157, 0.066683, 0.106708, 0.173164, 0.284652, 0.470588, 0.782937", \
+            "0.015228, 0.066825, 0.106789, 0.173206, 0.284659, 0.470589, 0.782938" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118674, 0.153222, 0.176372, 0.214606, 0.278472, 0.384953, 0.562354", \
+            "0.147875, 0.182414, 0.205598, 0.243749, 0.307669, 0.414053, 0.591475", \
+            "0.167005, 0.201551, 0.224709, 0.262927, 0.326781, 0.433179, 0.61056", \
+            "0.192436, 0.22695, 0.25011, 0.288338, 0.352174, 0.458589, 0.635911", \
+            "0.227523, 0.261663, 0.285185, 0.323054, 0.387253, 0.493736, 0.671071", \
+            "0.275001, 0.309523, 0.332693, 0.370921, 0.434786, 0.541285, 0.718624", \
+            "0.338249, 0.372701, 0.395869, 0.434094, 0.497955, 0.604382, 0.781776" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110723, 0.0541937, 0.0859586, 0.138838, 0.227891, 0.376023, 0.623286", \
+            "0.0110841, 0.0541947, 0.0859596, 0.13886, 0.227892, 0.376169, 0.623468", \
+            "0.0110851, 0.0542, 0.0859866, 0.138861, 0.227893, 0.37617, 0.624861", \
+            "0.0110905, 0.054201, 0.0859876, 0.138862, 0.227894, 0.376171, 0.624862", \
+            "0.0110954, 0.054202, 0.0859886, 0.138863, 0.227895, 0.376172, 0.624863", \
+            "0.0110964, 0.054203, 0.0859896, 0.138864, 0.227896, 0.376173, 0.624864", \
+            "0.0110974, 0.054204, 0.0859906, 0.138865, 0.227897, 0.376174, 0.624865" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.162485, 0.196992, 0.220106, 0.258266, 0.32224, 0.428806, 0.606191", \
+            "0.199985, 0.234461, 0.25765, 0.295843, 0.35981, 0.46625, 0.643678", \
+            "0.227379, 0.261793, 0.284898, 0.32313, 0.38699, 0.493491, 0.671049", \
+            "0.268689, 0.30312, 0.326251, 0.364483, 0.428433, 0.534858, 0.712215", \
+            "0.326899, 0.36129, 0.384421, 0.42266, 0.486638, 0.593068, 0.770478", \
+            "0.408134, 0.44236, 0.46555, 0.503707, 0.567655, 0.674101, 0.851554", \
+            "0.518587, 0.552611, 0.575757, 0.614003, 0.67786, 0.78435, 0.961881" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109549, 0.0541027, 0.0858772, 0.138856, 0.2277, 0.376129, 0.623285", \
+            "0.0109559, 0.0541037, 0.0858782, 0.138857, 0.228121, 0.37613, 0.623436", \
+            "0.0109608, 0.0541137, 0.0858792, 0.138858, 0.228122, 0.376131, 0.623535", \
+            "0.0109938, 0.0541343, 0.0858802, 0.138859, 0.228123, 0.376132, 0.623536", \
+            "0.0110793, 0.0541353, 0.0858891, 0.13886, 0.228124, 0.376133, 0.623537", \
+            "0.011204, 0.054172, 0.085903, 0.138861, 0.228125, 0.376134, 0.623538", \
+            "0.011363, 0.054225, 0.085916, 0.138862, 0.228126, 0.376135, 0.623539" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0378044, 0.057912, 0.0716447, 0.0941281, 0.131634, 0.194115, 0.298114", \
+            "0.037559, 0.0576767, 0.0714798, 0.0938658, 0.132195, 0.19381, 0.297922", \
+            "0.0382493, 0.0582691, 0.0719678, 0.0945309, 0.132265, 0.194592, 0.299647", \
+            "0.0397164, 0.0597329, 0.073478, 0.0960105, 0.13352, 0.196474, 0.300069", \
+            "0.0431862, 0.0630201, 0.0767834, 0.0993584, 0.137174, 0.199511, 0.30388", \
+            "0.0511837, 0.0707469, 0.084539, 0.107056, 0.144789, 0.207634, 0.31185", \
+            "0.0682708, 0.0873348, 0.100971, 0.123471, 0.161284, 0.223976, 0.328374" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385357, 0.0587549, 0.0723819, 0.0947737, 0.132162, 0.194201, 0.297707", \
+            "0.0385667, 0.0587456, 0.0724222, 0.0954603, 0.132168, 0.194255, 0.29777", \
+            "0.0393093, 0.059554, 0.0731769, 0.0954988, 0.133191, 0.195128, 0.299002", \
+            "0.0409073, 0.0611238, 0.0749158, 0.0974347, 0.134617, 0.197009, 0.300488", \
+            "0.0444043, 0.0645208, 0.0782876, 0.100662, 0.138666, 0.200983, 0.303952", \
+            "0.052053, 0.072155, 0.0858382, 0.108485, 0.146032, 0.208635, 0.313198", \
+            "0.0683018, 0.0883151, 0.101866, 0.124238, 0.161908, 0.22457, 0.329097" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273479, 0.0475106, 0.0611423, 0.0835148, 0.120906, 0.183077, 0.286455", \
+            "0.027321, 0.0474795, 0.0614187, 0.0835493, 0.121001, 0.183018, 0.286531", \
+            "0.0277172, 0.0477601, 0.0613743, 0.0839551, 0.12195, 0.18354, 0.28684", \
+            "0.02862, 0.0486874, 0.0624453, 0.0848116, 0.122036, 0.185064, 0.287785", \
+            "0.0306013, 0.0506485, 0.0642552, 0.0869585, 0.124576, 0.186524, 0.290487", \
+            "0.0345633, 0.0544022, 0.0679125, 0.0905271, 0.128305, 0.191112, 0.295513", \
+            "0.0415816, 0.0611593, 0.0747271, 0.0972521, 0.134852, 0.197655, 0.302061" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0927522, 0.149285, 0.178508, 0.224765, 0.301181, 0.428289, 0.640052", \
+            "0.12191, 0.178466, 0.207658, 0.25386, 0.330384, 0.457456, 0.669012", \
+            "0.14108, 0.197613, 0.226811, 0.27301, 0.349436, 0.476524, 0.688349", \
+            "0.166521, 0.223018, 0.252225, 0.298417, 0.374877, 0.501943, 0.713471", \
+            "0.201623, 0.258041, 0.286889, 0.33315, 0.409556, 0.536753, 0.74856", \
+            "0.249311, 0.30553, 0.334707, 0.380969, 0.457421, 0.584522, 0.796076", \
+            "0.312336, 0.368338, 0.397415, 0.443631, 0.52004, 0.647137, 0.858725" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0182732, 0.0748642, 0.112039, 0.176166, 0.286633, 0.472529, 0.783034", \
+            "0.0182736, 0.0748652, 0.11204, 0.176167, 0.286634, 0.4726, 0.783035", \
+            "0.0182746, 0.0748742, 0.112041, 0.176168, 0.286635, 0.472601, 0.783252", \
+            "0.0182756, 0.0748816, 0.112042, 0.176169, 0.286636, 0.472602, 0.783253", \
+            "0.0182766, 0.0748899, 0.112043, 0.176184, 0.286637, 0.472603, 0.783254", \
+            "0.0182776, 0.0748909, 0.112044, 0.176186, 0.286638, 0.472604, 0.783255", \
+            "0.018306, 0.0748919, 0.112045, 0.176187, 0.286639, 0.472605, 0.783256" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0987129, 0.159726, 0.187076, 0.227946, 0.293142, 0.400544, 0.579167", \
+            "0.128304, 0.189307, 0.216655, 0.257553, 0.322786, 0.430169, 0.608811", \
+            "0.148127, 0.209101, 0.236445, 0.277364, 0.342527, 0.449965, 0.628731", \
+            "0.175442, 0.236459, 0.263891, 0.304664, 0.370033, 0.477377, 0.655983", \
+            "0.214358, 0.275617, 0.302625, 0.34402, 0.409235, 0.51628, 0.69535", \
+            "0.269486, 0.331925, 0.359483, 0.400476, 0.465828, 0.573223, 0.751902", \
+            "0.345693, 0.412102, 0.439942, 0.481174, 0.546567, 0.654025, 0.832846" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0217039, 0.0711559, 0.0991557, 0.148021, 0.23399, 0.381327, 0.629626", \
+            "0.021776, 0.0711569, 0.0991567, 0.148033, 0.233991, 0.381411, 0.629627", \
+            "0.0218449, 0.0712279, 0.0991577, 0.14804, 0.233992, 0.381412, 0.630568", \
+            "0.0221168, 0.0713758, 0.0992972, 0.148109, 0.233993, 0.381413, 0.630569", \
+            "0.0229541, 0.071675, 0.0994433, 0.148165, 0.234026, 0.381414, 0.63057", \
+            "0.025172, 0.072602, 0.100076, 0.148565, 0.234235, 0.381415, 0.630571", \
+            "0.030148, 0.075431, 0.101831, 0.149515, 0.234788, 0.381668, 0.630572" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.136898, 0.191759, 0.220737, 0.266768, 0.343233, 0.470309, 0.682036", \
+            "0.17436, 0.229201, 0.258214, 0.304282, 0.380714, 0.508099, 0.719434", \
+            "0.201718, 0.256628, 0.285535, 0.33167, 0.408064, 0.535161, 0.746741", \
+            "0.242913, 0.297941, 0.326912, 0.372922, 0.449372, 0.576399, 0.788008", \
+            "0.300896, 0.356133, 0.385154, 0.431237, 0.50761, 0.634653, 0.846238", \
+            "0.381703, 0.437304, 0.466257, 0.512372, 0.588872, 0.716049, 0.927638", \
+            "0.491729, 0.54795, 0.577015, 0.623044, 0.699552, 0.82671, 1.03857" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0183706, 0.073555, 0.111092, 0.175744, 0.286518, 0.47246, 0.783019", \
+            "0.018409, 0.0735687, 0.111093, 0.175745, 0.286552, 0.472914, 0.783104", \
+            "0.0184849, 0.0735822, 0.111094, 0.175746, 0.286553, 0.472915, 0.783178", \
+            "0.0187838, 0.0737345, 0.111144, 0.175747, 0.286554, 0.472916, 0.783179", \
+            "0.0193124, 0.0739259, 0.111264, 0.175748, 0.286555, 0.472917, 0.78318", \
+            "0.020227, 0.074327, 0.111407, 0.175781, 0.286556, 0.472918, 0.783181", \
+            "0.021404, 0.074878, 0.111834, 0.176025, 0.286588, 0.472919, 0.783182" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385475, 0.0588637, 0.0725524, 0.0950594, 0.132609, 0.195028, 0.299038", \
+            "0.0385448, 0.0588452, 0.0726079, 0.0950574, 0.133777, 0.195023, 0.299002", \
+            "0.0393022, 0.0596366, 0.0732397, 0.0957878, 0.133628, 0.195657, 0.299796", \
+            "0.0409242, 0.0612292, 0.0749631, 0.0974941, 0.134966, 0.197896, 0.301356", \
+            "0.0444049, 0.0646505, 0.0784142, 0.100972, 0.138673, 0.20106, 0.305356", \
+            "0.0520342, 0.0722603, 0.0860245, 0.108518, 0.146314, 0.209059, 0.313193", \
+            "0.0683156, 0.0884585, 0.102062, 0.12457, 0.162338, 0.224965, 0.329384" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377993, 0.0578579, 0.0715212, 0.0939016, 0.13128, 0.193401, 0.296983", \
+            "0.0375495, 0.0575956, 0.0713298, 0.0940744, 0.131207, 0.193238, 0.296819", \
+            "0.038263, 0.0582721, 0.0718649, 0.0942918, 0.132282, 0.193802, 0.297659", \
+            "0.0397349, 0.059728, 0.0734291, 0.0960288, 0.132998, 0.195708, 0.299847", \
+            "0.0431885, 0.0629689, 0.0767845, 0.0991601, 0.137134, 0.199181, 0.302438", \
+            "0.0511352, 0.0706907, 0.084397, 0.106953, 0.144654, 0.207382, 0.311912", \
+            "0.0681993, 0.0872946, 0.100889, 0.123262, 0.160969, 0.223496, 0.327937" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273148, 0.0476386, 0.0613249, 0.0838307, 0.121397, 0.183798, 0.28777", \
+            "0.0272819, 0.0476107, 0.0614192, 0.0838164, 0.121394, 0.184002, 0.287735", \
+            "0.0277214, 0.0478698, 0.0615964, 0.0843139, 0.121883, 0.184075, 0.288194", \
+            "0.0285934, 0.0488318, 0.0625601, 0.0849298, 0.122629, 0.185754, 0.289435", \
+            "0.0305613, 0.0507039, 0.0644844, 0.0870568, 0.124775, 0.186811, 0.291806", \
+            "0.0345158, 0.0545096, 0.0681323, 0.0907901, 0.128489, 0.191241, 0.2955", \
+            "0.0415326, 0.0613185, 0.0749841, 0.0976221, 0.135081, 0.198044, 0.302601" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301993;
+      rise_capacitance : 0.00319101;
+      rise_capacitance_range (0.00288838, 0.0034315);
+      fall_capacitance : 0.0027633;
+      fall_capacitance_range (0.0027633, 0.00338418);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0862122, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131509, 0.0130259, 0.0136565, 0.0150822, 0.01836, 0.0257322, 0.0417468" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0249077, 0.0248757, 0.0254722, 0.0270823, 0.0304276, 0.0381012, 0.0544884" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252898, 0.0252445, 0.0258218, 0.02744, 0.030819, 0.0384366, 0.0546927" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138198, 0.0136892, 0.0143372, 0.0156919, 0.0189878, 0.026338, 0.0422141" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129513, 0.0129691, 0.0135604, 0.0151392, 0.0184109, 0.0257555, 0.0414339" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0497783, 0.0496597, 0.0498272, 0.0512984, 0.0545847, 0.0620869, 0.0775977" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128741, 0.0127615, 0.0134194, 0.0147889, 0.0180778, 0.0254387, 0.0414428" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129324, 0.0129516, 0.0135463, 0.0151306, 0.0183954, 0.0257544, 0.0415276" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013854, 0.0137222, 0.0143644, 0.0157184, 0.019004, 0.026363, 0.0422387" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129567, 0.0129644, 0.0135537, 0.0151331, 0.0184055, 0.0257499, 0.0414264" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131509, 0.0130259, 0.0136565, 0.0150822, 0.01836, 0.0257322, 0.0417468" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0249077, 0.0248757, 0.0254722, 0.0270823, 0.0304276, 0.0381012, 0.0544884" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00165161;
+      rise_capacitance : 0.00150745;
+      rise_capacitance_range (0.00143943, 0.00175012);
+      fall_capacitance : 0.00179576;
+      fall_capacitance_range (0.00179576, 0.00282118);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.039123, -0.000246497, 0.024145, 0.0531392", \
+            "-0.13952, -0.0993119, -0.0750829, -0.0461353", \
+            "-0.186167, -0.158312, -0.137617, -0.106057", \
+            "-0.231231, -0.220518, -0.204688, -0.177092" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0220067, 0.0571575, 0.101298, 0.155677", \
+            "-0.134528, -0.0636615, -0.0173898, 0.0390837", \
+            "-0.206741, -0.153067, -0.110633, -0.055208", \
+            "-0.2825, -0.248008, -0.215987, -0.165286" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0733557, 0.0202131, -0.00614259, -0.036949", \
+            "0.196924, 0.129869, 0.0986846, 0.0653783", \
+            "0.268464, 0.195026, 0.1646, 0.128657", \
+            "0.349959, 0.272749, 0.241412, 0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, -0.0247118, -0.0755806, -0.131392", \
+            "0.201915, 0.112044, 0.056726, -0.0033467", \
+            "0.299325, 0.213382, 0.161902, 0.100407", \
+            "0.406625, 0.32498, 0.275311, 0.215462" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00165089, 0.00170001, 0.00194179, 0.00255569, 0.00394296, 0.00680683, 0.0128643" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00129323, 0.00137682, 0.00163795, 0.00227572, 0.00365778, 0.006573, 0.0126901" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0143822, 0.014415, 0.0146959, 0.0151833, 0.0166174, 0.0198288, 0.0268037" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108384, 0.0107845, 0.011059, 0.01169, 0.0132361, 0.0165653, 0.0236869" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-6.29038e-05, -6.01817e-05, -5.90365e-05, -5.5984e-05, -5.75979e-05, -5.73381e-05, -5.63896e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000304623, 0.000306011, 0.000306976, 0.000305948, 0.000307757, 0.000308355, 0.00030931" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00165089, 0.00170001, 0.00194179, 0.00255569, 0.00394296, 0.00680683, 0.0128643" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00129323, 0.00137682, 0.00163795, 0.00227572, 0.00365778, 0.006573, 0.0126901" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0055191;
+      rise_capacitance : 0.00572369;
+      rise_capacitance_range (0.00467934, 0.00672269);
+      fall_capacitance : 0.00537296;
+      fall_capacitance_range (0.00495432, 0.0056584);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0782461, 0.0252047, -0.000999033, -0.0288539", \
+            "0.196924, 0.132416, 0.106552, 0.0736253", \
+            "0.289038, 0.22125, 0.194282, 0.159731", \
+            "0.412022, 0.344223, 0.314861, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0684653, -0.0202131, 0.00357081, 0.0342506", \
+            "-0.181949, -0.124777, -0.101307, -0.0708763", \
+            "-0.268464, -0.21076, -0.186187, -0.156906", \
+            "-0.387736, -0.330478, -0.306386, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406849, 0.00397856, 0.00402722, 0.00438069, 0.00551867, 0.00821602, 0.0139429" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0372729, 0.0368937, 0.0373511, 0.0389537, 0.0427168, 0.0509794, 0.0671855" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000912592, 0.000906928, 0.000910192, 0.0009083, 0.000915604, 0.000906267, 0.000909243" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000912592, -0.000906928, -0.000910192, -0.0009083, -0.000915604, -0.000906267, -0.000909243" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0170181, 0.0167431, 0.0169104, 0.0173346, 0.018899, 0.0228459, 0.0315903" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108099, 0.0104538, 0.0104698, 0.0111694, 0.0128653, 0.0170329, 0.0260319" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000991774, 0.000991228, 0.000987105, 0.000992501, 0.00099736, 0.000989634, 0.000994477" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000991774, -0.000991228, -0.000987105, -0.000992501, -0.00099736, -0.000989634, -0.000994477" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406849, 0.00397856, 0.00402722, 0.00438069, 0.00551867, 0.00821602, 0.0139429" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108099, 0.0104538, 0.0104698, 0.0111694, 0.0128653, 0.0170329, 0.0260319" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbp_2) {
+    area : 54.432;
+    cell_footprint : "dfrbp";
+    cell_leakage_power : 1383.55;
+    leakage_power () {
+      value : 1239.15;
+      when : "!CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1222.45;
+      when : "!CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1293.88;
+      when : "CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1277.18;
+      when : "CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1433.16;
+      when : "!CLK&!D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1341.44;
+      when : "!CLK&!D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1471;
+      when : "!CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1449.72;
+      when : "!CLK&D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1470.6;
+      when : "CLK&!D&RESET_B&Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1398.39;
+      when : "CLK&!D&RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1515.49;
+      when : "CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1490.1;
+      when : "CLK&D&RESET_B&!Q&Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.162402, 0.198194, 0.225204, 0.270701, 0.347496, 0.475913, 0.690098", \
+            "0.192127, 0.227854, 0.254796, 0.300402, 0.377233, 0.505545, 0.719896", \
+            "0.211846, 0.247652, 0.274611, 0.32013, 0.396885, 0.525262, 0.739574", \
+            "0.239236, 0.275018, 0.301986, 0.347467, 0.424298, 0.552628, 0.766677", \
+            "0.278001, 0.313759, 0.340735, 0.38662, 0.463368, 0.591347, 0.80588", \
+            "0.334464, 0.36976, 0.396625, 0.442058, 0.518873, 0.647186, 0.861249", \
+            "0.41692, 0.450664, 0.477311, 0.522654, 0.599305, 0.727638, 0.941752" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0156975, 0.0689711, 0.108822, 0.175896, 0.288687, 0.476808, 0.79043", \
+            "0.0157172, 0.0689771, 0.108827, 0.175909, 0.288688, 0.476909, 0.790431", \
+            "0.0157182, 0.0689935, 0.108834, 0.17591, 0.288689, 0.47691, 0.790683", \
+            "0.0157628, 0.0689945, 0.108835, 0.175911, 0.28869, 0.476911, 0.790684", \
+            "0.01582, 0.0689955, 0.108839, 0.175912, 0.288691, 0.476912, 0.790685", \
+            "0.015985, 0.069048, 0.108855, 0.175913, 0.288692, 0.476913, 0.790686", \
+            "0.016526, 0.069237, 0.108905, 0.175999, 0.28872, 0.476914, 0.790687" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.144794, 0.179625, 0.202704, 0.241179, 0.305595, 0.413061, 0.592351", \
+            "0.174065, 0.208825, 0.232032, 0.270411, 0.334864, 0.44237, 0.621855", \
+            "0.193316, 0.228055, 0.251235, 0.289639, 0.354062, 0.461547, 0.640807", \
+            "0.219072, 0.253816, 0.276995, 0.315381, 0.379865, 0.487292, 0.666519", \
+            "0.254037, 0.28881, 0.311975, 0.35037, 0.414799, 0.522621, 0.701486", \
+            "0.302328, 0.33707, 0.360266, 0.398645, 0.463098, 0.570636, 0.749824", \
+            "0.365885, 0.400598, 0.423795, 0.462196, 0.526604, 0.634125, 0.813505" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0134479, 0.0573703, 0.0888078, 0.141984, 0.231778, 0.38168, 0.631649", \
+            "0.0134487, 0.0573713, 0.0888088, 0.141989, 0.231779, 0.38179, 0.632173", \
+            "0.0134497, 0.0573723, 0.0888098, 0.14199, 0.23178, 0.381791, 0.632722", \
+            "0.0134509, 0.0573739, 0.0888108, 0.142031, 0.231781, 0.381792, 0.632723", \
+            "0.0134561, 0.0573749, 0.0888118, 0.142032, 0.231782, 0.381793, 0.632724", \
+            "0.0134571, 0.057384, 0.0888128, 0.142033, 0.231783, 0.381794, 0.632725", \
+            "0.0134581, 0.057385, 0.0888138, 0.142034, 0.231784, 0.381806, 0.632726" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.188778, 0.223583, 0.246808, 0.285194, 0.349745, 0.4573, 0.63664", \
+            "0.226284, 0.261059, 0.284266, 0.322826, 0.38733, 0.494916, 0.674218", \
+            "0.253772, 0.28835, 0.311527, 0.350004, 0.414633, 0.522196, 0.701549", \
+            "0.295137, 0.329888, 0.353035, 0.391496, 0.455954, 0.563556, 0.742734", \
+            "0.353571, 0.388179, 0.411334, 0.449726, 0.514297, 0.621842, 0.801091", \
+            "0.43521, 0.469781, 0.492925, 0.531314, 0.595827, 0.70347, 0.882763", \
+            "0.546342, 0.580751, 0.603866, 0.64221, 0.706749, 0.814297, 0.993605" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0131951, 0.0572944, 0.0887433, 0.14195, 0.231758, 0.381674, 0.631448", \
+            "0.0132014, 0.0572954, 0.0887443, 0.141951, 0.231759, 0.38181, 0.63163", \
+            "0.0132024, 0.0572964, 0.0887453, 0.141973, 0.23176, 0.381811, 0.631631", \
+            "0.013221, 0.0572974, 0.0887925, 0.141974, 0.231761, 0.381812, 0.631632", \
+            "0.0132771, 0.0573096, 0.0887935, 0.141975, 0.231762, 0.381813, 0.631633", \
+            "0.013372, 0.057312, 0.0887945, 0.14198, 0.231763, 0.381814, 0.631634", \
+            "0.013497, 0.057353, 0.088809, 0.14204, 0.231764, 0.381815, 0.631647" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0478955, 0.0878467, 0.115325, 0.160384, 0.235635, 0.360668, 0.568537", \
+            "0.047662, 0.0876074, 0.115275, 0.160262, 0.235349, 0.360439, 0.56865", \
+            "0.0483329, 0.0882292, 0.115607, 0.160836, 0.235906, 0.362483, 0.569208", \
+            "0.0498219, 0.0896155, 0.117192, 0.162243, 0.23737, 0.363473, 0.571009", \
+            "0.0533468, 0.0928672, 0.120365, 0.165657, 0.24101, 0.365836, 0.574777", \
+            "0.0614245, 0.10042, 0.127969, 0.173046, 0.248473, 0.374348, 0.582982", \
+            "0.0788727, 0.116808, 0.144068, 0.189299, 0.26495, 0.390561, 0.599498" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0480036, 0.0888414, 0.11615, 0.160998, 0.235731, 0.360025, 0.567066", \
+            "0.0479828, 0.0888064, 0.116334, 0.16235, 0.235695, 0.360139, 0.567479", \
+            "0.0487687, 0.0896806, 0.116772, 0.161695, 0.23806, 0.360749, 0.568245", \
+            "0.0502933, 0.0912565, 0.118746, 0.163883, 0.237995, 0.363267, 0.570378", \
+            "0.0538175, 0.0945728, 0.12223, 0.167042, 0.242884, 0.36733, 0.573206", \
+            "0.061448, 0.102079, 0.129629, 0.174678, 0.250134, 0.375558, 0.584939", \
+            "0.0777539, 0.118248, 0.145444, 0.190216, 0.265627, 0.391235, 0.599947" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0368475, 0.07754, 0.104907, 0.149712, 0.224482, 0.348701, 0.555647", \
+            "0.0368282, 0.0776356, 0.105532, 0.150178, 0.224437, 0.348914, 0.555801", \
+            "0.0372286, 0.0777664, 0.105063, 0.150344, 0.225536, 0.351061, 0.556123", \
+            "0.0381859, 0.0788518, 0.106309, 0.151005, 0.225531, 0.351595, 0.557491", \
+            "0.0402296, 0.0806333, 0.108021, 0.153244, 0.228551, 0.352538, 0.56041", \
+            "0.0442401, 0.0842269, 0.111408, 0.156764, 0.231664, 0.357789, 0.566497", \
+            "0.0514007, 0.090863, 0.11807, 0.163149, 0.238144, 0.363876, 0.572945" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.096417, 0.158408, 0.188605, 0.235456, 0.312131, 0.439504, 0.651414", \
+            "0.125659, 0.187654, 0.217854, 0.26464, 0.341379, 0.46874, 0.680575", \
+            "0.144894, 0.206942, 0.237119, 0.283899, 0.360622, 0.487928, 0.699868", \
+            "0.170669, 0.23263, 0.262833, 0.309621, 0.386428, 0.513616, 0.725441", \
+            "0.206022, 0.267552, 0.297779, 0.344622, 0.421635, 0.548947, 0.760628", \
+            "0.25431, 0.315964, 0.346198, 0.393084, 0.469704, 0.597109, 0.808917", \
+            "0.317803, 0.379177, 0.409331, 0.456096, 0.532829, 0.660084, 0.87196" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0183917, 0.0783925, 0.115683, 0.179219, 0.289025, 0.474882, 0.785969", \
+            "0.0183927, 0.0784086, 0.115724, 0.17922, 0.289026, 0.474883, 0.78597", \
+            "0.0183937, 0.0784186, 0.115725, 0.179221, 0.289059, 0.474943, 0.788396", \
+            "0.0183947, 0.0784765, 0.115726, 0.179222, 0.28906, 0.474944, 0.788397", \
+            "0.0183957, 0.0784989, 0.115805, 0.179281, 0.289061, 0.474945, 0.788398", \
+            "0.0183967, 0.0784999, 0.115806, 0.179282, 0.289062, 0.474946, 0.788399", \
+            "0.0183977, 0.0785009, 0.115807, 0.179283, 0.289063, 0.475, 0.7884" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.106774, 0.174184, 0.203262, 0.245405, 0.311539, 0.419477, 0.598539", \
+            "0.136445, 0.203856, 0.232928, 0.275101, 0.341274, 0.449182, 0.62831", \
+            "0.156168, 0.223576, 0.252644, 0.294753, 0.360893, 0.468868, 0.648102", \
+            "0.183581, 0.250934, 0.280025, 0.322123, 0.38828, 0.496258, 0.675315", \
+            "0.222184, 0.290065, 0.318731, 0.360852, 0.427498, 0.535562, 0.714167", \
+            "0.27845, 0.346566, 0.375767, 0.418023, 0.484271, 0.592305, 0.771345", \
+            "0.356328, 0.427458, 0.456924, 0.499348, 0.565652, 0.673579, 0.852782" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0232957, 0.0775968, 0.106399, 0.154546, 0.239467, 0.386279, 0.634726", \
+            "0.0232967, 0.0776505, 0.106401, 0.154547, 0.239494, 0.386569, 0.634727", \
+            "0.0233617, 0.0776515, 0.106402, 0.154548, 0.239495, 0.38657, 0.635566", \
+            "0.0234367, 0.0777589, 0.106403, 0.154549, 0.239496, 0.386571, 0.635567", \
+            "0.0240282, 0.078006, 0.106609, 0.154563, 0.239497, 0.386572, 0.635568", \
+            "0.025806, 0.078776, 0.10709, 0.154987, 0.239735, 0.386573, 0.635569", \
+            "0.030678, 0.081344, 0.108912, 0.155912, 0.240261, 0.386625, 0.63557" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.14145, 0.201597, 0.231514, 0.278164, 0.354865, 0.482304, 0.69422", \
+            "0.178953, 0.239148, 0.26898, 0.315696, 0.392451, 0.519954, 0.731683", \
+            "0.206415, 0.266538, 0.296387, 0.343037, 0.419778, 0.547165, 0.759024", \
+            "0.24763, 0.307866, 0.337728, 0.384392, 0.461089, 0.588391, 0.800258", \
+            "0.305778, 0.366166, 0.396094, 0.442755, 0.519412, 0.64668, 0.858511", \
+            "0.387009, 0.447747, 0.4776, 0.524273, 0.600982, 0.728413, 0.940241", \
+            "0.49749, 0.558738, 0.588681, 0.635433, 0.712173, 0.839549, 1.05155" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.018357, 0.0770079, 0.114629, 0.178714, 0.288816, 0.474846, 0.7859", \
+            "0.0183821, 0.0770089, 0.11463, 0.178715, 0.289162, 0.475148, 0.785901", \
+            "0.0184623, 0.0770562, 0.114644, 0.178716, 0.289163, 0.475149, 0.786297", \
+            "0.0186872, 0.0771207, 0.114704, 0.178717, 0.289164, 0.47515, 0.786298", \
+            "0.0191142, 0.0772871, 0.114748, 0.178722, 0.289165, 0.475151, 0.786299", \
+            "0.019873, 0.077624, 0.114967, 0.178757, 0.289166, 0.475152, 0.7863", \
+            "0.020992, 0.078293, 0.115388, 0.179042, 0.289167, 0.475153, 0.786301" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0480293, 0.0888672, 0.116343, 0.161385, 0.236532, 0.361393, 0.569199", \
+            "0.0480016, 0.0888807, 0.11656, 0.161399, 0.238047, 0.361262, 0.569269", \
+            "0.0487898, 0.0897472, 0.117084, 0.162199, 0.237892, 0.362388, 0.572532", \
+            "0.0503322, 0.0913414, 0.11881, 0.163819, 0.238975, 0.364929, 0.571929", \
+            "0.0538527, 0.0946675, 0.122304, 0.167553, 0.242978, 0.367577, 0.57643", \
+            "0.0614758, 0.102208, 0.12979, 0.174894, 0.250364, 0.376016, 0.584743", \
+            "0.0777696, 0.118337, 0.145665, 0.19068, 0.266392, 0.391788, 0.600518" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0479444, 0.0876523, 0.115067, 0.159933, 0.234625, 0.35905, 0.566251", \
+            "0.0477127, 0.0874185, 0.115021, 0.160165, 0.234572, 0.359164, 0.566121", \
+            "0.0483796, 0.0880929, 0.115293, 0.160265, 0.235763, 0.359403, 0.567149", \
+            "0.0498696, 0.0896171, 0.117121, 0.162287, 0.236392, 0.36159, 0.568394", \
+            "0.053349, 0.0926674, 0.120344, 0.16526, 0.240972, 0.365884, 0.571997", \
+            "0.0613766, 0.100248, 0.127742, 0.17283, 0.24827, 0.373793, 0.583117", \
+            "0.0788636, 0.116656, 0.143882, 0.188662, 0.264096, 0.389306, 0.598557" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0368647, 0.0776993, 0.105202, 0.150255, 0.225405, 0.350254, 0.558422", \
+            "0.0368492, 0.0777531, 0.105264, 0.150682, 0.225609, 0.350432, 0.558413", \
+            "0.0372969, 0.0779299, 0.105352, 0.150986, 0.225809, 0.350329, 0.559018", \
+            "0.0381936, 0.078978, 0.106478, 0.151448, 0.22655, 0.352531, 0.560868", \
+            "0.0402241, 0.0807337, 0.108288, 0.153595, 0.228712, 0.353155, 0.563262", \
+            "0.0442215, 0.0843199, 0.111745, 0.157116, 0.232717, 0.358054, 0.566161", \
+            "0.0512853, 0.091071, 0.118414, 0.163764, 0.23878, 0.36456, 0.573759" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00302862;
+      rise_capacitance : 0.00319973;
+      rise_capacitance_range (0.00289797, 0.00344007);
+      fall_capacitance : 0.00277195;
+      fall_capacitance_range (0.00277195, 0.00339285);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0894165, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0862122, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132467, 0.0131218, 0.0137261, 0.0151771, 0.0184204, 0.0257888, 0.0418023" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0250992, 0.0250025, 0.0256214, 0.0272433, 0.0305773, 0.038259, 0.0546317" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0253129, 0.025228, 0.0258436, 0.027471, 0.0308199, 0.0384361, 0.0546822" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0139039, 0.0138011, 0.0144181, 0.0157714, 0.0190639, 0.0264078, 0.0422737" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0130109, 0.0130518, 0.0136071, 0.0151845, 0.0184484, 0.025793, 0.0414608" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0677207, 0.0595785, 0.0597038, 0.0610729, 0.0643576, 0.0717258, 0.087382" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.012963, 0.0128536, 0.0134968, 0.014851, 0.0181501, 0.0255071, 0.0414195" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129945, 0.0130314, 0.0135969, 0.0151715, 0.018432, 0.0257909, 0.0415398" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0139277, 0.0138305, 0.0144497, 0.015804, 0.0191129, 0.0264311, 0.0422992" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0130236, 0.0130467, 0.0135805, 0.0151786, 0.0184425, 0.0257862, 0.0414534" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132467, 0.0131218, 0.0137261, 0.0151771, 0.0184204, 0.0257888, 0.0418023" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0250992, 0.0250025, 0.0256214, 0.0272433, 0.0305773, 0.038259, 0.0546317" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00165542;
+      rise_capacitance : 0.00151112;
+      rise_capacitance_range (0.00144174, 0.00175349);
+      fall_capacitance : 0.00179972;
+      fall_capacitance_range (0.00179972, 0.00282516);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.039123, 0.00224933, 0.024145, 0.0531392", \
+            "-0.13952, -0.0993119, -0.0750829, -0.0461353", \
+            "-0.183595, -0.158312, -0.134918, -0.103232", \
+            "-0.228533, -0.220518, -0.204688, -0.177092" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0220067, 0.0571575, 0.101298, 0.158375", \
+            "-0.137024, -0.0636615, -0.0173898, 0.0390837", \
+            "-0.209313, -0.153067, -0.110633, -0.055208", \
+            "-0.285199, -0.245259, -0.213162, -0.162335" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0733557, 0.0202131, -0.00614259, -0.0342506", \
+            "0.196924, 0.129869, 0.101307, 0.0681273", \
+            "0.268464, 0.195026, 0.1646, 0.128657", \
+            "0.349959, 0.272749, 0.241412, 0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, -0.0247118, -0.0755806, -0.13409", \
+            "0.201915, 0.112044, 0.056726, -0.0033467", \
+            "0.299325, 0.213382, 0.161902, 0.100407", \
+            "0.409323, 0.32498, 0.275311, 0.215462" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0016606, 0.00171711, 0.00194433, 0.0025575, 0.0039462, 0.00680882, 0.0128643" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130427, 0.00138824, 0.0016565, 0.00228586, 0.00366698, 0.00658137, 0.0126976" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0143655, 0.0143955, 0.0146739, 0.0151621, 0.0166719, 0.0198028, 0.0267793" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108589, 0.0107969, 0.011076, 0.0117018, 0.0132524, 0.016559, 0.023714" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-5.85331e-05, -5.51951e-05, -5.58706e-05, -5.3176e-05, -5.53122e-05, -5.434e-05, -5.32993e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000300765, 0.000302114, 0.000303364, 0.000302592, 0.000304236, 0.000305105, 0.0003058" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0016606, 0.00171711, 0.00194433, 0.0025575, 0.0039462, 0.00680882, 0.0128643" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130427, 0.00138824, 0.0016565, 0.00228586, 0.00366698, 0.00658137, 0.0126976" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00556976;
+      rise_capacitance : 0.00577329;
+      rise_capacitance_range (0.00471828, 0.00678095);
+      fall_capacitance : 0.00542438;
+      fall_capacitance_range (0.00499965, 0.00571616);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0782461, 0.0252047, 0.00157274, -0.0288539", \
+            "0.194428, 0.132416, 0.106552, 0.0736253", \
+            "0.286466, 0.223872, 0.194282, 0.159731", \
+            "0.412022, 0.344223, 0.317686, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0684653, -0.0202131, 0.00357081, 0.0342506", \
+            "-0.181949, -0.127323, -0.101307, -0.0708763", \
+            "-0.271036, -0.21076, -0.188886, -0.156906", \
+            "-0.387736, -0.333227, -0.309211, -0.280396" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00411326, 0.00403065, 0.00407431, 0.00442768, 0.00556646, 0.00827158, 0.0139862" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.046992, 0.0466001, 0.047063, 0.0487175, 0.052522, 0.0609472, 0.077163" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000956682, 0.000953429, 0.000956506, 0.000954161, 0.000960539, 0.000953816, 0.000956108" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000956682, -0.000953429, -0.000956506, -0.000954161, -0.000960539, -0.000953816, -0.000956108" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0170359, 0.0167765, 0.0169287, 0.0173406, 0.0188949, 0.0228694, 0.0314611" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107884, 0.0104418, 0.0104475, 0.0111553, 0.0128413, 0.0170051, 0.026016" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00104354, 0.00103386, 0.00103265, 0.00103073, 0.00104381, 0.00103718, 0.0010417" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00104354, -0.00103386, -0.00103265, -0.00103073, -0.00104381, -0.00103718, -0.0010417" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00411326, 0.00403065, 0.00407431, 0.00442768, 0.00556646, 0.00827158, 0.0139862" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107884, 0.0104418, 0.0104475, 0.0111553, 0.0128413, 0.0170051, 0.026016" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbpq_1) {
+    area : 48.9888;
+    cell_footprint : "dfrbpq";
+    cell_leakage_power : 1055.38;
+    leakage_power () {
+      value : 932.335;
+      when : "!CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 915.63;
+      when : "!CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 987.062;
+      when : "CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 970.357;
+      when : "CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1062.3;
+      when : "!CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1034.63;
+      when : "!CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1100.13;
+      when : "!CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1142.89;
+      when : "!CLK&D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1099.73;
+      when : "CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1091.58;
+      when : "CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1144.61;
+      when : "CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1183.27;
+      when : "CLK&D&RESET_B&!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.105849, 0.148149, 0.175809, 0.221271, 0.297299, 0.423995, 0.634967", \
+            "0.135208, 0.177468, 0.205145, 0.250646, 0.326652, 0.453305, 0.66435", \
+            "0.155009, 0.197298, 0.224973, 0.270458, 0.346454, 0.47306, 0.68425", \
+            "0.182091, 0.224398, 0.252071, 0.297525, 0.373553, 0.500172, 0.711047", \
+            "0.21996, 0.262435, 0.290084, 0.33542, 0.411465, 0.538228, 0.749232", \
+            "0.272802, 0.315238, 0.342896, 0.388457, 0.464471, 0.591122, 0.802004", \
+            "0.347386, 0.39018, 0.417822, 0.46334, 0.539351, 0.66601, 0.877052" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0115828, 0.0664086, 0.106481, 0.172913, 0.284268, 0.470102, 0.779859", \
+            "0.0116165, 0.0664096, 0.106484, 0.172921, 0.284381, 0.470216, 0.780144", \
+            "0.0116554, 0.0664195, 0.106485, 0.172926, 0.284382, 0.470217, 0.780145", \
+            "0.0117859, 0.0664205, 0.106492, 0.172927, 0.284383, 0.470218, 0.780146", \
+            "0.0119907, 0.0664563, 0.106519, 0.172928, 0.284384, 0.470219, 0.780147", \
+            "0.012493, 0.066533, 0.106542, 0.172945, 0.284385, 0.47022, 0.780148", \
+            "0.01358, 0.066702, 0.106633, 0.173067, 0.284386, 0.470221, 0.780149" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.105995, 0.143013, 0.166293, 0.204532, 0.268373, 0.37476, 0.552114", \
+            "0.134969, 0.172001, 0.195283, 0.233504, 0.297348, 0.403731, 0.581335", \
+            "0.154091, 0.191116, 0.214422, 0.252612, 0.316464, 0.422833, 0.600063", \
+            "0.179241, 0.216256, 0.239567, 0.277757, 0.341628, 0.44795, 0.625153", \
+            "0.213807, 0.250812, 0.273803, 0.312025, 0.37619, 0.482321, 0.659725", \
+            "0.260837, 0.297821, 0.321109, 0.359325, 0.423212, 0.529569, 0.706798", \
+            "0.323557, 0.360537, 0.383831, 0.422041, 0.485928, 0.592292, 0.769522" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0100542, 0.0539627, 0.085776, 0.138679, 0.227594, 0.375797, 0.62274", \
+            "0.0100552, 0.053963, 0.085777, 0.138697, 0.227595, 0.375911, 0.623271", \
+            "0.0100562, 0.0539671, 0.085778, 0.138698, 0.227611, 0.375912, 0.624093", \
+            "0.0100572, 0.0539702, 0.085779, 0.138699, 0.227612, 0.375913, 0.624094", \
+            "0.0100582, 0.0539712, 0.08578, 0.138706, 0.227613, 0.375914, 0.624095", \
+            "0.0100592, 0.0539722, 0.085781, 0.138707, 0.227614, 0.375915, 0.624096", \
+            "0.010064, 0.0539732, 0.085782, 0.138708, 0.227615, 0.375916, 0.624097" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.147876, 0.184856, 0.208164, 0.246407, 0.310361, 0.416716, 0.594097", \
+            "0.185558, 0.222512, 0.245765, 0.284048, 0.347993, 0.45436, 0.632034", \
+            "0.21299, 0.249911, 0.273183, 0.311428, 0.375327, 0.481749, 0.65905", \
+            "0.254127, 0.291072, 0.314383, 0.352663, 0.41652, 0.522888, 0.700111", \
+            "0.311855, 0.348858, 0.372159, 0.410439, 0.474321, 0.580694, 0.757924", \
+            "0.392265, 0.429259, 0.45253, 0.490825, 0.554794, 0.661149, 0.838509", \
+            "0.501413, 0.538536, 0.56186, 0.600105, 0.66411, 0.770513, 0.947835" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0099646, 0.0538899, 0.0856857, 0.138617, 0.22755, 0.375812, 0.62274", \
+            "0.0099807, 0.0538909, 0.0856867, 0.138618, 0.227891, 0.375952, 0.623368", \
+            "0.0100241, 0.0538919, 0.0856877, 0.138619, 0.227892, 0.375953, 0.624322", \
+            "0.0100538, 0.0538929, 0.0856887, 0.138707, 0.227893, 0.375954, 0.624323", \
+            "0.0101318, 0.0539126, 0.0857029, 0.138708, 0.227894, 0.375955, 0.624324", \
+            "0.010269, 0.053959, 0.085721, 0.138709, 0.227895, 0.375956, 0.624325", \
+            "0.010464, 0.054014, 0.085756, 0.13871, 0.227896, 0.375957, 0.624326" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.031227, 0.0317143, 0.0317248, 0.031708, 0.0315665, 0.0313274, 0.0312469", \
+            "0.0309814, 0.0314337, 0.0315249, 0.0314158, 0.0317828, 0.0310996, 0.0310329", \
+            "0.0316676, 0.0321204, 0.0320898, 0.0321153, 0.0322427, 0.0317225, 0.0316765", \
+            "0.0330985, 0.0335808, 0.033632, 0.0336078, 0.0334105, 0.0336562, 0.0330605", \
+            "0.0365807, 0.0369562, 0.0370483, 0.0371179, 0.0371548, 0.0368534, 0.0366972", \
+            "0.0444447, 0.0448194, 0.0449172, 0.0448887, 0.0449386, 0.0449504, 0.0447748", \
+            "0.0612075, 0.061514, 0.061518, 0.0614922, 0.0615921, 0.061512, 0.061388" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0322819, 0.0328769, 0.0328966, 0.0328623, 0.0327215, 0.0325295, 0.0320515", \
+            "0.0323122, 0.0328692, 0.0328915, 0.0329654, 0.0328211, 0.032555, 0.03217", \
+            "0.0330807, 0.0336837, 0.0337289, 0.0335936, 0.0337014, 0.0335169, 0.0330861", \
+            "0.0346006, 0.0351795, 0.0352806, 0.0352934, 0.0351585, 0.0349588, 0.0347809", \
+            "0.038172, 0.0387538, 0.0387729, 0.0388049, 0.0388676, 0.0387652, 0.0380535", \
+            "0.0458005, 0.0463533, 0.0463939, 0.0464462, 0.0463585, 0.0462957, 0.0464157", \
+            "0.0620112, 0.0625959, 0.0625875, 0.062486, 0.0624504, 0.0625085, 0.0624549" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207221, 0.0212793, 0.0213069, 0.0212553, 0.021163, 0.0209389, 0.0205033", \
+            "0.0207013, 0.0212453, 0.0213411, 0.0212833, 0.0212125, 0.0209376, 0.0206455", \
+            "0.0211321, 0.0216338, 0.0216388, 0.0216572, 0.0218776, 0.0212711, 0.021198", \
+            "0.0220165, 0.0225526, 0.0226418, 0.0226392, 0.0223699, 0.0224443, 0.021727", \
+            "0.0239757, 0.0245415, 0.0245456, 0.0246672, 0.0246647, 0.0244422, 0.0238545", \
+            "0.0278728, 0.0284038, 0.0283739, 0.0284156, 0.0284491, 0.0284826, 0.0284941", \
+            "0.0347702, 0.0352637, 0.0352844, 0.0352997, 0.0353444, 0.0352449, 0.0352481" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00299333;
+      rise_capacitance : 0.00319022;
+      rise_capacitance_range (0.00288864, 0.00343152);
+      fall_capacitance : 0.00276362;
+      fall_capacitance_range (0.00276362, 0.00338424);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0637817, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0862122, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013126, 0.0130209, 0.0136515, 0.0150743, 0.0183649, 0.0257395, 0.0417534" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0256911, 0.0256205, 0.0262598, 0.0278721, 0.031218, 0.038894, 0.055281" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252797, 0.0252133, 0.0258233, 0.0274418, 0.030817, 0.0384407, 0.0546967" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137946, 0.0136823, 0.0143273, 0.0156981, 0.0189973, 0.0263417, 0.0422179" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.012938, 0.0129612, 0.0135588, 0.015138, 0.0184097, 0.0257549, 0.0414327" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0448064, 0.0448043, 0.04514, 0.0466524, 0.0499474, 0.0573965, 0.0728863" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128719, 0.0127498, 0.0134107, 0.0147846, 0.0180818, 0.0254422, 0.0414543" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129175, 0.0129596, 0.0135429, 0.0151275, 0.0183956, 0.0257594, 0.041439" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138223, 0.0137274, 0.0143575, 0.0157254, 0.0190224, 0.0263681, 0.042243" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129329, 0.0129599, 0.0135528, 0.015132, 0.0184056, 0.0257502, 0.0414312" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013126, 0.0130209, 0.0136515, 0.0150743, 0.0183649, 0.0257395, 0.0417534" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252797, 0.0252133, 0.0258233, 0.0274418, 0.030817, 0.0384407, 0.0546967" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00150978;
+      rise_capacitance : 0.00149621;
+      rise_capacitance_range (0.00143707, 0.00175012);
+      fall_capacitance : 0.00152336;
+      fall_capacitance_range (0.00152336, 0.00182997);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0415682, -0.000246497, 0.0215733, 0.0531392", \
+            "-0.144511, -0.101858, -0.0777053, -0.0488843", \
+            "-0.191311, -0.160934, -0.140315, -0.106057", \
+            "-0.239326, -0.223267, -0.207512, -0.180044" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0220067, 0.0571575, 0.10387, 0.158375", \
+            "-0.137024, -0.0636615, -0.0147674, 0.0418327", \
+            "-0.209313, -0.153067, -0.110633, -0.055208", \
+            "-0.285199, -0.248008, -0.213162, -0.162335" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0758009, 0.0202131, -0.00614259, -0.036949", \
+            "0.196924, 0.129869, 0.0986846, 0.0653783", \
+            "0.268464, 0.195026, 0.1646, 0.128657", \
+            "0.349959, 0.272749, 0.241412, 0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, -0.0247118, -0.0755806, -0.13409", \
+            "0.201915, 0.109498, 0.056726, -0.0033467", \
+            "0.299325, 0.213382, 0.161902, 0.100407", \
+            "0.403927, 0.322231, 0.275311, 0.215462" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00165488, 0.00169989, 0.0019421, 0.00255551, 0.00394302, 0.0068072, 0.0128636" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00129194, 0.00137659, 0.00163826, 0.00227615, 0.00365827, 0.00657348, 0.0126901" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0143885, 0.0144297, 0.014695, 0.0151821, 0.0166163, 0.0198289, 0.0268014" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108412, 0.0107865, 0.0110564, 0.0116903, 0.0132367, 0.0165654, 0.0236871" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-6.2405e-05, -5.85053e-05, -5.84439e-05, -5.75247e-05, -5.80417e-05, -5.80209e-05, -5.76432e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00030569, 0.000306425, 0.00030714, 0.000306107, 0.000307886, 0.000308545, 0.000309434" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00165488, 0.00169989, 0.0019421, 0.00255551, 0.00394302, 0.0068072, 0.0128636" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00129194, 0.00137659, 0.00163826, 0.00227615, 0.00365827, 0.00657348, 0.0126901" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00545659;
+      rise_capacitance : 0.00555736;
+      rise_capacitance_range (0.00467928, 0.00642922);
+      fall_capacitance : 0.00537262;
+      fall_capacitance_range (0.00495355, 0.00563074);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0806913, 0.0252047, -0.000999033, -0.0315523", \
+            "0.196924, 0.132416, 0.106552, 0.0736253", \
+            "0.286466, 0.22125, 0.194282, 0.159731", \
+            "0.412022, 0.344223, 0.317686, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0202131, 0.00357081, 0.0342506", \
+            "-0.179453, -0.124777, -0.0986846, -0.0681273", \
+            "-0.265892, -0.21076, -0.186187, -0.154081", \
+            "-0.38234, -0.327729, -0.306386, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406605, 0.0039831, 0.00402759, 0.00438141, 0.00551897, 0.00821616, 0.0139392" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.031485, 0.0311264, 0.0315545, 0.0331598, 0.0369042, 0.04508, 0.0611305" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000909078, 0.000900274, 0.000908921, 0.000906666, 0.000911773, 0.000904291, 0.000908694" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000909078, -0.000900274, -0.000908921, -0.000906666, -0.000911773, -0.000904291, -0.000908694" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0169671, 0.0167581, 0.0169149, 0.0173329, 0.0188951, 0.0228445, 0.031588" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108103, 0.0104665, 0.0104702, 0.0111711, 0.0128657, 0.0170251, 0.0260326" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000995552, 0.000987789, 0.000986878, 0.000991033, 0.000996129, 0.000988868, 0.000991857" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000995552, -0.000987789, -0.000986878, -0.000991033, -0.000996129, -0.000988868, -0.000991857" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406605, 0.0039831, 0.00402759, 0.00438141, 0.00551897, 0.00821616, 0.0139392" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108103, 0.0104665, 0.0104702, 0.0111711, 0.0128657, 0.0170251, 0.0260326" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbpq_2) {
+    area : 50.8032;
+    cell_footprint : "dfrbpq";
+    cell_leakage_power : 1172.93;
+    leakage_power () {
+      value : 1081.07;
+      when : "!CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1064.38;
+      when : "!CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1135.8;
+      when : "CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1119.11;
+      when : "CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1117.46;
+      when : "!CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1183.36;
+      when : "!CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1155.3;
+      when : "!CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1291.65;
+      when : "!CLK&D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1154.9;
+      when : "CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1240.32;
+      when : "CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 1199.79;
+      when : "CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 1332.02;
+      when : "CLK&D&RESET_B&!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.11365, 0.160485, 0.188259, 0.233856, 0.310045, 0.436895, 0.648446", \
+            "0.142949, 0.189798, 0.217543, 0.263157, 0.339378, 0.46622, 0.677647", \
+            "0.162716, 0.209574, 0.237316, 0.282931, 0.359091, 0.485908, 0.697243", \
+            "0.189783, 0.236646, 0.264439, 0.310009, 0.386223, 0.513026, 0.724313", \
+            "0.227533, 0.274649, 0.302245, 0.347857, 0.424238, 0.550918, 0.762449", \
+            "0.280364, 0.327512, 0.355279, 0.400912, 0.477097, 0.60392, 0.815265", \
+            "0.354426, 0.401994, 0.429778, 0.475374, 0.551537, 0.678665, 0.890159" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130457, 0.0677312, 0.107577, 0.174114, 0.285808, 0.472092, 0.782595", \
+            "0.0130759, 0.0677376, 0.107595, 0.174126, 0.285809, 0.472093, 0.782622", \
+            "0.0130953, 0.0677457, 0.107596, 0.174127, 0.28581, 0.472094, 0.783352", \
+            "0.0131956, 0.0677515, 0.107597, 0.174128, 0.285811, 0.472095, 0.783353", \
+            "0.0134, 0.0677746, 0.107622, 0.174129, 0.285812, 0.472096, 0.783354", \
+            "0.013855, 0.067897, 0.107641, 0.174162, 0.285832, 0.472097, 0.783355", \
+            "0.014815, 0.06814, 0.107725, 0.174163, 0.285833, 0.472169, 0.783356" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.114498, 0.156553, 0.180064, 0.218502, 0.282614, 0.389276, 0.566774", \
+            "0.143487, 0.185471, 0.209031, 0.24747, 0.311528, 0.418217, 0.595802", \
+            "0.162576, 0.204585, 0.22811, 0.266537, 0.330613, 0.437199, 0.614817", \
+            "0.187809, 0.229763, 0.253308, 0.291749, 0.355824, 0.462395, 0.63995", \
+            "0.222033, 0.264327, 0.287868, 0.32631, 0.39034, 0.496766, 0.674312", \
+            "0.269311, 0.311278, 0.334823, 0.373268, 0.437326, 0.544035, 0.721541", \
+            "0.332018, 0.373953, 0.397491, 0.435936, 0.499991, 0.606632, 0.784276" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117934, 0.0563829, 0.0878324, 0.140714, 0.229709, 0.378515, 0.626286", \
+            "0.0117944, 0.0563839, 0.0878334, 0.140715, 0.229781, 0.378516, 0.6264", \
+            "0.0117997, 0.0563849, 0.0878811, 0.140716, 0.229782, 0.378517, 0.627093", \
+            "0.011806, 0.0563965, 0.0878821, 0.140717, 0.22979, 0.378518, 0.627094", \
+            "0.011807, 0.0563975, 0.0878831, 0.140718, 0.229791, 0.378519, 0.627095", \
+            "0.011808, 0.0563985, 0.0878841, 0.140719, 0.229792, 0.37852, 0.627096", \
+            "0.011809, 0.0563995, 0.0878851, 0.14072, 0.229797, 0.378521, 0.627097" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.155597, 0.197348, 0.220917, 0.259369, 0.323487, 0.430318, 0.607855", \
+            "0.193227, 0.234974, 0.258523, 0.296993, 0.361178, 0.467842, 0.645453", \
+            "0.220689, 0.262467, 0.286018, 0.324449, 0.388546, 0.495233, 0.67283", \
+            "0.261914, 0.303654, 0.327233, 0.365663, 0.429782, 0.536463, 0.714073", \
+            "0.319543, 0.361346, 0.384903, 0.423409, 0.487473, 0.594186, 0.771785", \
+            "0.399891, 0.44174, 0.465316, 0.503811, 0.567896, 0.674629, 0.85239", \
+            "0.508919, 0.550882, 0.57443, 0.612895, 0.677092, 0.783814, 0.961549" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0116462, 0.0562698, 0.0877572, 0.140667, 0.229866, 0.378516, 0.62637", \
+            "0.0116472, 0.0562701, 0.0877582, 0.140668, 0.230251, 0.378705, 0.626371", \
+            "0.0116482, 0.0562723, 0.0877692, 0.140669, 0.230252, 0.378706, 0.627137", \
+            "0.0116958, 0.0562999, 0.0878106, 0.14067, 0.230253, 0.378707, 0.627138", \
+            "0.0117791, 0.0563076, 0.0878309, 0.140671, 0.230254, 0.378708, 0.627139", \
+            "0.011914, 0.056343, 0.0878319, 0.140675, 0.230255, 0.378709, 0.62714", \
+            "0.01211, 0.05645, 0.0878329, 0.140688, 0.230256, 0.37871, 0.627141" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0355336, 0.0363945, 0.0364687, 0.0364172, 0.0362233, 0.0356989, 0.0355956", \
+            "0.0352829, 0.036126, 0.0363592, 0.0362194, 0.0365082, 0.0354972, 0.0353292", \
+            "0.0359526, 0.0368062, 0.0368717, 0.0369379, 0.0369486, 0.0362296, 0.0364467", \
+            "0.0373682, 0.0382707, 0.038448, 0.0383943, 0.0381703, 0.0382547, 0.0375113", \
+            "0.040825, 0.04157, 0.0417912, 0.0419118, 0.041997, 0.041498, 0.0411161", \
+            "0.0486552, 0.0493103, 0.049565, 0.0495655, 0.0496343, 0.0497064, 0.0494432", \
+            "0.0654198, 0.0659073, 0.0659842, 0.0660226, 0.0662165, 0.0660513, 0.0659974" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0363255, 0.037524, 0.0375807, 0.037521, 0.0373292, 0.0369139, 0.0360115", \
+            "0.0364092, 0.0375215, 0.0376529, 0.0380252, 0.0379276, 0.036931, 0.036169", \
+            "0.0371288, 0.0383562, 0.0384589, 0.0382753, 0.0385512, 0.0377323, 0.0370389", \
+            "0.0386994, 0.039876, 0.0400894, 0.0401764, 0.0399062, 0.039468, 0.0386984", \
+            "0.0422036, 0.0433513, 0.0435579, 0.0434932, 0.0437738, 0.0434869, 0.0422723", \
+            "0.0498298, 0.0509636, 0.0510908, 0.0512669, 0.0512373, 0.0510978, 0.0512211", \
+            "0.0660233, 0.0672182, 0.0672315, 0.0671227, 0.0671185, 0.0672404, 0.0672905" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246934, 0.0257013, 0.025783, 0.0257118, 0.0255346, 0.0252181, 0.0242429", \
+            "0.0246197, 0.0256697, 0.0258769, 0.0258628, 0.0257439, 0.0252086, 0.0242845", \
+            "0.0250419, 0.0260913, 0.0260962, 0.0261904, 0.0267134, 0.0258333, 0.0249381", \
+            "0.0259204, 0.026946, 0.0271323, 0.0270742, 0.0266587, 0.0269088, 0.0255917", \
+            "0.0279019, 0.0289603, 0.0290411, 0.0292403, 0.0292923, 0.0287275, 0.0277141", \
+            "0.0317746, 0.0327625, 0.0327867, 0.0329276, 0.0328711, 0.0331492, 0.0330994", \
+            "0.038653, 0.0395069, 0.0395818, 0.0396886, 0.0396963, 0.039683, 0.0395744" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0030018;
+      rise_capacitance : 0.00319885;
+      rise_capacitance_range (0.00289767, 0.00344015);
+      fall_capacitance : 0.0027719;
+      fall_capacitance_range (0.0027719, 0.00339291);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0605774, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0862122, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131992, 0.013112, 0.0137189, 0.0151476, 0.0184398, 0.0258067, 0.0418173" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0266438, 0.0265882, 0.027192, 0.028823, 0.0321632, 0.0398439, 0.0561914" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252974, 0.0252346, 0.0258513, 0.0274596, 0.0308271, 0.0384486, 0.0546876" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138694, 0.0137839, 0.0144047, 0.015763, 0.0190712, 0.0264084, 0.0422838" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129784, 0.0130439, 0.0135906, 0.0151805, 0.0184461, 0.0257934, 0.0415547" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0498915, 0.0497468, 0.0501365, 0.0516434, 0.0549258, 0.062401, 0.0779297" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129457, 0.0128483, 0.0134811, 0.014851, 0.0181508, 0.0255108, 0.0415119" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129587, 0.0130194, 0.0135804, 0.0151657, 0.0184307, 0.025793, 0.0414622" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0139106, 0.0138205, 0.0144321, 0.0157915, 0.0190991, 0.0264325, 0.042309" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129919, 0.013039, 0.0135884, 0.0151749, 0.0184395, 0.0257867, 0.0415454" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131992, 0.013112, 0.0137189, 0.0151476, 0.0184398, 0.0258067, 0.0418173" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252974, 0.0252346, 0.0258513, 0.0274596, 0.0308271, 0.0384486, 0.0546876" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00151362;
+      rise_capacitance : 0.00150003;
+      rise_capacitance_range (0.0014422, 0.00175353);
+      fall_capacitance : 0.00152721;
+      fall_capacitance_range (0.00152721, 0.00183445);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0415682, -0.000246497, 0.0215733, 0.0504408", \
+            "-0.144511, -0.101858, -0.0777053, -0.0488843", \
+            "-0.193882, -0.160934, -0.140315, -0.106057", \
+            "-0.242025, -0.226016, -0.207512, -0.180044" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0220067, 0.0571575, 0.10387, 0.161074", \
+            "-0.137024, -0.0636615, -0.0147674, 0.0445817", \
+            "-0.211885, -0.153067, -0.110633, -0.055208", \
+            "-0.287897, -0.248008, -0.213162, -0.162335" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0733557, 0.0202131, -0.00614259, -0.036949", \
+            "0.196924, 0.129869, 0.0986846, 0.0653783", \
+            "0.268464, 0.195026, 0.1646, 0.128657", \
+            "0.349959, 0.272749, 0.241412, 0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, -0.0272076, -0.0755806, -0.13409", \
+            "0.19942, 0.109498, 0.056726, -0.0060957", \
+            "0.296753, 0.21076, 0.161902, 0.100407", \
+            "0.403927, 0.322231, 0.272486, 0.215462" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00166114, 0.00171732, 0.00194383, 0.00255764, 0.00394593, 0.00680907, 0.0128642" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130362, 0.00138818, 0.00165317, 0.00228557, 0.00366689, 0.00658122, 0.0126972" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0143602, 0.0143915, 0.0146706, 0.0151622, 0.0166737, 0.0198029, 0.0267762" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108553, 0.0107927, 0.0110772, 0.0116993, 0.0132519, 0.0165579, 0.023713" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-5.97081e-05, -5.47834e-05, -5.53976e-05, -5.41146e-05, -5.37439e-05, -5.43513e-05, -5.33097e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000302476, 0.000302501, 0.000303929, 0.000302799, 0.000304458, 0.000305426, 0.000306039" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00166114, 0.00171732, 0.00194383, 0.00255764, 0.00394593, 0.00680907, 0.0128642" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130362, 0.00138818, 0.00165317, 0.00228557, 0.00366689, 0.00658122, 0.0126972" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0055001;
+      rise_capacitance : 0.00560039;
+      rise_capacitance_range (0.00472044, 0.0064738);
+      fall_capacitance : 0.00541653;
+      fall_capacitance_range (0.00499497, 0.00567501);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0782461, 0.0252047, -0.000999033, -0.0315523", \
+            "0.194428, 0.132416, 0.106552, 0.0736253", \
+            "0.286466, 0.22125, 0.194282, 0.159731", \
+            "0.409323, 0.344223, 0.317686, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0202131, 0.00614259, 0.0342506", \
+            "-0.179453, -0.124777, -0.0986846, -0.0681273", \
+            "-0.265892, -0.21076, -0.186187, -0.154081", \
+            "-0.38234, -0.327729, -0.306386, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0733948, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00410801, 0.00402425, 0.00406985, 0.00442133, 0.00555755, 0.00826434, 0.0139763" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0354527, 0.0350793, 0.0355182, 0.0371056, 0.0408689, 0.0491024, 0.0650489" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000947857, 0.000944592, 0.000947407, 0.000945825, 0.000952777, 0.0009456, 0.000948015" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000947857, -0.000944592, -0.000947407, -0.000945825, -0.000952777, -0.0009456, -0.000948015" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0170284, 0.0167751, 0.0169285, 0.0173323, 0.0188909, 0.0228602, 0.0314505" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107909, 0.0104477, 0.0104532, 0.0111653, 0.0128464, 0.0170117, 0.0260223" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00103092, 0.0010196, 0.0010264, 0.00102285, 0.00103544, 0.00102889, 0.00103318" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00103092, -0.0010196, -0.0010264, -0.00102285, -0.00103544, -0.00102889, -0.00103318" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00410801, 0.00402425, 0.00406985, 0.00442133, 0.00555755, 0.00826434, 0.0139763" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107909, 0.0104477, 0.0104532, 0.0111653, 0.0128464, 0.0170117, 0.0260223" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dlhq_1) {
+    area : 30.8448;
+    cell_footprint : "dlhq";
+    cell_leakage_power : 747.877;
+    leakage_power () {
+      value : 769.227;
+      when : "!D&!GATE&!Q";
+    }
+    leakage_power () {
+      value : 693.266;
+      when : "!D&!GATE&Q";
+    }
+    leakage_power () {
+      value : 843.239;
+      when : "!D&GATE&!Q";
+    }
+    leakage_power () {
+      value : 782.677;
+      when : "D&!GATE&!Q";
+    }
+    leakage_power () {
+      value : 679.371;
+      when : "D&!GATE&Q";
+    }
+    leakage_power () {
+      value : 719.484;
+      when : "D&GATE&Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118616, 0.161845, 0.189526, 0.235109, 0.311273, 0.438158, 0.649519", \
+            "0.143429, 0.186646, 0.214338, 0.259912, 0.336076, 0.462916, 0.674285", \
+            "0.159314, 0.202567, 0.230247, 0.275811, 0.351936, 0.478754, 0.69018", \
+            "0.180628, 0.223851, 0.251553, 0.297124, 0.373252, 0.500109, 0.71135", \
+            "0.211616, 0.254887, 0.28258, 0.328156, 0.404278, 0.531244, 0.742473", \
+            "0.255718, 0.299052, 0.326769, 0.372347, 0.448534, 0.575418, 0.786696", \
+            "0.317375, 0.360835, 0.388579, 0.434176, 0.510345, 0.637245, 0.848604" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0118493, 0.0662905, 0.106386, 0.172992, 0.284628, 0.470788, 0.781041", \
+            "0.0118503, 0.0663064, 0.106387, 0.172993, 0.284629, 0.471719, 0.781042", \
+            "0.0118513, 0.0663105, 0.10639, 0.172994, 0.28463, 0.47172, 0.781169", \
+            "0.011911, 0.0663115, 0.106391, 0.172995, 0.284631, 0.471721, 0.78117", \
+            "0.0119611, 0.0663198, 0.106392, 0.172996, 0.284672, 0.471722, 0.781171", \
+            "0.012101, 0.066352, 0.1064, 0.172997, 0.284673, 0.471723, 0.781172", \
+            "0.012548, 0.066404, 0.106438, 0.173022, 0.284674, 0.471724, 0.781173" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.107343, 0.145601, 0.168713, 0.206631, 0.269984, 0.375548, 0.551223", \
+            "0.131532, 0.169798, 0.192908, 0.230844, 0.29421, 0.399677, 0.575423", \
+            "0.145315, 0.183616, 0.206721, 0.244634, 0.307973, 0.413433, 0.589355", \
+            "0.163902, 0.202199, 0.225312, 0.263227, 0.326557, 0.432066, 0.607752", \
+            "0.187955, 0.226281, 0.249391, 0.287318, 0.350661, 0.456235, 0.631951", \
+            "0.218651, 0.257053, 0.280173, 0.318106, 0.381477, 0.486986, 0.662767", \
+            "0.253032, 0.291588, 0.31475, 0.352698, 0.416079, 0.521592, 0.697388" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109983, 0.0537394, 0.0850407, 0.137462, 0.225636, 0.372589, 0.617764", \
+            "0.0109993, 0.0537404, 0.0850417, 0.137463, 0.225653, 0.37268, 0.617777", \
+            "0.0110198, 0.0537414, 0.0850427, 0.137464, 0.225654, 0.372681, 0.617778", \
+            "0.0110502, 0.0537424, 0.0850437, 0.137465, 0.225655, 0.372682, 0.617779", \
+            "0.011121, 0.0537434, 0.0850447, 0.137466, 0.225727, 0.372683, 0.61778", \
+            "0.011301, 0.053747, 0.0850457, 0.137483, 0.225728, 0.372695, 0.617781", \
+            "0.011599, 0.053827, 0.085138, 0.137497, 0.225729, 0.372696, 0.617789" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.101763, 0.144954, 0.172664, 0.218152, 0.294328, 0.421211, 0.632725", \
+            "0.127147, 0.170376, 0.198063, 0.243636, 0.319756, 0.446647, 0.660362", \
+            "0.143731, 0.186941, 0.214665, 0.260193, 0.336326, 0.46324, 0.674521", \
+            "0.165794, 0.20896, 0.236636, 0.282238, 0.358367, 0.485232, 0.696443", \
+            "0.194824, 0.238095, 0.26578, 0.311392, 0.38753, 0.514477, 0.725694", \
+            "0.232164, 0.275617, 0.303362, 0.348911, 0.425138, 0.551997, 0.763318", \
+            "0.272542, 0.316517, 0.344253, 0.389931, 0.466183, 0.59298, 0.804328" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0117837, 0.0663171, 0.106393, 0.173008, 0.284625, 0.470788, 0.781009", \
+            "0.0117919, 0.0663181, 0.106394, 0.173009, 0.284626, 0.4708, 0.783403", \
+            "0.0118158, 0.0663191, 0.106396, 0.17301, 0.284627, 0.470801, 0.783404", \
+            "0.0119336, 0.0663201, 0.106397, 0.173011, 0.284628, 0.470802, 0.783405", \
+            "0.0121702, 0.0663499, 0.106422, 0.173012, 0.284629, 0.470803, 0.783406", \
+            "0.012673, 0.066429, 0.106444, 0.173013, 0.284669, 0.470804, 0.783407", \
+            "0.013808, 0.066635, 0.106551, 0.173104, 0.284764, 0.470805, 0.783408" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.11035, 0.148515, 0.17163, 0.209559, 0.27295, 0.378465, 0.554243", \
+            "0.136002, 0.174142, 0.197244, 0.235179, 0.298565, 0.403993, 0.579876", \
+            "0.151938, 0.190081, 0.213189, 0.251103, 0.314425, 0.419926, 0.595711", \
+            "0.172462, 0.210593, 0.233712, 0.271644, 0.334955, 0.440443, 0.616179", \
+            "0.198732, 0.236882, 0.259983, 0.297915, 0.361257, 0.466751, 0.642472", \
+            "0.229855, 0.268377, 0.291327, 0.329018, 0.392894, 0.498231, 0.673968", \
+            "0.26308, 0.301211, 0.324323, 0.362247, 0.425588, 0.531081, 0.706783" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109062, 0.0537138, 0.0850447, 0.137466, 0.225667, 0.37259, 0.617616", \
+            "0.0109072, 0.0537148, 0.0850457, 0.137467, 0.225668, 0.372779, 0.617891", \
+            "0.0109082, 0.0537158, 0.0850467, 0.137468, 0.225669, 0.37278, 0.618975", \
+            "0.01091, 0.0537168, 0.0850477, 0.137469, 0.22567, 0.372781, 0.618976", \
+            "0.0109191, 0.0537178, 0.0850487, 0.137523, 0.225671, 0.372782, 0.618977", \
+            "0.010926, 0.0537188, 0.0850497, 0.137524, 0.225672, 0.372783, 0.618978", \
+            "0.010935, 0.0537198, 0.0850507, 0.137525, 0.225673, 0.372784, 0.618979" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0184634, 0.0189351, 0.0189675, 0.0189429, 0.0188262, 0.0185779, 0.0186208", \
+            "0.018401, 0.0188499, 0.0189505, 0.0188661, 0.0191988, 0.0187113, 0.0181081", \
+            "0.0183778, 0.018852, 0.0188858, 0.0189027, 0.0189667, 0.0184906, 0.0183974", \
+            "0.018299, 0.0188024, 0.0188787, 0.018876, 0.0186762, 0.0186696, 0.0180301", \
+            "0.0182808, 0.0187546, 0.0188491, 0.0188578, 0.0188964, 0.0186478, 0.0183968", \
+            "0.0183046, 0.018738, 0.0188391, 0.0188118, 0.0188967, 0.0188961, 0.0187562", \
+            "0.0184517, 0.018879, 0.0188698, 0.018853, 0.0189495, 0.0188522, 0.0188012" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192479, 0.019863, 0.0198852, 0.0198455, 0.0197303, 0.0194864, 0.019072", \
+            "0.0191566, 0.0197382, 0.019823, 0.0198095, 0.0199055, 0.0193995, 0.0189702", \
+            "0.0190496, 0.0197036, 0.0196634, 0.0196339, 0.0198562, 0.0193784, 0.0188812", \
+            "0.0190388, 0.0196498, 0.0197552, 0.0197515, 0.019544, 0.019469, 0.0190556", \
+            "0.0189827, 0.0195938, 0.0196793, 0.0196802, 0.0197144, 0.0196759, 0.0190356", \
+            "0.0189922, 0.0195567, 0.0196367, 0.0196878, 0.0197053, 0.019747, 0.0197209", \
+            "0.0190415, 0.0196274, 0.0196725, 0.0195984, 0.0196304, 0.0194701, 0.0196943" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0158813, 0.0163769, 0.0164213, 0.0163683, 0.0162533, 0.0159991, 0.015919", \
+            "0.0157349, 0.0162031, 0.0163016, 0.0162271, 0.0161829, 0.0158847, 0.01637", \
+            "0.0157272, 0.0162424, 0.0162321, 0.0162579, 0.0163204, 0.0158514, 0.0158282", \
+            "0.015692, 0.0162249, 0.016296, 0.0162893, 0.0160708, 0.0160655, 0.0157311", \
+            "0.0158714, 0.0163096, 0.0164294, 0.0164229, 0.0164723, 0.0162029, 0.0159332", \
+            "0.016448, 0.0168155, 0.016889, 0.016884, 0.0169098, 0.0169422, 0.016795", \
+            "0.0174704, 0.0178158, 0.0177667, 0.0176604, 0.0177023, 0.0175428, 0.0174008" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0172552, 0.0178711, 0.0178965, 0.0178658, 0.0177538, 0.0174921, 0.0170751", \
+            "0.017366, 0.0179434, 0.0179813, 0.0180557, 0.0179399, 0.0176493, 0.0172369", \
+            "0.0173963, 0.0180431, 0.0180451, 0.017958, 0.0180684, 0.0179464, 0.0174614", \
+            "0.0174361, 0.0180558, 0.0181753, 0.0182083, 0.0181047, 0.0178212, 0.0178645", \
+            "0.0175412, 0.0181885, 0.0182116, 0.0182545, 0.0183046, 0.0182199, 0.0175716", \
+            "0.0176086, 0.0182449, 0.0182962, 0.0183239, 0.018284, 0.0181259, 0.0182557", \
+            "0.0175696, 0.0181731, 0.0182028, 0.0180779, 0.0180007, 0.0181093, 0.0180945" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00246672;
+      rise_capacitance : 0.00248634;
+      rise_capacitance_range (0.00222989, 0.00267504);
+      fall_capacitance : 0.0024471;
+      fall_capacitance_range (0.00219933, 0.0026842);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.063575, -0.0426755, -0.0272905, -0.0089232", \
+            "-0.147007, -0.12223, -0.109174, -0.0901193", \
+            "-0.196454, -0.168801, -0.153807, -0.137132", \
+            "-0.258215, -0.226016, -0.210337, -0.188898" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0268971, 0.0571575, 0.10387, 0.158375", \
+            "-0.0995865, -0.0101858, 0.0403032, 0.0968127", \
+            "-0.134731, -0.0429256, 0.0107935, 0.0662649", \
+            "-0.169169, -0.0720717, -0.0182407, 0.0413215" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, 0.0626421, 0.0787261, 0.114159", \
+            "0.151999, 0.134962, 0.140643, 0.156095", \
+            "0.201598, 0.179291, 0.175394, 0.185156", \
+            "0.260913, 0.234263, 0.227287, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0317875, -0.0521658, -0.0987266, -0.15028", \
+            "0.104578, 0.0152788, -0.0350584, -0.0885657", \
+            "0.142447, 0.0481705, -0.00269836, -0.060615", \
+            "0.174566, 0.0775697, 0.0238906, -0.0354185" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0042015, 0.00415885, 0.00451082, 0.00555164, 0.00789334, 0.0130618, 0.0239333" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00440781, 0.00455969, 0.00499581, 0.006126, 0.0084624, 0.0135912, 0.0244405" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00424271, 0.0042606, 0.00463348, 0.0056634, 0.0080087, 0.0131601, 0.0240682" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00444493, 0.00453556, 0.00496077, 0.00607122, 0.00840292, 0.0135273, 0.0243351" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00424271, 0.0042606, 0.00463348, 0.0056634, 0.0080087, 0.0131601, 0.0240682" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00440781, 0.00455969, 0.00499581, 0.006126, 0.0084624, 0.0135912, 0.0244405" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00247604;
+      rise_capacitance : 0.00279419;
+      rise_capacitance_range (0.00247288, 0.00310144);
+      fall_capacitance : 0.00183976;
+      fall_capacitance_range (0.00183976, 0.00293859);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0541687, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00973408, 0.00970614, 0.0101974, 0.0114823, 0.0143759, 0.0206824, 0.034218" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0185115, 0.0187504, 0.019234, 0.0205755, 0.0235356, 0.0301507, 0.043808" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00973408, 0.00970614, 0.0101974, 0.0114823, 0.0143759, 0.0206824, 0.034218" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0185115, 0.0187504, 0.019234, 0.0205755, 0.0235356, 0.0301507, 0.043808" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dlhr_1) {
+    area : 32.6592;
+    cell_footprint : "dlhr";
+    cell_leakage_power : 1055.34;
+    leakage_power () {
+      value : 1001.08;
+      when : "!RESET_B*!Q*Q_N*!D*!GATE";
+    }
+    leakage_power () {
+      value : 1053.35;
+      when : "!RESET_B*!Q*Q_N*!D*GATE";
+    }
+    leakage_power () {
+      value : 1036.3;
+      when : "!RESET_B*!Q*Q_N*D*!GATE";
+    }
+    leakage_power () {
+      value : 945.124;
+      when : "!RESET_B*!Q*Q_N*D*GATE";
+    }
+    leakage_power () {
+      value : 1060.4;
+      when : "RESET_B*!GATE*!D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1060.4;
+      when : "RESET_B*!GATE*!D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1095.64;
+      when : "RESET_B*!GATE*D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1095.64;
+      when : "RESET_B*!GATE*D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1092.72;
+      when : "D*GATE*RESET_B*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1112.7;
+      when : "!D*GATE*RESET_B*!Q*Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.137523, 0.190297, 0.218791, 0.264661, 0.340965, 0.467887, 0.679484", \
+            "0.161699, 0.214494, 0.24297, 0.28884, 0.365141, 0.492154, 0.7036", \
+            "0.177378, 0.230169, 0.258648, 0.304514, 0.380786, 0.507729, 0.719115", \
+            "0.198383, 0.251179, 0.279676, 0.325514, 0.401806, 0.52869, 0.740095", \
+            "0.228229, 0.281031, 0.309533, 0.355392, 0.431649, 0.558627, 0.77011", \
+            "0.271607, 0.324469, 0.352974, 0.398858, 0.47516, 0.602039, 0.813476", \
+            "0.331653, 0.384632, 0.413138, 0.459015, 0.535338, 0.662229, 0.87377" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.017478, 0.0718758, 0.109856, 0.174962, 0.286034, 0.472144, 0.782486", \
+            "0.0174784, 0.0718861, 0.109858, 0.174963, 0.286036, 0.472283, 0.78266", \
+            "0.0174811, 0.0718871, 0.109859, 0.174964, 0.286037, 0.472284, 0.786508", \
+            "0.0175071, 0.0718881, 0.109862, 0.174965, 0.286038, 0.472285, 0.786509", \
+            "0.0175257, 0.071893, 0.109914, 0.174966, 0.286039, 0.472286, 0.78651", \
+            "0.017631, 0.071932, 0.109947, 0.174972, 0.286042, 0.472287, 0.786511", \
+            "0.017893, 0.072043, 0.109987, 0.174973, 0.286043, 0.472288, 0.786512" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.117357, 0.159699, 0.183291, 0.221601, 0.285414, 0.391798, 0.568878", \
+            "0.141105, 0.183441, 0.207063, 0.245376, 0.309221, 0.41554, 0.59266", \
+            "0.15467, 0.196977, 0.220573, 0.258864, 0.322715, 0.429004, 0.606243", \
+            "0.17292, 0.215256, 0.238857, 0.277163, 0.341063, 0.447311, 0.624359", \
+            "0.196619, 0.239007, 0.262607, 0.300908, 0.364763, 0.47111, 0.648165", \
+            "0.226857, 0.269309, 0.292914, 0.331235, 0.395103, 0.501441, 0.678498", \
+            "0.261025, 0.303501, 0.327122, 0.365451, 0.429338, 0.535744, 0.712907" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123642, 0.0561636, 0.0867209, 0.138878, 0.227384, 0.375555, 0.62236", \
+            "0.0123966, 0.0561679, 0.0867345, 0.138879, 0.227463, 0.375556, 0.622404", \
+            "0.0124326, 0.0561821, 0.0867373, 0.13888, 0.227469, 0.375557, 0.622429", \
+            "0.0124336, 0.0561922, 0.0867383, 0.138881, 0.22747, 0.375558, 0.62243", \
+            "0.0124965, 0.0562011, 0.0867393, 0.138882, 0.227471, 0.375559, 0.622431", \
+            "0.012633, 0.05624, 0.0867403, 0.138883, 0.227472, 0.37556, 0.622432", \
+            "0.012875, 0.056343, 0.086788, 0.138884, 0.227473, 0.375561, 0.622433" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.125851, 0.178438, 0.206965, 0.252768, 0.32906, 0.4561, 0.667361", \
+            "0.151563, 0.204162, 0.232634, 0.278501, 0.354822, 0.481743, 0.693148", \
+            "0.168247, 0.220844, 0.249356, 0.295177, 0.371457, 0.498423, 0.709792", \
+            "0.190466, 0.243089, 0.271589, 0.317503, 0.393783, 0.52068, 0.732073", \
+            "0.219693, 0.272355, 0.300863, 0.346746, 0.423016, 0.549987, 0.761387", \
+            "0.256836, 0.309694, 0.338202, 0.384098, 0.460406, 0.587308, 0.79875", \
+            "0.297904, 0.351049, 0.379599, 0.425502, 0.501824, 0.628838, 0.840261" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173806, 0.0718312, 0.109828, 0.174965, 0.285963, 0.472097, 0.782385", \
+            "0.0173939, 0.0718427, 0.109853, 0.174966, 0.285998, 0.472125, 0.78245", \
+            "0.0173949, 0.0718437, 0.109863, 0.174967, 0.285999, 0.472143, 0.78536", \
+            "0.017443, 0.0718447, 0.109907, 0.174968, 0.286, 0.472144, 0.785361", \
+            "0.017572, 0.071871, 0.109914, 0.174969, 0.286001, 0.472145, 0.785362", \
+            "0.017891, 0.07201, 0.10997, 0.174996, 0.286036, 0.472217, 0.785363", \
+            "0.01844, 0.072275, 0.110153, 0.175092, 0.286083, 0.472218, 0.785364" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.121871, 0.164357, 0.187985, 0.226264, 0.290104, 0.396397, 0.573639", \
+            "0.148004, 0.190492, 0.214093, 0.252428, 0.316222, 0.422577, 0.60001", \
+            "0.164337, 0.20681, 0.230402, 0.268691, 0.332536, 0.438821, 0.615923", \
+            "0.185335, 0.227797, 0.251394, 0.289687, 0.35353, 0.459816, 0.636859", \
+            "0.212611, 0.255114, 0.278689, 0.316985, 0.380822, 0.487201, 0.664204", \
+            "0.245001, 0.287469, 0.3111, 0.349368, 0.413216, 0.519546, 0.696645", \
+            "0.280023, 0.322475, 0.346102, 0.384374, 0.448291, 0.554571, 0.731765" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126198, 0.0561947, 0.0867291, 0.138819, 0.227382, 0.375431, 0.622246", \
+            "0.0126409, 0.0561957, 0.0867301, 0.13882, 0.227383, 0.375628, 0.622858", \
+            "0.0126476, 0.0562206, 0.0867311, 0.138821, 0.227384, 0.375629, 0.623241", \
+            "0.0126494, 0.0562216, 0.0867321, 0.138822, 0.227385, 0.37563, 0.623242", \
+            "0.0126504, 0.0562226, 0.0867482, 0.138867, 0.227386, 0.375631, 0.623243", \
+            "0.012654, 0.0562236, 0.0867492, 0.138868, 0.227387, 0.375632, 0.623244", \
+            "0.012655, 0.0562246, 0.0867502, 0.138869, 0.227388, 0.375633, 0.623245" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0495089, 0.0917093, 0.11535, 0.153746, 0.217559, 0.324063, 0.501156", \
+            "0.079711, 0.123954, 0.147767, 0.186198, 0.250176, 0.356626, 0.534152", \
+            "0.0977363, 0.144637, 0.168621, 0.207159, 0.271209, 0.377637, 0.554811", \
+            "0.121545, 0.173628, 0.198048, 0.236632, 0.300733, 0.407246, 0.584467", \
+            "0.151554, 0.211905, 0.237627, 0.276504, 0.33957, 0.446067, 0.62338", \
+            "0.186443, 0.260888, 0.289026, 0.329327, 0.393005, 0.499943, 0.67719", \
+            "0.227181, 0.318297, 0.351296, 0.395572, 0.462991, 0.57167, 0.751311" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0120714, 0.056161, 0.0868647, 0.139041, 0.227518, 0.375675, 0.62245", \
+            "0.0147537, 0.0573539, 0.087494, 0.139228, 0.227531, 0.375771, 0.623154", \
+            "0.0176874, 0.0590092, 0.0885082, 0.139783, 0.227951, 0.375849, 0.623155", \
+            "0.0222956, 0.0625346, 0.0906772, 0.140964, 0.228623, 0.376155, 0.623156", \
+            "0.0290551, 0.0693604, 0.0953253, 0.143513, 0.229702, 0.376868, 0.623488", \
+            "0.039162, 0.08236, 0.105469, 0.150065, 0.233549, 0.379045, 0.624724", \
+            "0.053596, 0.104038, 0.12476, 0.164903, 0.244683, 0.38735, 0.630797" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00551435, 0.00593475, 0.00599745, 0.00600375, 0.00594575, 0.00581055, 0.00554185", \
+            "0.00550165, 0.00593445, 0.00603745, 0.00602675, 0.00612355, 0.00582135, 0.00557485", \
+            "0.00552395, 0.00595395, 0.00598485, 0.00603415, 0.00602875, 0.00603925, 0.00641555", \
+            "0.0055046, 0.0059544, 0.0060458, 0.0060361, 0.0059753, 0.0061059, 0.0055484", \
+            "0.0054936, 0.0059162, 0.0060133, 0.0060589, 0.006072, 0.0058793, 0.0057754", \
+            "0.00543625, 0.00584485, 0.00596015, 0.00595885, 0.00602245, 0.00599715, 0.00595255", \
+            "0.00553665, 0.00591275, 0.00595545, 0.00596465, 0.00605095, 0.00601905, 0.00594975" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00184115, 0.00229355, 0.00231095, 0.00226215, 0.00206575, 0.00178475, 0.00122515", \
+            "0.0008025, 0.0012784, 0.0013863, 0.0012703, 0.0012539, 0.0007456, 0.0002474", \
+            "0.000762899, 0.0012363, 0.0012551, 0.0012147, 0.0013129, 0.0010277, 0.000123399", \
+            "0.0007507, 0.0012494, 0.0013348, 0.0013132, 0.0010224, 0.0009865, 0.0003758", \
+            "0.000684451, 0.00114415, 0.00125065, 0.00129325, 0.00132835, 0.00098075, 0.00043045", \
+            "0.00059195, 0.00101815, 0.00110255, 0.00109055, 0.00117895, 0.00119295, 0.00111675", \
+            "0.00045005, 0.000855351, 0.00086545, 0.000825651, 0.000879351, 0.000670752, 0.000831351" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110688, 0.0114805, 0.0115545, 0.0115378, 0.0114788, 0.0113596, 0.0110758", \
+            "0.0110378, 0.0114519, 0.0115478, 0.0115622, 0.0117719, 0.0113106, 0.0110537", \
+            "0.0110776, 0.0114919, 0.011541, 0.0115785, 0.0116202, 0.0114878, 0.011741", \
+            "0.0110277, 0.0114648, 0.0115614, 0.0115293, 0.0114079, 0.0115329, 0.0110124", \
+            "0.0110192, 0.0114103, 0.0115346, 0.0115637, 0.0115918, 0.0114213, 0.0113352", \
+            "0.0110607, 0.0114277, 0.0115427, 0.0115381, 0.0116143, 0.0116331, 0.0115432", \
+            "0.0109814, 0.0113311, 0.011362, 0.0113708, 0.0114231, 0.0113796, 0.0112455" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110578, 0.0115169, 0.011529, 0.011473, 0.0113067, 0.0110059, 0.0104587", \
+            "0.0111448, 0.0116089, 0.011669, 0.0118693, 0.0114347, 0.0111265, 0.0106673", \
+            "0.0111945, 0.0117231, 0.0117083, 0.0116279, 0.0116719, 0.0111657, 0.0107317", \
+            "0.0112281, 0.0117314, 0.0118289, 0.0118393, 0.0115978, 0.0114756, 0.0110913", \
+            "0.0112208, 0.0117225, 0.0117703, 0.0117417, 0.011851, 0.0115787, 0.0109656", \
+            "0.0110064, 0.0114606, 0.0115026, 0.0115991, 0.0114583, 0.0113476, 0.0114735", \
+            "0.0104699, 0.0109234, 0.0109489, 0.0108519, 0.0107975, 0.0108488, 0.0107989" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00949666, 0.0099431, 0.0099668, 0.00990827, 0.00973059, 0.00947577, 0.00884532", \
+            "0.00952028, 0.00983944, 0.00990934, 0.010077, 0.00971, 0.00940965, 0.00899642", \
+            "0.00979695, 0.0100961, 0.010078, 0.0100318, 0.01021, 0.00960075, 0.00907155", \
+            "0.0106564, 0.0107492, 0.0108471, 0.0108669, 0.0106026, 0.0104544, 0.0106723", \
+            "0.0124008, 0.0121943, 0.0122325, 0.012224, 0.0122806, 0.0121157, 0.0114867", \
+            "0.0162608, 0.0155379, 0.0155769, 0.015511, 0.0155162, 0.0155774, 0.0154756", \
+            "0.0240444, 0.0226978, 0.0225508, 0.0223306, 0.0223649, 0.0220257, 0.0222295" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.14252, 0.182562, 0.210156, 0.255686, 0.331814, 0.458685, 0.670101", \
+            "0.166342, 0.206428, 0.233962, 0.279529, 0.355605, 0.482436, 0.693884", \
+            "0.179876, 0.219967, 0.247531, 0.293078, 0.369202, 0.496078, 0.707477", \
+            "0.198147, 0.238242, 0.265816, 0.311351, 0.387445, 0.514242, 0.725606", \
+            "0.221846, 0.261948, 0.28949, 0.335041, 0.411205, 0.537949, 0.749318", \
+            "0.251888, 0.291876, 0.31946, 0.365059, 0.441141, 0.567989, 0.779362", \
+            "0.286505, 0.326339, 0.353895, 0.399464, 0.475589, 0.602449, 0.813878" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112628, 0.0665163, 0.106734, 0.173383, 0.28504, 0.471208, 0.781585", \
+            "0.0112638, 0.0665173, 0.106735, 0.173384, 0.285257, 0.471209, 0.781586", \
+            "0.0112648, 0.0665311, 0.106736, 0.173385, 0.285258, 0.47121, 0.781587", \
+            "0.0112658, 0.0665321, 0.106737, 0.173386, 0.285259, 0.471211, 0.781588", \
+            "0.0112668, 0.0665331, 0.106738, 0.173387, 0.28526, 0.471212, 0.781589", \
+            "0.011271, 0.0665341, 0.106739, 0.173388, 0.285261, 0.471221, 0.78159", \
+            "0.011304, 0.0665351, 0.10674, 0.173389, 0.285262, 0.471222, 0.781591" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.16742, 0.201938, 0.225044, 0.263222, 0.327124, 0.433431, 0.610643", \
+            "0.191598, 0.226104, 0.249209, 0.287403, 0.351286, 0.457603, 0.634803", \
+            "0.20728, 0.2418, 0.264949, 0.303072, 0.366935, 0.473254, 0.650474", \
+            "0.228284, 0.262805, 0.28593, 0.324068, 0.387981, 0.494256, 0.671389", \
+            "0.258146, 0.292638, 0.315781, 0.353987, 0.417781, 0.524123, 0.70128", \
+            "0.301524, 0.335984, 0.359122, 0.397296, 0.461119, 0.567512, 0.744601", \
+            "0.361779, 0.396206, 0.41934, 0.457537, 0.521336, 0.627723, 0.804865" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114478, 0.0544915, 0.0861685, 0.139075, 0.22793, 0.376131, 0.623158", \
+            "0.0114516, 0.0544946, 0.0861695, 0.139076, 0.227931, 0.377604, 0.623206", \
+            "0.0114517, 0.0544956, 0.0861705, 0.139077, 0.227932, 0.377605, 0.623686", \
+            "0.0114527, 0.0545112, 0.0861715, 0.139078, 0.227933, 0.377606, 0.623687", \
+            "0.0114556, 0.0545285, 0.0861725, 0.139079, 0.227934, 0.377607, 0.623688", \
+            "0.011479, 0.0545295, 0.0861735, 0.13908, 0.227935, 0.377608, 0.623689", \
+            "0.011515, 0.0545305, 0.0861745, 0.139081, 0.227936, 0.377609, 0.62369" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.147184, 0.187219, 0.214841, 0.260361, 0.336487, 0.463332, 0.674755", \
+            "0.173321, 0.213399, 0.241021, 0.286534, 0.362712, 0.489524, 0.700919", \
+            "0.189672, 0.229707, 0.257298, 0.302846, 0.378937, 0.505776, 0.717262", \
+            "0.210649, 0.250693, 0.27828, 0.323831, 0.399963, 0.526763, 0.738095", \
+            "0.237928, 0.278023, 0.3056, 0.35108, 0.427234, 0.554082, 0.765419", \
+            "0.270287, 0.310376, 0.337964, 0.383482, 0.459566, 0.586462, 0.797847", \
+            "0.305335, 0.345378, 0.372983, 0.418508, 0.494744, 0.62154, 0.832898" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112376, 0.0665337, 0.106734, 0.173383, 0.285067, 0.471371, 0.781395", \
+            "0.0112386, 0.0665347, 0.106735, 0.173384, 0.285068, 0.471372, 0.781513", \
+            "0.0112496, 0.0665357, 0.106736, 0.173426, 0.285069, 0.471373, 0.782493", \
+            "0.0112506, 0.0665367, 0.106737, 0.173427, 0.28507, 0.471374, 0.782494", \
+            "0.0112516, 0.0665377, 0.106738, 0.173428, 0.285071, 0.471375, 0.782495", \
+            "0.0112526, 0.0665387, 0.106739, 0.173429, 0.285149, 0.471376, 0.782496", \
+            "0.0112536, 0.0665397, 0.10674, 0.17343, 0.28515, 0.471377, 0.782497" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.15556, 0.190064, 0.213168, 0.251321, 0.315267, 0.421615, 0.598758", \
+            "0.181292, 0.215823, 0.238925, 0.277108, 0.341008, 0.447323, 0.624555", \
+            "0.197994, 0.232488, 0.25564, 0.293787, 0.357624, 0.463957, 0.641257", \
+            "0.220248, 0.254744, 0.277903, 0.316003, 0.379888, 0.486204, 0.663385", \
+            "0.249531, 0.284001, 0.30714, 0.345346, 0.409142, 0.515475, 0.692637", \
+            "0.287294, 0.321703, 0.344829, 0.38304, 0.446835, 0.55318, 0.730327", \
+            "0.328211, 0.362528, 0.385655, 0.423857, 0.487647, 0.593963, 0.771159" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114138, 0.0544929, 0.0861368, 0.139075, 0.22793, 0.376161, 0.623158", \
+            "0.0114342, 0.0544939, 0.0861516, 0.139076, 0.227931, 0.376674, 0.623426", \
+            "0.0114352, 0.0544949, 0.0861526, 0.139077, 0.227932, 0.376675, 0.623427", \
+            "0.0114387, 0.0544959, 0.0861536, 0.139078, 0.227933, 0.376676, 0.623428", \
+            "0.0114538, 0.0544969, 0.0861546, 0.139079, 0.227934, 0.376677, 0.623429", \
+            "0.011497, 0.054507, 0.086182, 0.13908, 0.227935, 0.376678, 0.62343", \
+            "0.011565, 0.05453, 0.086183, 0.139083, 0.227936, 0.376679, 0.623431" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0745611, 0.114759, 0.142382, 0.187866, 0.264122, 0.390888, 0.602314", \
+            "0.106539, 0.146128, 0.173633, 0.219197, 0.295376, 0.4223, 0.633739", \
+            "0.126774, 0.165413, 0.192901, 0.238408, 0.31446, 0.441236, 0.652641", \
+            "0.154515, 0.191747, 0.219099, 0.264386, 0.340572, 0.467399, 0.678665", \
+            "0.189598, 0.224495, 0.252062, 0.297664, 0.373449, 0.499059, 0.711543", \
+            "0.234129, 0.266739, 0.293369, 0.33811, 0.413795, 0.540472, 0.751686", \
+            "0.284184, 0.313485, 0.339273, 0.383538, 0.45863, 0.584848, 0.796448" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0111852, 0.0665144, 0.106725, 0.173392, 0.285059, 0.471268, 0.781435", \
+            "0.0115982, 0.0665561, 0.106741, 0.173393, 0.285069, 0.471541, 0.781484", \
+            "0.0122146, 0.0666087, 0.106757, 0.173394, 0.28507, 0.471542, 0.782917", \
+            "0.0134753, 0.0667581, 0.106831, 0.173412, 0.285071, 0.471543, 0.782918", \
+            "0.0155488, 0.067103, 0.10701, 0.173518, 0.285078, 0.471544, 0.782919", \
+            "0.018714, 0.067901, 0.107361, 0.173733, 0.285229, 0.471545, 0.78292", \
+            "0.023268, 0.069231, 0.108141, 0.174113, 0.285423, 0.471546, 0.782921" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00185215, 0.00235215, 0.00239835, 0.00240525, 0.00232945, 0.00218105, 0.00188505", \
+            "0.000823701, 0.0013703, 0.0014511, 0.001463, 0.0013956, 0.0011615, 0.000909099", \
+            "0.000777, 0.0012918, 0.0013261, 0.0014047, 0.0013128, 0.0015697, 0.0008359", \
+            "0.0007686, 0.0013153, 0.0013889, 0.0013841, 0.0012614, 0.0014563, 0.0008775", \
+            "0.00070115, 0.00123215, 0.00129885, 0.00135945, 0.00136085, 0.00116215, 0.00121115", \
+            "0.00060855, 0.00110475, 0.00118935, 0.00122005, 0.00123435, 0.00127385, 0.00111895", \
+            "0.000485551, 0.00095395, 0.00098885, 0.00103335, 0.00104015, 0.00105875, 0.00100425" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00550885, 0.00589185, 0.00590925, 0.00587275, 0.00574285, 0.00545025, 0.00494265", \
+            "0.00550495, 0.00587805, 0.00595425, 0.00620305, 0.00577395, 0.00574635, 0.00497335", \
+            "0.00551775, 0.00590775, 0.00590155, 0.00588065, 0.00610305, 0.00543855, 0.00508525", \
+            "0.0055001, 0.0059238, 0.0059932, 0.0059803, 0.0057241, 0.0057284, 0.0054939", \
+            "0.0054875, 0.0058611, 0.0059579, 0.0059244, 0.0060403, 0.0057783, 0.0051129", \
+            "0.00543305, 0.00579695, 0.00586225, 0.00591825, 0.00592755, 0.00589555, 0.00591465", \
+            "0.00552945, 0.00587615, 0.00586105, 0.00582795, 0.00582145, 0.00580535, 0.00573555" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179585, 0.0184834, 0.018537, 0.0185374, 0.0184557, 0.0183242, 0.0180413", \
+            "0.0179822, 0.0185259, 0.0186291, 0.0185904, 0.0185822, 0.0183789, 0.0180288", \
+            "0.0182584, 0.0187981, 0.0188496, 0.0188908, 0.0188845, 0.0187821, 0.0185823", \
+            "0.018932, 0.0194929, 0.0195749, 0.0195584, 0.0194821, 0.0195955, 0.0190303", \
+            "0.0204373, 0.0209872, 0.0210677, 0.0211073, 0.021127, 0.020894, 0.0207952", \
+            "0.0236296, 0.0241584, 0.0242406, 0.0242349, 0.0242735, 0.0242823, 0.0241983", \
+            "0.0303682, 0.0309094, 0.030922, 0.0309261, 0.0309927, 0.0309311, 0.030824" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011061, 0.0114362, 0.0114518, 0.0114157, 0.0112877, 0.0110084, 0.0104916", \
+            "0.0110338, 0.0114087, 0.0114683, 0.0117124, 0.0112647, 0.0110445, 0.0105344", \
+            "0.0110731, 0.0114677, 0.0114514, 0.0114108, 0.0115243, 0.0110047, 0.0105166", \
+            "0.0110266, 0.011447, 0.0114911, 0.0115367, 0.0113325, 0.0112531, 0.010839", \
+            "0.0110191, 0.0113729, 0.0114798, 0.0114362, 0.0115539, 0.0112972, 0.0106014", \
+            "0.011047, 0.0113811, 0.01144, 0.0115204, 0.0115079, 0.0114084, 0.0115373", \
+            "0.0109761, 0.0112784, 0.0112651, 0.0112256, 0.0112234, 0.0111953, 0.0111388" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00951038, 0.010024, 0.0100752, 0.0100655, 0.010015, 0.00984953, 0.00955924", \
+            "0.00953211, 0.00990889, 0.0100147, 0.0100548, 0.00998008, 0.00985031, 0.0095361", \
+            "0.00981733, 0.0100978, 0.0101316, 0.0102108, 0.0101145, 0.0104129, 0.0100531", \
+            "0.0106736, 0.0107494, 0.0108336, 0.0108397, 0.0108007, 0.0109147, 0.0104095", \
+            "0.0124192, 0.0121477, 0.0122208, 0.0123012, 0.012303, 0.0121649, 0.0122266", \
+            "0.0162459, 0.0155347, 0.0155407, 0.0154705, 0.015513, 0.0155146, 0.0154408", \
+            "0.0240638, 0.0226667, 0.0225043, 0.0223741, 0.0223283, 0.0223331, 0.0223436" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00225499;
+      rise_capacitance : 0.00243318;
+      rise_capacitance_range (0.00217066, 0.00262241);
+      fall_capacitance : 0.0020768;
+      fall_capacitance_range (0.0020768, 0.00263284);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.063575, -0.0376839, -0.0195752, -0.000828112", \
+            "-0.147007, -0.117137, -0.101307, -0.0791233", \
+            "-0.193882, -0.160934, -0.143013, -0.123007", \
+            "-0.252818, -0.217769, -0.199038, -0.177092" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0293423, 0.0571575, 0.106442, 0.161074", \
+            "-0.102082, -0.0101858, 0.0403032, 0.0968127", \
+            "-0.139875, -0.045548, 0.0107935, 0.0690899", \
+            "-0.171867, -0.0748207, -0.0182407, 0.0413215" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0709105, 0.0576505, 0.0632954, 0.0871758", \
+            "0.154495, 0.132416, 0.130154, 0.139601", \
+            "0.204169, 0.174046, 0.169997, 0.171031", \
+            "0.260913, 0.228765, 0.218812, 0.215462" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0366779, -0.0521658, -0.0987266, -0.152979", \
+            "0.10957, 0.0178252, -0.0350584, -0.0913147", \
+            "0.145019, 0.0507929, -0.00539673, -0.060615", \
+            "0.179962, 0.0803187, 0.0238906, -0.0354185" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00362133, 0.00361804, 0.00398482, 0.00503746, 0.00741392, 0.0125946, 0.0235647" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00386959, 0.00403458, 0.00449386, 0.00561229, 0.00797852, 0.0131252, 0.0240009" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0216113, 0.0215583, 0.0219085, 0.0229556, 0.0253072, 0.0306367, 0.0415353" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0282271, 0.0303232, 0.030796, 0.0319332, 0.0343587, 0.0396701, 0.0508439" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0216113, 0.0215583, 0.0219085, 0.0229556, 0.0253072, 0.0306367, 0.0415353" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0282271, 0.0303232, 0.030796, 0.0319332, 0.0343587, 0.0396701, 0.0508439" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00242762;
+      rise_capacitance : 0.00277467;
+      rise_capacitance_range (0.00246205, 0.00307773);
+      fall_capacitance : 0.00182028;
+      fall_capacitance_range (0.00182028, 0.00292273);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0605774, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137936, 0.0136611, 0.0141263, 0.0154043, 0.0184301, 0.025242, 0.039764" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0152264, 0.0151969, 0.0157379, 0.0171978, 0.0203682, 0.0273038, 0.0418942" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0186738, 0.0189047, 0.0194277, 0.0207576, 0.0236539, 0.0302242, 0.0438529" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00990418, 0.00988991, 0.0103884, 0.0115997, 0.0145112, 0.0208109, 0.0344033" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0186982, 0.0189356, 0.0194671, 0.0208189, 0.0238191, 0.0302573, 0.0438882" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137936, 0.0136611, 0.0141263, 0.0154043, 0.0184301, 0.025242, 0.039764" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0186738, 0.0189047, 0.0194277, 0.0207576, 0.0236539, 0.0302242, 0.0438529" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00336;
+      rise_capacitance : 0.00353392;
+      rise_capacitance_range (0.00300742, 0.00381011);
+      fall_capacitance : 0.00325566;
+      fall_capacitance_range (0.00299365, 0.00349332);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : recovery_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.00244519, -0.0771241, -0.121873, -0.171867", \
+            "0.0621491, -0.0229181, -0.0796394, -0.143546", \
+            "0.10387, 0.0193239, -0.0404755, -0.105814", \
+            "0.161074, 0.0775697, 0.0182407, -0.0501761" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : removal_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.012226, 0.0970907, 0.150162, 0.215041", \
+            "-0.0521658, 0.0381969, 0.0953739, 0.165538", \
+            "-0.0961548, -0.00883427, 0.0512689, 0.122764", \
+            "-0.152979, -0.0693227, -0.00976587, 0.0619823" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.12146, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-8.72402e-05, -3.08145e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "8.72402e-05, 3.08145e-06, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-3.7661e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "3.7661e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-3.7661e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "3.7661e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dlhrq_1) {
+    area : 27.216;
+    cell_footprint : "dlhrq";
+    cell_leakage_power : 852.032;
+    leakage_power () {
+      value : 794.414;
+      when : "!RESET_B*!Q*!D*!GATE";
+    }
+    leakage_power () {
+      value : 846.689;
+      when : "!RESET_B*!Q*!D*GATE";
+    }
+    leakage_power () {
+      value : 829.573;
+      when : "!RESET_B*!Q*D*!GATE";
+    }
+    leakage_power () {
+      value : 746.39;
+      when : "!RESET_B*!Q*D*GATE";
+    }
+    leakage_power () {
+      value : 861.679;
+      when : "RESET_B*!GATE*!D*!Q";
+    }
+    leakage_power () {
+      value : 861.679;
+      when : "RESET_B*!GATE*!D*Q";
+    }
+    leakage_power () {
+      value : 896.878;
+      when : "RESET_B*!GATE*D*!Q";
+    }
+    leakage_power () {
+      value : 896.878;
+      when : "RESET_B*!GATE*D*Q";
+    }
+    leakage_power () {
+      value : 872.19;
+      when : "D*GATE*RESET_B*Q";
+    }
+    leakage_power () {
+      value : 913.951;
+      when : "!D*GATE*RESET_B*!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.127132, 0.174308, 0.202135, 0.247686, 0.32373, 0.450354, 0.6614", \
+            "0.151654, 0.198846, 0.22667, 0.272247, 0.348301, 0.474907, 0.685793", \
+            "0.167594, 0.214741, 0.242615, 0.288159, 0.364165, 0.490767, 0.701628", \
+            "0.188846, 0.236009, 0.263896, 0.309442, 0.385473, 0.512032, 0.722886", \
+            "0.219483, 0.266668, 0.294564, 0.340142, 0.416167, 0.542729, 0.753597", \
+            "0.262868, 0.31009, 0.33799, 0.383578, 0.459626, 0.586255, 0.79708", \
+            "0.323223, 0.370564, 0.398509, 0.444107, 0.520176, 0.646768, 0.857741" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0152589, 0.0687588, 0.108003, 0.174044, 0.285378, 0.471024, 0.780579", \
+            "0.0152981, 0.0687697, 0.108004, 0.174045, 0.285379, 0.471025, 0.7806", \
+            "0.0152991, 0.0687707, 0.108013, 0.174046, 0.28538, 0.471026, 0.782816", \
+            "0.0153001, 0.0687717, 0.108014, 0.174047, 0.285381, 0.471027, 0.782817", \
+            "0.0153221, 0.0687727, 0.108015, 0.174048, 0.285382, 0.471028, 0.782818", \
+            "0.015476, 0.068811, 0.10803, 0.174051, 0.285383, 0.471029, 0.782819", \
+            "0.015799, 0.068926, 0.108091, 0.174082, 0.285384, 0.47103, 0.78282" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.113262, 0.152439, 0.175963, 0.214555, 0.279026, 0.386294, 0.564943", \
+            "0.137453, 0.176733, 0.200244, 0.238814, 0.303268, 0.410516, 0.589219", \
+            "0.151179, 0.190388, 0.213947, 0.2525, 0.31689, 0.424134, 0.602935", \
+            "0.16973, 0.208957, 0.232492, 0.271094, 0.335486, 0.442738, 0.621343", \
+            "0.193908, 0.233195, 0.256749, 0.295295, 0.359727, 0.466946, 0.645634", \
+            "0.224676, 0.264018, 0.287605, 0.326194, 0.39056, 0.497928, 0.676494", \
+            "0.259674, 0.299166, 0.322728, 0.361347, 0.425748, 0.533028, 0.711732" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011383, 0.0551324, 0.0868676, 0.140134, 0.229896, 0.379377, 0.628851", \
+            "0.0113947, 0.0551334, 0.086896, 0.140175, 0.229897, 0.379448, 0.62894", \
+            "0.0114163, 0.0551344, 0.086897, 0.140176, 0.229898, 0.379449, 0.628941", \
+            "0.0114492, 0.0551354, 0.086901, 0.140177, 0.229899, 0.37945, 0.628942", \
+            "0.0114886, 0.0551433, 0.086902, 0.140178, 0.2299, 0.379451, 0.628943", \
+            "0.011659, 0.055197, 0.086908, 0.140196, 0.229901, 0.379528, 0.628944", \
+            "0.011911, 0.055282, 0.086954, 0.140213, 0.229902, 0.379529, 0.628945" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.114997, 0.161966, 0.189794, 0.235376, 0.311399, 0.438015, 0.649082", \
+            "0.14084, 0.187817, 0.215661, 0.26122, 0.337246, 0.463879, 0.674733", \
+            "0.157701, 0.204675, 0.232539, 0.278121, 0.354133, 0.480724, 0.691806", \
+            "0.179954, 0.226887, 0.254838, 0.300315, 0.376451, 0.503024, 0.713832", \
+            "0.209204, 0.256272, 0.284165, 0.329753, 0.405778, 0.532468, 0.743255", \
+            "0.246151, 0.293396, 0.321297, 0.366909, 0.442977, 0.569598, 0.780442", \
+            "0.28657, 0.334132, 0.362125, 0.407759, 0.483834, 0.610409, 0.82139" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0151657, 0.0686972, 0.107963, 0.174023, 0.28536, 0.471023, 0.780579", \
+            "0.0151667, 0.0687199, 0.107985, 0.174024, 0.285361, 0.471952, 0.78058", \
+            "0.0152152, 0.0687292, 0.107986, 0.174025, 0.285362, 0.471953, 0.780817", \
+            "0.0152986, 0.0687516, 0.108038, 0.174026, 0.285363, 0.471954, 0.780818", \
+            "0.0154551, 0.0687912, 0.108039, 0.174041, 0.285364, 0.471955, 0.780819", \
+            "0.015847, 0.06892, 0.108098, 0.174056, 0.285365, 0.471956, 0.78082", \
+            "0.016567, 0.069172, 0.108251, 0.174167, 0.285371, 0.471957, 0.780821" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.117594, 0.156944, 0.18049, 0.219066, 0.283433, 0.390801, 0.569368", \
+            "0.143906, 0.183264, 0.206812, 0.24538, 0.309774, 0.417071, 0.595692", \
+            "0.160352, 0.199692, 0.223241, 0.261821, 0.32621, 0.433414, 0.612062", \
+            "0.181496, 0.220834, 0.244386, 0.282954, 0.347362, 0.454571, 0.63317", \
+            "0.208844, 0.248205, 0.271721, 0.310351, 0.374727, 0.482054, 0.660616", \
+            "0.241535, 0.280913, 0.304427, 0.343001, 0.407455, 0.514657, 0.693324", \
+            "0.276968, 0.316337, 0.339844, 0.378427, 0.442881, 0.550077, 0.728847" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116851, 0.0551545, 0.0868892, 0.140185, 0.229846, 0.379376, 0.628784", \
+            "0.0116861, 0.0551555, 0.0868986, 0.140191, 0.229854, 0.379424, 0.628881", \
+            "0.0116871, 0.0551565, 0.0868996, 0.140192, 0.229855, 0.379425, 0.629608", \
+            "0.0116881, 0.0551575, 0.0869006, 0.140193, 0.229856, 0.379426, 0.629609", \
+            "0.0116891, 0.0551585, 0.0869516, 0.140194, 0.229857, 0.379442, 0.62961", \
+            "0.0116901, 0.0551595, 0.086954, 0.140195, 0.229858, 0.379443, 0.629611", \
+            "0.0116911, 0.0551605, 0.086955, 0.140196, 0.229859, 0.379519, 0.629612" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0455941, 0.0847798, 0.108386, 0.147, 0.211546, 0.318711, 0.497437", \
+            "0.0741534, 0.114977, 0.1387, 0.177392, 0.241922, 0.349336, 0.528346", \
+            "0.09092, 0.133702, 0.157566, 0.196421, 0.260983, 0.368323, 0.547034", \
+            "0.113149, 0.159768, 0.183801, 0.2226, 0.287205, 0.394604, 0.573255", \
+            "0.141413, 0.193706, 0.219138, 0.257136, 0.322515, 0.429986, 0.608779", \
+            "0.177713, 0.239471, 0.266, 0.306187, 0.371822, 0.479004, 0.65816", \
+            "0.219855, 0.294932, 0.325539, 0.369268, 0.436491, 0.546717, 0.727881" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110637, 0.0551618, 0.0870202, 0.140255, 0.230079, 0.379556, 0.628905", \
+            "0.0137308, 0.0562248, 0.0876135, 0.140621, 0.230109, 0.379703, 0.629444", \
+            "0.0164459, 0.0573866, 0.0883626, 0.141096, 0.23038, 0.379765, 0.629445", \
+            "0.0205843, 0.0602329, 0.0901371, 0.14203, 0.23101, 0.380269, 0.629446", \
+            "0.0267428, 0.0655304, 0.0938716, 0.144182, 0.232154, 0.381097, 0.629892", \
+            "0.035661, 0.075211, 0.101504, 0.149758, 0.236034, 0.383351, 0.631338", \
+            "0.048769, 0.09333, 0.117783, 0.163604, 0.246886, 0.392646, 0.638762" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.000853201, 0.0012269, 0.00124, 0.0011963, 0.0011009, 0.000841001, 0.000778701", \
+            "0.000845701, 0.0012133, 0.001315, 0.0012563, 0.0013514, 0.000845799, 0.0008607", \
+            "0.0008916, 0.0012536, 0.0012747, 0.0012977, 0.0014195, 0.0009604, 0.0009041", \
+            "0.0008607, 0.0012779, 0.0013509, 0.0013171, 0.0011547, 0.0011771, 0.000891801", \
+            "0.000810999, 0.0011863, 0.0012793, 0.001302, 0.0013601, 0.0010562, 0.000925601", \
+            "0.000846801, 0.0011779, 0.0012818, 0.0012395, 0.0012807, 0.0013372, 0.0011725", \
+            "0.000886101, 0.0011807, 0.0011857, 0.0011641, 0.0012462, 0.0011693, 0.0010651" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "-0.000853201, -0.0012269, -0.00124, -0.0011963, -0.0011009, -0.000841001, -0.000778701", \
+            "-0.000845701, -0.0012133, -0.001315, -0.0012563, -0.0013514, -0.000845799, -0.0008607", \
+            "-0.0008916, -0.0012536, -0.0012747, -0.0012977, -0.0014195, -0.0009604, -0.0009041", \
+            "-0.0008607, -0.0012779, -0.0013509, -0.0013171, -0.0011547, -0.0011771, -0.000891801", \
+            "-0.000810999, -0.0011863, -0.0012793, -0.001302, -0.0013601, -0.0010562, -0.000925601", \
+            "-0.000846801, -0.0011779, -0.0012818, -0.0012395, -0.0012807, -0.0013372, -0.0011725", \
+            "-0.000886101, -0.0011807, -0.0011857, -0.0011641, -0.0012462, -0.0011693, -0.0010651" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0121868, 0.0125732, 0.0125983, 0.0125561, 0.012468, 0.0121922, 0.0121366", \
+            "0.0120837, 0.0124335, 0.0125357, 0.0124499, 0.0123372, 0.0122775, 0.0120162", \
+            "0.0121499, 0.01252, 0.0125405, 0.0125684, 0.0124741, 0.0121857, 0.0121179", \
+            "0.0120968, 0.0125188, 0.0125886, 0.0125989, 0.0123826, 0.0125697, 0.0121047", \
+            "0.0121029, 0.0124522, 0.0125552, 0.0125799, 0.0126277, 0.0122409, 0.0121783", \
+            "0.012124, 0.012428, 0.0125203, 0.0124861, 0.0125518, 0.012606, 0.0124596", \
+            "0.0120827, 0.0123912, 0.012354, 0.0123245, 0.012393, 0.0123071, 0.0122054" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0120881, 0.0126894, 0.012727, 0.0126947, 0.0125819, 0.0123235, 0.0119548", \
+            "0.0122594, 0.0128488, 0.0128931, 0.0130795, 0.0130183, 0.0125191, 0.0121141", \
+            "0.012383, 0.0130013, 0.0130578, 0.0129593, 0.0130645, 0.012828, 0.0123395", \
+            "0.0123934, 0.0130191, 0.0131165, 0.0131334, 0.012887, 0.012859, 0.0126265", \
+            "0.0123174, 0.0129478, 0.0130074, 0.0130124, 0.0131098, 0.0130115, 0.0124145", \
+            "0.0119305, 0.0125081, 0.0125559, 0.0126482, 0.0125868, 0.0125378, 0.0126324", \
+            "0.0108743, 0.0114674, 0.0114946, 0.0113975, 0.0113655, 0.011479, 0.0113772" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00927674, 0.00987926, 0.00990061, 0.00985863, 0.00978017, 0.00953373, 0.0090501", \
+            "0.00934962, 0.00973904, 0.00980121, 0.0100056, 0.00981231, 0.00954848, 0.00920805", \
+            "0.00985695, 0.0101388, 0.0102331, 0.0101578, 0.01036, 0.0098896, 0.0094335", \
+            "0.0113733, 0.0114703, 0.0115562, 0.0116369, 0.0114447, 0.011402, 0.0110681", \
+            "0.0143938, 0.0141302, 0.0141638, 0.0141719, 0.0143234, 0.0141885, 0.0137341", \
+            "0.0211016, 0.0201199, 0.0200381, 0.0200302, 0.0201652, 0.0200676, 0.0201089", \
+            "0.0347718, 0.0329515, 0.0326573, 0.0324945, 0.0323547, 0.0321334, 0.0323129" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00230331;
+      rise_capacitance : 0.00252291;
+      rise_capacitance_range (0.00225973, 0.00271357);
+      fall_capacitance : 0.00208371;
+      fall_capacitance_range (0.00208371, 0.00271682);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0586846, -0.0326922, -0.0144316, 0.00456862", \
+            "-0.142016, -0.112044, -0.0960622, -0.0736253", \
+            "-0.191311, -0.158312, -0.140315, -0.117357", \
+            "-0.25012, -0.212271, -0.193388, -0.174141" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0293423, 0.0596533, 0.109014, 0.163772", \
+            "-0.102082, -0.0101858, 0.0429256, 0.0995617", \
+            "-0.139875, -0.045548, 0.0107935, 0.0690899", \
+            "-0.174566, -0.0748207, -0.0182407, 0.0413215" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0660201, 0.0551547, 0.0607236, 0.0871758", \
+            "0.149503, 0.127323, 0.127531, 0.136852", \
+            "0.199026, 0.171424, 0.167299, 0.168206", \
+            "0.258215, 0.226016, 0.215987, 0.212511" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0366779, -0.0546617, -0.101298, -0.155677", \
+            "0.107074, 0.0152788, -0.0376808, -0.0913147", \
+            "0.145019, 0.0507929, -0.00539673, -0.0634399", \
+            "0.179962, 0.0803187, 0.0238906, -0.0354185" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00348989, 0.00348767, 0.00384522, 0.00489316, 0.00725325, 0.0123877, 0.0233198" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00382147, 0.00398214, 0.00443099, 0.00553752, 0.00788265, 0.012998, 0.023841" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0220133, 0.0219502, 0.0222979, 0.0233, 0.0257081, 0.0308654, 0.0418436" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0285127, 0.0305037, 0.0309641, 0.0320904, 0.034461, 0.0397174, 0.0508524" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0220133, 0.0219502, 0.0222979, 0.0233, 0.0257081, 0.0308654, 0.0418436" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0285127, 0.0305037, 0.0309641, 0.0320904, 0.034461, 0.0397174, 0.0508524" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00237209;
+      rise_capacitance : 0.00279761;
+      rise_capacitance_range (0.00248564, 0.0030995);
+      fall_capacitance : 0.0018402;
+      fall_capacitance_range (0.0018402, 0.00294546);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.057373, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141321, 0.0140302, 0.0144711, 0.0157359, 0.0187372, 0.0255379, 0.0400052" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0148638, 0.0148258, 0.0153898, 0.0168289, 0.0199872, 0.0269126, 0.0414751" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187428, 0.0189905, 0.0195044, 0.0208343, 0.0237672, 0.0302116, 0.0439981" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0102338, 0.0102033, 0.010687, 0.0119055, 0.0147397, 0.0210886, 0.0345442" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0188798, 0.0191206, 0.0196366, 0.0209688, 0.023866, 0.0303466, 0.0439537" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141321, 0.0140302, 0.0144711, 0.0157359, 0.0187372, 0.0255379, 0.0400052" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187428, 0.0189905, 0.0195044, 0.0208343, 0.0237672, 0.0302116, 0.0439981" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00318395;
+      rise_capacitance : 0.0033164;
+      rise_capacitance_range (0.00279821, 0.00359539);
+      fall_capacitance : 0.00308462;
+      fall_capacitance_range (0.00283789, 0.00329664);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : recovery_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.00978076, -0.0871074, -0.13216, -0.185359", \
+            "0.0421825, -0.0458363, -0.103241, -0.168287", \
+            "0.0730088, -0.0147674, -0.0728558, -0.142539", \
+            "0.109805, 0.0253387, -0.0354333, -0.103304" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : removal_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0171163, 0.104578, 0.160449, 0.225834", \
+            "-0.0321992, 0.0585686, 0.116353, 0.184781", \
+            "-0.0652935, 0.0252571, 0.0863477, 0.156663", \
+            "-0.104408, -0.0170917, 0.0439082, 0.112158" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.118256, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dllr_1) {
+    area : 34.4736;
+    cell_footprint : "dllr";
+    cell_leakage_power : 1072.35;
+    leakage_power () {
+      value : 1053.34;
+      when : "!RESET_B*!Q*Q_N*!D*!GATE_N";
+    }
+    leakage_power () {
+      value : 1001.03;
+      when : "!RESET_B*!Q*Q_N*!D*GATE_N";
+    }
+    leakage_power () {
+      value : 945.007;
+      when : "!RESET_B*!Q*Q_N*D*!GATE_N";
+    }
+    leakage_power () {
+      value : 1036.22;
+      when : "!RESET_B*!Q*Q_N*D*GATE_N";
+    }
+    leakage_power () {
+      value : 1112.7;
+      when : "RESET_B*!GATE_N*!D*!Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1112.7;
+      when : "RESET_B*!GATE_N*!D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1112.7;
+      when : "RESET_B*!GATE_N*!D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1112.7;
+      when : "RESET_B*!GATE_N*!D*Q*Q_N";
+    }
+    leakage_power () {
+      value : 1092.62;
+      when : "RESET_B*!GATE_N*D*!Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1092.62;
+      when : "RESET_B*!GATE_N*D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 1092.62;
+      when : "RESET_B*!GATE_N*D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1092.62;
+      when : "RESET_B*!GATE_N*D*Q*Q_N";
+    }
+    leakage_power () {
+      value : 1095.64;
+      when : "D*GATE_N*RESET_B*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 1060.42;
+      when : "!D*GATE_N*RESET_B*!Q*Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.138434, 0.191015, 0.219507, 0.265382, 0.341662, 0.468567, 0.680169", \
+            "0.162497, 0.21509, 0.243548, 0.28941, 0.3657, 0.492609, 0.704063", \
+            "0.178135, 0.230707, 0.259231, 0.305044, 0.381291, 0.508228, 0.719812", \
+            "0.199073, 0.251646, 0.280122, 0.325955, 0.402206, 0.529091, 0.740449", \
+            "0.229151, 0.281745, 0.310218, 0.356067, 0.432325, 0.559219, 0.770699", \
+            "0.272013, 0.324675, 0.353168, 0.399038, 0.475341, 0.60225, 0.813612", \
+            "0.331473, 0.384265, 0.412745, 0.458645, 0.534924, 0.6618, 0.873307" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0177015, 0.0720141, 0.109974, 0.175063, 0.28608, 0.472066, 0.782299", \
+            "0.0177025, 0.0720242, 0.11003, 0.175064, 0.286081, 0.472507, 0.782384", \
+            "0.0177035, 0.0720252, 0.110031, 0.175111, 0.286082, 0.472508, 0.782503", \
+            "0.0177101, 0.0720262, 0.110032, 0.175112, 0.286083, 0.472509, 0.782504", \
+            "0.0177468, 0.0720307, 0.110041, 0.175113, 0.286084, 0.47251, 0.782505", \
+            "0.017864, 0.072068, 0.110051, 0.175114, 0.286085, 0.472511, 0.782506", \
+            "0.018107, 0.072155, 0.110109, 0.175115, 0.286086, 0.472512, 0.782507" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118755, 0.160967, 0.184537, 0.222877, 0.286674, 0.393079, 0.570267", \
+            "0.142438, 0.184662, 0.208278, 0.246584, 0.31049, 0.41683, 0.594095", \
+            "0.15593, 0.198119, 0.221716, 0.260025, 0.323892, 0.430208, 0.607505", \
+            "0.174098, 0.216312, 0.23993, 0.278224, 0.342138, 0.448436, 0.625512", \
+            "0.197713, 0.239978, 0.263573, 0.301894, 0.365757, 0.472095, 0.649225", \
+            "0.22808, 0.270374, 0.293985, 0.332308, 0.396202, 0.502548, 0.679673", \
+            "0.262638, 0.304979, 0.328601, 0.366918, 0.430822, 0.537263, 0.714329" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0125424, 0.0563306, 0.0869121, 0.138999, 0.22758, 0.375715, 0.622549", \
+            "0.0125867, 0.0563316, 0.0869131, 0.139, 0.227586, 0.375716, 0.622556", \
+            "0.0125989, 0.0563326, 0.0869141, 0.139001, 0.227664, 0.375717, 0.62269", \
+            "0.0126028, 0.0563404, 0.0869151, 0.139002, 0.227665, 0.375718, 0.622691", \
+            "0.0126628, 0.0563473, 0.0869497, 0.139003, 0.227666, 0.375719, 0.622692", \
+            "0.012839, 0.05636, 0.086975, 0.139011, 0.227667, 0.37572, 0.622693", \
+            "0.01306, 0.056496, 0.087028, 0.139014, 0.227668, 0.375721, 0.622712" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.151829, 0.204249, 0.232721, 0.278593, 0.354928, 0.481779, 0.69346", \
+            "0.179894, 0.232358, 0.26084, 0.306703, 0.383017, 0.509966, 0.721431", \
+            "0.196656, 0.249095, 0.277569, 0.32342, 0.399696, 0.52661, 0.738003", \
+            "0.220323, 0.272774, 0.301248, 0.347075, 0.423324, 0.55025, 0.761583", \
+            "0.25222, 0.304615, 0.333086, 0.378968, 0.455168, 0.582097, 0.793456", \
+            "0.297532, 0.34991, 0.378368, 0.424224, 0.500494, 0.627359, 0.838821", \
+            "0.358911, 0.411296, 0.439751, 0.485616, 0.561904, 0.68877, 0.900414" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0175937, 0.0719833, 0.109962, 0.175068, 0.286068, 0.472089, 0.782304", \
+            "0.0175947, 0.0719843, 0.110025, 0.175069, 0.286121, 0.472131, 0.782305", \
+            "0.0176204, 0.0719853, 0.110026, 0.17507, 0.286122, 0.472132, 0.782972", \
+            "0.0176214, 0.0719863, 0.110027, 0.175071, 0.286123, 0.472133, 0.782973", \
+            "0.0176224, 0.0719873, 0.110028, 0.175072, 0.286124, 0.472134, 0.782974", \
+            "0.0176234, 0.0719883, 0.110034, 0.175073, 0.286125, 0.472135, 0.782975", \
+            "0.0176244, 0.0719893, 0.110035, 0.175074, 0.286126, 0.472136, 0.782976" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.113677, 0.156028, 0.179599, 0.217884, 0.281823, 0.388105, 0.565317", \
+            "0.142801, 0.185185, 0.208791, 0.2471, 0.310979, 0.417317, 0.594441", \
+            "0.16146, 0.203834, 0.227428, 0.265753, 0.329579, 0.435926, 0.6131", \
+            "0.187789, 0.230211, 0.253839, 0.292119, 0.355979, 0.462302, 0.639413", \
+            "0.224421, 0.266961, 0.290566, 0.32888, 0.392772, 0.499114, 0.676337", \
+            "0.276688, 0.319426, 0.343052, 0.381387, 0.44529, 0.551649, 0.728797", \
+            "0.347938, 0.391203, 0.414856, 0.453236, 0.517146, 0.623489, 0.800659" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.012827, 0.0563877, 0.0868759, 0.139009, 0.227506, 0.375712, 0.622567", \
+            "0.0128645, 0.0563887, 0.0869448, 0.13901, 0.227586, 0.375713, 0.622568", \
+            "0.012887, 0.0563897, 0.0869458, 0.139011, 0.227587, 0.375714, 0.622665", \
+            "0.0129917, 0.0563919, 0.0869468, 0.139058, 0.227588, 0.375715, 0.622666", \
+            "0.0131649, 0.0564628, 0.0869561, 0.139059, 0.227589, 0.375716, 0.6227", \
+            "0.013599, 0.056587, 0.087046, 0.13906, 0.227623, 0.375717, 0.622701", \
+            "0.014456, 0.05687, 0.087131, 0.139091, 0.227624, 0.375718, 0.622702" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0493361, 0.0933465, 0.117876, 0.156542, 0.22035, 0.326653, 0.503687", \
+            "0.079505, 0.125856, 0.150427, 0.18904, 0.252859, 0.359179, 0.53665", \
+            "0.0977097, 0.147059, 0.171611, 0.210225, 0.27403, 0.380283, 0.557398", \
+            "0.121865, 0.177085, 0.201765, 0.240178, 0.303886, 0.410199, 0.587241", \
+            "0.15275, 0.216719, 0.241549, 0.27871, 0.342356, 0.448566, 0.625693", \
+            "0.190798, 0.265771, 0.290332, 0.328085, 0.391374, 0.497489, 0.674515", \
+            "0.233122, 0.319294, 0.34314, 0.380354, 0.443488, 0.548967, 0.725857" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.012608, 0.058629, 0.0888997, 0.139958, 0.22744, 0.374895, 0.621916", \
+            "0.0156095, 0.0594915, 0.0891995, 0.139959, 0.227441, 0.375114, 0.622498", \
+            "0.0186923, 0.0612019, 0.089929, 0.140069, 0.227442, 0.375115, 0.622751", \
+            "0.0237203, 0.0646993, 0.0916486, 0.140484, 0.227443, 0.375116, 0.622752", \
+            "0.0312455, 0.0705356, 0.0942783, 0.141098, 0.227555, 0.375264, 0.622753", \
+            "0.04206, 0.078372, 0.09746, 0.141634, 0.227591, 0.375364, 0.622754", \
+            "0.057259, 0.087348, 0.100944, 0.142146, 0.227702, 0.375422, 0.622755" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116945, 0.0320721, 0.0457649, 0.0682909, 0.105815, 0.168224, 0.272274", \
+            "0.0116591, 0.0320408, 0.0458511, 0.0684181, 0.10606, 0.16844, 0.272229", \
+            "0.0117233, 0.0320524, 0.0457594, 0.0683549, 0.105797, 0.168722, 0.272323", \
+            "0.0116568, 0.0320739, 0.0458376, 0.0683682, 0.10577, 0.168786, 0.272294", \
+            "0.0116529, 0.0320187, 0.0458072, 0.0683572, 0.106053, 0.168458, 0.272807", \
+            "0.0116732, 0.0319899, 0.0458143, 0.0683136, 0.106016, 0.168717, 0.273153", \
+            "0.0117358, 0.032013, 0.0456868, 0.0681577, 0.105955, 0.168644, 0.272998" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00574, 0.0261511, 0.0397896, 0.0621401, 0.0994176, 0.161586, 0.264997", \
+            "-0.000270501, 0.0201821, 0.0339998, 0.0563298, 0.0936512, 0.1556, 0.25909", \
+            "-0.000468198, 0.0199814, 0.033607, 0.055999, 0.0943027, 0.155673, 0.258851", \
+            "-0.000489201, 0.0200205, 0.0337879, 0.0562035, 0.0932536, 0.15576, 0.259099", \
+            "-0.000602499, 0.0197999, 0.0336419, 0.0561638, 0.0939017, 0.156033, 0.259287", \
+            "-0.000759698, 0.019575, 0.0333542, 0.0558052, 0.0936328, 0.15638, 0.260744", \
+            "-0.0010219, 0.019282, 0.0329088, 0.0552972, 0.0930182, 0.155219, 0.26019" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226571, 0.0430146, 0.0567049, 0.0792172, 0.116741, 0.179192, 0.283184", \
+            "0.0227001, 0.043128, 0.0568694, 0.0793232, 0.116831, 0.179301, 0.283264", \
+            "0.0226661, 0.0429958, 0.056699, 0.0793678, 0.116765, 0.179227, 0.283469", \
+            "0.0227051, 0.0431149, 0.0568925, 0.0793333, 0.116799, 0.17996, 0.283399", \
+            "0.0227401, 0.0431744, 0.0569031, 0.0794487, 0.117168, 0.179284, 0.284157", \
+            "0.0227518, 0.0431483, 0.0568423, 0.0794329, 0.117085, 0.179922, 0.284013", \
+            "0.0226679, 0.043001, 0.056701, 0.079272, 0.116873, 0.179722, 0.284218" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0205719, 0.0410178, 0.0546467, 0.0769489, 0.1143, 0.176377, 0.279807", \
+            "0.0204752, 0.04093, 0.0547054, 0.0770438, 0.114474, 0.176343, 0.279753", \
+            "0.0205171, 0.0410101, 0.0545413, 0.0770147, 0.115438, 0.176698, 0.279812", \
+            "0.0205028, 0.0410184, 0.0547826, 0.0772723, 0.114371, 0.177037, 0.280001", \
+            "0.020727, 0.0411173, 0.0549462, 0.0775369, 0.115168, 0.177364, 0.280812", \
+            "0.0210327, 0.0413902, 0.0551756, 0.0775139, 0.115457, 0.178238, 0.282449", \
+            "0.0219746, 0.0422078, 0.0558423, 0.078275, 0.116024, 0.178369, 0.283143" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0295499, 0.0500745, 0.063661, 0.0860479, 0.123275, 0.185402, 0.288874", \
+            "0.0292476, 0.0494293, 0.0632027, 0.0862729, 0.122837, 0.184968, 0.288762", \
+            "0.0295845, 0.0497466, 0.0633089, 0.0856939, 0.123819, 0.185121, 0.288882", \
+            "0.0310979, 0.0507996, 0.0646238, 0.087151, 0.124357, 0.186791, 0.290553", \
+            "0.0343647, 0.0533433, 0.06704, 0.0894531, 0.127275, 0.189661, 0.292945", \
+            "0.041295, 0.0591392, 0.0726986, 0.0950192, 0.13274, 0.1956, 0.299976", \
+            "0.0540709, 0.0703056, 0.0834261, 0.105543, 0.143164, 0.205303, 0.310229" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.143744, 0.183746, 0.211272, 0.256774, 0.332755, 0.459342, 0.670417", \
+            "0.167504, 0.207484, 0.235002, 0.280481, 0.356403, 0.483198, 0.695888", \
+            "0.180952, 0.221003, 0.248485, 0.29395, 0.369972, 0.496588, 0.707761", \
+            "0.199173, 0.239228, 0.266695, 0.312133, 0.388109, 0.514672, 0.725642", \
+            "0.222831, 0.262818, 0.290339, 0.335803, 0.411763, 0.538431, 0.749313", \
+            "0.252755, 0.2928, 0.320343, 0.365845, 0.441755, 0.568395, 0.779366", \
+            "0.287935, 0.327733, 0.355226, 0.40068, 0.476695, 0.60334, 0.814272" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112607, 0.0663978, 0.106561, 0.173095, 0.284591, 0.470349, 0.780203", \
+            "0.0112658, 0.0664189, 0.106562, 0.173096, 0.284613, 0.470515, 0.781814", \
+            "0.0112668, 0.0664199, 0.106563, 0.173097, 0.284614, 0.470516, 0.781815", \
+            "0.0112754, 0.0664209, 0.106564, 0.173098, 0.284615, 0.470517, 0.781816", \
+            "0.0112881, 0.0664219, 0.106565, 0.173099, 0.284616, 0.470518, 0.781817", \
+            "0.011303, 0.0664229, 0.106566, 0.1731, 0.284617, 0.470519, 0.781818", \
+            "0.011339, 0.0664239, 0.106567, 0.17311, 0.284618, 0.47052, 0.781819" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.168093, 0.20266, 0.225825, 0.264028, 0.327838, 0.43425, 0.611472", \
+            "0.192153, 0.226719, 0.249861, 0.288013, 0.351918, 0.458265, 0.636995", \
+            "0.207782, 0.242378, 0.265495, 0.303644, 0.367582, 0.473874, 0.651066", \
+            "0.228696, 0.263239, 0.286404, 0.324609, 0.388438, 0.4948, 0.671957", \
+            "0.258828, 0.293384, 0.316527, 0.354659, 0.41857, 0.52497, 0.702085", \
+            "0.301555, 0.33613, 0.35922, 0.397433, 0.461351, 0.567682, 0.744875", \
+            "0.361336, 0.395873, 0.418937, 0.457167, 0.520978, 0.627323, 0.804597" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114939, 0.0545326, 0.0861834, 0.13912, 0.227994, 0.376225, 0.623309", \
+            "0.0114949, 0.0545336, 0.0862165, 0.139121, 0.227995, 0.376226, 0.624842", \
+            "0.0114959, 0.0545346, 0.0862175, 0.139143, 0.227996, 0.376235, 0.625091", \
+            "0.0114969, 0.0545376, 0.0862185, 0.139144, 0.227997, 0.376236, 0.625092", \
+            "0.0114979, 0.0545386, 0.0862195, 0.139145, 0.227998, 0.376237, 0.625093", \
+            "0.0114989, 0.0545396, 0.0862205, 0.139146, 0.227999, 0.376326, 0.625094", \
+            "0.011548, 0.0545406, 0.0862215, 0.139147, 0.228, 0.376327, 0.625095" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.138802, 0.178776, 0.20626, 0.251808, 0.327802, 0.454329, 0.665412", \
+            "0.167985, 0.20794, 0.235475, 0.280904, 0.35688, 0.483489, 0.694452", \
+            "0.186649, 0.226599, 0.254133, 0.29962, 0.375562, 0.502198, 0.713161", \
+            "0.213004, 0.252949, 0.280484, 0.325987, 0.401898, 0.528507, 0.739497", \
+            "0.249795, 0.289745, 0.317239, 0.362688, 0.438701, 0.565297, 0.776233", \
+            "0.302377, 0.342251, 0.369772, 0.415298, 0.491265, 0.617784, 0.828799", \
+            "0.373904, 0.413628, 0.441122, 0.48664, 0.562607, 0.689249, 0.900283" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0113087, 0.0664205, 0.106564, 0.173094, 0.284571, 0.470325, 0.780205", \
+            "0.0113097, 0.0664215, 0.106565, 0.173095, 0.284572, 0.47041, 0.780206", \
+            "0.0113107, 0.0664225, 0.106566, 0.173105, 0.284573, 0.470411, 0.780207", \
+            "0.0113117, 0.0664235, 0.106567, 0.173106, 0.284574, 0.470412, 0.780208", \
+            "0.0113234, 0.0664255, 0.106568, 0.173107, 0.284575, 0.470447, 0.780209", \
+            "0.011367, 0.0664265, 0.106569, 0.173108, 0.284576, 0.470448, 0.78021", \
+            "0.011482, 0.066438, 0.10657, 0.173109, 0.284586, 0.470449, 0.780211" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.181346, 0.215893, 0.239059, 0.277229, 0.341068, 0.447492, 0.624755", \
+            "0.209405, 0.244, 0.267163, 0.305386, 0.369221, 0.475596, 0.653096", \
+            "0.226173, 0.260792, 0.283887, 0.322046, 0.385846, 0.492198, 0.669459", \
+            "0.249815, 0.284418, 0.307574, 0.345749, 0.409634, 0.515925, 0.693116", \
+            "0.281673, 0.316288, 0.339436, 0.3776, 0.441531, 0.547815, 0.725022", \
+            "0.325539, 0.360101, 0.383276, 0.421477, 0.485293, 0.591652, 0.768903", \
+            "0.388392, 0.422953, 0.446141, 0.484268, 0.54816, 0.654534, 0.831776" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011469, 0.0545271, 0.0862463, 0.13912, 0.227994, 0.376225, 0.623309", \
+            "0.01147, 0.054551, 0.0862473, 0.139121, 0.229861, 0.376226, 0.623652", \
+            "0.011471, 0.054552, 0.0862483, 0.139122, 0.229862, 0.376227, 0.623696", \
+            "0.011472, 0.054553, 0.0862493, 0.139123, 0.229863, 0.376228, 0.623697", \
+            "0.011473, 0.054554, 0.0862503, 0.139124, 0.229864, 0.376229, 0.623698", \
+            "0.011474, 0.054555, 0.0862513, 0.139125, 0.229865, 0.37623, 0.623699", \
+            "0.011475, 0.054556, 0.0862523, 0.139132, 0.229866, 0.376242, 0.6237" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0748483, 0.115002, 0.142572, 0.188002, 0.263989, 0.390621, 0.601702", \
+            "0.106908, 0.146509, 0.17402, 0.219483, 0.295453, 0.422118, 0.633232", \
+            "0.127529, 0.166231, 0.193667, 0.238999, 0.315001, 0.441561, 0.652621", \
+            "0.155961, 0.193252, 0.22052, 0.265798, 0.341717, 0.468272, 0.67921", \
+            "0.192807, 0.227762, 0.255292, 0.299071, 0.375092, 0.501808, 0.712648", \
+            "0.239113, 0.272301, 0.298578, 0.343076, 0.418698, 0.54517, 0.755935", \
+            "0.291398, 0.321201, 0.346874, 0.390848, 0.465381, 0.591385, 0.802128" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114573, 0.0665677, 0.106666, 0.173193, 0.284555, 0.470438, 0.78018", \
+            "0.0119433, 0.0665687, 0.106667, 0.173194, 0.284559, 0.470969, 0.780181", \
+            "0.0126086, 0.0666347, 0.106668, 0.173195, 0.28456, 0.47097, 0.780222", \
+            "0.0140507, 0.0668351, 0.106728, 0.173196, 0.284561, 0.470971, 0.780223", \
+            "0.0163206, 0.0672581, 0.106902, 0.173197, 0.28457, 0.470972, 0.780224", \
+            "0.019611, 0.068036, 0.107196, 0.173358, 0.284571, 0.470973, 0.780225", \
+            "0.024117, 0.069267, 0.107624, 0.173433, 0.284572, 0.470974, 0.780226" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0057544, 0.0262813, 0.0399765, 0.0624618, 0.0999586, 0.162364, 0.266353", \
+            "-0.000234902, 0.020347, 0.0341984, 0.0565979, 0.0940052, 0.156456, 0.26124", \
+            "-0.000455797, 0.0200941, 0.0337424, 0.0563789, 0.0938087, 0.157076, 0.260446", \
+            "-0.000452701, 0.0201561, 0.0338747, 0.0563423, 0.0937466, 0.156707, 0.260581", \
+            "-0.000559397, 0.0199939, 0.033724, 0.0563284, 0.0939877, 0.156256, 0.260974", \
+            "-0.000755001, 0.0197579, 0.0335165, 0.0560514, 0.0937018, 0.156548, 0.260575", \
+            "-0.000963002, 0.0194891, 0.0331211, 0.0556932, 0.0933932, 0.156115, 0.260567" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116944, 0.0319678, 0.0456092, 0.0680196, 0.10536, 0.167537, 0.271053", \
+            "0.0116643, 0.0319349, 0.045684, 0.068474, 0.105463, 0.167515, 0.271885", \
+            "0.0116997, 0.0319739, 0.0455776, 0.0680635, 0.105791, 0.167546, 0.271721", \
+            "0.0116414, 0.0320006, 0.0457273, 0.0682028, 0.105276, 0.167952, 0.272361", \
+            "0.0116524, 0.0319105, 0.0457081, 0.0680795, 0.106006, 0.168104, 0.271219", \
+            "0.0116601, 0.0319053, 0.0456319, 0.0681859, 0.105892, 0.168472, 0.273082", \
+            "0.011693, 0.0319267, 0.0454888, 0.0679017, 0.105523, 0.168325, 0.272664" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0362193, 0.0567553, 0.0704164, 0.092922, 0.130432, 0.192805, 0.29678", \
+            "0.0361257, 0.0567339, 0.070586, 0.0929627, 0.130409, 0.192795, 0.296739", \
+            "0.0367423, 0.0572754, 0.0709661, 0.0935884, 0.130958, 0.193525, 0.297312", \
+            "0.038096, 0.0586853, 0.0724372, 0.0948984, 0.132293, 0.195433, 0.299103", \
+            "0.0412083, 0.0617642, 0.0754599, 0.0981215, 0.135774, 0.198095, 0.302751", \
+            "0.0478842, 0.0683764, 0.0821159, 0.104722, 0.14237, 0.205187, 0.30944", \
+            "0.0622955, 0.0826712, 0.0963659, 0.118989, 0.156623, 0.219419, 0.323857" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226571, 0.0429238, 0.0565608, 0.078957, 0.116302, 0.178487, 0.28202", \
+            "0.0227053, 0.0430217, 0.0569361, 0.079046, 0.117067, 0.178519, 0.282365", \
+            "0.0226639, 0.0429611, 0.0565534, 0.0791015, 0.117262, 0.178647, 0.282209", \
+            "0.0227032, 0.0430844, 0.0568472, 0.0792361, 0.11641, 0.179246, 0.282062", \
+            "0.0227219, 0.0430758, 0.0567852, 0.0794443, 0.117113, 0.178974, 0.282827", \
+            "0.0227383, 0.0430389, 0.056761, 0.0791769, 0.117049, 0.179783, 0.284149", \
+            "0.022645, 0.0428836, 0.0565146, 0.078959, 0.116735, 0.179017, 0.283583" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0295132, 0.0501796, 0.0638488, 0.0863083, 0.12375, 0.186182, 0.290122", \
+            "0.0292071, 0.0495414, 0.063325, 0.0858625, 0.123341, 0.186023, 0.289763", \
+            "0.0295692, 0.0497218, 0.0633731, 0.0860009, 0.12345, 0.186517, 0.289938", \
+            "0.0311086, 0.0508308, 0.0645835, 0.0871239, 0.124566, 0.187574, 0.291023", \
+            "0.0343946, 0.053412, 0.0671196, 0.089599, 0.127286, 0.189875, 0.294352", \
+            "0.0413063, 0.0592253, 0.0727485, 0.0951141, 0.132777, 0.195539, 0.299887", \
+            "0.05411, 0.0704278, 0.083614, 0.105816, 0.143211, 0.205779, 0.310231" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00232651;
+      rise_capacitance : 0.00250495;
+      rise_capacitance_range (0.00224235, 0.00269699);
+      fall_capacitance : 0.00214806;
+      fall_capacitance_range (0.00214806, 0.00270292);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0489038, 0.0297034, 0.0601499, 0.0828212", \
+            "-0.134528, -0.0509292, -0.0173898, 0.0088447", \
+            "-0.181023, -0.0979963, -0.0647607, -0.0354333", \
+            "-0.242025, -0.157291, -0.119939, -0.0885461" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0586846, -0.0451714, -0.0530083, -0.0655889", \
+            "-0.129536, -0.112044, -0.119664, -0.131354", \
+            "-0.165593, -0.1452, -0.151108, -0.162556", \
+            "-0.198851, -0.173785, -0.179263, -0.188898" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0611298, -0.0222159, -0.0524346, -0.0747261", \
+            "0.142016, 0.0585686, 0.0252571, -0.000597705", \
+            "0.191311, 0.108486, 0.0728558, 0.0439082", \
+            "0.25012, 0.165538, 0.128414, 0.0974008" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0660201, 0.0676338, 0.101872, 0.170825", \
+            "0.137024, 0.129869, 0.153755, 0.202828", \
+            "0.173308, 0.160934, 0.178092, 0.22188", \
+            "0.206946, 0.190279, 0.201863, 0.239075" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(GATE_N * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00367438, 0.00368238, 0.00405835, 0.00510379, 0.00753628, 0.0126558, 0.0235819" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00361573, 0.00377369, 0.00421042, 0.00535939, 0.00772693, 0.0128726, 0.0237098" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0223172, 0.0222918, 0.0226197, 0.0236906, 0.0260338, 0.0312266, 0.0422313" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0269124, 0.0329338, 0.0335443, 0.0346774, 0.0370713, 0.0423612, 0.0535058" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0223172, 0.0222918, 0.0226197, 0.0236906, 0.0260338, 0.0312266, 0.0422313" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0269124, 0.0329338, 0.0335443, 0.0346774, 0.0370713, 0.0423612, 0.0535058" \
+          );
+        }
+      }
+    }
+    pin (GATE_N) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00248991;
+      rise_capacitance : 0.00190578;
+      rise_capacitance_range (0.00190578, 0.00314282);
+      fall_capacitance : 0.00282371;
+      fall_capacitance_range (0.00260426, 0.00298894);
+      timing () {
+        related_pin : "GATE_N";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0162948, 0.0161438, 0.0165424, 0.0177211, 0.0204885, 0.0266958, 0.0401194" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0156051, 0.0156438, 0.0162033, 0.01758, 0.0204551, 0.0268521, 0.040301" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0178237, 0.0189092, 0.019369, 0.0206389, 0.0235497, 0.0299293, 0.0432919" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0178536, 0.0189324, 0.0193885, 0.0206648, 0.0236564, 0.0299764, 0.0434076" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0104371, 0.0105237, 0.0110658, 0.0124714, 0.0154157, 0.0217968, 0.0354123" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0178237, 0.0189092, 0.019369, 0.0206389, 0.0235497, 0.0299293, 0.0432919" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0156051, 0.0156438, 0.0162033, 0.01758, 0.0204551, 0.0268521, 0.040301" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0033215;
+      rise_capacitance : 0.00349646;
+      rise_capacitance_range (0.00297769, 0.00377625);
+      fall_capacitance : 0.00321653;
+      fall_capacitance_range (0.00295672, 0.00345575);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0171163, -0.0945949, -0.127016, -0.158375", \
+            "0.0421825, -0.0356504, -0.0691498, -0.102311", \
+            "0.0807241, 0.00621186, -0.0269836, -0.060615", \
+            "0.13409, 0.0610757, 0.0267156, -0.00295154" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0268971, 0.107074, 0.139875, 0.171867", \
+            "-0.0321992, 0.0458363, 0.0796394, 0.110558", \
+            "-0.0730088, 0.00427779, 0.0377771, 0.0690899", \
+            "-0.125995, -0.0528287, -0.0210657, 0.00885461" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.12146, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00012573, -3.99147e-05, -2.10494e-05, -2.91601e-06, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00012573, 3.99147e-05, 2.10494e-05, 2.91601e-06, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-7.32499e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "7.32499e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-7.32499e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "7.32499e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "!GATE_N";
+    }
+  }
+  cell (sg13g2_dllrq_1) {
+    area : 29.0304;
+    cell_footprint : "dllrq";
+    cell_leakage_power : 852.005;
+    leakage_power () {
+      value : 846.69;
+      when : "!RESET_B*!Q*!D*!GATE_N";
+    }
+    leakage_power () {
+      value : 794.407;
+      when : "!RESET_B*!Q*!D*GATE_N";
+    }
+    leakage_power () {
+      value : 746.336;
+      when : "!RESET_B*!Q*D*!GATE_N";
+    }
+    leakage_power () {
+      value : 829.549;
+      when : "!RESET_B*!Q*D*GATE_N";
+    }
+    leakage_power () {
+      value : 861.674;
+      when : "RESET_B*GATE_N*!D*!Q";
+    }
+    leakage_power () {
+      value : 861.674;
+      when : "RESET_B*GATE_N*!D*Q";
+    }
+    leakage_power () {
+      value : 896.808;
+      when : "RESET_B*GATE_N*D*!Q";
+    }
+    leakage_power () {
+      value : 896.808;
+      when : "RESET_B*GATE_N*D*Q";
+    }
+    leakage_power () {
+      value : 872.137;
+      when : "D*!GATE_N*RESET_B*Q";
+    }
+    leakage_power () {
+      value : 913.965;
+      when : "!D*!GATE_N*RESET_B*!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.126248, 0.17322, 0.20115, 0.246812, 0.323007, 0.449881, 0.661383", \
+            "0.150567, 0.197588, 0.225487, 0.271137, 0.347331, 0.474221, 0.68557", \
+            "0.166393, 0.213402, 0.241321, 0.286947, 0.363143, 0.489995, 0.701386", \
+            "0.187598, 0.234585, 0.262525, 0.308181, 0.384373, 0.511194, 0.722471", \
+            "0.217552, 0.264562, 0.292506, 0.338183, 0.414358, 0.541229, 0.752482", \
+            "0.260859, 0.3079, 0.33585, 0.381523, 0.457732, 0.584632, 0.795876", \
+            "0.320504, 0.3677, 0.395679, 0.441374, 0.517584, 0.644408, 0.855864" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0155722, 0.0691245, 0.108483, 0.174636, 0.286235, 0.472259, 0.782398", \
+            "0.0155732, 0.069146, 0.108514, 0.174675, 0.286236, 0.47226, 0.782445", \
+            "0.0155742, 0.069147, 0.108515, 0.174676, 0.286237, 0.472261, 0.783382", \
+            "0.0155775, 0.069148, 0.108516, 0.174677, 0.286238, 0.472262, 0.783383", \
+            "0.0156005, 0.069149, 0.108517, 0.174678, 0.286239, 0.472263, 0.783384", \
+            "0.015754, 0.069187, 0.108518, 0.174679, 0.28624, 0.472264, 0.783385", \
+            "0.016083, 0.069293, 0.108575, 0.174712, 0.286241, 0.472265, 0.783386" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.112569, 0.151291, 0.174606, 0.212858, 0.276779, 0.383133, 0.560246", \
+            "0.136577, 0.175297, 0.198657, 0.236901, 0.300788, 0.407134, 0.584319", \
+            "0.150211, 0.188919, 0.21226, 0.250508, 0.314354, 0.420711, 0.597993", \
+            "0.168618, 0.20735, 0.230712, 0.268974, 0.332829, 0.439155, 0.61625", \
+            "0.192479, 0.231263, 0.254619, 0.292858, 0.356717, 0.463048, 0.640196", \
+            "0.223072, 0.261925, 0.285305, 0.323567, 0.387424, 0.493845, 0.670976", \
+            "0.257785, 0.296812, 0.320176, 0.358472, 0.422336, 0.528708, 0.705907" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0115791, 0.0548746, 0.0864131, 0.139127, 0.227954, 0.376208, 0.623137", \
+            "0.0115801, 0.0548756, 0.0864141, 0.139128, 0.227971, 0.376209, 0.623182", \
+            "0.0115811, 0.0548874, 0.0864151, 0.139129, 0.227972, 0.37621, 0.623183", \
+            "0.0115821, 0.0548884, 0.0864161, 0.13913, 0.227973, 0.376211, 0.623184", \
+            "0.0116633, 0.0548892, 0.0864171, 0.139131, 0.227974, 0.376212, 0.623185", \
+            "0.011813, 0.054955, 0.0864181, 0.139137, 0.227975, 0.376213, 0.623186", \
+            "0.012063, 0.055016, 0.0864191, 0.139153, 0.227977, 0.376214, 0.623187" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.139649, 0.186448, 0.214393, 0.260076, 0.336255, 0.463143, 0.674631", \
+            "0.167673, 0.21444, 0.242407, 0.288103, 0.36429, 0.491281, 0.702437", \
+            "0.184569, 0.231405, 0.25935, 0.305028, 0.381199, 0.508093, 0.719376", \
+            "0.208117, 0.254939, 0.28284, 0.328512, 0.404729, 0.531526, 0.742821", \
+            "0.239919, 0.286744, 0.314655, 0.360312, 0.436519, 0.563408, 0.774651", \
+            "0.28503, 0.331857, 0.359771, 0.405437, 0.481644, 0.608503, 0.819809", \
+            "0.346085, 0.392918, 0.420834, 0.466504, 0.542703, 0.669584, 0.881077" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0154728, 0.0691102, 0.10851, 0.174659, 0.286247, 0.472259, 0.782399", \
+            "0.0154746, 0.0691112, 0.108511, 0.17466, 0.286248, 0.472401, 0.782404", \
+            "0.0154756, 0.0691122, 0.108512, 0.174663, 0.286249, 0.472402, 0.78245", \
+            "0.0154766, 0.0691132, 0.108513, 0.174669, 0.28625, 0.472403, 0.782451", \
+            "0.0154776, 0.0691142, 0.108514, 0.17467, 0.286251, 0.472404, 0.782452", \
+            "0.0154786, 0.0691152, 0.108515, 0.174671, 0.286252, 0.472405, 0.782453", \
+            "0.0154796, 0.0691162, 0.108516, 0.174672, 0.286253, 0.472406, 0.782454" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.106811, 0.145735, 0.169035, 0.207278, 0.271142, 0.377524, 0.554645", \
+            "0.136027, 0.174931, 0.198271, 0.236508, 0.300384, 0.406731, 0.583892", \
+            "0.154455, 0.193397, 0.216729, 0.254934, 0.318807, 0.425111, 0.602298", \
+            "0.180558, 0.219562, 0.242886, 0.28113, 0.344991, 0.451321, 0.62844", \
+            "0.216925, 0.256002, 0.279359, 0.317618, 0.381491, 0.487841, 0.665022", \
+            "0.267041, 0.306373, 0.32972, 0.36803, 0.431866, 0.538246, 0.71537", \
+            "0.337848, 0.377743, 0.401133, 0.439439, 0.503325, 0.609741, 0.786872" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0117982, 0.0549617, 0.0863558, 0.139153, 0.227958, 0.376208, 0.623155", \
+            "0.0118268, 0.0549627, 0.0863645, 0.139154, 0.227963, 0.376209, 0.623182", \
+            "0.0118995, 0.0549637, 0.0863655, 0.139155, 0.227964, 0.37621, 0.623237", \
+            "0.0120113, 0.0549647, 0.0863665, 0.139156, 0.227965, 0.376211, 0.623238", \
+            "0.0122436, 0.0549892, 0.0863765, 0.139157, 0.227966, 0.376212, 0.623239", \
+            "0.012683, 0.055132, 0.08647, 0.139165, 0.228052, 0.376213, 0.62324", \
+            "0.013684, 0.055459, 0.086663, 0.139206, 0.228053, 0.376214, 0.623241" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0459034, 0.084647, 0.108037, 0.146355, 0.21035, 0.31667, 0.493925", \
+            "0.0745044, 0.114813, 0.138375, 0.176805, 0.240746, 0.347224, 0.524782", \
+            "0.0913015, 0.133569, 0.157199, 0.195681, 0.259787, 0.366204, 0.543481", \
+            "0.1136, 0.159628, 0.183478, 0.221816, 0.285992, 0.392519, 0.569662", \
+            "0.141095, 0.193646, 0.218865, 0.256547, 0.321372, 0.427642, 0.605043", \
+            "0.178437, 0.239738, 0.266088, 0.305695, 0.37092, 0.477977, 0.655144", \
+            "0.2209, 0.295394, 0.325805, 0.369343, 0.436196, 0.545652, 0.725498" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112712, 0.0549433, 0.0864475, 0.139231, 0.228185, 0.376265, 0.623066", \
+            "0.0140285, 0.0559612, 0.0871052, 0.139574, 0.228233, 0.376469, 0.623713", \
+            "0.0166597, 0.0571672, 0.0879288, 0.140123, 0.228501, 0.376472, 0.623714", \
+            "0.0208629, 0.0599964, 0.0896359, 0.141004, 0.229118, 0.37692, 0.623715", \
+            "0.0271511, 0.06493, 0.0934115, 0.14321, 0.230302, 0.377873, 0.62421", \
+            "0.035999, 0.075345, 0.101275, 0.148905, 0.234402, 0.380187, 0.625816", \
+            "0.049203, 0.093257, 0.11763, 0.163046, 0.245528, 0.389845, 0.633521" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0600839, 0.106976, 0.134921, 0.180579, 0.256769, 0.383584, 0.595006", \
+            "0.0816204, 0.129576, 0.157584, 0.203276, 0.279495, 0.406301, 0.618029", \
+            "0.0970053, 0.146477, 0.174617, 0.220423, 0.29669, 0.423517, 0.634911", \
+            "0.117733, 0.170428, 0.198633, 0.244555, 0.320791, 0.447707, 0.659067", \
+            "0.146768, 0.204832, 0.233746, 0.280081, 0.356078, 0.483205, 0.694718", \
+            "0.189588, 0.257585, 0.28796, 0.335395, 0.413144, 0.539979, 0.751872", \
+            "0.248146, 0.330584, 0.365676, 0.416183, 0.496065, 0.626597, 0.841993" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0151498, 0.0690287, 0.108457, 0.174649, 0.286147, 0.472142, 0.782513", \
+            "0.0166587, 0.0696811, 0.10886, 0.17483, 0.286204, 0.472222, 0.782578", \
+            "0.0186062, 0.070615, 0.109472, 0.175173, 0.286385, 0.472223, 0.784048", \
+            "0.022314, 0.0727527, 0.110654, 0.175784, 0.286871, 0.472573, 0.784049", \
+            "0.0283537, 0.0771858, 0.113762, 0.177663, 0.287711, 0.473212, 0.78405", \
+            "0.037973, 0.086964, 0.121174, 0.183117, 0.291531, 0.4756, 0.784608", \
+            "0.051737, 0.105909, 0.138325, 0.196991, 0.303195, 0.485921, 0.792461" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0084771, 0.0088573, 0.0088879, 0.0088594, 0.008759, 0.0085327, 0.0084522", \
+            "0.0084783, 0.0088524, 0.008967, 0.0088602, 0.0088096, 0.0085238, 0.0081463", \
+            "0.008491, 0.0088575, 0.0088733, 0.0088984, 0.0089498, 0.0085821, 0.008319", \
+            "0.0084254, 0.008858, 0.0089245, 0.0089442, 0.0087473, 0.0090191, 0.0084519", \
+            "0.0083778, 0.0087726, 0.0088713, 0.0088999, 0.0089378, 0.0086534, 0.0085387", \
+            "0.0084831, 0.0088276, 0.0089258, 0.0089122, 0.0089658, 0.0089958, 0.0088544", \
+            "0.0087058, 0.0090325, 0.009028, 0.0090201, 0.0091343, 0.00905, 0.0089624" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0026214, 0.0032002, 0.003235, 0.0032006, 0.0030793, 0.0028792, 0.0024094", \
+            "6.97989e-05, 0.000643799, 0.000728, 0.0007239, 0.0008671, 0.000325, -0.000115501", \
+            "-4.36008e-05, 0.0005718, 0.0005727, 0.0005187, 0.000566101, 0.000305301, -0.0002912", \
+            "-8.89003e-05, 0.000511, 0.000612799, 0.000634199, 0.0004662, 0.0003726, -4.53014e-05", \
+            "-0.0001291, 0.000429399, 0.0005372, 0.000556599, 0.000565799, 0.000472799, -0.000103701", \
+            "-0.000281399, 0.000251401, 0.00034, 0.000379402, 0.0004205, 0.0004449, 0.000389699", \
+            "-0.0004756, 8.03024e-05, 0.000103001, 7.93003e-05, 0.000128001, -7.51987e-05, 0.0001784" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0083279, 0.0087192, 0.0087607, 0.0087458, 0.0086433, 0.0083835, 0.0083191", \
+            "0.0081569, 0.008582, 0.0086661, 0.0085873, 0.0084821, 0.0082731, 0.0081576", \
+            "0.0081276, 0.0085213, 0.0085359, 0.0086321, 0.0084994, 0.0082403, 0.0081567", \
+            "0.0082664, 0.0086865, 0.0087605, 0.0087255, 0.008595, 0.0089375, 0.0083421", \
+            "0.0081403, 0.0085642, 0.0086087, 0.0087068, 0.0086868, 0.0083461, 0.0086303", \
+            "0.0080632, 0.0084851, 0.0085348, 0.0085842, 0.0085807, 0.0086538, 0.0083896", \
+            "0.0077581, 0.0081578, 0.0081678, 0.0081969, 0.0082011, 0.0082572, 0.0082381" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0066792, 0.007293, 0.0073123, 0.0072897, 0.0071775, 0.0069517, 0.0065039", \
+            "0.006414, 0.0070009, 0.0070825, 0.0071333, 0.0073388, 0.0066656, 0.0062224", \
+            "0.0064345, 0.0070433, 0.007034, 0.006997, 0.007247, 0.0068518, 0.0062477", \
+            "0.0065344, 0.0071503, 0.0072212, 0.0072763, 0.0071156, 0.007044, 0.0067004", \
+            "0.0066436, 0.0071992, 0.007327, 0.0073577, 0.0074057, 0.0071277, 0.0066362", \
+            "0.0069407, 0.0074855, 0.0075964, 0.0075349, 0.0077052, 0.007704, 0.0076285", \
+            "0.0077543, 0.0082233, 0.0082617, 0.0082618, 0.0083657, 0.0081326, 0.0082287" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0124813, 0.0129042, 0.0129248, 0.012886, 0.0127309, 0.0124465, 0.0125674", \
+            "0.0122266, 0.012506, 0.0125891, 0.0126847, 0.0124154, 0.0121172, 0.0122946", \
+            "0.0123514, 0.0126216, 0.01266, 0.0126382, 0.0128993, 0.0123138, 0.0126013", \
+            "0.0131472, 0.0131971, 0.0132829, 0.0133561, 0.0131438, 0.0133913, 0.0130051", \
+            "0.0156377, 0.0153387, 0.0153648, 0.0154161, 0.0154341, 0.0151311, 0.0151107", \
+            "0.0219277, 0.0210538, 0.0209668, 0.0209562, 0.0210537, 0.0209492, 0.0208754", \
+            "0.0354058, 0.0337828, 0.0334391, 0.0331469, 0.0331196, 0.0329399, 0.0329017" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00941727, 0.00998363, 0.0100093, 0.00998246, 0.00989299, 0.00967492, 0.00919936", \
+            "0.00948765, 0.00983811, 0.00991109, 0.0100307, 0.0100813, 0.00965033, 0.0093187", \
+            "0.00998584, 0.0102703, 0.0103741, 0.0102832, 0.0103984, 0.0100119, 0.00965289", \
+            "0.0115017, 0.0116035, 0.0116858, 0.0117354, 0.0115819, 0.0115249, 0.0115253", \
+            "0.0144981, 0.0142122, 0.0143099, 0.0143285, 0.0144554, 0.0143675, 0.0137051", \
+            "0.0212205, 0.0203213, 0.0202626, 0.020185, 0.0203582, 0.0204622, 0.0203351", \
+            "0.0349679, 0.0331661, 0.0328971, 0.0327465, 0.0326203, 0.0324278, 0.0326104" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00221551;
+      rise_capacitance : 0.00243299;
+      rise_capacitance_range (0.00216984, 0.00262294);
+      fall_capacitance : 0.00199802;
+      fall_capacitance_range (0.00199802, 0.0026279);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0440134, 0.0346951, 0.0627217, 0.0855195", \
+            "-0.129536, -0.0483827, -0.0147674, 0.0115937", \
+            "-0.178452, -0.0953739, -0.059364, -0.0326084", \
+            "-0.236628, -0.151793, -0.117114, -0.0855946" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0562394, -0.0426755, -0.0478647, -0.0601921", \
+            "-0.129536, -0.112044, -0.117042, -0.128605", \
+            "-0.165593, -0.142577, -0.14841, -0.159731", \
+            "-0.198851, -0.173785, -0.176438, -0.188898" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0537942, -0.0272076, -0.0550064, -0.0774245", \
+            "0.134528, 0.0534757, 0.0226347, -0.0033467", \
+            "0.183595, 0.103241, 0.0674591, 0.0410833", \
+            "0.244723, 0.16004, 0.122764, 0.0944492" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.063575, 0.065138, 0.0993003, 0.168127", \
+            "0.134528, 0.127323, 0.151133, 0.200079", \
+            "0.170736, 0.158312, 0.175394, 0.21623", \
+            "0.204248, 0.18753, 0.199038, 0.236123" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(GATE_N * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00341647, 0.00340194, 0.003774, 0.00481796, 0.00719147, 0.012355, 0.0232605" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.003795, 0.00395943, 0.00438936, 0.00553043, 0.00788342, 0.0130193, 0.0238832" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.014272, 0.0142007, 0.0145831, 0.0156407, 0.0179946, 0.0231505, 0.0339903" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0195867, 0.0221813, 0.0226638, 0.0238163, 0.0261448, 0.0314391, 0.0425796" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.014272, 0.0142007, 0.0145831, 0.0156407, 0.0179946, 0.0231505, 0.0339903" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0195867, 0.0221813, 0.0226638, 0.0238163, 0.0261448, 0.0314391, 0.0425796" \
+          );
+        }
+      }
+    }
+    pin (GATE_N) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00235452;
+      rise_capacitance : 0.00278087;
+      rise_capacitance_range (0.00246401, 0.00308765);
+      fall_capacitance : 0.00214134;
+      fall_capacitance_range (0.00214134, 0.00293179);
+      timing () {
+        related_pin : "GATE_N";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0701904, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0161569, 0.0160294, 0.0164132, 0.0175917, 0.0203857, 0.026576, 0.0400395" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0153726, 0.0154432, 0.015986, 0.0173693, 0.0202856, 0.026671, 0.0401091" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187972, 0.0190378, 0.019605, 0.0208858, 0.02391, 0.0303707, 0.044011" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00929191, 0.00927701, 0.00976145, 0.010963, 0.0138768, 0.0202242, 0.0337755" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0188313, 0.0190796, 0.0196566, 0.0209161, 0.0239112, 0.0304207, 0.0442985" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0161569, 0.0160294, 0.0164132, 0.0175917, 0.0203857, 0.026576, 0.0400395" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187972, 0.0190378, 0.019605, 0.0208858, 0.02391, 0.0303707, 0.044011" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324671;
+      rise_capacitance : 0.00342282;
+      rise_capacitance_range (0.00273715, 0.00390891);
+      fall_capacitance : 0.0030706;
+      fall_capacitance_range (0.00282096, 0.00328153);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0220067, -0.102082, -0.134731, -0.163772", \
+            "0.0222159, -0.0560221, -0.0901291, -0.121554", \
+            "0.0498628, -0.0278795, -0.059364, -0.0916895", \
+            "0.0855195, 0.0115937, -0.0213086, -0.0531277" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0317875, 0.112066, 0.145019, 0.177264", \
+            "-0.0147285, 0.0636615, 0.0979963, 0.129801", \
+            "-0.0421475, 0.0331243, 0.0674591, 0.100164", \
+            "-0.0801228, -0.0033467, 0.0297834, 0.0590308" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.118256, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "!GATE_N";
+    }
+  }
+  cell (sg13g2_dlygate4sd1_1) {
+    area : 14.5152;
+    cell_footprint : "dlygate4sd1";
+    cell_leakage_power : 324.83;
+    leakage_power () {
+      value : 340.955;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 308.705;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0785539, 0.121815, 0.149549, 0.195093, 0.271424, 0.398137, 0.609454", \
+            "0.103249, 0.146507, 0.174191, 0.219713, 0.295851, 0.422664, 0.634244", \
+            "0.118308, 0.161606, 0.189266, 0.234812, 0.310908, 0.437686, 0.649021", \
+            "0.137322, 0.18051, 0.208262, 0.25376, 0.330059, 0.456815, 0.668026", \
+            "0.160585, 0.203895, 0.231621, 0.277188, 0.353393, 0.480179, 0.691472", \
+            "0.185488, 0.228865, 0.25661, 0.302152, 0.378458, 0.50528, 0.716599", \
+            "0.206014, 0.249563, 0.277248, 0.322863, 0.39916, 0.52601, 0.737274" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0117442, 0.0669921, 0.107123, 0.173769, 0.285358, 0.471515, 0.7815", \
+            "0.0117552, 0.0669931, 0.107124, 0.17377, 0.285359, 0.473449, 0.781895", \
+            "0.0117839, 0.0669963, 0.107125, 0.173771, 0.28536, 0.47345, 0.781896", \
+            "0.0119266, 0.0669973, 0.107126, 0.173772, 0.285361, 0.473451, 0.781897", \
+            "0.0121227, 0.0670493, 0.107154, 0.173773, 0.285362, 0.473452, 0.781898", \
+            "0.012471, 0.067118, 0.107155, 0.173774, 0.285376, 0.473453, 0.781899", \
+            "0.013282, 0.067207, 0.107178, 0.173783, 0.285432, 0.473454, 0.7819" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0907089, 0.127811, 0.151188, 0.189672, 0.253932, 0.36112, 0.539585", \
+            "0.121981, 0.158995, 0.182384, 0.220873, 0.2852, 0.392324, 0.570671", \
+            "0.141636, 0.178702, 0.202097, 0.24061, 0.304896, 0.411983, 0.590447", \
+            "0.170138, 0.207148, 0.230592, 0.269113, 0.333414, 0.44048, 0.618861", \
+            "0.21056, 0.247808, 0.271222, 0.309763, 0.374057, 0.481183, 0.659612", \
+            "0.270115, 0.307584, 0.331, 0.369534, 0.433982, 0.540993, 0.719452", \
+            "0.357723, 0.395573, 0.419042, 0.457561, 0.521951, 0.629135, 0.80757" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.009493, 0.0541044, 0.0862085, 0.13963, 0.229127, 0.378256, 0.626998", \
+            "0.009538, 0.0541054, 0.0862095, 0.139631, 0.229128, 0.378372, 0.626999", \
+            "0.0095891, 0.0541197, 0.0862207, 0.139632, 0.229129, 0.378373, 0.627", \
+            "0.0097331, 0.0541599, 0.0862217, 0.139633, 0.22913, 0.378374, 0.627001", \
+            "0.0099662, 0.0541902, 0.0862311, 0.139634, 0.229131, 0.378375, 0.627002", \
+            "0.01042, 0.054295, 0.086274, 0.139686, 0.229132, 0.378376, 0.62706", \
+            "0.011311, 0.05455, 0.08639, 0.139687, 0.229142, 0.378377, 0.627061" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0155408, 0.0160121, 0.0160258, 0.0159856, 0.0158966, 0.0156201, 0.0155374", \
+            "0.0154036, 0.0158524, 0.0159168, 0.0158968, 0.0158007, 0.0157972, 0.0154677", \
+            "0.0155615, 0.01607, 0.0160764, 0.0160334, 0.0162216, 0.0157731, 0.0155527", \
+            "0.0162162, 0.0167076, 0.0167543, 0.0167668, 0.0165999, 0.0167926, 0.0162655", \
+            "0.0176879, 0.0181478, 0.0182035, 0.0181973, 0.0182724, 0.0179274, 0.0178137", \
+            "0.0211047, 0.0214595, 0.0215218, 0.0215606, 0.0216234, 0.0216544, 0.0213702", \
+            "0.0282109, 0.028527, 0.0285523, 0.0284663, 0.0285646, 0.028426, 0.0284044" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014853, 0.0153913, 0.0154015, 0.0153774, 0.0152667, 0.0150396, 0.0146484", \
+            "0.0147907, 0.0153497, 0.0153925, 0.0155014, 0.0154026, 0.0150174, 0.0145675", \
+            "0.0149751, 0.0155826, 0.0155737, 0.0155099, 0.0156507, 0.0154134, 0.0147659", \
+            "0.0156348, 0.0161884, 0.0162753, 0.0162956, 0.0161315, 0.0159392, 0.0156569", \
+            "0.0170945, 0.0176243, 0.0177191, 0.0177296, 0.0177964, 0.0176247, 0.0169726", \
+            "0.0204507, 0.0209531, 0.0210347, 0.0209901, 0.0211164, 0.0211311, 0.0210118", \
+            "0.0276149, 0.0280727, 0.0280837, 0.0280679, 0.0281868, 0.0280155, 0.0280906" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00160142;
+      rise_capacitance : 0.0015992;
+      rise_capacitance_range (0.00141359, 0.00178965);
+      fall_capacitance : 0.00160365;
+      fall_capacitance_range (0.00149738, 0.00167465);
+    }
+  }
+  cell (sg13g2_dlygate4sd2_1) {
+    area : 14.5152;
+    cell_footprint : "dlygate4sd2";
+    cell_leakage_power : 418.479;
+    leakage_power () {
+      value : 434.603;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 402.356;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.116066, 0.16002, 0.187782, 0.233379, 0.30964, 0.436436, 0.647649", \
+            "0.14358, 0.187566, 0.215314, 0.26095, 0.337142, 0.463846, 0.675174", \
+            "0.161737, 0.20578, 0.233511, 0.279129, 0.355292, 0.482091, 0.693317", \
+            "0.18529, 0.229287, 0.25704, 0.302671, 0.378862, 0.505651, 0.716837", \
+            "0.215119, 0.259172, 0.286943, 0.332521, 0.408734, 0.535663, 0.746789", \
+            "0.252205, 0.296446, 0.324204, 0.369799, 0.44608, 0.57296, 0.784133", \
+            "0.288908, 0.333255, 0.360994, 0.406639, 0.482787, 0.609787, 0.821095" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0127509, 0.0674502, 0.107418, 0.174005, 0.285567, 0.471653, 0.781807", \
+            "0.012753, 0.0674577, 0.107432, 0.174006, 0.285568, 0.471654, 0.781828", \
+            "0.0127779, 0.067483, 0.107433, 0.174007, 0.285569, 0.471655, 0.78293", \
+            "0.0128987, 0.0674846, 0.107434, 0.174008, 0.28557, 0.471656, 0.782931", \
+            "0.013056, 0.0674977, 0.107435, 0.174009, 0.285571, 0.471657, 0.782932", \
+            "0.013422, 0.0676, 0.107489, 0.17401, 0.285572, 0.471658, 0.782933", \
+            "0.014029, 0.067767, 0.107596, 0.174065, 0.285614, 0.471723, 0.782934" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.129263, 0.171572, 0.195531, 0.234264, 0.298631, 0.405862, 0.584437", \
+            "0.163601, 0.205975, 0.229911, 0.268629, 0.333056, 0.440287, 0.618846", \
+            "0.186928, 0.229284, 0.25326, 0.292038, 0.356434, 0.463667, 0.642221", \
+            "0.221175, 0.263605, 0.287588, 0.326268, 0.390747, 0.498004, 0.676401", \
+            "0.269256, 0.311646, 0.335677, 0.374457, 0.438867, 0.546086, 0.724552", \
+            "0.338802, 0.381419, 0.405455, 0.444207, 0.508653, 0.61596, 0.794337", \
+            "0.437716, 0.480688, 0.50479, 0.543629, 0.60807, 0.715353, 0.893867" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137554, 0.0581228, 0.0892902, 0.141844, 0.231049, 0.380209, 0.628902", \
+            "0.0137643, 0.0581238, 0.0892912, 0.141898, 0.231059, 0.380484, 0.628903", \
+            "0.0138129, 0.0581248, 0.0892922, 0.141899, 0.23106, 0.380485, 0.629733", \
+            "0.0138571, 0.0581258, 0.0892932, 0.1419, 0.231061, 0.380486, 0.629734", \
+            "0.0140162, 0.0582065, 0.0893011, 0.141902, 0.231077, 0.380487, 0.629735", \
+            "0.01431, 0.058343, 0.089449, 0.141944, 0.231078, 0.380488, 0.629736", \
+            "0.014877, 0.058742, 0.089655, 0.142101, 0.231079, 0.380489, 0.629737" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0185902, 0.0190207, 0.0190409, 0.0190045, 0.0188809, 0.0186399, 0.0186558", \
+            "0.0183628, 0.0187922, 0.0188936, 0.018805, 0.0191447, 0.0184059, 0.0184236", \
+            "0.0185466, 0.0190256, 0.0189915, 0.0190219, 0.0189527, 0.0186425, 0.0187361", \
+            "0.0191146, 0.0195848, 0.0196499, 0.0196406, 0.0194103, 0.0196263, 0.01904", \
+            "0.0204481, 0.0208626, 0.0209509, 0.0209827, 0.02101, 0.02064, 0.0204921", \
+            "0.0235629, 0.0239583, 0.0240461, 0.0240075, 0.0241126, 0.0241435, 0.0239737", \
+            "0.0304261, 0.0307536, 0.0307136, 0.0306966, 0.0307915, 0.0307302, 0.0305754" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.017961, 0.0184787, 0.0185012, 0.0184702, 0.0183763, 0.0181959, 0.0177703", \
+            "0.0177602, 0.0183084, 0.0184091, 0.0183569, 0.0182271, 0.0180942, 0.017611", \
+            "0.0179344, 0.0184686, 0.0184667, 0.0184866, 0.0185983, 0.018247, 0.0179146", \
+            "0.0185215, 0.0190872, 0.0191569, 0.0191458, 0.0189308, 0.018993, 0.0183876", \
+            "0.0199415, 0.0204192, 0.0205074, 0.0205931, 0.0206066, 0.0204363, 0.019962", \
+            "0.023174, 0.0236436, 0.0237166, 0.0236988, 0.0238013, 0.0238856, 0.0237911", \
+            "0.0301526, 0.0305382, 0.0305835, 0.0306048, 0.030662, 0.0305108, 0.0304894" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00159337;
+      rise_capacitance : 0.00158968;
+      rise_capacitance_range (0.00142021, 0.00176701);
+      fall_capacitance : 0.00159706;
+      fall_capacitance_range (0.00150542, 0.00166215);
+    }
+  }
+  cell (sg13g2_dlygate4sd3_1) {
+    area : 16.3296;
+    cell_footprint : "dlygate4sd3";
+    cell_leakage_power : 955.345;
+    leakage_power () {
+      value : 971.449;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 939.241;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.240402, 0.290725, 0.319465, 0.365675, 0.442389, 0.569378, 0.78059", \
+            "0.272995, 0.32346, 0.352145, 0.398461, 0.475019, 0.602003, 0.813026", \
+            "0.296247, 0.346607, 0.375388, 0.421552, 0.498137, 0.625327, 0.836506", \
+            "0.328467, 0.378876, 0.407644, 0.453905, 0.530392, 0.657429, 0.868665", \
+            "0.372265, 0.422646, 0.451429, 0.497764, 0.574243, 0.701309, 0.912493", \
+            "0.429503, 0.479866, 0.508674, 0.554944, 0.6315, 0.758535, 0.969928", \
+            "0.503339, 0.553821, 0.582709, 0.628917, 0.705503, 0.832536, 1.04391" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0183569, 0.0729464, 0.111805, 0.177368, 0.2881, 0.47368, 0.783435", \
+            "0.0183579, 0.0729474, 0.111806, 0.177369, 0.288323, 0.473908, 0.783636", \
+            "0.0183589, 0.0729484, 0.111808, 0.17737, 0.288324, 0.473909, 0.783935", \
+            "0.018365, 0.0729546, 0.111815, 0.177371, 0.288325, 0.47391, 0.783936", \
+            "0.018418, 0.0729847, 0.111842, 0.177372, 0.288326, 0.473911, 0.783937", \
+            "0.018553, 0.07306, 0.111936, 0.17741, 0.288327, 0.473912, 0.783938", \
+            "0.018956, 0.073333, 0.112127, 0.177545, 0.288328, 0.473913, 0.783939" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.243892, 0.297363, 0.324242, 0.365175, 0.4308, 0.538524, 0.717147", \
+            "0.282128, 0.335524, 0.362215, 0.403357, 0.46908, 0.576612, 0.755216", \
+            "0.311153, 0.364525, 0.39141, 0.43249, 0.498113, 0.605821, 0.784447", \
+            "0.356471, 0.409804, 0.436769, 0.477769, 0.54337, 0.650985, 0.829717", \
+            "0.420232, 0.473869, 0.500614, 0.541619, 0.607316, 0.714932, 0.893545", \
+            "0.512271, 0.566022, 0.592821, 0.633887, 0.699649, 0.80728, 0.985991", \
+            "0.638666, 0.692618, 0.719728, 0.760962, 0.826695, 0.934514, 1.11309" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0216867, 0.0695477, 0.0999132, 0.150598, 0.237273, 0.384515, 0.632526", \
+            "0.0216877, 0.0695487, 0.0999142, 0.1509, 0.237295, 0.38464, 0.632527", \
+            "0.0217056, 0.0695497, 0.0999152, 0.150901, 0.237363, 0.384705, 0.632729", \
+            "0.0217555, 0.0695507, 0.0999211, 0.150902, 0.237409, 0.384706, 0.63273", \
+            "0.0218371, 0.0697027, 0.100028, 0.150903, 0.237477, 0.384707, 0.632731", \
+            "0.022088, 0.069955, 0.100257, 0.150904, 0.237498, 0.384788, 0.632732", \
+            "0.022504, 0.070297, 0.100702, 0.151255, 0.237754, 0.385001, 0.632851" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0270744, 0.0273126, 0.0274055, 0.027356, 0.0273117, 0.0270358, 0.0269106", \
+            "0.0267905, 0.0270827, 0.0271063, 0.0271126, 0.0270613, 0.0267651, 0.0266455", \
+            "0.0267687, 0.0270278, 0.0270827, 0.0272404, 0.027011, 0.0268185, 0.0268626", \
+            "0.0272076, 0.0274598, 0.0275449, 0.027465, 0.0274392, 0.0275405, 0.0275743", \
+            "0.0283142, 0.0284955, 0.0286201, 0.0287143, 0.0287092, 0.0283185, 0.0283717", \
+            "0.0311383, 0.0313647, 0.0313845, 0.0314892, 0.0314226, 0.0314974, 0.0313068", \
+            "0.037515, 0.0376398, 0.0376988, 0.0377658, 0.0377495, 0.0377849, 0.0377018" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0266277, 0.0268727, 0.0269421, 0.0269693, 0.0268721, 0.0267103, 0.0262489", \
+            "0.0263289, 0.026669, 0.0266129, 0.0266813, 0.0265441, 0.0263753, 0.0259036", \
+            "0.0263098, 0.0265834, 0.0266529, 0.0267921, 0.0268291, 0.0264684, 0.0261279", \
+            "0.0268616, 0.0270479, 0.027121, 0.0271059, 0.0270066, 0.0270863, 0.0267328", \
+            "0.0279601, 0.0282095, 0.0282982, 0.0283678, 0.0283964, 0.0279049, 0.0278607", \
+            "0.0309591, 0.0311265, 0.0311777, 0.0313022, 0.0313146, 0.0313645, 0.031194", \
+            "0.0373891, 0.0374813, 0.0375735, 0.0376633, 0.0375328, 0.0378038, 0.0377665" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00160478;
+      rise_capacitance : 0.00159309;
+      rise_capacitance_range (0.00146435, 0.00173888);
+      fall_capacitance : 0.00161648;
+      fall_capacitance_range (0.00154064, 0.00167652);
+    }
+  }
+  cell (sg13g2_ebufn_2) {
+    area : 18.144;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 523.634;
+    leakage_power () {
+      value : 298.636;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 218.516;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 741.908;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 835.477;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 0.6;
+      capacitance : 0.00619908;
+      rise_capacitance : 0.00494229;
+      rise_capacitance_range (0.00494229, 0.00494229);
+      fall_capacitance : 0.00745587;
+      fall_capacitance_range (0.00745587, 0.00745587);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0451772, 0.132625, 0.188553, 0.281291, 0.436938, 0.696949, 1.13052", \
+            "0.0735063, 0.161989, 0.218355, 0.311179, 0.46683, 0.726379, 1.15961", \
+            "0.0914803, 0.180447, 0.237233, 0.330333, 0.485707, 0.74532, 1.17847", \
+            "0.115532, 0.205978, 0.262989, 0.356204, 0.512109, 0.771655, 1.20492", \
+            "0.149708, 0.242914, 0.299031, 0.39129, 0.548463, 0.807418, 1.24069", \
+            "0.196356, 0.297158, 0.353974, 0.446669, 0.602105, 0.86221, 1.29495", \
+            "0.264491, 0.380154, 0.435401, 0.529433, 0.686606, 0.947543, 1.37947" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0145349, 0.13113, 0.211326, 0.34414, 0.566326, 0.936634, 1.55381", \
+            "0.0178458, 0.131368, 0.211418, 0.344141, 0.566327, 0.936635, 1.55382", \
+            "0.0209201, 0.131729, 0.211681, 0.344142, 0.566328, 0.936636, 1.55383", \
+            "0.0258478, 0.132522, 0.212213, 0.344506, 0.566329, 0.936637, 1.55384", \
+            "0.0332398, 0.134984, 0.213472, 0.345291, 0.566882, 0.936638, 1.55385", \
+            "0.046779, 0.141984, 0.217609, 0.348261, 0.568833, 0.93753, 1.55386", \
+            "0.067982, 0.160109, 0.230387, 0.356903, 0.57584, 0.943122, 1.55639" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0467397, 0.118858, 0.163709, 0.237377, 0.360622, 0.565555, 0.907416", \
+            "0.0742581, 0.147036, 0.191949, 0.265738, 0.389046, 0.594023, 0.936429", \
+            "0.0905256, 0.164116, 0.209191, 0.283027, 0.406385, 0.611385, 0.953519", \
+            "0.111771, 0.187533, 0.232287, 0.306117, 0.429189, 0.634235, 0.976018", \
+            "0.138502, 0.219179, 0.263466, 0.336863, 0.459718, 0.66506, 1.00672", \
+            "0.172077, 0.261077, 0.306197, 0.380035, 0.502387, 0.706994, 1.04831", \
+            "0.20986, 0.312614, 0.360798, 0.435014, 0.559693, 0.76555, 1.10742" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0129686, 0.100368, 0.161124, 0.261647, 0.429919, 0.710351, 1.17771", \
+            "0.0161292, 0.100851, 0.16129, 0.261672, 0.42992, 0.710394, 1.17849", \
+            "0.0193103, 0.101583, 0.161773, 0.261843, 0.429921, 0.710631, 1.1785", \
+            "0.0247414, 0.103274, 0.162582, 0.262488, 0.430282, 0.710632, 1.17851", \
+            "0.0333192, 0.107493, 0.164841, 0.263547, 0.431231, 0.710901, 1.17852", \
+            "0.046619, 0.116759, 0.17162, 0.268113, 0.433657, 0.712777, 1.17853", \
+            "0.066694, 0.137333, 0.188579, 0.280934, 0.444549, 0.720513, 1.18353" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.034717, 0.034718, 0.034719, 0.03472, 0.034721, 0.034722, 0.034723", \
+            "0.0550698, 0.0550708, 0.0550718, 0.0550728, 0.0550738, 0.0550748, 0.0550758", \
+            "0.0671103, 0.0671113, 0.0671123, 0.0671133, 0.0671143, 0.0671153, 0.0671163", \
+            "0.0829895, 0.0829905, 0.0829915, 0.0829925, 0.0829935, 0.0829945, 0.0829955", \
+            "0.105591, 0.105592, 0.105593, 0.105594, 0.105595, 0.105596, 0.105597", \
+            "0.136793, 0.136794, 0.136795, 0.136796, 0.136797, 0.136798, 0.136799", \
+            "0.181853, 0.181854, 0.181855, 0.181856, 0.181857, 0.181858, 0.181859" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.034717, 0.034718, 0.034719, 0.03472, 0.034721, 0.034722, 0.034723", \
+            "0.0550698, 0.0550708, 0.0550718, 0.0550728, 0.0550738, 0.0550748, 0.0550758", \
+            "0.0671103, 0.0671113, 0.0671123, 0.0671133, 0.0671143, 0.0671153, 0.0671163", \
+            "0.0829895, 0.0829905, 0.0829915, 0.0829925, 0.0829935, 0.0829945, 0.0829955", \
+            "0.105591, 0.105592, 0.105593, 0.105594, 0.105595, 0.105596, 0.105597", \
+            "0.136793, 0.136794, 0.136795, 0.136796, 0.136797, 0.136798, 0.136799", \
+            "0.181853, 0.181854, 0.181855, 0.181856, 0.181857, 0.181858, 0.181859" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0193954, 0.0193964, 0.0193974, 0.0193984, 0.0193994, 0.0194004, 0.0194014", \
+            "0.0230376, 0.0230386, 0.0230396, 0.0230406, 0.0230416, 0.0230426, 0.0230436", \
+            "0.0300684, 0.0300694, 0.0300704, 0.0300714, 0.0300724, 0.0300734, 0.0300744", \
+            "0.0440527, 0.0440537, 0.0440547, 0.0440557, 0.0440567, 0.0440577, 0.0440587", \
+            "0.0699851, 0.0699861, 0.0699871, 0.0699881, 0.0699891, 0.0699901, 0.0699911", \
+            "0.121851, 0.121852, 0.121853, 0.121854, 0.121855, 0.121856, 0.121857", \
+            "0.227319, 0.22732, 0.227321, 0.227322, 0.227323, 0.227324, 0.227325" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0193954, 0.0193964, 0.0193974, 0.0193984, 0.0193994, 0.0194004, 0.0194014", \
+            "0.0230376, 0.0230386, 0.0230396, 0.0230406, 0.0230416, 0.0230426, 0.0230436", \
+            "0.0300684, 0.0300694, 0.0300704, 0.0300714, 0.0300724, 0.0300734, 0.0300744", \
+            "0.0440527, 0.0440537, 0.0440547, 0.0440557, 0.0440567, 0.0440577, 0.0440587", \
+            "0.0699851, 0.0699861, 0.0699871, 0.0699881, 0.0699891, 0.0699901, 0.0699911", \
+            "0.121851, 0.121852, 0.121853, 0.121854, 0.121855, 0.121856, 0.121857", \
+            "0.227319, 0.22732, 0.227321, 0.227322, 0.227323, 0.227324, 0.227325" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0250001, 0.108565, 0.165149, 0.258721, 0.415089, 0.676033, 1.1106", \
+            "0.037552, 0.135529, 0.192836, 0.286472, 0.443122, 0.70424, 1.13909", \
+            "0.0400181, 0.156485, 0.217053, 0.312326, 0.46922, 0.730063, 1.16446", \
+            "0.0400191, 0.187253, 0.256495, 0.359449, 0.520846, 0.783026, 1.2179", \
+            "0.0400201, 0.223524, 0.310914, 0.431384, 0.609428, 0.88299, 1.32202", \
+            "0.0400211, 0.246402, 0.369099, 0.528099, 0.742674, 1.0522, 1.5189", \
+            "0.0400221, 0.246403, 0.383388, 0.612647, 0.906459, 1.29093, 1.83376" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0145619, 0.131244, 0.211462, 0.344143, 0.566412, 0.936468, 1.55369", \
+            "0.0221352, 0.135555, 0.213282, 0.345345, 0.566413, 0.936794, 1.5537", \
+            "0.0305417, 0.146065, 0.221127, 0.348602, 0.567342, 0.937392, 1.55382", \
+            "0.0464432, 0.17139, 0.244726, 0.3674, 0.578466, 0.940334, 1.55718", \
+            "0.0745636, 0.220394, 0.296396, 0.416233, 0.619507, 0.967006, 1.56516", \
+            "0.126523, 0.31142, 0.396756, 0.521858, 0.722589, 1.05752, 1.63025", \
+            "0.220165, 0.468251, 0.573311, 0.720042, 0.934571, 1.26869, 1.82371" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0437695, 0.143797, 0.209353, 0.317588, 0.498819, 0.80079, 1.30412", \
+            "0.0656306, 0.166646, 0.23222, 0.340484, 0.521736, 0.823709, 1.32699", \
+            "0.0775837, 0.17966, 0.245275, 0.353583, 0.534836, 0.836797, 1.34013", \
+            "0.0927669, 0.196827, 0.262631, 0.371041, 0.552246, 0.85428, 1.35757", \
+            "0.111155, 0.219781, 0.285873, 0.394319, 0.575663, 0.877657, 1.38073", \
+            "0.131687, 0.249376, 0.316277, 0.425504, 0.607017, 0.909076, 1.41237", \
+            "0.147715, 0.283152, 0.351675, 0.46302, 0.646787, 0.949918, 1.45341" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0114186, 0.100381, 0.161124, 0.261626, 0.429898, 0.710797, 1.17777", \
+            "0.0119654, 0.100439, 0.161125, 0.262795, 0.429966, 0.710798, 1.17778", \
+            "0.0126135, 0.100532, 0.161228, 0.262796, 0.429967, 0.710799, 1.17791", \
+            "0.0140188, 0.100693, 0.161307, 0.262797, 0.429968, 0.7108, 1.17874", \
+            "0.0168317, 0.101044, 0.161484, 0.262798, 0.430075, 0.710801, 1.17875", \
+            "0.021818, 0.102673, 0.162624, 0.262799, 0.430175, 0.710802, 1.17876", \
+            "0.030739, 0.107653, 0.166401, 0.266007, 0.433064, 0.711544, 1.17877" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0128777, 0.0138674, 0.0134601, 0.0129261, 0.0123056, 0.0120286, 0.011641", \
+            "0.0128945, 0.0140367, 0.0138458, 0.0138069, 0.0128088, 0.011904, 0.0116654", \
+            "0.0129877, 0.0137113, 0.013918, 0.0135832, 0.0139176, 0.0120693, 0.0118122", \
+            "0.0131745, 0.0134902, 0.0136364, 0.0135822, 0.0133528, 0.0124843, 0.0121303", \
+            "0.0137436, 0.012978, 0.0131343, 0.0132943, 0.0131586, 0.0129442, 0.0121449", \
+            "0.015093, 0.0128675, 0.0128432, 0.0127496, 0.0128516, 0.0124198, 0.0120399", \
+            "0.0177192, 0.0129845, 0.0125298, 0.0124941, 0.0122945, 0.0124025, 0.0122033" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.0107199, 0.0125344, 0.0126004, 0.0125032, 0.0123326, 0.0118296, 0.0111456", \
+            "0.0106174, 0.0119478, 0.0121217, 0.012129, 0.0119246, 0.0115485, 0.0110485", \
+            "0.0106693, 0.0116637, 0.0118443, 0.0120605, 0.0117801, 0.0114184, 0.0108431", \
+            "0.0110735, 0.011479, 0.0116962, 0.0116667, 0.0118363, 0.011285, 0.0105325", \
+            "0.0117517, 0.0111986, 0.0113387, 0.011598, 0.0114035, 0.01114, 0.0103485", \
+            "0.0131724, 0.0108001, 0.0108454, 0.0111867, 0.0112189, 0.0112225, 0.0096798", \
+            "0.0159995, 0.0112165, 0.011047, 0.0109419, 0.0107596, 0.0107073, 0.0111092" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594229, 0.0517423, 0.0829423, 0.134542, 0.220942, 0.364942, 0.604942");
+          values ( \
+            "0.0024871, 0.0023668, 0.0022175, 0.0020745, 0.0017757, 0.0017383, 0.0016419", \
+            "0.0024523, 0.0024195, 0.0022046, 0.0021221, 0.0016825, 0.0016549, 0.0013208", \
+            "0.0024404, 0.0023067, 0.0023219, 0.0022126, 0.0017206, 0.001706, 0.0013536", \
+            "0.0024895, 0.0025376, 0.0023762, 0.0022392, 0.0019417, 0.0013185, 0.0020565", \
+            "0.0025, 0.0024759, 0.0025368, 0.0022665, 0.0019598, 0.0024308, 0.0021703", \
+            "0.0024658, 0.0023646, 0.0024741, 0.0025561, 0.0024527, 0.0016624, 0.0023203", \
+            "0.0024801, 0.0022152, 0.0022569, 0.0022241, 0.002531, 0.0023398, 0.0016718" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00845587, 0.0542559, 0.0854559, 0.137056, 0.223456, 0.367456, 0.607456");
+          values ( \
+            "0.002839, 0.0122258, 0.018721, 0.0296114, 0.0475847, 0.0773497, 0.127293", \
+            "0.0027172, 0.0119886, 0.0187256, 0.0292911, 0.0475013, 0.0773417, 0.127384", \
+            "0.0027016, 0.012099, 0.0182522, 0.0295956, 0.0471288, 0.0771727, 0.127093", \
+            "0.0026294, 0.0119975, 0.0186578, 0.0291761, 0.0467838, 0.0800927, 0.128749", \
+            "0.0025178, 0.0115017, 0.0181281, 0.0293624, 0.0473787, 0.0766892, 0.130588", \
+            "0.0024093, 0.0108369, 0.0172127, 0.0280046, 0.0470772, 0.0781982, 0.127166", \
+            "0.0022491, 0.0100356, 0.0159034, 0.0265552, 0.0451578, 0.0761533, 0.128315" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0028296;
+      rise_capacitance : 0.00285583;
+      rise_capacitance_range (0.0025456, 0.00309162);
+      fall_capacitance : 0.00280337;
+      fall_capacitance_range (0.00250893, 0.00312553);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00340736, 0.00348006, 0.00398377, 0.00529241, 0.00823417, 0.0144612, 0.0276587" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00326186, 0.00354085, 0.00407066, 0.00548561, 0.0083553, 0.0145675, 0.0275939" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00688516;
+      rise_capacitance : 0.00699335;
+      rise_capacitance_range (0.00510598, 0.00830888);
+      fall_capacitance : 0.00677697;
+      fall_capacitance_range (0.00503883, 0.00832168);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000221213, 4.62672e-06, 0.000397482, 0.00160111, 0.00434565, 0.0104975, 0.023468" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0168676, 0.0172275, 0.0177873, 0.0190707, 0.0219521, 0.0281248, 0.0409437" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_ebufn_4) {
+    area : 27.216;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 876.365;
+    leakage_power () {
+      value : 377.107;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 266.154;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 1312.88;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 1549.32;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 1.2;
+      capacitance : 0.0121864;
+      rise_capacitance : 0.00972692;
+      rise_capacitance_range (0.00972692, 0.00972692);
+      fall_capacitance : 0.014646;
+      fall_capacitance_range (0.014646, 0.014646);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0533517, 0.14521, 0.201936, 0.295897, 0.453286, 0.716194, 1.15454", \
+            "0.0874194, 0.17999, 0.237276, 0.331373, 0.488892, 0.751711, 1.18938", \
+            "0.109854, 0.203198, 0.260667, 0.354937, 0.512557, 0.774959, 1.21328", \
+            "0.140285, 0.235851, 0.2931, 0.387478, 0.545335, 0.808201, 1.24646", \
+            "0.181669, 0.281556, 0.337962, 0.432713, 0.589786, 0.853174, 1.29076", \
+            "0.241942, 0.348457, 0.404102, 0.497551, 0.653438, 0.917498, 1.35478", \
+            "0.325592, 0.446091, 0.502789, 0.595625, 0.749049, 1.01343, 1.45126" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0163822, 0.13429, 0.215444, 0.349812, 0.574744, 0.949629, 1.57444", \
+            "0.0199846, 0.134458, 0.215521, 0.349833, 0.575045, 0.949838, 1.57445", \
+            "0.0237159, 0.134995, 0.215775, 0.349908, 0.575046, 0.949839, 1.57446", \
+            "0.030492, 0.136488, 0.216531, 0.350442, 0.575047, 0.94984, 1.5771", \
+            "0.0405061, 0.140306, 0.218369, 0.35124, 0.575552, 0.949859, 1.57711", \
+            "0.055995, 0.149729, 0.223788, 0.354411, 0.577557, 0.95075, 1.57712", \
+            "0.082772, 0.171501, 0.238864, 0.363693, 0.584355, 0.955861, 1.57721" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0596016, 0.136557, 0.181572, 0.255529, 0.378857, 0.584138, 0.926008", \
+            "0.0926378, 0.170018, 0.215021, 0.288992, 0.412173, 0.617591, 0.959786", \
+            "0.114086, 0.192362, 0.237222, 0.311249, 0.434271, 0.639782, 0.981684", \
+            "0.14341, 0.22431, 0.269047, 0.342639, 0.465761, 0.670853, 1.01272", \
+            "0.182749, 0.268358, 0.312594, 0.38524, 0.507941, 0.712852, 1.0544", \
+            "0.233235, 0.327643, 0.372958, 0.445494, 0.567132, 0.771058, 1.11184", \
+            "0.294486, 0.403137, 0.451944, 0.526144, 0.648607, 0.852639, 1.19378" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.016543, 0.103388, 0.163841, 0.264387, 0.432781, 0.713562, 1.18186", \
+            "0.0196199, 0.103897, 0.164018, 0.264388, 0.432829, 0.713563, 1.18187", \
+            "0.0235107, 0.105045, 0.164587, 0.264558, 0.43285, 0.716663, 1.18188", \
+            "0.0309739, 0.107744, 0.166184, 0.265483, 0.433242, 0.716664, 1.18211", \
+            "0.042178, 0.114261, 0.169768, 0.267215, 0.434563, 0.716665, 1.18212", \
+            "0.059627, 0.127575, 0.178967, 0.272544, 0.437168, 0.716666, 1.18224", \
+            "0.086014, 0.153086, 0.200478, 0.287865, 0.447443, 0.723079, 1.18654" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0405211, 0.0405221, 0.0405231, 0.0405235, 0.0405247, 0.0405257, 0.0405267", \
+            "0.0654166, 0.0654176, 0.0654186, 0.0654196, 0.0654206, 0.0654216, 0.0654226", \
+            "0.0798688, 0.0798698, 0.0798708, 0.0798718, 0.0798728, 0.0798738, 0.0798748", \
+            "0.100595, 0.100596, 0.100597, 0.100598, 0.100599, 0.1006, 0.100601", \
+            "0.129808, 0.129809, 0.12981, 0.129811, 0.129812, 0.129813, 0.129814", \
+            "0.168151, 0.168152, 0.168153, 0.168154, 0.168155, 0.168156, 0.168157", \
+            "0.221454, 0.221455, 0.221456, 0.221457, 0.221458, 0.221459, 0.22146" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0405211, 0.0405221, 0.0405231, 0.0405235, 0.0405247, 0.0405257, 0.0405267", \
+            "0.0654166, 0.0654176, 0.0654186, 0.0654196, 0.0654206, 0.0654216, 0.0654226", \
+            "0.0798688, 0.0798698, 0.0798708, 0.0798718, 0.0798728, 0.0798738, 0.0798748", \
+            "0.100595, 0.100596, 0.100597, 0.100598, 0.100599, 0.1006, 0.100601", \
+            "0.129808, 0.129809, 0.12981, 0.129811, 0.129812, 0.129813, 0.129814", \
+            "0.168151, 0.168152, 0.168153, 0.168154, 0.168155, 0.168156, 0.168157", \
+            "0.221454, 0.221455, 0.221456, 0.221457, 0.221458, 0.221459, 0.22146" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0205476, 0.0205486, 0.0205496, 0.0205506, 0.0205516, 0.0205526, 0.0205536", \
+            "0.0236152, 0.0236162, 0.0236172, 0.0236182, 0.0236192, 0.0236202, 0.0236212", \
+            "0.0305422, 0.0305423, 0.0305433, 0.0305443, 0.0305453, 0.0305463, 0.0305473", \
+            "0.0448694, 0.0448704, 0.0448714, 0.0448724, 0.0448734, 0.0448744, 0.0448754", \
+            "0.0716241, 0.0716251, 0.0716261, 0.0716271, 0.0716281, 0.0716291, 0.0716301", \
+            "0.124525, 0.124526, 0.124527, 0.124528, 0.124529, 0.12453, 0.124531", \
+            "0.230043, 0.230044, 0.230045, 0.230046, 0.230047, 0.230048, 0.230049" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0205476, 0.0205486, 0.0205496, 0.0205506, 0.0205516, 0.0205526, 0.0205536", \
+            "0.0236152, 0.0236162, 0.0236172, 0.0236182, 0.0236192, 0.0236202, 0.0236212", \
+            "0.0305422, 0.0305423, 0.0305433, 0.0305443, 0.0305453, 0.0305463, 0.0305473", \
+            "0.0448694, 0.0448704, 0.0448714, 0.0448724, 0.0448734, 0.0448744, 0.0448754", \
+            "0.0716241, 0.0716251, 0.0716261, 0.0716271, 0.0716281, 0.0716291, 0.0716301", \
+            "0.124525, 0.124526, 0.124527, 0.124528, 0.124529, 0.12453, 0.124531", \
+            "0.230043, 0.230044, 0.230045, 0.230046, 0.230047, 0.230048, 0.230049" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0249699, 0.111768, 0.169205, 0.263911, 0.422394, 0.686435, 1.12645", \
+            "0.0360573, 0.137442, 0.195606, 0.29054, 0.449217, 0.713654, 1.15297", \
+            "0.0375524, 0.158195, 0.219656, 0.316229, 0.475187, 0.739547, 1.17981", \
+            "0.0375534, 0.188978, 0.25908, 0.363332, 0.526735, 0.792185, 1.23238", \
+            "0.0375544, 0.225198, 0.313104, 0.435155, 0.615208, 0.891829, 1.33626", \
+            "0.0375554, 0.24815, 0.371579, 0.531301, 0.748235, 1.0604, 1.53255", \
+            "0.0375564, 0.248151, 0.386148, 0.616626, 0.911616, 1.29962, 1.84708" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0158917, 0.134016, 0.215457, 0.349794, 0.574676, 0.949601, 1.57464", \
+            "0.0209309, 0.137989, 0.217321, 0.351022, 0.574764, 0.950153, 1.57503", \
+            "0.02837, 0.148368, 0.225031, 0.354308, 0.575894, 0.950804, 1.57549", \
+            "0.0433702, 0.173323, 0.248349, 0.372911, 0.586661, 0.95353, 1.5755", \
+            "0.0711888, 0.222268, 0.299586, 0.421184, 0.627327, 0.979588, 1.58618", \
+            "0.122194, 0.313413, 0.39938, 0.526133, 0.729469, 1.06941, 1.64967", \
+            "0.213646, 0.470106, 0.576158, 0.725609, 0.939634, 1.28082, 1.84397" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0514355, 0.157449, 0.223208, 0.331639, 0.512987, 0.815057, 1.31852", \
+            "0.0779423, 0.185271, 0.251064, 0.35946, 0.54081, 0.842916, 1.34662", \
+            "0.0931071, 0.20213, 0.268024, 0.37649, 0.557948, 0.859996, 1.36349", \
+            "0.113211, 0.225492, 0.291655, 0.400326, 0.581709, 0.883839, 1.38756", \
+            "0.138347, 0.256832, 0.323387, 0.43241, 0.613907, 0.916241, 1.41972", \
+            "0.168004, 0.298848, 0.365753, 0.475488, 0.657365, 0.959619, 1.46316", \
+            "0.19694, 0.349104, 0.419322, 0.530415, 0.713958, 1.01798, 1.52087" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0127599, 0.103018, 0.163787, 0.264383, 0.432783, 0.713512, 1.18139", \
+            "0.0132738, 0.103025, 0.163788, 0.264497, 0.432784, 0.713864, 1.1814", \
+            "0.0140598, 0.103128, 0.163806, 0.264498, 0.432785, 0.713865, 1.18141", \
+            "0.0157359, 0.103359, 0.164087, 0.264499, 0.432817, 0.71413, 1.1833", \
+            "0.0191186, 0.103895, 0.164088, 0.264701, 0.432992, 0.714131, 1.18331", \
+            "0.025215, 0.106163, 0.165357, 0.26528, 0.433396, 0.714132, 1.18332", \
+            "0.035407, 0.112371, 0.16935, 0.268027, 0.435125, 0.714449, 1.18333" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0248602, 0.0268889, 0.0262056, 0.0253149, 0.0241306, 0.022657, 0.0224783", \
+            "0.0257331, 0.02756, 0.0274844, 0.0267971, 0.0257508, 0.0239335, 0.0234977", \
+            "0.0262216, 0.0270571, 0.0275477, 0.0270779, 0.0264857, 0.0242802, 0.0239589", \
+            "0.027351, 0.0267644, 0.027139, 0.0271477, 0.0275791, 0.0251139, 0.0263536", \
+            "0.0297675, 0.0261939, 0.0267979, 0.0272951, 0.0270417, 0.0280389, 0.0261229", \
+            "0.033893, 0.026613, 0.0263438, 0.0260556, 0.0263992, 0.0258592, 0.0257561", \
+            "0.0404879, 0.0271376, 0.0266928, 0.0263468, 0.0258775, 0.0262057, 0.0263082" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0214521, 0.0245652, 0.0247856, 0.0247587, 0.0243846, 0.0235562, 0.0220912", \
+            "0.0216637, 0.0236778, 0.0239172, 0.0247458, 0.0238468, 0.0229697, 0.0218079", \
+            "0.0222676, 0.0229151, 0.0233791, 0.0240319, 0.0232909, 0.0240713, 0.0213328", \
+            "0.0236218, 0.0224483, 0.0229102, 0.0227095, 0.0232266, 0.0217751, 0.0208064", \
+            "0.0263527, 0.0225395, 0.0226329, 0.0228056, 0.0224494, 0.0223085, 0.0197636", \
+            "0.0306729, 0.0225282, 0.0222272, 0.0223423, 0.0223317, 0.0221927, 0.0194645", \
+            "0.0379064, 0.0234746, 0.0229596, 0.0224101, 0.0219861, 0.0219036, 0.0218941" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107269, 0.103327, 0.165727, 0.268927, 0.441727, 0.729727, 1.20973");
+          values ( \
+            "0.0046209, 0.0043935, 0.0040967, 0.0037447, 0.0031416, 0.0031262, 0.002474", \
+            "0.004556, 0.0045942, 0.0040244, 0.0039377, 0.0031223, 0.0032469, 0.0025334", \
+            "0.0046121, 0.0043721, 0.004493, 0.0040494, 0.0031735, 0.0033669, 0.0028187", \
+            "0.0047217, 0.0047312, 0.0042753, 0.0041258, 0.0041373, 0.0034557, 0.0024878", \
+            "0.0047623, 0.0047112, 0.0047592, 0.0045008, 0.0037572, 0.0047484, 0.0033557", \
+            "0.0047643, 0.0045241, 0.0047334, 0.0047073, 0.004448, 0.0025383, 0.0043098", \
+            "0.0048118, 0.0045121, 0.004498, 0.0045697, 0.0046203, 0.0048745, 0.0035092" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.015646, 0.108246, 0.170646, 0.273846, 0.446646, 0.734646, 1.21465");
+          values ( \
+            "0.0052415, 0.0242332, 0.0371411, 0.0586394, 0.0945016, 0.154507, 0.25427", \
+            "0.0049915, 0.0236699, 0.0380724, 0.0587062, 0.0950223, 0.153822, 0.255363", \
+            "0.0049011, 0.0236018, 0.036264, 0.0591029, 0.0940089, 0.154417, 0.2532", \
+            "0.0047651, 0.0235911, 0.0369696, 0.0572129, 0.0937794, 0.159849, 0.25406", \
+            "0.0045939, 0.0227177, 0.0363139, 0.0583509, 0.094746, 0.152531, 0.263118", \
+            "0.0044825, 0.0219182, 0.0344596, 0.0559315, 0.0941985, 0.155858, 0.252328", \
+            "0.0043917, 0.0200906, 0.031712, 0.0534414, 0.0901794, 0.153037, 0.25675" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.003185;
+      rise_capacitance : 0.00322206;
+      rise_capacitance_range (0.00291177, 0.00348348);
+      fall_capacitance : 0.00314794;
+      fall_capacitance_range (0.00286493, 0.00345198);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00568345, 0.00569124, 0.0061366, 0.00750118, 0.0107119, 0.0176341, 0.0324586" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00516675, 0.00534388, 0.00592082, 0.00741418, 0.0105313, 0.0175142, 0.0323436" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0112286;
+      rise_capacitance : 0.0114396;
+      rise_capacitance_range (0.00786875, 0.0137938);
+      fall_capacitance : 0.0110177;
+      fall_capacitance_range (0.00773565, 0.0138098);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000715218, -0.00124653, -0.000959135, 0.000150816, 0.00313435, 0.00978681, 0.0242612" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0328224, 0.0331167, 0.0336451, 0.0350526, 0.038151, 0.0449725, 0.0593606" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_ebufn_8) {
+    area : 45.36;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 1634.29;
+    leakage_power () {
+      value : 596.369;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 374.454;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 2546.73;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 3019.59;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 2.4;
+      capacitance : 0.0240572;
+      rise_capacitance : 0.0192152;
+      rise_capacitance_range (0.0192152, 0.0192152);
+      fall_capacitance : 0.0288991;
+      fall_capacitance_range (0.0288991, 0.0288991);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0522202, 0.145202, 0.20221, 0.296446, 0.454337, 0.717937, 1.1576", \
+            "0.0860225, 0.179705, 0.237406, 0.331811, 0.489807, 0.753483, 1.19279", \
+            "0.108233, 0.202739, 0.260524, 0.355275, 0.513372, 0.777056, 1.21621", \
+            "0.138391, 0.235141, 0.292573, 0.387759, 0.546163, 0.809896, 1.24924", \
+            "0.18022, 0.279946, 0.336837, 0.432057, 0.590147, 0.854938, 1.29465", \
+            "0.239444, 0.346285, 0.402403, 0.495326, 0.653716, 0.917301, 1.35752", \
+            "0.322149, 0.442929, 0.499859, 0.593561, 0.750726, 1.01374, 1.45405" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0157758, 0.13509, 0.216789, 0.351864, 0.578065, 0.955061, 1.58339", \
+            "0.0194426, 0.135305, 0.21683, 0.35189, 0.57841, 0.955287, 1.58354", \
+            "0.0232655, 0.135862, 0.217046, 0.351998, 0.578411, 0.955298, 1.58355", \
+            "0.03008, 0.137307, 0.217875, 0.352526, 0.578412, 0.955299, 1.58357", \
+            "0.040053, 0.141037, 0.219559, 0.353296, 0.579038, 0.9553, 1.58358", \
+            "0.055953, 0.150289, 0.22497, 0.356417, 0.580883, 0.956427, 1.58359", \
+            "0.083056, 0.17213, 0.239975, 0.365757, 0.587501, 0.961204, 1.58657" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0582185, 0.136007, 0.181338, 0.255847, 0.380196, 0.586863, 0.931093", \
+            "0.0910676, 0.169153, 0.214573, 0.288942, 0.413272, 0.620088, 0.964867", \
+            "0.112298, 0.191201, 0.236552, 0.311038, 0.434976, 0.641954, 0.986226", \
+            "0.141699, 0.223381, 0.268416, 0.342528, 0.466626, 0.6732, 1.01786", \
+            "0.180257, 0.266576, 0.311272, 0.384716, 0.508435, 0.714648, 1.05843", \
+            "0.229467, 0.324696, 0.370108, 0.443123, 0.565837, 0.771148, 1.11467", \
+            "0.290707, 0.399018, 0.447637, 0.521457, 0.645459, 0.851105, 1.19416" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0159831, 0.104123, 0.165235, 0.266708, 0.436585, 0.719715, 1.19144", \
+            "0.0191566, 0.104602, 0.165346, 0.266709, 0.436646, 0.719783, 1.19189", \
+            "0.0230914, 0.105767, 0.165904, 0.266966, 0.436673, 0.722982, 1.1919", \
+            "0.0305555, 0.108402, 0.167443, 0.267781, 0.436885, 0.722983, 1.19191", \
+            "0.0419014, 0.114177, 0.170869, 0.269442, 0.438313, 0.722984, 1.19192", \
+            "0.059602, 0.127904, 0.180043, 0.274655, 0.440965, 0.722985, 1.19253", \
+            "0.085909, 0.153753, 0.201281, 0.289978, 0.451589, 0.729309, 1.19663" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0510701, 0.0510702, 0.0510704, 0.0510714, 0.0510724, 0.0510734, 0.0510744", \
+            "0.0834405, 0.0834415, 0.0834425, 0.0834435, 0.0834445, 0.0834455, 0.0834465", \
+            "0.106113, 0.106114, 0.106115, 0.106116, 0.106117, 0.106118, 0.106119", \
+            "0.134128, 0.134129, 0.13413, 0.134131, 0.134132, 0.134133, 0.134134", \
+            "0.17354, 0.173541, 0.173542, 0.173543, 0.173544, 0.173545, 0.173546", \
+            "0.230067, 0.230068, 0.230069, 0.23007, 0.230071, 0.230072, 0.230073", \
+            "0.307821, 0.307822, 0.307823, 0.307824, 0.307825, 0.307826, 0.307827" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0510701, 0.0510702, 0.0510704, 0.0510714, 0.0510724, 0.0510734, 0.0510744", \
+            "0.0834405, 0.0834415, 0.0834425, 0.0834435, 0.0834445, 0.0834455, 0.0834465", \
+            "0.106113, 0.106114, 0.106115, 0.106116, 0.106117, 0.106118, 0.106119", \
+            "0.134128, 0.134129, 0.13413, 0.134131, 0.134132, 0.134133, 0.134134", \
+            "0.17354, 0.173541, 0.173542, 0.173543, 0.173544, 0.173545, 0.173546", \
+            "0.230067, 0.230068, 0.230069, 0.23007, 0.230071, 0.230072, 0.230073", \
+            "0.307821, 0.307822, 0.307823, 0.307824, 0.307825, 0.307826, 0.307827" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0219151, 0.0219161, 0.0219171, 0.0219181, 0.0219191, 0.0219201, 0.0219211", \
+            "0.0249022, 0.0249032, 0.0249042, 0.0249052, 0.0249062, 0.0249072, 0.0249082", \
+            "0.0323431, 0.0323441, 0.0323451, 0.0323461, 0.0323471, 0.0323481, 0.0323491", \
+            "0.0463585, 0.0463595, 0.0463605, 0.0463615, 0.0463625, 0.0463635, 0.0463645", \
+            "0.072919, 0.07292, 0.072921, 0.072922, 0.072923, 0.072924, 0.072925", \
+            "0.126876, 0.126877, 0.126878, 0.126879, 0.12688, 0.126881, 0.126882", \
+            "0.234005, 0.234006, 0.234007, 0.234008, 0.234009, 0.23401, 0.234011" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0219151, 0.0219161, 0.0219171, 0.0219181, 0.0219191, 0.0219201, 0.0219211", \
+            "0.0249022, 0.0249032, 0.0249042, 0.0249052, 0.0249062, 0.0249072, 0.0249082", \
+            "0.0323431, 0.0323441, 0.0323451, 0.0323461, 0.0323471, 0.0323481, 0.0323491", \
+            "0.0463585, 0.0463595, 0.0463605, 0.0463615, 0.0463625, 0.0463635, 0.0463645", \
+            "0.072919, 0.07292, 0.072921, 0.072922, 0.072923, 0.072924, 0.072925", \
+            "0.126876, 0.126877, 0.126878, 0.126879, 0.12688, 0.126881, 0.126882", \
+            "0.234005, 0.234006, 0.234007, 0.234008, 0.234009, 0.23401, 0.234011" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0255864, 0.113859, 0.171535, 0.266815, 0.425946, 0.691349, 1.134", \
+            "0.0365181, 0.139023, 0.197467, 0.292874, 0.452433, 0.718363, 1.15994", \
+            "0.0378167, 0.159576, 0.221338, 0.318397, 0.478103, 0.744019, 1.18658", \
+            "0.0378177, 0.190152, 0.26058, 0.365208, 0.529437, 0.796244, 1.23901", \
+            "0.0378187, 0.226337, 0.314496, 0.436967, 0.617683, 0.895534, 1.34218", \
+            "0.0378197, 0.249352, 0.372891, 0.532446, 0.750246, 1.06368, 1.53759", \
+            "0.0378207, 0.249353, 0.387403, 0.618123, 0.913469, 1.30177, 1.85072" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0150786, 0.133734, 0.216717, 0.351874, 0.578227, 0.955481, 1.58356", \
+            "0.0196651, 0.137501, 0.21838, 0.352363, 0.578228, 0.955654, 1.58357", \
+            "0.026977, 0.147914, 0.22594, 0.356309, 0.579426, 0.956443, 1.58358", \
+            "0.0421196, 0.173132, 0.249119, 0.374648, 0.589979, 0.958962, 1.58564", \
+            "0.0699948, 0.222508, 0.299755, 0.42289, 0.630353, 0.984899, 1.59477", \
+            "0.120422, 0.31369, 0.399661, 0.527025, 0.731669, 1.07419, 1.65796", \
+            "0.210826, 0.470626, 0.576595, 0.726263, 0.941696, 1.28436, 1.85028" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.06655, 0.178418, 0.24488, 0.354212, 0.537051, 0.841363, 1.34861", \
+            "0.0985372, 0.211944, 0.2785, 0.387818, 0.570691, 0.875201, 1.38237", \
+            "0.119234, 0.235371, 0.301886, 0.411275, 0.594149, 0.898731, 1.40598", \
+            "0.147338, 0.26848, 0.335274, 0.444885, 0.627621, 0.93211, 1.43944", \
+            "0.182948, 0.313771, 0.381596, 0.491674, 0.674623, 0.979076, 1.4863", \
+            "0.226245, 0.374291, 0.443186, 0.553605, 0.737482, 1.04216, 1.54942", \
+            "0.271527, 0.448668, 0.520513, 0.63328, 0.818403, 1.12378, 1.63213" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0135095, 0.104175, 0.165332, 0.266738, 0.436587, 0.71972, 1.19157", \
+            "0.0142438, 0.104361, 0.165333, 0.266985, 0.436588, 0.719721, 1.19158", \
+            "0.0154674, 0.104471, 0.16538, 0.266986, 0.438119, 0.7199, 1.19159", \
+            "0.0183751, 0.104995, 0.165544, 0.266987, 0.43812, 0.719901, 1.19634", \
+            "0.0236446, 0.106319, 0.166004, 0.266996, 0.438121, 0.719902, 1.19635", \
+            "0.032356, 0.110185, 0.168018, 0.267425, 0.438122, 0.720407, 1.19636", \
+            "0.04664, 0.119062, 0.173662, 0.270399, 0.438339, 0.720925, 1.19637" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0495471, 0.0537598, 0.0525345, 0.0508648, 0.0486278, 0.0457039, 0.0455753", \
+            "0.0512998, 0.0555227, 0.0553725, 0.0541282, 0.0521975, 0.0488772, 0.0483462", \
+            "0.0524371, 0.0543821, 0.055513, 0.0550542, 0.0536803, 0.0503137, 0.0497442", \
+            "0.0547468, 0.0538656, 0.0549026, 0.0557998, 0.0563849, 0.0525341, 0.0524454", \
+            "0.0593891, 0.0528046, 0.0540129, 0.0554574, 0.0550815, 0.0584586, 0.0557024", \
+            "0.0676348, 0.0530281, 0.0528153, 0.0526552, 0.0547516, 0.0539448, 0.0558976", \
+            "0.0813674, 0.0549014, 0.0536264, 0.0528574, 0.0529364, 0.0543214, 0.0575884" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.042631, 0.0491711, 0.0496223, 0.0495807, 0.0489617, 0.0470961, 0.0441837", \
+            "0.0432383, 0.0473409, 0.0476898, 0.0494435, 0.0475761, 0.0460287, 0.0435841", \
+            "0.0447312, 0.0457544, 0.0467202, 0.0478084, 0.0465729, 0.0479362, 0.0423055", \
+            "0.0474144, 0.0450951, 0.0458263, 0.0453869, 0.0463372, 0.0436896, 0.0412155", \
+            "0.052649, 0.0441442, 0.0448731, 0.045435, 0.0447643, 0.0439633, 0.0401609", \
+            "0.0616394, 0.0450844, 0.044563, 0.0449542, 0.0450206, 0.0441142, 0.0395", \
+            "0.0757998, 0.0466408, 0.0453078, 0.0441088, 0.0437108, 0.0439718, 0.0432838" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0202152, 0.206415, 0.331215, 0.537615, 0.883215, 1.45922, 2.41922");
+          values ( \
+            "0.0089098, 0.0084843, 0.0079767, 0.0072631, 0.0062405, 0.006253, 0.0044331", \
+            "0.0089574, 0.0090058, 0.0078746, 0.0072605, 0.0059524, 0.0063019, 0.004312", \
+            "0.0089243, 0.0083789, 0.00872859, 0.0076934, 0.0061481, 0.0067605, 0.0044371", \
+            "0.0089774, 0.0089673, 0.00817519, 0.0077639, 0.0065972, 0.0061595, 0.0061385", \
+            "0.0091205, 0.0089756, 0.00903369, 0.0085956, 0.0070381, 0.0086761, 0.0054929", \
+            "0.0091062, 0.0089021, 0.0090804, 0.0088444, 0.0087747, 0.0046978, 0.005687", \
+            "0.0090674, 0.0086719, 0.0087504, 0.009119, 0.0089902, 0.0092897, 0.0072512" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0298991, 0.216099, 0.340899, 0.547299, 0.892899, 1.4689, 2.4289");
+          values ( \
+            "0.0099947, 0.0481346, 0.0742306, 0.116542, 0.188778, 0.308626, 0.506795", \
+            "0.0094527, 0.0471243, 0.0755583, 0.11715, 0.189996, 0.307224, 0.507598", \
+            "0.0093186, 0.0469086, 0.0720466, 0.119176, 0.187733, 0.308975, 0.509024", \
+            "0.0090037, 0.0466339, 0.0728049, 0.1138, 0.186828, 0.319723, 0.510589", \
+            "0.00870389, 0.0450666, 0.0718716, 0.11637, 0.188024, 0.304372, 0.524424", \
+            "0.008395, 0.0430437, 0.0687387, 0.112585, 0.187271, 0.310955, 0.501801", \
+            "0.0082053, 0.0390693, 0.0651853, 0.107782, 0.178938, 0.306048, 0.513903" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00622682;
+      rise_capacitance : 0.00630117;
+      rise_capacitance_range (0.00564664, 0.00683199);
+      fall_capacitance : 0.00615247;
+      fall_capacitance_range (0.00556331, 0.00678486);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0105039, 0.0105315, 0.0114455, 0.0142182, 0.0206416, 0.0346862, 0.0644636" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00968445, 0.0101104, 0.0112487, 0.0142997, 0.0206733, 0.0346523, 0.0642252" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.018792;
+      rise_capacitance : 0.0192173;
+      rise_capacitance_range (0.0119412, 0.0238371);
+      fall_capacitance : 0.0183667;
+      fall_capacitance_range (0.0116933, 0.0238326);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00350219, -0.00426335, -0.0042426, -0.00346423, -0.00121024, 0.00496398, 0.0186168" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0638714, 0.0638557, 0.0643784, 0.0656381, 0.0684944, 0.0748363, 0.0886447" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_2) {
+    area : 16.3296;
+    cell_footprint : "einvn";
+    cell_leakage_power : 660.352;
+    leakage_power () {
+      value : 581.54;
+      when : "!A&!TE_B&Z";
+    }
+    leakage_power () {
+      value : 739.163;
+      when : "A&!TE_B&!Z";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 0.6;
+      capacitance : 0.00621781;
+      rise_capacitance : 0.00494637;
+      rise_capacitance_range (0.00494637, 0.00494637);
+      fall_capacitance : 0.00748924;
+      fall_capacitance_range (0.00748924, 0.00748924);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.019705, 0.107444, 0.164461, 0.258459, 0.415561, 0.677391, 1.1141", \
+            "0.0309464, 0.140676, 0.19855, 0.292714, 0.450026, 0.712546, 1.14815", \
+            "0.0369796, 0.167961, 0.230839, 0.32707, 0.484396, 0.746504, 1.18315", \
+            "0.0442061, 0.208804, 0.283283, 0.390472, 0.553971, 0.81668, 1.25267", \
+            "0.0526485, 0.265018, 0.358004, 0.488434, 0.674153, 0.95179, 1.39175", \
+            "0.0616935, 0.339431, 0.461673, 0.626148, 0.857224, 1.1821, 1.65902", \
+            "0.0687067, 0.433559, 0.594003, 0.810435, 1.10642, 1.51675, 2.08847" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0133758, 0.129877, 0.210299, 0.343554, 0.566734, 0.938192, 1.55775", \
+            "0.0257105, 0.137274, 0.21341, 0.34442, 0.566735, 0.938506, 1.55816", \
+            "0.0350871, 0.153955, 0.226355, 0.351032, 0.568181, 0.939415, 1.55817", \
+            "0.0494187, 0.189064, 0.26191, 0.380729, 0.586116, 0.944348, 1.56263", \
+            "0.0726244, 0.246239, 0.327734, 0.449612, 0.64886, 0.986947, 1.57679", \
+            "0.113135, 0.339944, 0.43591, 0.57682, 0.78638, 1.11985, 1.67572", \
+            "0.18615, 0.484306, 0.612117, 0.782131, 1.02749, 1.39038, 1.95266" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00848924, 0.0542892, 0.0854892, 0.137089, 0.223489, 0.367489, 0.607489");
+          values ( \
+            "0.0182731, 0.0879365, 0.132651, 0.206261, 0.329439, 0.534736, 0.876897", \
+            "0.0304369, 0.124694, 0.171597, 0.24574, 0.369027, 0.574391, 0.916456", \
+            "0.0377412, 0.153446, 0.206236, 0.284821, 0.409674, 0.615091, 0.957099", \
+            "0.0467553, 0.194593, 0.259417, 0.350406, 0.485393, 0.695005, 1.0375", \
+            "0.0583306, 0.250731, 0.333718, 0.446847, 0.606933, 0.839865, 1.19324", \
+            "0.0729834, 0.326196, 0.435572, 0.583501, 0.785647, 1.06724, 1.47189", \
+            "0.0906713, 0.43068, 0.569698, 0.765705, 1.03291, 1.39322, 1.89409" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00848924, 0.0542892, 0.0854892, 0.137089, 0.223489, 0.367489, 0.607489");
+          values ( \
+            "0.0100334, 0.0975374, 0.158619, 0.259069, 0.427589, 0.708412, 1.17613", \
+            "0.0220847, 0.108291, 0.164342, 0.260949, 0.428109, 0.708413, 1.17614", \
+            "0.0314069, 0.125741, 0.180408, 0.272518, 0.433149, 0.711975, 1.17615", \
+            "0.0465187, 0.159414, 0.216379, 0.307162, 0.459244, 0.723235, 1.18013", \
+            "0.0714457, 0.214238, 0.279657, 0.377342, 0.530387, 0.781873, 1.21396", \
+            "0.114192, 0.2997, 0.382988, 0.497936, 0.666371, 0.924666, 1.34323", \
+            "0.191325, 0.435692, 0.54345, 0.690272, 0.892963, 1.1888, 1.62837" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0379417, 0.0380139, 0.0380149, 0.0380159, 0.0380161, 0.0380171, 0.0380181", \
+            "0.0614898, 0.0614908, 0.0614918, 0.0614928, 0.0614938, 0.0614948, 0.0614958", \
+            "0.075662, 0.075663, 0.075664, 0.075665, 0.075666, 0.075667, 0.075668", \
+            "0.0941577, 0.0941587, 0.0941597, 0.0941607, 0.0941617, 0.0941627, 0.0941637", \
+            "0.121178, 0.121179, 0.12118, 0.121181, 0.121182, 0.121183, 0.121184", \
+            "0.161908, 0.161909, 0.16191, 0.161911, 0.161912, 0.161913, 0.161914", \
+            "0.207655, 0.207656, 0.207657, 0.207658, 0.207659, 0.20766, 0.207661" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0379417, 0.0380139, 0.0380149, 0.0380159, 0.0380161, 0.0380171, 0.0380181", \
+            "0.0614898, 0.0614908, 0.0614918, 0.0614928, 0.0614938, 0.0614948, 0.0614958", \
+            "0.075662, 0.075663, 0.075664, 0.075665, 0.075666, 0.075667, 0.075668", \
+            "0.0941577, 0.0941587, 0.0941597, 0.0941607, 0.0941617, 0.0941627, 0.0941637", \
+            "0.121178, 0.121179, 0.12118, 0.121181, 0.121182, 0.121183, 0.121184", \
+            "0.161908, 0.161909, 0.16191, 0.161911, 0.161912, 0.161913, 0.161914", \
+            "0.207655, 0.207656, 0.207657, 0.207658, 0.207659, 0.20766, 0.207661" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0239705, 0.107641, 0.164434, 0.258285, 0.415535, 0.677298, 1.11372", \
+            "0.0375858, 0.135259, 0.192587, 0.286495, 0.443717, 0.705882, 1.14168", \
+            "0.0404636, 0.156386, 0.216905, 0.312355, 0.469745, 0.731506, 1.16838", \
+            "0.0404646, 0.187463, 0.256686, 0.359737, 0.52156, 0.784533, 1.2212", \
+            "0.0404656, 0.224229, 0.311304, 0.432185, 0.610798, 0.884938, 1.32551", \
+            "0.0404666, 0.247502, 0.370216, 0.529095, 0.744557, 1.05478, 1.52302", \
+            "0.0404676, 0.247503, 0.385109, 0.61466, 0.908641, 1.29451, 1.83857" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0124398, 0.129866, 0.210293, 0.343577, 0.566586, 0.938274, 1.55777", \
+            "0.0212734, 0.134198, 0.212171, 0.344426, 0.566869, 0.9386, 1.55778", \
+            "0.0301927, 0.144898, 0.220041, 0.348071, 0.567607, 0.9388, 1.55779", \
+            "0.0466013, 0.170538, 0.24395, 0.366926, 0.578785, 0.942039, 1.56014", \
+            "0.0756237, 0.220389, 0.295596, 0.416031, 0.620144, 0.968833, 1.5694", \
+            "0.12802, 0.31216, 0.396856, 0.521895, 0.723336, 1.05964, 1.63465", \
+            "0.221519, 0.468949, 0.575296, 0.721339, 0.934066, 1.27105, 1.8289" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.00321782, 0.00483963, 0.00485381, 0.00477763, 0.00456695, 0.0040012, 0.00406906", \
+            "0.0040134, 0.00440715, 0.00438879, 0.00449137, 0.00439586, 0.00397999, 0.0041171", \
+            "0.00531719, 0.00436629, 0.00454155, 0.00451719, 0.00421934, 0.00404108, 0.00399974", \
+            "0.00836539, 0.00575832, 0.00529949, 0.00503346, 0.00484189, 0.00419629, 0.00494068", \
+            "0.0142182, 0.00943663, 0.00836882, 0.0070216, 0.00607738, 0.00608346, 0.00519119", \
+            "0.0264777, 0.0181298, 0.0158474, 0.0136308, 0.0113942, 0.00861504, 0.00780941", \
+            "0.0515503, 0.0392222, 0.0349804, 0.0305439, 0.0256793, 0.0209004, 0.0156752" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00848924, 0.0542892, 0.0854892, 0.137089, 0.223489, 0.367489, 0.607489");
+          values ( \
+            "0.00304522, 0.00478629, 0.00485292, 0.00473549, 0.00449193, 0.00404919, 0.00322903", \
+            "0.00354361, 0.00425226, 0.00453385, 0.00446413, 0.00442487, 0.00404418, 0.0031235", \
+            "0.00473476, 0.00429409, 0.00435002, 0.00466094, 0.00424594, 0.00442207, 0.0031613", \
+            "0.00768451, 0.00519091, 0.00503744, 0.00473891, 0.00475834, 0.00429204, 0.00323293", \
+            "0.0136209, 0.00850437, 0.0074774, 0.00674109, 0.00586197, 0.00505138, 0.00431235", \
+            "0.0261834, 0.0168562, 0.0145691, 0.0121704, 0.0104625, 0.00845174, 0.00572776", \
+            "0.0513368, 0.0376255, 0.0328542, 0.0280885, 0.022929, 0.0188419, 0.0149271" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00594637, 0.0517464, 0.0829464, 0.134546, 0.220946, 0.364946, 0.604946");
+          values ( \
+            "0.0102047, 0.0100845, 0.00994801, 0.00980761, 0.00951951, 0.00932961, 0.00902961", \
+            "0.0101177, 0.0101218, 0.00988203, 0.00977673, 0.00949123, 0.00950013, 0.00896483", \
+            "0.0101158, 0.0100094, 0.01004, 0.00981248, 0.00947208, 0.00944168, 0.00895678", \
+            "0.0100788, 0.0101107, 0.00992874, 0.00978054, 0.00952204, 0.00926504, 0.00933504", \
+            "0.0100109, 0.010009, 0.0100226, 0.0099156, 0.0094971, 0.0100745, 0.0093213", \
+            "0.0098594, 0.0097445, 0.0098169, 0.0098848, 0.009772, 0.009143, 0.0096448", \
+            "0.0096385, 0.0094856, 0.0095789, 0.0095409, 0.0095593, 0.009543, 0.008903" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00427198;
+      rise_capacitance : 0.00435546;
+      rise_capacitance_range (0.00246247, 0.00720793);
+      fall_capacitance : 0.00418851;
+      fall_capacitance_range (0.00240715, 0.0069946);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00525488;
+      rise_capacitance : 0.00589106;
+      rise_capacitance_range (0.00549702, 0.00609585);
+      fall_capacitance : 0.00461871;
+      fall_capacitance_range (0.00335334, 0.00721474);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00589217, -0.00620165, -0.00604877, -0.00540277, -0.00376487, -2.58911e-05, 0.00804713" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00850549, 0.00869947, 0.00904992, 0.00989456, 0.0116784, 0.0156153, 0.0237729" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_4) {
+    area : 23.5872;
+    cell_footprint : "einvn";
+    cell_leakage_power : 1312.66;
+    leakage_power () {
+      value : 1155.03;
+      when : "!A&!TE_B";
+    }
+    leakage_power () {
+      value : 1470.28;
+      when : "A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 1.2;
+      capacitance : 0.0121941;
+      rise_capacitance : 0.00970678;
+      rise_capacitance_range (0.00970678, 0.00970678);
+      fall_capacitance : 0.0146815;
+      fall_capacitance_range (0.0146815, 0.0146815);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0183075, 0.107509, 0.164649, 0.258736, 0.416435, 0.678725, 1.11594", \
+            "0.0286022, 0.14084, 0.198902, 0.293196, 0.4509, 0.71387, 1.15044", \
+            "0.0339476, 0.168039, 0.230753, 0.327438, 0.484917, 0.747295, 1.18565", \
+            "0.0403605, 0.208951, 0.283553, 0.390895, 0.554695, 0.817814, 1.25472", \
+            "0.0476966, 0.265142, 0.358341, 0.488719, 0.67498, 0.953054, 1.39381", \
+            "0.0554167, 0.339789, 0.462109, 0.626818, 0.858283, 1.18352, 1.66147", \
+            "0.0605669, 0.434439, 0.594583, 0.811295, 1.10755, 1.51857, 2.09139" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0121912, 0.130058, 0.210826, 0.344105, 0.567672, 0.940185, 1.561", \
+            "0.02382, 0.137479, 0.213734, 0.345976, 0.567709, 0.940641, 1.56101", \
+            "0.0328027, 0.154449, 0.226802, 0.351597, 0.569256, 0.940642, 1.56173", \
+            "0.0464334, 0.18927, 0.262274, 0.381167, 0.587226, 0.946341, 1.56174", \
+            "0.0688819, 0.2464, 0.328126, 0.449875, 0.649909, 0.988511, 1.57999", \
+            "0.108347, 0.339778, 0.436365, 0.577513, 0.787589, 1.1214, 1.67881", \
+            "0.179848, 0.484918, 0.612672, 0.782374, 1.03019, 1.39206, 1.9554" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0156815, 0.108282, 0.170682, 0.273881, 0.446681, 0.734682, 1.21468");
+          values ( \
+            "0.0170429, 0.087685, 0.132368, 0.205864, 0.328876, 0.533839, 0.875493", \
+            "0.0281479, 0.124597, 0.171467, 0.245575, 0.368599, 0.573706, 0.915305", \
+            "0.0348802, 0.153356, 0.206116, 0.284653, 0.409326, 0.61443, 0.956058", \
+            "0.0430454, 0.194543, 0.259386, 0.3503, 0.485125, 0.694512, 1.03644", \
+            "0.0534953, 0.250257, 0.333868, 0.447063, 0.606985, 0.839822, 1.19294", \
+            "0.0665201, 0.326125, 0.435581, 0.583383, 0.785781, 1.06726, 1.47172", \
+            "0.082372, 0.430612, 0.570968, 0.765519, 1.03315, 1.3941, 1.8943" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0156815, 0.108282, 0.170682, 0.273881, 0.446681, 0.734682, 1.21468");
+          values ( \
+            "0.00901743, 0.0973575, 0.158435, 0.258814, 0.427047, 0.70782, 1.17612", \
+            "0.0206398, 0.108182, 0.164123, 0.260775, 0.428029, 0.707821, 1.17613", \
+            "0.0294836, 0.125587, 0.180282, 0.272202, 0.432572, 0.709091, 1.17614", \
+            "0.0438528, 0.159326, 0.216416, 0.306892, 0.458927, 0.722684, 1.17863", \
+            "0.0679091, 0.214622, 0.279811, 0.377079, 0.530705, 0.781462, 1.21317", \
+            "0.109564, 0.299206, 0.383057, 0.498327, 0.665278, 0.92451, 1.34261", \
+            "0.185359, 0.435419, 0.542614, 0.689833, 0.893164, 1.18869, 1.62754" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0392227, 0.0392237, 0.0392247, 0.0392257, 0.0392267, 0.0392277, 0.0392287", \
+            "0.064153, 0.064154, 0.064155, 0.064156, 0.064157, 0.064158, 0.064159", \
+            "0.0792234, 0.0792244, 0.0792254, 0.0792264, 0.0792274, 0.0792284, 0.0792294", \
+            "0.0988878, 0.0988888, 0.0988898, 0.0988908, 0.0988918, 0.0988928, 0.0988938", \
+            "0.127431, 0.127432, 0.127433, 0.127434, 0.127435, 0.127436, 0.127437", \
+            "0.169806, 0.169807, 0.169808, 0.169809, 0.16981, 0.169811, 0.169812", \
+            "0.220543, 0.220544, 0.220545, 0.220546, 0.220547, 0.220548, 0.220549" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0392227, 0.0392237, 0.0392247, 0.0392257, 0.0392267, 0.0392277, 0.0392287", \
+            "0.064153, 0.064154, 0.064155, 0.064156, 0.064157, 0.064158, 0.064159", \
+            "0.0792234, 0.0792244, 0.0792254, 0.0792264, 0.0792274, 0.0792284, 0.0792294", \
+            "0.0988878, 0.0988888, 0.0988898, 0.0988908, 0.0988918, 0.0988928, 0.0988938", \
+            "0.127431, 0.127432, 0.127433, 0.127434, 0.127435, 0.127436, 0.127437", \
+            "0.169806, 0.169807, 0.169808, 0.169809, 0.16981, 0.169811, 0.169812", \
+            "0.220543, 0.220544, 0.220545, 0.220546, 0.220547, 0.220548, 0.220549" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0232995, 0.10817, 0.165044, 0.259083, 0.416355, 0.67882, 1.11601", \
+            "0.0360342, 0.135616, 0.193016, 0.287039, 0.444588, 0.707208, 1.14377", \
+            "0.0379515, 0.156581, 0.217177, 0.312768, 0.470368, 0.732956, 1.16984", \
+            "0.0379525, 0.187545, 0.256866, 0.359981, 0.522042, 0.785538, 1.22277", \
+            "0.0379535, 0.224052, 0.311169, 0.432137, 0.610781, 0.88559, 1.32677", \
+            "0.0379545, 0.247185, 0.369902, 0.528652, 0.744107, 1.05465, 1.52354", \
+            "0.0379555, 0.247186, 0.384454, 0.61417, 0.90794, 1.29399, 1.83836" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0111992, 0.130049, 0.210646, 0.344171, 0.567855, 0.940151, 1.561", \
+            "0.0198784, 0.134344, 0.212586, 0.345305, 0.567977, 0.940509, 1.56153", \
+            "0.028673, 0.144987, 0.220402, 0.348625, 0.568667, 0.941739, 1.56154", \
+            "0.0446954, 0.170639, 0.244262, 0.367482, 0.579776, 0.943964, 1.56687", \
+            "0.0731077, 0.220212, 0.295811, 0.41658, 0.620859, 0.970715, 1.57247", \
+            "0.124078, 0.312247, 0.396909, 0.522033, 0.723625, 1.06089, 1.63753", \
+            "0.215178, 0.469211, 0.575284, 0.723276, 0.934315, 1.27191, 1.83088" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.00637785, 0.00979089, 0.00985624, 0.00967243, 0.00922297, 0.00909973, 0.00828772", \
+            "0.00828352, 0.0087859, 0.00885118, 0.00936529, 0.00878511, 0.0080885, 0.00830334", \
+            "0.0108299, 0.00897047, 0.00932984, 0.00898059, 0.00855123, 0.00774154, 0.00851715", \
+            "0.0170423, 0.0116007, 0.0106768, 0.0100357, 0.00952419, 0.00848607, 0.00813473", \
+            "0.0288773, 0.0189555, 0.0168249, 0.0141675, 0.012253, 0.0123324, 0.0103406", \
+            "0.0534523, 0.0363623, 0.0318082, 0.027375, 0.0230057, 0.0174726, 0.0160892", \
+            "0.103906, 0.0785989, 0.0699963, 0.0610638, 0.0515816, 0.0418833, 0.0313053" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0156815, 0.108282, 0.170682, 0.273881, 0.446681, 0.734682, 1.21468");
+          values ( \
+            "0.00574461, 0.0094274, 0.00954198, 0.00929292, 0.00882638, 0.00802115, 0.00662959", \
+            "0.00703893, 0.00834761, 0.00888481, 0.00882381, 0.00883139, 0.00793134, 0.00638423", \
+            "0.00945244, 0.00847587, 0.00849632, 0.00921669, 0.00838967, 0.00789615, 0.00626269", \
+            "0.0154999, 0.0102183, 0.00983534, 0.00928889, 0.00935935, 0.00820996, 0.00603213", \
+            "0.0274825, 0.0178853, 0.014915, 0.0133619, 0.0113697, 0.0102663, 0.00809006", \
+            "0.0525004, 0.0334493, 0.0289585, 0.0241355, 0.0204865, 0.0168037, 0.0116494", \
+            "0.103308, 0.0749713, 0.0658228, 0.0557095, 0.0456772, 0.037561, 0.0295042" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0107068, 0.103307, 0.165707, 0.268907, 0.441707, 0.729707, 1.20971");
+          values ( \
+            "0.0206361, 0.0204314, 0.0201443, 0.0197654, 0.0193063, 0.0191211, 0.0183957", \
+            "0.0204903, 0.0205175, 0.0200795, 0.0198972, 0.0192195, 0.0190031, 0.0184577", \
+            "0.0204588, 0.0201651, 0.0201948, 0.019627, 0.019033, 0.0195611, 0.0184179", \
+            "0.0204122, 0.0204655, 0.0201212, 0.0198573, 0.0192638, 0.018737, 0.0200898", \
+            "0.0201378, 0.0201394, 0.0201529, 0.0199469, 0.0190285, 0.020416, 0.0186469", \
+            "0.0198907, 0.0197202, 0.0199532, 0.0199226, 0.0198407, 0.0179662, 0.0194483", \
+            "0.0195171, 0.0193082, 0.0194685, 0.0197732, 0.0194344, 0.0195667, 0.0186319" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00834186;
+      rise_capacitance : 0.00850378;
+      rise_capacitance_range (0.00468454, 0.0143421);
+      fall_capacitance : 0.00817994;
+      fall_capacitance_range (0.00458171, 0.0139425);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00980486;
+      rise_capacitance : 0.0110021;
+      rise_capacitance_range (0.0100486, 0.011422);
+      fall_capacitance : 0.00860764;
+      fall_capacitance_range (0.00611946, 0.0136357);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.0124194, -0.0130449, -0.0127851, -0.0117028, -0.00878274, -0.00206203, 0.0125671" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.016891, 0.0172376, 0.0178804, 0.0194369, 0.0228046, 0.0299017, 0.0446789" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_8) {
+    area : 39.9168;
+    cell_footprint : "einvn";
+    cell_leakage_power : 2546.27;
+    leakage_power () {
+      value : 2231.02;
+      when : "!A&!TE_B";
+    }
+    leakage_power () {
+      value : 2861.52;
+      when : "A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 2.4;
+      capacitance : 0.0242671;
+      rise_capacitance : 0.0193176;
+      rise_capacitance_range (0.0193176, 0.0193176);
+      fall_capacitance : 0.0292165;
+      fall_capacitance_range (0.0292165, 0.0292165);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0177049, 0.108141, 0.165671, 0.260276, 0.41876, 0.682861, 1.12281", \
+            "0.0275621, 0.141412, 0.19972, 0.294622, 0.453216, 0.717839, 1.15709", \
+            "0.0326151, 0.16876, 0.232083, 0.328993, 0.487544, 0.751799, 1.19133", \
+            "0.0386191, 0.209766, 0.284646, 0.392496, 0.557161, 0.821936, 1.26151", \
+            "0.0454312, 0.265901, 0.359418, 0.490596, 0.677403, 0.957194, 1.40045", \
+            "0.0522959, 0.341043, 0.463642, 0.628659, 0.861356, 1.18795, 1.6681", \
+            "0.0566982, 0.435739, 0.59651, 0.813789, 1.11099, 1.52359, 2.09944" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0116583, 0.130928, 0.212077, 0.346552, 0.571238, 0.946303, 1.57128", \
+            "0.0229292, 0.138283, 0.215093, 0.34703, 0.571239, 0.946679, 1.57185", \
+            "0.0317869, 0.154972, 0.228048, 0.353959, 0.573225, 0.946725, 1.57186", \
+            "0.0452566, 0.189841, 0.263141, 0.383189, 0.590845, 0.95219, 1.57403", \
+            "0.0671693, 0.246961, 0.329259, 0.451849, 0.65296, 0.994293, 1.5897", \
+            "0.105637, 0.34094, 0.437683, 0.579353, 0.790906, 1.12745, 1.68819", \
+            "0.177175, 0.486157, 0.614356, 0.78454, 1.03181, 1.39775, 1.96577" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0302165, 0.216417, 0.341217, 0.547617, 0.893217, 1.46922, 2.42922");
+          values ( \
+            "0.0165311, 0.0880395, 0.133049, 0.207212, 0.331269, 0.53805, 0.882528", \
+            "0.0272479, 0.125177, 0.172307, 0.246995, 0.37115, 0.578092, 0.922494", \
+            "0.0336435, 0.154071, 0.207166, 0.286223, 0.411952, 0.618782, 0.963315", \
+            "0.0415083, 0.195417, 0.260585, 0.352116, 0.487848, 0.698884, 1.04389", \
+            "0.0513901, 0.252001, 0.335539, 0.449358, 0.610163, 0.844594, 1.20027", \
+            "0.0636518, 0.327564, 0.437678, 0.586515, 0.789529, 1.07267, 1.4805", \
+            "0.0788677, 0.432593, 0.573429, 0.768809, 1.03792, 1.40062, 1.90378" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0302165, 0.216417, 0.341217, 0.547617, 0.893217, 1.46922, 2.42922");
+          values ( \
+            "0.00853226, 0.0982152, 0.159792, 0.261382, 0.431388, 0.714634, 1.18671", \
+            "0.0198908, 0.10893, 0.165511, 0.263149, 0.431702, 0.714659, 1.18672", \
+            "0.0285663, 0.126434, 0.181635, 0.274605, 0.436811, 0.7171, 1.18673", \
+            "0.0427878, 0.160243, 0.217543, 0.308988, 0.462977, 0.729239, 1.18983", \
+            "0.0663608, 0.214325, 0.281403, 0.379052, 0.533891, 0.787104, 1.22379", \
+            "0.107299, 0.300364, 0.38462, 0.499625, 0.670421, 0.932058, 1.35319", \
+            "0.182564, 0.437022, 0.544677, 0.6939, 0.897679, 1.19593, 1.63795" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0498905, 0.0498915, 0.0498925, 0.0498935, 0.0498945, 0.0498955, 0.0498965", \
+            "0.0821944, 0.0821954, 0.0821964, 0.0821974, 0.0821984, 0.0821994, 0.0822004", \
+            "0.10526, 0.105261, 0.105262, 0.105263, 0.105264, 0.105265, 0.105266", \
+            "0.134413, 0.134414, 0.134415, 0.134416, 0.134417, 0.134418, 0.134419", \
+            "0.172985, 0.172986, 0.172987, 0.172988, 0.172989, 0.17299, 0.172991", \
+            "0.229761, 0.229762, 0.229763, 0.229764, 0.229765, 0.229766, 0.229767", \
+            "0.306382, 0.306383, 0.306384, 0.306385, 0.306386, 0.306387, 0.306388" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0498905, 0.0498915, 0.0498925, 0.0498935, 0.0498945, 0.0498955, 0.0498965", \
+            "0.0821944, 0.0821954, 0.0821964, 0.0821974, 0.0821984, 0.0821994, 0.0822004", \
+            "0.10526, 0.105261, 0.105262, 0.105263, 0.105264, 0.105265, 0.105266", \
+            "0.134413, 0.134414, 0.134415, 0.134416, 0.134417, 0.134418, 0.134419", \
+            "0.172985, 0.172986, 0.172987, 0.172988, 0.172989, 0.17299, 0.172991", \
+            "0.229761, 0.229762, 0.229763, 0.229764, 0.229765, 0.229766, 0.229767", \
+            "0.306382, 0.306383, 0.306384, 0.306385, 0.306386, 0.306387, 0.306388" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0243151, 0.110321, 0.167592, 0.262052, 0.420513, 0.684228, 1.12378", \
+            "0.0367181, 0.137549, 0.195288, 0.289899, 0.448424, 0.712703, 1.15226", \
+            "0.0385949, 0.15851, 0.219426, 0.315542, 0.474089, 0.738316, 1.1784", \
+            "0.0385959, 0.189251, 0.258749, 0.362397, 0.525328, 0.79043, 1.23041", \
+            "0.0385969, 0.225624, 0.312999, 0.43435, 0.613785, 0.889859, 1.3337", \
+            "0.0385979, 0.248713, 0.371597, 0.530203, 0.746824, 1.05841, 1.52996", \
+            "0.0385989, 0.248714, 0.386143, 0.616206, 0.910723, 1.29698, 1.84343" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.010796, 0.130821, 0.212148, 0.346545, 0.571392, 0.94667, 1.57094", \
+            "0.0192955, 0.135072, 0.213875, 0.347842, 0.571783, 0.946806, 1.57111", \
+            "0.0278115, 0.145629, 0.221642, 0.350826, 0.572633, 0.947471, 1.57126", \
+            "0.0437019, 0.171095, 0.245315, 0.369583, 0.583213, 0.95024, 1.57508", \
+            "0.0717109, 0.220793, 0.296812, 0.418303, 0.624136, 0.976374, 1.5825", \
+            "0.12224, 0.312785, 0.397371, 0.523197, 0.726593, 1.06629, 1.64674", \
+            "0.212604, 0.469813, 0.575624, 0.723188, 0.938612, 1.2772, 1.8385" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0126968, 0.0197044, 0.0197824, 0.0195213, 0.0183904, 0.0163082, 0.0169321", \
+            "0.0165596, 0.0177587, 0.0178485, 0.0180722, 0.0175524, 0.0162074, 0.0165006", \
+            "0.0218796, 0.0177935, 0.0186189, 0.0182676, 0.0174136, 0.0162339, 0.0159371", \
+            "0.0343568, 0.0232547, 0.0213887, 0.0201945, 0.020157, 0.0173433, 0.0187049", \
+            "0.0579974, 0.0377047, 0.0334922, 0.0285227, 0.0245972, 0.0257584, 0.0181188", \
+            "0.107103, 0.0726561, 0.0632683, 0.0543883, 0.045865, 0.0337886, 0.0320405", \
+            "0.207599, 0.156714, 0.139642, 0.121501, 0.102134, 0.0833028, 0.0622981" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0302165, 0.216417, 0.341217, 0.547617, 0.893217, 1.46922, 2.42922");
+          values ( \
+            "0.0111901, 0.0187874, 0.0189519, 0.0185711, 0.0176123, 0.0157916, 0.0129552", \
+            "0.0139048, 0.016622, 0.0179072, 0.0176696, 0.0173106, 0.0159888, 0.0127711", \
+            "0.0189212, 0.0168427, 0.016939, 0.0180298, 0.0168295, 0.0166734, 0.0128368", \
+            "0.0311696, 0.020412, 0.0196493, 0.0182945, 0.0185481, 0.0178473, 0.0124331", \
+            "0.0551998, 0.033247, 0.0293657, 0.0265385, 0.0227151, 0.0196316, 0.0150745", \
+            "0.105022, 0.0665437, 0.0576856, 0.0482246, 0.0412756, 0.0338437, 0.0233691", \
+            "0.20651, 0.149315, 0.131054, 0.110935, 0.0912544, 0.0744307, 0.0581497" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0203176, 0.206518, 0.331318, 0.537718, 0.883318, 1.45932, 2.41932");
+          values ( \
+            "0.0434198, 0.042788, 0.0425197, 0.0416886, 0.0404617, 0.0404066, 0.0383784", \
+            "0.0420687, 0.042171, 0.0410726, 0.0409998, 0.0396115, 0.0390721, 0.037516", \
+            "0.0421394, 0.0415964, 0.0419277, 0.0411872, 0.0392671, 0.0398913, 0.0378222", \
+            "0.0419894, 0.0420613, 0.0412894, 0.0409523, 0.0395756, 0.0373201, 0.0398189", \
+            "0.041787, 0.041552, 0.0417722, 0.0412395, 0.0396138, 0.0416304, 0.0391201", \
+            "0.0414774, 0.0413746, 0.0414998, 0.0414018, 0.0412533, 0.0382108, 0.0407934", \
+            "0.0407028, 0.0401512, 0.0404521, 0.0407957, 0.0414161, 0.0409284, 0.0379628" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0165038;
+      rise_capacitance : 0.0168293;
+      rise_capacitance_range (0.00910225, 0.0286501);
+      fall_capacitance : 0.0161784;
+      fall_capacitance_range (0.00887948, 0.0278941);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0167592;
+      rise_capacitance : 0.0185868;
+      rise_capacitance_range (0.0160483, 0.0194013);
+      fall_capacitance : 0.0149316;
+      fall_capacitance_range (0.0108066, 0.0237193);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.0272878, -0.0282828, -0.0283404, -0.0276527, -0.0253475, -0.0192996, -0.00557153" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.02957, 0.0307369, 0.0312349, 0.0326456, 0.0358253, 0.0425094, 0.0571281" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_fill_1) {
+    area : 1.8144;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_2) {
+    area : 3.6288;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_4) {
+    area : 7.2576;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_8) {
+    area : 14.5152;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_inv_1) {
+    area : 5.4432;
+    cell_footprint : "inv";
+    cell_leakage_power : 118.481;
+    leakage_power () {
+      value : 157.925;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 79.0379;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0150768, 0.0573623, 0.0848968, 0.130274, 0.206203, 0.332729, 0.543659", \
+            "0.0270412, 0.0938057, 0.125393, 0.172511, 0.24871, 0.375271, 0.585884", \
+            "0.032811, 0.118671, 0.156531, 0.209869, 0.28981, 0.416749, 0.62724", \
+            "0.0391521, 0.15378, 0.202827, 0.269472, 0.362767, 0.49928, 0.713133", \
+            "0.0458336, 0.199283, 0.266283, 0.353644, 0.472763, 0.636096, 0.870362", \
+            "0.0513178, 0.256741, 0.348752, 0.469507, 0.628097, 0.841775, 1.13025", \
+            "0.0513188, 0.323893, 0.448308, 0.614684, 0.835891, 1.12289, 1.50692" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00987885, 0.0647977, 0.104922, 0.171441, 0.282858, 0.468577, 0.778005", \
+            "0.0233378, 0.0803684, 0.115668, 0.176895, 0.284316, 0.469146, 0.778006", \
+            "0.0330313, 0.0995919, 0.13499, 0.193251, 0.294568, 0.472128, 0.782778", \
+            "0.0475505, 0.133902, 0.17392, 0.233076, 0.330541, 0.497008, 0.789664", \
+            "0.0705815, 0.188255, 0.23709, 0.305998, 0.407955, 0.570455, 0.844546", \
+            "0.110754, 0.27083, 0.33976, 0.425458, 0.548051, 0.723869, 0.998615", \
+            "0.183018, 0.399389, 0.495012, 0.618162, 0.774329, 0.990808, 1.29645" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0148996, 0.0516277, 0.0747028, 0.11282, 0.176627, 0.282824, 0.460193", \
+            "0.0280729, 0.0893198, 0.117482, 0.158751, 0.223313, 0.329551, 0.506532", \
+            "0.0359574, 0.115638, 0.150166, 0.197994, 0.268293, 0.377115, 0.554422", \
+            "0.0458287, 0.152513, 0.197747, 0.258738, 0.34283, 0.463947, 0.647769", \
+            "0.0588385, 0.201752, 0.263844, 0.344967, 0.453966, 0.602179, 0.813803", \
+            "0.0762994, 0.268879, 0.352511, 0.464944, 0.6128, 0.807888, 1.07174", \
+            "0.100238, 0.361985, 0.473827, 0.623452, 0.827895, 1.09778, 1.44885" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00841607, 0.0518983, 0.083687, 0.136995, 0.225516, 0.373732, 0.620433", \
+            "0.021304, 0.0691974, 0.0974688, 0.145063, 0.228944, 0.374108, 0.620434", \
+            "0.0307286, 0.0875695, 0.117096, 0.163905, 0.243389, 0.382055, 0.622673", \
+            "0.0456786, 0.119312, 0.153782, 0.203604, 0.282941, 0.413643, 0.641279", \
+            "0.0702599, 0.169092, 0.21225, 0.272933, 0.359142, 0.494098, 0.710087", \
+            "0.112649, 0.245423, 0.305654, 0.38526, 0.49068, 0.64174, 0.869301", \
+            "0.189657, 0.369973, 0.447697, 0.556407, 0.702039, 0.890392, 1.15534" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00181052, 0.00232425, 0.00234671, 0.00229176, 0.0021854, 0.00195568, 0.00192389", \
+            "0.00229825, 0.0021521, 0.00220601, 0.00214197, 0.00249034, 0.00200083, 0.00144953", \
+            "0.00305847, 0.00241985, 0.002299, 0.00227365, 0.00219774, 0.00184516, 0.00262124", \
+            "0.00487049, 0.00338491, 0.00308096, 0.00277835, 0.00240879, 0.0022793, 0.00217813", \
+            "0.00835243, 0.0056965, 0.0050925, 0.00444115, 0.00359201, 0.00289544, 0.002642", \
+            "0.0156958, 0.011354, 0.0100088, 0.00848469, 0.00711149, 0.0058124, 0.00408656", \
+            "0.0306937, 0.0243362, 0.0219238, 0.0192311, 0.0165382, 0.013498, 0.0106902" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00174822, 0.00234833, 0.00234605, 0.00239056, 0.00220524, 0.00200767, 0.00167498", \
+            "0.00206564, 0.00211542, 0.0021251, 0.00224606, 0.00212332, 0.00190136, 0.00161961", \
+            "0.00277319, 0.00227208, 0.00226683, 0.00213878, 0.002222, 0.00197764, 0.00150225", \
+            "0.00445715, 0.00298207, 0.00275542, 0.00260109, 0.00239155, 0.00217446, 0.00204441", \
+            "0.00809058, 0.00510848, 0.00448194, 0.00392305, 0.00341559, 0.00289412, 0.00208385", \
+            "0.0154635, 0.0105206, 0.00908993, 0.00775462, 0.00618664, 0.00528753, 0.00417478", \
+            "0.0306609, 0.0232753, 0.0205985, 0.017831, 0.0147757, 0.0116956, 0.00949344" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00305794;
+      rise_capacitance : 0.0031009;
+      rise_capacitance_range (0.00278963, 0.00354768);
+      fall_capacitance : 0.00301498;
+      fall_capacitance_range (0.00277732, 0.00362526);
+    }
+  }
+  cell (sg13g2_inv_16) {
+    area : 34.4736;
+    cell_footprint : "inv";
+    cell_leakage_power : 1895.1;
+    leakage_power () {
+      value : 2525.6;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 1264.61;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 4.8;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0148013, 0.0612137, 0.0890993, 0.135061, 0.211912, 0.339895, 0.553009", \
+            "0.0242253, 0.0975123, 0.129219, 0.176934, 0.253978, 0.381906, 0.595097", \
+            "0.0286301, 0.122143, 0.160181, 0.21398, 0.294695, 0.423203, 0.636259", \
+            "0.0333735, 0.157665, 0.207016, 0.273985, 0.367946, 0.505702, 0.721923", \
+            "0.0379141, 0.203348, 0.270691, 0.358441, 0.478179, 0.642428, 0.879148", \
+            "0.0405202, 0.261625, 0.353455, 0.474595, 0.63404, 0.848989, 1.13925", \
+            "0.0405212, 0.329183, 0.453964, 0.620286, 0.842187, 1.13068, 1.51665" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0081779, 0.0661965, 0.106828, 0.174155, 0.286961, 0.474972, 0.78837", \
+            "0.0199107, 0.0813949, 0.11729, 0.179392, 0.28833, 0.474973, 0.788371", \
+            "0.0286381, 0.100785, 0.13668, 0.195674, 0.298397, 0.478427, 0.788372", \
+            "0.0419428, 0.1349, 0.175163, 0.235298, 0.333906, 0.503011, 0.799391", \
+            "0.0632264, 0.189256, 0.238702, 0.307901, 0.41153, 0.576004, 0.853797", \
+            "0.101342, 0.272945, 0.341637, 0.428125, 0.55162, 0.730342, 1.00748", \
+            "0.171852, 0.401725, 0.497577, 0.620555, 0.777918, 0.996327, 1.30684" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0151527, 0.0556083, 0.0790074, 0.117668, 0.182399, 0.289849, 0.4694", \
+            "0.0258971, 0.0932763, 0.121564, 0.163182, 0.228609, 0.336186, 0.515583", \
+            "0.0324352, 0.119561, 0.154358, 0.202534, 0.273533, 0.383653, 0.563251", \
+            "0.040632, 0.156529, 0.202137, 0.263428, 0.348203, 0.470309, 0.656264", \
+            "0.0513963, 0.206199, 0.268529, 0.349955, 0.459618, 0.608827, 0.822557", \
+            "0.0660056, 0.273977, 0.357761, 0.470677, 0.619484, 0.815288, 1.0811", \
+            "0.0862934, 0.36751, 0.479635, 0.629658, 0.835255, 1.10638, 1.45938" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.00714434, 0.0534077, 0.0859013, 0.139471, 0.229747, 0.379952, 0.630597", \
+            "0.0185912, 0.0703423, 0.0991301, 0.147654, 0.232924, 0.380405, 0.630598", \
+            "0.0271827, 0.0889226, 0.118561, 0.166214, 0.247059, 0.388097, 0.632591", \
+            "0.0409585, 0.120613, 0.155456, 0.205838, 0.286579, 0.419381, 0.650787", \
+            "0.0638308, 0.171052, 0.214645, 0.275361, 0.362644, 0.499175, 0.718989", \
+            "0.104089, 0.248008, 0.307846, 0.387998, 0.495244, 0.647106, 0.879035", \
+            "0.17826, 0.372383, 0.451035, 0.559836, 0.705911, 0.8963, 1.16488" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0258683, 0.0356237, 0.0355451, 0.0349268, 0.0332123, 0.0295996, 0.029332", \
+            "0.038057, 0.0321442, 0.0334187, 0.0323889, 0.034502, 0.0283361, 0.02158", \
+            "0.052035, 0.0376212, 0.0357359, 0.0345968, 0.0317394, 0.0304761, 0.0208625", \
+            "0.0815926, 0.051138, 0.0464367, 0.0413719, 0.0358118, 0.0363928, 0.0338714", \
+            "0.139868, 0.0919135, 0.080277, 0.0691268, 0.0584355, 0.0431813, 0.0440001", \
+            "0.259112, 0.180726, 0.158346, 0.134133, 0.112587, 0.0914222, 0.0652829", \
+            "0.500554, 0.387892, 0.349847, 0.305178, 0.261534, 0.213416, 0.171178" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0212015, 0.0326355, 0.033362, 0.0321034, 0.0311714, 0.0274073, 0.0225147", \
+            "0.0312187, 0.02919, 0.0295356, 0.0314804, 0.0291584, 0.0260178, 0.0200894", \
+            "0.0446067, 0.0318207, 0.0316035, 0.0302828, 0.0312555, 0.0271184, 0.0204203", \
+            "0.0748518, 0.0455157, 0.0398319, 0.0369038, 0.0316055, 0.0289987, 0.0243167", \
+            "0.134605, 0.0794459, 0.0686548, 0.0584688, 0.0506697, 0.0405611, 0.02967", \
+            "0.255162, 0.164952, 0.141693, 0.120296, 0.0963475, 0.0793232, 0.0637328", \
+            "0.497032, 0.369987, 0.326999, 0.28027, 0.232547, 0.183205, 0.148247" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0462692;
+      rise_capacitance : 0.0468797;
+      rise_capacitance_range (0.0349366, 0.0561634);
+      fall_capacitance : 0.0456587;
+      fall_capacitance_range (0.0352187, 0.0579716);
+    }
+  }
+  cell (sg13g2_inv_2) {
+    area : 7.2576;
+    cell_footprint : "inv";
+    cell_leakage_power : 236.902;
+    leakage_power () {
+      value : 315.719;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 158.084;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130701, 0.0570913, 0.0846405, 0.130074, 0.206048, 0.332661, 0.543764", \
+            "0.0227369, 0.093539, 0.125099, 0.172332, 0.248492, 0.375171, 0.586041", \
+            "0.0271253, 0.118141, 0.156114, 0.209569, 0.289547, 0.416783, 0.627621", \
+            "0.0318588, 0.15297, 0.202425, 0.269121, 0.362523, 0.499201, 0.713206", \
+            "0.0362913, 0.198167, 0.265557, 0.353084, 0.472405, 0.635891, 0.870535", \
+            "0.0386668, 0.25517, 0.347638, 0.469026, 0.627626, 0.841534, 1.13033", \
+            "0.0386678, 0.321855, 0.446918, 0.613475, 0.834689, 1.12233, 1.50694" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00820818, 0.0643196, 0.104505, 0.171151, 0.282844, 0.468792, 0.77871", \
+            "0.0202777, 0.0798892, 0.115298, 0.176623, 0.284198, 0.468793, 0.778711", \
+            "0.0290029, 0.099179, 0.134625, 0.193017, 0.294434, 0.472304, 0.78328", \
+            "0.0421679, 0.133056, 0.173411, 0.232813, 0.330443, 0.497258, 0.790385", \
+            "0.0635242, 0.186737, 0.236552, 0.305286, 0.407676, 0.570797, 0.845284", \
+            "0.101402, 0.270279, 0.339033, 0.425263, 0.547923, 0.724031, 0.999605", \
+            "0.171443, 0.398099, 0.493721, 0.617458, 0.773757, 0.990679, 1.29681" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130367, 0.0514049, 0.0745153, 0.112659, 0.176527, 0.282829, 0.460374", \
+            "0.023946, 0.0891117, 0.117264, 0.158545, 0.223233, 0.329568, 0.506683", \
+            "0.0304525, 0.11519, 0.14986, 0.197815, 0.268145, 0.377054, 0.554658", \
+            "0.0387174, 0.151929, 0.197266, 0.258394, 0.342635, 0.46375, 0.647724", \
+            "0.0494019, 0.200543, 0.263192, 0.34452, 0.453509, 0.602047, 0.813394", \
+            "0.0638799, 0.267751, 0.351594, 0.464134, 0.612326, 0.807574, 1.07173", \
+            "0.0841458, 0.360208, 0.472556, 0.6224, 0.827123, 1.09776, 1.44869" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0069759, 0.0515646, 0.0834023, 0.136655, 0.22557, 0.374098, 0.621631", \
+            "0.0185565, 0.06881, 0.0972352, 0.144927, 0.228913, 0.374458, 0.622556", \
+            "0.0271523, 0.0872208, 0.116838, 0.16379, 0.243401, 0.382418, 0.623498", \
+            "0.0408497, 0.118881, 0.153494, 0.203495, 0.283149, 0.41401, 0.64211", \
+            "0.0636438, 0.168791, 0.212405, 0.273101, 0.359201, 0.494408, 0.710638", \
+            "0.103555, 0.244909, 0.305075, 0.384636, 0.490732, 0.641944, 0.870054", \
+            "0.177921, 0.369242, 0.446897, 0.555764, 0.701733, 0.890964, 1.15597" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00323783, 0.00437139, 0.00440028, 0.00431987, 0.00412497, 0.00366192, 0.00362239", \
+            "0.00444561, 0.00397167, 0.0041068, 0.00400215, 0.00469853, 0.00348097, 0.00263208", \
+            "0.00608268, 0.00460183, 0.00437814, 0.00426682, 0.00395136, 0.00385401, 0.0042726", \
+            "0.00981237, 0.00645504, 0.00591448, 0.00524669, 0.00454286, 0.00478118, 0.00396454", \
+            "0.0169268, 0.0110429, 0.00993316, 0.00853799, 0.00697023, 0.00534504, 0.00535156", \
+            "0.031727, 0.0225065, 0.0196849, 0.0168046, 0.0139806, 0.0113777, 0.00821591", \
+            "0.0619443, 0.0484784, 0.0435913, 0.0381588, 0.0326891, 0.0267191, 0.0210283" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00275545, 0.00413556, 0.00411688, 0.00406732, 0.003832, 0.0034812, 0.00288566", \
+            "0.00364388, 0.00368152, 0.00371002, 0.00389388, 0.00361714, 0.00328616, 0.00318092", \
+            "0.00521457, 0.00398962, 0.00401604, 0.00379987, 0.00385773, 0.00333591, 0.00254932", \
+            "0.00874894, 0.00545783, 0.00496426, 0.00465495, 0.00414682, 0.00372741, 0.00286964", \
+            "0.0161983, 0.00959748, 0.0085928, 0.00735155, 0.00637995, 0.00525088, 0.00342191", \
+            "0.0311593, 0.0205522, 0.0176876, 0.0149233, 0.0118252, 0.0100524, 0.00785891", \
+            "0.0617896, 0.0460653, 0.0406919, 0.0351672, 0.029019, 0.0228345, 0.018382" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00605625;
+      rise_capacitance : 0.00613958;
+      rise_capacitance_range (0.00546183, 0.00711337);
+      fall_capacitance : 0.00597292;
+      fall_capacitance_range (0.00544941, 0.00735526);
+    }
+  }
+  cell (sg13g2_inv_4) {
+    area : 10.8864;
+    cell_footprint : "inv";
+    cell_leakage_power : 473.776;
+    leakage_power () {
+      value : 631.4;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 316.151;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 1.2;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0121235, 0.0572152, 0.084907, 0.130578, 0.206918, 0.334268, 0.546303", \
+            "0.0207675, 0.0935329, 0.125198, 0.172741, 0.249382, 0.376732, 0.588905", \
+            "0.0246033, 0.118221, 0.156405, 0.210111, 0.290521, 0.418425, 0.630388", \
+            "0.0285746, 0.15308, 0.202671, 0.269621, 0.363383, 0.500669, 0.71577", \
+            "0.0320981, 0.198399, 0.265918, 0.353657, 0.473338, 0.637381, 0.872948", \
+            "0.0331806, 0.255296, 0.348027, 0.469679, 0.628716, 0.843347, 1.13242", \
+            "0.0331816, 0.322038, 0.447278, 0.613781, 0.835882, 1.12432, 1.50956" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00755545, 0.0645897, 0.105, 0.172009, 0.284136, 0.471157, 0.782647", \
+            "0.0190945, 0.0801483, 0.115775, 0.177427, 0.285621, 0.471158, 0.78294", \
+            "0.0272686, 0.0993159, 0.13503, 0.193789, 0.295816, 0.474699, 0.783571", \
+            "0.0398922, 0.133296, 0.173793, 0.233576, 0.331645, 0.499513, 0.794076", \
+            "0.0604487, 0.187654, 0.237078, 0.306367, 0.409222, 0.572887, 0.84874", \
+            "0.0975258, 0.270612, 0.339573, 0.426042, 0.549198, 0.726457, 1.00318", \
+            "0.166891, 0.398386, 0.494416, 0.617247, 0.77529, 0.992904, 1.30211" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0122217, 0.0518003, 0.0752288, 0.113898, 0.178798, 0.286372, 0.466097", \
+            "0.0221309, 0.0895144, 0.117947, 0.159711, 0.225235, 0.332935, 0.51253", \
+            "0.0281273, 0.115686, 0.150639, 0.19901, 0.270212, 0.380477, 0.560391", \
+            "0.0356504, 0.152451, 0.198233, 0.25987, 0.344837, 0.467372, 0.653596", \
+            "0.0454677, 0.20155, 0.264268, 0.346114, 0.456154, 0.605905, 0.819544", \
+            "0.0588152, 0.26857, 0.352881, 0.465719, 0.61549, 0.811863, 1.07827", \
+            "0.0779979, 0.36148, 0.474263, 0.624891, 0.83065, 1.10305, 1.4564" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00639731, 0.0521694, 0.0844781, 0.138601, 0.228867, 0.379133, 0.629756", \
+            "0.0173948, 0.0693512, 0.0982086, 0.146609, 0.231912, 0.379591, 0.630566", \
+            "0.0255922, 0.087786, 0.117708, 0.165394, 0.246262, 0.387114, 0.631863", \
+            "0.0387913, 0.119485, 0.154498, 0.204968, 0.28573, 0.418549, 0.650331", \
+            "0.0608257, 0.169388, 0.213342, 0.274729, 0.361702, 0.49844, 0.718522", \
+            "0.0998285, 0.245666, 0.306364, 0.387193, 0.49404, 0.644956, 0.878224", \
+            "0.17342, 0.369472, 0.448157, 0.556914, 0.705098, 0.895914, 1.16468" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00642599, 0.0088191, 0.00887853, 0.0087057, 0.00823013, 0.00737351, 0.0070878", \
+            "0.00898234, 0.00809849, 0.008313, 0.00802923, 0.0091298, 0.00703918, 0.00710637", \
+            "0.0124836, 0.00918287, 0.00867897, 0.00862096, 0.00819552, 0.00839739, 0.00578095", \
+            "0.0198807, 0.0129115, 0.011845, 0.0105399, 0.00926592, 0.00860324, 0.00667189", \
+            "0.0341934, 0.0222715, 0.0198697, 0.0172091, 0.0139037, 0.0106896, 0.00995504", \
+            "0.0638742, 0.044936, 0.0393067, 0.0334745, 0.0278104, 0.0228131, 0.0162376", \
+            "0.124266, 0.0965991, 0.0869986, 0.0757798, 0.0651404, 0.0532, 0.0424015" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00527454, 0.00813727, 0.00811869, 0.00821374, 0.00782944, 0.00678016, 0.00514252", \
+            "0.00727511, 0.00720165, 0.00726207, 0.00770096, 0.00724537, 0.00651608, 0.00589343", \
+            "0.0104449, 0.00782503, 0.00781053, 0.00745709, 0.00773679, 0.00659854, 0.00487831", \
+            "0.0175992, 0.0106748, 0.0098052, 0.00919487, 0.0077578, 0.00738108, 0.00654591", \
+            "0.0325704, 0.0191764, 0.0168311, 0.014519, 0.012453, 0.00967128, 0.00752456", \
+            "0.0625746, 0.0408401, 0.0350829, 0.0295393, 0.0236932, 0.0190963, 0.0157888", \
+            "0.124003, 0.0917234, 0.0810328, 0.0696884, 0.0577414, 0.0453311, 0.0369327" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0119894;
+      rise_capacitance : 0.0121531;
+      rise_capacitance_range (0.01082, 0.0141546);
+      fall_capacitance : 0.0118257;
+      fall_capacitance_range (0.0108133, 0.0147459);
+    }
+  }
+  cell (sg13g2_inv_8) {
+    area : 18.144;
+    cell_footprint : "inv";
+    cell_leakage_power : 947.581;
+    leakage_power () {
+      value : 1262.86;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 632.303;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 2.4;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0118608, 0.0574155, 0.0851399, 0.130888, 0.20734, 0.334798, 0.547143", \
+            "0.0201291, 0.0938637, 0.125435, 0.172982, 0.249772, 0.377169, 0.589445", \
+            "0.0237386, 0.118526, 0.156748, 0.210354, 0.290852, 0.418925, 0.631133", \
+            "0.0274236, 0.153398, 0.202963, 0.269884, 0.363792, 0.501158, 0.716528", \
+            "0.0305563, 0.198669, 0.266143, 0.353997, 0.473788, 0.637919, 0.873763", \
+            "0.0311785, 0.255825, 0.348069, 0.469937, 0.629068, 0.843873, 1.13396", \
+            "0.0311795, 0.32236, 0.447719, 0.614727, 0.836421, 1.12498, 1.51036" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.00732471, 0.0647091, 0.105212, 0.172358, 0.284559, 0.471917, 0.783791", \
+            "0.0185936, 0.0802063, 0.11595, 0.177688, 0.286047, 0.472244, 0.783941", \
+            "0.0265838, 0.0994001, 0.135244, 0.193894, 0.296178, 0.475607, 0.784608", \
+            "0.0389448, 0.133643, 0.173979, 0.233702, 0.332041, 0.500128, 0.795171", \
+            "0.0592515, 0.187418, 0.237169, 0.3066, 0.409488, 0.57343, 0.849931", \
+            "0.0959669, 0.27055, 0.340114, 0.426367, 0.549484, 0.727031, 1.00376", \
+            "0.164883, 0.398813, 0.494677, 0.618719, 0.77577, 0.993456, 1.30131" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0120104, 0.0519942, 0.0754311, 0.114142, 0.179079, 0.286735, 0.466864", \
+            "0.0215477, 0.0897446, 0.118172, 0.159954, 0.225509, 0.333418, 0.513188", \
+            "0.0273131, 0.115842, 0.150774, 0.199239, 0.27041, 0.380812, 0.560937", \
+            "0.0345741, 0.152714, 0.198529, 0.26007, 0.345123, 0.467644, 0.654069", \
+            "0.0439586, 0.201848, 0.264572, 0.346492, 0.456528, 0.606275, 0.820208", \
+            "0.0568041, 0.268881, 0.35314, 0.466456, 0.615858, 0.812283, 1.07885", \
+            "0.0754869, 0.361681, 0.474624, 0.625271, 0.831056, 1.10309, 1.45702" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.00617059, 0.0522977, 0.0845935, 0.138781, 0.229062, 0.379491, 0.630448", \
+            "0.0168949, 0.0694754, 0.0983415, 0.146768, 0.232112, 0.380029, 0.630449", \
+            "0.0249562, 0.0879036, 0.117897, 0.16549, 0.246477, 0.387633, 0.632998", \
+            "0.03801, 0.11958, 0.154585, 0.205042, 0.285991, 0.419008, 0.650881", \
+            "0.0596874, 0.169509, 0.213433, 0.274339, 0.361759, 0.499106, 0.71908", \
+            "0.0981127, 0.245841, 0.306504, 0.386978, 0.495012, 0.645346, 0.878818", \
+            "0.171683, 0.369653, 0.44837, 0.557091, 0.705345, 0.895585, 1.16515" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0127997, 0.017636, 0.0177816, 0.0174964, 0.0165178, 0.0148947, 0.0141508", \
+            "0.0181321, 0.0160408, 0.0166843, 0.0161447, 0.0182211, 0.0148078, 0.0138879", \
+            "0.0248348, 0.018325, 0.0173666, 0.0171837, 0.0160606, 0.0169689, 0.0116048", \
+            "0.0400947, 0.0260079, 0.0237146, 0.0209693, 0.0185704, 0.0195826, 0.0163227", \
+            "0.0687861, 0.0443973, 0.0397197, 0.0344114, 0.0278649, 0.0210655, 0.0212846", \
+            "0.128245, 0.0897272, 0.0784351, 0.0667885, 0.0557748, 0.0456795, 0.0320534", \
+            "0.249365, 0.19319, 0.174022, 0.152155, 0.129917, 0.106633, 0.0832399" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0104512, 0.0163612, 0.0162736, 0.0164886, 0.0155398, 0.0136215, 0.0108545", \
+            "0.0147306, 0.0144024, 0.0145983, 0.0154592, 0.0147801, 0.0129894, 0.0103827", \
+            "0.0211559, 0.0157602, 0.0156825, 0.0147073, 0.0154682, 0.0130282, 0.0101313", \
+            "0.0356781, 0.0213726, 0.0197356, 0.0181605, 0.0165253, 0.0145297, 0.0122608", \
+            "0.065299, 0.0384251, 0.033212, 0.0284629, 0.0245964, 0.0204443, 0.0152491", \
+            "0.125658, 0.0817208, 0.0702097, 0.0595953, 0.0476264, 0.0383781, 0.0317935", \
+            "0.248573, 0.18343, 0.162096, 0.139385, 0.115521, 0.090064, 0.0739491" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0239835;
+      rise_capacitance : 0.0243054;
+      rise_capacitance_range (0.0214806, 0.0283944);
+      fall_capacitance : 0.0236617;
+      fall_capacitance_range (0.0215091, 0.0296422);
+    }
+  }
+  cell (sg13g2_lgcp_1) {
+    area : 27.216;
+    cell_footprint : "lgcp";
+    cell_leakage_power : 826.732;
+    clock_gating_integrated_cell : "latch_posedge";
+    dont_use : true;
+    leakage_power () {
+      value : 801.813;
+      when : "!CLK&GATE&!GCLK";
+    }
+    leakage_power () {
+      value : 872.609;
+      when : "CLK&GATE&GCLK";
+    }
+    leakage_power () {
+      value : 805.773;
+      when : "!GATE&!GCLK";
+    }
+    statetable ("CLK GATE", "int_GATE") {
+      table : "L L : - : L ,\
+               L H : - : H ,\
+               H - : - : N ";
+    }
+    pin (int_GATE) {
+      direction : "internal";
+      internal_node : "int_GATE";
+    }
+    pin (GCLK) {
+      clock_gate_out_pin : true;
+      direction : "output";
+      min_capacitance : 0.001;
+      state_function : "CLK * int_GATE";
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        timing_sense : positive_unate;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0528227, 0.0979286, 0.125739, 0.171349, 0.247306, 0.374077, 0.584878", \
+            "0.0743304, 0.120648, 0.148502, 0.194112, 0.270142, 0.396719, 0.608053", \
+            "0.0888731, 0.136534, 0.16453, 0.210233, 0.286366, 0.412951, 0.623881", \
+            "0.107545, 0.158138, 0.186262, 0.231884, 0.308099, 0.434781, 0.645642", \
+            "0.133115, 0.189515, 0.218079, 0.263975, 0.340168, 0.466831, 0.677399", \
+            "0.170556, 0.236707, 0.266821, 0.313873, 0.391056, 0.518586, 0.729996", \
+            "0.221206, 0.301915, 0.336817, 0.386947, 0.466685, 0.597818, 0.81254" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0129929, 0.0679156, 0.107714, 0.174096, 0.285398, 0.471097, 0.780575", \
+            "0.0148602, 0.0686708, 0.10815, 0.17423, 0.285471, 0.471098, 0.781077", \
+            "0.0169146, 0.0695523, 0.108689, 0.174606, 0.285651, 0.471133, 0.781078", \
+            "0.0207046, 0.0715191, 0.109879, 0.175217, 0.28608, 0.471584, 0.781079", \
+            "0.0271982, 0.0761266, 0.113026, 0.177097, 0.287257, 0.472184, 0.781352", \
+            "0.036894, 0.08649, 0.120837, 0.183046, 0.291593, 0.475293, 0.783153", \
+            "0.051689, 0.106215, 0.139015, 0.197701, 0.303834, 0.486993, 0.7924" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0428841, 0.0809505, 0.104342, 0.142617, 0.206568, 0.313017, 0.490139", \
+            "0.0701576, 0.109606, 0.133154, 0.171523, 0.235522, 0.341928, 0.519179", \
+            "0.086112, 0.127106, 0.150687, 0.18914, 0.253205, 0.359744, 0.536912", \
+            "0.107085, 0.151093, 0.174713, 0.213115, 0.277238, 0.383786, 0.561019", \
+            "0.133928, 0.183215, 0.207274, 0.245742, 0.309759, 0.416226, 0.59351", \
+            "0.167715, 0.226846, 0.252314, 0.291742, 0.356498, 0.463377, 0.640721", \
+            "0.21049, 0.280759, 0.30981, 0.351718, 0.418626, 0.528175, 0.708359" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0104438, 0.0545392, 0.0862597, 0.139176, 0.22803, 0.376207, 0.62315", \
+            "0.0132601, 0.0555262, 0.0869636, 0.139533, 0.228188, 0.376208, 0.623186", \
+            "0.0159688, 0.0566605, 0.0876286, 0.14013, 0.228549, 0.376461, 0.62484", \
+            "0.0202846, 0.0589956, 0.0890518, 0.140945, 0.229297, 0.376937, 0.624841", \
+            "0.026801, 0.0639291, 0.0923798, 0.143006, 0.230464, 0.377865, 0.624842", \
+            "0.036713, 0.073815, 0.100126, 0.148663, 0.234755, 0.380942, 0.626233", \
+            "0.051141, 0.091936, 0.116262, 0.162126, 0.246188, 0.391587, 0.635079" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116169, 0.0121479, 0.0121536, 0.0121395, 0.0119826, 0.0120218, 0.0118055", \
+            "0.0113712, 0.0117459, 0.0118382, 0.011905, 0.0116975, 0.0113833, 0.0115941", \
+            "0.0115046, 0.0118459, 0.0119156, 0.0118937, 0.0121061, 0.0117338, 0.011609", \
+            "0.0122286, 0.0123336, 0.0123949, 0.0124596, 0.0122862, 0.0124293, 0.0121563", \
+            "0.0145033, 0.0141385, 0.0141809, 0.0141813, 0.014292, 0.0140682, 0.0139021", \
+            "0.0199124, 0.0189564, 0.0189147, 0.0189328, 0.018965, 0.0190381, 0.0189592", \
+            "0.0314056, 0.0296435, 0.0293795, 0.0291154, 0.0291408, 0.0291085, 0.0290698" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0068035, 0.0074977, 0.0074513, 0.0074197, 0.0073187, 0.0071602, 0.0067197", \
+            "0.0069759, 0.0073632, 0.0074453, 0.0075953, 0.0074356, 0.0071866, 0.0067775", \
+            "0.0074767, 0.0077697, 0.0078294, 0.0077773, 0.0079459, 0.0076282, 0.0075243", \
+            "0.0087992, 0.0088603, 0.0089131, 0.0089986, 0.0089143, 0.0087038, 0.0087337", \
+            "0.0115751, 0.0112346, 0.0112213, 0.0112857, 0.0113505, 0.0112885, 0.0107538", \
+            "0.0174034, 0.0163164, 0.0162555, 0.0162489, 0.0162922, 0.0163364, 0.0162521", \
+            "0.0291122, 0.0271248, 0.0268103, 0.026601, 0.0265495, 0.0262568, 0.0264355" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      clock_gate_clock_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00533845;
+      rise_capacitance : 0.00540796;
+      rise_capacitance_range (0.00464721, 0.006268);
+      fall_capacitance : 0.00526894;
+      fall_capacitance_range (0.00481949, 0.00561979);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.150299, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0669861, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0080669, 0.00804094, 0.00849204, 0.00972889, 0.0126763, 0.0190587, 0.032408" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0103089, 0.0103198, 0.0108612, 0.0122366, 0.0151797, 0.0215596, 0.0351912" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock_gate_enable_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00250231;
+      rise_capacitance : 0.00280915;
+      rise_capacitance_range (0.00243272, 0.00306655);
+      fall_capacitance : 0.00219548;
+      fall_capacitance_range (0.00219548, 0.00252533);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0253586, -0.00993168, -0.0165371, -0.0274796", \
+            "-0.105849, -0.0744317, -0.0743966, -0.0839846", \
+            "-0.153415, -0.123336, -0.126038, -0.13503", \
+            "-0.212604, -0.189182, -0.195287, -0.20673" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0102778, 0.0596034, 0.0872969, 0.112392", \
+            "-0.074766, 0.00310889, 0.0414319, 0.0758862", \
+            "-0.109141, -0.0285446, 0.0109998, 0.0500469", \
+            "-0.140202, -0.0543318, -0.0142324, 0.0264405" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0519515, 0.0363987, 0.0457139, 0.0611035", \
+            "0.149478, 0.113938, 0.117899, 0.12665", \
+            "0.209586, 0.172708, 0.173932, 0.183279", \
+            "0.284679, 0.245142, 0.250958, 0.261851" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.034279, -0.0484385, -0.0736543, -0.0925373", \
+            "0.112722, 0.0260099, -0.0165626, -0.0460739", \
+            "0.152537, 0.0645483, 0.023197, -0.0137139", \
+            "0.192369, 0.101659, 0.0568652, 0.0175826" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0241059, 0.0246224, 0.024699, 0.0254265, 0.0275859, 0.0327371, 0.0437283" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0200296, 0.034765, 0.0356154, 0.0365949, 0.0389227, 0.0440761, 0.0550064" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0241059, 0.0246224, 0.024699, 0.0254265, 0.0275859, 0.0327371, 0.0437283" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0200296, 0.034765, 0.0356154, 0.0365949, 0.0389227, 0.0440761, 0.0550064" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux2_1) {
+    area : 18.144;
+    cell_footprint : "mux2";
+    cell_leakage_power : 559.066;
+    leakage_power () {
+      value : 535.327;
+      when : "!A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 504.673;
+      when : "A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 481.22;
+      when : "!A0&A1&!S";
+    }
+    leakage_power () {
+      value : 608.274;
+      when : "A0&A1&!S";
+    }
+    leakage_power () {
+      value : 588.713;
+      when : "!A0&!A1&S";
+    }
+    leakage_power () {
+      value : 534.6;
+      when : "A0&!A1&S";
+    }
+    leakage_power () {
+      value : 558.064;
+      when : "!A0&A1&S";
+    }
+    leakage_power () {
+      value : 661.659;
+      when : "A0&A1&S";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(!S*A0)+(S*A1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0518005, 0.0994301, 0.127283, 0.172847, 0.248893, 0.375639, 0.586556", \
+            "0.0775409, 0.127002, 0.155042, 0.200732, 0.276821, 0.403465, 0.614357", \
+            "0.0942055, 0.145775, 0.173854, 0.219694, 0.295888, 0.422533, 0.633514", \
+            "0.116083, 0.17204, 0.20041, 0.245968, 0.322244, 0.449027, 0.659869", \
+            "0.145684, 0.207952, 0.23697, 0.282841, 0.359059, 0.485899, 0.697006", \
+            "0.18572, 0.25916, 0.28946, 0.336268, 0.41339, 0.540125, 0.751555", \
+            "0.235335, 0.324188, 0.360952, 0.411317, 0.491064, 0.620253, 0.833778" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0161474, 0.0693957, 0.108596, 0.174566, 0.285823, 0.471607, 0.781179", \
+            "0.0197016, 0.0706273, 0.109378, 0.175001, 0.285957, 0.471737, 0.78146", \
+            "0.0233174, 0.0719493, 0.110239, 0.175595, 0.286398, 0.47181, 0.781461", \
+            "0.0288667, 0.07509, 0.11193, 0.176423, 0.286961, 0.472385, 0.781511", \
+            "0.0369072, 0.0807843, 0.115746, 0.178382, 0.287841, 0.47312, 0.782136", \
+            "0.049232, 0.093969, 0.125314, 0.184792, 0.292051, 0.475345, 0.783913", \
+            "0.066002, 0.117722, 0.147556, 0.201399, 0.304558, 0.485422, 0.791627" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0645194, 0.11387, 0.138813, 0.178115, 0.242785, 0.349924, 0.528462", \
+            "0.0909826, 0.141931, 0.167249, 0.206731, 0.271493, 0.378625, 0.557209", \
+            "0.1085, 0.161512, 0.187187, 0.227135, 0.292041, 0.39927, 0.577842", \
+            "0.132777, 0.190155, 0.216421, 0.256401, 0.321708, 0.429365, 0.608148", \
+            "0.167205, 0.230674, 0.258547, 0.298914, 0.36383, 0.471984, 0.650755", \
+            "0.217321, 0.290775, 0.321068, 0.363918, 0.430005, 0.538418, 0.717229", \
+            "0.284981, 0.371947, 0.407416, 0.454624, 0.525007, 0.637621, 0.818071" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0189953, 0.0626927, 0.092731, 0.144043, 0.232383, 0.380875, 0.629602", \
+            "0.0220076, 0.0641946, 0.093808, 0.144724, 0.232474, 0.382613, 0.629762", \
+            "0.0254422, 0.0661403, 0.0953932, 0.145939, 0.233369, 0.382614, 0.629763", \
+            "0.0314673, 0.0698753, 0.0982053, 0.147812, 0.234844, 0.382615, 0.630405", \
+            "0.0402145, 0.0773169, 0.104156, 0.151369, 0.236586, 0.383626, 0.631628", \
+            "0.052547, 0.090833, 0.115609, 0.160257, 0.24228, 0.386283, 0.633145", \
+            "0.068227, 0.113909, 0.137625, 0.181228, 0.258656, 0.399854, 0.642044" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0521165, 0.100564, 0.128477, 0.173996, 0.250083, 0.376729, 0.587693", \
+            "0.0777881, 0.128246, 0.156399, 0.202083, 0.278208, 0.404783, 0.616235", \
+            "0.09448, 0.147406, 0.175499, 0.221333, 0.297548, 0.4242, 0.635213", \
+            "0.116569, 0.173953, 0.202305, 0.248077, 0.324468, 0.451278, 0.662368", \
+            "0.146554, 0.211155, 0.239772, 0.285817, 0.36212, 0.488856, 0.700134", \
+            "0.186552, 0.262769, 0.293591, 0.340886, 0.417789, 0.545004, 0.756207", \
+            "0.238268, 0.329141, 0.36648, 0.417656, 0.495941, 0.625664, 0.839026" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.016626, 0.069596, 0.108715, 0.17463, 0.285805, 0.47153, 0.781016", \
+            "0.0203004, 0.0709443, 0.109489, 0.175026, 0.285979, 0.47174, 0.781971", \
+            "0.0241638, 0.0724347, 0.11042, 0.175564, 0.28638, 0.471773, 0.782443", \
+            "0.0298847, 0.0755324, 0.112118, 0.176492, 0.287031, 0.472348, 0.782444", \
+            "0.0384948, 0.0823185, 0.1161, 0.178593, 0.287885, 0.473138, 0.782445", \
+            "0.051853, 0.094628, 0.125943, 0.18503, 0.291877, 0.475289, 0.783946", \
+            "0.069644, 0.119225, 0.148624, 0.202671, 0.303778, 0.48493, 0.790852" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.064312, 0.113809, 0.138766, 0.17812, 0.242652, 0.349891, 0.528379", \
+            "0.0908982, 0.141873, 0.167201, 0.206738, 0.271395, 0.378634, 0.55719", \
+            "0.108349, 0.161546, 0.187349, 0.227174, 0.292008, 0.399344, 0.577868", \
+            "0.132653, 0.190329, 0.216485, 0.256598, 0.321893, 0.429441, 0.608243", \
+            "0.167268, 0.231068, 0.258472, 0.300094, 0.364859, 0.472447, 0.651262", \
+            "0.21726, 0.291431, 0.321673, 0.364573, 0.431137, 0.539636, 0.717995", \
+            "0.285521, 0.373041, 0.408763, 0.457028, 0.527787, 0.638831, 0.822054" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190989, 0.0627768, 0.0927297, 0.144125, 0.232305, 0.381057, 0.629579", \
+            "0.0220833, 0.0642498, 0.093855, 0.144736, 0.232515, 0.381058, 0.629655", \
+            "0.0255872, 0.0661535, 0.0955166, 0.146054, 0.233357, 0.381395, 0.629656", \
+            "0.0317075, 0.0700012, 0.0981439, 0.147845, 0.234739, 0.382371, 0.630351", \
+            "0.0405775, 0.0774128, 0.103805, 0.151979, 0.236728, 0.383589, 0.631574", \
+            "0.053049, 0.091645, 0.115923, 0.160434, 0.242707, 0.386793, 0.633356", \
+            "0.068957, 0.114755, 0.138559, 0.181505, 0.259863, 0.400404, 0.642767" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0571062, 0.102605, 0.130488, 0.176208, 0.252324, 0.379114, 0.590116", \
+            "0.0811915, 0.127667, 0.155624, 0.201356, 0.277594, 0.404277, 0.615313", \
+            "0.0977716, 0.145524, 0.173542, 0.219354, 0.295664, 0.422365, 0.633461", \
+            "0.119698, 0.170195, 0.198379, 0.244242, 0.320464, 0.447313, 0.658363", \
+            "0.149758, 0.205123, 0.23361, 0.279553, 0.356017, 0.482918, 0.693925", \
+            "0.191167, 0.255546, 0.285181, 0.331969, 0.408901, 0.536354, 0.747711", \
+            "0.244721, 0.322672, 0.356106, 0.40482, 0.483888, 0.613394, 0.827146" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0141702, 0.068846, 0.108483, 0.174708, 0.28608, 0.471783, 0.781371", \
+            "0.0157664, 0.0694274, 0.108868, 0.174963, 0.286195, 0.472059, 0.781653", \
+            "0.0176779, 0.0702159, 0.109347, 0.175279, 0.286375, 0.47206, 0.781654", \
+            "0.0211997, 0.0720106, 0.110312, 0.175806, 0.286778, 0.47222, 0.781655", \
+            "0.0267051, 0.0758461, 0.112851, 0.17727, 0.287677, 0.472907, 0.781916", \
+            "0.035389, 0.084395, 0.119058, 0.181447, 0.290732, 0.475204, 0.783373", \
+            "0.048385, 0.101333, 0.133627, 0.192699, 0.299587, 0.482959, 0.789836" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0718253, 0.116075, 0.140348, 0.179265, 0.243936, 0.351181, 0.52987", \
+            "0.094827, 0.139982, 0.164499, 0.203627, 0.268189, 0.375499, 0.554254", \
+            "0.109745, 0.15635, 0.181158, 0.220436, 0.285216, 0.392653, 0.571224", \
+            "0.130747, 0.180645, 0.205665, 0.245172, 0.310156, 0.417779, 0.596533", \
+            "0.160918, 0.216047, 0.241914, 0.282098, 0.347328, 0.454857, 0.633861", \
+            "0.203591, 0.267014, 0.295261, 0.337137, 0.40343, 0.511863, 0.690661", \
+            "0.260405, 0.335734, 0.367998, 0.413439, 0.483347, 0.595247, 0.777953" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0157093, 0.059961, 0.0908218, 0.14307, 0.232119, 0.381116, 0.629685", \
+            "0.0170157, 0.0606424, 0.0913687, 0.143533, 0.232245, 0.381235, 0.629922", \
+            "0.0187075, 0.0620039, 0.0923667, 0.14419, 0.232685, 0.381437, 0.629923", \
+            "0.0221697, 0.0646504, 0.0942746, 0.145415, 0.233514, 0.381885, 0.630385", \
+            "0.027707, 0.0699818, 0.09826, 0.148099, 0.234978, 0.382779, 0.631082", \
+            "0.036158, 0.079472, 0.106868, 0.155157, 0.240098, 0.386005, 0.632984", \
+            "0.048509, 0.095763, 0.122932, 0.169587, 0.253489, 0.398399, 0.642625" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0571062, 0.102605, 0.130488, 0.176208, 0.252324, 0.379114, 0.590116", \
+            "0.0811915, 0.127667, 0.155624, 0.201356, 0.277594, 0.404277, 0.615313", \
+            "0.0977716, 0.145524, 0.173542, 0.219354, 0.295664, 0.422365, 0.633461", \
+            "0.119698, 0.170195, 0.198379, 0.244242, 0.320464, 0.447313, 0.658363", \
+            "0.149758, 0.205123, 0.23361, 0.279553, 0.356017, 0.482918, 0.693925", \
+            "0.191167, 0.255546, 0.285181, 0.331969, 0.408901, 0.536354, 0.747711", \
+            "0.244721, 0.322672, 0.356106, 0.40482, 0.483888, 0.613394, 0.827146" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0141702, 0.068846, 0.108483, 0.174708, 0.28608, 0.471783, 0.781371", \
+            "0.0157664, 0.0694274, 0.108868, 0.174963, 0.286195, 0.472059, 0.781653", \
+            "0.0176779, 0.0702159, 0.109347, 0.175279, 0.286375, 0.47206, 0.781654", \
+            "0.0211997, 0.0720106, 0.110312, 0.175806, 0.286778, 0.47222, 0.781655", \
+            "0.0267051, 0.0758461, 0.112851, 0.17727, 0.287677, 0.472907, 0.781916", \
+            "0.035389, 0.084395, 0.119058, 0.181447, 0.290732, 0.475204, 0.783373", \
+            "0.048385, 0.101333, 0.133627, 0.192699, 0.299587, 0.482959, 0.789836" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0718253, 0.116075, 0.140348, 0.179265, 0.243936, 0.351181, 0.52987", \
+            "0.094827, 0.139982, 0.164499, 0.203627, 0.268189, 0.375499, 0.554254", \
+            "0.109745, 0.15635, 0.181158, 0.220436, 0.285216, 0.392653, 0.571224", \
+            "0.130747, 0.180645, 0.205665, 0.245172, 0.310156, 0.417779, 0.596533", \
+            "0.160918, 0.216047, 0.241914, 0.282098, 0.347328, 0.454857, 0.633861", \
+            "0.203591, 0.267014, 0.295261, 0.337137, 0.40343, 0.511863, 0.690661", \
+            "0.260405, 0.335734, 0.367998, 0.413439, 0.483347, 0.595247, 0.777953" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0157093, 0.059961, 0.0908218, 0.14307, 0.232119, 0.381116, 0.629685", \
+            "0.0170157, 0.0606424, 0.0913687, 0.143533, 0.232245, 0.381235, 0.629922", \
+            "0.0187075, 0.0620039, 0.0923667, 0.14419, 0.232685, 0.381437, 0.629923", \
+            "0.0221697, 0.0646504, 0.0942746, 0.145415, 0.233514, 0.381885, 0.630385", \
+            "0.027707, 0.0699818, 0.09826, 0.148099, 0.234978, 0.382779, 0.631082", \
+            "0.036158, 0.079472, 0.106868, 0.155157, 0.240098, 0.386005, 0.632984", \
+            "0.048509, 0.095763, 0.122932, 0.169587, 0.253489, 0.398399, 0.642625" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0797621, 0.125276, 0.153065, 0.198684, 0.274852, 0.401658, 0.612538", \
+            "0.104075, 0.149575, 0.177423, 0.223044, 0.299211, 0.425931, 0.637065", \
+            "0.11792, 0.163456, 0.191288, 0.236919, 0.313016, 0.439643, 0.650689", \
+            "0.136251, 0.181902, 0.209753, 0.255412, 0.331563, 0.458212, 0.669134", \
+            "0.160156, 0.206102, 0.233998, 0.279679, 0.355883, 0.482514, 0.693441", \
+            "0.190249, 0.236925, 0.264803, 0.310594, 0.386794, 0.513604, 0.724545", \
+            "0.22304, 0.271251, 0.299365, 0.345033, 0.421294, 0.547978, 0.759155" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0143769, 0.0689902, 0.108471, 0.174755, 0.286047, 0.47178, 0.781222", \
+            "0.014407, 0.0689912, 0.108538, 0.174756, 0.286083, 0.472233, 0.781359", \
+            "0.01454, 0.0689922, 0.108539, 0.174757, 0.286084, 0.472234, 0.781664", \
+            "0.0147969, 0.0690506, 0.108565, 0.174758, 0.286096, 0.472235, 0.781665", \
+            "0.0153839, 0.0692701, 0.108708, 0.174805, 0.286138, 0.472236, 0.781666", \
+            "0.016549, 0.069809, 0.10898, 0.174994, 0.286239, 0.472237, 0.781667", \
+            "0.018838, 0.070868, 0.109602, 0.175288, 0.286406, 0.472238, 0.781668" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.092691, 0.136893, 0.161211, 0.200266, 0.264914, 0.372185, 0.551012", \
+            "0.117244, 0.161561, 0.185881, 0.224902, 0.289503, 0.396935, 0.57558", \
+            "0.133171, 0.177462, 0.201769, 0.240837, 0.30544, 0.412775, 0.591428", \
+            "0.154476, 0.198643, 0.223129, 0.262188, 0.326794, 0.434151, 0.612752", \
+            "0.184891, 0.229484, 0.253825, 0.292888, 0.357533, 0.464923, 0.643521", \
+            "0.228143, 0.273316, 0.297833, 0.336977, 0.401616, 0.509082, 0.687813", \
+            "0.288049, 0.335082, 0.359755, 0.399042, 0.463901, 0.571189, 0.750162" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0158873, 0.0600652, 0.0910199, 0.143305, 0.232254, 0.381286, 0.629769", \
+            "0.0159495, 0.0600662, 0.0910209, 0.143317, 0.232296, 0.381287, 0.629943", \
+            "0.0159538, 0.0601256, 0.0910219, 0.143318, 0.232297, 0.381288, 0.629944", \
+            "0.0160934, 0.0601649, 0.0910509, 0.14333, 0.232298, 0.381289, 0.629945", \
+            "0.0165176, 0.0604616, 0.091188, 0.143331, 0.232299, 0.38129, 0.629946", \
+            "0.017479, 0.061031, 0.091562, 0.143589, 0.232321, 0.381291, 0.629947", \
+            "0.019507, 0.062691, 0.092669, 0.144296, 0.232694, 0.38145, 0.629948" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0108887, 0.0113632, 0.0113787, 0.0113314, 0.0111861, 0.0109806, 0.0108767", \
+            "0.0107879, 0.0109995, 0.0110975, 0.0111138, 0.0109637, 0.0107483, 0.010712", \
+            "0.0113101, 0.0113376, 0.0113454, 0.0113303, 0.0115891, 0.0112465, 0.0106189", \
+            "0.012556, 0.0123746, 0.0124498, 0.012409, 0.012327, 0.0125004, 0.0120039", \
+            "0.0154407, 0.0147902, 0.0147926, 0.0147428, 0.0148034, 0.0146351, 0.014431", \
+            "0.0219055, 0.0206176, 0.0204045, 0.0202675, 0.0202689, 0.0201949, 0.020019", \
+            "0.0350534, 0.0327118, 0.0323403, 0.0318627, 0.0318332, 0.0315488, 0.0313408" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0108296, 0.0113482, 0.011378, 0.0113608, 0.0112892, 0.0110531, 0.0106595", \
+            "0.0108576, 0.0110602, 0.0111576, 0.0113092, 0.0111626, 0.0112907, 0.0105154", \
+            "0.0114091, 0.0114814, 0.0114625, 0.0115337, 0.0117779, 0.0114542, 0.0109088", \
+            "0.0128519, 0.0125458, 0.0126619, 0.0126752, 0.0125708, 0.0125315, 0.0123511", \
+            "0.0158657, 0.0150198, 0.0151437, 0.0150914, 0.0151222, 0.0151247, 0.0143983", \
+            "0.0223171, 0.0206982, 0.0206316, 0.020454, 0.0205236, 0.0205942, 0.0205821", \
+            "0.0354885, 0.0327751, 0.0323518, 0.0321757, 0.0318354, 0.0317355, 0.0314479" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109959, 0.0115185, 0.011553, 0.0115106, 0.0113813, 0.0111274, 0.0110899", \
+            "0.0108879, 0.0111402, 0.01125, 0.0112592, 0.0111156, 0.0109252, 0.0106753", \
+            "0.0113529, 0.0114645, 0.0114882, 0.011459, 0.0117439, 0.0114683, 0.0110131", \
+            "0.0126825, 0.012489, 0.0125592, 0.0125599, 0.0123937, 0.0126322, 0.0122571", \
+            "0.015604, 0.0150082, 0.014888, 0.0148703, 0.014963, 0.0146497, 0.0146074", \
+            "0.0221335, 0.0206739, 0.0205187, 0.0203657, 0.0203501, 0.0203718, 0.0202581", \
+            "0.0353674, 0.0328966, 0.0325257, 0.0321739, 0.0318307, 0.0316648, 0.0313876" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0107608, 0.0112438, 0.0112548, 0.0112566, 0.0111675, 0.0109915, 0.0105239", \
+            "0.0107584, 0.0109687, 0.0110648, 0.0112187, 0.0110257, 0.0108007, 0.0104466", \
+            "0.0113234, 0.0113748, 0.0114046, 0.0114148, 0.0116362, 0.0113696, 0.0107665", \
+            "0.0127747, 0.0124658, 0.0125352, 0.0125734, 0.0124352, 0.0124337, 0.0122011", \
+            "0.015804, 0.0149489, 0.0149666, 0.0151646, 0.015172, 0.0149382, 0.0144429", \
+            "0.0222923, 0.0207277, 0.0206192, 0.0203922, 0.0205317, 0.0207419, 0.0204988", \
+            "0.0354843, 0.0328182, 0.0324348, 0.0322491, 0.0320984, 0.031685, 0.0320222" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(A0 * !A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0118336, 0.0121701, 0.0121592, 0.0121231, 0.0120117, 0.0117902, 0.0116773", \
+            "0.0117403, 0.0120825, 0.0121994, 0.0121171, 0.0119633, 0.0117978, 0.0113329", \
+            "0.0117332, 0.012086, 0.0120653, 0.0121142, 0.0119291, 0.0117573, 0.0116674", \
+            "0.0116311, 0.0119787, 0.0120476, 0.0120519, 0.0118407, 0.0121131, 0.0112848", \
+            "0.0116776, 0.0119417, 0.0120564, 0.012088, 0.0121191, 0.0116388, 0.0119756", \
+            "0.0116854, 0.0118456, 0.0119237, 0.0119123, 0.0120006, 0.0120251, 0.0118396", \
+            "0.0118997, 0.0119538, 0.0119499, 0.011953, 0.0120234, 0.0119929, 0.0120552" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123671, 0.0127442, 0.0127717, 0.0127734, 0.0126832, 0.0124813, 0.0120355", \
+            "0.0123463, 0.0127654, 0.0128285, 0.0129582, 0.0127481, 0.0125628, 0.01214", \
+            "0.0123364, 0.012831, 0.0128426, 0.0127917, 0.0128987, 0.0128423, 0.0121398", \
+            "0.0123294, 0.0127147, 0.0128546, 0.0129107, 0.0127665, 0.0125995, 0.0126991", \
+            "0.0123245, 0.0127422, 0.0127885, 0.0128353, 0.0129525, 0.0129074, 0.012074", \
+            "0.0124037, 0.0126392, 0.0126801, 0.0128148, 0.0127444, 0.01266, 0.0128502", \
+            "0.0125629, 0.0127441, 0.0127012, 0.0126813, 0.0126719, 0.0127528, 0.0127597" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(!A0 * A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119421, 0.0124221, 0.0124765, 0.0124562, 0.0123725, 0.0121374, 0.012081", \
+            "0.0118841, 0.0122195, 0.0123274, 0.0124409, 0.0122136, 0.012036, 0.0116137", \
+            "0.0120606, 0.0123443, 0.0123539, 0.0123898, 0.0124492, 0.0123939, 0.0120825", \
+            "0.0129175, 0.0129722, 0.0130743, 0.01314, 0.0129543, 0.0132351, 0.0124896", \
+            "0.0152769, 0.0150362, 0.0150748, 0.0150753, 0.0152127, 0.0150574, 0.0148593", \
+            "0.0208603, 0.0200985, 0.0200309, 0.0199993, 0.0200438, 0.0201666, 0.0200386", \
+            "0.0325544, 0.0310305, 0.0307467, 0.0305013, 0.030522, 0.0303946, 0.0303939" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112676, 0.0117286, 0.0117885, 0.0117569, 0.0116841, 0.0114844, 0.0110672", \
+            "0.0111373, 0.0114803, 0.011578, 0.0118269, 0.0115131, 0.0113296, 0.0109078", \
+            "0.011328, 0.0116348, 0.0116829, 0.0116517, 0.01178, 0.0115474, 0.0109928", \
+            "0.0120835, 0.0121994, 0.012312, 0.0123929, 0.0122605, 0.0121373, 0.0117538", \
+            "0.0145388, 0.0143414, 0.014368, 0.0144701, 0.0146162, 0.014472, 0.0139986", \
+            "0.0200757, 0.0193157, 0.0193318, 0.019338, 0.0195163, 0.0196004, 0.0195339", \
+            "0.0317456, 0.0301482, 0.0300305, 0.0298781, 0.0299449, 0.0298356, 0.0300838" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119421, 0.0124221, 0.0124765, 0.0124562, 0.0123725, 0.0121374, 0.012081", \
+            "0.0118841, 0.0122195, 0.0123274, 0.0124409, 0.0122136, 0.012036, 0.0116137", \
+            "0.0120606, 0.0123443, 0.0123539, 0.0123898, 0.0124492, 0.0123939, 0.0120825", \
+            "0.0129175, 0.0129722, 0.0130743, 0.01314, 0.0129543, 0.0132351, 0.0124896", \
+            "0.0152769, 0.0150362, 0.0150748, 0.0150753, 0.0152127, 0.0150574, 0.0148593", \
+            "0.0208603, 0.0200985, 0.0200309, 0.0199993, 0.0200438, 0.0201666, 0.0200386", \
+            "0.0325544, 0.0310305, 0.0307467, 0.0305013, 0.030522, 0.0303946, 0.0303939" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112676, 0.0117286, 0.0117885, 0.0117569, 0.0116841, 0.0114844, 0.0110672", \
+            "0.0111373, 0.0114803, 0.011578, 0.0118269, 0.0115131, 0.0113296, 0.0109078", \
+            "0.011328, 0.0116348, 0.0116829, 0.0116517, 0.01178, 0.0115474, 0.0109928", \
+            "0.0120835, 0.0121994, 0.012312, 0.0123929, 0.0122605, 0.0121373, 0.0117538", \
+            "0.0145388, 0.0143414, 0.014368, 0.0144701, 0.0146162, 0.014472, 0.0139986", \
+            "0.0200757, 0.0193157, 0.0193318, 0.019338, 0.0195163, 0.0196004, 0.0195339", \
+            "0.0317456, 0.0301482, 0.0300305, 0.0298781, 0.0299449, 0.0298356, 0.0300838" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00299286;
+      rise_capacitance : 0.00304141;
+      rise_capacitance_range (0.00260783, 0.00337239);
+      fall_capacitance : 0.00294431;
+      fall_capacitance_range (0.00258284, 0.00317295);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00309682;
+      rise_capacitance : 0.00314541;
+      rise_capacitance_range (0.0027162, 0.0034759);
+      fall_capacitance : 0.00304822;
+      fall_capacitance_range (0.00268911, 0.00327266);
+    }
+    pin (S) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0055272;
+      rise_capacitance : 0.0055525;
+      rise_capacitance_range (0.00466947, 0.00639041);
+      fall_capacitance : 0.00550189;
+      fall_capacitance_range (0.00466881, 0.00642386);
+      internal_power () {
+        when : "(A0 * A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00421227, 0.00408877, 0.00445204, 0.00545383, 0.00778372, 0.0129177, 0.0238109" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00451291, 0.00460095, 0.00503325, 0.0060637, 0.00842055, 0.0134911, 0.0242008" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00380459, 0.00377625, 0.00413046, 0.00514582, 0.00749657, 0.0126359, 0.0233731" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00474715, 0.00482019, 0.00522395, 0.00634848, 0.00863001, 0.0137802, 0.0245501" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00421227, 0.00408877, 0.00445204, 0.00545383, 0.00778372, 0.0129177, 0.0238109" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00474715, 0.00482019, 0.00522395, 0.00634848, 0.00863001, 0.0137802, 0.0245501" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux2_2) {
+    area : 19.9584;
+    cell_footprint : "mux2";
+    cell_leakage_power : 677.486;
+    leakage_power () {
+      value : 693.176;
+      when : "!A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 583.676;
+      when : "A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 639.07;
+      when : "!A0&A1&!S";
+    }
+    leakage_power () {
+      value : 687.278;
+      when : "A0&A1&!S";
+    }
+    leakage_power () {
+      value : 746.549;
+      when : "!A0&!A1&S";
+    }
+    leakage_power () {
+      value : 692.4;
+      when : "A0&!A1&S";
+    }
+    leakage_power () {
+      value : 637.092;
+      when : "!A0&A1&S";
+    }
+    leakage_power () {
+      value : 740.651;
+      when : "A0&A1&S";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(!S*A0)+(S*A1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.059947, 0.114533, 0.142853, 0.188768, 0.264972, 0.391818, 0.603068", \
+            "0.0895965, 0.145678, 0.174207, 0.220151, 0.296435, 0.42337, 0.634804", \
+            "0.109709, 0.168387, 0.196912, 0.24297, 0.319277, 0.446037, 0.657292", \
+            "0.136519, 0.199585, 0.228616, 0.274581, 0.350867, 0.477785, 0.688838", \
+            "0.173256, 0.243431, 0.27332, 0.319302, 0.395283, 0.522332, 0.733522", \
+            "0.224123, 0.304341, 0.336857, 0.384062, 0.460406, 0.58725, 0.798139", \
+            "0.288654, 0.382885, 0.421203, 0.474089, 0.552006, 0.680745, 0.892493" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0173257, 0.0723787, 0.110825, 0.176338, 0.287527, 0.473565, 0.783768", \
+            "0.0208544, 0.0735478, 0.111686, 0.176764, 0.287732, 0.474026, 0.783939", \
+            "0.02468, 0.0755691, 0.112866, 0.177387, 0.288082, 0.474027, 0.78394", \
+            "0.0314736, 0.0792495, 0.115255, 0.178895, 0.288939, 0.474227, 0.784096", \
+            "0.0405046, 0.0872881, 0.120782, 0.181742, 0.290174, 0.475241, 0.784703", \
+            "0.054814, 0.102148, 0.132719, 0.189732, 0.294652, 0.477343, 0.786256", \
+            "0.076238, 0.130108, 0.15876, 0.209891, 0.308452, 0.487047, 0.792977" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0782262, 0.135777, 0.162142, 0.20256, 0.267429, 0.374632, 0.552797", \
+            "0.107927, 0.166494, 0.192877, 0.233302, 0.298338, 0.405593, 0.583765", \
+            "0.129126, 0.189531, 0.216451, 0.256999, 0.322278, 0.429503, 0.60783", \
+            "0.160303, 0.223736, 0.251382, 0.292365, 0.357868, 0.465209, 0.643677", \
+            "0.202267, 0.273061, 0.301731, 0.343772, 0.409376, 0.516321, 0.694797", \
+            "0.262464, 0.343078, 0.374886, 0.418719, 0.485296, 0.593295, 0.771411", \
+            "0.347375, 0.441045, 0.478493, 0.52543, 0.596086, 0.708652, 0.888402" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0220682, 0.0684331, 0.098121, 0.149043, 0.235662, 0.383566, 0.631654", \
+            "0.0245542, 0.0696797, 0.098935, 0.149191, 0.236016, 0.383567, 0.631702", \
+            "0.0283525, 0.0720548, 0.100826, 0.150525, 0.236714, 0.384007, 0.631793", \
+            "0.03554, 0.0764599, 0.10466, 0.153277, 0.238641, 0.385222, 0.632396", \
+            "0.0462917, 0.0855568, 0.111318, 0.158078, 0.241373, 0.386914, 0.633774", \
+            "0.061536, 0.102112, 0.12585, 0.168559, 0.248044, 0.390649, 0.635222", \
+            "0.082513, 0.128957, 0.152667, 0.192744, 0.26707, 0.403632, 0.643349" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0600937, 0.115419, 0.143886, 0.189934, 0.266115, 0.392956, 0.604336", \
+            "0.0897187, 0.146713, 0.175379, 0.221384, 0.297628, 0.424419, 0.636233", \
+            "0.109778, 0.169539, 0.198316, 0.244373, 0.320695, 0.447457, 0.658703", \
+            "0.136702, 0.201245, 0.230402, 0.276379, 0.352736, 0.479677, 0.690802", \
+            "0.173944, 0.245631, 0.27591, 0.322252, 0.397885, 0.525172, 0.736048", \
+            "0.22515, 0.30729, 0.340263, 0.387973, 0.464004, 0.590906, 0.80182", \
+            "0.291689, 0.388301, 0.42547, 0.479336, 0.555702, 0.684353, 0.89696" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0175761, 0.0725195, 0.110912, 0.176562, 0.28769, 0.473539, 0.783678", \
+            "0.0211187, 0.0738114, 0.111827, 0.176766, 0.287691, 0.474526, 0.784058", \
+            "0.0252011, 0.0758407, 0.113077, 0.177461, 0.288104, 0.474527, 0.784059", \
+            "0.0322989, 0.0798403, 0.115565, 0.179019, 0.288879, 0.474528, 0.78406", \
+            "0.0419071, 0.0885947, 0.121566, 0.182335, 0.290321, 0.47496, 0.784792", \
+            "0.056974, 0.102698, 0.133522, 0.190351, 0.294749, 0.477198, 0.786267", \
+            "0.078947, 0.130804, 0.159669, 0.211003, 0.308338, 0.486818, 0.792736" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0779235, 0.135643, 0.162115, 0.202425, 0.267253, 0.374397, 0.552747", \
+            "0.107692, 0.166287, 0.192791, 0.233192, 0.298265, 0.405457, 0.583653", \
+            "0.128949, 0.189463, 0.216392, 0.257021, 0.322215, 0.42944, 0.607758", \
+            "0.160092, 0.223799, 0.251388, 0.292381, 0.357907, 0.465408, 0.643714", \
+            "0.203124, 0.27352, 0.302615, 0.344169, 0.409811, 0.517192, 0.695467", \
+            "0.264616, 0.343399, 0.375146, 0.419795, 0.48577, 0.593741, 0.772032", \
+            "0.347766, 0.441806, 0.479123, 0.52931, 0.599899, 0.710494, 0.890684" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0220866, 0.0684645, 0.0983278, 0.14904, 0.235604, 0.383549, 0.631447", \
+            "0.0246082, 0.069621, 0.0989302, 0.149168, 0.236077, 0.38355, 0.631647", \
+            "0.0284053, 0.072093, 0.100842, 0.150553, 0.236744, 0.383983, 0.631778", \
+            "0.0356916, 0.0767387, 0.104687, 0.153286, 0.238529, 0.38518, 0.632156", \
+            "0.0463268, 0.0856416, 0.111725, 0.158065, 0.241388, 0.386792, 0.633822", \
+            "0.061535, 0.102561, 0.126263, 0.169599, 0.248329, 0.390803, 0.635668", \
+            "0.083042, 0.129598, 0.153149, 0.193531, 0.267733, 0.404488, 0.643989" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0656714, 0.117315, 0.145676, 0.191609, 0.26797, 0.394876, 0.606198", \
+            "0.0919205, 0.14455, 0.172974, 0.218924, 0.295267, 0.422259, 0.634215", \
+            "0.110863, 0.165294, 0.193553, 0.239609, 0.316033, 0.442902, 0.654187", \
+            "0.137011, 0.194722, 0.223238, 0.269374, 0.345736, 0.472753, 0.683897", \
+            "0.173009, 0.23625, 0.266112, 0.311924, 0.38835, 0.515114, 0.726336", \
+            "0.223586, 0.295495, 0.326566, 0.373072, 0.450101, 0.577113, 0.788372", \
+            "0.291376, 0.377053, 0.411643, 0.461486, 0.539255, 0.668592, 0.880952" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0156498, 0.0714093, 0.110404, 0.176423, 0.28773, 0.473554, 0.783717", \
+            "0.0172628, 0.0720629, 0.110845, 0.17651, 0.287761, 0.47573, 0.785045", \
+            "0.0193502, 0.0733578, 0.111618, 0.176899, 0.28802, 0.475731, 0.785046", \
+            "0.0235952, 0.0758692, 0.113219, 0.177865, 0.288632, 0.475732, 0.785047", \
+            "0.0300082, 0.0809886, 0.117331, 0.180131, 0.289564, 0.475733, 0.785048", \
+            "0.04072, 0.091314, 0.125019, 0.185267, 0.29298, 0.477082, 0.785852", \
+            "0.058056, 0.111641, 0.142084, 0.199157, 0.30295, 0.484733, 0.791909" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0857701, 0.137976, 0.163528, 0.203218, 0.268014, 0.375248, 0.553504", \
+            "0.110562, 0.163494, 0.189122, 0.228875, 0.293791, 0.400971, 0.579243", \
+            "0.127903, 0.18234, 0.208222, 0.248151, 0.313125, 0.420423, 0.598689", \
+            "0.153499, 0.210989, 0.2373, 0.277722, 0.342869, 0.450198, 0.628547", \
+            "0.190586, 0.253732, 0.281312, 0.321978, 0.387334, 0.494791, 0.673141", \
+            "0.243469, 0.314891, 0.344928, 0.387973, 0.453924, 0.561568, 0.740154", \
+            "0.315142, 0.398466, 0.432484, 0.47888, 0.54944, 0.659886, 0.840489" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.019154, 0.0655606, 0.0958899, 0.147416, 0.235224, 0.38354, 0.631811", \
+            "0.0203064, 0.0661821, 0.0962891, 0.147471, 0.235307, 0.383591, 0.631894", \
+            "0.0222174, 0.0677137, 0.0975193, 0.148348, 0.235711, 0.383894, 0.632112", \
+            "0.0262801, 0.0710084, 0.10012, 0.150277, 0.236924, 0.384515, 0.63227", \
+            "0.0331952, 0.077549, 0.105535, 0.153741, 0.239073, 0.385654, 0.633307", \
+            "0.044297, 0.08897, 0.116122, 0.162664, 0.245077, 0.389078, 0.634969", \
+            "0.061204, 0.109302, 0.135193, 0.179818, 0.260703, 0.401608, 0.643927" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0656714, 0.117315, 0.145676, 0.191609, 0.26797, 0.394876, 0.606198", \
+            "0.0919205, 0.14455, 0.172974, 0.218924, 0.295267, 0.422259, 0.634215", \
+            "0.110863, 0.165294, 0.193553, 0.239609, 0.316033, 0.442902, 0.654187", \
+            "0.137011, 0.194722, 0.223238, 0.269374, 0.345736, 0.472753, 0.683897", \
+            "0.173009, 0.23625, 0.266112, 0.311924, 0.38835, 0.515114, 0.726336", \
+            "0.223586, 0.295495, 0.326566, 0.373072, 0.450101, 0.577113, 0.788372", \
+            "0.291376, 0.377053, 0.411643, 0.461486, 0.539255, 0.668592, 0.880952" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0156498, 0.0714093, 0.110404, 0.176423, 0.28773, 0.473554, 0.783717", \
+            "0.0172628, 0.0720629, 0.110845, 0.17651, 0.287761, 0.47573, 0.785045", \
+            "0.0193502, 0.0733578, 0.111618, 0.176899, 0.28802, 0.475731, 0.785046", \
+            "0.0235952, 0.0758692, 0.113219, 0.177865, 0.288632, 0.475732, 0.785047", \
+            "0.0300082, 0.0809886, 0.117331, 0.180131, 0.289564, 0.475733, 0.785048", \
+            "0.04072, 0.091314, 0.125019, 0.185267, 0.29298, 0.477082, 0.785852", \
+            "0.058056, 0.111641, 0.142084, 0.199157, 0.30295, 0.484733, 0.791909" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0857701, 0.137976, 0.163528, 0.203218, 0.268014, 0.375248, 0.553504", \
+            "0.110562, 0.163494, 0.189122, 0.228875, 0.293791, 0.400971, 0.579243", \
+            "0.127903, 0.18234, 0.208222, 0.248151, 0.313125, 0.420423, 0.598689", \
+            "0.153499, 0.210989, 0.2373, 0.277722, 0.342869, 0.450198, 0.628547", \
+            "0.190586, 0.253732, 0.281312, 0.321978, 0.387334, 0.494791, 0.673141", \
+            "0.243469, 0.314891, 0.344928, 0.387973, 0.453924, 0.561568, 0.740154", \
+            "0.315142, 0.398466, 0.432484, 0.47888, 0.54944, 0.659886, 0.840489" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.019154, 0.0655606, 0.0958899, 0.147416, 0.235224, 0.38354, 0.631811", \
+            "0.0203064, 0.0661821, 0.0962891, 0.147471, 0.235307, 0.383591, 0.631894", \
+            "0.0222174, 0.0677137, 0.0975193, 0.148348, 0.235711, 0.383894, 0.632112", \
+            "0.0262801, 0.0710084, 0.10012, 0.150277, 0.236924, 0.384515, 0.63227", \
+            "0.0331952, 0.077549, 0.105535, 0.153741, 0.239073, 0.385654, 0.633307", \
+            "0.044297, 0.08897, 0.116122, 0.162664, 0.245077, 0.389078, 0.634969", \
+            "0.061204, 0.109302, 0.135193, 0.179818, 0.260703, 0.401608, 0.643927" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.088464, 0.140141, 0.168377, 0.214357, 0.290615, 0.417739, 0.629101", \
+            "0.112844, 0.164591, 0.192876, 0.23879, 0.315118, 0.441958, 0.653494", \
+            "0.126835, 0.178596, 0.206908, 0.252783, 0.329134, 0.45608, 0.667552", \
+            "0.145387, 0.197152, 0.225459, 0.271418, 0.347711, 0.474664, 0.685874", \
+            "0.169721, 0.22177, 0.250071, 0.296049, 0.372353, 0.499325, 0.710588", \
+            "0.200857, 0.253564, 0.281951, 0.327862, 0.404284, 0.531328, 0.742621", \
+            "0.235361, 0.289984, 0.318171, 0.364172, 0.44041, 0.567412, 0.778862" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0158127, 0.0714792, 0.110515, 0.176454, 0.287754, 0.473711, 0.783844", \
+            "0.0158479, 0.0714802, 0.110524, 0.176455, 0.288478, 0.47393, 0.783928", \
+            "0.015925, 0.0715107, 0.110537, 0.176456, 0.288479, 0.473931, 0.783929", \
+            "0.0160956, 0.0716052, 0.110538, 0.176486, 0.28848, 0.473932, 0.78393", \
+            "0.0165204, 0.0718078, 0.110675, 0.176487, 0.288481, 0.473933, 0.783931", \
+            "0.017692, 0.072358, 0.111002, 0.176631, 0.288482, 0.473934, 0.783932", \
+            "0.019979, 0.073863, 0.111867, 0.177013, 0.288483, 0.473935, 0.783933" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.106743, 0.159204, 0.184545, 0.224187, 0.288969, 0.396237, 0.574551", \
+            "0.131311, 0.183701, 0.209173, 0.248871, 0.31375, 0.421056, 0.599658", \
+            "0.147231, 0.199558, 0.225094, 0.264772, 0.329639, 0.436896, 0.61527", \
+            "0.16863, 0.220941, 0.246563, 0.28621, 0.350981, 0.458247, 0.636536", \
+            "0.199213, 0.251847, 0.277198, 0.316936, 0.381768, 0.489143, 0.667386", \
+            "0.243383, 0.296282, 0.321955, 0.361749, 0.426617, 0.533936, 0.712304", \
+            "0.305353, 0.359606, 0.385429, 0.425391, 0.490279, 0.597601, 0.776141" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0194101, 0.0658833, 0.0961452, 0.147396, 0.235314, 0.383624, 0.631879", \
+            "0.0194111, 0.0658843, 0.0961462, 0.147397, 0.235315, 0.383762, 0.632367", \
+            "0.0194208, 0.0658853, 0.0961472, 0.147398, 0.235316, 0.383763, 0.632785", \
+            "0.0194839, 0.0658863, 0.0961647, 0.147511, 0.235317, 0.383764, 0.632786", \
+            "0.0196731, 0.066066, 0.0961657, 0.147512, 0.235318, 0.383765, 0.632787", \
+            "0.020418, 0.066446, 0.096536, 0.14769, 0.235512, 0.383779, 0.632788", \
+            "0.02248, 0.06782, 0.097561, 0.148349, 0.235733, 0.383938, 0.632789" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0161758, 0.0168691, 0.0168811, 0.016833, 0.0166305, 0.0161561, 0.0162311", \
+            "0.0163478, 0.0162929, 0.0164847, 0.0164621, 0.0163413, 0.0159763, 0.0158651", \
+            "0.0170444, 0.0166512, 0.0165577, 0.0167104, 0.0166359, 0.0162061, 0.0160242", \
+            "0.0188378, 0.0174647, 0.0175243, 0.0175756, 0.0171942, 0.0177073, 0.0167723", \
+            "0.0228232, 0.0200518, 0.0199459, 0.0198187, 0.0198183, 0.0191568, 0.0192212", \
+            "0.0305351, 0.0259254, 0.0256325, 0.02513, 0.0250629, 0.0251269, 0.024663", \
+            "0.0464038, 0.0389312, 0.0380723, 0.0373721, 0.0368025, 0.0363002, 0.0356888" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0163129, 0.0164564, 0.0166, 0.0165661, 0.0165632, 0.0162398, 0.0153353", \
+            "0.0164372, 0.0160686, 0.0162846, 0.0163353, 0.0170976, 0.0158305, 0.0151515", \
+            "0.0173564, 0.0164177, 0.0163707, 0.016455, 0.017039, 0.0171203, 0.0153106", \
+            "0.0194635, 0.0174219, 0.0175898, 0.0176782, 0.0173439, 0.0173269, 0.0164707", \
+            "0.0235173, 0.0200222, 0.0199177, 0.0200386, 0.0201198, 0.0197424, 0.0186031", \
+            "0.0316203, 0.0259772, 0.0256073, 0.0251092, 0.0251438, 0.0256542, 0.025381", \
+            "0.0473497, 0.0388297, 0.0379344, 0.037196, 0.0368443, 0.0363856, 0.0362771" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0162209, 0.0169861, 0.0170538, 0.017071, 0.0168887, 0.016448, 0.0162895", \
+            "0.0164835, 0.0164144, 0.0166582, 0.0167767, 0.016686, 0.0163488, 0.0162934", \
+            "0.0171817, 0.0167426, 0.0168123, 0.0168576, 0.016818, 0.0161463, 0.015469", \
+            "0.0190188, 0.0176047, 0.0176744, 0.0177174, 0.0172756, 0.0177086, 0.0168031", \
+            "0.0229449, 0.0203117, 0.0201953, 0.0201322, 0.0200576, 0.0198068, 0.0194496", \
+            "0.030859, 0.0259748, 0.0258347, 0.025449, 0.0252563, 0.0254204, 0.0250268", \
+            "0.0469867, 0.0393219, 0.0383165, 0.0377207, 0.0368965, 0.0364281, 0.0361065" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0161854, 0.0163515, 0.0165655, 0.0164488, 0.0163883, 0.0159117, 0.0150999", \
+            "0.0163348, 0.0159416, 0.0162021, 0.0161853, 0.0167627, 0.0157077, 0.0150825", \
+            "0.0172816, 0.0163018, 0.0163459, 0.0164145, 0.0169434, 0.0170076, 0.0152053", \
+            "0.0193834, 0.0173916, 0.017505, 0.0175859, 0.017341, 0.0172564, 0.0164336", \
+            "0.0234918, 0.0199568, 0.0200017, 0.0199847, 0.0200604, 0.0196341, 0.0185488", \
+            "0.0315825, 0.0259798, 0.0255394, 0.0253706, 0.0251577, 0.0255997, 0.0255339", \
+            "0.0473829, 0.038884, 0.0379276, 0.0374736, 0.0370775, 0.0365172, 0.0365787" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(A0 * !A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0169463, 0.0174045, 0.0174364, 0.0173626, 0.0171438, 0.0168211, 0.0166116", \
+            "0.0168578, 0.0173692, 0.0175735, 0.0174556, 0.017401, 0.0168661, 0.0167818", \
+            "0.0168803, 0.0174559, 0.0173951, 0.0175913, 0.0171574, 0.0186053, 0.0166936", \
+            "0.016827, 0.0173124, 0.0174686, 0.0174118, 0.0170998, 0.0171629, 0.0166422", \
+            "0.0168973, 0.0171885, 0.017406, 0.0175575, 0.0175676, 0.0169988, 0.0171128", \
+            "0.0170502, 0.0170828, 0.0172812, 0.0172302, 0.0174143, 0.0174461, 0.0170808", \
+            "0.0173471, 0.0171778, 0.0170619, 0.0171054, 0.0172427, 0.0172116, 0.0172569" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0174745, 0.0177976, 0.0178261, 0.0177708, 0.0174904, 0.0172486, 0.0163246", \
+            "0.0174945, 0.017751, 0.0178915, 0.0183649, 0.0177353, 0.0173992, 0.0166701", \
+            "0.0175255, 0.0178142, 0.0179369, 0.0177839, 0.0182006, 0.0173329, 0.0168415", \
+            "0.0175212, 0.0177018, 0.0179765, 0.018117, 0.017584, 0.0174228, 0.0173194", \
+            "0.0174794, 0.017684, 0.0177966, 0.0178806, 0.0181527, 0.0181096, 0.0167743", \
+            "0.0176869, 0.0174934, 0.0177044, 0.0179438, 0.0179109, 0.0178704, 0.0179996", \
+            "0.0181534, 0.017572, 0.0176381, 0.0176215, 0.0175427, 0.0177991, 0.0178932" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(!A0 * A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0170665, 0.0177566, 0.0178525, 0.0178725, 0.017676, 0.0172356, 0.017102", \
+            "0.0171823, 0.0174401, 0.0176841, 0.0178434, 0.0176467, 0.0177681, 0.0174662", \
+            "0.0175422, 0.0176611, 0.0175934, 0.0177186, 0.0179504, 0.01732, 0.0171271", \
+            "0.0187004, 0.0182163, 0.018316, 0.0184556, 0.018053, 0.0186503, 0.0175713", \
+            "0.0215632, 0.0199919, 0.0203046, 0.0202526, 0.0205179, 0.0199107, 0.0195734", \
+            "0.028292, 0.0252353, 0.0251906, 0.0246921, 0.0249595, 0.0251177, 0.0247999", \
+            "0.0420951, 0.0366105, 0.0359261, 0.0356836, 0.0354887, 0.0353028, 0.0350984" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0163498, 0.016575, 0.016807, 0.0167109, 0.0166336, 0.0163158, 0.0153204", \
+            "0.0164217, 0.0164377, 0.0167607, 0.0167586, 0.0167341, 0.0161336, 0.0154054", \
+            "0.0168177, 0.0165989, 0.0165799, 0.0166699, 0.0173119, 0.0165067, 0.0154826", \
+            "0.0179451, 0.0170206, 0.01711, 0.0173539, 0.0170174, 0.0169899, 0.016053", \
+            "0.0211176, 0.0191396, 0.0193769, 0.0192629, 0.0195463, 0.0193496, 0.0180769", \
+            "0.027833, 0.0241743, 0.0242987, 0.0242287, 0.0243297, 0.0242743, 0.0244349", \
+            "0.0415135, 0.0354707, 0.0350066, 0.0347202, 0.0351551, 0.0345817, 0.0347684" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0170665, 0.0177566, 0.0178525, 0.0178725, 0.017676, 0.0172356, 0.017102", \
+            "0.0171823, 0.0174401, 0.0176841, 0.0178434, 0.0176467, 0.0177681, 0.0174662", \
+            "0.0175422, 0.0176611, 0.0175934, 0.0177186, 0.0179504, 0.01732, 0.0171271", \
+            "0.0187004, 0.0182163, 0.018316, 0.0184556, 0.018053, 0.0186503, 0.0175713", \
+            "0.0215632, 0.0199919, 0.0203046, 0.0202526, 0.0205179, 0.0199107, 0.0195734", \
+            "0.028292, 0.0252353, 0.0251906, 0.0246921, 0.0249595, 0.0251177, 0.0247999", \
+            "0.0420951, 0.0366105, 0.0359261, 0.0356836, 0.0354887, 0.0353028, 0.0350984" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0163498, 0.016575, 0.016807, 0.0167109, 0.0166336, 0.0163158, 0.0153204", \
+            "0.0164217, 0.0164377, 0.0167607, 0.0167586, 0.0167341, 0.0161336, 0.0154054", \
+            "0.0168177, 0.0165989, 0.0165799, 0.0166699, 0.0173119, 0.0165067, 0.0154826", \
+            "0.0179451, 0.0170206, 0.01711, 0.0173539, 0.0170174, 0.0169899, 0.016053", \
+            "0.0211176, 0.0191396, 0.0193769, 0.0192629, 0.0195463, 0.0193496, 0.0180769", \
+            "0.027833, 0.0241743, 0.0242987, 0.0242287, 0.0243297, 0.0242743, 0.0244349", \
+            "0.0415135, 0.0354707, 0.0350066, 0.0347202, 0.0351551, 0.0345817, 0.0347684" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0029731;
+      rise_capacitance : 0.0030172;
+      rise_capacitance_range (0.00265386, 0.00331566);
+      fall_capacitance : 0.002929;
+      fall_capacitance_range (0.00262284, 0.00313548);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0030765;
+      rise_capacitance : 0.00312082;
+      rise_capacitance_range (0.00276218, 0.00341773);
+      fall_capacitance : 0.00303218;
+      fall_capacitance_range (0.00272791, 0.00323262);
+    }
+    pin (S) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00551838;
+      rise_capacitance : 0.00554292;
+      rise_capacitance_range (0.00466135, 0.00638221);
+      fall_capacitance : 0.00549384;
+      fall_capacitance_range (0.00466772, 0.00641566);
+      internal_power () {
+        when : "(A0 * A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00420874, 0.00407996, 0.00444294, 0.0054392, 0.007828, 0.012914, 0.023802" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00451712, 0.0046094, 0.00503845, 0.00607185, 0.00842596, 0.0134959, 0.0242107" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00380548, 0.00377202, 0.00412346, 0.00513928, 0.00748696, 0.0126224, 0.0234097" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0047629, 0.00481497, 0.00522782, 0.00635407, 0.0086398, 0.0137708, 0.0245507" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00420874, 0.00407996, 0.00444294, 0.0054392, 0.007828, 0.012914, 0.023802" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0047629, 0.00481497, 0.00522782, 0.00635407, 0.0086398, 0.0137708, 0.0245507" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux4_1) {
+    area : 38.1024;
+    cell_footprint : "mux4";
+    cell_leakage_power : 984.262;
+    leakage_power () {
+      value : 762.596;
+      when : "!S1&!S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 886.843;
+      when : "!S1&!S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 807.44;
+      when : "!S1&!S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 905.034;
+      when : "!S1&!S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 925.026;
+      when : "!S1&!S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 980.323;
+      when : "!S1&!S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 969.87;
+      when : "!S1&!S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 998.512;
+      when : "!S1&!S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 807.434;
+      when : "!S1&!S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 931.681;
+      when : "!S1&!S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 852.278;
+      when : "!S1&!S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 949.871;
+      when : "!S1&!S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 943.21;
+      when : "!S1&!S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 998.507;
+      when : "!S1&!S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 988.053;
+      when : "!S1&!S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1016.7;
+      when : "!S1&!S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 826.653;
+      when : "!S1&S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 871.496;
+      when : "!S1&S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 950.903;
+      when : "!S1&S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 969.092;
+      when : "!S1&S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 871.499;
+      when : "!S1&S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 916.343;
+      when : "!S1&S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 995.747;
+      when : "!S1&S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1013.94;
+      when : "!S1&S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 989.075;
+      when : "!S1&S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1033.92;
+      when : "!S1&S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1044.37;
+      when : "!S1&S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1062.56;
+      when : "!S1&S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 1007.27;
+      when : "!S1&S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1052.11;
+      when : "!S1&S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1062.56;
+      when : "!S1&S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1080.75;
+      when : "!S1&S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 826.641;
+      when : "S1&!S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 989.068;
+      when : "S1&!S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 871.486;
+      when : "S1&!S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1007.26;
+      when : "S1&!S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 950.891;
+      when : "S1&!S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1044.37;
+      when : "S1&!S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 995.734;
+      when : "S1&!S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1062.56;
+      when : "S1&!S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 871.479;
+      when : "S1&!S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1033.91;
+      when : "S1&!S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 916.324;
+      when : "S1&!S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1052.1;
+      when : "S1&!S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 969.075;
+      when : "S1&!S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1062.55;
+      when : "S1&!S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1013.92;
+      when : "S1&!S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1080.74;
+      when : "S1&!S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 890.698;
+      when : "S1&S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 935.542;
+      when : "S1&S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1053.13;
+      when : "S1&S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1071.32;
+      when : "S1&S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 935.544;
+      when : "S1&S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 980.388;
+      when : "S1&S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1097.97;
+      when : "S1&S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1116.16;
+      when : "S1&S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 1014.94;
+      when : "S1&S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1059.78;
+      when : "S1&S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1108.42;
+      when : "S1&S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1126.61;
+      when : "S1&S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 1033.13;
+      when : "S1&S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 1077.98;
+      when : "S1&S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 1126.61;
+      when : "S1&S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 1144.8;
+      when : "S1&S0&A3&A2&A1&A0";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A0*(!S0*!S1))+(A1*(S0*!S1))+(A2*(!S0*S1))+(A3*(S0*S1))";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.09373, 0.146925, 0.176162, 0.222369, 0.299093, 0.426328, 0.638337", \
+            "0.120576, 0.174388, 0.203567, 0.24995, 0.326704, 0.45394, 0.665847", \
+            "0.141389, 0.196281, 0.225745, 0.272224, 0.348949, 0.476297, 0.688057", \
+            "0.171623, 0.22893, 0.258697, 0.305338, 0.382152, 0.509576, 0.721453", \
+            "0.21423, 0.276763, 0.307089, 0.354069, 0.430963, 0.558559, 0.770528", \
+            "0.276293, 0.346628, 0.379108, 0.426529, 0.504372, 0.632109, 0.843953", \
+            "0.36539, 0.449027, 0.48485, 0.535601, 0.615139, 0.744877, 0.957635" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190928, 0.0741705, 0.112766, 0.177795, 0.288783, 0.474946, 0.786127", \
+            "0.0198645, 0.0746494, 0.112891, 0.177906, 0.288784, 0.475002, 0.786396", \
+            "0.0211685, 0.0756313, 0.113713, 0.178381, 0.288961, 0.475119, 0.78697", \
+            "0.0238934, 0.0779839, 0.115334, 0.179402, 0.289585, 0.47551, 0.786971", \
+            "0.0288179, 0.0826955, 0.118716, 0.18156, 0.290534, 0.476009, 0.786972", \
+            "0.036621, 0.09134, 0.126472, 0.186867, 0.294127, 0.477573, 0.787577", \
+            "0.050232, 0.107923, 0.141019, 0.198703, 0.303075, 0.484679, 0.79238" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.103373, 0.155949, 0.182404, 0.222498, 0.287471, 0.394238, 0.571669", \
+            "0.129145, 0.18219, 0.208627, 0.249045, 0.313914, 0.420696, 0.598259", \
+            "0.146904, 0.201444, 0.227923, 0.268608, 0.333533, 0.440498, 0.618103", \
+            "0.172538, 0.2295, 0.256891, 0.297877, 0.363239, 0.470293, 0.647901", \
+            "0.207708, 0.269748, 0.298367, 0.339865, 0.405855, 0.513158, 0.690757", \
+            "0.255436, 0.325973, 0.356877, 0.401538, 0.468132, 0.57594, 0.7541", \
+            "0.313395, 0.39714, 0.432481, 0.480997, 0.551823, 0.663397, 0.843888" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0210013, 0.0669986, 0.0970608, 0.147184, 0.233451, 0.380171, 0.626747", \
+            "0.0216219, 0.067478, 0.0971186, 0.147315, 0.233755, 0.380343, 0.626748", \
+            "0.022844, 0.068891, 0.0982028, 0.148023, 0.234102, 0.380436, 0.626833", \
+            "0.0257503, 0.0716956, 0.100789, 0.149893, 0.235148, 0.381045, 0.626945", \
+            "0.0309734, 0.0771702, 0.105427, 0.153347, 0.237338, 0.382433, 0.627826", \
+            "0.039833, 0.08693, 0.114961, 0.161829, 0.242955, 0.385346, 0.629344", \
+            "0.053269, 0.105007, 0.132323, 0.177896, 0.256796, 0.396685, 0.637009" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0916342, 0.14478, 0.173799, 0.220105, 0.296749, 0.424043, 0.635752", \
+            "0.119462, 0.173146, 0.202229, 0.248712, 0.325368, 0.452565, 0.664511", \
+            "0.14051, 0.19537, 0.224576, 0.271149, 0.347813, 0.47514, 0.686949", \
+            "0.170757, 0.228003, 0.257723, 0.304354, 0.381193, 0.508599, 0.720437", \
+            "0.21276, 0.27517, 0.305854, 0.352967, 0.42986, 0.556979, 0.769313", \
+            "0.272843, 0.343557, 0.375567, 0.423791, 0.501618, 0.629119, 0.840518", \
+            "0.362222, 0.446549, 0.482778, 0.53376, 0.613421, 0.74247, 0.95557" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187995, 0.0740235, 0.112435, 0.177683, 0.288692, 0.474986, 0.785971", \
+            "0.0196819, 0.0745259, 0.112762, 0.177764, 0.288725, 0.474987, 0.78637", \
+            "0.0209703, 0.0755728, 0.113514, 0.178302, 0.288926, 0.475035, 0.787111", \
+            "0.0238214, 0.0779104, 0.115242, 0.17933, 0.289399, 0.475453, 0.787112", \
+            "0.0288663, 0.0824746, 0.118784, 0.181468, 0.290536, 0.476006, 0.787113", \
+            "0.037008, 0.092183, 0.126441, 0.187155, 0.294175, 0.477629, 0.787644", \
+            "0.050559, 0.108416, 0.141492, 0.199045, 0.303256, 0.484613, 0.792667" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.104692, 0.15762, 0.183775, 0.224137, 0.288999, 0.395796, 0.573314", \
+            "0.129382, 0.182607, 0.209069, 0.249399, 0.314407, 0.42126, 0.598803", \
+            "0.147063, 0.20141, 0.228176, 0.26878, 0.333828, 0.440761, 0.61823", \
+            "0.172629, 0.229621, 0.257271, 0.297983, 0.363436, 0.470468, 0.647962", \
+            "0.208168, 0.269889, 0.29868, 0.340396, 0.406179, 0.513423, 0.691184", \
+            "0.255682, 0.32595, 0.356966, 0.401338, 0.467909, 0.576211, 0.753969", \
+            "0.315264, 0.398327, 0.433436, 0.481626, 0.553789, 0.664275, 0.844633" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0211726, 0.0673533, 0.0970597, 0.147376, 0.233543, 0.380254, 0.626636", \
+            "0.0217209, 0.0675901, 0.0973605, 0.147415, 0.233765, 0.380443, 0.626821", \
+            "0.0230129, 0.0687809, 0.0983287, 0.148104, 0.234179, 0.380454, 0.627442", \
+            "0.0257566, 0.0717777, 0.101005, 0.149953, 0.235241, 0.38117, 0.627443", \
+            "0.0308876, 0.0768404, 0.1055, 0.153455, 0.237474, 0.382376, 0.627907", \
+            "0.039669, 0.086801, 0.114912, 0.161634, 0.242881, 0.385497, 0.629283", \
+            "0.052872, 0.104206, 0.131549, 0.177324, 0.257737, 0.396957, 0.637044" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0968514, 0.150803, 0.180062, 0.22653, 0.303134, 0.430474, 0.642251", \
+            "0.12425, 0.178732, 0.208185, 0.254604, 0.331285, 0.458681, 0.670494", \
+            "0.145725, 0.201445, 0.230946, 0.277566, 0.35424, 0.481663, 0.693466", \
+            "0.17705, 0.235383, 0.265574, 0.312048, 0.388825, 0.516316, 0.728047", \
+            "0.220981, 0.284442, 0.315409, 0.36263, 0.439705, 0.567042, 0.77922", \
+            "0.284931, 0.356368, 0.389397, 0.438445, 0.515351, 0.642967, 0.854643", \
+            "0.376858, 0.462321, 0.498977, 0.550157, 0.630719, 0.75883, 0.971981" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195215, 0.0747478, 0.113146, 0.17788, 0.288754, 0.474898, 0.786114", \
+            "0.0203136, 0.0751578, 0.113345, 0.178049, 0.288817, 0.475001, 0.786159", \
+            "0.021647, 0.0762371, 0.114084, 0.178598, 0.289082, 0.475132, 0.787125", \
+            "0.0244612, 0.0788331, 0.116132, 0.179708, 0.289522, 0.475298, 0.787126", \
+            "0.02957, 0.0833965, 0.119515, 0.182062, 0.290691, 0.475958, 0.787127", \
+            "0.037469, 0.093028, 0.127851, 0.188428, 0.294464, 0.477623, 0.787407", \
+            "0.051031, 0.109218, 0.142768, 0.199762, 0.303761, 0.484502, 0.79216" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.10962, 0.163107, 0.189985, 0.230417, 0.295386, 0.402216, 0.57961", \
+            "0.135202, 0.189201, 0.215952, 0.256609, 0.321715, 0.428537, 0.606094", \
+            "0.153508, 0.20865, 0.235564, 0.276515, 0.341707, 0.448699, 0.626194", \
+            "0.180246, 0.238129, 0.265911, 0.306945, 0.37251, 0.47973, 0.657258", \
+            "0.2173, 0.279908, 0.308971, 0.350942, 0.41689, 0.524411, 0.702047", \
+            "0.26691, 0.338314, 0.369824, 0.414601, 0.481414, 0.589365, 0.767658", \
+            "0.329282, 0.413966, 0.449656, 0.498561, 0.569861, 0.681323, 0.861919" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0215639, 0.0682479, 0.0981443, 0.14783, 0.23396, 0.380379, 0.62664", \
+            "0.0221578, 0.0684724, 0.0982346, 0.148095, 0.234097, 0.380681, 0.626821", \
+            "0.0233351, 0.0696002, 0.0991216, 0.148865, 0.234488, 0.380723, 0.627497", \
+            "0.026212, 0.0727616, 0.101811, 0.150723, 0.235635, 0.381317, 0.627498", \
+            "0.0314257, 0.0780269, 0.106545, 0.154222, 0.238172, 0.382609, 0.627762", \
+            "0.040381, 0.088118, 0.116323, 0.162915, 0.243677, 0.385871, 0.62941", \
+            "0.053875, 0.106139, 0.133474, 0.179036, 0.257992, 0.396942, 0.636849" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A3";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0949757, 0.148931, 0.178042, 0.224439, 0.301084, 0.428408, 0.640356", \
+            "0.123032, 0.177443, 0.206809, 0.25327, 0.330016, 0.457172, 0.66914", \
+            "0.144711, 0.200358, 0.229832, 0.276361, 0.353115, 0.480453, 0.692516", \
+            "0.176178, 0.234411, 0.26421, 0.31094, 0.387741, 0.515266, 0.727126", \
+            "0.220099, 0.283805, 0.314347, 0.361665, 0.438718, 0.56608, 0.778294", \
+            "0.283388, 0.355107, 0.387833, 0.436568, 0.514171, 0.641721, 0.853255", \
+            "0.373975, 0.459845, 0.496458, 0.547907, 0.628064, 0.756379, 0.969637" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0193776, 0.0746423, 0.112923, 0.17785, 0.288768, 0.474916, 0.786039", \
+            "0.020196, 0.0750507, 0.113213, 0.178077, 0.288779, 0.474917, 0.786062", \
+            "0.0215015, 0.0761146, 0.114011, 0.178504, 0.28902, 0.475092, 0.786376", \
+            "0.0244329, 0.0787335, 0.115791, 0.179632, 0.289552, 0.475383, 0.786377", \
+            "0.029557, 0.0836506, 0.119421, 0.181967, 0.290598, 0.475861, 0.786815", \
+            "0.037564, 0.09265, 0.127436, 0.187655, 0.294294, 0.477497, 0.787585", \
+            "0.051354, 0.109704, 0.143046, 0.200215, 0.303846, 0.484724, 0.792208" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.110754, 0.164362, 0.191031, 0.231608, 0.29654, 0.403328, 0.580782", \
+            "0.135377, 0.18938, 0.216083, 0.256959, 0.321905, 0.428733, 0.606376", \
+            "0.15334, 0.20874, 0.235677, 0.276517, 0.341639, 0.448549, 0.626164", \
+            "0.179865, 0.23779, 0.265226, 0.306508, 0.372303, 0.479253, 0.656747", \
+            "0.216844, 0.279402, 0.308524, 0.35048, 0.416734, 0.523895, 0.701838", \
+            "0.266074, 0.3374, 0.368902, 0.413429, 0.48154, 0.588897, 0.766363", \
+            "0.328636, 0.41318, 0.448631, 0.497605, 0.570145, 0.680309, 0.86094" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021572, 0.0681691, 0.0980891, 0.147868, 0.233984, 0.380332, 0.62693", \
+            "0.0221729, 0.0685246, 0.0981848, 0.148316, 0.234104, 0.380684, 0.626931", \
+            "0.0233603, 0.069796, 0.0992264, 0.148797, 0.234608, 0.380733, 0.627497", \
+            "0.0262526, 0.0727915, 0.101631, 0.150724, 0.235689, 0.381388, 0.627498", \
+            "0.0313763, 0.0778009, 0.106437, 0.15434, 0.237916, 0.382603, 0.627829", \
+            "0.040304, 0.088078, 0.11624, 0.1628, 0.244587, 0.38584, 0.62941", \
+            "0.053738, 0.105872, 0.133127, 0.178888, 0.258795, 0.397019, 0.636861" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A2 == 1'b0 && A3 == 1'b1 && S1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A2 * A3 * S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.083115, 0.137143, 0.166291, 0.212733, 0.289313, 0.416511, 0.628381", \
+            "0.114387, 0.169347, 0.198668, 0.245265, 0.321886, 0.449214, 0.660949", \
+            "0.136475, 0.193272, 0.222847, 0.269549, 0.346333, 0.473671, 0.685696", \
+            "0.167206, 0.227926, 0.258241, 0.305003, 0.382038, 0.509332, 0.72122", \
+            "0.209237, 0.277723, 0.308856, 0.356255, 0.432955, 0.561009, 0.773005", \
+            "0.267583, 0.347231, 0.381768, 0.43075, 0.508516, 0.635746, 0.848036", \
+            "0.347198, 0.444958, 0.484778, 0.538132, 0.619043, 0.749236, 0.962469" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192946, 0.0745648, 0.112823, 0.177998, 0.288687, 0.474872, 0.786057", \
+            "0.0210131, 0.0754765, 0.113402, 0.178124, 0.288875, 0.475725, 0.786058", \
+            "0.0234654, 0.0770441, 0.114518, 0.17893, 0.289172, 0.475726, 0.786305", \
+            "0.0282935, 0.0803154, 0.117011, 0.180333, 0.289959, 0.475727, 0.78637", \
+            "0.0355498, 0.0876307, 0.121951, 0.183235, 0.291402, 0.47638, 0.787203", \
+            "0.046307, 0.100623, 0.13345, 0.190994, 0.296048, 0.478099, 0.787802", \
+            "0.063682, 0.124555, 0.155238, 0.208711, 0.308913, 0.487739, 0.793891" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0954634, 0.148973, 0.175993, 0.216266, 0.281282, 0.388094, 0.565683", \
+            "0.124682, 0.179222, 0.20597, 0.246714, 0.311811, 0.41865, 0.596149", \
+            "0.144768, 0.200985, 0.228426, 0.269323, 0.334571, 0.441649, 0.619168", \
+            "0.173463, 0.233255, 0.261415, 0.30261, 0.368572, 0.47591, 0.653676", \
+            "0.211998, 0.278476, 0.307839, 0.350389, 0.416708, 0.524007, 0.702149", \
+            "0.263431, 0.341349, 0.373711, 0.418623, 0.4862, 0.594939, 0.772127", \
+            "0.325582, 0.419966, 0.458588, 0.509379, 0.583125, 0.694962, 0.874414" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021484, 0.0679197, 0.0980648, 0.147808, 0.234029, 0.380305, 0.626784", \
+            "0.0228523, 0.0688063, 0.0984475, 0.148277, 0.234176, 0.380502, 0.626785", \
+            "0.0249967, 0.070734, 0.100088, 0.149421, 0.234859, 0.380857, 0.626994", \
+            "0.0296146, 0.0745855, 0.103259, 0.15177, 0.236579, 0.38192, 0.627571", \
+            "0.0373357, 0.0816416, 0.108847, 0.156014, 0.239218, 0.383525, 0.628758", \
+            "0.04937, 0.095831, 0.121525, 0.165739, 0.245432, 0.386859, 0.630153", \
+            "0.067175, 0.120203, 0.146121, 0.188058, 0.264691, 0.401289, 0.638694" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1 && S1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1 * !S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0788316, 0.132041, 0.161056, 0.207361, 0.284019, 0.411232, 0.623184", \
+            "0.108533, 0.162848, 0.192051, 0.238423, 0.315004, 0.442262, 0.654073", \
+            "0.129402, 0.185472, 0.214853, 0.26137, 0.338141, 0.465599, 0.677298", \
+            "0.158321, 0.218091, 0.248134, 0.294699, 0.371576, 0.499078, 0.710949", \
+            "0.198234, 0.265292, 0.296096, 0.343388, 0.420599, 0.547654, 0.759803", \
+            "0.253202, 0.33141, 0.365068, 0.413961, 0.491763, 0.619377, 0.830875", \
+            "0.328705, 0.424697, 0.464779, 0.517727, 0.598198, 0.728094, 0.941144" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187312, 0.0740201, 0.112406, 0.177735, 0.288609, 0.474936, 0.786066", \
+            "0.0204336, 0.0749415, 0.113, 0.177926, 0.288753, 0.476346, 0.786067", \
+            "0.0228003, 0.0765132, 0.114072, 0.17866, 0.289093, 0.476347, 0.786068", \
+            "0.0274974, 0.0795948, 0.116383, 0.180029, 0.289954, 0.476348, 0.786249", \
+            "0.0345829, 0.0862595, 0.120864, 0.182734, 0.291268, 0.476359, 0.786975", \
+            "0.045534, 0.099087, 0.131715, 0.19006, 0.295822, 0.478311, 0.788089", \
+            "0.062876, 0.123357, 0.153776, 0.207587, 0.308438, 0.487883, 0.79471" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0875801, 0.140401, 0.16676, 0.206927, 0.271847, 0.378619, 0.55602", \
+            "0.116083, 0.169826, 0.196418, 0.236777, 0.301711, 0.40851, 0.586012", \
+            "0.135134, 0.190682, 0.217584, 0.258305, 0.323555, 0.43037, 0.607958", \
+            "0.162204, 0.221077, 0.248645, 0.289923, 0.355535, 0.462738, 0.640719", \
+            "0.198166, 0.263756, 0.292933, 0.334847, 0.400847, 0.508235, 0.685906", \
+            "0.245742, 0.322569, 0.354619, 0.39922, 0.467601, 0.57464, 0.752529", \
+            "0.303759, 0.39716, 0.434831, 0.484856, 0.557017, 0.668245, 0.849188" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0209627, 0.0670329, 0.096995, 0.147233, 0.233594, 0.380115, 0.626762", \
+            "0.0224612, 0.0679695, 0.0975256, 0.147565, 0.233681, 0.380435, 0.626781", \
+            "0.0246417, 0.0700255, 0.0991937, 0.148726, 0.234449, 0.380642, 0.626839", \
+            "0.0292095, 0.0732926, 0.102013, 0.151095, 0.236097, 0.38172, 0.627462", \
+            "0.0367939, 0.0804956, 0.107974, 0.154885, 0.238431, 0.383118, 0.628577", \
+            "0.048836, 0.094506, 0.12013, 0.164659, 0.245748, 0.386683, 0.629921", \
+            "0.066414, 0.118542, 0.143442, 0.186048, 0.262301, 0.399687, 0.639042" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.083115, 0.137143, 0.166291, 0.212733, 0.289313, 0.416511, 0.628381", \
+            "0.114387, 0.169347, 0.198668, 0.245265, 0.321886, 0.449214, 0.660949", \
+            "0.136475, 0.193272, 0.222847, 0.269549, 0.346333, 0.473671, 0.685696", \
+            "0.167206, 0.227926, 0.258241, 0.305003, 0.382038, 0.509332, 0.72122", \
+            "0.209237, 0.277723, 0.308856, 0.356255, 0.432955, 0.561009, 0.773005", \
+            "0.267583, 0.347231, 0.381768, 0.43075, 0.508516, 0.635746, 0.848036", \
+            "0.347198, 0.444958, 0.484778, 0.538132, 0.619043, 0.749236, 0.962469" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192946, 0.0745648, 0.112823, 0.177998, 0.288687, 0.474872, 0.786057", \
+            "0.0210131, 0.0754765, 0.113402, 0.178124, 0.288875, 0.475725, 0.786058", \
+            "0.0234654, 0.0770441, 0.114518, 0.17893, 0.289172, 0.475726, 0.786305", \
+            "0.0282935, 0.0803154, 0.117011, 0.180333, 0.289959, 0.475727, 0.78637", \
+            "0.0355498, 0.0876307, 0.121951, 0.183235, 0.291402, 0.47638, 0.787203", \
+            "0.046307, 0.100623, 0.13345, 0.190994, 0.296048, 0.478099, 0.787802", \
+            "0.063682, 0.124555, 0.155238, 0.208711, 0.308913, 0.487739, 0.793891" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0954634, 0.148973, 0.175993, 0.216266, 0.281282, 0.388094, 0.565683", \
+            "0.124682, 0.179222, 0.20597, 0.246714, 0.311811, 0.41865, 0.596149", \
+            "0.144768, 0.200985, 0.228426, 0.269323, 0.334571, 0.441649, 0.619168", \
+            "0.173463, 0.233255, 0.261415, 0.30261, 0.368572, 0.47591, 0.653676", \
+            "0.211998, 0.278476, 0.307839, 0.350389, 0.416708, 0.524007, 0.702149", \
+            "0.263431, 0.341349, 0.373711, 0.418623, 0.4862, 0.594939, 0.772127", \
+            "0.325582, 0.419966, 0.458588, 0.509379, 0.583125, 0.694962, 0.874414" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021484, 0.0679197, 0.0980648, 0.147808, 0.234029, 0.380305, 0.626784", \
+            "0.0228523, 0.0688063, 0.0984475, 0.148277, 0.234176, 0.380502, 0.626785", \
+            "0.0249967, 0.070734, 0.100088, 0.149421, 0.234859, 0.380857, 0.626994", \
+            "0.0296146, 0.0745855, 0.103259, 0.15177, 0.236579, 0.38192, 0.627571", \
+            "0.0373357, 0.0816416, 0.108847, 0.156014, 0.239218, 0.383525, 0.628758", \
+            "0.04937, 0.095831, 0.121525, 0.165739, 0.245432, 0.386859, 0.630153", \
+            "0.067175, 0.120203, 0.146121, 0.188058, 0.264691, 0.401289, 0.638694" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A2 == 1'b1 && A3 == 1'b0 && S1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !A3 * S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118963, 0.173276, 0.20234, 0.248732, 0.325402, 0.452565, 0.664438", \
+            "0.148008, 0.202073, 0.231306, 0.277677, 0.354327, 0.48164, 0.693505", \
+            "0.166, 0.219933, 0.249151, 0.295489, 0.372172, 0.499474, 0.711501", \
+            "0.190205, 0.244485, 0.273521, 0.319788, 0.396399, 0.523522, 0.7354", \
+            "0.222822, 0.277398, 0.306363, 0.35266, 0.429441, 0.556584, 0.768241", \
+            "0.266543, 0.322017, 0.351232, 0.39785, 0.474628, 0.60196, 0.813726", \
+            "0.316671, 0.374415, 0.403774, 0.451043, 0.528512, 0.656396, 0.868328" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0196456, 0.0750724, 0.113019, 0.177845, 0.288719, 0.475065, 0.786121", \
+            "0.0196466, 0.0750734, 0.113022, 0.177979, 0.288863, 0.475066, 0.786122", \
+            "0.0196476, 0.0750744, 0.113023, 0.17798, 0.288864, 0.475067, 0.786528", \
+            "0.0197566, 0.0750754, 0.113024, 0.177981, 0.288865, 0.475068, 0.786529", \
+            "0.0203388, 0.0752442, 0.113076, 0.177982, 0.288866, 0.475069, 0.78653", \
+            "0.021717, 0.07615, 0.113832, 0.178377, 0.289012, 0.47507, 0.786531", \
+            "0.024786, 0.078279, 0.115678, 0.180349, 0.290758, 0.476161, 0.786532" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.128103, 0.181916, 0.208647, 0.249051, 0.313927, 0.420748, 0.598251", \
+            "0.158106, 0.211646, 0.23832, 0.278845, 0.343924, 0.450837, 0.62832", \
+            "0.177646, 0.231176, 0.257676, 0.298207, 0.36314, 0.469988, 0.647659", \
+            "0.204606, 0.2582, 0.284909, 0.325087, 0.390084, 0.496767, 0.67411", \
+            "0.243356, 0.297243, 0.323717, 0.364227, 0.429211, 0.53587, 0.713198", \
+            "0.301232, 0.35589, 0.382847, 0.423368, 0.488601, 0.595634, 0.772881", \
+            "0.383753, 0.440387, 0.467789, 0.508883, 0.575152, 0.683194, 0.861832" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0216545, 0.0682615, 0.0981483, 0.147852, 0.234004, 0.380568, 0.627081", \
+            "0.0216555, 0.0682625, 0.0981493, 0.147942, 0.234005, 0.380768, 0.627095", \
+            "0.0216565, 0.0682635, 0.0981503, 0.147943, 0.234006, 0.380769, 0.628958", \
+            "0.0216808, 0.0682645, 0.0981513, 0.147944, 0.234007, 0.38077, 0.628959", \
+            "0.0220613, 0.0684231, 0.0981523, 0.147945, 0.234008, 0.380771, 0.62896", \
+            "0.023147, 0.069305, 0.098802, 0.14849, 0.234275, 0.380772, 0.628961", \
+            "0.025915, 0.071502, 0.100881, 0.150606, 0.236937, 0.383311, 0.629059" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0 && S1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1 * !S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.115941, 0.169148, 0.198405, 0.244719, 0.321366, 0.448535, 0.660556", \
+            "0.144669, 0.197961, 0.227015, 0.273448, 0.350142, 0.477428, 0.689228", \
+            "0.162293, 0.215576, 0.244639, 0.290983, 0.367641, 0.494891, 0.706711", \
+            "0.186063, 0.239526, 0.26858, 0.314823, 0.391373, 0.518555, 0.730368", \
+            "0.218305, 0.272288, 0.301121, 0.347444, 0.42416, 0.551348, 0.763051", \
+            "0.259663, 0.314346, 0.343782, 0.390336, 0.467077, 0.594549, 0.806368", \
+            "0.308526, 0.3659, 0.396016, 0.443257, 0.5209, 0.648905, 0.861204" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192632, 0.0743468, 0.112631, 0.177686, 0.288692, 0.475053, 0.786128", \
+            "0.0192642, 0.0743478, 0.112678, 0.17775, 0.289116, 0.475054, 0.786129", \
+            "0.0192652, 0.0743488, 0.112679, 0.177751, 0.289117, 0.475123, 0.786451", \
+            "0.0194367, 0.074371, 0.11268, 0.177752, 0.289118, 0.475124, 0.786452", \
+            "0.0200385, 0.0748479, 0.112819, 0.177753, 0.289119, 0.475125, 0.786453", \
+            "0.021575, 0.075548, 0.113636, 0.178368, 0.289181, 0.47514, 0.786454", \
+            "0.024913, 0.078132, 0.115736, 0.180524, 0.291216, 0.476815, 0.786924" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.12162, 0.174577, 0.201079, 0.241263, 0.306131, 0.412957, 0.590263", \
+            "0.151722, 0.204488, 0.230842, 0.271224, 0.33616, 0.442927, 0.62062", \
+            "0.171073, 0.223777, 0.250034, 0.29021, 0.355104, 0.461888, 0.639432", \
+            "0.197552, 0.250384, 0.277026, 0.316961, 0.381804, 0.488497, 0.665917", \
+            "0.235587, 0.288871, 0.315371, 0.355399, 0.420192, 0.526941, 0.704431", \
+            "0.292469, 0.346622, 0.373328, 0.413662, 0.478836, 0.585787, 0.763362", \
+            "0.372757, 0.429257, 0.456493, 0.497415, 0.563449, 0.671908, 0.850592" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0212966, 0.0676458, 0.097348, 0.147351, 0.233534, 0.380102, 0.626829", \
+            "0.0212976, 0.0676468, 0.097349, 0.147352, 0.233595, 0.381247, 0.627016", \
+            "0.0212986, 0.0676478, 0.09735, 0.147353, 0.233596, 0.381248, 0.628492", \
+            "0.0213468, 0.0676488, 0.097351, 0.147354, 0.233597, 0.381249, 0.628493", \
+            "0.0218223, 0.0676498, 0.0973632, 0.147355, 0.233598, 0.38125, 0.628494", \
+            "0.023105, 0.068555, 0.09825, 0.14792, 0.234066, 0.381251, 0.628495", \
+            "0.026235, 0.071256, 0.100588, 0.15049, 0.236985, 0.383773, 0.629313" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A1 == 1'b0 && A3 == 1'b1 && S0 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A3 * S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0501634, 0.103716, 0.13261, 0.178824, 0.255233, 0.382358, 0.594274", \
+            "0.07461, 0.128526, 0.157808, 0.20427, 0.280953, 0.408095, 0.620123", \
+            "0.0898702, 0.145107, 0.174619, 0.221333, 0.298147, 0.425397, 0.637126", \
+            "0.109763, 0.168767, 0.198268, 0.244798, 0.321722, 0.449199, 0.66123", \
+            "0.137902, 0.20261, 0.232882, 0.280069, 0.357047, 0.484205, 0.696245", \
+            "0.176698, 0.251917, 0.284436, 0.332994, 0.411013, 0.539171, 0.751346", \
+            "0.230666, 0.320593, 0.358764, 0.411069, 0.491371, 0.622446, 0.838448" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0170089, 0.0738694, 0.112363, 0.177411, 0.288371, 0.474761, 0.785874", \
+            "0.0194789, 0.0748961, 0.113262, 0.178235, 0.288817, 0.474984, 0.786212", \
+            "0.0223645, 0.0760577, 0.114334, 0.179117, 0.289526, 0.475308, 0.786213", \
+            "0.0266448, 0.0791791, 0.116225, 0.180199, 0.290561, 0.476251, 0.786682", \
+            "0.0330442, 0.0849183, 0.120207, 0.182969, 0.29185, 0.477312, 0.78772", \
+            "0.043498, 0.098108, 0.130858, 0.190836, 0.297558, 0.480835, 0.78983", \
+            "0.060712, 0.12234, 0.154528, 0.210655, 0.313251, 0.494508, 0.800838" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0577865, 0.110055, 0.136021, 0.176117, 0.240772, 0.347528, 0.524842", \
+            "0.0808557, 0.133579, 0.160057, 0.20044, 0.265327, 0.372126, 0.54954", \
+            "0.0946787, 0.148533, 0.175201, 0.216066, 0.281404, 0.388385, 0.565788", \
+            "0.113308, 0.170313, 0.19709, 0.238119, 0.303837, 0.411292, 0.589065", \
+            "0.139074, 0.202626, 0.230715, 0.272388, 0.337685, 0.44516, 0.623417", \
+            "0.173684, 0.248475, 0.279032, 0.322084, 0.389929, 0.497704, 0.676546", \
+            "0.217852, 0.307137, 0.343515, 0.392235, 0.463396, 0.577127, 0.759649" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.018693, 0.0661136, 0.0961178, 0.146557, 0.233188, 0.379974, 0.626384", \
+            "0.020668, 0.0675036, 0.0974291, 0.147571, 0.23372, 0.380219, 0.626744", \
+            "0.0236209, 0.0689533, 0.0989253, 0.149124, 0.235195, 0.381075, 0.626913", \
+            "0.0284476, 0.0720483, 0.101073, 0.150826, 0.23687, 0.382815, 0.628403", \
+            "0.0362093, 0.0789735, 0.106501, 0.154757, 0.238885, 0.384315, 0.630155", \
+            "0.048312, 0.094175, 0.119257, 0.164345, 0.246274, 0.388553, 0.632717", \
+            "0.066793, 0.119921, 0.144566, 0.187439, 0.265688, 0.406379, 0.646337" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A0 == 1'b0 && A2 == 1'b1 && S0 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A2 * !S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0500829, 0.103609, 0.132508, 0.178731, 0.255132, 0.382263, 0.594176", \
+            "0.0745764, 0.128499, 0.157896, 0.204333, 0.280898, 0.408101, 0.62008", \
+            "0.089866, 0.145085, 0.174599, 0.221318, 0.298133, 0.425384, 0.637113", \
+            "0.109753, 0.168737, 0.197872, 0.244786, 0.321669, 0.449165, 0.660924", \
+            "0.137888, 0.202615, 0.232885, 0.280074, 0.357054, 0.48421, 0.696319", \
+            "0.177163, 0.252504, 0.284679, 0.333015, 0.410798, 0.539412, 0.751456", \
+            "0.231288, 0.320828, 0.35866, 0.411607, 0.491785, 0.623277, 0.83904" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169589, 0.0737734, 0.11238, 0.177422, 0.288405, 0.47479, 0.785873", \
+            "0.0194762, 0.0748915, 0.113372, 0.178251, 0.288844, 0.474984, 0.786125", \
+            "0.0223559, 0.0760504, 0.114318, 0.179125, 0.289532, 0.475324, 0.786126", \
+            "0.0266439, 0.0791716, 0.115953, 0.18023, 0.290566, 0.476263, 0.7866", \
+            "0.0330493, 0.0849078, 0.120207, 0.182933, 0.291852, 0.477305, 0.787694", \
+            "0.043394, 0.098354, 0.130948, 0.190814, 0.297522, 0.480991, 0.789828", \
+            "0.06058, 0.122292, 0.153471, 0.210376, 0.31327, 0.494238, 0.800806" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.05772, 0.109858, 0.13595, 0.176055, 0.240742, 0.347407, 0.524792", \
+            "0.080665, 0.133487, 0.15994, 0.200299, 0.2652, 0.372011, 0.549351", \
+            "0.0945507, 0.148433, 0.175051, 0.215936, 0.281237, 0.388243, 0.565661", \
+            "0.113163, 0.169896, 0.19714, 0.238003, 0.303642, 0.411133, 0.589129", \
+            "0.138734, 0.20243, 0.230374, 0.27214, 0.337485, 0.445009, 0.623341", \
+            "0.173416, 0.24804, 0.278771, 0.32192, 0.389694, 0.497739, 0.676435", \
+            "0.217505, 0.306801, 0.342928, 0.392168, 0.463349, 0.576643, 0.759411" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0186928, 0.065844, 0.096122, 0.146545, 0.233172, 0.379968, 0.626594", \
+            "0.0206197, 0.0674892, 0.0974041, 0.147563, 0.233593, 0.38021, 0.626671", \
+            "0.0235874, 0.0689487, 0.0989034, 0.149234, 0.23511, 0.380953, 0.62692", \
+            "0.0284145, 0.0716978, 0.10118, 0.150871, 0.236881, 0.382786, 0.628151", \
+            "0.0361743, 0.0789338, 0.106378, 0.154816, 0.238887, 0.384326, 0.630012", \
+            "0.048251, 0.094203, 0.119539, 0.164313, 0.246263, 0.388641, 0.63269", \
+            "0.066704, 0.119854, 0.144353, 0.187942, 0.266057, 0.40647, 0.646347" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0500829, 0.103609, 0.132508, 0.178731, 0.255132, 0.382263, 0.594176", \
+            "0.0745764, 0.128499, 0.157896, 0.204333, 0.280898, 0.408101, 0.62008", \
+            "0.089866, 0.145085, 0.174599, 0.221318, 0.298133, 0.425384, 0.637113", \
+            "0.109753, 0.168737, 0.197872, 0.244786, 0.321669, 0.449165, 0.660924", \
+            "0.137888, 0.202615, 0.232885, 0.280074, 0.357054, 0.48421, 0.696319", \
+            "0.177163, 0.252504, 0.284679, 0.333015, 0.410798, 0.539412, 0.751456", \
+            "0.231288, 0.320828, 0.35866, 0.411607, 0.491785, 0.623277, 0.83904" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169589, 0.0737734, 0.11238, 0.177422, 0.288405, 0.47479, 0.785873", \
+            "0.0194762, 0.0748915, 0.113372, 0.178251, 0.288844, 0.474984, 0.786125", \
+            "0.0223559, 0.0760504, 0.114318, 0.179125, 0.289532, 0.475324, 0.786126", \
+            "0.0266439, 0.0791716, 0.115953, 0.18023, 0.290566, 0.476263, 0.7866", \
+            "0.0330493, 0.0849078, 0.120207, 0.182933, 0.291852, 0.477305, 0.787694", \
+            "0.043394, 0.098354, 0.130948, 0.190814, 0.297522, 0.480991, 0.789828", \
+            "0.06058, 0.122292, 0.153471, 0.210376, 0.31327, 0.494238, 0.800806" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0577865, 0.110055, 0.136021, 0.176117, 0.240772, 0.347528, 0.524842", \
+            "0.0808557, 0.133579, 0.160057, 0.20044, 0.265327, 0.372126, 0.54954", \
+            "0.0946787, 0.148533, 0.175201, 0.216066, 0.281404, 0.388385, 0.565788", \
+            "0.113308, 0.170313, 0.19709, 0.238119, 0.303837, 0.411292, 0.589065", \
+            "0.139074, 0.202626, 0.230715, 0.272388, 0.337685, 0.44516, 0.623417", \
+            "0.173684, 0.248475, 0.279032, 0.322084, 0.389929, 0.497704, 0.676546", \
+            "0.217852, 0.307137, 0.343515, 0.392235, 0.463396, 0.577127, 0.759649" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.018693, 0.0661136, 0.0961178, 0.146557, 0.233188, 0.379974, 0.626384", \
+            "0.020668, 0.0675036, 0.0974291, 0.147571, 0.23372, 0.380219, 0.626744", \
+            "0.0236209, 0.0689533, 0.0989253, 0.149124, 0.235195, 0.381075, 0.626913", \
+            "0.0284476, 0.0720483, 0.101073, 0.150826, 0.23687, 0.382815, 0.628403", \
+            "0.0362093, 0.0789735, 0.106501, 0.154757, 0.238885, 0.384315, 0.630155", \
+            "0.048312, 0.094175, 0.119257, 0.164345, 0.246274, 0.388553, 0.632717", \
+            "0.066793, 0.119921, 0.144566, 0.187439, 0.265688, 0.406379, 0.646337" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A1 == 1'b1 && A3 == 1'b0 && S0 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A3 * S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0655176, 0.118271, 0.147248, 0.193461, 0.270085, 0.397216, 0.609147", \
+            "0.0912552, 0.14322, 0.171967, 0.218054, 0.29454, 0.421755, 0.6337", \
+            "0.105226, 0.15713, 0.185618, 0.231564, 0.307807, 0.434895, 0.646612", \
+            "0.12279, 0.174813, 0.203575, 0.249466, 0.325581, 0.452232, 0.663707", \
+            "0.144328, 0.196691, 0.225754, 0.2718, 0.348055, 0.474828, 0.685902", \
+            "0.170021, 0.223265, 0.252625, 0.299557, 0.377074, 0.504836, 0.716484", \
+            "0.197305, 0.252451, 0.282376, 0.330117, 0.409418, 0.540118, 0.755226" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0180353, 0.0736086, 0.112117, 0.177292, 0.28853, 0.474814, 0.785897", \
+            "0.0180363, 0.0736096, 0.112118, 0.177293, 0.288531, 0.475361, 0.785898", \
+            "0.0180373, 0.0736106, 0.112119, 0.177294, 0.288532, 0.475362, 0.786204", \
+            "0.0180383, 0.0736116, 0.11212, 0.177295, 0.288533, 0.475363, 0.786205", \
+            "0.0185222, 0.0738512, 0.112139, 0.177296, 0.288534, 0.475364, 0.786206", \
+            "0.020389, 0.075273, 0.114067, 0.179598, 0.290327, 0.475549, 0.786207", \
+            "0.023732, 0.077393, 0.11677, 0.183736, 0.296644, 0.483487, 0.792775" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0716007, 0.124785, 0.151102, 0.1918, 0.256548, 0.363324, 0.540796", \
+            "0.0980855, 0.149887, 0.176183, 0.216528, 0.281375, 0.388146, 0.565571", \
+            "0.114307, 0.166198, 0.192233, 0.232192, 0.296674, 0.403198, 0.580628", \
+            "0.135606, 0.187639, 0.213705, 0.253703, 0.318127, 0.424251, 0.601179", \
+            "0.164944, 0.217562, 0.243842, 0.284188, 0.348635, 0.454901, 0.631539", \
+            "0.206087, 0.259613, 0.286183, 0.327123, 0.393214, 0.501025, 0.678804", \
+            "0.265538, 0.319874, 0.346724, 0.388641, 0.456704, 0.567909, 0.751214" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202069, 0.06731, 0.0972766, 0.147558, 0.233859, 0.380216, 0.626619", \
+            "0.0202079, 0.067311, 0.0972776, 0.147559, 0.23386, 0.380321, 0.626682", \
+            "0.0202089, 0.067312, 0.0972786, 0.14756, 0.233861, 0.380322, 0.626683", \
+            "0.0202099, 0.067313, 0.0972796, 0.147561, 0.233862, 0.380323, 0.626684", \
+            "0.0202109, 0.067314, 0.0972806, 0.147562, 0.233863, 0.380324, 0.626685", \
+            "0.020736, 0.068235, 0.098365, 0.149067, 0.235887, 0.381847, 0.626686", \
+            "0.023862, 0.070349, 0.101451, 0.153736, 0.242945, 0.391979, 0.637994" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A0 == 1'b1 && A2 == 1'b0 && S0 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A2 * !S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0653518, 0.11807, 0.147093, 0.193242, 0.269989, 0.39705, 0.608959", \
+            "0.091116, 0.142958, 0.171785, 0.217851, 0.294484, 0.421609, 0.63348", \
+            "0.105151, 0.157023, 0.185573, 0.23145, 0.307735, 0.434795, 0.646565", \
+            "0.122756, 0.174832, 0.203548, 0.249474, 0.325534, 0.452298, 0.663701", \
+            "0.144316, 0.196674, 0.225651, 0.271758, 0.348032, 0.474796, 0.68594", \
+            "0.170347, 0.223402, 0.252629, 0.299768, 0.377189, 0.504982, 0.716509", \
+            "0.197163, 0.252659, 0.282369, 0.330185, 0.409538, 0.540053, 0.755318" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179993, 0.0736006, 0.112129, 0.177333, 0.288526, 0.474816, 0.785897", \
+            "0.0180003, 0.0736016, 0.11213, 0.177334, 0.288527, 0.475106, 0.785898", \
+            "0.0180013, 0.0736026, 0.112131, 0.177335, 0.288528, 0.475107, 0.785899", \
+            "0.0180023, 0.0736036, 0.112132, 0.177336, 0.288529, 0.475108, 0.7859", \
+            "0.0185114, 0.0738394, 0.112164, 0.177337, 0.28853, 0.475109, 0.785901", \
+            "0.020312, 0.075217, 0.114039, 0.179571, 0.290353, 0.47555, 0.785902", \
+            "0.023709, 0.077752, 0.116895, 0.183764, 0.296638, 0.483482, 0.7928" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0717385, 0.124897, 0.151393, 0.19194, 0.256686, 0.363426, 0.540956", \
+            "0.0981493, 0.15002, 0.176243, 0.21663, 0.281518, 0.388196, 0.565665", \
+            "0.114346, 0.166086, 0.192285, 0.232244, 0.296746, 0.403277, 0.58067", \
+            "0.135586, 0.187669, 0.213697, 0.253744, 0.318113, 0.424297, 0.601208", \
+            "0.164904, 0.217188, 0.24381, 0.284185, 0.348673, 0.454971, 0.63172", \
+            "0.206091, 0.259632, 0.286201, 0.327148, 0.393235, 0.501087, 0.678833", \
+            "0.265508, 0.319663, 0.346295, 0.388509, 0.456431, 0.567979, 0.751339" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202279, 0.0673746, 0.0972793, 0.14754, 0.23382, 0.380156, 0.626893", \
+            "0.0202289, 0.0673756, 0.0972803, 0.147541, 0.233821, 0.381693, 0.62697", \
+            "0.0202299, 0.0673766, 0.0972813, 0.147542, 0.233822, 0.381694, 0.626971", \
+            "0.0202309, 0.0673776, 0.0972823, 0.147543, 0.233823, 0.381695, 0.626972", \
+            "0.0202319, 0.0673786, 0.0972833, 0.147544, 0.233824, 0.381696, 0.626973", \
+            "0.020744, 0.068251, 0.098354, 0.149069, 0.235889, 0.38181, 0.626974", \
+            "0.023864, 0.070424, 0.101276, 0.153763, 0.242951, 0.39197, 0.637966" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0148462, 0.0149894, 0.0150492, 0.0150387, 0.0149754, 0.0147551, 0.0147092", \
+            "0.0147641, 0.0147854, 0.0149172, 0.0148498, 0.0153017, 0.014584, 0.0145728", \
+            "0.014953, 0.014871, 0.0148987, 0.0149397, 0.0148859, 0.0145856, 0.014691", \
+            "0.0155721, 0.01533, 0.0153548, 0.0153134, 0.0151551, 0.0155073, 0.0150194", \
+            "0.0175507, 0.017032, 0.0169888, 0.0169661, 0.0170085, 0.0166703, 0.0166645", \
+            "0.0225048, 0.0215398, 0.0214713, 0.021127, 0.0211268, 0.0212276, 0.0210397", \
+            "0.0334731, 0.0317399, 0.031409, 0.0310432, 0.0308666, 0.0307992, 0.0304494" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0233683, 0.0234833, 0.0235928, 0.0235122, 0.0235397, 0.0234061, 0.0229652", \
+            "0.0233424, 0.0233559, 0.0234787, 0.0234841, 0.0237704, 0.0232865, 0.0229072", \
+            "0.0235363, 0.0234884, 0.0234725, 0.0235287, 0.0237744, 0.0235661, 0.0229389", \
+            "0.0242062, 0.0239297, 0.0239896, 0.0240445, 0.0238556, 0.0238102, 0.0234117", \
+            "0.0262048, 0.0255549, 0.0256007, 0.0255351, 0.0256386, 0.025386, 0.0248394", \
+            "0.0312291, 0.0300357, 0.029997, 0.0299793, 0.0298718, 0.0299256, 0.0299297", \
+            "0.0421659, 0.0401198, 0.0398684, 0.0397203, 0.0395029, 0.0393734, 0.0395954" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0152131, 0.0153905, 0.0154434, 0.0154273, 0.0153637, 0.0151901, 0.0151932", \
+            "0.0151397, 0.0151688, 0.0152755, 0.0152447, 0.0156616, 0.0149835, 0.0149909", \
+            "0.0153027, 0.0152672, 0.0152546, 0.0153032, 0.0153883, 0.0149516, 0.0151091", \
+            "0.015919, 0.0156893, 0.015716, 0.0157359, 0.0156079, 0.015873, 0.0150411", \
+            "0.0178539, 0.0172976, 0.0172904, 0.0173443, 0.0173777, 0.0168697, 0.0170388", \
+            "0.0227975, 0.0218896, 0.0216846, 0.0214446, 0.0214724, 0.0215462, 0.0212094", \
+            "0.0338466, 0.0320869, 0.0317317, 0.0313904, 0.0312708, 0.0309526, 0.0308921" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0235698, 0.0237295, 0.023755, 0.0237768, 0.0237573, 0.0235943, 0.023091", \
+            "0.0235168, 0.0235423, 0.0236792, 0.0236526, 0.0236565, 0.023483, 0.023128", \
+            "0.02376, 0.0236264, 0.0236593, 0.023712, 0.0239776, 0.0235095, 0.023237", \
+            "0.0244504, 0.0241604, 0.024271, 0.0242765, 0.024065, 0.0240878, 0.0236577", \
+            "0.026487, 0.0257955, 0.0258686, 0.0258541, 0.0258943, 0.025822, 0.025252", \
+            "0.0315205, 0.0303043, 0.030303, 0.0302212, 0.0301562, 0.0303505, 0.0301765", \
+            "0.0424349, 0.0404039, 0.0401289, 0.0399738, 0.0401738, 0.0397269, 0.0399206" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0151181, 0.0152423, 0.015277, 0.015306, 0.0152294, 0.0150174, 0.014985", \
+            "0.0150611, 0.0150389, 0.0151758, 0.0151173, 0.0150608, 0.0148658, 0.014841", \
+            "0.0152422, 0.0151407, 0.0151306, 0.0151996, 0.0152349, 0.0148447, 0.0150818", \
+            "0.0158567, 0.0156049, 0.0156617, 0.0155752, 0.0155112, 0.0155148, 0.0152657", \
+            "0.0178132, 0.0172013, 0.0171738, 0.0172048, 0.0172668, 0.0168194, 0.0168846", \
+            "0.0227138, 0.0217859, 0.0216837, 0.0215451, 0.0213546, 0.0214333, 0.0211677", \
+            "0.0337228, 0.031835, 0.0315612, 0.031158, 0.0310953, 0.0307259, 0.0305831" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0234909, 0.0235448, 0.0236868, 0.023682, 0.0235662, 0.023484, 0.0229181", \
+            "0.0234485, 0.0234552, 0.0236, 0.023567, 0.0235618, 0.0234028, 0.0229866", \
+            "0.0236929, 0.0235246, 0.0235263, 0.0235938, 0.0238773, 0.023638, 0.0230701", \
+            "0.0243679, 0.0240851, 0.0241378, 0.024115, 0.0239593, 0.0239933, 0.0235384", \
+            "0.0263911, 0.0256546, 0.0257034, 0.0256306, 0.025677, 0.0255639, 0.0249789", \
+            "0.0313785, 0.0301106, 0.0300882, 0.0300247, 0.0298961, 0.0299646, 0.0299518", \
+            "0.0422011, 0.0401587, 0.0398628, 0.0397126, 0.03957, 0.0393811, 0.039581" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A3";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167491, 0.0168998, 0.0169311, 0.0169268, 0.0168497, 0.0166401, 0.0166248", \
+            "0.0166738, 0.016675, 0.0168117, 0.0167536, 0.017131, 0.016462, 0.0164411", \
+            "0.0168565, 0.0167652, 0.0167331, 0.0168281, 0.016922, 0.0165463, 0.0165586", \
+            "0.0175032, 0.0172548, 0.0172529, 0.0171826, 0.0171149, 0.0173754, 0.0168477", \
+            "0.0194757, 0.0189052, 0.018824, 0.0188711, 0.0189258, 0.018644, 0.0186048", \
+            "0.0244715, 0.0234021, 0.0232468, 0.0230705, 0.0230503, 0.023142, 0.0227946", \
+            "0.0354074, 0.0335243, 0.0332311, 0.0328578, 0.0327654, 0.0324225, 0.0322705" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0176201, 0.0176943, 0.017772, 0.0177935, 0.017685, 0.0175764, 0.0171097", \
+            "0.0175311, 0.0175386, 0.01767, 0.0176849, 0.0176677, 0.0175074, 0.0171662", \
+            "0.0177529, 0.0176348, 0.0176497, 0.0177039, 0.0179817, 0.017648, 0.0171607", \
+            "0.0184692, 0.0181772, 0.0181531, 0.0181797, 0.0180818, 0.0180586, 0.0175223", \
+            "0.0204925, 0.0197586, 0.0198314, 0.0197853, 0.0198758, 0.0195957, 0.0191812", \
+            "0.0255191, 0.024247, 0.024216, 0.0241008, 0.024333, 0.0242265, 0.0240212", \
+            "0.0363647, 0.0342937, 0.0339806, 0.0338501, 0.0339818, 0.0335004, 0.0336703" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(A2 * !A3 * S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0181178, 0.0182348, 0.0182506, 0.0182673, 0.0181882, 0.0179589, 0.0179777", \
+            "0.0174508, 0.0175619, 0.0177418, 0.017766, 0.0175469, 0.0173033, 0.0169615", \
+            "0.016805, 0.0168482, 0.016892, 0.0170073, 0.0169401, 0.0168916, 0.016706", \
+            "0.0154706, 0.0155958, 0.0156436, 0.0156523, 0.0155186, 0.0155654, 0.0157176", \
+            "0.0127209, 0.0127773, 0.0127918, 0.012901, 0.0129561, 0.0126395, 0.0129517", \
+            "0.0078234, 0.0077589, 0.0077542, 0.007844, 0.0078971, 0.0079985, 0.0078403", \
+            "-0.0026714, -0.0029595, -0.0030397, -0.0030018, -0.0029428, -0.0029156, -0.002886" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0261706, 0.0262499, 0.0263461, 0.0263307, 0.0261705, 0.0259751, 0.0255809", \
+            "0.0273176, 0.0273688, 0.0274901, 0.0275947, 0.0274334, 0.0273646, 0.0269989", \
+            "0.0270511, 0.0270703, 0.0270893, 0.0271287, 0.0273466, 0.0268688, 0.0269365", \
+            "0.0258258, 0.025896, 0.026004, 0.0260303, 0.0259149, 0.0259116, 0.0256762", \
+            "0.0231135, 0.0230999, 0.0231881, 0.0231981, 0.0233476, 0.0231677, 0.022629", \
+            "0.0182621, 0.0181711, 0.0182821, 0.0182506, 0.0184154, 0.0183947, 0.0184652", \
+            "0.0084722, 0.0081403, 0.0081543, 0.0081024, 0.0082133, 0.0081816, 0.0083211" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(A0 * !A1 * !S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0180789, 0.0181512, 0.0182326, 0.0182005, 0.0181581, 0.0179053, 0.0178955", \
+            "0.0174479, 0.0175676, 0.0177044, 0.0177304, 0.0176006, 0.0173514, 0.0169654", \
+            "0.0168333, 0.016871, 0.0169212, 0.0170386, 0.0169302, 0.0167572, 0.0163541", \
+            "0.0154911, 0.0155925, 0.015679, 0.0156477, 0.0155076, 0.0155333, 0.0156491", \
+            "0.0127534, 0.0128292, 0.0128531, 0.0129611, 0.0129654, 0.0126417, 0.0128998", \
+            "0.0077487, 0.0076635, 0.0077264, 0.0077805, 0.0077835, 0.0079091, 0.0077556", \
+            "-0.0027895, -0.0030691, -0.0030302, -0.0029956, -0.0030898, -0.0030487, -0.0030149" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0262103, 0.0262895, 0.0264148, 0.0263821, 0.0263747, 0.0261585, 0.0255803", \
+            "0.0277532, 0.0278226, 0.0279159, 0.0280185, 0.0278874, 0.0278901, 0.0273786", \
+            "0.0274341, 0.0274908, 0.027491, 0.0274678, 0.027701, 0.0273293, 0.0271954", \
+            "0.026141, 0.0262164, 0.0263568, 0.026421, 0.0261583, 0.0262195, 0.025947", \
+            "0.0233494, 0.0233651, 0.0235321, 0.023474, 0.0236155, 0.0234087, 0.0229021", \
+            "0.0185428, 0.0184605, 0.0185883, 0.0186068, 0.0187014, 0.0187231, 0.0188548", \
+            "0.0086456, 0.0083583, 0.008376, 0.008299, 0.0083397, 0.0083981, 0.0084096" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(!A2 * A3 * S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0117089, 0.0118633, 0.0119143, 0.0119048, 0.0118449, 0.0116168, 0.0115602", \
+            "0.0116913, 0.0116186, 0.0117412, 0.011718, 0.0118387, 0.0115986, 0.0114103", \
+            "0.0121045, 0.0118979, 0.011879, 0.0119435, 0.0119085, 0.0116374, 0.0113283", \
+            "0.0132442, 0.0127639, 0.0127948, 0.0127685, 0.0126679, 0.0127985, 0.0120705", \
+            "0.0158374, 0.0150033, 0.0148746, 0.0148811, 0.0148433, 0.0147307, 0.0145638", \
+            "0.0214681, 0.0200131, 0.0199177, 0.0196756, 0.0196602, 0.0196325, 0.0195352", \
+            "0.033429, 0.0309177, 0.030525, 0.0301469, 0.0299941, 0.0298807, 0.0295991" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0124417, 0.0125365, 0.0127099, 0.0126304, 0.0125108, 0.0123162, 0.0120128", \
+            "0.0126148, 0.012529, 0.0126605, 0.0126215, 0.0126703, 0.0123434, 0.0118693", \
+            "0.0131444, 0.0128644, 0.0128887, 0.0128754, 0.0130461, 0.0126394, 0.0121766", \
+            "0.014376, 0.0138168, 0.0138544, 0.0138179, 0.0136547, 0.0136269, 0.0131095", \
+            "0.017144, 0.0160843, 0.0160379, 0.0160531, 0.016107, 0.0159225, 0.0154369", \
+            "0.0230482, 0.0213037, 0.0211326, 0.0208852, 0.0208899, 0.0211213, 0.0209533", \
+            "0.0347644, 0.0318994, 0.0316211, 0.0312948, 0.0313643, 0.0312084, 0.0311061" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(!A0 * A1 * !S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116989, 0.0119209, 0.0119783, 0.011975, 0.0119059, 0.0116737, 0.0116035", \
+            "0.0116375, 0.0116271, 0.0117668, 0.0117281, 0.0117136, 0.0117098, 0.0113945", \
+            "0.0120039, 0.0118637, 0.0118336, 0.0118743, 0.011906, 0.0116061, 0.0115458", \
+            "0.0131505, 0.0127487, 0.0127715, 0.0127684, 0.0126112, 0.0128767, 0.0123438", \
+            "0.0155767, 0.0147906, 0.0147243, 0.0147486, 0.0148673, 0.0145271, 0.0144375", \
+            "0.0211048, 0.0197017, 0.0195867, 0.0193825, 0.0194062, 0.019417, 0.0191024", \
+            "0.0329246, 0.030483, 0.0300223, 0.0296046, 0.0294829, 0.0292908, 0.029502" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126433, 0.0128111, 0.0128875, 0.0128299, 0.0127221, 0.0125742, 0.0120388", \
+            "0.0130758, 0.0130453, 0.0131783, 0.0132118, 0.0130835, 0.0128591, 0.012412", \
+            "0.0135985, 0.0133996, 0.0133917, 0.0134167, 0.013729, 0.013095, 0.0127034", \
+            "0.0148254, 0.0142934, 0.0143267, 0.0144046, 0.0142134, 0.0141728, 0.0136911", \
+            "0.0175003, 0.0165061, 0.0165828, 0.0164943, 0.0165828, 0.0163323, 0.0156851", \
+            "0.0233326, 0.0216569, 0.0215842, 0.0213878, 0.0217539, 0.0216152, 0.0215395", \
+            "0.0346325, 0.0318399, 0.0314431, 0.0311945, 0.0311082, 0.0308357, 0.0310593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116989, 0.0119209, 0.0119783, 0.011975, 0.0119059, 0.0116737, 0.0116035", \
+            "0.0116375, 0.0116271, 0.0117668, 0.0117281, 0.0117136, 0.0117098, 0.0113945", \
+            "0.0120039, 0.0118637, 0.0118336, 0.0118743, 0.011906, 0.0116061, 0.0115458", \
+            "0.0131505, 0.0127487, 0.0127715, 0.0127684, 0.0126112, 0.0128767, 0.0123438", \
+            "0.0155767, 0.0147906, 0.0147243, 0.0147486, 0.0148673, 0.0145271, 0.0144375", \
+            "0.0211048, 0.0197017, 0.0195867, 0.0193825, 0.0194062, 0.019417, 0.0191024", \
+            "0.0329246, 0.030483, 0.0300223, 0.0296046, 0.0294829, 0.0292908, 0.029502" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126433, 0.0128111, 0.0128875, 0.0128299, 0.0127221, 0.0125742, 0.0120388", \
+            "0.0130758, 0.0130453, 0.0131783, 0.0132118, 0.0130835, 0.0128591, 0.012412", \
+            "0.0135985, 0.0133996, 0.0133917, 0.0134167, 0.013729, 0.013095, 0.0127034", \
+            "0.0148254, 0.0142934, 0.0143267, 0.0144046, 0.0142134, 0.0141728, 0.0136911", \
+            "0.0175003, 0.0165061, 0.0165828, 0.0164943, 0.0165828, 0.0163323, 0.0156851", \
+            "0.0233326, 0.0216569, 0.0215842, 0.0213878, 0.0217539, 0.0216152, 0.0215395", \
+            "0.0346325, 0.0318399, 0.0314431, 0.0311945, 0.0311082, 0.0308357, 0.0310593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(A1 * !A3 * S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00998716, 0.0101574, 0.010243, 0.0102348, 0.0101855, 0.00994826, 0.00958796", \
+            "0.0104431, 0.0106709, 0.010794, 0.010714, 0.0106288, 0.0105475, 0.0104255", \
+            "0.0108385, 0.011065, 0.0110344, 0.0111175, 0.0109716, 0.0112984, 0.0105043", \
+            "0.0116081, 0.0118044, 0.0118908, 0.0118941, 0.0117499, 0.0117873, 0.0112182", \
+            "0.0129916, 0.0130468, 0.0131749, 0.0132066, 0.0132249, 0.0129978, 0.0131652", \
+            "0.0160692, 0.0158342, 0.0159117, 0.0158876, 0.0159986, 0.0160492, 0.0159257", \
+            "0.0245078, 0.0239712, 0.0238201, 0.0237294, 0.0238367, 0.0238092, 0.0239689" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00918745, 0.00950155, 0.00954595, 0.00962295, 0.00948705, 0.00937095, 0.00902425", \
+            "0.00968487, 0.00993067, 0.0100135, 0.0102286, 0.0100315, 0.00987027, 0.00942937", \
+            "0.0101661, 0.0104571, 0.0104919, 0.010432, 0.0105395, 0.0104346, 0.00984213", \
+            "0.0108394, 0.0111325, 0.0112251, 0.0112853, 0.0112327, 0.0110114, 0.0107725", \
+            "0.0121993, 0.0124497, 0.0124685, 0.0125974, 0.0126682, 0.0126735, 0.0120898", \
+            "0.0155424, 0.0154841, 0.0154498, 0.0155635, 0.015619, 0.0156299, 0.0158687", \
+            "0.0232898, 0.0229012, 0.0227475, 0.0225426, 0.0225148, 0.022572, 0.0227813" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(A0 * !A2 * !S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0108375, 0.0110216, 0.0111088, 0.0111047, 0.0110732, 0.0108233, 0.0104424", \
+            "0.0112934, 0.0115146, 0.0116508, 0.0116312, 0.0115135, 0.0113593, 0.0109571", \
+            "0.0117423, 0.0119766, 0.0119379, 0.0120284, 0.011887, 0.0122975, 0.0113036", \
+            "0.0123873, 0.0126062, 0.0126882, 0.0127203, 0.0125629, 0.0128043, 0.0119802", \
+            "0.0136482, 0.0137198, 0.0138147, 0.0138895, 0.0139066, 0.0137309, 0.0137097", \
+            "0.0171211, 0.0169561, 0.0170109, 0.0170164, 0.0171392, 0.0171839, 0.0171385", \
+            "0.0246706, 0.0241627, 0.0240598, 0.0239724, 0.0240473, 0.0240266, 0.0241957" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00918555, 0.00949065, 0.00959055, 0.00962045, 0.00947235, 0.00931295, 0.00907835", \
+            "0.00969227, 0.00993977, 0.0100243, 0.0102273, 0.0100355, 0.0101644, 0.00951447", \
+            "0.0101761, 0.0104342, 0.010475, 0.0104514, 0.0105455, 0.0104427, 0.00990443", \
+            "0.0108536, 0.0111399, 0.0112193, 0.011285, 0.0112207, 0.0110065, 0.0112464", \
+            "0.0121931, 0.0123799, 0.0124325, 0.0125331, 0.0126161, 0.0127043, 0.0120828", \
+            "0.0155432, 0.015482, 0.0154516, 0.0155708, 0.0156222, 0.0156608, 0.0158726", \
+            "0.0233156, 0.0228653, 0.0226085, 0.0224949, 0.0224817, 0.0224944, 0.0227928" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(!A1 * A3 * S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00583475, 0.00638475, 0.00639935, 0.00634355, 0.00622555, 0.00595345, 0.00595625", \
+            "0.00588547, 0.00610647, 0.00619327, 0.00624937, 0.00609477, 0.00586967, 0.00555907", \
+            "0.00625713, 0.00636543, 0.00639463, 0.00639033, 0.00657383, 0.00620593, 0.00606283", \
+            "0.00734269, 0.00723469, 0.00731209, 0.00734409, 0.00712499, 0.00735839, 0.00689839", \
+            "0.0097949, 0.0091768, 0.009175, 0.0092262, 0.0092946, 0.0089007, 0.0089095", \
+            "0.0151787, 0.0137489, 0.0136452, 0.013546, 0.0135333, 0.0135655, 0.013408", \
+            "0.0263528, 0.0237527, 0.0234087, 0.0230589, 0.0227997, 0.0224374, 0.0222217" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00695566, 0.00742916, 0.00745796, 0.00745446, 0.00733576, 0.00721786, 0.00671336", \
+            "0.00709333, 0.00728093, 0.00737263, 0.00753743, 0.00727563, 0.00711363, 0.00671613", \
+            "0.00756229, 0.00762269, 0.00762659, 0.00763119, 0.00781719, 0.00746519, 0.00704199", \
+            "0.00873102, 0.00851702, 0.00857442, 0.00865182, 0.00842882, 0.00839922, 0.00805382", \
+            "0.0113693, 0.010614, 0.0107073, 0.0108104, 0.0108277, 0.0107525, 0.0100863", \
+            "0.0169576, 0.0152962, 0.0152434, 0.0151438, 0.0152586, 0.0152541, 0.0154402", \
+            "0.0277329, 0.024873, 0.0244805, 0.0243001, 0.0240458, 0.0238865, 0.0242426" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(!A0 * A2 * !S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00585695, 0.00639275, 0.00643155, 0.00637935, 0.00623345, 0.00599275, 0.00599095", \
+            "0.00591277, 0.00612847, 0.00626257, 0.00627927, 0.00613127, 0.00591667, 0.00590207", \
+            "0.00629253, 0.00640093, 0.00643793, 0.00642173, 0.00667173, 0.00637253, 0.00610253", \
+            "0.00735689, 0.00726559, 0.00726749, 0.00736829, 0.00715699, 0.00731829, 0.00692819", \
+            "0.009819, 0.0091973, 0.0092051, 0.0092587, 0.0093311, 0.0090023, 0.0088954", \
+            "0.0152766, 0.0138938, 0.0137607, 0.0136575, 0.0135958, 0.01367, 0.0134545", \
+            "0.0264023, 0.0239698, 0.0235247, 0.0233468, 0.023059, 0.0228011, 0.0225917" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00614656, 0.00656866, 0.00662986, 0.00662356, 0.00652736, 0.00634886, 0.00588386", \
+            "0.00623773, 0.00641793, 0.00650343, 0.00659523, 0.00640363, 0.00628553, 0.00587253", \
+            "0.00671919, 0.00680569, 0.00679169, 0.00680789, 0.00695269, 0.00662249, 0.00619299", \
+            "0.00789482, 0.00761132, 0.00778662, 0.00781952, 0.00758242, 0.00754682, 0.00721262", \
+            "0.0106068, 0.0097927, 0.0098496, 0.010039, 0.0100009, 0.0099846, 0.0094922", \
+            "0.0158055, 0.0141809, 0.0141436, 0.014005, 0.0141059, 0.0141595, 0.014355", \
+            "0.0266873, 0.0238332, 0.0234408, 0.0233044, 0.0230948, 0.0228662, 0.0232376" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00998716, 0.0101574, 0.010243, 0.0102348, 0.0101855, 0.00994826, 0.00958796", \
+            "0.0104431, 0.0106709, 0.010794, 0.010714, 0.0106288, 0.0105475, 0.0104255", \
+            "0.0108385, 0.011065, 0.0110344, 0.0111175, 0.0109716, 0.0112984, 0.0105043", \
+            "0.0116081, 0.0118044, 0.0118908, 0.0118941, 0.0117499, 0.0117873, 0.0112182", \
+            "0.0129916, 0.0130468, 0.0131749, 0.0132066, 0.0132249, 0.0129978, 0.0131652", \
+            "0.0160692, 0.0158342, 0.0159117, 0.0158876, 0.0159986, 0.0160492, 0.0159257", \
+            "0.0245078, 0.0239712, 0.0238201, 0.0237294, 0.0238367, 0.0238092, 0.0239689" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00695566, 0.00742916, 0.00745796, 0.00745446, 0.00733576, 0.00721786, 0.00671336", \
+            "0.00709333, 0.00728093, 0.00737263, 0.00753743, 0.00727563, 0.00711363, 0.00671613", \
+            "0.00756229, 0.00762269, 0.00762659, 0.00763119, 0.00781719, 0.00746519, 0.00704199", \
+            "0.00873102, 0.00851702, 0.00857442, 0.00865182, 0.00842882, 0.00839922, 0.00805382", \
+            "0.0113693, 0.010614, 0.0107073, 0.0108104, 0.0108277, 0.0107525, 0.0100863", \
+            "0.0169576, 0.0152962, 0.0152434, 0.0151438, 0.0152586, 0.0152541, 0.0154402", \
+            "0.0277329, 0.024873, 0.0244805, 0.0243001, 0.0240458, 0.0238865, 0.0242426" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00304706;
+      rise_capacitance : 0.00307374;
+      rise_capacitance_range (0.00260998, 0.00333358);
+      fall_capacitance : 0.00302038;
+      fall_capacitance_range (0.00256997, 0.00329064);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0030248;
+      rise_capacitance : 0.00305095;
+      rise_capacitance_range (0.00261728, 0.00332074);
+      fall_capacitance : 0.00299864;
+      fall_capacitance_range (0.00251973, 0.0032449);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00304672;
+      rise_capacitance : 0.00307268;
+      rise_capacitance_range (0.00261195, 0.00333149);
+      fall_capacitance : 0.00302075;
+      fall_capacitance_range (0.00255513, 0.0032785);
+    }
+    pin (A3) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00310742;
+      rise_capacitance : 0.00313097;
+      rise_capacitance_range (0.00267105, 0.00338709);
+      fall_capacitance : 0.00308387;
+      fall_capacitance_range (0.00259793, 0.00333326);
+    }
+    pin (S0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00882371;
+      rise_capacitance : 0.0105038;
+      rise_capacitance_range (0.00792474, 0.0118041);
+      fall_capacitance : 0.00714362;
+      fall_capacitance_range (0.00421064, 0.0104519);
+      internal_power () {
+        when : "(A2 * A3 * S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00821076, 0.00829149, 0.00912249, 0.0115273, 0.0168569, 0.0283193, 0.0521213" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0124679, 0.0130346, 0.0141017, 0.0165508, 0.021862, 0.0332912, 0.0574691" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(A0 * A1 * !S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00888479, 0.00886472, 0.00965318, 0.0118847, 0.0171222, 0.0285068, 0.0523202" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0143233, 0.0151479, 0.0161514, 0.0185544, 0.0238566, 0.0351852, 0.0589339" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A2 * !A3 * S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00892604, 0.00900231, 0.00987658, 0.0122571, 0.0176511, 0.0290825, 0.0530328" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0120205, 0.0124994, 0.0135501, 0.0160047, 0.0213082, 0.0326657, 0.0570823" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1 * !S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00991459, 0.00993457, 0.0107292, 0.0130655, 0.0182644, 0.0296646, 0.0533681" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00851406, 0.00881818, 0.00980604, 0.0121907, 0.0176396, 0.0286444, 0.0523602" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00892604, 0.00900231, 0.00987658, 0.0122571, 0.0176511, 0.0290825, 0.0530328" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0120205, 0.0124994, 0.0135501, 0.0160047, 0.0213082, 0.0326657, 0.0570823" \
+          );
+        }
+      }
+    }
+    pin (S1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00536127;
+      rise_capacitance : 0.00540084;
+      rise_capacitance_range (0.00448136, 0.00643169);
+      fall_capacitance : 0.0053217;
+      fall_capacitance_range (0.00449173, 0.00632754);
+      internal_power () {
+        when : "(A1 * A3 * S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00453347, 0.00468784, 0.00521924, 0.00656443, 0.00951513, 0.0157898, 0.0288177" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00519999, 0.00558637, 0.00615711, 0.00754173, 0.0105156, 0.0167283, 0.0297827" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(A0 * A2 * !S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00453318, 0.00468696, 0.00520953, 0.00655211, 0.00950551, 0.0157684, 0.0287751" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00520092, 0.0055737, 0.00614333, 0.00752914, 0.0105086, 0.0167015, 0.029761" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A1 * !A3 * S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00505886, 0.00524346, 0.00579252, 0.00710781, 0.0100976, 0.016391, 0.0294237" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00496014, 0.00530867, 0.00585771, 0.00729938, 0.0102618, 0.0165742, 0.0297127" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A2 * !S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00505005, 0.00521973, 0.00575857, 0.00711291, 0.0100622, 0.0163485, 0.0294555" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00497301, 0.0053004, 0.00586246, 0.00724075, 0.0102142, 0.0163963, 0.0293483" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00505005, 0.00521973, 0.00575857, 0.00711291, 0.0100622, 0.0163485, 0.0294555" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00496014, 0.00530867, 0.00585771, 0.00729938, 0.0102618, 0.0165742, 0.0297127" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nand2_1) {
+    area : 7.2576;
+    cell_footprint : "nand2";
+    cell_leakage_power : 184.636;
+    leakage_power () {
+      value : 141.887;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 201.173;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 79.8135;
+      when : "A*!B";
+    }
+    leakage_power () {
+      value : 315.669;
+      when : "A*B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0166722, 0.0587062, 0.0862291, 0.131624, 0.207518, 0.334035, 0.544784", \
+            "0.0296041, 0.0954659, 0.126834, 0.173854, 0.250051, 0.376583, 0.587282", \
+            "0.0357036, 0.120313, 0.157727, 0.21135, 0.291132, 0.418253, 0.628973", \
+            "0.0416424, 0.155165, 0.204327, 0.270906, 0.364069, 0.500567, 0.714418", \
+            "0.0465735, 0.1997, 0.266841, 0.354506, 0.474122, 0.63697, 0.871726", \
+            "0.0465745, 0.253792, 0.346851, 0.468604, 0.627987, 0.842362, 1.13079", \
+            "0.0465755, 0.310482, 0.438027, 0.606477, 0.830397, 1.11965, 1.50551" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0109155, 0.0661167, 0.106264, 0.17288, 0.284214, 0.469926, 0.779599", \
+            "0.0255494, 0.0811845, 0.11668, 0.178051, 0.2856, 0.469927, 0.7796", \
+            "0.0362353, 0.100582, 0.136111, 0.194305, 0.2957, 0.473484, 0.780099", \
+            "0.0526212, 0.135424, 0.175053, 0.234193, 0.331555, 0.49808, 0.790546", \
+            "0.078251, 0.191518, 0.239733, 0.307633, 0.409719, 0.571941, 0.845671", \
+            "0.122263, 0.278719, 0.345991, 0.430113, 0.551388, 0.726113, 1.00076", \
+            "0.199432, 0.413362, 0.508276, 0.629675, 0.783195, 0.997185, 1.30121" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0224879, 0.0879469, 0.131737, 0.20408, 0.324937, 0.526392, 0.86241", \
+            "0.0388176, 0.124799, 0.170773, 0.243583, 0.36444, 0.565973, 0.901725", \
+            "0.0493035, 0.153918, 0.205542, 0.282693, 0.405269, 0.606781, 0.942445", \
+            "0.0635008, 0.196149, 0.259334, 0.348552, 0.481083, 0.686973, 1.02308", \
+            "0.0842779, 0.25513, 0.335632, 0.446304, 0.603156, 0.832304, 1.17964", \
+            "0.115541, 0.337114, 0.442022, 0.58626, 0.783733, 1.06026, 1.45892", \
+            "0.164649, 0.456831, 0.589748, 0.777234, 1.03845, 1.38999, 1.88155" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0146042, 0.0982103, 0.157765, 0.25627, 0.421243, 0.696149, 1.15431", \
+            "0.0283191, 0.109255, 0.163974, 0.258413, 0.4229, 0.69615, 1.15432", \
+            "0.0384599, 0.127004, 0.180339, 0.270121, 0.427033, 0.697738, 1.15433", \
+            "0.0546333, 0.160477, 0.216331, 0.305044, 0.453615, 0.711599, 1.15855", \
+            "0.0813264, 0.213305, 0.279261, 0.374633, 0.525069, 0.770422, 1.19321", \
+            "0.126657, 0.295999, 0.379226, 0.492778, 0.658689, 0.914994, 1.32389", \
+            "0.207098, 0.424274, 0.529818, 0.678035, 0.881148, 1.1744, 1.60858" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195863, 0.0608997, 0.0884559, 0.133976, 0.209856, 0.336329, 0.547307", \
+            "0.0365707, 0.0984868, 0.129458, 0.176367, 0.252423, 0.378847, 0.589654", \
+            "0.0453141, 0.124232, 0.161208, 0.214059, 0.293615, 0.420629, 0.631287", \
+            "0.0554162, 0.160942, 0.208785, 0.274383, 0.367014, 0.503189, 0.716898", \
+            "0.0664983, 0.208502, 0.273637, 0.359872, 0.477756, 0.640138, 0.874559", \
+            "0.0772488, 0.267951, 0.357676, 0.476875, 0.633988, 0.846801, 1.13422", \
+            "0.0822849, 0.335997, 0.457846, 0.621906, 0.840882, 1.12742, 1.51139" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0131485, 0.0689687, 0.109444, 0.175903, 0.287227, 0.472967, 0.782456", \
+            "0.02838, 0.0837103, 0.119395, 0.180879, 0.288606, 0.473041, 0.78248", \
+            "0.0389705, 0.102929, 0.13853, 0.196903, 0.298506, 0.476548, 0.784296", \
+            "0.0554958, 0.138279, 0.177462, 0.236883, 0.334248, 0.50113, 0.793827", \
+            "0.080537, 0.193606, 0.242015, 0.309995, 0.412176, 0.574621, 0.848758", \
+            "0.122677, 0.279578, 0.345803, 0.431886, 0.55388, 0.728386, 1.00343", \
+            "0.193054, 0.41136, 0.505628, 0.62707, 0.781712, 0.999586, 1.30274" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0256356, 0.0902347, 0.134061, 0.206297, 0.327146, 0.528602, 0.864344", \
+            "0.0417835, 0.120246, 0.16568, 0.238504, 0.359573, 0.561174, 0.896855", \
+            "0.05135, 0.144707, 0.193935, 0.269785, 0.39214, 0.593988, 0.929983", \
+            "0.0632655, 0.181947, 0.239066, 0.323318, 0.452458, 0.657722, 0.994238", \
+            "0.0814164, 0.235024, 0.307169, 0.406776, 0.553231, 0.773994, 1.11916", \
+            "0.10876, 0.310674, 0.404144, 0.532432, 0.710167, 0.964606, 1.34333", \
+            "0.148639, 0.420985, 0.54183, 0.708222, 0.940224, 1.25707, 1.7015" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0135579, 0.0981654, 0.157758, 0.256275, 0.421243, 0.696117, 1.15373", \
+            "0.0234766, 0.105032, 0.161614, 0.257759, 0.421365, 0.696118, 1.15421", \
+            "0.0332371, 0.116972, 0.171957, 0.265025, 0.424918, 0.698197, 1.15422", \
+            "0.050423, 0.141937, 0.197287, 0.28797, 0.441924, 0.705821, 1.15697", \
+            "0.0779222, 0.185814, 0.245969, 0.338219, 0.490418, 0.744357, 1.17923", \
+            "0.121141, 0.257386, 0.33003, 0.431918, 0.590789, 0.842796, 1.26673", \
+            "0.194541, 0.37224, 0.461655, 0.588527, 0.770719, 1.04156, 1.46626" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00198385, 0.00258503, 0.00258845, 0.00255441, 0.00241076, 0.00218188, 0.00178442", \
+            "0.00228056, 0.00234388, 0.00243352, 0.00237586, 0.00240428, 0.00210495, 0.0017006", \
+            "0.00291624, 0.00251128, 0.00248199, 0.00248548, 0.00238882, 0.00243005, 0.00184858", \
+            "0.00453103, 0.00328458, 0.00308418, 0.00282146, 0.00259037, 0.00260725, 0.00193683", \
+            "0.00773401, 0.00543327, 0.00476975, 0.0042257, 0.00366482, 0.00284475, 0.00293867", \
+            "0.0144501, 0.0103954, 0.0092284, 0.00779918, 0.00665484, 0.00555943, 0.00397994", \
+            "0.0282573, 0.0223003, 0.0200871, 0.0175111, 0.014912, 0.0121941, 0.00976612" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00268768, 0.00325343, 0.00326022, 0.00321851, 0.00311793, 0.00289869, 0.00249864", \
+            "0.00286327, 0.00298017, 0.0031222, 0.00305135, 0.00316638, 0.00279672, 0.00244371", \
+            "0.00345711, 0.00311228, 0.00304812, 0.0031743, 0.00297612, 0.00285314, 0.00241084", \
+            "0.00491589, 0.00371194, 0.00353566, 0.00330529, 0.00325617, 0.00286576, 0.00245915", \
+            "0.00816636, 0.00562673, 0.00502056, 0.00456389, 0.00392553, 0.00353331, 0.00297048", \
+            "0.0148798, 0.0104095, 0.00916545, 0.00781748, 0.00666709, 0.00562647, 0.00416666", \
+            "0.0288647, 0.0218282, 0.0193887, 0.016868, 0.0141584, 0.0116578, 0.00942263" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00222434, 0.00246996, 0.00246464, 0.00237773, 0.00223223, 0.00200043, 0.0015663", \
+            "0.00243443, 0.00234177, 0.00239957, 0.00226061, 0.00237588, 0.00199648, 0.00153765", \
+            "0.00302783, 0.00258315, 0.00248563, 0.00243236, 0.00230123, 0.00223267, 0.00182519", \
+            "0.00461149, 0.00344458, 0.00318114, 0.00285801, 0.00250924, 0.00269561, 0.00164689", \
+            "0.00766385, 0.0054979, 0.00485327, 0.00430294, 0.00371595, 0.00288906, 0.00255235", \
+            "0.0142094, 0.0107901, 0.00952246, 0.00816286, 0.00695628, 0.00568349, 0.00414538", \
+            "0.0276261, 0.0227797, 0.0207599, 0.0181937, 0.0154479, 0.0128154, 0.0100922" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00494743, 0.00535791, 0.00536682, 0.00531838, 0.00520014, 0.00497164, 0.00455404", \
+            "0.0047811, 0.00507828, 0.00521318, 0.0051568, 0.00510218, 0.00489407, 0.00453785", \
+            "0.00508283, 0.0051127, 0.00507485, 0.0052532, 0.00510565, 0.0050066, 0.00447181", \
+            "0.00621426, 0.00547373, 0.0053901, 0.00523105, 0.00522959, 0.00490785, 0.00455796", \
+            "0.00918741, 0.00697879, 0.00655802, 0.00621322, 0.00578426, 0.00536573, 0.00523899", \
+            "0.0157042, 0.0114178, 0.0103143, 0.00907125, 0.00826105, 0.0071876, 0.0060183", \
+            "0.0292772, 0.0224123, 0.0200746, 0.0174529, 0.0150644, 0.0127863, 0.0107819" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00307279;
+      rise_capacitance : 0.00309042;
+      rise_capacitance_range (0.00278647, 0.00339731);
+      fall_capacitance : 0.00305516;
+      fall_capacitance_range (0.00269157, 0.00381898);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00319639;
+      rise_capacitance : 0.00333843;
+      rise_capacitance_range (0.0028359, 0.00368871);
+      fall_capacitance : 0.00305434;
+      fall_capacitance_range (0.00284658, 0.00353392);
+    }
+  }
+  cell (sg13g2_nand2_2) {
+    area : 10.8864;
+    cell_footprint : "nand2";
+    cell_leakage_power : 362.565;
+    leakage_power () {
+      value : 283.672;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 393.276;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 159.324;
+      when : "A*!B";
+    }
+    leakage_power () {
+      value : 613.989;
+      when : "A*B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0150542, 0.0587357, 0.0863742, 0.132019, 0.208361, 0.335607, 0.547591", \
+            "0.0261888, 0.0954852, 0.126988, 0.174356, 0.250772, 0.378077, 0.590062", \
+            "0.0309372, 0.12026, 0.158157, 0.21169, 0.291992, 0.419845, 0.631635", \
+            "0.0351793, 0.155024, 0.204323, 0.271162, 0.364769, 0.501988, 0.716985", \
+            "0.0373889, 0.198996, 0.266603, 0.354636, 0.474436, 0.638253, 0.874148", \
+            "0.0373899, 0.25194, 0.345695, 0.468033, 0.628116, 0.843442, 1.13324", \
+            "0.0373909, 0.306226, 0.434208, 0.604413, 0.829046, 1.1199, 1.50749" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0095829, 0.0662947, 0.106873, 0.173803, 0.285892, 0.472843, 0.784605", \
+            "0.0232092, 0.0813437, 0.117096, 0.178965, 0.287365, 0.472844, 0.784606", \
+            "0.0334798, 0.100705, 0.136251, 0.195032, 0.297265, 0.476666, 0.785229", \
+            "0.048977, 0.135766, 0.175461, 0.235024, 0.33302, 0.500975, 0.795752", \
+            "0.07331, 0.192371, 0.240462, 0.308814, 0.41069, 0.574571, 0.850325", \
+            "0.115525, 0.27953, 0.346911, 0.43152, 0.553294, 0.728859, 1.00489", \
+            "0.190459, 0.415092, 0.509987, 0.632232, 0.785626, 1.0016, 1.30685" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0207865, 0.091271, 0.137154, 0.212881, 0.33957, 0.550511, 0.902192", \
+            "0.0357948, 0.128228, 0.176081, 0.252167, 0.378858, 0.589874, 0.941863", \
+            "0.0455437, 0.157701, 0.211245, 0.29148, 0.419506, 0.630591, 0.982041", \
+            "0.0589853, 0.200799, 0.265921, 0.35816, 0.495806, 0.710685, 1.06241", \
+            "0.0789177, 0.260965, 0.343848, 0.457743, 0.619714, 0.857085, 1.21914", \
+            "0.109603, 0.345616, 0.453232, 0.600948, 0.804114, 1.08886, 1.50104", \
+            "0.159249, 0.469199, 0.605768, 0.797867, 1.06457, 1.42688, 1.93141" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.012903, 0.102685, 0.165139, 0.268627, 0.441806, 0.730454, 1.21164", \
+            "0.0257552, 0.113258, 0.170978, 0.270413, 0.442468, 0.730455, 1.21165", \
+            "0.0354887, 0.130815, 0.186923, 0.281633, 0.447046, 0.732204, 1.21166", \
+            "0.0505705, 0.164566, 0.222859, 0.315918, 0.472673, 0.744585, 1.21411", \
+            "0.0757423, 0.217424, 0.286092, 0.385862, 0.543313, 0.80141, 1.24683", \
+            "0.119204, 0.300888, 0.386871, 0.504523, 0.677114, 0.944577, 1.3749", \
+            "0.197225, 0.429904, 0.538453, 0.691752, 0.90207, 1.20847, 1.6581" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0182428, 0.0610722, 0.0887798, 0.134538, 0.210839, 0.338042, 0.550066", \
+            "0.0338376, 0.098556, 0.129733, 0.176884, 0.253402, 0.380523, 0.592475", \
+            "0.0417872, 0.124266, 0.161445, 0.214486, 0.294517, 0.422226, 0.634083", \
+            "0.0504974, 0.160907, 0.208973, 0.274788, 0.36784, 0.504729, 0.719562", \
+            "0.0596164, 0.208158, 0.273729, 0.360191, 0.4785, 0.641644, 0.877086", \
+            "0.0670265, 0.26645, 0.357039, 0.476694, 0.634527, 0.848412, 1.13677", \
+            "0.0670275, 0.332085, 0.454812, 0.619995, 0.840616, 1.12797, 1.51362" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0118997, 0.0692825, 0.110095, 0.177006, 0.289041, 0.476121, 0.787758", \
+            "0.0262533, 0.0839735, 0.119873, 0.181869, 0.290395, 0.476122, 0.787781", \
+            "0.0365814, 0.103318, 0.139033, 0.197826, 0.300318, 0.47955, 0.791407", \
+            "0.0522551, 0.138574, 0.177837, 0.237761, 0.335821, 0.504064, 0.798869", \
+            "0.0759733, 0.194048, 0.242949, 0.310937, 0.413708, 0.577191, 0.853607", \
+            "0.116009, 0.280429, 0.34728, 0.433407, 0.555607, 0.732009, 1.00769", \
+            "0.183673, 0.413019, 0.507235, 0.62952, 0.785157, 1.00158, 1.30763" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246051, 0.0940381, 0.139899, 0.215555, 0.342265, 0.553233, 0.904851", \
+            "0.03999, 0.124159, 0.171515, 0.247763, 0.374571, 0.585724, 0.937656", \
+            "0.0487204, 0.148872, 0.199952, 0.27899, 0.406972, 0.618324, 0.97012", \
+            "0.0595478, 0.186562, 0.245926, 0.332986, 0.467578, 0.681979, 1.03446", \
+            "0.0767888, 0.240906, 0.315078, 0.417854, 0.569332, 0.799026, 1.15918", \
+            "0.103523, 0.318654, 0.414561, 0.546143, 0.728516, 0.992574, 1.38537", \
+            "0.14391, 0.432929, 0.556556, 0.727404, 0.964177, 1.28876, 1.74906" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117458, 0.102802, 0.165163, 0.268651, 0.441812, 0.730451, 1.21158", \
+            "0.021255, 0.10916, 0.168681, 0.269761, 0.4422, 0.730452, 1.21159", \
+            "0.0308483, 0.120981, 0.178864, 0.276804, 0.444973, 0.73577, 1.2116", \
+            "0.0478527, 0.146156, 0.204004, 0.299345, 0.461389, 0.739096, 1.2134", \
+            "0.0745633, 0.190132, 0.252247, 0.349809, 0.50906, 0.776333, 1.23434", \
+            "0.116522, 0.263075, 0.337469, 0.44316, 0.608829, 0.875451, 1.31771", \
+            "0.188326, 0.377532, 0.468797, 0.600831, 0.789932, 1.07146, 1.51688" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00358319, 0.00487079, 0.00492238, 0.00479625, 0.00454828, 0.00405905, 0.00316838", \
+            "0.00429876, 0.00442955, 0.0046064, 0.00448784, 0.00448602, 0.00397793, 0.00317004", \
+            "0.00568124, 0.00476758, 0.00466416, 0.00469703, 0.00440465, 0.00469057, 0.00336752", \
+            "0.00895524, 0.00625801, 0.00585776, 0.00533226, 0.00488974, 0.00529421, 0.00369858", \
+            "0.0152979, 0.010474, 0.00914925, 0.00809285, 0.00687654, 0.00533546, 0.00558717", \
+            "0.0285649, 0.0201152, 0.0177068, 0.0150057, 0.0126868, 0.0105865, 0.00781021", \
+            "0.0556505, 0.0433828, 0.039031, 0.0339667, 0.0288099, 0.0236744, 0.0189282" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00507482, 0.00631855, 0.00634353, 0.00626941, 0.00607122, 0.0056327, 0.00491507", \
+            "0.00557584, 0.00576891, 0.00608887, 0.00606334, 0.00593465, 0.00543822, 0.00476161", \
+            "0.00679534, 0.00599921, 0.00589122, 0.0062119, 0.00583117, 0.00552598, 0.00470031", \
+            "0.00976474, 0.0071713, 0.00680977, 0.00634868, 0.00633185, 0.00575992, 0.0046029", \
+            "0.0163868, 0.010833, 0.00976993, 0.00882587, 0.00770221, 0.00688819, 0.00547056", \
+            "0.0295734, 0.0201987, 0.0178309, 0.015197, 0.0130116, 0.0107906, 0.00798662", \
+            "0.0571772, 0.0425585, 0.0378197, 0.0328894, 0.02735, 0.0230393, 0.0178034" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0044782, 0.00503222, 0.00502219, 0.00485542, 0.00448604, 0.00404874, 0.00319781", \
+            "0.0050058, 0.00476397, 0.00484762, 0.00461492, 0.00540243, 0.00398376, 0.00315708", \
+            "0.00620459, 0.0052602, 0.00501941, 0.0049278, 0.00449352, 0.00484942, 0.00435783", \
+            "0.00933581, 0.0068818, 0.0063347, 0.00582309, 0.00510022, 0.00540853, 0.00390804", \
+            "0.0153873, 0.010874, 0.00965231, 0.00854347, 0.00729568, 0.00583009, 0.0057423", \
+            "0.028279, 0.0212031, 0.018743, 0.0160426, 0.0136291, 0.0111688, 0.00794597", \
+            "0.0545869, 0.0446597, 0.0405743, 0.0355795, 0.0302286, 0.0247904, 0.0196057" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00943661, 0.0104029, 0.0103854, 0.0102769, 0.0100779, 0.00963042, 0.00878794", \
+            "0.00916904, 0.00983166, 0.0101453, 0.0100814, 0.00987232, 0.00943908, 0.00867866", \
+            "0.00979329, 0.00979449, 0.0098167, 0.0101885, 0.00974821, 0.0103888, 0.00874661", \
+            "0.0120971, 0.0105262, 0.0103999, 0.0101511, 0.0101946, 0.00993156, 0.00859594", \
+            "0.0180594, 0.0134183, 0.0125508, 0.0120781, 0.0111053, 0.0105781, 0.00935073", \
+            "0.0310135, 0.0221377, 0.0199204, 0.0175439, 0.015767, 0.0140391, 0.0114451", \
+            "0.0576876, 0.0435546, 0.0389452, 0.0339071, 0.0291046, 0.0246357, 0.0207225" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00596241;
+      rise_capacitance : 0.00600246;
+      rise_capacitance_range (0.00537098, 0.00660371);
+      fall_capacitance : 0.00592236;
+      fall_capacitance_range (0.00514706, 0.00766116);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00614413;
+      rise_capacitance : 0.0064277;
+      rise_capacitance_range (0.00543964, 0.0071255);
+      fall_capacitance : 0.00586056;
+      fall_capacitance_range (0.00541927, 0.00690733);
+    }
+  }
+  cell (sg13g2_nand2b_1) {
+    area : 9.072;
+    cell_footprint : "nand2b";
+    cell_leakage_power : 269.631;
+    leakage_power () {
+      value : 373.972;
+      when : "!A_N&B";
+    }
+    leakage_power () {
+      value : 312.869;
+      when : "A_N&B";
+    }
+    leakage_power () {
+      value : 253.573;
+      when : "A_N&!B";
+    }
+    leakage_power () {
+      value : 138.109;
+      when : "!A_N&!B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0373433, 0.0796177, 0.107404, 0.153252, 0.229897, 0.357722, 0.570286", \
+            "0.0618805, 0.104981, 0.133016, 0.178909, 0.255583, 0.38327, 0.595976", \
+            "0.0772386, 0.121188, 0.148986, 0.195001, 0.271719, 0.399264, 0.612005", \
+            "0.0974104, 0.143848, 0.17155, 0.217275, 0.293614, 0.421069, 0.633628", \
+            "0.124901, 0.176542, 0.204768, 0.249606, 0.325905, 0.453304, 0.665444", \
+            "0.163295, 0.224049, 0.253046, 0.298826, 0.37528, 0.503292, 0.715455", \
+            "0.215903, 0.292762, 0.32574, 0.374705, 0.453859, 0.583408, 0.796904" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0115505, 0.0684364, 0.109037, 0.176192, 0.288526, 0.475963, 0.788128", \
+            "0.0149691, 0.0690696, 0.109343, 0.176282, 0.288603, 0.475964, 0.788208", \
+            "0.0178325, 0.0697717, 0.10974, 0.176631, 0.288836, 0.475965, 0.788562", \
+            "0.0225115, 0.0715579, 0.110715, 0.177144, 0.289282, 0.476289, 0.788563", \
+            "0.0300902, 0.0757991, 0.113253, 0.178768, 0.290321, 0.477164, 0.788974", \
+            "0.041481, 0.086525, 0.12109, 0.184296, 0.294236, 0.479935, 0.790612", \
+            "0.059726, 0.108745, 0.139498, 0.198704, 0.306104, 0.490207, 0.798438" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0441738, 0.110315, 0.154421, 0.227049, 0.348485, 0.550828, 0.88792", \
+            "0.067712, 0.134348, 0.178466, 0.25133, 0.372784, 0.576162, 0.912345", \
+            "0.0811189, 0.14789, 0.192082, 0.264917, 0.386468, 0.588861, 0.927156", \
+            "0.0980944, 0.165976, 0.210173, 0.282903, 0.404554, 0.606989, 0.944054", \
+            "0.119433, 0.1911, 0.23492, 0.307602, 0.428956, 0.631292, 0.968544", \
+            "0.145085, 0.223365, 0.267872, 0.340975, 0.462618, 0.664847, 1.00225", \
+            "0.173278, 0.264042, 0.310501, 0.385068, 0.509333, 0.712834, 1.05111" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0156545, 0.100852, 0.160564, 0.259351, 0.425099, 0.701171, 1.16072", \
+            "0.0182229, 0.101177, 0.16071, 0.259457, 0.426759, 0.702222, 1.16124", \
+            "0.0205719, 0.101667, 0.161123, 0.259732, 0.42676, 0.702223, 1.16183", \
+            "0.0247486, 0.102558, 0.161742, 0.26044, 0.426761, 0.702224, 1.16184", \
+            "0.0314856, 0.105624, 0.163288, 0.261511, 0.426762, 0.702225, 1.16185", \
+            "0.041906, 0.11297, 0.168925, 0.265215, 0.429102, 0.703589, 1.1622", \
+            "0.057905, 0.129402, 0.182266, 0.276515, 0.43941, 0.711518, 1.16785" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192941, 0.0610683, 0.0887372, 0.134379, 0.210488, 0.337296, 0.54858", \
+            "0.0365395, 0.0985792, 0.129713, 0.176751, 0.253056, 0.379784, 0.591124", \
+            "0.0454795, 0.124421, 0.161489, 0.214412, 0.294202, 0.42157, 0.632826", \
+            "0.0557928, 0.1613, 0.209173, 0.274822, 0.367617, 0.5041, 0.718319", \
+            "0.0671917, 0.208945, 0.274114, 0.36037, 0.478381, 0.641016, 0.875789", \
+            "0.0784425, 0.268832, 0.358467, 0.477606, 0.634722, 0.848158, 1.13594", \
+            "0.0840867, 0.337453, 0.459026, 0.622889, 0.841696, 1.12843, 1.51223" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0138481, 0.0696091, 0.110194, 0.176802, 0.288369, 0.47466, 0.785211", \
+            "0.0293246, 0.0842835, 0.119959, 0.181681, 0.289735, 0.474661, 0.785212", \
+            "0.0400265, 0.10353, 0.139121, 0.19767, 0.299611, 0.478082, 0.785628", \
+            "0.0567755, 0.138825, 0.17828, 0.237432, 0.335236, 0.50252, 0.796188", \
+            "0.0821326, 0.194038, 0.242759, 0.310809, 0.413082, 0.576013, 0.850998", \
+            "0.124107, 0.280237, 0.346983, 0.432914, 0.554877, 0.730877, 1.00518", \
+            "0.195238, 0.412053, 0.506786, 0.627961, 0.782582, 1.0007, 1.30517" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0272343, 0.0930138, 0.137145, 0.209643, 0.331104, 0.533454, 0.870401", \
+            "0.0426728, 0.122056, 0.16784, 0.241087, 0.362816, 0.565268, 0.902722", \
+            "0.0522783, 0.146218, 0.195878, 0.272133, 0.395173, 0.597933, 0.935433", \
+            "0.0642884, 0.183315, 0.240926, 0.325517, 0.455322, 0.66146, 0.999691", \
+            "0.0827044, 0.236435, 0.308791, 0.408998, 0.555798, 0.778001, 1.12421", \
+            "0.110608, 0.312258, 0.405902, 0.534142, 0.712879, 0.968418, 1.34812", \
+            "0.151202, 0.422978, 0.543624, 0.710294, 0.943108, 1.26126, 1.70667" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0155078, 0.100843, 0.160822, 0.259474, 0.425099, 0.701141, 1.16122", \
+            "0.0242486, 0.107234, 0.164258, 0.260713, 0.426758, 0.701142, 1.16123", \
+            "0.0335743, 0.118998, 0.174467, 0.267967, 0.428621, 0.703726, 1.16124", \
+            "0.0506441, 0.143652, 0.199611, 0.290841, 0.445559, 0.710973, 1.16328", \
+            "0.0783507, 0.187234, 0.247389, 0.340574, 0.49321, 0.749299, 1.18619", \
+            "0.121784, 0.259651, 0.331772, 0.43325, 0.593702, 0.847374, 1.27219", \
+            "0.195463, 0.373757, 0.463693, 0.592267, 0.773677, 1.0443, 1.47127" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00252455, 0.00311726, 0.00310701, 0.00304602, 0.00291514, 0.00269931, 0.00222856", \
+            "0.00243428, 0.00284669, 0.00292529, 0.00296083, 0.00281739, 0.00258049, 0.00218725", \
+            "0.00245632, 0.00279157, 0.00281548, 0.00281656, 0.00283174, 0.00289225, 0.00214644", \
+            "0.00249669, 0.00268383, 0.00276682, 0.00280034, 0.00262218, 0.00270336, 0.00211101", \
+            "0.00277519, 0.00257639, 0.00260629, 0.00246649, 0.00252129, 0.00222189, 0.00191339", \
+            "0.0033209, 0.0025741, 0.0025483, 0.0025155, 0.002373, 0.0023917, 0.0021658", \
+            "0.004469, 0.0028433, 0.0025124, 0.0023099, 0.0022711, 0.0018368, 0.001645" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00520627, 0.00576392, 0.0057707, 0.00571535, 0.00559838, 0.00536228, 0.00495904", \
+            "0.00507097, 0.00552171, 0.00563276, 0.0055755, 0.00567793, 0.00543094, 0.00492928", \
+            "0.005115, 0.00549907, 0.00552954, 0.00572769, 0.00561305, 0.00529401, 0.00509836", \
+            "0.00519456, 0.0054026, 0.00549957, 0.00545757, 0.00551673, 0.00522112, 0.00499521", \
+            "0.00536908, 0.00534138, 0.00539568, 0.00552058, 0.00545708, 0.00530218, 0.00499078", \
+            "0.0059002, 0.005281, 0.0052565, 0.005302, 0.0053402, 0.0053519, 0.0048073", \
+            "0.0068476, 0.0053901, 0.0051771, 0.0050495, 0.004911, 0.0047257, 0.0049389" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0023614, 0.0026019, 0.00261241, 0.00252941, 0.00235332, 0.00211609, 0.00166965", \
+            "0.00259005, 0.00250162, 0.00253724, 0.00240488, 0.00284497, 0.00210087, 0.00168692", \
+            "0.00320511, 0.00273636, 0.00263574, 0.00256925, 0.00238368, 0.00242902, 0.00178483", \
+            "0.00475996, 0.00358285, 0.00333683, 0.00302995, 0.00264558, 0.00283033, 0.0020016", \
+            "0.00780255, 0.00563092, 0.00499035, 0.00446267, 0.00385886, 0.00306205, 0.0030375", \
+            "0.0143368, 0.010908, 0.00966531, 0.00832436, 0.00707777, 0.00590337, 0.00410483", \
+            "0.0277345, 0.0229162, 0.0208759, 0.0183111, 0.0155734, 0.0129314, 0.0101482" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00497131, 0.00541241, 0.00543294, 0.00534742, 0.00522872, 0.00499807, 0.00460611", \
+            "0.0048462, 0.00512916, 0.00524667, 0.00518416, 0.00530304, 0.00492611, 0.00459345", \
+            "0.00513189, 0.00514387, 0.00513487, 0.00529624, 0.00506712, 0.00512033, 0.00450207", \
+            "0.0062394, 0.00551643, 0.00543599, 0.00528681, 0.00531374, 0.005, 0.00454969", \
+            "0.00918053, 0.00700855, 0.00655295, 0.00624917, 0.00577279, 0.00547905, 0.00574566", \
+            "0.0156853, 0.011476, 0.0103326, 0.00902447, 0.00828261, 0.00728747, 0.00602864", \
+            "0.0292109, 0.0224008, 0.0200785, 0.0175484, 0.0150837, 0.0127684, 0.0107222" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00242664;
+      rise_capacitance : 0.00244843;
+      rise_capacitance_range (0.00217892, 0.00264299);
+      fall_capacitance : 0.00240485;
+      fall_capacitance_range (0.00215965, 0.00264266);
+      internal_power () {
+        when : "!B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00476385, 0.00484798, 0.00524945, 0.0063203, 0.00875131, 0.0139774, 0.0249951" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00256787, 0.00275099, 0.00319545, 0.0043448, 0.00671102, 0.0118479, 0.0227011" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00476385, 0.00484798, 0.00524945, 0.0063203, 0.00875131, 0.0139774, 0.0249951" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00256787, 0.00275099, 0.00319545, 0.0043448, 0.00671102, 0.0118479, 0.0227011" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324437;
+      rise_capacitance : 0.00338689;
+      rise_capacitance_range (0.00287996, 0.00373504);
+      fall_capacitance : 0.00310185;
+      fall_capacitance_range (0.00289587, 0.00357911);
+    }
+  }
+  cell (sg13g2_nand2b_2) {
+    area : 14.5152;
+    cell_footprint : "nand2b";
+    cell_leakage_power : 447.515;
+    leakage_power () {
+      value : 672.236;
+      when : "!A_N&B";
+    }
+    leakage_power () {
+      value : 270.963;
+      when : "A_N&B";
+    }
+    leakage_power () {
+      value : 395.324;
+      when : "A_N&!B";
+    }
+    leakage_power () {
+      value : 451.537;
+      when : "!A_N&!B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0486012, 0.0928901, 0.120657, 0.166416, 0.24247, 0.369615, 0.580561", \
+            "0.0791197, 0.124523, 0.152255, 0.197928, 0.274043, 0.400749, 0.612063", \
+            "0.0990831, 0.14592, 0.173542, 0.219046, 0.295126, 0.421876, 0.633275", \
+            "0.125534, 0.175485, 0.203241, 0.248695, 0.324397, 0.451258, 0.662287", \
+            "0.161917, 0.217643, 0.245883, 0.291177, 0.365947, 0.492163, 0.702574", \
+            "0.212283, 0.277379, 0.306491, 0.351836, 0.427583, 0.553267, 0.76251", \
+            "0.283197, 0.363802, 0.397694, 0.446096, 0.522446, 0.64876, 0.860763" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0145881, 0.0719522, 0.112055, 0.178866, 0.290585, 0.476823, 0.787215", \
+            "0.017983, 0.0727133, 0.112444, 0.178926, 0.290586, 0.477526, 0.787479", \
+            "0.021414, 0.0739178, 0.113122, 0.179282, 0.290766, 0.477527, 0.788415", \
+            "0.026971, 0.0768218, 0.11489, 0.180141, 0.291356, 0.477528, 0.788416", \
+            "0.0346494, 0.0834974, 0.118873, 0.182463, 0.292441, 0.478019, 0.788417", \
+            "0.047274, 0.095833, 0.128453, 0.188533, 0.296594, 0.480473, 0.789414", \
+            "0.066325, 0.122104, 0.15093, 0.206244, 0.308563, 0.489858, 0.796566" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0580855, 0.129892, 0.175864, 0.251674, 0.378351, 0.589418, 0.941355", \
+            "0.0879396, 0.160504, 0.206616, 0.282457, 0.409366, 0.620418, 0.972542", \
+            "0.106188, 0.179826, 0.225872, 0.301799, 0.428606, 0.639932, 0.991487", \
+            "0.130538, 0.206703, 0.252867, 0.328846, 0.455739, 0.666838, 1.01869", \
+            "0.161588, 0.242355, 0.288604, 0.364311, 0.49112, 0.702292, 1.05425", \
+            "0.201773, 0.290998, 0.337445, 0.413418, 0.539478, 0.750738, 1.10252", \
+            "0.24728, 0.348941, 0.398237, 0.474394, 0.602263, 0.814581, 1.16575" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0143908, 0.103826, 0.166136, 0.269531, 0.442747, 0.731828, 1.2125", \
+            "0.0163052, 0.103989, 0.166371, 0.269532, 0.442863, 0.731829, 1.21262", \
+            "0.0187138, 0.104555, 0.166394, 0.269581, 0.442864, 0.734658, 1.21263", \
+            "0.0231926, 0.105685, 0.16685, 0.269826, 0.442865, 0.734659, 1.2134", \
+            "0.03073, 0.108363, 0.168382, 0.270425, 0.443036, 0.73466, 1.21341", \
+            "0.042137, 0.115834, 0.172823, 0.272589, 0.444034, 0.734661, 1.21342", \
+            "0.059239, 0.130438, 0.184336, 0.279868, 0.448795, 0.735203, 1.21408" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0149175, 0.058592, 0.0861299, 0.131803, 0.207685, 0.334519, 0.545745", \
+            "0.0260088, 0.0952412, 0.126646, 0.173986, 0.250308, 0.377043, 0.588271", \
+            "0.0306977, 0.120045, 0.157882, 0.211323, 0.291297, 0.418733, 0.629881", \
+            "0.034904, 0.154821, 0.204055, 0.270802, 0.364288, 0.501018, 0.71533", \
+            "0.0371409, 0.198751, 0.266285, 0.354195, 0.47401, 0.637238, 0.872542", \
+            "0.0371419, 0.251616, 0.345056, 0.467728, 0.627436, 0.842329, 1.13151", \
+            "0.0371429, 0.305773, 0.43387, 0.603706, 0.82768, 1.11863, 1.50572" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00949458, 0.0660253, 0.106305, 0.17321, 0.284722, 0.471019, 0.781242", \
+            "0.023132, 0.0811094, 0.116748, 0.178225, 0.28614, 0.47102, 0.78137", \
+            "0.033339, 0.100501, 0.135969, 0.19439, 0.296213, 0.474433, 0.785809", \
+            "0.0488466, 0.135543, 0.17511, 0.234558, 0.332124, 0.499155, 0.792577", \
+            "0.0732337, 0.192133, 0.240104, 0.308245, 0.410307, 0.572859, 0.847413", \
+            "0.115241, 0.27927, 0.346257, 0.431031, 0.552081, 0.727383, 1.00244", \
+            "0.190454, 0.414796, 0.50972, 0.631612, 0.784648, 1.00014, 1.30241" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.020591, 0.0915846, 0.137546, 0.213337, 0.34006, 0.551032, 0.902833", \
+            "0.0356678, 0.128428, 0.176408, 0.252564, 0.379408, 0.590529, 0.94254", \
+            "0.0453909, 0.15789, 0.211478, 0.291804, 0.42, 0.631131, 0.982841", \
+            "0.0588707, 0.200965, 0.266172, 0.358434, 0.496126, 0.711159, 1.06303", \
+            "0.078884, 0.261367, 0.343867, 0.457848, 0.619915, 0.857152, 1.21911", \
+            "0.109626, 0.34584, 0.453416, 0.600947, 0.804353, 1.08921, 1.50157", \
+            "0.159414, 0.469292, 0.605991, 0.798162, 1.0649, 1.42664, 1.93257" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130827, 0.103641, 0.166019, 0.269528, 0.442723, 0.731426, 1.2127", \
+            "0.0258943, 0.113857, 0.171606, 0.27128, 0.442791, 0.731427, 1.21271", \
+            "0.0356172, 0.131263, 0.187574, 0.282419, 0.447941, 0.734867, 1.21272", \
+            "0.0506754, 0.164916, 0.223597, 0.316477, 0.473129, 0.745448, 1.21581", \
+            "0.075883, 0.218064, 0.286429, 0.386351, 0.543878, 0.802207, 1.24819", \
+            "0.11933, 0.301004, 0.387111, 0.504503, 0.677501, 0.944673, 1.37506", \
+            "0.1974, 0.430129, 0.539095, 0.691942, 0.902341, 1.2079, 1.65888" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00492665, 0.00550525, 0.00546665, 0.00538235, 0.00510865, 0.00471125, 0.00378725", \
+            "0.00491386, 0.00528796, 0.00536176, 0.00552146, 0.00499956, 0.00479586, 0.00381676", \
+            "0.00509799, 0.00536669, 0.00533419, 0.00515639, 0.00550079, 0.00488549, 0.00414159", \
+            "0.00559676, 0.00537256, 0.00554306, 0.00552076, 0.00502606, 0.00546246, 0.00384416", \
+            "0.0064739, 0.0056844, 0.0055498, 0.0055745, 0.0053555, 0.0046695, 0.0042368", \
+            "0.0081478, 0.0060353, 0.0058772, 0.0054764, 0.005424, 0.0050702, 0.0038823", \
+            "0.0112319, 0.0070553, 0.0063486, 0.0060174, 0.0055781, 0.0049446, 0.0043922" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0101882, 0.0112252, 0.0112401, 0.0111786, 0.010947, 0.0105655, 0.00980544", \
+            "0.0100056, 0.0109734, 0.0110025, 0.0110542, 0.0108571, 0.0103313, 0.00984595", \
+            "0.0100567, 0.0108138, 0.0109479, 0.0111593, 0.0108588, 0.0111115, 0.00980347", \
+            "0.0101624, 0.0107785, 0.0109568, 0.0108202, 0.0111328, 0.0106873, 0.0100666", \
+            "0.0106683, 0.0107155, 0.0109163, 0.0110756, 0.0108066, 0.0107783, 0.0097484", \
+            "0.0119348, 0.0109124, 0.0107998, 0.0110561, 0.0111107, 0.0110606, 0.0100171", \
+            "0.0144062, 0.011201, 0.0110879, 0.0109573, 0.0109376, 0.0113615, 0.0111778" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00354012, 0.00484153, 0.00483567, 0.00483129, 0.00450545, 0.00403585, 0.00321204", \
+            "0.00426717, 0.00438318, 0.00458258, 0.00444725, 0.00453303, 0.00390014, 0.00319139", \
+            "0.00564931, 0.00470838, 0.00462205, 0.00462434, 0.00435512, 0.00409289, 0.0046547", \
+            "0.00895961, 0.00623238, 0.00581888, 0.00532622, 0.00487455, 0.00498682, 0.00361085", \
+            "0.0152764, 0.0104459, 0.00910727, 0.00806066, 0.00693077, 0.00531331, 0.00524099", \
+            "0.0285389, 0.0200949, 0.0175981, 0.0149872, 0.0126571, 0.0103563, 0.0075267", \
+            "0.0556321, 0.0433679, 0.0389837, 0.0339291, 0.0286917, 0.0235874, 0.0185283" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00505315, 0.00636982, 0.0063562, 0.00629176, 0.0060903, 0.00561584, 0.00490877", \
+            "0.0055827, 0.00578958, 0.00606005, 0.00592708, 0.00587621, 0.00546426, 0.00477318", \
+            "0.00682948, 0.00598635, 0.00594499, 0.00624398, 0.00588137, 0.00592315, 0.00463875", \
+            "0.00979304, 0.00720432, 0.00687133, 0.00639464, 0.00635584, 0.00578838, 0.00472417", \
+            "0.0163829, 0.0110555, 0.00991309, 0.00894483, 0.00775812, 0.00690034, 0.00545438", \
+            "0.0296384, 0.0202452, 0.0178616, 0.0152011, 0.0130146, 0.0106618, 0.00799327", \
+            "0.0571823, 0.0426588, 0.0378459, 0.032973, 0.0273929, 0.0229472, 0.0178415" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00237057;
+      rise_capacitance : 0.00239557;
+      rise_capacitance_range (0.00219118, 0.00256501);
+      fall_capacitance : 0.00234558;
+      fall_capacitance_range (0.00214833, 0.00254005);
+      internal_power () {
+        when : "!B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00783455, 0.00771914, 0.00797281, 0.00880434, 0.0108448, 0.0156508, 0.026231" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00760536, 0.00761015, 0.00794743, 0.00896472, 0.0110763, 0.0159265, 0.0263662" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00783455, 0.00771914, 0.00797281, 0.00880434, 0.0108448, 0.0156508, 0.026231" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00760536, 0.00761015, 0.00794743, 0.00896472, 0.0110763, 0.0159265, 0.0263662" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00598555;
+      rise_capacitance : 0.00602596;
+      rise_capacitance_range (0.00539444, 0.00662977);
+      fall_capacitance : 0.00594515;
+      fall_capacitance_range (0.00516295, 0.00768573);
+    }
+  }
+  cell (sg13g2_nand3_1) {
+    area : 9.072;
+    cell_footprint : "nand3";
+    cell_leakage_power : 230.559;
+    leakage_power () {
+      value : 209.447;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 264.048;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 146.387;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 323.312;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 143.423;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 201.968;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 82.3964;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 473.491;
+      when : "A&B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.018821, 0.0603181, 0.08787, 0.133351, 0.20947, 0.336219, 0.547373", \
+            "0.0334942, 0.0975131, 0.128542, 0.175756, 0.252039, 0.37882, 0.589913", \
+            "0.0403558, 0.122622, 0.160084, 0.213277, 0.293053, 0.420439, 0.631493", \
+            "0.0468506, 0.157927, 0.206765, 0.273078, 0.366262, 0.502826, 0.717027", \
+            "0.0511978, 0.20222, 0.269258, 0.357135, 0.476087, 0.639264, 0.874383", \
+            "0.0511988, 0.254062, 0.347487, 0.469763, 0.629611, 0.844454, 1.13315", \
+            "0.0511998, 0.303241, 0.43205, 0.602355, 0.82786, 1.11937, 1.50685" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126689, 0.0683462, 0.108704, 0.175302, 0.286848, 0.47287, 0.782958", \
+            "0.0284183, 0.0830013, 0.118716, 0.180273, 0.288202, 0.472871, 0.782959", \
+            "0.0401448, 0.102436, 0.137784, 0.196424, 0.298097, 0.47635, 0.783298", \
+            "0.0587895, 0.138079, 0.177, 0.236483, 0.333816, 0.500866, 0.794094", \
+            "0.087436, 0.195741, 0.243212, 0.310104, 0.411594, 0.574517, 0.84876", \
+            "0.136277, 0.286935, 0.352635, 0.434577, 0.555146, 0.729263, 1.00384", \
+            "0.219108, 0.426949, 0.521111, 0.64099, 0.790936, 1.00416, 1.30577" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0319367, 0.126822, 0.191286, 0.297623, 0.475476, 0.771803, 1.26525", \
+            "0.0514367, 0.160921, 0.226014, 0.332439, 0.510403, 0.807239, 1.30089", \
+            "0.0646715, 0.191434, 0.260649, 0.368925, 0.547074, 0.843541, 1.33791", \
+            "0.0834096, 0.238109, 0.317739, 0.435512, 0.618723, 0.91563, 1.4091", \
+            "0.111992, 0.305266, 0.402284, 0.540821, 0.745911, 1.05569, 1.55095", \
+            "0.156686, 0.401185, 0.524255, 0.695393, 0.941571, 1.29663, 1.82799", \
+            "0.228871, 0.542473, 0.697583, 0.915984, 1.22476, 1.65721, 2.27835" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.024793, 0.148906, 0.235985, 0.379792, 0.620407, 1.02217, 1.69027", \
+            "0.0384761, 0.15528, 0.238386, 0.380151, 0.621357, 1.02249, 1.69102", \
+            "0.0491902, 0.170575, 0.250335, 0.386556, 0.622115, 1.0225, 1.69184", \
+            "0.0665672, 0.203186, 0.282904, 0.413557, 0.639079, 1.02722, 1.69306", \
+            "0.0950692, 0.258366, 0.345565, 0.479474, 0.697635, 1.06657, 1.70638", \
+            "0.144176, 0.34455, 0.447456, 0.599495, 0.828281, 1.19427, 1.80166", \
+            "0.228903, 0.478799, 0.60724, 0.792486, 1.05786, 1.44837, 2.06334" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0216659, 0.0627582, 0.090339, 0.136156, 0.212025, 0.33877, 0.550015", \
+            "0.0400326, 0.100565, 0.13142, 0.178346, 0.254609, 0.381346, 0.592536", \
+            "0.049366, 0.126557, 0.163362, 0.216055, 0.295741, 0.423058, 0.6341", \
+            "0.0596555, 0.163448, 0.211191, 0.276626, 0.369289, 0.505548, 0.719549", \
+            "0.0698121, 0.21061, 0.276139, 0.362047, 0.480027, 0.642387, 0.877022", \
+            "0.0766125, 0.267718, 0.357924, 0.477745, 0.63563, 0.849267, 1.13684", \
+            "0.0766135, 0.326981, 0.450564, 0.616762, 0.838705, 1.12678, 1.51249" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0149421, 0.0712093, 0.11165, 0.17858, 0.289922, 0.476063, 0.786246", \
+            "0.0312204, 0.0855524, 0.121319, 0.183171, 0.291231, 0.476064, 0.786247", \
+            "0.0428109, 0.104778, 0.140306, 0.198893, 0.301003, 0.479412, 0.787244", \
+            "0.061495, 0.140406, 0.179444, 0.238954, 0.336679, 0.503774, 0.797135", \
+            "0.0902454, 0.198126, 0.245502, 0.312707, 0.41454, 0.577219, 0.851889", \
+            "0.137145, 0.287781, 0.353276, 0.437489, 0.5576, 0.732538, 1.00631", \
+            "0.215391, 0.426404, 0.519426, 0.639639, 0.791108, 1.00672, 1.30847" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385056, 0.132674, 0.197087, 0.303272, 0.481166, 0.777409, 1.27104", \
+            "0.0566512, 0.161736, 0.226917, 0.333528, 0.511688, 0.808297, 1.30175", \
+            "0.0686002, 0.187695, 0.255812, 0.363973, 0.542408, 0.839176, 1.33329", \
+            "0.0847129, 0.228935, 0.304677, 0.419647, 0.602211, 0.899784, 1.39383", \
+            "0.111006, 0.290876, 0.380801, 0.511826, 0.709508, 1.01709, 1.51368", \
+            "0.152673, 0.381097, 0.495064, 0.653823, 0.88288, 1.22231, 1.74472", \
+            "0.218409, 0.516125, 0.659792, 0.862346, 1.14729, 1.54801, 2.13552" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0243487, 0.148912, 0.235944, 0.379597, 0.620719, 1.0217, 1.69052", \
+            "0.0347526, 0.153114, 0.237588, 0.380088, 0.621484, 1.02179, 1.69115", \
+            "0.0450975, 0.163663, 0.245478, 0.384255, 0.62149, 1.02194, 1.69116", \
+            "0.0635716, 0.188861, 0.269091, 0.402551, 0.632247, 1.02546, 1.69117", \
+            "0.0931122, 0.234867, 0.318687, 0.45099, 0.673471, 1.05161, 1.70145", \
+            "0.140778, 0.313737, 0.407284, 0.54832, 0.77185, 1.14015, 1.76441", \
+            "0.220537, 0.435029, 0.548153, 0.717787, 0.960914, 1.33755, 1.95256" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0230075, 0.0645625, 0.0922355, 0.137947, 0.213928, 0.340489, 0.551394", \
+            "0.0441232, 0.102868, 0.13352, 0.180307, 0.25646, 0.382996, 0.593963", \
+            "0.0552172, 0.129612, 0.165899, 0.218219, 0.297709, 0.424735, 0.635446", \
+            "0.0685251, 0.168011, 0.214661, 0.279483, 0.371491, 0.507466, 0.721013", \
+            "0.0835736, 0.217874, 0.281484, 0.366381, 0.48332, 0.645086, 0.87868", \
+            "0.0991447, 0.279541, 0.367543, 0.484934, 0.640619, 0.852587, 1.13922", \
+            "0.109249, 0.349223, 0.468651, 0.630225, 0.848208, 1.13298, 1.51637" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0170116, 0.0736775, 0.114036, 0.180771, 0.292114, 0.477967, 0.78761", \
+            "0.0334069, 0.0876905, 0.123454, 0.185421, 0.293338, 0.477968, 0.787639", \
+            "0.0453104, 0.106791, 0.142372, 0.201047, 0.303132, 0.481389, 0.787664", \
+            "0.0645251, 0.142479, 0.181714, 0.240926, 0.338415, 0.505544, 0.798597", \
+            "0.0937357, 0.19955, 0.247273, 0.314983, 0.415987, 0.57881, 0.853246", \
+            "0.141097, 0.290078, 0.35452, 0.43941, 0.559282, 0.733895, 1.00737", \
+            "0.218988, 0.428626, 0.52008, 0.638849, 0.791889, 1.00676, 1.31075" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0409296, 0.13507, 0.199474, 0.305659, 0.483448, 0.779789, 1.27338", \
+            "0.0582344, 0.159228, 0.224182, 0.330777, 0.508937, 0.805667, 1.2998", \
+            "0.069215, 0.179574, 0.246641, 0.354372, 0.532692, 0.829175, 1.32351", \
+            "0.0824519, 0.211826, 0.28456, 0.396961, 0.578065, 0.875465, 1.36935", \
+            "0.101307, 0.26163, 0.344799, 0.468224, 0.660062, 0.965166, 1.46099", \
+            "0.133133, 0.336601, 0.437769, 0.583081, 0.796488, 1.12408, 1.63792", \
+            "0.182212, 0.450995, 0.576965, 0.75516, 1.01081, 1.38242, 1.94441" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.024118, 0.148965, 0.23595, 0.379604, 0.620342, 1.02165, 1.69022", \
+            "0.0307538, 0.151677, 0.23704, 0.380021, 0.621222, 1.02257, 1.69111", \
+            "0.038296, 0.159197, 0.242699, 0.382999, 0.621542, 1.02258, 1.69113", \
+            "0.0547667, 0.177889, 0.259632, 0.396396, 0.629329, 1.02479, 1.69185", \
+            "0.0864732, 0.214292, 0.297823, 0.432619, 0.659784, 1.04439, 1.69955", \
+            "0.136449, 0.282176, 0.370632, 0.508414, 0.734379, 1.11018, 1.74691", \
+            "0.216673, 0.395634, 0.495817, 0.648901, 0.886042, 1.26384, 1.88901" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00218724, 0.00272353, 0.00271561, 0.00265834, 0.00251976, 0.0023233, 0.00185149", \
+            "0.00230877, 0.00249272, 0.00260609, 0.00251919, 0.00278174, 0.00225995, 0.00185431", \
+            "0.0028205, 0.00263362, 0.00259181, 0.0026384, 0.00253478, 0.00264921, 0.00185269", \
+            "0.00420068, 0.00327137, 0.00311581, 0.00296002, 0.00269825, 0.00288301, 0.00213739", \
+            "0.0072447, 0.00516883, 0.00459879, 0.00404987, 0.00358105, 0.00289132, 0.00304819", \
+            "0.0133158, 0.00966737, 0.00853146, 0.00724684, 0.00630764, 0.00526627, 0.00387666", \
+            "0.0261258, 0.0206051, 0.0186196, 0.0161475, 0.0136056, 0.011245, 0.00906501" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00417552, 0.00465352, 0.00466987, 0.00463186, 0.00451342, 0.00429226, 0.00388265", \
+            "0.0042055, 0.00442865, 0.00446361, 0.00444046, 0.0044776, 0.0042675, 0.00389106", \
+            "0.00467587, 0.00441467, 0.00448618, 0.00445719, 0.0043495, 0.004175, 0.00393873", \
+            "0.00593522, 0.00496611, 0.00477251, 0.00465063, 0.00468033, 0.00470724, 0.00403843", \
+            "0.00875924, 0.00668059, 0.00620278, 0.00570914, 0.00511115, 0.0052593, 0.00471678", \
+            "0.014938, 0.010994, 0.00985217, 0.0087701, 0.00771899, 0.00641038, 0.00594032", \
+            "0.0278138, 0.0213746, 0.0191633, 0.0169532, 0.014586, 0.0121952, 0.00977224" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00243167, 0.00272029, 0.00265119, 0.00263081, 0.00243878, 0.0021844, 0.00175155", \
+            "0.00245968, 0.00252288, 0.0025865, 0.00247884, 0.00238363, 0.00216798, 0.00174016", \
+            "0.00296004, 0.00268698, 0.00261, 0.0025944, 0.00241283, 0.00260428, 0.00190094", \
+            "0.00423563, 0.00335896, 0.00317848, 0.00298137, 0.00266154, 0.00285442, 0.00205592", \
+            "0.00706787, 0.0053027, 0.00463363, 0.00418554, 0.00361901, 0.00287451, 0.00299014", \
+            "0.013019, 0.00988424, 0.00876651, 0.00757149, 0.00647827, 0.00547221, 0.00398006", \
+            "0.0254684, 0.020884, 0.0190504, 0.0166201, 0.0141317, 0.0117478, 0.00929569" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00647828, 0.00680674, 0.00680761, 0.00674422, 0.00663322, 0.00638465, 0.0059646", \
+            "0.00621184, 0.00657997, 0.00657567, 0.00658173, 0.00659041, 0.00633687, 0.00600695", \
+            "0.00639895, 0.00645523, 0.00656694, 0.00652057, 0.00647625, 0.00629262, 0.00598756", \
+            "0.0072971, 0.00679001, 0.00668131, 0.00663486, 0.00653723, 0.00625374, 0.00589457", \
+            "0.0098753, 0.00805264, 0.00773343, 0.00738452, 0.0069757, 0.00684705, 0.00639712", \
+            "0.0157485, 0.0120222, 0.0110101, 0.0100513, 0.00917866, 0.00790952, 0.00776602", \
+            "0.0281453, 0.0219207, 0.0197147, 0.0176806, 0.0152582, 0.013238, 0.0111028" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00269177, 0.00277185, 0.00273313, 0.0026772, 0.00250825, 0.00224524, 0.00182307", \
+            "0.00273421, 0.00266776, 0.00269285, 0.00256417, 0.00289561, 0.00219971, 0.00181151", \
+            "0.00321661, 0.00289234, 0.0027632, 0.00272056, 0.00252308, 0.00239435, 0.00180398", \
+            "0.00457227, 0.00360384, 0.00336891, 0.0031247, 0.00274355, 0.00275521, 0.00215284", \
+            "0.00742138, 0.00550622, 0.00493937, 0.00445933, 0.00384921, 0.0031047, 0.00307951", \
+            "0.0136814, 0.0104922, 0.0093139, 0.00804927, 0.00682925, 0.00568813, 0.00398198", \
+            "0.0266667, 0.0220348, 0.0200479, 0.0174377, 0.0149929, 0.0122541, 0.00980636" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00839821, 0.00872829, 0.0087199, 0.00865524, 0.00853106, 0.00829609, 0.00794396", \
+            "0.00808092, 0.00848037, 0.00852622, 0.00850489, 0.00849274, 0.00828424, 0.00798436", \
+            "0.00815547, 0.00832199, 0.00844812, 0.00838768, 0.00846952, 0.00825231, 0.00791154", \
+            "0.00881377, 0.00854409, 0.00850467, 0.00846052, 0.00849789, 0.00838296, 0.00795847", \
+            "0.0111962, 0.00962073, 0.00941962, 0.00912947, 0.00879007, 0.00903434, 0.00873066", \
+            "0.0173181, 0.0135375, 0.0126371, 0.0117334, 0.0109439, 0.00984633, 0.00953321", \
+            "0.0303706, 0.0240346, 0.0218118, 0.0195197, 0.0172193, 0.0151429, 0.013309" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00306468;
+      rise_capacitance : 0.00306712;
+      rise_capacitance_range (0.0027871, 0.00330255);
+      fall_capacitance : 0.00306223;
+      fall_capacitance_range (0.00263163, 0.00390574);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00322338;
+      rise_capacitance : 0.00333913;
+      rise_capacitance_range (0.00284989, 0.00364849);
+      fall_capacitance : 0.00310763;
+      fall_capacitance_range (0.00280853, 0.00369139);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00320122;
+      rise_capacitance : 0.00335248;
+      rise_capacitance_range (0.00284987, 0.00371008);
+      fall_capacitance : 0.00304997;
+      fall_capacitance_range (0.00287062, 0.00346409);
+    }
+  }
+  cell (sg13g2_nand3b_1) {
+    area : 12.7008;
+    cell_footprint : "nand3b";
+    cell_leakage_power : 315.513;
+    leakage_power () {
+      value : 201.697;
+      when : "!A_N&!B&!C";
+    }
+    leakage_power () {
+      value : 260.253;
+      when : "!A_N&!B&C";
+    }
+    leakage_power () {
+      value : 140.646;
+      when : "!A_N&B&!C";
+    }
+    leakage_power () {
+      value : 531.731;
+      when : "!A_N&B&C";
+    }
+    leakage_power () {
+      value : 321.1;
+      when : "A_N&!B&!C";
+    }
+    leakage_power () {
+      value : 375.711;
+      when : "A_N&!B&C";
+    }
+    leakage_power () {
+      value : 258.015;
+      when : "A_N&B&!C";
+    }
+    leakage_power () {
+      value : 434.95;
+      when : "A_N&B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0391597, 0.0807123, 0.108346, 0.153816, 0.230044, 0.356961, 0.567976", \
+            "0.063781, 0.106194, 0.133896, 0.179544, 0.25564, 0.382579, 0.593892", \
+            "0.0794407, 0.122341, 0.149979, 0.195468, 0.2718, 0.398592, 0.609717", \
+            "0.0999492, 0.144778, 0.172467, 0.217793, 0.293563, 0.419494, 0.630609", \
+            "0.12792, 0.177541, 0.205174, 0.250326, 0.325603, 0.452059, 0.663101", \
+            "0.166996, 0.226303, 0.254762, 0.299883, 0.376543, 0.503349, 0.713812", \
+            "0.219729, 0.294349, 0.327183, 0.375344, 0.453941, 0.58253, 0.794948" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0133853, 0.0700494, 0.110319, 0.176957, 0.288683, 0.474581, 0.784703", \
+            "0.0165095, 0.0706448, 0.110654, 0.177127, 0.288684, 0.474615, 0.784759", \
+            "0.0194677, 0.0713409, 0.111059, 0.177452, 0.288848, 0.474616, 0.785156", \
+            "0.0242507, 0.0730053, 0.112005, 0.178002, 0.2893, 0.47496, 0.785157", \
+            "0.0320058, 0.0771452, 0.114587, 0.179533, 0.290357, 0.47577, 0.785277", \
+            "0.044039, 0.087892, 0.122125, 0.185039, 0.294193, 0.478523, 0.78692", \
+            "0.063213, 0.110209, 0.141134, 0.199369, 0.305826, 0.488995, 0.795182" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0534158, 0.149038, 0.213732, 0.320434, 0.498706, 0.795934, 1.29107", \
+            "0.0763347, 0.172008, 0.23677, 0.343666, 0.522209, 0.819624, 1.31494", \
+            "0.0896961, 0.184944, 0.249929, 0.356779, 0.535249, 0.832543, 1.32755", \
+            "0.107036, 0.202, 0.266669, 0.373606, 0.552208, 0.849406, 1.3447", \
+            "0.129074, 0.225098, 0.289691, 0.396537, 0.575087, 0.872433, 1.36738", \
+            "0.155765, 0.256299, 0.320647, 0.427489, 0.605907, 0.903052, 1.39833", \
+            "0.185319, 0.296141, 0.361286, 0.469872, 0.649523, 0.947017, 1.44225" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0260178, 0.15128, 0.238618, 0.382712, 0.624157, 1.02666, 1.69718", \
+            "0.0275677, 0.151484, 0.238625, 0.382739, 0.624514, 1.02714, 1.69824", \
+            "0.0291479, 0.151812, 0.238856, 0.382778, 0.626462, 1.02715, 1.69825", \
+            "0.0327511, 0.152362, 0.239327, 0.383237, 0.626463, 1.02716, 1.69826", \
+            "0.0388148, 0.153816, 0.240204, 0.384096, 0.626464, 1.02717, 1.69827", \
+            "0.048898, 0.159126, 0.243851, 0.386669, 0.626465, 1.02776, 1.69828", \
+            "0.064397, 0.171641, 0.254251, 0.39599, 0.634352, 1.03287, 1.70085" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0213766, 0.0628102, 0.0904604, 0.136288, 0.212173, 0.338936, 0.550218", \
+            "0.0400146, 0.100591, 0.131455, 0.178387, 0.254713, 0.381562, 0.592703", \
+            "0.0495094, 0.126695, 0.163486, 0.216253, 0.295906, 0.423233, 0.63436", \
+            "0.059985, 0.163694, 0.211404, 0.276818, 0.369477, 0.505796, 0.719802", \
+            "0.070522, 0.210943, 0.276353, 0.362312, 0.480212, 0.642647, 0.877262", \
+            "0.0776322, 0.268257, 0.358607, 0.478113, 0.635895, 0.84914, 1.13718", \
+            "0.0776332, 0.32772, 0.451488, 0.617262, 0.83871, 1.12722, 1.51263" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0156561, 0.0716831, 0.112472, 0.178903, 0.290257, 0.476389, 0.786582", \
+            "0.0320965, 0.0860262, 0.121717, 0.183491, 0.291589, 0.47639, 0.786583", \
+            "0.0437419, 0.105187, 0.140672, 0.199312, 0.301298, 0.479875, 0.786857", \
+            "0.062627, 0.140887, 0.179795, 0.239259, 0.336904, 0.504118, 0.797449", \
+            "0.0915711, 0.198145, 0.245816, 0.31289, 0.414863, 0.577489, 0.852208", \
+            "0.138811, 0.288437, 0.353559, 0.437675, 0.558479, 0.733093, 1.00632", \
+            "0.217851, 0.427509, 0.520624, 0.640164, 0.79197, 1.00705, 1.3081" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0402228, 0.135174, 0.19976, 0.306297, 0.484617, 0.781797, 1.27698", \
+            "0.0576818, 0.163562, 0.228946, 0.336055, 0.514801, 0.812016, 1.30749", \
+            "0.0695594, 0.189252, 0.257676, 0.366251, 0.545365, 0.842873, 1.33907", \
+            "0.085842, 0.230211, 0.306407, 0.421727, 0.604854, 0.90345, 1.39898", \
+            "0.11232, 0.292145, 0.382376, 0.513659, 0.711992, 1.02068, 1.51865", \
+            "0.154457, 0.382859, 0.496756, 0.655835, 0.885501, 1.22594, 1.74961", \
+            "0.220738, 0.518087, 0.661829, 0.864727, 1.15005, 1.55166, 2.14121" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.026111, 0.151398, 0.238615, 0.382707, 0.624143, 1.02655, 1.69748", \
+            "0.0356614, 0.155367, 0.240177, 0.383203, 0.6245, 1.02656, 1.69749", \
+            "0.0456779, 0.1657, 0.247995, 0.387246, 0.625318, 1.02821, 1.69887", \
+            "0.0640653, 0.190486, 0.271342, 0.405348, 0.635981, 1.03041, 1.69888", \
+            "0.0936007, 0.236654, 0.320127, 0.453057, 0.676963, 1.05653, 1.70808", \
+            "0.141586, 0.314946, 0.408995, 0.5503, 0.774705, 1.14547, 1.7704", \
+            "0.221801, 0.436735, 0.551983, 0.719844, 0.962335, 1.3459, 1.96133" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0229997, 0.0646353, 0.0923454, 0.137914, 0.214036, 0.340628, 0.55152", \
+            "0.0442998, 0.103015, 0.133645, 0.180415, 0.256588, 0.383152, 0.593967", \
+            "0.0555343, 0.129798, 0.166093, 0.21842, 0.297879, 0.424873, 0.635633", \
+            "0.069025, 0.168249, 0.215009, 0.279608, 0.371639, 0.507603, 0.721172", \
+            "0.0842034, 0.21827, 0.281975, 0.366599, 0.483472, 0.645244, 0.878832", \
+            "0.0999934, 0.280042, 0.367985, 0.48497, 0.640916, 0.852822, 1.13937", \
+            "0.110847, 0.349837, 0.468847, 0.630382, 0.848174, 1.13326, 1.51597" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0178575, 0.0741267, 0.114914, 0.180878, 0.292359, 0.478126, 0.787794", \
+            "0.0343481, 0.0879918, 0.123832, 0.185703, 0.293698, 0.478127, 0.787795", \
+            "0.0462507, 0.107282, 0.142706, 0.201428, 0.303311, 0.481555, 0.789758", \
+            "0.065671, 0.142908, 0.181747, 0.241145, 0.33864, 0.505672, 0.798799", \
+            "0.0954286, 0.200434, 0.247887, 0.314785, 0.416174, 0.579122, 0.853432", \
+            "0.143232, 0.290693, 0.355006, 0.439475, 0.559457, 0.734064, 1.00767", \
+            "0.220974, 0.429519, 0.520706, 0.638928, 0.792657, 1.00698, 1.30978" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.042836, 0.137649, 0.202256, 0.308782, 0.487144, 0.784248, 1.27946", \
+            "0.0596365, 0.161263, 0.226502, 0.33343, 0.512182, 0.809702, 1.30483", \
+            "0.0704551, 0.181403, 0.248741, 0.356836, 0.535817, 0.833462, 1.3286", \
+            "0.0837235, 0.213416, 0.286359, 0.399325, 0.581198, 0.879307, 1.37487", \
+            "0.102957, 0.263464, 0.34625, 0.470534, 0.663024, 0.969025, 1.46626", \
+            "0.135004, 0.338255, 0.439559, 0.585408, 0.799272, 1.12697, 1.64328", \
+            "0.184782, 0.453011, 0.578694, 0.757367, 1.01383, 1.38644, 1.94879" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259219, 0.151305, 0.238624, 0.382708, 0.62427, 1.02681, 1.69748", \
+            "0.032009, 0.153976, 0.239629, 0.383057, 0.624383, 1.02682, 1.69812", \
+            "0.0391317, 0.161373, 0.245225, 0.386115, 0.625044, 1.02764, 1.69813", \
+            "0.0552668, 0.179861, 0.262043, 0.399504, 0.633044, 1.02989, 1.69925", \
+            "0.0868643, 0.216832, 0.299665, 0.435424, 0.663516, 1.04916, 1.70656", \
+            "0.13703, 0.283719, 0.372575, 0.511139, 0.737556, 1.11668, 1.75372", \
+            "0.21768, 0.39815, 0.496766, 0.649548, 0.889244, 1.26956, 1.89565" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00272861, 0.00320904, 0.00320245, 0.00313575, 0.00304327, 0.00282158, 0.00236685", \
+            "0.00252649, 0.00298433, 0.00305303, 0.00313282, 0.00294248, 0.00271002, 0.00234279", \
+            "0.00260504, 0.00296927, 0.003004, 0.00294532, 0.00313583, 0.00268202, 0.00231893", \
+            "0.00255986, 0.00279737, 0.00290719, 0.00294229, 0.00273816, 0.00268553, 0.00209492", \
+            "0.00265233, 0.00265183, 0.00267813, 0.00262203, 0.00260633, 0.00222703, 0.00208933", \
+            "0.003147, 0.0027114, 0.0026747, 0.0026424, 0.0026203, 0.0025568, 0.0021601", \
+            "0.0041097, 0.0028882, 0.0026461, 0.0024296, 0.0023961, 0.0021094, 0.0018364" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00669414, 0.00714421, 0.0071588, 0.00709415, 0.00696843, 0.00673635, 0.00642035", \
+            "0.00647965, 0.00696935, 0.00701558, 0.00697436, 0.00690162, 0.00669413, 0.00638233", \
+            "0.00653193, 0.00688325, 0.00706655, 0.00695065, 0.00703645, 0.00671265, 0.00640126", \
+            "0.00657946, 0.00683476, 0.00681926, 0.00688926, 0.00682886, 0.00707116, 0.00634176", \
+            "0.0066387, 0.006718, 0.0067968, 0.0068423, 0.0067379, 0.0071881, 0.0062793", \
+            "0.006982, 0.0066728, 0.0066289, 0.0067109, 0.0067326, 0.0064505, 0.0066738", \
+            "0.0076516, 0.0067074, 0.0066185, 0.0064721, 0.0064341, 0.0063904, 0.0063783" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00262778, 0.00288964, 0.00292787, 0.00283469, 0.00262855, 0.00238958, 0.00195347", \
+            "0.00269569, 0.00273107, 0.00279382, 0.00266974, 0.00293196, 0.00238097, 0.00194398", \
+            "0.00317995, 0.00289688, 0.00282883, 0.00280849, 0.00261233, 0.00274823, 0.00199441", \
+            "0.0044539, 0.00356747, 0.00337642, 0.00315943, 0.0028816, 0.00307173, 0.00207759", \
+            "0.00742785, 0.0055001, 0.0048317, 0.00436821, 0.0038915, 0.00303235, 0.00319779", \
+            "0.0132128, 0.0100825, 0.00899091, 0.00776109, 0.00672396, 0.00558132, 0.00400242", \
+            "0.0256357, 0.0210905, 0.0192807, 0.0168088, 0.0142814, 0.0120046, 0.00941371" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00644171, 0.00678314, 0.0067711, 0.00670773, 0.00659364, 0.00637323, 0.0059717", \
+            "0.00619847, 0.006559, 0.00654913, 0.0065721, 0.00651169, 0.00628565, 0.00593974", \
+            "0.00637833, 0.00642131, 0.00653557, 0.00652995, 0.00645984, 0.00630996, 0.00604597", \
+            "0.0072599, 0.00674932, 0.00663392, 0.00660835, 0.00654246, 0.00674216, 0.00588493", \
+            "0.00981353, 0.00800896, 0.00768318, 0.00733572, 0.00697463, 0.00716208, 0.00664082", \
+            "0.015676, 0.0119858, 0.0109751, 0.0100252, 0.0091406, 0.00800956, 0.00774135", \
+            "0.0280485, 0.0218563, 0.0197242, 0.0176216, 0.0151874, 0.0133835, 0.0111801" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00285514, 0.00297299, 0.00297581, 0.00280204, 0.00267112, 0.00243778, 0.00198788", \
+            "0.00290845, 0.00283115, 0.00286245, 0.00273089, 0.00261587, 0.0023621, 0.0019031", \
+            "0.00338458, 0.0030524, 0.00291261, 0.00289681, 0.00266222, 0.00270343, 0.00229018", \
+            "0.00475447, 0.00376708, 0.00354596, 0.00327969, 0.00295968, 0.00288224, 0.00226018", \
+            "0.00758998, 0.00567262, 0.00512768, 0.00459087, 0.00398877, 0.00327864, 0.0032457", \
+            "0.0138376, 0.0106396, 0.00949089, 0.00817719, 0.0070043, 0.0058114, 0.00425119", \
+            "0.0268195, 0.0221741, 0.0201798, 0.0175753, 0.015101, 0.0124055, 0.00986097" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00841051, 0.00872966, 0.00872868, 0.00866234, 0.00855302, 0.00833778, 0.00794042", \
+            "0.0080995, 0.00849829, 0.00854071, 0.00851068, 0.00846111, 0.00825144, 0.00794706", \
+            "0.00817003, 0.00833145, 0.00845386, 0.00845235, 0.008601, 0.00824163, 0.00789282", \
+            "0.00882277, 0.00855213, 0.00850317, 0.00850745, 0.00849192, 0.00853306, 0.00795673", \
+            "0.0111835, 0.00966895, 0.00940199, 0.00915101, 0.00877375, 0.00905497, 0.00850969", \
+            "0.0172715, 0.0135405, 0.0126281, 0.0117487, 0.0109395, 0.00982717, 0.00961771", \
+            "0.0303241, 0.024029, 0.0217574, 0.0194084, 0.0172222, 0.0152105, 0.0131445" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00240688;
+      rise_capacitance : 0.00242844;
+      rise_capacitance_range (0.0021571, 0.00262319);
+      fall_capacitance : 0.00238531;
+      fall_capacitance_range (0.00214014, 0.00262366);
+      internal_power () {
+        when : "(B * !C) + (!B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00475217, 0.00484819, 0.00521485, 0.00630516, 0.00877637, 0.0139667, 0.0249508" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00257063, 0.0027366, 0.00318445, 0.00433864, 0.0067079, 0.0118442, 0.0226962" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00475217, 0.00484819, 0.00521485, 0.00630516, 0.00877637, 0.0139667, 0.0249508" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00257063, 0.0027366, 0.00318445, 0.00433864, 0.0067079, 0.0118442, 0.0226962" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00318726;
+      rise_capacitance : 0.00330345;
+      rise_capacitance_range (0.00281096, 0.00361136);
+      fall_capacitance : 0.00307107;
+      fall_capacitance_range (0.00277321, 0.00365302);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00321219;
+      rise_capacitance : 0.00336317;
+      rise_capacitance_range (0.00286246, 0.00371959);
+      fall_capacitance : 0.00306121;
+      fall_capacitance_range (0.00288239, 0.0034735);
+    }
+  }
+  cell (sg13g2_nand4_1) {
+    area : 10.8864;
+    cell_footprint : "nand4";
+    cell_leakage_power : 268.893;
+    leakage_power () {
+      value : 277.218;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 331.689;
+      when : "!A&!B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 215.303;
+      when : "!A&!B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 386.306;
+      when : "!A&!B&C&D&Y";
+    }
+    leakage_power () {
+      value : 212.519;
+      when : "!A&B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 268.66;
+      when : "!A&B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 148.483;
+      when : "!A&B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 445.601;
+      when : "!A&B&C&D&Y";
+    }
+    leakage_power () {
+      value : 211.02;
+      when : "A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 265.659;
+      when : "A&!B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 148.145;
+      when : "A&!B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 324.221;
+      when : "A&!B&C&D&Y";
+    }
+    leakage_power () {
+      value : 146.2;
+      when : "A&B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 204.664;
+      when : "A&B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 85.1773;
+      when : "A&B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 631.43;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0200099, 0.0612065, 0.0887494, 0.134312, 0.210406, 0.337139, 0.548504", \
+            "0.0359806, 0.0987154, 0.129716, 0.176778, 0.25295, 0.379831, 0.590999", \
+            "0.0431896, 0.124169, 0.161426, 0.214157, 0.29412, 0.421462, 0.632641", \
+            "0.0495488, 0.159554, 0.20816, 0.274259, 0.367388, 0.503862, 0.718044", \
+            "0.0530433, 0.203478, 0.270755, 0.358338, 0.477157, 0.640312, 0.875342", \
+            "0.0530443, 0.253226, 0.347394, 0.470165, 0.630276, 0.84528, 1.1341", \
+            "0.0530453, 0.294926, 0.425689, 0.598747, 0.825769, 1.11838, 1.50652" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137748, 0.0696338, 0.109921, 0.176709, 0.288216, 0.474343, 0.784353", \
+            "0.0299304, 0.084062, 0.119833, 0.181515, 0.289523, 0.474344, 0.784449", \
+            "0.0421865, 0.103367, 0.138858, 0.197499, 0.299351, 0.477691, 0.784667", \
+            "0.0621404, 0.139381, 0.178152, 0.237459, 0.334921, 0.502145, 0.795501", \
+            "0.0932551, 0.198697, 0.244808, 0.312287, 0.413503, 0.57566, 0.85018", \
+            "0.145377, 0.292284, 0.356874, 0.438692, 0.557667, 0.731372, 1.00565", \
+            "0.23346, 0.438888, 0.530828, 0.649245, 0.798411, 1.00827, 1.30837" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0407584, 0.165678, 0.250754, 0.391094, 0.62579, 1.0172, 1.66915", \
+            "0.0621831, 0.196735, 0.282034, 0.42276, 0.657627, 1.049, 1.70141", \
+            "0.0772735, 0.2274, 0.315152, 0.456188, 0.691131, 1.08261, 1.73505", \
+            "0.0993394, 0.277183, 0.37375, 0.521031, 0.757742, 1.14874, 1.80017", \
+            "0.134088, 0.350423, 0.464205, 0.630658, 0.883385, 1.27997, 1.93087", \
+            "0.189189, 0.458623, 0.598093, 0.797325, 1.08927, 1.52503, 2.19524", \
+            "0.281494, 0.619568, 0.793733, 1.04154, 1.39475, 1.90927, 2.66134" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367287, 0.201175, 0.315705, 0.504774, 0.821893, 1.35097, 2.23194", \
+            "0.0490078, 0.204576, 0.316351, 0.506876, 0.821894, 1.35098, 2.23195", \
+            "0.0600443, 0.217181, 0.324568, 0.508035, 0.822338, 1.35099, 2.23206", \
+            "0.0780623, 0.247641, 0.35266, 0.527765, 0.831337, 1.35236, 2.23207", \
+            "0.107539, 0.302679, 0.412613, 0.587467, 0.877037, 1.37618, 2.23663", \
+            "0.15893, 0.391709, 0.516932, 0.705378, 0.999637, 1.48251, 2.30244", \
+            "0.246622, 0.526797, 0.68088, 0.896679, 1.22614, 1.72528, 2.53139" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0229189, 0.0638098, 0.0913765, 0.136924, 0.213056, 0.339774, 0.551026", \
+            "0.0423477, 0.101839, 0.132533, 0.179403, 0.25566, 0.382476, 0.593569", \
+            "0.0517524, 0.128016, 0.16466, 0.217186, 0.296774, 0.424029, 0.635134", \
+            "0.0619623, 0.165053, 0.212616, 0.277921, 0.370353, 0.506603, 0.720624", \
+            "0.070971, 0.211755, 0.277333, 0.363228, 0.481408, 0.643552, 0.878355", \
+            "0.0736412, 0.266288, 0.357461, 0.478023, 0.636225, 0.850017, 1.13773", \
+            "0.0736422, 0.317627, 0.443053, 0.611903, 0.836115, 1.12571, 1.5117" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.016081, 0.0724919, 0.113442, 0.179592, 0.291182, 0.477297, 0.787374", \
+            "0.0325738, 0.0865534, 0.122405, 0.18437, 0.292417, 0.477298, 0.787375", \
+            "0.044956, 0.105793, 0.141394, 0.199966, 0.302188, 0.480685, 0.787376", \
+            "0.0650768, 0.142159, 0.180643, 0.239755, 0.337627, 0.504769, 0.798257", \
+            "0.0963304, 0.200693, 0.247626, 0.314187, 0.415486, 0.578073, 0.852983", \
+            "0.147293, 0.293501, 0.357755, 0.440526, 0.560036, 0.734103, 1.00738", \
+            "0.232379, 0.438434, 0.529742, 0.6481, 0.797782, 1.00931, 1.31085" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0508694, 0.175019, 0.259886, 0.400287, 0.634895, 1.02627, 1.67822", \
+            "0.0699865, 0.202306, 0.287813, 0.428619, 0.664484, 1.05486, 1.70762", \
+            "0.0833205, 0.22852, 0.316041, 0.457441, 0.692804, 1.08426, 1.73625", \
+            "0.102402, 0.272439, 0.366577, 0.512878, 0.749997, 1.14203, 1.79404", \
+            "0.134832, 0.340508, 0.448588, 0.609392, 0.858534, 1.25549, 1.90806", \
+            "0.188035, 0.443382, 0.575344, 0.762882, 1.04296, 1.46806, 2.13593", \
+            "0.274908, 0.599392, 0.764143, 0.997531, 1.33132, 1.81684, 2.54433" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.036722, 0.201235, 0.315641, 0.504951, 0.821304, 1.35096, 2.23192", \
+            "0.0467181, 0.203635, 0.316334, 0.507314, 0.822734, 1.35097, 2.23193", \
+            "0.057292, 0.212465, 0.321764, 0.507315, 0.822735, 1.35098, 2.23194", \
+            "0.0765046, 0.236165, 0.342062, 0.520721, 0.827991, 1.35187, 2.23195", \
+            "0.107264, 0.283464, 0.390287, 0.564951, 0.860403, 1.3691, 2.23341", \
+            "0.157229, 0.363261, 0.480936, 0.660481, 0.95379, 1.4425, 2.27877", \
+            "0.241666, 0.489745, 0.627515, 0.832395, 1.14341, 1.6318, 2.44555" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0244289, 0.0658801, 0.0936093, 0.139428, 0.215568, 0.342452, 0.553623", \
+            "0.0462997, 0.104386, 0.134942, 0.181812, 0.258012, 0.384944, 0.596086", \
+            "0.057538, 0.131255, 0.167401, 0.219714, 0.299281, 0.426535, 0.637827", \
+            "0.0706846, 0.169809, 0.216502, 0.281089, 0.373228, 0.509277, 0.72324", \
+            "0.0843507, 0.219225, 0.282847, 0.367886, 0.484664, 0.646855, 0.881045", \
+            "0.0951852, 0.278154, 0.366791, 0.485212, 0.641647, 0.854182, 1.14116", \
+            "0.0951862, 0.338603, 0.459969, 0.624831, 0.845537, 1.13262, 1.51757" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0182097, 0.0751028, 0.115512, 0.182496, 0.294005, 0.480184, 0.790374", \
+            "0.0346791, 0.0887221, 0.12473, 0.186894, 0.295187, 0.480717, 0.790375", \
+            "0.0472587, 0.108057, 0.143613, 0.202396, 0.304772, 0.483513, 0.790776", \
+            "0.0681083, 0.144266, 0.182729, 0.241881, 0.339876, 0.507556, 0.801279", \
+            "0.100107, 0.202726, 0.249968, 0.31677, 0.417995, 0.580855, 0.855548", \
+            "0.151632, 0.296316, 0.359509, 0.443222, 0.562086, 0.736441, 1.0095", \
+            "0.234974, 0.439878, 0.531457, 0.649393, 0.799344, 1.01185, 1.3131" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.05649, 0.180546, 0.265513, 0.40591, 0.640708, 1.0319, 1.68384", \
+            "0.0745624, 0.20416, 0.28964, 0.430412, 0.665503, 1.05672, 1.70888", \
+            "0.086747, 0.22534, 0.312268, 0.453487, 0.688935, 1.08055, 1.73241", \
+            "0.102651, 0.260424, 0.35234, 0.49719, 0.733963, 1.12568, 1.77804", \
+            "0.127791, 0.31698, 0.418772, 0.574026, 0.820173, 1.21561, 1.8683", \
+            "0.172216, 0.405389, 0.526498, 0.701953, 0.969517, 1.38539, 2.04916", \
+            "0.244719, 0.542716, 0.69153, 0.904198, 1.21511, 1.6741, 2.38029" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0366126, 0.201173, 0.315642, 0.504748, 0.822392, 1.351, 2.23194", \
+            "0.0435291, 0.202941, 0.316091, 0.5071, 0.822393, 1.35101, 2.23195", \
+            "0.0515616, 0.20937, 0.32016, 0.507101, 0.822426, 1.35102, 2.23196", \
+            "0.0689822, 0.227317, 0.335297, 0.516637, 0.826768, 1.35282, 2.23197", \
+            "0.10219, 0.265449, 0.373333, 0.550067, 0.851424, 1.36324, 2.23236", \
+            "0.15523, 0.337836, 0.449278, 0.628126, 0.922617, 1.42057, 2.26693", \
+            "0.242191, 0.457457, 0.583373, 0.775657, 1.07798, 1.57239, 2.39607" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0249266, 0.0672736, 0.0952061, 0.141042, 0.217253, 0.34406, 0.555064", \
+            "0.0488692, 0.106125, 0.136663, 0.183484, 0.259793, 0.386442, 0.597382", \
+            "0.0614935, 0.133737, 0.169584, 0.221725, 0.301095, 0.428224, 0.639096", \
+            "0.0770234, 0.173485, 0.219543, 0.283566, 0.375313, 0.511074, 0.724743", \
+            "0.0947658, 0.225174, 0.287679, 0.371713, 0.488048, 0.648845, 0.882516", \
+            "0.113266, 0.288314, 0.375138, 0.491096, 0.646227, 0.857378, 1.14347", \
+            "0.126398, 0.357814, 0.475999, 0.636675, 0.853266, 1.13812, 1.52117" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0200652, 0.077475, 0.117808, 0.184576, 0.29598, 0.481957, 0.791679", \
+            "0.0366107, 0.0906919, 0.126741, 0.189012, 0.297214, 0.481958, 0.79168", \
+            "0.0495289, 0.109838, 0.145521, 0.204297, 0.306757, 0.485156, 0.793582", \
+            "0.0711213, 0.146096, 0.18454, 0.243876, 0.341731, 0.509228, 0.802339", \
+            "0.104001, 0.204826, 0.251785, 0.318118, 0.419337, 0.582042, 0.856825", \
+            "0.155951, 0.298489, 0.361177, 0.44438, 0.563864, 0.73749, 1.0107", \
+            "0.240882, 0.442648, 0.532698, 0.64963, 0.800497, 1.0124, 1.31592" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0589214, 0.182989, 0.267919, 0.408235, 0.643115, 1.03431, 1.68629", \
+            "0.076522, 0.204429, 0.289874, 0.430679, 0.666507, 1.05694, 1.70897", \
+            "0.0879948, 0.222091, 0.308569, 0.44973, 0.684965, 1.07636, 1.72869", \
+            "0.101853, 0.249795, 0.339914, 0.484056, 0.720459, 1.11219, 1.76433", \
+            "0.120534, 0.294008, 0.391723, 0.543888, 0.787498, 1.18215, 1.83441", \
+            "0.152057, 0.364326, 0.476713, 0.644963, 0.905122, 1.31478, 1.97522", \
+            "0.206943, 0.478214, 0.611683, 0.806874, 1.09952, 1.53917, 2.23293" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0365484, 0.201059, 0.315401, 0.504855, 0.822392, 1.35098, 2.23192", \
+            "0.0412257, 0.202321, 0.315932, 0.507072, 0.82269, 1.35099, 2.23193", \
+            "0.0468031, 0.207204, 0.318938, 0.507073, 0.822691, 1.351, 2.23194", \
+            "0.0598063, 0.221088, 0.330788, 0.514125, 0.825882, 1.35101, 2.23195", \
+            "0.0901061, 0.251385, 0.360345, 0.541464, 0.845319, 1.36107, 2.23196", \
+            "0.146423, 0.312549, 0.423849, 0.603193, 0.903857, 1.4086, 2.26035", \
+            "0.233031, 0.424333, 0.541, 0.726931, 1.03044, 1.52862, 2.36386" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00228876, 0.00278077, 0.00272096, 0.00269133, 0.00254971, 0.00233492, 0.00188615", \
+            "0.00233241, 0.00257988, 0.00268021, 0.00262159, 0.00263785, 0.00230285, 0.00194098", \
+            "0.00277341, 0.00269984, 0.00267316, 0.00269927, 0.0025633, 0.00266517, 0.00192707", \
+            "0.00398987, 0.00325583, 0.0031266, 0.00299112, 0.0027431, 0.00271743, 0.00219411", \
+            "0.00663584, 0.00497651, 0.00433364, 0.00405713, 0.00355653, 0.00284841, 0.00300304", \
+            "0.0124437, 0.00907832, 0.00805025, 0.00694443, 0.00602281, 0.00511748, 0.00389498", \
+            "0.0244154, 0.0193104, 0.0173394, 0.0150787, 0.0127836, 0.0106067, 0.00852968" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00512701, 0.00554129, 0.00555458, 0.0055096, 0.00538911, 0.00519636, 0.00483558", \
+            "0.00505964, 0.00525393, 0.00535215, 0.00547343, 0.00527126, 0.00512213, 0.00484904", \
+            "0.00547516, 0.00529214, 0.005407, 0.00528051, 0.00521792, 0.00505333, 0.00483904", \
+            "0.00658353, 0.00576543, 0.00558556, 0.00554866, 0.00534192, 0.00509833, 0.00479005", \
+            "0.00914862, 0.00735817, 0.00689001, 0.00633417, 0.00604068, 0.00554795, 0.00524619", \
+            "0.0148001, 0.0113483, 0.0102897, 0.00931017, 0.00811578, 0.0071112, 0.00697952", \
+            "0.0267787, 0.0208554, 0.0189306, 0.0166608, 0.0145865, 0.0123561, 0.00985749" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00254636, 0.00278694, 0.00282317, 0.00266694, 0.00249026, 0.00230017, 0.00183025", \
+            "0.00247761, 0.002626, 0.0026924, 0.00260483, 0.0028891, 0.00225487, 0.00184884", \
+            "0.00291917, 0.00277789, 0.00269982, 0.00270364, 0.0025179, 0.00274896, 0.00183408", \
+            "0.00402052, 0.00333778, 0.00320505, 0.00301142, 0.00272648, 0.00292165, 0.00213166", \
+            "0.00655025, 0.00506355, 0.00448781, 0.0040893, 0.00364809, 0.00296641, 0.00278947", \
+            "0.0121492, 0.00920545, 0.0082361, 0.00715312, 0.00616571, 0.00528586, 0.00388987", \
+            "0.0236535, 0.0194564, 0.0175921, 0.0154096, 0.0131135, 0.0109129, 0.00876903" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00741122, 0.00772018, 0.00770422, 0.00767391, 0.00751615, 0.00732748, 0.00705957", \
+            "0.00711298, 0.00741972, 0.00754327, 0.00765291, 0.00750373, 0.00721604, 0.00701098", \
+            "0.00723768, 0.00734679, 0.00746829, 0.00739249, 0.00737018, 0.00716582, 0.00692348", \
+            "0.00797207, 0.00755534, 0.0074777, 0.00762455, 0.00737288, 0.00720346, 0.00693896", \
+            "0.0102712, 0.00875537, 0.00841487, 0.00805658, 0.00791796, 0.00753009, 0.00699724", \
+            "0.0156368, 0.012318, 0.0114073, 0.0105124, 0.00964302, 0.00872805, 0.00856911", \
+            "0.0271079, 0.0213403, 0.0193605, 0.0173417, 0.0153926, 0.0133138, 0.0112685" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00283124, 0.0029596, 0.00286592, 0.00282758, 0.002652, 0.00239481, 0.00199383", \
+            "0.00275317, 0.00277364, 0.00282194, 0.0026765, 0.00282521, 0.00245612, 0.00190843", \
+            "0.00312802, 0.00296015, 0.0028427, 0.00282159, 0.00260126, 0.00237655, 0.0019634", \
+            "0.0042594, 0.00354877, 0.00336503, 0.00311826, 0.00283717, 0.00281465, 0.00206013", \
+            "0.0070085, 0.00520123, 0.00474809, 0.00433367, 0.00385337, 0.00307163, 0.002719", \
+            "0.0125941, 0.00970889, 0.00864179, 0.00752638, 0.00642938, 0.0054762, 0.00395669", \
+            "0.0245845, 0.0202904, 0.018392, 0.0160824, 0.0137145, 0.0113857, 0.00901465" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00937344, 0.00967802, 0.00966875, 0.00961818, 0.00951485, 0.00928716, 0.00900742", \
+            "0.00904344, 0.00937457, 0.00948807, 0.00960101, 0.00938363, 0.00917308, 0.0089842", \
+            "0.00905205, 0.00926252, 0.00943435, 0.0093495, 0.00931745, 0.0091824, 0.00881445", \
+            "0.00953678, 0.0093776, 0.00933874, 0.0094232, 0.00928098, 0.00919475, 0.00885447", \
+            "0.0115938, 0.0103436, 0.0101408, 0.00981781, 0.00971373, 0.00928763, 0.00920938", \
+            "0.017106, 0.0138264, 0.0129504, 0.0121768, 0.0113603, 0.0105414, 0.0102463", \
+            "0.0291129, 0.0232296, 0.0211785, 0.0191484, 0.0171767, 0.0153565, 0.0132767" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00305663, 0.00311853, 0.00300452, 0.00293888, 0.00277237, 0.00254229, 0.00214392", \
+            "0.00300324, 0.00294203, 0.00295945, 0.00285969, 0.00321599, 0.00246736, 0.0019852", \
+            "0.0033821, 0.00311172, 0.0030157, 0.00298086, 0.00272803, 0.00282524, 0.00237938", \
+            "0.00459374, 0.0037633, 0.00356414, 0.00331723, 0.00300606, 0.00300851, 0.00223121", \
+            "0.0073886, 0.00553066, 0.00502121, 0.00453597, 0.00401768, 0.00314665, 0.00307024", \
+            "0.0132221, 0.0102008, 0.00908836, 0.00784347, 0.00674662, 0.00557189, 0.00397387", \
+            "0.0259259, 0.0212719, 0.0193156, 0.0168441, 0.0143038, 0.0118358, 0.00954355" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112648, 0.0115569, 0.0115371, 0.0115021, 0.0113963, 0.0111929, 0.0109443", \
+            "0.0109155, 0.0112505, 0.011398, 0.0114731, 0.0113304, 0.0110538, 0.0108567", \
+            "0.0108938, 0.0111405, 0.011318, 0.0112236, 0.0111896, 0.010982, 0.0108134", \
+            "0.0112283, 0.011192, 0.011139, 0.0113507, 0.011112, 0.0109451, 0.0107351", \
+            "0.0130321, 0.0120232, 0.0118522, 0.0116162, 0.011544, 0.0111243, 0.011103", \
+            "0.0185973, 0.0154105, 0.014593, 0.0139155, 0.0132267, 0.0124458, 0.0119996", \
+            "0.0313128, 0.0253164, 0.0231967, 0.0211753, 0.0192152, 0.0171831, 0.0150333" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00305578;
+      rise_capacitance : 0.00304691;
+      rise_capacitance_range (0.00278215, 0.00324104);
+      fall_capacitance : 0.00306465;
+      fall_capacitance_range (0.00261107, 0.00398624);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00322165;
+      rise_capacitance : 0.00331862;
+      rise_capacitance_range (0.00284418, 0.00360807);
+      fall_capacitance : 0.00312469;
+      fall_capacitance_range (0.00277205, 0.00380189);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324602;
+      rise_capacitance : 0.00337193;
+      rise_capacitance_range (0.00288202, 0.00370059);
+      fall_capacitance : 0.00312011;
+      fall_capacitance_range (0.00286504, 0.00363295);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00322226;
+      rise_capacitance : 0.00337661;
+      rise_capacitance_range (0.00287966, 0.00374455);
+      fall_capacitance : 0.00306791;
+      fall_capacitance_range (0.00290442, 0.00345183);
+    }
+  }
+  cell (sg13g2_nor2_1) {
+    area : 7.2576;
+    cell_footprint : "nor2";
+    cell_leakage_power : 198.346;
+    leakage_power () {
+      value : 153.477;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 158.089;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 225.646;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 256.171;
+      when : "A&B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0289654, 0.111615, 0.168128, 0.261344, 0.417578, 0.677097, 1.11087", \
+            "0.0434957, 0.137886, 0.195151, 0.288679, 0.444986, 0.705477, 1.13829", \
+            "0.0507418, 0.15924, 0.219495, 0.31445, 0.470973, 0.731459, 1.16505", \
+            "0.0592356, 0.192423, 0.260612, 0.362508, 0.523258, 0.784397, 1.21812", \
+            "0.0715331, 0.241475, 0.32319, 0.440021, 0.615345, 0.886823, 1.32354", \
+            "0.0880585, 0.309873, 0.413666, 0.558359, 0.762659, 1.0656, 1.52645", \
+            "0.106122, 0.399494, 0.536301, 0.722851, 0.980131, 1.3392, 1.86348" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179642, 0.13218, 0.212058, 0.344138, 0.56543, 0.93391, 1.54886", \
+            "0.028588, 0.13669, 0.213996, 0.345221, 0.565754, 0.934566, 1.54887", \
+            "0.0382704, 0.147584, 0.222031, 0.348829, 0.566584, 0.93578, 1.54888", \
+            "0.0557341, 0.172271, 0.245735, 0.367866, 0.577781, 0.938155, 1.54985", \
+            "0.0817848, 0.217736, 0.293592, 0.414881, 0.618569, 0.964936, 1.56052", \
+            "0.123541, 0.293664, 0.379651, 0.508899, 0.714263, 1.05383, 1.62544", \
+            "0.192779, 0.415894, 0.524193, 0.672765, 0.894178, 1.24551, 1.81026" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192084, 0.0547835, 0.0779399, 0.116097, 0.180106, 0.28614, 0.463605", \
+            "0.0377036, 0.0938243, 0.121353, 0.162191, 0.22669, 0.332935, 0.509989", \
+            "0.0487821, 0.121171, 0.154873, 0.202024, 0.271909, 0.380521, 0.557883", \
+            "0.0624042, 0.159894, 0.203786, 0.263814, 0.347108, 0.467719, 0.651301", \
+            "0.0803162, 0.211175, 0.271593, 0.351201, 0.459206, 0.606677, 0.817311", \
+            "0.103152, 0.279689, 0.361411, 0.472376, 0.619484, 0.813181, 1.07629", \
+            "0.131825, 0.372652, 0.481672, 0.630302, 0.833589, 1.10325, 1.45331" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0115719, 0.0556495, 0.0877051, 0.140658, 0.229846, 0.377627, 0.624575", \
+            "0.0257092, 0.0723702, 0.100754, 0.148693, 0.232783, 0.378204, 0.624622", \
+            "0.0366314, 0.090892, 0.120379, 0.167244, 0.246894, 0.385768, 0.626865", \
+            "0.0538285, 0.123152, 0.157331, 0.207165, 0.286299, 0.417251, 0.645437", \
+            "0.0812888, 0.174798, 0.217287, 0.276813, 0.362659, 0.497634, 0.713416", \
+            "0.126757, 0.25566, 0.313093, 0.390237, 0.496556, 0.645548, 0.873577", \
+            "0.204534, 0.384793, 0.462474, 0.567015, 0.708908, 0.898447, 1.1618" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.024761, 0.108387, 0.165057, 0.258359, 0.41445, 0.674546, 1.10794", \
+            "0.0402597, 0.141933, 0.199242, 0.292648, 0.44896, 0.70939, 1.14217", \
+            "0.0491855, 0.169707, 0.231764, 0.327135, 0.483098, 0.743272, 1.17655", \
+            "0.060995, 0.211954, 0.285109, 0.391124, 0.553274, 0.81386, 1.24664", \
+            "0.0769594, 0.270727, 0.36203, 0.490207, 0.674432, 0.949686, 1.38651", \
+            "0.099418, 0.351015, 0.469559, 0.631107, 0.859464, 1.18168, 1.65492", \
+            "0.130384, 0.458041, 0.612881, 0.824644, 1.11524, 1.52066, 2.08801" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188856, 0.132276, 0.212231, 0.344411, 0.565388, 0.934233, 1.54878", \
+            "0.0334734, 0.139724, 0.215166, 0.345112, 0.565406, 0.934737, 1.54936", \
+            "0.0432887, 0.156519, 0.228269, 0.351754, 0.567346, 0.935296, 1.54937", \
+            "0.0589235, 0.191586, 0.263627, 0.381332, 0.585323, 0.940594, 1.55194", \
+            "0.0842231, 0.247471, 0.328897, 0.450369, 0.647752, 0.982978, 1.56834", \
+            "0.127741, 0.33832, 0.434377, 0.574953, 0.784597, 1.11564, 1.66797", \
+            "0.20438, 0.477938, 0.604546, 0.772616, 1.01975, 1.38288, 1.94269" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165015, 0.0527861, 0.0758806, 0.113974, 0.177979, 0.284007, 0.461416", \
+            "0.0305963, 0.090962, 0.118862, 0.159966, 0.224535, 0.330795, 0.507771", \
+            "0.0385083, 0.117287, 0.151716, 0.199377, 0.269569, 0.378357, 0.55557", \
+            "0.0473567, 0.15409, 0.199397, 0.260248, 0.344252, 0.465189, 0.649009", \
+            "0.057129, 0.202101, 0.264526, 0.346111, 0.455181, 0.60334, 0.814951", \
+            "0.0659865, 0.264426, 0.349868, 0.463434, 0.613162, 0.808349, 1.07246", \
+            "0.069009, 0.344118, 0.460172, 0.613684, 0.821804, 1.09507, 1.4474" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00904381, 0.0528152, 0.0846474, 0.137929, 0.226867, 0.374718, 0.6218", \
+            "0.0225643, 0.0696526, 0.0980603, 0.145801, 0.229847, 0.375201, 0.622896", \
+            "0.0330341, 0.0880647, 0.117581, 0.164564, 0.244026, 0.382963, 0.623824", \
+            "0.0497698, 0.120164, 0.154476, 0.204192, 0.283642, 0.414485, 0.642225", \
+            "0.0771776, 0.172304, 0.214924, 0.27443, 0.36014, 0.494837, 0.711358", \
+            "0.122974, 0.253579, 0.311438, 0.388918, 0.494264, 0.643154, 0.871145", \
+            "0.203819, 0.386751, 0.462043, 0.56779, 0.710053, 0.896525, 1.15881" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00532858, 0.00564663, 0.005638, 0.00558789, 0.00549502, 0.00518774, 0.00528478", \
+            "0.00521616, 0.00546716, 0.00542727, 0.0054737, 0.00538708, 0.00517145, 0.00522237", \
+            "0.00550956, 0.00538541, 0.0054836, 0.00539407, 0.00533649, 0.00526714, 0.00507359", \
+            "0.00660184, 0.00584974, 0.00568838, 0.00560094, 0.00551131, 0.00516932, 0.00526465", \
+            "0.00941386, 0.00746892, 0.0070199, 0.00653939, 0.00607201, 0.00624809, 0.00572999", \
+            "0.0156475, 0.0119166, 0.0108581, 0.00980628, 0.0087305, 0.00753494, 0.0071166", \
+            "0.0286086, 0.0228291, 0.0206966, 0.0184488, 0.016008, 0.0137508, 0.0111968" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00230024, 0.0024857, 0.00247086, 0.00237958, 0.00231986, 0.00202591, 0.00169411", \
+            "0.0023111, 0.00237799, 0.00232799, 0.00238538, 0.00220897, 0.00196242, 0.00164656", \
+            "0.00281328, 0.00251899, 0.00250635, 0.00235699, 0.00233974, 0.00198229, 0.00164043", \
+            "0.00415986, 0.0030947, 0.00293503, 0.00280725, 0.00240258, 0.00228848, 0.00218122", \
+            "0.00712796, 0.00498929, 0.00442346, 0.0039135, 0.0034869, 0.00288051, 0.00216099", \
+            "0.0134596, 0.00985614, 0.00856402, 0.00732921, 0.00607189, 0.00517979, 0.00415589", \
+            "0.0265259, 0.0212316, 0.0190308, 0.0165476, 0.0136089, 0.0109161, 0.00883713" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00252866, 0.0030657, 0.00309512, 0.00305752, 0.00291992, 0.00285025, 0.0026936", \
+            "0.00285106, 0.00284475, 0.00283319, 0.00287721, 0.00279363, 0.00264636, 0.00259935", \
+            "0.003536, 0.00299202, 0.0029898, 0.00292935, 0.00277699, 0.0026762, 0.00253263", \
+            "0.00500213, 0.00382258, 0.00348244, 0.00327118, 0.00306905, 0.00275823, 0.0029332", \
+            "0.00801299, 0.00576872, 0.0051885, 0.00455536, 0.00388379, 0.00384667, 0.00298472", \
+            "0.0144692, 0.0106776, 0.00942957, 0.00824297, 0.00701728, 0.00542463, 0.00485099", \
+            "0.0278281, 0.021867, 0.0197477, 0.0174388, 0.0149418, 0.0123414, 0.00968319" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0021203, 0.00277247, 0.00275131, 0.00277369, 0.0026815, 0.00240372, 0.00212248", \
+            "0.00218985, 0.00252631, 0.00255755, 0.00268235, 0.0025565, 0.00232537, 0.00233997", \
+            "0.00274768, 0.00258461, 0.00263833, 0.00260715, 0.00264544, 0.0023998, 0.00199707", \
+            "0.00422461, 0.00308001, 0.00299527, 0.00291314, 0.0027641, 0.00256231, 0.00217947", \
+            "0.00731102, 0.00483975, 0.00441608, 0.0039236, 0.00358891, 0.00306552, 0.0023644", \
+            "0.0138712, 0.00951248, 0.00826542, 0.00707842, 0.00595613, 0.00523319, 0.00424781", \
+            "0.0272526, 0.0208799, 0.0184106, 0.0158744, 0.0131737, 0.0106278, 0.00862696" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00326736;
+      rise_capacitance : 0.00319229;
+      rise_capacitance_range (0.00294228, 0.00357974);
+      fall_capacitance : 0.00334243;
+      fall_capacitance_range (0.00282655, 0.00370398);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00310197;
+      rise_capacitance : 0.00319094;
+      rise_capacitance_range (0.00265509, 0.00385189);
+      fall_capacitance : 0.003013;
+      fall_capacitance_range (0.00277035, 0.00335014);
+    }
+  }
+  cell (sg13g2_nor2_2) {
+    area : 10.8864;
+    cell_footprint : "nor2";
+    cell_leakage_power : 396.708;
+    leakage_power () {
+      value : 306.921;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 316.15;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 451.359;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 512.402;
+      when : "A&B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273917, 0.0698282, 0.0984792, 0.145601, 0.224337, 0.355278, 0.573603", \
+            "0.0411765, 0.0939311, 0.124475, 0.172679, 0.251738, 0.383007, 0.601442", \
+            "0.0473981, 0.110554, 0.144455, 0.195959, 0.277112, 0.408898, 0.627604", \
+            "0.0540936, 0.134198, 0.175121, 0.234067, 0.32268, 0.45989, 0.680454", \
+            "0.0643384, 0.16753, 0.219325, 0.291543, 0.394314, 0.546985, 0.779575", \
+            "0.0783892, 0.213497, 0.280488, 0.373456, 0.502529, 0.683375, 0.947155", \
+            "0.0931944, 0.271867, 0.360719, 0.483024, 0.650932, 0.881303, 1.2004" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0149248, 0.0722585, 0.112607, 0.179428, 0.291059, 0.477163, 0.78738", \
+            "0.0250291, 0.0801442, 0.118046, 0.182034, 0.291854, 0.477239, 0.787613", \
+            "0.0345173, 0.0919701, 0.129348, 0.191146, 0.297345, 0.479323, 0.792361", \
+            "0.0518887, 0.115195, 0.153668, 0.215609, 0.318164, 0.493208, 0.793914", \
+            "0.0779254, 0.154459, 0.197857, 0.262413, 0.366106, 0.536596, 0.825705", \
+            "0.118846, 0.217412, 0.270344, 0.345641, 0.457566, 0.632598, 0.917879", \
+            "0.187485, 0.315663, 0.386067, 0.481905, 0.61415, 0.807666, 1.10832" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0181447, 0.0374456, 0.0493044, 0.0686103, 0.100759, 0.154248, 0.243296", \
+            "0.0357334, 0.0696542, 0.0865795, 0.110546, 0.146148, 0.200905, 0.289999", \
+            "0.0462059, 0.0905316, 0.112169, 0.141788, 0.183698, 0.244441, 0.337141", \
+            "0.0590296, 0.118282, 0.147654, 0.187026, 0.240757, 0.314785, 0.420357", \
+            "0.0756589, 0.155036, 0.194363, 0.248467, 0.321027, 0.417667, 0.549768", \
+            "0.0971364, 0.204774, 0.257229, 0.329752, 0.429859, 0.56345, 0.738497", \
+            "0.12375, 0.26992, 0.341883, 0.43954, 0.572015, 0.755005, 1.00027" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0106402, 0.0324604, 0.0481388, 0.074569, 0.119219, 0.193756, 0.318213", \
+            "0.0240806, 0.0503465, 0.065374, 0.0891389, 0.129091, 0.198544, 0.31939", \
+            "0.034581, 0.0662193, 0.083213, 0.108485, 0.148228, 0.214737, 0.329317", \
+            "0.0510206, 0.0936369, 0.11411, 0.143991, 0.187214, 0.254471, 0.364206", \
+            "0.0773812, 0.135186, 0.163405, 0.200815, 0.254343, 0.328839, 0.444282", \
+            "0.120302, 0.201709, 0.239254, 0.290581, 0.36071, 0.455404, 0.587437", \
+            "0.19438, 0.313155, 0.364097, 0.431459, 0.527006, 0.655309, 0.824595" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0219399, 0.0654213, 0.0942241, 0.141471, 0.220362, 0.351417, 0.569901", \
+            "0.0354877, 0.0952768, 0.126958, 0.175624, 0.254636, 0.385853, 0.604257", \
+            "0.0434264, 0.116024, 0.153059, 0.206692, 0.288675, 0.420247, 0.638549", \
+            "0.053738, 0.145634, 0.191352, 0.255939, 0.349189, 0.488641, 0.709062", \
+            "0.0676928, 0.185413, 0.244394, 0.325567, 0.439915, 0.602097, 0.841282", \
+            "0.0875432, 0.240651, 0.316786, 0.422491, 0.568204, 0.771413, 1.0564", \
+            "0.115187, 0.314749, 0.413785, 0.55152, 0.742334, 1.00383, 1.36367" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0160285, 0.0722717, 0.112634, 0.179304, 0.29111, 0.47713, 0.787633", \
+            "0.0293887, 0.0857219, 0.12191, 0.183944, 0.292271, 0.477191, 0.787739", \
+            "0.038485, 0.102672, 0.139127, 0.198674, 0.301359, 0.480328, 0.789313", \
+            "0.0530075, 0.131227, 0.17248, 0.234037, 0.333828, 0.502808, 0.797932", \
+            "0.0763064, 0.175526, 0.225694, 0.296545, 0.401675, 0.568905, 0.847763", \
+            "0.11752, 0.246914, 0.309658, 0.395851, 0.519808, 0.702845, 0.984982", \
+            "0.19109, 0.358909, 0.441559, 0.554035, 0.709431, 0.92442, 1.24046" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0149359, 0.0352296, 0.0470969, 0.0663835, 0.0985768, 0.152188, 0.241518", \
+            "0.027169, 0.0654967, 0.083146, 0.107728, 0.143804, 0.198824, 0.288258", \
+            "0.0339114, 0.0845753, 0.107514, 0.138066, 0.180771, 0.242088, 0.335206", \
+            "0.0411431, 0.109302, 0.140528, 0.181703, 0.236673, 0.311744, 0.418241", \
+            "0.0486077, 0.141775, 0.183265, 0.23984, 0.315048, 0.413294, 0.546694", \
+            "0.054499, 0.182834, 0.239752, 0.315671, 0.419539, 0.556177, 0.733659", \
+            "0.0545, 0.229262, 0.308594, 0.414102, 0.55335, 0.741567, 0.991406" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00786452, 0.0294623, 0.0450811, 0.0715394, 0.116335, 0.191154, 0.315772", \
+            "0.0205856, 0.0474442, 0.0624434, 0.08633, 0.126436, 0.195904, 0.316961", \
+            "0.0302519, 0.0633598, 0.0803137, 0.105692, 0.145544, 0.212069, 0.327131", \
+            "0.046052, 0.0900773, 0.111042, 0.141172, 0.184454, 0.252069, 0.362003", \
+            "0.0717132, 0.131294, 0.160155, 0.198759, 0.251052, 0.326762, 0.442361", \
+            "0.115697, 0.199639, 0.236925, 0.288821, 0.359212, 0.452896, 0.585279", \
+            "0.193412, 0.314582, 0.366707, 0.432019, 0.527469, 0.654986, 0.824168" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0107654, 0.011472, 0.0114705, 0.0114971, 0.0114197, 0.0111824, 0.0107542", \
+            "0.0105798, 0.0108272, 0.011011, 0.011029, 0.0110688, 0.0109626, 0.0106356", \
+            "0.0111563, 0.0109951, 0.0109492, 0.0110346, 0.011072, 0.0111331, 0.0113476", \
+            "0.0133236, 0.0121325, 0.011867, 0.0116284, 0.0113069, 0.0113578, 0.0106482", \
+            "0.0190098, 0.0160119, 0.0152048, 0.0143351, 0.0135271, 0.0125324, 0.0123177", \
+            "0.0315905, 0.0264377, 0.0244254, 0.0224826, 0.0203771, 0.0182927, 0.015981", \
+            "0.0576098, 0.0500792, 0.0468481, 0.0429868, 0.0383342, 0.0336319, 0.0292123" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00455743, 0.00495552, 0.00493155, 0.005147, 0.00477402, 0.00457053, 0.00425584", \
+            "0.00459453, 0.00467843, 0.00473778, 0.00466445, 0.00466699, 0.00494749, 0.00446192", \
+            "0.00565191, 0.00509707, 0.00505216, 0.00498633, 0.00472337, 0.00461901, 0.00499676", \
+            "0.00838059, 0.00676564, 0.00632347, 0.00595706, 0.00565534, 0.00526605, 0.00439987", \
+            "0.0144809, 0.0114337, 0.0103381, 0.00928792, 0.00808963, 0.00724657, 0.00632532", \
+            "0.0270702, 0.0224442, 0.0203277, 0.0181074, 0.0154236, 0.0127356, 0.0109282", \
+            "0.0530323, 0.0467477, 0.0436929, 0.0395407, 0.034617, 0.0289853, 0.0236377" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00511118, 0.0061229, 0.00624268, 0.00629849, 0.00628473, 0.00609725, 0.0056746", \
+            "0.00595489, 0.00569809, 0.00580395, 0.00582698, 0.00587854, 0.0057922, 0.00554112", \
+            "0.00723358, 0.00644849, 0.00610873, 0.00608518, 0.00594514, 0.00614423, 0.00570797", \
+            "0.0103811, 0.00848411, 0.0079259, 0.0073537, 0.00679069, 0.00654715, 0.00587403", \
+            "0.0165225, 0.0131418, 0.0120589, 0.0111346, 0.00990255, 0.00838959, 0.00785025", \
+            "0.0295413, 0.0242033, 0.0221696, 0.0199398, 0.0174517, 0.0150209, 0.0121866", \
+            "0.0563438, 0.0484933, 0.0451034, 0.0410699, 0.0367593, 0.0317046, 0.0266392" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00330164, 0.0046143, 0.00475566, 0.00477936, 0.00470502, 0.00456449, 0.00418143", \
+            "0.00368047, 0.00406059, 0.00428806, 0.00439038, 0.00450842, 0.0046557, 0.00448046", \
+            "0.0048943, 0.00438202, 0.00443401, 0.00455333, 0.00443673, 0.00445267, 0.00506982", \
+            "0.00797381, 0.00589327, 0.00557082, 0.00530877, 0.00518017, 0.00491653, 0.00433573", \
+            "0.0142443, 0.0106649, 0.00956203, 0.00832913, 0.00734184, 0.00675457, 0.00601534", \
+            "0.0275124, 0.0215696, 0.0192763, 0.0167374, 0.0142271, 0.0117391, 0.0100809", \
+            "0.0542821, 0.0461323, 0.0425231, 0.0377406, 0.0327247, 0.0269516, 0.0222393" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00626776;
+      rise_capacitance : 0.00613637;
+      rise_capacitance_range (0.00557837, 0.0069008);
+      fall_capacitance : 0.00639916;
+      fall_capacitance_range (0.00539677, 0.00714871);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00599154;
+      rise_capacitance : 0.00617685;
+      rise_capacitance_range (0.00498009, 0.00758136);
+      fall_capacitance : 0.00580622;
+      fall_capacitance_range (0.00525978, 0.00649992);
+    }
+  }
+  cell (sg13g2_nor2b_1) {
+    area : 9.072;
+    cell_footprint : "nor2b";
+    cell_leakage_power : 283.294;
+    leakage_power () {
+      value : 211.743;
+      when : "!A*!B_N";
+    }
+    leakage_power () {
+      value : 269.726;
+      when : "!A*B_N";
+    }
+    leakage_power () {
+      value : 314.431;
+      when : "A*!B_N";
+    }
+    leakage_power () {
+      value : 337.277;
+      when : "A*B_N";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+!B_N)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246911, 0.108561, 0.165308, 0.25873, 0.414886, 0.675352, 1.1092", \
+            "0.0402299, 0.14209, 0.19952, 0.293011, 0.449396, 0.710244, 1.14345", \
+            "0.0491895, 0.169817, 0.231891, 0.327439, 0.483614, 0.744215, 1.17824", \
+            "0.0609778, 0.212098, 0.285377, 0.391424, 0.553706, 0.814661, 1.24818", \
+            "0.0769594, 0.270884, 0.362167, 0.490708, 0.675007, 0.950398, 1.38747", \
+            "0.0994329, 0.351204, 0.469647, 0.631468, 0.85993, 1.18225, 1.65595", \
+            "0.130471, 0.45877, 0.613204, 0.825012, 1.11599, 1.52147, 2.08923" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190124, 0.132669, 0.212571, 0.345012, 0.566477, 0.935438, 1.55059", \
+            "0.0336012, 0.140033, 0.215708, 0.345309, 0.566478, 0.935859, 1.55118", \
+            "0.0433145, 0.156738, 0.228572, 0.352302, 0.567816, 0.936518, 1.55119", \
+            "0.0589853, 0.191828, 0.263898, 0.381826, 0.586152, 0.941815, 1.55413", \
+            "0.0842851, 0.247621, 0.328477, 0.450397, 0.648485, 0.983965, 1.56977", \
+            "0.127814, 0.338501, 0.434457, 0.575313, 0.784717, 1.1168, 1.66947", \
+            "0.204454, 0.478463, 0.604802, 0.772013, 1.02075, 1.38377, 1.94421" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164477, 0.0527782, 0.075873, 0.113973, 0.177981, 0.284049, 0.461465", \
+            "0.0305492, 0.0909541, 0.118877, 0.159981, 0.224541, 0.330706, 0.507804", \
+            "0.0384221, 0.117295, 0.151711, 0.199386, 0.269602, 0.378372, 0.555724", \
+            "0.0472869, 0.154077, 0.199391, 0.260251, 0.344265, 0.465223, 0.649061", \
+            "0.0570261, 0.201966, 0.264518, 0.345883, 0.455194, 0.603299, 0.815063", \
+            "0.0657559, 0.2644, 0.349853, 0.463492, 0.613197, 0.808434, 1.07248", \
+            "0.0687123, 0.34423, 0.45995, 0.613394, 0.82193, 1.09513, 1.4477" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00903626, 0.0528154, 0.0846513, 0.137704, 0.226901, 0.374758, 0.621871", \
+            "0.0225397, 0.0696567, 0.0981047, 0.145827, 0.229862, 0.375178, 0.622944", \
+            "0.0329988, 0.0880777, 0.117584, 0.164594, 0.244076, 0.382999, 0.623737", \
+            "0.0497261, 0.120161, 0.154478, 0.204199, 0.283507, 0.414352, 0.64219", \
+            "0.0771184, 0.172271, 0.214926, 0.274258, 0.360159, 0.49493, 0.711403", \
+            "0.12359, 0.253552, 0.311452, 0.388879, 0.494229, 0.643147, 0.870513", \
+            "0.204138, 0.386985, 0.462953, 0.568623, 0.709865, 0.896575, 1.159" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0502686, 0.133084, 0.189607, 0.282909, 0.439257, 0.699614, 1.13333", \
+            "0.0750442, 0.158297, 0.214893, 0.308318, 0.464708, 0.724872, 1.15915", \
+            "0.0908431, 0.174487, 0.231164, 0.324631, 0.480916, 0.741198, 1.17509", \
+            "0.111537, 0.196384, 0.253371, 0.346725, 0.503006, 0.76334, 1.19722", \
+            "0.140198, 0.228128, 0.284887, 0.378491, 0.535015, 0.794951, 1.22855", \
+            "0.180136, 0.273492, 0.330225, 0.423881, 0.580425, 0.840737, 1.27512", \
+            "0.235808, 0.341067, 0.398565, 0.492685, 0.650691, 0.911038, 1.34578" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0181837, 0.132629, 0.212534, 0.344913, 0.566311, 0.935427, 1.55061", \
+            "0.0193633, 0.13263, 0.212545, 0.344914, 0.566312, 0.935428, 1.55181", \
+            "0.0208758, 0.132718, 0.2126, 0.344915, 0.566313, 0.935594, 1.55182", \
+            "0.023833, 0.132937, 0.212744, 0.344966, 0.566314, 0.935595, 1.55183", \
+            "0.0290114, 0.133919, 0.21319, 0.345144, 0.566551, 0.935596, 1.55184", \
+            "0.037581, 0.137451, 0.215023, 0.346192, 0.566963, 0.935789, 1.55185", \
+            "0.051366, 0.147968, 0.221922, 0.350805, 0.570441, 0.938427, 1.55186" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0415307, 0.077803, 0.101272, 0.139885, 0.204159, 0.311337, 0.489859", \
+            "0.0659708, 0.103477, 0.127104, 0.165664, 0.229993, 0.337168, 0.515609", \
+            "0.0797784, 0.118436, 0.142076, 0.180769, 0.245213, 0.352424, 0.530769", \
+            "0.0975525, 0.138398, 0.16201, 0.200454, 0.264992, 0.37218, 0.55062", \
+            "0.119646, 0.165145, 0.189376, 0.227577, 0.292394, 0.398997, 0.577517", \
+            "0.146196, 0.199572, 0.22513, 0.264538, 0.330303, 0.437916, 0.615874", \
+            "0.174011, 0.239905, 0.269296, 0.311903, 0.379865, 0.489967, 0.671337" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0125795, 0.0579772, 0.0901604, 0.14372, 0.233181, 0.382506, 0.63118", \
+            "0.0152676, 0.0589817, 0.0907665, 0.143939, 0.233309, 0.382507, 0.63125", \
+            "0.0177152, 0.0599928, 0.0914007, 0.144479, 0.233651, 0.382899, 0.631343", \
+            "0.0218587, 0.0623251, 0.0928151, 0.145247, 0.234286, 0.383236, 0.631351", \
+            "0.0284734, 0.0674144, 0.096546, 0.147312, 0.235549, 0.38421, 0.632106", \
+            "0.038474, 0.077636, 0.104948, 0.153941, 0.240523, 0.387443, 0.634347", \
+            "0.053325, 0.096594, 0.122599, 0.1693, 0.254169, 0.399971, 0.644599" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00251294, 0.00305446, 0.00307622, 0.00304997, 0.00293149, 0.00288271, 0.00271475", \
+            "0.0028539, 0.00287667, 0.00282928, 0.00284232, 0.00277864, 0.00262898, 0.00258576", \
+            "0.00346577, 0.00297622, 0.00297903, 0.00286044, 0.00274343, 0.00268038, 0.00255083", \
+            "0.00499081, 0.00381148, 0.00346248, 0.00328259, 0.00313167, 0.00277367, 0.00294974", \
+            "0.00800143, 0.00575315, 0.00513812, 0.00452704, 0.0039195, 0.00369392, 0.00306392", \
+            "0.0144573, 0.0106662, 0.00940487, 0.00823336, 0.00695273, 0.00539961, 0.00500524", \
+            "0.0278178, 0.0218764, 0.0197422, 0.0173718, 0.0149557, 0.0123506, 0.00964546" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00212601, 0.00277818, 0.00275432, 0.00271891, 0.00267798, 0.00240867, 0.0021269", \
+            "0.00218695, 0.00253175, 0.00257699, 0.00269114, 0.00254913, 0.00236915, 0.00234765", \
+            "0.00275435, 0.00259467, 0.00265014, 0.00262532, 0.00265195, 0.00240614, 0.00195772", \
+            "0.00422969, 0.00308418, 0.00299533, 0.00291774, 0.00274795, 0.00256277, 0.0021457", \
+            "0.00731732, 0.00483251, 0.00441949, 0.00386637, 0.00362353, 0.00306455, 0.00238298", \
+            "0.0138741, 0.0095145, 0.00827147, 0.00708443, 0.00596113, 0.00516164, 0.00423775", \
+            "0.0272938, 0.0208979, 0.0183966, 0.0158531, 0.0131737, 0.0106303, 0.00868934" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00576378, 0.00602348, 0.00599188, 0.00593238, 0.00576438, 0.00554368, 0.00560148", \
+            "0.00563249, 0.00595269, 0.00590789, 0.00597909, 0.00573629, 0.00552169, 0.00556019", \
+            "0.00558925, 0.00584445, 0.00589885, 0.00582925, 0.00599135, 0.00551835, 0.00560275", \
+            "0.00558368, 0.00583848, 0.00589008, 0.00584438, 0.00582708, 0.00554028, 0.00547258", \
+            "0.00559276, 0.00581536, 0.00588166, 0.00594006, 0.00580696, 0.00596806, 0.00552436", \
+            "0.0058424, 0.0057078, 0.0056905, 0.0056902, 0.0057906, 0.0055423, 0.0054008", \
+            "0.0064583, 0.0057757, 0.0056376, 0.0056242, 0.0056365, 0.0056024, 0.0055373" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00288222, 0.00316057, 0.00305004, 0.00300373, 0.00285354, 0.00265129, 0.00221648", \
+            "0.0027504, 0.00295181, 0.00293654, 0.00308019, 0.00291738, 0.00255101, 0.00215236", \
+            "0.00277749, 0.0030059, 0.00302722, 0.00294726, 0.00303753, 0.00276961, 0.00224313", \
+            "0.0029134, 0.0030505, 0.00307012, 0.00308273, 0.00295552, 0.00271228, 0.00243379", \
+            "0.00307293, 0.00304593, 0.00305873, 0.00300773, 0.00316673, 0.00296103, 0.00227163", \
+            "0.0035255, 0.0030495, 0.0029443, 0.0028553, 0.0029265, 0.0029501, 0.0027469", \
+            "0.0043686, 0.0031053, 0.0029731, 0.0027085, 0.0025324, 0.0021163, 0.002064" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0031065;
+      rise_capacitance : 0.00319555;
+      rise_capacitance_range (0.00266015, 0.00385665);
+      fall_capacitance : 0.00301745;
+      fall_capacitance_range (0.00277282, 0.00335437);
+    }
+    pin (B_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00244898;
+      rise_capacitance : 0.00247085;
+      rise_capacitance_range (0.00220989, 0.00265856);
+      fall_capacitance : 0.00242711;
+      fall_capacitance_range (0.00218442, 0.0026558);
+      internal_power () {
+        when : "A";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00486202, 0.00486691, 0.00525705, 0.00626942, 0.00860724, 0.0137496, 0.0245939" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00443176, 0.00455476, 0.00495378, 0.00603066, 0.00834487, 0.0134239, 0.0242066" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00486202, 0.00486691, 0.00525705, 0.00626942, 0.00860724, 0.0137496, 0.0245939" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00443176, 0.00455476, 0.00495378, 0.00603066, 0.00834487, 0.0134239, 0.0242066" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nor2b_2) {
+    area : 12.7008;
+    cell_footprint : "nor2b";
+    cell_leakage_power : 489.632;
+    leakage_power () {
+      value : 368.14;
+      when : "!A*!B_N";
+    }
+    leakage_power () {
+      value : 449.207;
+      when : "!A*B_N";
+    }
+    leakage_power () {
+      value : 564.734;
+      when : "A*!B_N";
+    }
+    leakage_power () {
+      value : 576.447;
+      when : "A*B_N";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+!B_N)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0216835, 0.107936, 0.164665, 0.258031, 0.41419, 0.674432, 1.10805", \
+            "0.0351683, 0.141497, 0.198865, 0.292426, 0.448791, 0.7095, 1.14243", \
+            "0.0428805, 0.169116, 0.231267, 0.326751, 0.48292, 0.743408, 1.17707", \
+            "0.0527494, 0.211035, 0.28447, 0.390576, 0.552943, 0.813722, 1.24686", \
+            "0.065952, 0.269237, 0.360795, 0.489355, 0.673975, 0.949333, 1.38662", \
+            "0.0840473, 0.34796, 0.46734, 0.629187, 0.858303, 1.18083, 1.65463", \
+            "0.108393, 0.452062, 0.608279, 0.820765, 1.11259, 1.51905, 2.08717" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0159311, 0.132166, 0.212281, 0.344629, 0.566043, 0.935435, 1.55087", \
+            "0.0293253, 0.1395, 0.21519, 0.345323, 0.566044, 0.935851, 1.55143", \
+            "0.0385541, 0.156245, 0.228158, 0.351885, 0.567871, 0.936462, 1.55144", \
+            "0.0530979, 0.190717, 0.263306, 0.381438, 0.5858, 0.941371, 1.55354", \
+            "0.0765953, 0.247294, 0.32884, 0.449797, 0.648269, 0.984077, 1.56982", \
+            "0.117848, 0.337869, 0.434562, 0.574468, 0.784587, 1.11686, 1.66952", \
+            "0.191387, 0.478259, 0.605093, 0.774172, 1.02026, 1.38415, 1.94507" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0151672, 0.0547122, 0.0790456, 0.119189, 0.186469, 0.298222, 0.484958", \
+            "0.0276989, 0.0932302, 0.122243, 0.165126, 0.232979, 0.34471, 0.531096", \
+            "0.0347299, 0.119979, 0.155587, 0.205051, 0.278217, 0.392362, 0.578889", \
+            "0.0425166, 0.157583, 0.20402, 0.266974, 0.353973, 0.479904, 0.672257", \
+            "0.050859, 0.206805, 0.270793, 0.354586, 0.466948, 0.620371, 0.83962", \
+            "0.0589516, 0.271424, 0.358754, 0.475175, 0.628177, 0.829435, 1.10202", \
+            "0.0619439, 0.355117, 0.47311, 0.630296, 0.843489, 1.12249, 1.48485" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00801286, 0.055208, 0.0888634, 0.144605, 0.238253, 0.394176, 0.654057", \
+            "0.0208555, 0.0717785, 0.101763, 0.152245, 0.241049, 0.395106, 0.654058", \
+            "0.0305517, 0.0903655, 0.121069, 0.170545, 0.254732, 0.401557, 0.65604", \
+            "0.0463155, 0.122798, 0.158367, 0.21025, 0.293653, 0.432, 0.672837", \
+            "0.0726438, 0.175237, 0.219091, 0.280907, 0.370641, 0.511699, 0.739332", \
+            "0.115934, 0.257002, 0.316865, 0.397033, 0.505777, 0.660808, 0.900205", \
+            "0.193996, 0.389881, 0.469624, 0.578068, 0.724491, 0.916729, 1.18864" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0554074, 0.141313, 0.197632, 0.291009, 0.446982, 0.707122, 1.14102", \
+            "0.0845886, 0.170773, 0.227498, 0.320928, 0.477238, 0.737366, 1.17126", \
+            "0.103409, 0.190522, 0.24726, 0.340682, 0.496916, 0.757137, 1.19075", \
+            "0.128899, 0.217888, 0.274812, 0.368033, 0.524205, 0.784418, 1.2179", \
+            "0.164139, 0.257145, 0.313558, 0.407224, 0.563471, 0.823624, 1.25715", \
+            "0.21353, 0.313689, 0.37006, 0.463573, 0.619781, 0.879908, 1.31386", \
+            "0.283557, 0.396104, 0.454599, 0.548033, 0.705099, 0.965619, 1.39901" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0160112, 0.132344, 0.21205, 0.344342, 0.565903, 0.935374, 1.55089", \
+            "0.0177162, 0.132345, 0.212082, 0.34436, 0.566129, 0.935493, 1.55196", \
+            "0.0198506, 0.132351, 0.212118, 0.344361, 0.56613, 0.936197, 1.55197", \
+            "0.023634, 0.132833, 0.212376, 0.344499, 0.566131, 0.936198, 1.55198", \
+            "0.0295233, 0.134392, 0.212873, 0.344844, 0.566216, 0.936199, 1.55199", \
+            "0.039935, 0.138758, 0.2152, 0.345967, 0.566734, 0.9362, 1.552", \
+            "0.055866, 0.150143, 0.223213, 0.350535, 0.569837, 0.937794, 1.55201" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0490096, 0.0891195, 0.113249, 0.152811, 0.218698, 0.32822, 0.510565", \
+            "0.0775531, 0.119019, 0.143242, 0.182747, 0.248637, 0.358196, 0.540588", \
+            "0.0945162, 0.137472, 0.161744, 0.20133, 0.267142, 0.376765, 0.559178", \
+            "0.11687, 0.162672, 0.187267, 0.226598, 0.292522, 0.401895, 0.584233", \
+            "0.144609, 0.195989, 0.221321, 0.260673, 0.326488, 0.435593, 0.617888", \
+            "0.179251, 0.24001, 0.267092, 0.307409, 0.374067, 0.483272, 0.66465", \
+            "0.21707, 0.291309, 0.322325, 0.366291, 0.434996, 0.546248, 0.730556" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0138309, 0.0611304, 0.0936258, 0.147952, 0.239613, 0.391936, 0.646397", \
+            "0.0167224, 0.0620723, 0.0942241, 0.14839, 0.239614, 0.39265, 0.646508", \
+            "0.0196332, 0.0634812, 0.0952235, 0.148951, 0.239937, 0.392651, 0.647878", \
+            "0.0247068, 0.0666154, 0.0972564, 0.150124, 0.240743, 0.392728, 0.647879", \
+            "0.0325096, 0.0731966, 0.102146, 0.153007, 0.242307, 0.39379, 0.64788", \
+            "0.044064, 0.086147, 0.112925, 0.160645, 0.247658, 0.397155, 0.649071", \
+            "0.060878, 0.108975, 0.134045, 0.179164, 0.262986, 0.409557, 0.658928" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00500612, 0.00619979, 0.00624956, 0.00618429, 0.00589547, 0.00538049, 0.00544699", \
+            "0.00582378, 0.00580936, 0.00574733, 0.00583815, 0.00569807, 0.00535206, 0.00540629", \
+            "0.00714219, 0.00602085, 0.00600551, 0.00592485, 0.00561433, 0.00542673, 0.00529645", \
+            "0.0102161, 0.0075916, 0.00701246, 0.00657349, 0.00641537, 0.00557063, 0.00582915", \
+            "0.0162646, 0.0114755, 0.0103188, 0.00906085, 0.00787968, 0.00782626, 0.00603801", \
+            "0.0290947, 0.0210744, 0.0186338, 0.0162087, 0.0138298, 0.0107187, 0.00971279", \
+            "0.0555516, 0.0430747, 0.0388288, 0.0343094, 0.0292509, 0.0243212, 0.0187376" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00334324, 0.00480939, 0.00484987, 0.00473961, 0.00455182, 0.00408914, 0.00341259", \
+            "0.00370602, 0.00434471, 0.00443849, 0.00468124, 0.0047496, 0.00425567, 0.00328012", \
+            "0.00490377, 0.00447416, 0.00460775, 0.00442292, 0.00466443, 0.00426776, 0.00339864", \
+            "0.00796868, 0.00542387, 0.00520869, 0.00509857, 0.00462051, 0.00448457, 0.00347768", \
+            "0.0141277, 0.00887213, 0.00797108, 0.00706188, 0.00647059, 0.00542609, 0.00415465", \
+            "0.0272741, 0.0181307, 0.0155656, 0.0133641, 0.0109993, 0.00928049, 0.00765507", \
+            "0.0539198, 0.0403882, 0.0354531, 0.0304303, 0.025282, 0.0199421, 0.0163811" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0109509, 0.0116689, 0.0116098, 0.011482, 0.0111759, 0.0111799, 0.0109443", \
+            "0.0107614, 0.0114441, 0.011513, 0.0113485, 0.0111507, 0.0106141, 0.0111639", \
+            "0.0107019, 0.0112146, 0.0113896, 0.0112382, 0.0113315, 0.0108392, 0.01094", \
+            "0.0107507, 0.0112452, 0.0112945, 0.0112195, 0.0115836, 0.0105813, 0.0105973", \
+            "0.0109206, 0.0111316, 0.0112219, 0.0113787, 0.01105, 0.0114367, 0.0104905", \
+            "0.0118053, 0.0112329, 0.0111443, 0.0111684, 0.0112875, 0.0108461, 0.010735", \
+            "0.0137568, 0.0113445, 0.0112736, 0.0112164, 0.0112274, 0.0111734, 0.0110219" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00521663, 0.00579873, 0.00573703, 0.00558303, 0.00538093, 0.00489913, 0.00420563", \
+            "0.00511485, 0.00547545, 0.00551985, 0.00578615, 0.00529195, 0.00507145, 0.00409845", \
+            "0.00511306, 0.00551656, 0.00552066, 0.00533976, 0.00560386, 0.00473976, 0.00451886", \
+            "0.00557077, 0.00561287, 0.00575497, 0.00570117, 0.00522317, 0.00505777, 0.00427007", \
+            "0.0062189, 0.0057253, 0.0058258, 0.0057977, 0.0059914, 0.0057376, 0.0045454", \
+            "0.0077068, 0.0059681, 0.0060322, 0.0056952, 0.0060019, 0.0059681, 0.0054421", \
+            "0.0101144, 0.0064643, 0.0061099, 0.0056942, 0.0055013, 0.0044207, 0.0046498" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00603297;
+      rise_capacitance : 0.00621868;
+      rise_capacitance_range (0.00507472, 0.00756443);
+      fall_capacitance : 0.00584726;
+      fall_capacitance_range (0.00531965, 0.00661171);
+    }
+    pin (B_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00288334;
+      rise_capacitance : 0.00291823;
+      rise_capacitance_range (0.00265599, 0.00312089);
+      fall_capacitance : 0.00284846;
+      fall_capacitance_range (0.00259589, 0.0030893);
+      internal_power () {
+        when : "A";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00888558, 0.00880545, 0.00917951, 0.01028, 0.0128935, 0.018673, 0.0313407" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00764307, 0.00767835, 0.00812244, 0.00926013, 0.0118116, 0.0176379, 0.0302339" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00888558, 0.00880545, 0.00917951, 0.01028, 0.0128935, 0.018673, 0.0313407" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00764307, 0.00767835, 0.00812244, 0.00926013, 0.0118116, 0.0176379, 0.0302339" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nor3_1) {
+    area : 9.072;
+    cell_footprint : "nor3";
+    cell_leakage_power : 267.513;
+    leakage_power () {
+      value : 162.158;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 238.149;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 227.782;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 299.964;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 270.724;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 395.352;
+      when : "B&C";
+    }
+    leakage_power () {
+      value : 278.464;
+      when : "A&!B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0507145, 0.175662, 0.261266, 0.402634, 0.638975, 1.03286, 1.68931", \
+            "0.0674001, 0.196803, 0.282693, 0.424568, 0.661419, 1.05539, 1.71212", \
+            "0.0756544, 0.213364, 0.300391, 0.442217, 0.679376, 1.0735, 1.73077", \
+            "0.0847242, 0.24025, 0.331981, 0.476959, 0.714804, 1.10906, 1.76565", \
+            "0.0971095, 0.2836, 0.383493, 0.538377, 0.783373, 1.18075, 1.83709", \
+            "0.119503, 0.350165, 0.468442, 0.639517, 0.904584, 1.31954, 1.98442", \
+            "0.151552, 0.447905, 0.593697, 0.800123, 1.10104, 1.55309, 2.25653" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0341736, 0.20603, 0.325837, 0.523674, 0.855014, 1.40616, 2.32756", \
+            "0.0407085, 0.207338, 0.325907, 0.523675, 0.855015, 1.40734, 2.32764", \
+            "0.0480233, 0.21324, 0.329277, 0.524688, 0.855016, 1.40735, 2.32822", \
+            "0.0642669, 0.230313, 0.343344, 0.533622, 0.858656, 1.40789, 2.32823", \
+            "0.0959854, 0.266832, 0.378604, 0.564605, 0.880335, 1.41758, 2.34228", \
+            "0.146317, 0.336439, 0.452021, 0.637247, 0.947224, 1.46997, 2.3574", \
+            "0.224896, 0.456236, 0.583544, 0.779516, 1.09226, 1.60918, 2.47503" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0214456, 0.056216, 0.0787043, 0.115531, 0.176972, 0.279066, 0.449314", \
+            "0.0437431, 0.095903, 0.122251, 0.161577, 0.223703, 0.325686, 0.495488", \
+            "0.0571332, 0.123873, 0.156049, 0.201291, 0.26871, 0.373245, 0.543365", \
+            "0.0735291, 0.163569, 0.2054, 0.263062, 0.343399, 0.459806, 0.636586", \
+            "0.0944495, 0.215483, 0.273251, 0.349964, 0.454263, 0.597046, 0.801476", \
+            "0.119688, 0.282969, 0.361687, 0.469092, 0.612013, 0.800197, 1.05575", \
+            "0.148557, 0.370853, 0.476966, 0.620814, 0.818063, 1.08266, 1.42459" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0147623, 0.0576964, 0.0884967, 0.139389, 0.224559, 0.366877, 0.603276", \
+            "0.0299248, 0.0739107, 0.101342, 0.147259, 0.227809, 0.367186, 0.603647", \
+            "0.0419753, 0.0924735, 0.120668, 0.165837, 0.242286, 0.375292, 0.60576", \
+            "0.0616828, 0.125299, 0.157767, 0.205799, 0.281825, 0.40704, 0.624984", \
+            "0.0940121, 0.179255, 0.218556, 0.275608, 0.357786, 0.487367, 0.694625", \
+            "0.146622, 0.263458, 0.317834, 0.390196, 0.492059, 0.63423, 0.855091", \
+            "0.235315, 0.400301, 0.471702, 0.572862, 0.707757, 0.888351, 1.14212" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0472044, 0.172201, 0.257886, 0.39916, 0.635484, 1.02937, 1.68654", \
+            "0.0642162, 0.196977, 0.282999, 0.424829, 0.661653, 1.05566, 1.71218", \
+            "0.0734605, 0.219519, 0.307041, 0.448982, 0.686185, 1.08022, 1.73762", \
+            "0.0868396, 0.257605, 0.351628, 0.49792, 0.735991, 1.13041, 1.78705", \
+            "0.109341, 0.316984, 0.424366, 0.584761, 0.832566, 1.23107, 1.88799", \
+            "0.14541, 0.40813, 0.538206, 0.723947, 1.00047, 1.42296, 2.0918", \
+            "0.199509, 0.539386, 0.704679, 0.934077, 1.26042, 1.74293, 2.46461" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0342622, 0.20605, 0.325614, 0.523705, 0.85501, 1.40722, 2.32721", \
+            "0.0450605, 0.208182, 0.326152, 0.523706, 0.855011, 1.40734, 2.32751", \
+            "0.0554676, 0.216564, 0.330921, 0.524994, 0.855012, 1.40735, 2.32831", \
+            "0.0744156, 0.240137, 0.350401, 0.537278, 0.859797, 1.4079, 2.32832", \
+            "0.104578, 0.286186, 0.396808, 0.578308, 0.888311, 1.42121, 2.33129", \
+            "0.152752, 0.366994, 0.48495, 0.671824, 0.976132, 1.48896, 2.36682", \
+            "0.231726, 0.500494, 0.636268, 0.839024, 1.15858, 1.66812, 2.52074" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208939, 0.0550322, 0.0774152, 0.114313, 0.176017, 0.278729, 0.450202", \
+            "0.0405052, 0.0940488, 0.120709, 0.160283, 0.222757, 0.325405, 0.496432", \
+            "0.0518457, 0.121249, 0.153972, 0.199778, 0.267627, 0.372938, 0.544369", \
+            "0.0647932, 0.159354, 0.202202, 0.260724, 0.341933, 0.459323, 0.637452", \
+            "0.0796983, 0.208437, 0.268037, 0.34629, 0.452003, 0.596012, 0.802047", \
+            "0.0941818, 0.270866, 0.352456, 0.462281, 0.607725, 0.798027, 1.05605", \
+            "0.101427, 0.346871, 0.45837, 0.607556, 0.810907, 1.07768, 1.4234" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0127033, 0.0554865, 0.0862262, 0.137556, 0.223399, 0.36668, 0.605269", \
+            "0.0271868, 0.0718618, 0.0994505, 0.145649, 0.226863, 0.367142, 0.605321", \
+            "0.0388279, 0.0903022, 0.118785, 0.164437, 0.241219, 0.37522, 0.607752", \
+            "0.0581223, 0.122796, 0.155611, 0.203951, 0.28071, 0.407235, 0.626694", \
+            "0.0891776, 0.175733, 0.216262, 0.273505, 0.356822, 0.487205, 0.696169", \
+            "0.139771, 0.260493, 0.314478, 0.388566, 0.491075, 0.634419, 0.856615", \
+            "0.225139, 0.399586, 0.470853, 0.570822, 0.706132, 0.887714, 1.14415" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0364288, 0.162651, 0.248468, 0.389773, 0.626238, 1.02017, 1.6766", \
+            "0.0558475, 0.191736, 0.277597, 0.419367, 0.656269, 1.0508, 1.70652", \
+            "0.0676468, 0.220264, 0.307867, 0.449298, 0.685627, 1.07989, 1.73719", \
+            "0.0850258, 0.267613, 0.36422, 0.511173, 0.748511, 1.14198, 1.79775", \
+            "0.110966, 0.33662, 0.451405, 0.617379, 0.868811, 1.26636, 1.92168", \
+            "0.1515, 0.436889, 0.578582, 0.779471, 1.07107, 1.5039, 2.17426", \
+            "0.214864, 0.581355, 0.760217, 1.01082, 1.3684, 1.88164, 2.62981" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0343605, 0.206064, 0.325668, 0.523252, 0.85501, 1.40722, 2.32756", \
+            "0.0483262, 0.209298, 0.326484, 0.523743, 0.855011, 1.40723, 2.32757", \
+            "0.0582728, 0.221698, 0.333576, 0.525889, 0.855012, 1.40724, 2.3283", \
+            "0.0750006, 0.253441, 0.361856, 0.544311, 0.862086, 1.40748, 2.32831", \
+            "0.103704, 0.309634, 0.423085, 0.603128, 0.905627, 1.42844, 2.34111", \
+            "0.152417, 0.40018, 0.529711, 0.72317, 1.02832, 1.52933, 2.38899", \
+            "0.235511, 0.5481, 0.701924, 0.921806, 1.25986, 1.77844, 2.61208" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.018085, 0.0526354, 0.0749385, 0.111791, 0.173457, 0.276136, 0.447386", \
+            "0.0337812, 0.0908732, 0.117896, 0.157742, 0.220249, 0.322894, 0.494037", \
+            "0.0420178, 0.117064, 0.15052, 0.1968, 0.264976, 0.370356, 0.541879", \
+            "0.0503119, 0.153377, 0.197415, 0.25687, 0.338763, 0.456529, 0.634842", \
+            "0.0575007, 0.199095, 0.26087, 0.340843, 0.447681, 0.59253, 0.799065", \
+            "0.0590876, 0.256467, 0.341015, 0.453708, 0.601184, 0.793298, 1.05193", \
+            "0.0590886, 0.320845, 0.438321, 0.592171, 0.799151, 1.06989, 1.41776" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0102344, 0.0525775, 0.0833486, 0.134692, 0.220405, 0.363673, 0.602482", \
+            "0.0241, 0.0691671, 0.0967675, 0.142901, 0.223933, 0.364143, 0.602786", \
+            "0.0354943, 0.0875703, 0.116233, 0.161723, 0.238459, 0.372283, 0.60453", \
+            "0.0540816, 0.119843, 0.152908, 0.201215, 0.278017, 0.404245, 0.623753", \
+            "0.084373, 0.173064, 0.213316, 0.271022, 0.354216, 0.484372, 0.693601", \
+            "0.135336, 0.25735, 0.312333, 0.386479, 0.487775, 0.632612, 0.853706", \
+            "0.221454, 0.398722, 0.469855, 0.569051, 0.706907, 0.886097, 1.1414" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00914372, 0.00943493, 0.00943388, 0.00938945, 0.00925382, 0.00917982, 0.00925953", \
+            "0.00892495, 0.00913618, 0.00918258, 0.00918082, 0.00911991, 0.0091181, 0.0090236", \
+            "0.00896016, 0.0091136, 0.00910201, 0.00946317, 0.00904395, 0.00905543, 0.00902413", \
+            "0.00949326, 0.00923134, 0.00916723, 0.00918098, 0.00904592, 0.00883231, 0.00903889", \
+            "0.0116731, 0.0103969, 0.0100882, 0.00977838, 0.00969204, 0.00904295, 0.00988481", \
+            "0.0175629, 0.0143797, 0.0135234, 0.0125831, 0.0115879, 0.0108884, 0.010184", \
+            "0.030262, 0.0248402, 0.0228915, 0.0208554, 0.0186561, 0.0164336, 0.0142971" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0031149, 0.00312607, 0.00312364, 0.0030517, 0.00289344, 0.00269548, 0.0023804", \
+            "0.00299141, 0.00302775, 0.00295995, 0.0029953, 0.00275943, 0.00254946, 0.00227348", \
+            "0.00333597, 0.00315416, 0.00312085, 0.00296613, 0.00294212, 0.00259424, 0.00229623", \
+            "0.00444889, 0.00364054, 0.00351587, 0.00339736, 0.00308693, 0.00283883, 0.00278267", \
+            "0.00718111, 0.00539987, 0.0048508, 0.00439105, 0.00394192, 0.00346749, 0.00268778", \
+            "0.0133154, 0.0099222, 0.00872729, 0.00757659, 0.00643811, 0.00547805, 0.00462468", \
+            "0.0259183, 0.020943, 0.0187698, 0.0163748, 0.0133804, 0.010993, 0.00898833" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00667467, 0.00697059, 0.00697271, 0.00692324, 0.0067886, 0.00672724, 0.00669098", \
+            "0.00647974, 0.00669184, 0.00673212, 0.00674425, 0.00665408, 0.00666167, 0.00662847", \
+            "0.00663104, 0.00669096, 0.00665974, 0.00671677, 0.00659618, 0.00664911, 0.00667118", \
+            "0.00745366, 0.00692902, 0.00683844, 0.00684222, 0.00664422, 0.00662449, 0.00653694", \
+            "0.00988458, 0.00828681, 0.00791693, 0.00749644, 0.00725344, 0.00699517, 0.00671817", \
+            "0.0154596, 0.0123021, 0.0113445, 0.0104016, 0.00935311, 0.00857271, 0.00783613", \
+            "0.0272297, 0.0219316, 0.0201146, 0.0180956, 0.0159426, 0.0136913, 0.0115563" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00284152, 0.00300217, 0.00296665, 0.00291083, 0.00276114, 0.00259476, 0.00231649", \
+            "0.00266896, 0.00290445, 0.00286212, 0.00290686, 0.00273932, 0.00271511, 0.00227896", \
+            "0.00300867, 0.00296805, 0.00297896, 0.00290147, 0.00286775, 0.00251744, 0.00224593", \
+            "0.00416845, 0.00340241, 0.00332144, 0.00323939, 0.00289647, 0.00281154, 0.00285167", \
+            "0.00675288, 0.00501927, 0.0045817, 0.00414548, 0.00381524, 0.00332909, 0.00256987", \
+            "0.0125324, 0.00927627, 0.00819418, 0.00711381, 0.00609515, 0.00521774, 0.00450837", \
+            "0.0242487, 0.0195427, 0.0175378, 0.0153384, 0.0127375, 0.0103499, 0.00866333" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0039138, 0.00439906, 0.00443046, 0.00438023, 0.00427675, 0.0042218, 0.00427817", \
+            "0.00409054, 0.00411138, 0.0041659, 0.00420461, 0.0041297, 0.00393237, 0.00400872", \
+            "0.00464621, 0.00428503, 0.00421885, 0.00440731, 0.00408259, 0.00408313, 0.00413167", \
+            "0.00593449, 0.0049221, 0.00469999, 0.00461028, 0.00422729, 0.00419177, 0.00403456", \
+            "0.0086153, 0.00675437, 0.00621103, 0.00554756, 0.00533688, 0.00475258, 0.00483177", \
+            "0.0144695, 0.0111605, 0.0101572, 0.00899385, 0.00768605, 0.00679407, 0.00585226", \
+            "0.0266951, 0.0212744, 0.019518, 0.0173706, 0.015172, 0.0127141, 0.0101686" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00236498, 0.00291627, 0.00287275, 0.00285062, 0.00271096, 0.00253908, 0.00222521", \
+            "0.00231489, 0.00273768, 0.00277362, 0.00286568, 0.00272499, 0.0028499, 0.0023976", \
+            "0.00272038, 0.00278655, 0.00287298, 0.00284392, 0.00284139, 0.00255038, 0.0029537", \
+            "0.00397772, 0.003185, 0.00313924, 0.00312561, 0.00292318, 0.00271851, 0.00237465", \
+            "0.00675939, 0.00473825, 0.00431031, 0.00391949, 0.00370423, 0.00320562, 0.00246615", \
+            "0.0126791, 0.00889064, 0.0077875, 0.00678373, 0.00573802, 0.00516732, 0.00431544", \
+            "0.0249287, 0.0192515, 0.0169752, 0.0146198, 0.0122695, 0.00999386, 0.00821459" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324858;
+      rise_capacitance : 0.00315172;
+      rise_capacitance_range (0.002944, 0.00353102);
+      fall_capacitance : 0.00334544;
+      fall_capacitance_range (0.0028303, 0.00370988);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00324573;
+      rise_capacitance : 0.00321103;
+      rise_capacitance_range (0.00281261, 0.00377767);
+      fall_capacitance : 0.00328043;
+      fall_capacitance_range (0.0027804, 0.00357622);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00308237;
+      rise_capacitance : 0.0031891;
+      rise_capacitance_range (0.0025854, 0.00404295);
+      fall_capacitance : 0.00297564;
+      fall_capacitance_range (0.00274876, 0.0031871);
+    }
+  }
+  cell (sg13g2_nor3_2) {
+    area : 16.3296;
+    cell_footprint : "nor3";
+    cell_leakage_power : 516.051;
+    leakage_power () {
+      value : 311.256;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 474.226;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 442.494;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 586.826;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 515.317;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 751.47;
+      when : "B&C";
+    }
+    leakage_power () {
+      value : 530.766;
+      when : "A&!B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0465648, 0.175597, 0.261874, 0.40453, 0.642733, 1.03993, 1.70189", \
+            "0.0625845, 0.196641, 0.283312, 0.426137, 0.665118, 1.06227, 1.72513", \
+            "0.0699493, 0.213205, 0.300849, 0.443835, 0.682948, 1.08025, 1.74317", \
+            "0.0774547, 0.239899, 0.332122, 0.478141, 0.717941, 1.11556, 1.77813", \
+            "0.0865179, 0.282144, 0.38358, 0.538995, 0.786136, 1.18672, 1.84866", \
+            "0.104176, 0.346618, 0.466156, 0.64043, 0.906266, 1.32286, 1.99446", \
+            "0.12825, 0.44049, 0.587447, 0.794236, 1.09728, 1.55504, 2.26362" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0283983, 0.205762, 0.326603, 0.526139, 0.860737, 1.41711, 2.34694", \
+            "0.0350434, 0.207041, 0.326929, 0.526682, 0.860738, 1.41796, 2.34695", \
+            "0.0421324, 0.212791, 0.32992, 0.52741, 0.860739, 1.41797, 2.34767", \
+            "0.0581349, 0.230191, 0.343963, 0.536138, 0.863927, 1.41873, 2.34768", \
+            "0.0898083, 0.266166, 0.379511, 0.566786, 0.885912, 1.42815, 2.35445", \
+            "0.139445, 0.336085, 0.452483, 0.640686, 0.952052, 1.4797, 2.37619", \
+            "0.217133, 0.456307, 0.584777, 0.780302, 1.09579, 1.61861, 2.49231" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0204055, 0.0578482, 0.0813488, 0.1198, 0.184055, 0.290454, 0.468236", \
+            "0.0420487, 0.0978438, 0.125177, 0.165979, 0.230635, 0.337143, 0.514568", \
+            "0.0550971, 0.126369, 0.159519, 0.206264, 0.276002, 0.384799, 0.562441", \
+            "0.071071, 0.166994, 0.209878, 0.269107, 0.351829, 0.472146, 0.655814", \
+            "0.0916375, 0.220402, 0.279649, 0.35793, 0.464939, 0.611917, 0.822288", \
+            "0.11757, 0.290626, 0.37116, 0.480722, 0.626346, 0.819302, 1.08146", \
+            "0.148245, 0.384038, 0.49101, 0.637716, 0.841171, 1.10948, 1.45923" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0137655, 0.0597898, 0.0920848, 0.145062, 0.234417, 0.382948, 0.630458", \
+            "0.0284535, 0.0757004, 0.104386, 0.152704, 0.237213, 0.383291, 0.630459", \
+            "0.0399013, 0.0943642, 0.123741, 0.171036, 0.251232, 0.390836, 0.632678", \
+            "0.0589447, 0.127573, 0.161309, 0.211143, 0.290446, 0.421814, 0.650741", \
+            "0.0900238, 0.181333, 0.222369, 0.28142, 0.367247, 0.50179, 0.718425", \
+            "0.140098, 0.266131, 0.32278, 0.397186, 0.502428, 0.649587, 0.878381", \
+            "0.225429, 0.402446, 0.478606, 0.579723, 0.718913, 0.905454, 1.16761" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.043308, 0.172436, 0.258681, 0.401382, 0.639515, 1.03669, 1.69865", \
+            "0.0593572, 0.197291, 0.283942, 0.426795, 0.665797, 1.06304, 1.7258", \
+            "0.0672939, 0.219686, 0.307871, 0.451036, 0.689981, 1.0875, 1.75046", \
+            "0.0783838, 0.257664, 0.352538, 0.499966, 0.740016, 1.13791, 1.80023", \
+            "0.0973305, 0.316303, 0.424876, 0.586183, 0.836429, 1.23792, 1.90056", \
+            "0.128284, 0.405232, 0.536882, 0.725008, 1.00357, 1.42948, 2.1039", \
+            "0.174201, 0.533732, 0.700638, 0.93341, 1.26262, 1.74978, 2.47584" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0285312, 0.20581, 0.326615, 0.526154, 0.860832, 1.41807, 2.34694", \
+            "0.0392858, 0.207874, 0.327113, 0.526656, 0.860833, 1.41808, 2.34695", \
+            "0.0492745, 0.216237, 0.331585, 0.527506, 0.860834, 1.41809, 2.34779", \
+            "0.0680357, 0.239756, 0.351013, 0.539713, 0.865407, 1.4181, 2.3478", \
+            "0.0976781, 0.286014, 0.397749, 0.580835, 0.893785, 1.43229, 2.36049", \
+            "0.144443, 0.367136, 0.486244, 0.674807, 0.981207, 1.49892, 2.38527", \
+            "0.221662, 0.50169, 0.638576, 0.843447, 1.16453, 1.68161, 2.53823" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.019963, 0.0565374, 0.0798, 0.118147, 0.182433, 0.289046, 0.467323", \
+            "0.0387348, 0.0959254, 0.123396, 0.164275, 0.229079, 0.335755, 0.513605", \
+            "0.0495293, 0.123603, 0.157133, 0.204266, 0.274287, 0.383364, 0.561531", \
+            "0.0617988, 0.162595, 0.206398, 0.266368, 0.349696, 0.470566, 0.654843", \
+            "0.0762457, 0.21311, 0.273872, 0.353609, 0.461799, 0.609385, 0.820827", \
+            "0.0905584, 0.278154, 0.361223, 0.473224, 0.621354, 0.815774, 1.07961", \
+            "0.0989903, 0.359226, 0.472619, 0.623946, 0.831003, 1.10366, 1.45566" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.011645, 0.0572323, 0.0897886, 0.142817, 0.232311, 0.381202, 0.629426", \
+            "0.0255547, 0.0733691, 0.10221, 0.150461, 0.235338, 0.381555, 0.630207", \
+            "0.0367679, 0.0919369, 0.121556, 0.16888, 0.249208, 0.389176, 0.631468", \
+            "0.0551694, 0.124729, 0.158834, 0.208443, 0.288191, 0.420224, 0.649761", \
+            "0.0846819, 0.178039, 0.219749, 0.279006, 0.36529, 0.50041, 0.717863", \
+            "0.132859, 0.262972, 0.319009, 0.394676, 0.499694, 0.648143, 0.878259", \
+            "0.213896, 0.400835, 0.475857, 0.578498, 0.71804, 0.904477, 1.16755" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.031366, 0.161758, 0.248283, 0.39077, 0.629159, 1.02632, 1.68904", \
+            "0.0487263, 0.190807, 0.277403, 0.420384, 0.659272, 1.0566, 1.71949", \
+            "0.0593019, 0.219455, 0.307754, 0.450346, 0.688695, 1.08633, 1.74902", \
+            "0.0745454, 0.266316, 0.363838, 0.512063, 0.751334, 1.14802, 1.80957", \
+            "0.0969523, 0.334794, 0.45064, 0.618216, 0.87134, 1.27235, 1.93306", \
+            "0.132392, 0.433905, 0.576035, 0.780124, 1.07386, 1.50969, 2.18537", \
+            "0.186816, 0.574245, 0.755853, 1.00881, 1.3684, 1.8869, 2.63937" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0286326, 0.205755, 0.326473, 0.526393, 0.860305, 1.41722, 2.34646", \
+            "0.0416923, 0.208949, 0.327042, 0.526394, 0.860353, 1.41821, 2.34724", \
+            "0.0508338, 0.221517, 0.334433, 0.528107, 0.860354, 1.41822, 2.34776", \
+            "0.0663979, 0.253123, 0.362704, 0.546841, 0.868023, 1.41901, 2.34777", \
+            "0.0928653, 0.310181, 0.424099, 0.605779, 0.911058, 1.43956, 2.35151", \
+            "0.138856, 0.400561, 0.530395, 0.726301, 1.03392, 1.53954, 2.4072", \
+            "0.217898, 0.548835, 0.704463, 0.926212, 1.26726, 1.78797, 2.63016" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0166637, 0.0538079, 0.0770297, 0.115327, 0.179601, 0.28623, 0.464513", \
+            "0.0307007, 0.0924391, 0.120261, 0.161425, 0.226315, 0.332986, 0.51099", \
+            "0.0379145, 0.11904, 0.153339, 0.201003, 0.271407, 0.380592, 0.558673", \
+            "0.0449441, 0.1559, 0.201078, 0.262132, 0.346156, 0.467503, 0.652093", \
+            "0.0506495, 0.20258, 0.266158, 0.347783, 0.456966, 0.605911, 0.818399", \
+            "0.0508604, 0.262457, 0.348822, 0.464105, 0.614458, 0.810674, 1.07569", \
+            "0.0508614, 0.331348, 0.450788, 0.607455, 0.819259, 1.09522, 1.44975" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00892099, 0.0540522, 0.0861036, 0.139544, 0.229254, 0.377893, 0.626345", \
+            "0.0221569, 0.070574, 0.0992887, 0.147452, 0.232135, 0.378528, 0.626346", \
+            "0.0327934, 0.0889922, 0.118495, 0.165937, 0.246155, 0.38595, 0.628517", \
+            "0.0502918, 0.121437, 0.155668, 0.205635, 0.285461, 0.417216, 0.646753", \
+            "0.0790154, 0.175456, 0.216535, 0.276289, 0.362429, 0.497514, 0.715048", \
+            "0.126713, 0.259198, 0.316629, 0.393215, 0.497582, 0.646409, 0.875609", \
+            "0.209519, 0.401267, 0.47493, 0.578189, 0.718021, 0.90204, 1.16455" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0178607, 0.0184649, 0.0184556, 0.0183243, 0.0180795, 0.0180054, 0.0180913", \
+            "0.0174564, 0.017886, 0.0179985, 0.0180501, 0.0178371, 0.0177961, 0.0179265", \
+            "0.0175413, 0.0178557, 0.0178522, 0.0181454, 0.0177271, 0.017323, 0.017735", \
+            "0.0186431, 0.0180955, 0.017992, 0.0179924, 0.0178776, 0.0176983, 0.0176032", \
+            "0.022982, 0.0202792, 0.0197685, 0.0191301, 0.0190933, 0.0182587, 0.0185995", \
+            "0.0346299, 0.0279416, 0.0263046, 0.0246681, 0.0226135, 0.0212527, 0.0201275", \
+            "0.0596398, 0.0483124, 0.0444519, 0.0403292, 0.0360076, 0.0319883, 0.0278171" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00569821, 0.0057577, 0.00573354, 0.00550022, 0.00530926, 0.00483777, 0.00419892", \
+            "0.00545617, 0.00552969, 0.00539683, 0.00550753, 0.00503834, 0.00456297, 0.00389161", \
+            "0.0061869, 0.00576484, 0.00569718, 0.00539277, 0.00540631, 0.00476312, 0.0038917", \
+            "0.00845832, 0.00673465, 0.00653041, 0.00624882, 0.00546641, 0.00523249, 0.00484938", \
+            "0.0138997, 0.0100758, 0.00907217, 0.00818785, 0.00745886, 0.00623809, 0.00474137", \
+            "0.0260444, 0.0189978, 0.0165941, 0.0143139, 0.0120278, 0.0100939, 0.00840132", \
+            "0.0508056, 0.0405066, 0.0362401, 0.0313265, 0.0259144, 0.0206294, 0.016924" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0129577, 0.0135392, 0.0135326, 0.0134136, 0.0131924, 0.0130379, 0.0131648", \
+            "0.0125735, 0.0130074, 0.0130813, 0.0131359, 0.0129482, 0.0128641, 0.0129533", \
+            "0.0128805, 0.0129633, 0.0129515, 0.0132432, 0.0127721, 0.0128093, 0.0129202", \
+            "0.014525, 0.0134132, 0.0132687, 0.0133839, 0.0131618, 0.012376, 0.0126259", \
+            "0.0193655, 0.0159903, 0.0153182, 0.0144992, 0.0142318, 0.0136774, 0.0141684", \
+            "0.0304205, 0.0236825, 0.0218334, 0.0200822, 0.0178862, 0.0165901, 0.0155095", \
+            "0.0535956, 0.0425555, 0.0389073, 0.0350006, 0.0307396, 0.026679, 0.0221148" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00522523, 0.00559479, 0.00571564, 0.00544989, 0.00527014, 0.00475757, 0.00411023", \
+            "0.0048891, 0.0053826, 0.00532872, 0.00546844, 0.00510392, 0.00463819, 0.00438142", \
+            "0.00561651, 0.00552282, 0.00556481, 0.00532741, 0.00541132, 0.00478482, 0.00387227", \
+            "0.00796842, 0.00633233, 0.00623926, 0.0060238, 0.00554294, 0.00522707, 0.00475176", \
+            "0.0131136, 0.00957615, 0.00868061, 0.00793016, 0.00728886, 0.0060847, 0.00498911", \
+            "0.0243201, 0.0178183, 0.0155328, 0.0135111, 0.0113725, 0.00974972, 0.00837764", \
+            "0.0475247, 0.0379642, 0.0339305, 0.0294439, 0.0244216, 0.0196952, 0.0164796" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00730445, 0.00834244, 0.00838046, 0.00832526, 0.00807537, 0.00800641, 0.00805682", \
+            "0.00781107, 0.00781723, 0.00788061, 0.00793679, 0.0077993, 0.00782627, 0.00789426", \
+            "0.00890149, 0.00812486, 0.00798678, 0.00786646, 0.00773592, 0.00773914, 0.00777491", \
+            "0.0115831, 0.00937636, 0.0089246, 0.00887373, 0.00835068, 0.00745763, 0.00775687", \
+            "0.0169493, 0.0129724, 0.0118424, 0.0106448, 0.0101571, 0.00922919, 0.00812481", \
+            "0.0285924, 0.0215735, 0.0194417, 0.0173481, 0.0147143, 0.0129302, 0.0111931", \
+            "0.0527352, 0.0412963, 0.0378496, 0.0335292, 0.0291427, 0.0242536, 0.0192998" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00377515, 0.0049986, 0.00498237, 0.00492989, 0.00481089, 0.00421758, 0.00361699", \
+            "0.00386501, 0.00477188, 0.00480458, 0.00499968, 0.00484574, 0.00433494, 0.00350722", \
+            "0.00475571, 0.00483004, 0.0049479, 0.00487145, 0.00494454, 0.00444959, 0.00350426", \
+            "0.00734632, 0.00555677, 0.00546297, 0.0054426, 0.00503382, 0.00461066, 0.00423066", \
+            "0.0129353, 0.00908358, 0.00777866, 0.00713484, 0.00654493, 0.00562436, 0.00441343", \
+            "0.0247066, 0.0167285, 0.0144995, 0.0126776, 0.0106355, 0.00939131, 0.00786687", \
+            "0.0488681, 0.0370357, 0.0324689, 0.0279145, 0.0232474, 0.018639, 0.0154498" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00622702;
+      rise_capacitance : 0.00605026;
+      rise_capacitance_range (0.00561952, 0.0067883);
+      fall_capacitance : 0.00640378;
+      fall_capacitance_range (0.00534944, 0.00717148);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00618874;
+      rise_capacitance : 0.0061378;
+      rise_capacitance_range (0.00528585, 0.00725544);
+      fall_capacitance : 0.00623968;
+      fall_capacitance_range (0.00524101, 0.00685923);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00593207;
+      rise_capacitance : 0.0061626;
+      rise_capacitance_range (0.00485572, 0.00792589);
+      fall_capacitance : 0.00570153;
+      fall_capacitance_range (0.00522014, 0.00616124);
+    }
+  }
+  cell (sg13g2_nor4_1) {
+    area : 10.8864;
+    cell_footprint : "nor4";
+    cell_leakage_power : 330.207;
+    leakage_power () {
+      value : 316.151;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 361.2;
+      when : "!A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 289.03;
+      when : "!A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 391.725;
+      when : "!A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 223.412;
+      when : "!A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 333.17;
+      when : "!A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 325.442;
+      when : "!A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 443.522;
+      when : "!A&B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 158.074;
+      when : "A&!B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 269.254;
+      when : "A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 267.255;
+      when : "A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 388.731;
+      when : "A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 260.428;
+      when : "A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 381.467;
+      when : "A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 377.461;
+      when : "A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 496.989;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0752565, 0.242745, 0.357546, 0.546944, 0.863965, 1.39227, 2.27256", \
+            "0.0925709, 0.261824, 0.377051, 0.567007, 0.884442, 1.4132, 2.29355", \
+            "0.101605, 0.275876, 0.391215, 0.581308, 0.898972, 1.42817, 2.30852", \
+            "0.110707, 0.297833, 0.416118, 0.607261, 0.924925, 1.45406, 2.3357", \
+            "0.12089, 0.332714, 0.457438, 0.654938, 0.976053, 1.50497, 2.38587", \
+            "0.13899, 0.390327, 0.529177, 0.738441, 1.07311, 1.61087, 2.49273", \
+            "0.172318, 0.483239, 0.64441, 0.878083, 1.23634, 1.80407, 2.70728" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0523746, 0.281596, 0.441019, 0.704462, 1.14572, 1.88103, 3.10659", \
+            "0.0565833, 0.281879, 0.441445, 0.70482, 1.14573, 1.88215, 3.1066", \
+            "0.0622741, 0.28498, 0.442372, 0.704821, 1.14636, 1.88216, 3.10661", \
+            "0.0748214, 0.296903, 0.451032, 0.709114, 1.14735, 1.88217, 3.10752", \
+            "0.104842, 0.325859, 0.477313, 0.730071, 1.15913, 1.88487, 3.10901", \
+            "0.163041, 0.386756, 0.53864, 0.787416, 1.20687, 1.91703, 3.12142", \
+            "0.250482, 0.504127, 0.660827, 0.907409, 1.32311, 2.02146, 3.1976" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0228665, 0.0599491, 0.083808, 0.122588, 0.187054, 0.293767, 0.471422", \
+            "0.0481387, 0.100772, 0.128016, 0.168812, 0.233639, 0.340215, 0.517567", \
+            "0.063535, 0.130251, 0.163022, 0.209546, 0.279095, 0.387889, 0.5654", \
+            "0.0827393, 0.172433, 0.214604, 0.273201, 0.355554, 0.475526, 0.658931", \
+            "0.10738, 0.228032, 0.286197, 0.363496, 0.469788, 0.615873, 0.825447", \
+            "0.137639, 0.299237, 0.379169, 0.48793, 0.632282, 0.824557, 1.08576", \
+            "0.172174, 0.392094, 0.499021, 0.645461, 0.847531, 1.11539, 1.46422" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173048, 0.0633405, 0.0956339, 0.148795, 0.237834, 0.385957, 0.63317", \
+            "0.0336121, 0.0788257, 0.107469, 0.155887, 0.240549, 0.386327, 0.633764", \
+            "0.0465412, 0.0974643, 0.126639, 0.173995, 0.254194, 0.393755, 0.635108", \
+            "0.0683129, 0.131194, 0.164504, 0.213739, 0.292945, 0.424507, 0.653072", \
+            "0.104011, 0.187342, 0.226809, 0.286029, 0.369973, 0.504189, 0.721009", \
+            "0.162945, 0.275364, 0.329545, 0.402494, 0.50608, 0.653685, 0.881866", \
+            "0.263331, 0.421116, 0.492109, 0.591139, 0.727239, 0.910976, 1.17154" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0721249, 0.239609, 0.354544, 0.543825, 0.861175, 1.38913, 2.26945", \
+            "0.0895106, 0.26013, 0.375464, 0.565203, 0.882927, 1.41153, 2.29184", \
+            "0.0987683, 0.277265, 0.39284, 0.582906, 0.900555, 1.42977, 2.31081", \
+            "0.110257, 0.306952, 0.426178, 0.61789, 0.935849, 1.46518, 2.3464", \
+            "0.128479, 0.356813, 0.484987, 0.684704, 1.00692, 1.53589, 2.41664", \
+            "0.164311, 0.439717, 0.585399, 0.803053, 1.14235, 1.68263, 2.56486", \
+            "0.221703, 0.570276, 0.744537, 0.993933, 1.37186, 1.94683, 2.85811" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0523877, 0.281615, 0.441029, 0.704459, 1.14606, 1.88102, 3.10659", \
+            "0.0589254, 0.282315, 0.44214, 0.704733, 1.14607, 1.88209, 3.1066", \
+            "0.0670961, 0.286457, 0.442997, 0.705485, 1.14635, 1.8821, 3.10771", \
+            "0.0845183, 0.302204, 0.454247, 0.710705, 1.14727, 1.88285, 3.10772", \
+            "0.119299, 0.339105, 0.487424, 0.736645, 1.16212, 1.88607, 3.10773", \
+            "0.175357, 0.412083, 0.561151, 0.807592, 1.22092, 1.9241, 3.12455", \
+            "0.263752, 0.540236, 0.699156, 0.947475, 1.36464, 2.05223, 3.21596" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0232651, 0.0594465, 0.0830503, 0.121712, 0.186397, 0.2936, 0.472463", \
+            "0.0468189, 0.0997382, 0.127042, 0.167906, 0.232933, 0.340158, 0.518638", \
+            "0.0607814, 0.128544, 0.161578, 0.20839, 0.278401, 0.387736, 0.566448", \
+            "0.0775193, 0.169466, 0.21228, 0.271442, 0.354506, 0.475254, 0.659895", \
+            "0.0976889, 0.222594, 0.281976, 0.360486, 0.468112, 0.615355, 0.82656", \
+            "0.119006, 0.28961, 0.371554, 0.482375, 0.62905, 0.82288, 1.08639", \
+            "0.135952, 0.37195, 0.483536, 0.634111, 0.840004, 1.11177, 1.46331" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.015941, 0.061347, 0.0935334, 0.147117, 0.236812, 0.385961, 0.634918", \
+            "0.0312395, 0.0769444, 0.10578, 0.154386, 0.239594, 0.386481, 0.635617", \
+            "0.043576, 0.0956204, 0.124961, 0.172578, 0.253245, 0.39391, 0.637498", \
+            "0.064422, 0.128889, 0.163125, 0.212529, 0.29218, 0.424563, 0.654905", \
+            "0.0989503, 0.184319, 0.22473, 0.283292, 0.369189, 0.504297, 0.722229", \
+            "0.155849, 0.272493, 0.326923, 0.400385, 0.505445, 0.652818, 0.883435", \
+            "0.249818, 0.417655, 0.488967, 0.59156, 0.726882, 0.912451, 1.17375" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0633536, 0.230824, 0.345561, 0.535232, 0.852098, 1.38037, 2.26056", \
+            "0.0807761, 0.253584, 0.368909, 0.558745, 0.876637, 1.40483, 2.28608", \
+            "0.0913831, 0.275744, 0.391488, 0.581598, 0.899257, 1.42849, 2.3095", \
+            "0.107561, 0.315853, 0.43661, 0.628788, 0.946642, 1.47556, 2.35619", \
+            "0.136066, 0.381681, 0.515043, 0.718213, 1.04206, 1.57147, 2.45223", \
+            "0.18447, 0.48638, 0.642283, 0.8717, 1.22, 1.76488, 2.64836", \
+            "0.260102, 0.644398, 0.836348, 1.10971, 1.50911, 2.10722, 3.03128" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0524268, 0.281558, 0.440964, 0.704696, 1.14638, 1.88103, 3.1064", \
+            "0.0622934, 0.282603, 0.441094, 0.704771, 1.14639, 1.88104, 3.10761", \
+            "0.0727772, 0.288599, 0.443673, 0.705268, 1.1464, 1.88164, 3.10771", \
+            "0.0925323, 0.309509, 0.458752, 0.712675, 1.14821, 1.88165, 3.10802", \
+            "0.124987, 0.355068, 0.50173, 0.746582, 1.16766, 1.88765, 3.10803", \
+            "0.177637, 0.436294, 0.591406, 0.835046, 1.24364, 1.93605, 3.12735", \
+            "0.264345, 0.573164, 0.742855, 1.00401, 1.42033, 2.10133, 3.24552" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0223444, 0.0575862, 0.0809088, 0.119359, 0.183823, 0.29085, 0.46926", \
+            "0.0433835, 0.0974128, 0.124765, 0.165637, 0.230543, 0.337575, 0.516058", \
+            "0.0553351, 0.125354, 0.158805, 0.20579, 0.275928, 0.38518, 0.56382", \
+            "0.068747, 0.164735, 0.208292, 0.268157, 0.351444, 0.472465, 0.657194", \
+            "0.0830496, 0.215007, 0.27602, 0.35565, 0.464162, 0.612102, 0.823521", \
+            "0.0945217, 0.27749, 0.361774, 0.474447, 0.622912, 0.818071, 1.08258", \
+            "0.0945227, 0.349476, 0.465987, 0.620093, 0.830289, 1.10398, 1.45787" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137417, 0.0585425, 0.0908399, 0.144269, 0.233902, 0.383156, 0.631788", \
+            "0.0284257, 0.0745086, 0.103257, 0.151768, 0.236762, 0.383493, 0.632016", \
+            "0.0403076, 0.0929736, 0.122524, 0.170007, 0.250668, 0.390969, 0.633771", \
+            "0.0605385, 0.126211, 0.159791, 0.209811, 0.289717, 0.421853, 0.652043", \
+            "0.0941417, 0.180581, 0.22175, 0.28038, 0.366287, 0.501984, 0.719495", \
+            "0.14861, 0.268725, 0.323117, 0.398015, 0.501797, 0.651159, 0.880583", \
+            "0.239172, 0.413832, 0.486375, 0.587112, 0.723634, 0.909453, 1.17062" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0460875, 0.215155, 0.330061, 0.519659, 0.836846, 1.36511, 2.24548", \
+            "0.0670579, 0.240584, 0.355921, 0.546172, 0.863806, 1.39205, 2.27267", \
+            "0.0812157, 0.268066, 0.383233, 0.572726, 0.890085, 1.41908, 2.29912", \
+            "0.102133, 0.31753, 0.43903, 0.630325, 0.9468, 1.47511, 2.35461", \
+            "0.134497, 0.393515, 0.531627, 0.737911, 1.0612, 1.58829, 2.46639", \
+            "0.186257, 0.507514, 0.672509, 0.913703, 1.27028, 1.81924, 2.70044", \
+            "0.268709, 0.674914, 0.878683, 1.1704, 1.59495, 2.21634, 3.15415" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0517319, 0.281641, 0.441183, 0.704516, 1.14573, 1.88103, 3.10659", \
+            "0.0636855, 0.282702, 0.442637, 0.705229, 1.14615, 1.88104, 3.1066", \
+            "0.073372, 0.291173, 0.444568, 0.705237, 1.14616, 1.88161, 3.10661", \
+            "0.0905155, 0.318968, 0.465835, 0.716129, 1.14898, 1.88261, 3.10762", \
+            "0.120737, 0.372877, 0.521898, 0.763843, 1.17715, 1.8921, 3.10763", \
+            "0.173036, 0.463527, 0.626792, 0.8766, 1.28277, 1.96287, 3.13989", \
+            "0.262264, 0.614675, 0.795557, 1.07838, 1.50526, 2.1861, 3.31095" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0193311, 0.054946, 0.0782053, 0.11661, 0.180996, 0.287944, 0.466473", \
+            "0.0366907, 0.0940426, 0.121719, 0.16285, 0.22782, 0.334836, 0.513265", \
+            "0.0456705, 0.121051, 0.155077, 0.202597, 0.272978, 0.382436, 0.561072", \
+            "0.0544917, 0.158528, 0.20337, 0.264028, 0.348034, 0.469503, 0.65449", \
+            "0.0613835, 0.2056, 0.268689, 0.349919, 0.459574, 0.608004, 0.820348", \
+            "0.0613845, 0.263074, 0.350269, 0.46573, 0.616583, 0.813166, 1.07828", \
+            "0.0613855, 0.324844, 0.446889, 0.605265, 0.818762, 1.09637, 1.4524" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112091, 0.0555348, 0.0879552, 0.14124, 0.230832, 0.380011, 0.628803", \
+            "0.0252397, 0.0718016, 0.10053, 0.148898, 0.233712, 0.380409, 0.628804", \
+            "0.0370054, 0.0902175, 0.119753, 0.167252, 0.247733, 0.387986, 0.630585", \
+            "0.0564959, 0.122925, 0.156947, 0.206981, 0.28689, 0.419043, 0.648998", \
+            "0.0888956, 0.177088, 0.218788, 0.277852, 0.364017, 0.498897, 0.717253", \
+            "0.14279, 0.264639, 0.320788, 0.396296, 0.50021, 0.648572, 0.87717", \
+            "0.234332, 0.412238, 0.484293, 0.585663, 0.723474, 0.907071, 1.16766" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0121662, 0.0123684, 0.0123616, 0.012292, 0.0121563, 0.0121562, 0.0120841", \
+            "0.0118776, 0.0121244, 0.0121705, 0.0121501, 0.0120624, 0.0121102, 0.0120446", \
+            "0.0118696, 0.0120268, 0.012026, 0.0120214, 0.011994, 0.0119898, 0.0119552", \
+            "0.0120747, 0.012001, 0.012091, 0.0120247, 0.012187, 0.0119929, 0.0119996", \
+            "0.0135114, 0.0127539, 0.0125509, 0.0124289, 0.0120924, 0.0124187, 0.0120743", \
+            "0.0185585, 0.0158873, 0.0152897, 0.0145565, 0.0138118, 0.0135974, 0.0133141", \
+            "0.0305202, 0.025358, 0.0237244, 0.0217372, 0.019843, 0.0180256, 0.0165976" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00360824, 0.003573, 0.00354401, 0.00345986, 0.00335156, 0.00310588, 0.00281307", \
+            "0.00343536, 0.0034273, 0.00336747, 0.00341199, 0.00335342, 0.0029229, 0.00278223", \
+            "0.0036674, 0.0035455, 0.00349084, 0.00331265, 0.00332447, 0.00302435, 0.00251334", \
+            "0.00456629, 0.00393621, 0.00384958, 0.00371226, 0.00332078, 0.00325169, 0.00282254", \
+            "0.0069954, 0.00545838, 0.00496367, 0.00469848, 0.00425083, 0.00360628, 0.00295417", \
+            "0.0125579, 0.00947128, 0.00837552, 0.00737442, 0.00633756, 0.00557686, 0.00482539", \
+            "0.0245213, 0.0197577, 0.0176699, 0.015325, 0.0127352, 0.0103105, 0.00867033" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00970964, 0.00995094, 0.00994278, 0.00988057, 0.00975477, 0.00969289, 0.00966006", \
+            "0.00945668, 0.00981645, 0.00977896, 0.00973464, 0.00966631, 0.00971333, 0.00948881", \
+            "0.00946346, 0.00959182, 0.0096289, 0.00965563, 0.00958327, 0.00958584, 0.00960001", \
+            "0.00980238, 0.0096274, 0.00971224, 0.00965239, 0.00950865, 0.0096238, 0.00960286", \
+            "0.011505, 0.0105472, 0.010242, 0.0100918, 0.00977583, 0.0103625, 0.00951145", \
+            "0.0165543, 0.0138534, 0.013126, 0.0123688, 0.0114889, 0.0112235, 0.0106108", \
+            "0.0276519, 0.0227383, 0.0210882, 0.0191951, 0.0174727, 0.015202, 0.0139778" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00343508, 0.00349207, 0.003404, 0.0033335, 0.00322926, 0.0029877, 0.00263731", \
+            "0.00321843, 0.0033078, 0.00327219, 0.00335034, 0.00328656, 0.00290517, 0.00268545", \
+            "0.00342955, 0.0034338, 0.00339774, 0.00324117, 0.00328273, 0.00303108, 0.00258898", \
+            "0.00432509, 0.00375966, 0.00376193, 0.00361921, 0.00324919, 0.00318847, 0.00269401", \
+            "0.00662308, 0.00518422, 0.00475888, 0.00442007, 0.00416332, 0.00355007, 0.00289327", \
+            "0.011867, 0.00900994, 0.00796836, 0.00705383, 0.00611609, 0.00528205, 0.00457796", \
+            "0.0230098, 0.0185181, 0.0166202, 0.0145897, 0.0121217, 0.00992661, 0.00835669" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0073021, 0.00755719, 0.00755393, 0.00747927, 0.00737375, 0.00735027, 0.0071941", \
+            "0.00707223, 0.00729848, 0.00733475, 0.00734325, 0.00727391, 0.00727771, 0.00722578", \
+            "0.00717932, 0.00724488, 0.00724561, 0.00726016, 0.00720624, 0.00719487, 0.00719671", \
+            "0.00781383, 0.00740749, 0.0074353, 0.00734081, 0.0072554, 0.00714179, 0.0071963", \
+            "0.00985872, 0.00857007, 0.0081955, 0.00795034, 0.00755939, 0.00747701, 0.00729794", \
+            "0.0147404, 0.0119868, 0.0112261, 0.0103203, 0.00942987, 0.00892567, 0.00820922", \
+            "0.0251685, 0.0203775, 0.0188122, 0.0170838, 0.0151895, 0.0129137, 0.0119837" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00301622, 0.00315036, 0.00314684, 0.00306421, 0.00296161, 0.00275585, 0.00231532", \
+            "0.00285189, 0.00312412, 0.00309182, 0.00315583, 0.00309398, 0.00275433, 0.00245708", \
+            "0.00308719, 0.00316447, 0.00320008, 0.00305777, 0.00313889, 0.00284076, 0.00237761", \
+            "0.0039917, 0.00349672, 0.00345289, 0.00342565, 0.00314909, 0.00302339, 0.00262078", \
+            "0.00626383, 0.00480123, 0.0044751, 0.00415492, 0.00392822, 0.00341736, 0.00271023", \
+            "0.0112628, 0.00849311, 0.00753539, 0.00666188, 0.00571859, 0.00515557, 0.00445845", \
+            "0.0217857, 0.0174952, 0.0157143, 0.0137697, 0.0115614, 0.00946725, 0.00802062" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00457242, 0.00502557, 0.00504164, 0.00499914, 0.00488304, 0.00487331, 0.00485087", \
+            "0.00465891, 0.00481873, 0.00486437, 0.00483764, 0.00473957, 0.0047427, 0.00467535", \
+            "0.00515049, 0.00486463, 0.00481149, 0.00477491, 0.00471612, 0.00471414, 0.0047279", \
+            "0.00626899, 0.00537219, 0.0052796, 0.00512017, 0.00491892, 0.00484393, 0.00476564", \
+            "0.0087078, 0.00707771, 0.00656999, 0.00614163, 0.00552547, 0.00537854, 0.00494129", \
+            "0.0138022, 0.010916, 0.0100164, 0.00898192, 0.00779603, 0.00730077, 0.00612302", \
+            "0.0247513, 0.0198979, 0.0182532, 0.0164301, 0.0143613, 0.011795, 0.0101933" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00246371, 0.00291279, 0.00295379, 0.00287693, 0.00278631, 0.00255182, 0.00211074", \
+            "0.00243459, 0.00287696, 0.00287069, 0.00298996, 0.00288636, 0.00263706, 0.002305", \
+            "0.00274682, 0.00291254, 0.00296759, 0.00288314, 0.00296045, 0.00270923, 0.00218442", \
+            "0.00378443, 0.00321384, 0.00320516, 0.00317671, 0.00295423, 0.00282989, 0.00268984", \
+            "0.006161, 0.0045028, 0.00419918, 0.00388409, 0.00376008, 0.0031896, 0.00274124", \
+            "0.0114415, 0.00814105, 0.00716106, 0.00637838, 0.00548823, 0.00496882, 0.00415059", \
+            "0.0225652, 0.0172911, 0.0152669, 0.0132136, 0.0110422, 0.00900836, 0.00769509" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00322292;
+      rise_capacitance : 0.00312911;
+      rise_capacitance_range (0.00295676, 0.00347269);
+      fall_capacitance : 0.00331674;
+      fall_capacitance_range (0.00280051, 0.00369806);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00322968;
+      rise_capacitance : 0.00318485;
+      rise_capacitance_range (0.00285964, 0.00367196);
+      fall_capacitance : 0.00327451;
+      fall_capacitance_range (0.00275923, 0.0036058);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00318905;
+      rise_capacitance : 0.00318893;
+      rise_capacitance_range (0.00274091, 0.00383878);
+      fall_capacitance : 0.00318918;
+      fall_capacitance_range (0.00270621, 0.00346559);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301037;
+      rise_capacitance : 0.00313837;
+      rise_capacitance_range (0.00254453, 0.00404537);
+      fall_capacitance : 0.00288238;
+      fall_capacitance_range (0.00267228, 0.00304803);
+    }
+  }
+  cell (sg13g2_nor4_2) {
+    area : 21.7728;
+    cell_footprint : "nor4";
+    cell_leakage_power : 660.428;
+    leakage_power () {
+      value : 632.3;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 722.46;
+      when : "!A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 578.06;
+      when : "!A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 783.51;
+      when : "!A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 446.835;
+      when : "!A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 666.412;
+      when : "!A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 650.895;
+      when : "!A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 887.115;
+      when : "!A&B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 316.105;
+      when : "A&!B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 538.527;
+      when : "A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 534.467;
+      when : "A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 777.481;
+      when : "A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 520.826;
+      when : "A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 762.963;
+      when : "A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 754.891;
+      when : "A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 994.008;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0723848, 0.245389, 0.361321, 0.55252, 0.872849, 1.40572, 2.29484", \
+            "0.0895982, 0.264536, 0.380979, 0.573502, 0.892948, 1.42653, 2.31518", \
+            "0.0981689, 0.278701, 0.395306, 0.587051, 0.907631, 1.44178, 2.32973", \
+            "0.106872, 0.30058, 0.419822, 0.612688, 0.933348, 1.468, 2.35738", \
+            "0.115323, 0.335041, 0.460569, 0.660104, 0.983839, 1.5176, 2.40693", \
+            "0.130614, 0.391955, 0.53156, 0.743407, 1.08026, 1.62235, 2.5116", \
+            "0.160899, 0.483765, 0.645825, 0.88221, 1.24716, 1.81372, 2.72606" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0469108, 0.283829, 0.444719, 0.710959, 1.15717, 1.89969, 3.13874", \
+            "0.0511858, 0.283927, 0.445446, 0.711975, 1.15718, 1.8997, 3.13974", \
+            "0.0566512, 0.286899, 0.446093, 0.711976, 1.15748, 1.90025, 3.13975", \
+            "0.0689711, 0.298639, 0.454435, 0.715515, 1.15753, 1.90141, 3.13976", \
+            "0.0986385, 0.327257, 0.480436, 0.735966, 1.16978, 1.90387, 3.13977", \
+            "0.157415, 0.387869, 0.541318, 0.793531, 1.21647, 1.93459, 3.15082", \
+            "0.245348, 0.505542, 0.663265, 0.913523, 1.33622, 2.0389, 3.22733" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0215886, 0.0599664, 0.0839032, 0.122785, 0.187354, 0.294124, 0.471948", \
+            "0.0461754, 0.100816, 0.128153, 0.16899, 0.233911, 0.340629, 0.518331", \
+            "0.0611651, 0.130341, 0.163159, 0.209742, 0.279374, 0.388322, 0.566055", \
+            "0.0796842, 0.172605, 0.214791, 0.273427, 0.355842, 0.475924, 0.659547", \
+            "0.103435, 0.228251, 0.286415, 0.363784, 0.470187, 0.616149, 0.825766", \
+            "0.132247, 0.299576, 0.37955, 0.488366, 0.632953, 0.824983, 1.08636", \
+            "0.165112, 0.392106, 0.499054, 0.645312, 0.847874, 1.11563, 1.46461" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0162418, 0.0636352, 0.0959886, 0.149217, 0.238609, 0.387127, 0.634949", \
+            "0.0321147, 0.0790222, 0.107749, 0.156392, 0.241343, 0.387607, 0.635317", \
+            "0.0447607, 0.0976506, 0.126916, 0.174424, 0.254872, 0.394901, 0.637165", \
+            "0.0659376, 0.131447, 0.16474, 0.214101, 0.293533, 0.425564, 0.654889", \
+            "0.100978, 0.187627, 0.227407, 0.286375, 0.371012, 0.505199, 0.722139", \
+            "0.158908, 0.276465, 0.329802, 0.402717, 0.506846, 0.654549, 0.882351", \
+            "0.257415, 0.42148, 0.493119, 0.592467, 0.72792, 0.91268, 1.17321" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0693577, 0.242369, 0.358279, 0.549495, 0.869476, 1.4027, 2.29201", \
+            "0.0867793, 0.263271, 0.379699, 0.572186, 0.891871, 1.42536, 2.31343", \
+            "0.0958303, 0.280283, 0.39691, 0.588711, 0.909422, 1.44355, 2.33189", \
+            "0.106246, 0.310117, 0.430357, 0.623672, 0.944621, 1.47834, 2.3684", \
+            "0.121971, 0.359397, 0.488924, 0.689873, 1.01543, 1.54964, 2.43769", \
+            "0.15514, 0.44282, 0.587628, 0.807527, 1.15041, 1.69528, 2.5854", \
+            "0.209576, 0.572765, 0.747884, 0.999529, 1.37749, 1.96075, 2.87637" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0469226, 0.283616, 0.444907, 0.710958, 1.15674, 1.89969, 3.13908", \
+            "0.0535292, 0.284438, 0.445636, 0.712216, 1.15706, 1.9008, 3.13945", \
+            "0.0614507, 0.288406, 0.446581, 0.712217, 1.15747, 1.90081, 3.13946", \
+            "0.078567, 0.30392, 0.457722, 0.717083, 1.15893, 1.90082, 3.13947", \
+            "0.113464, 0.34064, 0.490846, 0.742563, 1.17266, 1.9047, 3.13948", \
+            "0.16989, 0.413961, 0.563266, 0.811613, 1.2309, 1.94173, 3.15423", \
+            "0.257168, 0.542268, 0.702413, 0.952309, 1.37238, 2.06749, 3.24507" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0220629, 0.0593652, 0.0829305, 0.121564, 0.186068, 0.293131, 0.471334", \
+            "0.0448713, 0.0996789, 0.126951, 0.167724, 0.232629, 0.339505, 0.517608", \
+            "0.0583636, 0.128486, 0.161534, 0.20819, 0.278064, 0.387122, 0.565334", \
+            "0.0743423, 0.169467, 0.212213, 0.271245, 0.354082, 0.474575, 0.65875", \
+            "0.0934402, 0.222639, 0.282001, 0.360556, 0.467779, 0.614669, 0.825506", \
+            "0.112435, 0.289638, 0.371508, 0.482233, 0.628549, 0.822015, 1.0847", \
+            "0.127489, 0.371351, 0.483339, 0.633565, 0.83951, 1.11033, 1.46158" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0149629, 0.0613685, 0.0938527, 0.146894, 0.236796, 0.385578, 0.634132", \
+            "0.0297613, 0.076914, 0.105757, 0.154299, 0.23939, 0.386008, 0.634315", \
+            "0.0418104, 0.0953273, 0.125064, 0.172408, 0.253084, 0.393558, 0.636209", \
+            "0.0621309, 0.128806, 0.163006, 0.212043, 0.291901, 0.424174, 0.654126", \
+            "0.0957795, 0.183931, 0.22462, 0.282962, 0.368656, 0.503823, 0.721416", \
+            "0.152734, 0.272465, 0.32678, 0.400685, 0.505026, 0.652195, 0.882784", \
+            "0.242947, 0.418512, 0.489011, 0.591556, 0.726325, 0.911409, 1.17309" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0596597, 0.232712, 0.348735, 0.53979, 0.859883, 1.39297, 2.28152", \
+            "0.0764859, 0.255473, 0.371697, 0.563406, 0.883914, 1.4174, 2.30604", \
+            "0.0863827, 0.27742, 0.394323, 0.586087, 0.906729, 1.44103, 2.33007", \
+            "0.100685, 0.317557, 0.439422, 0.633271, 0.954149, 1.48847, 2.37748", \
+            "0.127233, 0.383181, 0.517574, 0.722136, 1.04889, 1.58335, 2.47241", \
+            "0.173174, 0.487715, 0.644622, 0.875847, 1.22631, 1.77637, 2.66791", \
+            "0.246032, 0.646737, 0.839842, 1.11394, 1.51614, 2.11864, 3.05025" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0469491, 0.283743, 0.44486, 0.71136, 1.15686, 1.89958, 3.13793", \
+            "0.0566922, 0.284628, 0.445218, 0.711361, 1.15687, 1.89969, 3.13794", \
+            "0.0669411, 0.290546, 0.447484, 0.71173, 1.15742, 1.90033, 3.13897", \
+            "0.0862822, 0.311291, 0.462289, 0.718853, 1.15939, 1.90044, 3.14026", \
+            "0.118322, 0.35675, 0.504986, 0.752383, 1.17752, 1.90614, 3.14027", \
+            "0.170008, 0.437608, 0.593223, 0.840512, 1.25361, 1.95382, 3.15809", \
+            "0.255088, 0.575058, 0.746366, 1.01056, 1.43061, 2.11782, 3.27484" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0211543, 0.057406, 0.0806956, 0.119065, 0.183367, 0.290043, 0.468412", \
+            "0.0412294, 0.0972365, 0.124553, 0.165357, 0.230104, 0.336857, 0.514763", \
+            "0.0525411, 0.125153, 0.158561, 0.205477, 0.275449, 0.384504, 0.562669", \
+            "0.0648922, 0.164449, 0.20801, 0.267793, 0.350929, 0.471746, 0.656031", \
+            "0.0777826, 0.214754, 0.275694, 0.355433, 0.46364, 0.611259, 0.822849", \
+            "0.0870177, 0.276971, 0.361243, 0.47393, 0.622143, 0.81701, 1.08098", \
+            "0.0870187, 0.348411, 0.46528, 0.619438, 0.828554, 1.10248, 1.45655" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127089, 0.0583993, 0.0909256, 0.143906, 0.233599, 0.382648, 0.631049", \
+            "0.0267803, 0.0743552, 0.103138, 0.151573, 0.236413, 0.382955, 0.6318", \
+            "0.0384113, 0.0928024, 0.122322, 0.169794, 0.250305, 0.390479, 0.633161", \
+            "0.0580756, 0.125902, 0.159563, 0.209548, 0.289311, 0.421439, 0.651268", \
+            "0.090239, 0.180184, 0.221421, 0.279915, 0.366386, 0.501131, 0.719317", \
+            "0.14272, 0.268439, 0.322719, 0.397559, 0.50234, 0.650478, 0.879715", \
+            "0.230693, 0.413791, 0.485821, 0.586357, 0.7233, 0.908216, 1.16919" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0408884, 0.215498, 0.331692, 0.523132, 0.843079, 1.37627, 2.26484", \
+            "0.0611684, 0.241033, 0.35729, 0.54928, 0.869618, 1.40334, 2.29281", \
+            "0.0743222, 0.268479, 0.384591, 0.575761, 0.89595, 1.42998, 2.31917", \
+            "0.0941209, 0.318177, 0.440737, 0.633678, 0.953129, 1.48636, 2.37534", \
+            "0.124617, 0.39444, 0.533482, 0.741496, 1.06744, 1.5993, 2.48574", \
+            "0.173889, 0.509016, 0.674529, 0.918013, 1.27759, 1.83075, 2.71932", \
+            "0.253807, 0.677456, 0.882564, 1.17573, 1.60378, 2.22924, 3.17445" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0457948, 0.283896, 0.444847, 0.711205, 1.15679, 1.89969, 3.13793", \
+            "0.0574766, 0.284738, 0.446797, 0.711638, 1.1568, 1.90078, 3.13907", \
+            "0.0665792, 0.293164, 0.448224, 0.711695, 1.15725, 1.90079, 3.13908", \
+            "0.0822467, 0.320542, 0.469402, 0.72225, 1.15941, 1.9008, 3.13909", \
+            "0.111173, 0.374502, 0.525174, 0.769548, 1.18793, 1.90947, 3.1391", \
+            "0.161585, 0.464738, 0.629216, 0.882432, 1.29297, 1.98041, 3.17007", \
+            "0.247494, 0.615532, 0.798598, 1.08376, 1.51579, 2.2043, 3.34019" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0179944, 0.0545589, 0.0776679, 0.115856, 0.179892, 0.286178, 0.463856", \
+            "0.0338582, 0.0935911, 0.121149, 0.162119, 0.226755, 0.333087, 0.510431", \
+            "0.041761, 0.120513, 0.154465, 0.20181, 0.271843, 0.380708, 0.55837", \
+            "0.0489538, 0.157802, 0.202592, 0.263097, 0.346781, 0.467708, 0.651631", \
+            "0.0535692, 0.204688, 0.267621, 0.348926, 0.457901, 0.606134, 0.817926", \
+            "0.0535702, 0.261761, 0.348667, 0.464184, 0.614801, 0.810708, 1.07466", \
+            "0.0535712, 0.322501, 0.444557, 0.602913, 0.816304, 1.0933, 1.44833" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100318, 0.0550334, 0.087075, 0.140256, 0.229444, 0.377964, 0.625422", \
+            "0.023472, 0.0713169, 0.100052, 0.148065, 0.232509, 0.378353, 0.626498", \
+            "0.0347323, 0.089777, 0.11917, 0.166461, 0.24646, 0.385837, 0.627561", \
+            "0.053454, 0.122305, 0.156346, 0.20616, 0.285731, 0.41707, 0.645894", \
+            "0.0844802, 0.176972, 0.218061, 0.276774, 0.362558, 0.497376, 0.714115", \
+            "0.135951, 0.263993, 0.320097, 0.395492, 0.497943, 0.646585, 0.875071", \
+            "0.224319, 0.411809, 0.483466, 0.584514, 0.722603, 0.90484, 1.16475" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246103, 0.0251152, 0.0250915, 0.0249741, 0.0246835, 0.0246993, 0.0245396", \
+            "0.0241205, 0.0248393, 0.0247404, 0.0247747, 0.0244845, 0.0245175, 0.0242886", \
+            "0.0240825, 0.0243814, 0.0244463, 0.0245067, 0.0243871, 0.0244451, 0.0243474", \
+            "0.0245015, 0.0243617, 0.024562, 0.0243277, 0.0242253, 0.0239199, 0.0243788", \
+            "0.0273465, 0.0258033, 0.0253428, 0.0252146, 0.0245917, 0.0261683, 0.0243896", \
+            "0.0374671, 0.0319421, 0.0307544, 0.0294475, 0.0278913, 0.0277555, 0.0259738", \
+            "0.0614882, 0.050768, 0.0474844, 0.0436753, 0.0401901, 0.0359621, 0.0339104" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00712583, 0.00708789, 0.00698803, 0.00679132, 0.00661227, 0.00609455, 0.00546846", \
+            "0.00676243, 0.00673014, 0.00664806, 0.00675976, 0.00653883, 0.00581647, 0.00528805", \
+            "0.00725345, 0.00698653, 0.00685102, 0.00653506, 0.00660954, 0.00598544, 0.00502606", \
+            "0.00908518, 0.00776238, 0.00755663, 0.00731531, 0.00664452, 0.00637608, 0.00571517", \
+            "0.0140319, 0.0107791, 0.0098362, 0.00926376, 0.00847918, 0.0073776, 0.00560279", \
+            "0.0251655, 0.0187993, 0.0165717, 0.0145691, 0.0125969, 0.0109894, 0.00915985", \
+            "0.0491788, 0.0391756, 0.0350318, 0.0303134, 0.0252656, 0.0204204, 0.0172409" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197893, 0.0203259, 0.020318, 0.0201965, 0.0198858, 0.019922, 0.0196134", \
+            "0.019322, 0.0199881, 0.0199747, 0.0200317, 0.0197484, 0.0198632, 0.0195798", \
+            "0.0193373, 0.0195938, 0.0196661, 0.0196762, 0.0195356, 0.0196608, 0.0195533", \
+            "0.0199955, 0.0196923, 0.0198476, 0.0197234, 0.019589, 0.0194972, 0.019373", \
+            "0.0233696, 0.0213954, 0.0208676, 0.020574, 0.0198423, 0.0211555, 0.0196714", \
+            "0.0334933, 0.0279238, 0.0263252, 0.0248195, 0.0232605, 0.0224116, 0.0211804", \
+            "0.0557867, 0.0455239, 0.0422635, 0.0384791, 0.0349286, 0.0309067, 0.028608" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00672443, 0.00676072, 0.00678848, 0.00650981, 0.00635828, 0.0059077, 0.00513883", \
+            "0.00626075, 0.00649469, 0.00641927, 0.00654295, 0.00621736, 0.00563939, 0.00508863", \
+            "0.00671539, 0.00665265, 0.0066563, 0.00630979, 0.00640988, 0.00594846, 0.00483208", \
+            "0.00848262, 0.00736171, 0.00738766, 0.00708274, 0.00633079, 0.00624801, 0.00567531", \
+            "0.0131552, 0.010147, 0.00927547, 0.00866805, 0.00812471, 0.00670144, 0.00561602", \
+            "0.0236897, 0.0177784, 0.0157217, 0.0139005, 0.0120352, 0.0104426, 0.00915353", \
+            "0.0458822, 0.036698, 0.03295, 0.0288453, 0.0240242, 0.0195295, 0.0165633" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0149951, 0.0155316, 0.0155142, 0.0153957, 0.0151395, 0.0150975, 0.0147315", \
+            "0.014552, 0.0150099, 0.0151288, 0.0150966, 0.014918, 0.0149917, 0.0147233", \
+            "0.0147764, 0.0148647, 0.0149062, 0.0149254, 0.0148112, 0.0148323, 0.0146624", \
+            "0.0160234, 0.0152195, 0.0152636, 0.0150747, 0.0148001, 0.0147945, 0.0148991", \
+            "0.0201769, 0.0174556, 0.016748, 0.01623, 0.0153411, 0.0162795, 0.0148513", \
+            "0.0300558, 0.0242534, 0.0226654, 0.0210067, 0.0191703, 0.0189358, 0.016595", \
+            "0.0510003, 0.0410008, 0.0378796, 0.034457, 0.030616, 0.0262704, 0.0235243" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00549504, 0.00579925, 0.00589797, 0.00558742, 0.00541614, 0.00493871, 0.0042825", \
+            "0.00517295, 0.00573895, 0.00569306, 0.00581189, 0.00548772, 0.00494694, 0.00466881", \
+            "0.00570277, 0.00582048, 0.00587887, 0.00559613, 0.0057572, 0.0051332, 0.00415002", \
+            "0.00756295, 0.00647737, 0.00641799, 0.00632332, 0.00563968, 0.00552823, 0.00459192", \
+            "0.0121198, 0.00908922, 0.00847095, 0.00774258, 0.00744228, 0.0063199, 0.00506821", \
+            "0.0221712, 0.01643, 0.0145456, 0.0127898, 0.0110645, 0.0098279, 0.00827751", \
+            "0.0432175, 0.0343543, 0.0308397, 0.0268595, 0.0224173, 0.0182328, 0.0155218" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0093223, 0.0103313, 0.0103619, 0.0102558, 0.00999463, 0.0100252, 0.00963516", \
+            "0.00965876, 0.00990075, 0.0100483, 0.00993478, 0.009713, 0.00991462, 0.0096094", \
+            "0.0106532, 0.0100172, 0.00990191, 0.0098436, 0.00970149, 0.00976483, 0.00954081", \
+            "0.0129448, 0.01101, 0.0108378, 0.0102804, 0.00995738, 0.00979805, 0.00957275", \
+            "0.0179066, 0.0144402, 0.0133811, 0.0125726, 0.0113206, 0.011879, 0.010201", \
+            "0.0281983, 0.0220818, 0.0202365, 0.0181841, 0.0158824, 0.0141593, 0.0124489", \
+            "0.0502061, 0.0400132, 0.036699, 0.0330837, 0.0289961, 0.0239063, 0.0208624" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00401398, 0.00502636, 0.00506448, 0.00496791, 0.00476823, 0.00432192, 0.00359448", \
+            "0.00408593, 0.0049816, 0.00499474, 0.00518441, 0.00495822, 0.00451547, 0.00439103", \
+            "0.00477659, 0.0050752, 0.00515877, 0.00503125, 0.00513348, 0.00468213, 0.00379865", \
+            "0.0069613, 0.00566831, 0.00569101, 0.00562166, 0.00518046, 0.00498432, 0.00439758", \
+            "0.0118065, 0.00835132, 0.0076733, 0.0070561, 0.00669258, 0.00571039, 0.00452996", \
+            "0.0224505, 0.0155418, 0.013585, 0.012023, 0.0101098, 0.0091087, 0.0076315", \
+            "0.0446739, 0.0337663, 0.029707, 0.0256284, 0.0214541, 0.0173085, 0.0145625" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00623537;
+      rise_capacitance : 0.0060486;
+      rise_capacitance_range (0.00570062, 0.00674763);
+      fall_capacitance : 0.00642213;
+      fall_capacitance_range (0.00539536, 0.00719369);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00616685;
+      rise_capacitance : 0.00608385;
+      rise_capacitance_range (0.00542656, 0.00708036);
+      fall_capacitance : 0.00624985;
+      fall_capacitance_range (0.00525144, 0.00692071);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00610377;
+      rise_capacitance : 0.0061075;
+      rise_capacitance_range (0.00519512, 0.00745877);
+      fall_capacitance : 0.00610003;
+      fall_capacitance_range (0.0051741, 0.00665523);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0058909;
+      rise_capacitance : 0.00614981;
+      rise_capacitance_range (0.00486596, 0.00812183);
+      fall_capacitance : 0.005632;
+      fall_capacitance_range (0.00518877, 0.00596807);
+    }
+  }
+  cell (sg13g2_o21ai_1) {
+    area : 9.072;
+    cell_footprint : "o21ai";
+    cell_leakage_power : 372.588;
+    leakage_power () {
+      value : 230.602;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 342.64;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 342.646;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 450.005;
+      when : "A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 170.71;
+      when : "!A1&!A2&B1&Y";
+    }
+    leakage_power () {
+      value : 398.702;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 473.354;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 572.047;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1+A2)*B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0463081, 0.14749, 0.216723, 0.330652, 0.521618, 0.839427, 1.36919", \
+            "0.0667436, 0.174828, 0.244291, 0.358524, 0.549855, 0.867581, 1.39722", \
+            "0.0786796, 0.197872, 0.269306, 0.384123, 0.5752, 0.893239, 1.42366", \
+            "0.0957193, 0.236149, 0.314112, 0.434299, 0.627614, 0.946101, 1.47606", \
+            "0.122003, 0.295478, 0.385626, 0.51884, 0.724393, 1.04928, 1.58057", \
+            "0.164445, 0.385902, 0.49632, 0.653162, 0.887083, 1.23882, 1.78756", \
+            "0.227802, 0.519097, 0.66165, 0.858737, 1.13751, 1.54407, 2.15009" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0322224, 0.172191, 0.269361, 0.429634, 0.698313, 1.14627, 1.89195", \
+            "0.0413389, 0.174813, 0.270052, 0.430748, 0.698971, 1.14628, 1.89196", \
+            "0.0510255, 0.183643, 0.275937, 0.432489, 0.698972, 1.14629, 1.89197", \
+            "0.0693798, 0.206896, 0.296549, 0.447247, 0.706375, 1.14834, 1.89334", \
+            "0.0994544, 0.251575, 0.34295, 0.49056, 0.740453, 1.16731, 1.89841", \
+            "0.145574, 0.331022, 0.4287, 0.581828, 0.830728, 1.24533, 1.94781", \
+            "0.219216, 0.458856, 0.577182, 0.745943, 1.00805, 1.42852, 2.11722" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0339022, 0.0991018, 0.143329, 0.216252, 0.338304, 0.54136, 0.879938", \
+            "0.0521613, 0.127545, 0.172991, 0.246284, 0.368353, 0.57155, 0.910136", \
+            "0.0629488, 0.150466, 0.199239, 0.275126, 0.398322, 0.60168, 0.940411", \
+            "0.0744356, 0.184588, 0.240542, 0.324219, 0.453491, 0.660082, 0.99915", \
+            "0.0876258, 0.230797, 0.300943, 0.39913, 0.544851, 0.76665, 1.11325", \
+            "0.101956, 0.290304, 0.38129, 0.507106, 0.683619, 0.938194, 1.31666", \
+            "0.111457, 0.366126, 0.484755, 0.647461, 0.876272, 1.19319, 1.63579" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0199073, 0.106753, 0.167043, 0.266988, 0.434234, 0.713017, 1.17763", \
+            "0.0290772, 0.112333, 0.170268, 0.268145, 0.434584, 0.713018, 1.17764", \
+            "0.0387239, 0.123521, 0.179938, 0.274894, 0.437576, 0.713791, 1.17765", \
+            "0.0572107, 0.147868, 0.204216, 0.296674, 0.45379, 0.722341, 1.17936", \
+            "0.0889903, 0.192314, 0.252074, 0.345495, 0.500509, 0.759575, 1.20147", \
+            "0.138941, 0.267431, 0.336458, 0.438677, 0.599334, 0.856126, 1.28532", \
+            "0.218704, 0.39327, 0.476364, 0.597887, 0.779452, 1.05163, 1.48105" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0405461, 0.142517, 0.211769, 0.326007, 0.516773, 0.835078, 1.36437", \
+            "0.0643574, 0.177072, 0.246507, 0.360749, 0.551732, 0.870179, 1.39944", \
+            "0.0795423, 0.208501, 0.280848, 0.395383, 0.586089, 0.904165, 1.43431", \
+            "0.10189, 0.259325, 0.341603, 0.464424, 0.658156, 0.975902, 1.50601", \
+            "0.135783, 0.333244, 0.43364, 0.576975, 0.789403, 1.11645, 1.64681", \
+            "0.189666, 0.443245, 0.56909, 0.746713, 1.00155, 1.37099, 1.92877", \
+            "0.274725, 0.605903, 0.76818, 0.993327, 1.31065, 1.76498, 2.41025" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0324328, 0.172157, 0.26934, 0.429738, 0.698617, 1.14599, 1.89121", \
+            "0.04672, 0.176551, 0.270686, 0.430552, 0.698618, 1.146, 1.89231", \
+            "0.0580354, 0.190842, 0.280015, 0.433726, 0.698619, 1.14621, 1.89232", \
+            "0.0761045, 0.224637, 0.312066, 0.457429, 0.71119, 1.14842, 1.89411", \
+            "0.104379, 0.282752, 0.376411, 0.522549, 0.763865, 1.17974, 1.90143", \
+            "0.151306, 0.373511, 0.484649, 0.646431, 0.896846, 1.29807, 1.98087", \
+            "0.227844, 0.520708, 0.655278, 0.847369, 1.1345, 1.56079, 2.23551" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0284966, 0.0937217, 0.137694, 0.209983, 0.331164, 0.533193, 0.869461", \
+            "0.0431993, 0.12167, 0.167161, 0.240139, 0.361508, 0.563491, 0.900207", \
+            "0.0507942, 0.143705, 0.192943, 0.268843, 0.391448, 0.593711, 0.930468", \
+            "0.0570018, 0.176, 0.233112, 0.317261, 0.446546, 0.652187, 0.989516", \
+            "0.0605002, 0.218749, 0.290728, 0.39083, 0.536998, 0.758302, 1.10386", \
+            "0.0605012, 0.272106, 0.366468, 0.495555, 0.67396, 0.929051, 1.3071", \
+            "0.0605022, 0.331918, 0.458836, 0.627182, 0.861464, 1.17958, 1.62523" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137651, 0.0994816, 0.1594, 0.258579, 0.424656, 0.701478, 1.16302", \
+            "0.0231345, 0.105436, 0.162761, 0.259775, 0.424773, 0.701479, 1.16303", \
+            "0.0329004, 0.116877, 0.172665, 0.266693, 0.427906, 0.703648, 1.16304", \
+            "0.0513371, 0.141423, 0.197173, 0.288791, 0.444641, 0.710971, 1.16511", \
+            "0.0838051, 0.185957, 0.244995, 0.338257, 0.491432, 0.748517, 1.18729", \
+            "0.13369, 0.26184, 0.330673, 0.43319, 0.59134, 0.845955, 1.27267", \
+            "0.21359, 0.39314, 0.472833, 0.594271, 0.773628, 1.04279, 1.47201" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195231, 0.0710275, 0.105104, 0.161304, 0.255451, 0.41186, 0.672774", \
+            "0.0354401, 0.109835, 0.146871, 0.204001, 0.298109, 0.454773, 0.716548", \
+            "0.0443997, 0.138003, 0.181203, 0.243657, 0.339967, 0.496832, 0.757937", \
+            "0.0557425, 0.179544, 0.234482, 0.309833, 0.418337, 0.581582, 0.843905", \
+            "0.0704131, 0.236532, 0.30953, 0.407551, 0.541179, 0.729256, 1.00823", \
+            "0.0897413, 0.314345, 0.41442, 0.546054, 0.722419, 0.961758, 1.29266", \
+            "0.113851, 0.416125, 0.552396, 0.733741, 0.973955, 1.29136, 1.72276" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123862, 0.0809133, 0.130207, 0.211522, 0.348034, 0.5749, 0.953453", \
+            "0.0270219, 0.0936809, 0.13781, 0.214623, 0.350174, 0.574901, 0.954304", \
+            "0.0372492, 0.112559, 0.155661, 0.228019, 0.355173, 0.577183, 0.954305", \
+            "0.0532644, 0.148037, 0.194047, 0.266134, 0.385992, 0.59478, 0.959611", \
+            "0.0785269, 0.204227, 0.259643, 0.338826, 0.461741, 0.660519, 1.00305", \
+            "0.12107, 0.294251, 0.366408, 0.462474, 0.603716, 0.813007, 1.1453", \
+            "0.193716, 0.432909, 0.533144, 0.663475, 0.835275, 1.08347, 1.44446" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226026, 0.0882846, 0.132175, 0.204653, 0.325765, 0.527789, 0.864391", \
+            "0.0370252, 0.123197, 0.169344, 0.242312, 0.363523, 0.565455, 0.901986", \
+            "0.0455124, 0.150353, 0.202218, 0.279611, 0.402481, 0.604524, 0.940914", \
+            "0.0557446, 0.188767, 0.251963, 0.341487, 0.474469, 0.681052, 1.01776", \
+            "0.0683821, 0.23991, 0.320453, 0.431351, 0.588657, 0.819117, 1.16695", \
+            "0.083263, 0.306813, 0.411612, 0.555903, 0.753587, 1.03124, 1.43106", \
+            "0.0985743, 0.396827, 0.530137, 0.716085, 0.97725, 1.33065, 1.82278" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014837, 0.0993294, 0.159324, 0.258527, 0.42466, 0.70147, 1.16288", \
+            "0.0280752, 0.11018, 0.165444, 0.260642, 0.426446, 0.701471, 1.16297", \
+            "0.0384612, 0.127631, 0.181535, 0.272273, 0.430495, 0.703222, 1.16298", \
+            "0.054828, 0.160853, 0.217218, 0.30661, 0.457003, 0.716931, 1.1662", \
+            "0.0817241, 0.213832, 0.279495, 0.375622, 0.528032, 0.776366, 1.20174", \
+            "0.126277, 0.29545, 0.378225, 0.492576, 0.661661, 0.918533, 1.33172", \
+            "0.203685, 0.425069, 0.530526, 0.677251, 0.880802, 1.17537, 1.61309" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195231, 0.0710275, 0.105104, 0.161304, 0.255451, 0.41186, 0.672774", \
+            "0.0354401, 0.109835, 0.146871, 0.204001, 0.298109, 0.454773, 0.716548", \
+            "0.0443997, 0.138003, 0.181203, 0.243657, 0.339967, 0.496832, 0.757937", \
+            "0.0557425, 0.179544, 0.234482, 0.309833, 0.418337, 0.581582, 0.843905", \
+            "0.0704131, 0.236532, 0.30953, 0.407551, 0.541179, 0.729256, 1.00823", \
+            "0.0897413, 0.314345, 0.41442, 0.546054, 0.722419, 0.961758, 1.29266", \
+            "0.113851, 0.416125, 0.552396, 0.733741, 0.973955, 1.29136, 1.72276" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123862, 0.0809133, 0.130207, 0.211522, 0.348034, 0.5749, 0.953453", \
+            "0.0270219, 0.0936809, 0.13781, 0.214623, 0.350174, 0.574901, 0.954304", \
+            "0.0372492, 0.112559, 0.155661, 0.228019, 0.355173, 0.577183, 0.954305", \
+            "0.0532644, 0.148037, 0.194047, 0.266134, 0.385992, 0.59478, 0.959611", \
+            "0.0785269, 0.204227, 0.259643, 0.338826, 0.461741, 0.660519, 1.00305", \
+            "0.12107, 0.294251, 0.366408, 0.462474, 0.603716, 0.813007, 1.1453", \
+            "0.193716, 0.432909, 0.533144, 0.663475, 0.835275, 1.08347, 1.44446" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226026, 0.0882846, 0.132175, 0.204653, 0.325765, 0.527789, 0.864391", \
+            "0.0370252, 0.123197, 0.169344, 0.242312, 0.363523, 0.565455, 0.901986", \
+            "0.0455124, 0.150353, 0.202218, 0.279611, 0.402481, 0.604524, 0.940914", \
+            "0.0557446, 0.188767, 0.251963, 0.341487, 0.474469, 0.681052, 1.01776", \
+            "0.0683821, 0.23991, 0.320453, 0.431351, 0.588657, 0.819117, 1.16695", \
+            "0.083263, 0.306813, 0.411612, 0.555903, 0.753587, 1.03124, 1.43106", \
+            "0.0985743, 0.396827, 0.530137, 0.716085, 0.97725, 1.33065, 1.82278" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014837, 0.0993294, 0.159324, 0.258527, 0.42466, 0.70147, 1.16288", \
+            "0.0280752, 0.11018, 0.165444, 0.260642, 0.426446, 0.701471, 1.16297", \
+            "0.0384612, 0.127631, 0.181535, 0.272273, 0.430495, 0.703222, 1.16298", \
+            "0.054828, 0.160853, 0.217218, 0.30661, 0.457003, 0.716931, 1.1662", \
+            "0.0817241, 0.213832, 0.279495, 0.375622, 0.528032, 0.776366, 1.20174", \
+            "0.126277, 0.29545, 0.378225, 0.492576, 0.661661, 0.918533, 1.33172", \
+            "0.203685, 0.425069, 0.530526, 0.677251, 0.880802, 1.17537, 1.61309" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00632692, 0.00638954, 0.00635385, 0.00626838, 0.00615653, 0.0059068, 0.00557317", \
+            "0.00606307, 0.00620431, 0.00622102, 0.00623219, 0.00611471, 0.00584564, 0.00540748", \
+            "0.00619975, 0.00619733, 0.0063106, 0.00614713, 0.00604442, 0.00579807, 0.00544207", \
+            "0.00699102, 0.00654709, 0.00638118, 0.00641195, 0.00624304, 0.00606942, 0.00565824", \
+            "0.00941576, 0.00797009, 0.00763032, 0.00713163, 0.0068661, 0.00627034, 0.0065947", \
+            "0.015163, 0.012295, 0.011302, 0.0102654, 0.00922889, 0.0080859, 0.00774979", \
+            "0.027243, 0.0228108, 0.0209447, 0.0187266, 0.0163204, 0.014076, 0.0115004" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00582352, 0.00589907, 0.00584376, 0.00576577, 0.00564526, 0.00538582, 0.0050026", \
+            "0.00550667, 0.00569781, 0.00582058, 0.00564945, 0.00557744, 0.00532598, 0.00494281", \
+            "0.00562548, 0.00572846, 0.00567555, 0.00581239, 0.00552914, 0.00532003, 0.0048895", \
+            "0.00638477, 0.00604513, 0.00598685, 0.00583019, 0.00582345, 0.005527, 0.00514227", \
+            "0.00873484, 0.00735442, 0.00700718, 0.00670444, 0.00627414, 0.0059982, 0.00553239", \
+            "0.0143447, 0.0113104, 0.0103424, 0.00931771, 0.00860988, 0.00773159, 0.00648252", \
+            "0.0261993, 0.0213521, 0.019413, 0.0171161, 0.0150083, 0.0129151, 0.0109062" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0031841, 0.00341983, 0.00340397, 0.00333253, 0.00323619, 0.0029878, 0.00252168", \
+            "0.00316651, 0.00320879, 0.00330184, 0.00326573, 0.00312677, 0.00291377, 0.0025504", \
+            "0.00364607, 0.00333917, 0.00330327, 0.00320767, 0.00309416, 0.00287751, 0.00249143", \
+            "0.0048777, 0.00395679, 0.00371104, 0.00363472, 0.00330741, 0.00298059, 0.00275077", \
+            "0.0075022, 0.00574402, 0.00523276, 0.00467554, 0.00418462, 0.00346164, 0.00297932", \
+            "0.0132103, 0.0102398, 0.00919646, 0.00800348, 0.00685559, 0.00552966, 0.00491824", \
+            "0.0251535, 0.0207246, 0.0188427, 0.0165799, 0.0142857, 0.0117218, 0.00878356" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00550381, 0.00612748, 0.00612178, 0.00606227, 0.00594811, 0.00573374, 0.00530075", \
+            "0.00512651, 0.00579622, 0.00598816, 0.00593978, 0.00588795, 0.00567229, 0.00534222", \
+            "0.00532763, 0.00573913, 0.0057949, 0.00601056, 0.00584196, 0.00580594, 0.00528799", \
+            "0.00620337, 0.00593666, 0.00597137, 0.00593567, 0.00601721, 0.00569762, 0.00533448", \
+            "0.00865278, 0.0071289, 0.00680065, 0.00664539, 0.00631131, 0.00607909, 0.00628341", \
+            "0.014267, 0.0108751, 0.00998127, 0.00914332, 0.00843752, 0.00772314, 0.00667473", \
+            "0.0260069, 0.0205548, 0.018535, 0.0163806, 0.0144265, 0.0123956, 0.0109578" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00204102, 0.00275627, 0.00279017, 0.00274565, 0.00266398, 0.00237806, 0.00194399", \
+            "0.00228963, 0.00244775, 0.00264135, 0.00256948, 0.00273538, 0.00232846, 0.00209014", \
+            "0.0029229, 0.00255639, 0.0025504, 0.00268533, 0.00252355, 0.00237535, 0.001968", \
+            "0.00445265, 0.00330481, 0.00310287, 0.00287707, 0.00274514, 0.00243208, 0.00233199", \
+            "0.00761297, 0.00540829, 0.00479849, 0.00418249, 0.00360132, 0.00306996, 0.00309703", \
+            "0.0143647, 0.0103398, 0.0092147, 0.00784887, 0.00676955, 0.00551204, 0.00401839", \
+            "0.0281496, 0.0222117, 0.0201133, 0.0176296, 0.0147572, 0.0121595, 0.00977698" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00277352, 0.00336899, 0.00338004, 0.0033313, 0.00323601, 0.00303304, 0.00264977", \
+            "0.00290775, 0.00309002, 0.00327903, 0.00318089, 0.00328278, 0.00289208, 0.00259512", \
+            "0.00350064, 0.00320678, 0.00316739, 0.00332768, 0.00309269, 0.00296266, 0.00250311", \
+            "0.00494417, 0.00383198, 0.00363944, 0.00344867, 0.00341501, 0.0030405, 0.00258459", \
+            "0.00808757, 0.00582676, 0.0051984, 0.00472219, 0.00409967, 0.0037458, 0.00303418", \
+            "0.0147057, 0.010618, 0.00940625, 0.0080662, 0.00699046, 0.00586993, 0.00427492", \
+            "0.0282855, 0.0220568, 0.0197897, 0.0172421, 0.0146874, 0.0120107, 0.00980676" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00204102, 0.00275627, 0.00279017, 0.00274565, 0.00266398, 0.00237806, 0.00194399", \
+            "0.00228963, 0.00244775, 0.00264135, 0.00256948, 0.00273538, 0.00232846, 0.00209014", \
+            "0.0029229, 0.00255639, 0.0025504, 0.00268533, 0.00252355, 0.00237535, 0.001968", \
+            "0.00445265, 0.00330481, 0.00310287, 0.00287707, 0.00274514, 0.00243208, 0.00233199", \
+            "0.00761297, 0.00540829, 0.00479849, 0.00418249, 0.00360132, 0.00306996, 0.00309703", \
+            "0.0143647, 0.0103398, 0.0092147, 0.00784887, 0.00676955, 0.00551204, 0.00401839", \
+            "0.0281496, 0.0222117, 0.0201133, 0.0176296, 0.0147572, 0.0121595, 0.00977698" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00277352, 0.00336899, 0.00338004, 0.0033313, 0.00323601, 0.00303304, 0.00264977", \
+            "0.00290775, 0.00309002, 0.00327903, 0.00318089, 0.00328278, 0.00289208, 0.00259512", \
+            "0.00350064, 0.00320678, 0.00316739, 0.00332768, 0.00309269, 0.00296266, 0.00250311", \
+            "0.00494417, 0.00383198, 0.00363944, 0.00344867, 0.00341501, 0.0030405, 0.00258459", \
+            "0.00808757, 0.00582676, 0.0051984, 0.00472219, 0.00409967, 0.0037458, 0.00303418", \
+            "0.0147057, 0.010618, 0.00940625, 0.0080662, 0.00699046, 0.00586993, 0.00427492", \
+            "0.0282855, 0.0220568, 0.0197897, 0.0172421, 0.0146874, 0.0120107, 0.00980676" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00365455;
+      rise_capacitance : 0.00373891;
+      rise_capacitance_range (0.0032575, 0.00419049);
+      fall_capacitance : 0.00357019;
+      fall_capacitance_range (0.00308644, 0.00386843);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00357868;
+      rise_capacitance : 0.00381902;
+      rise_capacitance_range (0.0030603, 0.00454575);
+      fall_capacitance : 0.00333835;
+      fall_capacitance_range (0.00309988, 0.00352546);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00342081;
+      rise_capacitance : 0.00350019;
+      rise_capacitance_range (0.00309238, 0.00402183);
+      fall_capacitance : 0.00334142;
+      fall_capacitance_range (0.00294271, 0.0037617);
+    }
+  }
+  cell (sg13g2_or2_1) {
+    area : 9.072;
+    cell_footprint : "or2";
+    cell_leakage_power : 238.249;
+    leakage_power () {
+      value : 274.408;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 187.538;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 239.862;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 251.186;
+      when : "A&B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0405815, 0.0832104, 0.110873, 0.156357, 0.232478, 0.359051, 0.569637", \
+            "0.0685478, 0.112107, 0.139822, 0.185381, 0.26136, 0.387917, 0.598762", \
+            "0.0860407, 0.13111, 0.158701, 0.204331, 0.28033, 0.40691, 0.617796", \
+            "0.108797, 0.156929, 0.184485, 0.229771, 0.305855, 0.432373, 0.643081", \
+            "0.139142, 0.192678, 0.220093, 0.265235, 0.340922, 0.467279, 0.677872", \
+            "0.181159, 0.243314, 0.271416, 0.316102, 0.392071, 0.518481, 0.729088", \
+            "0.236163, 0.312413, 0.344316, 0.391418, 0.468619, 0.596018, 0.807994" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0107854, 0.0665409, 0.106645, 0.17312, 0.284616, 0.470044, 0.779366", \
+            "0.0139273, 0.0670758, 0.10698, 0.173287, 0.284617, 0.470063, 0.779783", \
+            "0.0167708, 0.0678793, 0.107323, 0.173567, 0.284674, 0.470182, 0.779784", \
+            "0.021156, 0.0696589, 0.108353, 0.173998, 0.285113, 0.470459, 0.779785", \
+            "0.027773, 0.0735538, 0.110668, 0.175281, 0.286022, 0.471079, 0.779902", \
+            "0.037844, 0.083081, 0.117195, 0.17955, 0.288641, 0.473176, 0.781435", \
+            "0.053829, 0.102137, 0.1325, 0.190452, 0.296898, 0.479994, 0.787093" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0616383, 0.105061, 0.129204, 0.16801, 0.232467, 0.339816, 0.518383", \
+            "0.0832392, 0.127927, 0.152218, 0.191205, 0.255708, 0.362858, 0.541721", \
+            "0.0963852, 0.14291, 0.167368, 0.2065, 0.271193, 0.378509, 0.55693", \
+            "0.114451, 0.1643, 0.189318, 0.228486, 0.293232, 0.400716, 0.579291", \
+            "0.139789, 0.195286, 0.221478, 0.260957, 0.325961, 0.433363, 0.611868", \
+            "0.174706, 0.239092, 0.267462, 0.309849, 0.375476, 0.483312, 0.662356", \
+            "0.216279, 0.293364, 0.326054, 0.372023, 0.442581, 0.555276, 0.737586" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145903, 0.0589511, 0.09006, 0.142573, 0.231686, 0.380825, 0.629486", \
+            "0.0162732, 0.0600263, 0.0908338, 0.142982, 0.231824, 0.381044, 0.629997", \
+            "0.0184601, 0.0616007, 0.0918671, 0.143735, 0.232364, 0.38106, 0.630166", \
+            "0.0222481, 0.0645769, 0.0941107, 0.145139, 0.23326, 0.381574, 0.630167", \
+            "0.0285877, 0.0704698, 0.0987699, 0.148075, 0.234777, 0.38249, 0.630524", \
+            "0.038327, 0.081447, 0.108517, 0.156876, 0.240756, 0.386234, 0.632752", \
+            "0.05312, 0.101354, 0.127695, 0.173834, 0.257387, 0.401573, 0.644054" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0375366, 0.0798762, 0.107482, 0.152878, 0.228858, 0.355439, 0.566151", \
+            "0.0625364, 0.106105, 0.133781, 0.179269, 0.255327, 0.381854, 0.592549", \
+            "0.0777675, 0.12252, 0.150061, 0.195589, 0.271559, 0.398048, 0.608835", \
+            "0.0971188, 0.145189, 0.172597, 0.216993, 0.292758, 0.419323, 0.630021", \
+            "0.121759, 0.175687, 0.203224, 0.248363, 0.32379, 0.449092, 0.659385", \
+            "0.152065, 0.217891, 0.246774, 0.292233, 0.368426, 0.492779, 0.703388", \
+            "0.186983, 0.268064, 0.301821, 0.349989, 0.428134, 0.556141, 0.768926" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103299, 0.066306, 0.106501, 0.172944, 0.284381, 0.46993, 0.779395", \
+            "0.0138231, 0.0669432, 0.106823, 0.173114, 0.284382, 0.469988, 0.779449", \
+            "0.016722, 0.0678227, 0.107228, 0.173439, 0.284619, 0.469989, 0.782097", \
+            "0.0213447, 0.0698188, 0.108357, 0.173952, 0.285038, 0.470366, 0.782098", \
+            "0.0289152, 0.0746883, 0.111334, 0.175764, 0.286032, 0.471054, 0.782099", \
+            "0.040473, 0.086392, 0.119423, 0.181348, 0.289865, 0.473907, 0.7821", \
+            "0.058495, 0.109841, 0.140233, 0.196347, 0.301294, 0.484027, 0.789638" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.057454, 0.10087, 0.124987, 0.163829, 0.22836, 0.335611, 0.514003", \
+            "0.0832715, 0.128018, 0.152453, 0.191487, 0.256161, 0.363149, 0.542057", \
+            "0.0993657, 0.145587, 0.170132, 0.209388, 0.274255, 0.381568, 0.560106", \
+            "0.121558, 0.170902, 0.195585, 0.234613, 0.299592, 0.407085, 0.585784", \
+            "0.151435, 0.206031, 0.231775, 0.270764, 0.335378, 0.442839, 0.621408", \
+            "0.195407, 0.25906, 0.286161, 0.327108, 0.39231, 0.500785, 0.678159", \
+            "0.255173, 0.332328, 0.364277, 0.408482, 0.477193, 0.588681, 0.771593" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0146018, 0.05895, 0.0900599, 0.142582, 0.231631, 0.380775, 0.629521", \
+            "0.017228, 0.0604279, 0.0910998, 0.143252, 0.232052, 0.381232, 0.629959", \
+            "0.020094, 0.0620624, 0.0924221, 0.144277, 0.23277, 0.381303, 0.62996", \
+            "0.0247795, 0.0649868, 0.094506, 0.14556, 0.233911, 0.382304, 0.630292", \
+            "0.0322141, 0.070738, 0.0988295, 0.148138, 0.23517, 0.383406, 0.6316", \
+            "0.043661, 0.082519, 0.109142, 0.156307, 0.240579, 0.386282, 0.633525", \
+            "0.061548, 0.105168, 0.129379, 0.173614, 0.256148, 0.400334, 0.643952" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00742082, 0.00789988, 0.00792491, 0.0078714, 0.0077954, 0.00755545, 0.00745284", \
+            "0.00741082, 0.00764556, 0.00771457, 0.00773904, 0.0075938, 0.0073571, 0.00733735", \
+            "0.00778154, 0.00796332, 0.00797608, 0.00795227, 0.00821793, 0.00785738, 0.00765815", \
+            "0.00881701, 0.00878166, 0.00885593, 0.00888267, 0.00872765, 0.00886852, 0.00840837", \
+            "0.0114066, 0.0108693, 0.0108109, 0.0107386, 0.0107747, 0.010433, 0.0102373", \
+            "0.0165624, 0.0155294, 0.0153629, 0.0151975, 0.0151206, 0.0150776, 0.0148828", \
+            "0.0274826, 0.0254566, 0.0250906, 0.0247268, 0.0246304, 0.02432, 0.023953" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00936495, 0.00988374, 0.00993684, 0.00992248, 0.00984603, 0.00964438, 0.00924567", \
+            "0.00924172, 0.00960103, 0.00968201, 0.00977154, 0.00963031, 0.00943637, 0.00913613", \
+            "0.00941883, 0.00972533, 0.00975954, 0.0097052, 0.00990968, 0.00953844, 0.00922496", \
+            "0.0102247, 0.0103081, 0.0104155, 0.0104702, 0.0103218, 0.0101712, 0.00983678", \
+            "0.0123691, 0.0120818, 0.0121389, 0.0121571, 0.0122874, 0.0121514, 0.0115299", \
+            "0.017392, 0.0163397, 0.0163097, 0.0164515, 0.0163634, 0.0163507, 0.016495", \
+            "0.0279161, 0.0258842, 0.0256095, 0.0253186, 0.0252825, 0.0250709, 0.0252544" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00723273, 0.00785664, 0.00783707, 0.00777766, 0.00764529, 0.00740199, 0.00730967", \
+            "0.00711032, 0.00746122, 0.00753615, 0.00756185, 0.00754203, 0.00719961, 0.0071704", \
+            "0.00748919, 0.00773496, 0.00774913, 0.0077709, 0.0077884, 0.0077867, 0.00781475", \
+            "0.00856226, 0.00855351, 0.00861385, 0.00857285, 0.0083832, 0.00860824, 0.00784966", \
+            "0.0110158, 0.0106316, 0.0105902, 0.0104934, 0.0105112, 0.010017, 0.00980799", \
+            "0.0165331, 0.0153506, 0.0152028, 0.015167, 0.0150553, 0.0147947, 0.0145516", \
+            "0.0276384, 0.0256095, 0.0252536, 0.0247976, 0.0246942, 0.0243711, 0.0240821" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00737176, 0.00791401, 0.00796647, 0.00796027, 0.00787902, 0.00766567, 0.00729799", \
+            "0.00755491, 0.00778674, 0.00789652, 0.00808642, 0.00793706, 0.00765596, 0.00738513", \
+            "0.00798319, 0.00815573, 0.00819433, 0.00813147, 0.00822184, 0.00788423, 0.00758781", \
+            "0.00922501, 0.00914205, 0.00923885, 0.00925244, 0.00908916, 0.00887514, 0.00857966", \
+            "0.0116927, 0.0111018, 0.0112041, 0.0111527, 0.0112615, 0.0110993, 0.0103959", \
+            "0.0170777, 0.0156603, 0.0157887, 0.0158147, 0.015786, 0.0158245, 0.0155845", \
+            "0.0281961, 0.0256373, 0.025402, 0.0251609, 0.0251173, 0.0249604, 0.0253321" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00266348;
+      rise_capacitance : 0.0026261;
+      rise_capacitance_range (0.00240743, 0.00280931);
+      fall_capacitance : 0.00270087;
+      fall_capacitance_range (0.0023139, 0.00291885);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00247331;
+      rise_capacitance : 0.00255139;
+      rise_capacitance_range (0.00215961, 0.00283956);
+      fall_capacitance : 0.00239523;
+      fall_capacitance_range (0.00218051, 0.00254719);
+    }
+  }
+  cell (sg13g2_or2_2) {
+    area : 10.8864;
+    cell_footprint : "or2";
+    cell_leakage_power : 336.952;
+    leakage_power () {
+      value : 432.228;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 266.536;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 318.859;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 330.184;
+      when : "A&B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0478053, 0.0947061, 0.122532, 0.168168, 0.244233, 0.371139, 0.581983", \
+            "0.0802839, 0.128711, 0.156485, 0.202061, 0.278199, 0.405035, 0.616353", \
+            "0.101561, 0.152081, 0.179732, 0.225275, 0.301327, 0.427976, 0.638986", \
+            "0.129898, 0.185272, 0.212631, 0.257889, 0.333675, 0.460387, 0.671232", \
+            "0.168473, 0.229342, 0.257267, 0.302308, 0.377914, 0.50441, 0.715193", \
+            "0.221389, 0.291381, 0.320515, 0.365915, 0.441556, 0.567449, 0.777554", \
+            "0.293638, 0.379127, 0.412836, 0.45982, 0.535511, 0.662107, 0.872226" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121843, 0.0679965, 0.107845, 0.17433, 0.285801, 0.471661, 0.781622", \
+            "0.0157311, 0.0688816, 0.108286, 0.174483, 0.285842, 0.471817, 0.782352", \
+            "0.019279, 0.0702668, 0.108973, 0.174832, 0.286038, 0.471818, 0.782353", \
+            "0.0251824, 0.0737369, 0.110867, 0.175668, 0.286691, 0.472129, 0.782354", \
+            "0.0332545, 0.080421, 0.11516, 0.178092, 0.287718, 0.472986, 0.782355", \
+            "0.046561, 0.092698, 0.124173, 0.183973, 0.29125, 0.475026, 0.783683", \
+            "0.068208, 0.117308, 0.145545, 0.198385, 0.300859, 0.481897, 0.788669" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0798409, 0.132078, 0.157445, 0.197029, 0.261756, 0.368903, 0.5471", \
+            "0.104024, 0.156994, 0.182466, 0.22215, 0.286944, 0.394052, 0.572146", \
+            "0.120693, 0.17526, 0.20104, 0.240944, 0.305778, 0.412803, 0.590955", \
+            "0.14495, 0.202569, 0.228986, 0.269093, 0.334158, 0.441474, 0.619554", \
+            "0.179396, 0.242587, 0.270074, 0.31118, 0.375762, 0.483066, 0.661169", \
+            "0.228201, 0.299851, 0.329585, 0.372279, 0.438823, 0.546466, 0.723916", \
+            "0.288749, 0.372352, 0.406675, 0.454015, 0.525167, 0.635158, 0.815546" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197712, 0.0663243, 0.0965682, 0.148116, 0.235931, 0.384311, 0.632496", \
+            "0.0211777, 0.0670062, 0.0970992, 0.148259, 0.236045, 0.384421, 0.632497", \
+            "0.0234409, 0.0688823, 0.0984616, 0.149319, 0.23654, 0.384546, 0.632612", \
+            "0.0281993, 0.0724741, 0.101453, 0.151342, 0.237939, 0.385157, 0.63279", \
+            "0.0362611, 0.0798608, 0.107443, 0.155921, 0.240319, 0.386424, 0.633777", \
+            "0.049249, 0.093024, 0.11918, 0.164795, 0.24694, 0.390424, 0.635791", \
+            "0.069655, 0.11632, 0.14147, 0.185625, 0.265542, 0.404841, 0.645706" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0449976, 0.0915402, 0.119271, 0.164977, 0.240966, 0.367876, 0.578579", \
+            "0.0754576, 0.12369, 0.151405, 0.197036, 0.273035, 0.399781, 0.610679", \
+            "0.0948445, 0.145356, 0.173094, 0.218524, 0.294523, 0.421172, 0.632056", \
+            "0.120109, 0.175557, 0.202993, 0.248094, 0.324052, 0.450532, 0.661336", \
+            "0.154079, 0.21651, 0.24415, 0.289362, 0.36326, 0.489511, 0.70005", \
+            "0.197888, 0.271376, 0.301181, 0.346432, 0.420929, 0.546688, 0.756269", \
+            "0.253062, 0.340747, 0.376333, 0.425194, 0.500811, 0.627693, 0.838394" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0116822, 0.0677604, 0.107634, 0.174282, 0.285656, 0.471629, 0.781461", \
+            "0.0155673, 0.068721, 0.10812, 0.174322, 0.285677, 0.471861, 0.781727", \
+            "0.0192982, 0.0701598, 0.108923, 0.174753, 0.285892, 0.471862, 0.781728", \
+            "0.0253672, 0.0739926, 0.11092, 0.175602, 0.286554, 0.471974, 0.781729", \
+            "0.0340103, 0.081164, 0.115507, 0.178405, 0.28785, 0.472966, 0.782039", \
+            "0.049244, 0.095026, 0.126549, 0.185175, 0.29204, 0.475538, 0.784161", \
+            "0.073114, 0.123792, 0.152136, 0.204042, 0.304574, 0.484914, 0.790879" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0758484, 0.128103, 0.153588, 0.193083, 0.257863, 0.365117, 0.543247", \
+            "0.105959, 0.158923, 0.184487, 0.224266, 0.289005, 0.396173, 0.574252", \
+            "0.127104, 0.181502, 0.207397, 0.247127, 0.311998, 0.419139, 0.597435", \
+            "0.157409, 0.214796, 0.240958, 0.28089, 0.345836, 0.452991, 0.631161", \
+            "0.198783, 0.261536, 0.289005, 0.329766, 0.394024, 0.501114, 0.678897", \
+            "0.255879, 0.32931, 0.358578, 0.400169, 0.465641, 0.57274, 0.749374", \
+            "0.334767, 0.419951, 0.454603, 0.500779, 0.569102, 0.678705, 0.85696" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197629, 0.0662242, 0.0965969, 0.14805, 0.23599, 0.384291, 0.632306", \
+            "0.0221175, 0.0673544, 0.0973895, 0.14835, 0.236095, 0.384301, 0.632771", \
+            "0.0255783, 0.0695871, 0.0990837, 0.149691, 0.236786, 0.384673, 0.632772", \
+            "0.0323039, 0.0736637, 0.102371, 0.152021, 0.238443, 0.385731, 0.633212", \
+            "0.042476, 0.0822413, 0.10832, 0.156141, 0.240891, 0.387307, 0.634645", \
+            "0.058461, 0.098139, 0.1219, 0.165855, 0.247103, 0.39087, 0.636561", \
+            "0.083239, 0.126085, 0.148397, 0.188602, 0.264884, 0.404219, 0.644869" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124541, 0.0133952, 0.0134658, 0.0134209, 0.0132111, 0.0128622, 0.0126151", \
+            "0.0127021, 0.0129787, 0.013167, 0.013317, 0.01291, 0.0125415, 0.0127501", \
+            "0.0132946, 0.0132048, 0.0132089, 0.0131953, 0.0134653, 0.0125676, 0.0125389", \
+            "0.0148411, 0.0140813, 0.0140816, 0.0141399, 0.0137258, 0.0140853, 0.0132271", \
+            "0.0181332, 0.0159982, 0.0159018, 0.0158245, 0.0158112, 0.0151848, 0.0151534", \
+            "0.0249066, 0.0209563, 0.0205994, 0.0201836, 0.0201739, 0.0200424, 0.0196001", \
+            "0.0383736, 0.0315416, 0.030869, 0.030009, 0.0297222, 0.0288863, 0.0281977" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148797, 0.0150955, 0.0151315, 0.0151268, 0.0150415, 0.0145825, 0.0137459", \
+            "0.0148359, 0.0147261, 0.0149676, 0.0151113, 0.0149964, 0.0145295, 0.0136788", \
+            "0.0152819, 0.0148064, 0.0147835, 0.0149325, 0.0154161, 0.0146987, 0.0137223", \
+            "0.0164605, 0.0152137, 0.015364, 0.0153802, 0.0149619, 0.0149723, 0.0140922", \
+            "0.0194186, 0.0169634, 0.0170926, 0.0172598, 0.0171892, 0.0170462, 0.0158292", \
+            "0.0256682, 0.0213267, 0.0212258, 0.0208638, 0.0211177, 0.0213567, 0.0211149", \
+            "0.0383595, 0.0312555, 0.0305755, 0.0302893, 0.0306716, 0.029816, 0.0300636" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0123174, 0.0134486, 0.0135107, 0.0135205, 0.0132523, 0.0128764, 0.0126558", \
+            "0.0124396, 0.0128404, 0.0129958, 0.0132254, 0.0128425, 0.0124722, 0.0125678", \
+            "0.0130082, 0.0130467, 0.0131502, 0.0130816, 0.0134975, 0.0130666, 0.0117658", \
+            "0.0146125, 0.0138658, 0.0139042, 0.0139361, 0.0136048, 0.0137835, 0.0129417", \
+            "0.0179973, 0.0158595, 0.0156612, 0.0156847, 0.0153511, 0.0149919, 0.0145334", \
+            "0.0248727, 0.020548, 0.0203812, 0.0200197, 0.0197202, 0.019624, 0.0187313", \
+            "0.0388687, 0.031369, 0.0308605, 0.0299105, 0.0295338, 0.0288699, 0.0282852" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0128603, 0.0131656, 0.0133411, 0.0132504, 0.0131074, 0.0127089, 0.0118046", \
+            "0.0131716, 0.0128393, 0.0131047, 0.0132429, 0.0135414, 0.012596, 0.0119288", \
+            "0.0140557, 0.0131681, 0.0131686, 0.0132198, 0.0134128, 0.0135317, 0.0120633", \
+            "0.0159562, 0.0140016, 0.0140998, 0.014181, 0.0137865, 0.0136062, 0.0125894", \
+            "0.0195715, 0.0161371, 0.0160852, 0.0162792, 0.0162208, 0.0157901, 0.014285", \
+            "0.0265255, 0.0210104, 0.02081, 0.0203523, 0.0204979, 0.0208273, 0.0200712", \
+            "0.0401984, 0.0314725, 0.0305932, 0.0300998, 0.0298512, 0.0295974, 0.0289834" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00264548;
+      rise_capacitance : 0.00260413;
+      rise_capacitance_range (0.00241935, 0.00277087);
+      fall_capacitance : 0.00268683;
+      fall_capacitance_range (0.0023141, 0.00288906);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00244862;
+      rise_capacitance : 0.00252171;
+      rise_capacitance_range (0.00221642, 0.00277233);
+      fall_capacitance : 0.00237552;
+      fall_capacitance_range (0.00219657, 0.00251078);
+    }
+  }
+  cell (sg13g2_or3_1) {
+    area : 12.7008;
+    cell_footprint : "or3";
+    cell_leakage_power : 284.497;
+    leakage_power () {
+      value : 364.602;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 313.152;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 249.386;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 311.804;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 191.973;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 260.708;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 253.735;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 330.62;
+      when : "A&B&C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0461569, 0.0901244, 0.117944, 0.163718, 0.239594, 0.366284, 0.576802", \
+            "0.0778453, 0.122677, 0.150586, 0.196142, 0.272274, 0.398898, 0.609978", \
+            "0.0985022, 0.144818, 0.172669, 0.218238, 0.294304, 0.420842, 0.631608", \
+            "0.125977, 0.175799, 0.20367, 0.249001, 0.325045, 0.451459, 0.662363", \
+            "0.16313, 0.218161, 0.245841, 0.291222, 0.367521, 0.493585, 0.704208", \
+            "0.215909, 0.281082, 0.309818, 0.355343, 0.431507, 0.557169, 0.767624", \
+            "0.288626, 0.366477, 0.399523, 0.446439, 0.523609, 0.651309, 0.860854" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0118908, 0.0673161, 0.107095, 0.173436, 0.284367, 0.469678, 0.778616", \
+            "0.0146832, 0.0676367, 0.107296, 0.173437, 0.284516, 0.470022, 0.779259", \
+            "0.0174394, 0.0683931, 0.107701, 0.173691, 0.284634, 0.470023, 0.77926", \
+            "0.0219425, 0.0703134, 0.108725, 0.174187, 0.28507, 0.470048, 0.779261", \
+            "0.0279548, 0.0748787, 0.111319, 0.175655, 0.285849, 0.470848, 0.779262", \
+            "0.037513, 0.082987, 0.116984, 0.179311, 0.288448, 0.472775, 0.78061", \
+            "0.052572, 0.101969, 0.132348, 0.190096, 0.296434, 0.479213, 0.78608" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0865756, 0.13631, 0.161753, 0.201665, 0.266372, 0.373698, 0.552287", \
+            "0.105886, 0.156439, 0.182026, 0.221743, 0.286671, 0.394063, 0.572615", \
+            "0.117364, 0.169314, 0.195288, 0.235312, 0.300329, 0.407698, 0.586257", \
+            "0.131954, 0.186899, 0.213524, 0.254208, 0.31929, 0.427004, 0.605718", \
+            "0.151134, 0.212058, 0.240133, 0.28181, 0.347156, 0.454673, 0.63379", \
+            "0.178281, 0.248643, 0.279815, 0.323527, 0.391548, 0.500487, 0.679712", \
+            "0.210589, 0.294101, 0.329732, 0.378888, 0.453182, 0.566279, 0.750099" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0184389, 0.064179, 0.0945316, 0.146132, 0.233647, 0.38213, 0.630762", \
+            "0.0192851, 0.06486, 0.0950196, 0.146133, 0.233749, 0.382302, 0.631027", \
+            "0.0206744, 0.0662568, 0.09611, 0.147056, 0.234395, 0.382455, 0.631028", \
+            "0.0235916, 0.0691556, 0.0985706, 0.148804, 0.235619, 0.383082, 0.631029", \
+            "0.0292185, 0.0754241, 0.103881, 0.152837, 0.237762, 0.384269, 0.631984", \
+            "0.038694, 0.087031, 0.115326, 0.16197, 0.244902, 0.388669, 0.633917", \
+            "0.052391, 0.106724, 0.134781, 0.181624, 0.265024, 0.406172, 0.647419" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0442831, 0.0874942, 0.11513, 0.160623, 0.236568, 0.363185, 0.573496", \
+            "0.0738735, 0.118213, 0.14597, 0.191396, 0.267389, 0.393913, 0.605281", \
+            "0.0926777, 0.138659, 0.166323, 0.211747, 0.287745, 0.414253, 0.6249", \
+            "0.116991, 0.166476, 0.194135, 0.239603, 0.315379, 0.441743, 0.652573", \
+            "0.150244, 0.205088, 0.232926, 0.277837, 0.353432, 0.479884, 0.690417", \
+            "0.194104, 0.259325, 0.287887, 0.333321, 0.409236, 0.535855, 0.746224", \
+            "0.248609, 0.328935, 0.362153, 0.409815, 0.486328, 0.614481, 0.825724" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112158, 0.0664946, 0.106524, 0.17284, 0.284119, 0.469547, 0.778491", \
+            "0.0141732, 0.0671017, 0.106779, 0.17302, 0.28413, 0.469548, 0.779464", \
+            "0.017048, 0.0679099, 0.107245, 0.173291, 0.284292, 0.469549, 0.779465", \
+            "0.0216255, 0.0699696, 0.108301, 0.17376, 0.284786, 0.469793, 0.779466", \
+            "0.027848, 0.0743912, 0.111032, 0.175232, 0.285543, 0.470497, 0.779467", \
+            "0.037987, 0.084461, 0.117686, 0.179355, 0.288319, 0.472527, 0.780514", \
+            "0.054045, 0.104624, 0.134926, 0.192098, 0.297145, 0.479539, 0.786491" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0834461, 0.133285, 0.158674, 0.19853, 0.263233, 0.370524, 0.549272", \
+            "0.105018, 0.15593, 0.181601, 0.221463, 0.286356, 0.39372, 0.572191", \
+            "0.119072, 0.171508, 0.197611, 0.237784, 0.302975, 0.410333, 0.589086", \
+            "0.138887, 0.194525, 0.220917, 0.26158, 0.327039, 0.434981, 0.613968", \
+            "0.167922, 0.22934, 0.257047, 0.298589, 0.36371, 0.471895, 0.650917", \
+            "0.210643, 0.28123, 0.311762, 0.355424, 0.422052, 0.530763, 0.709576", \
+            "0.26353, 0.348419, 0.383629, 0.43209, 0.50386, 0.616093, 0.79912" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0184371, 0.0642309, 0.0945308, 0.146041, 0.233716, 0.382117, 0.630761", \
+            "0.0197417, 0.065222, 0.0952636, 0.146214, 0.233896, 0.382331, 0.630762", \
+            "0.0216787, 0.0669375, 0.0967804, 0.147568, 0.234712, 0.382674, 0.630763", \
+            "0.0255491, 0.0699769, 0.0991881, 0.14937, 0.236263, 0.383768, 0.631679", \
+            "0.0320129, 0.0761983, 0.104165, 0.152875, 0.238091, 0.384972, 0.632832", \
+            "0.042032, 0.087624, 0.114962, 0.161716, 0.244234, 0.388286, 0.634715", \
+            "0.057751, 0.109317, 0.135522, 0.181586, 0.262605, 0.403647, 0.64552" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0402798, 0.0829973, 0.110552, 0.155947, 0.231933, 0.358122, 0.568512", \
+            "0.0670356, 0.111114, 0.138728, 0.184232, 0.260102, 0.38645, 0.596977", \
+            "0.0831923, 0.129104, 0.156717, 0.202021, 0.277998, 0.404468, 0.615091", \
+            "0.103986, 0.153214, 0.180613, 0.226167, 0.301976, 0.428212, 0.639058", \
+            "0.130793, 0.186705, 0.214138, 0.259179, 0.334817, 0.459801, 0.66998", \
+            "0.163529, 0.232004, 0.261201, 0.306804, 0.383169, 0.508178, 0.718933", \
+            "0.200886, 0.285121, 0.319468, 0.368818, 0.446592, 0.57515, 0.787124" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0106719, 0.0662121, 0.106267, 0.172715, 0.284093, 0.469267, 0.778231", \
+            "0.0140766, 0.0669253, 0.106625, 0.172857, 0.284094, 0.46927, 0.778269", \
+            "0.0170029, 0.0678705, 0.107086, 0.173184, 0.284182, 0.469395, 0.778748", \
+            "0.0215728, 0.0701905, 0.108264, 0.173692, 0.284676, 0.469764, 0.778749", \
+            "0.0288791, 0.0755975, 0.111625, 0.175617, 0.285629, 0.470404, 0.779079", \
+            "0.040315, 0.08784, 0.120634, 0.181413, 0.289595, 0.473214, 0.780645", \
+            "0.058051, 0.111789, 0.141991, 0.19815, 0.301394, 0.483189, 0.789007" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0731478, 0.123051, 0.148496, 0.18814, 0.253039, 0.36036, 0.538973", \
+            "0.0978617, 0.148695, 0.174385, 0.21435, 0.279275, 0.386683, 0.56662", \
+            "0.11485, 0.166564, 0.192562, 0.232774, 0.298138, 0.405662, 0.584189", \
+            "0.138882, 0.1928, 0.219102, 0.25951, 0.324996, 0.433115, 0.612212", \
+            "0.171628, 0.230418, 0.256909, 0.298151, 0.363611, 0.471407, 0.650627", \
+            "0.219601, 0.287667, 0.316853, 0.35835, 0.425032, 0.533234, 0.711354", \
+            "0.285629, 0.36769, 0.40128, 0.447423, 0.516733, 0.627936, 0.810903" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0184025, 0.0643258, 0.0945115, 0.145786, 0.233734, 0.382196, 0.630759", \
+            "0.0200938, 0.065509, 0.0955468, 0.14639, 0.234061, 0.382571, 0.632126", \
+            "0.0224883, 0.0671193, 0.0970968, 0.147925, 0.235132, 0.382877, 0.632127", \
+            "0.0270271, 0.0695416, 0.0990303, 0.149559, 0.236962, 0.384466, 0.632128", \
+            "0.0342059, 0.0751485, 0.102785, 0.152079, 0.238278, 0.385748, 0.633691", \
+            "0.045481, 0.087002, 0.113443, 0.159648, 0.243485, 0.3883, 0.635615", \
+            "0.063333, 0.109781, 0.134142, 0.178347, 0.258849, 0.402002, 0.64534" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00782592, 0.00829421, 0.00829845, 0.00829522, 0.00813916, 0.0079248, 0.00786723", \
+            "0.00778609, 0.00796158, 0.00805971, 0.00806786, 0.00794041, 0.0077676, 0.00780358", \
+            "0.00808169, 0.00819287, 0.00820991, 0.0081684, 0.00831895, 0.00802296, 0.00751211", \
+            "0.009094, 0.00894957, 0.00905452, 0.00901557, 0.00880691, 0.00890753, 0.00830556", \
+            "0.0115939, 0.0110583, 0.0109845, 0.0109338, 0.0110244, 0.0106251, 0.0104727", \
+            "0.01702, 0.0159423, 0.0157908, 0.0156319, 0.0155952, 0.0153612, 0.0150905", \
+            "0.0285461, 0.0265901, 0.0261578, 0.0257482, 0.025655, 0.0253443, 0.0246341" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0133651, 0.0137378, 0.0137849, 0.0137686, 0.0137346, 0.0135326, 0.0131231", \
+            "0.0132085, 0.0134924, 0.0136154, 0.0136973, 0.0137344, 0.0133883, 0.0129852", \
+            "0.0133097, 0.0135014, 0.0135269, 0.0135295, 0.0136756, 0.0135799, 0.0128524", \
+            "0.0137573, 0.0137364, 0.0138565, 0.0139257, 0.0137603, 0.0136694, 0.0134161", \
+            "0.0155108, 0.015163, 0.0152663, 0.0153502, 0.0154186, 0.0152897, 0.014816", \
+            "0.020484, 0.0194355, 0.0195137, 0.0193899, 0.0194675, 0.0196706, 0.0196255", \
+            "0.0314083, 0.029449, 0.0291975, 0.0289619, 0.0292293, 0.0287607, 0.0290404" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00768112, 0.00822609, 0.00825536, 0.00821331, 0.00811745, 0.007945, 0.00779217", \
+            "0.00754525, 0.00781244, 0.00792011, 0.00793004, 0.00783116, 0.00756386, 0.0078184", \
+            "0.00786232, 0.00804273, 0.00808952, 0.00804424, 0.00829709, 0.00799955, 0.00776308", \
+            "0.00883441, 0.00875943, 0.00884118, 0.00888338, 0.00872786, 0.00889313, 0.00818062", \
+            "0.0111845, 0.0107502, 0.0107346, 0.0106382, 0.0106623, 0.010461, 0.0103113", \
+            "0.0164731, 0.0154338, 0.01525, 0.0151496, 0.0150528, 0.0151158, 0.0148595", \
+            "0.0275086, 0.0254214, 0.025077, 0.0247841, 0.0245488, 0.0243538, 0.0239867" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112799, 0.011632, 0.0116632, 0.0116453, 0.0115866, 0.0113217, 0.0109858", \
+            "0.0111227, 0.0113548, 0.0114816, 0.0115256, 0.0115934, 0.0112714, 0.0107973", \
+            "0.0113212, 0.0114111, 0.0113936, 0.011434, 0.011685, 0.0114189, 0.010816", \
+            "0.0120269, 0.0118537, 0.0119332, 0.0119883, 0.0118076, 0.011768, 0.0115101", \
+            "0.0141439, 0.0135807, 0.0136641, 0.0137791, 0.0137951, 0.0136841, 0.0130173", \
+            "0.0190965, 0.0178315, 0.0179103, 0.0178721, 0.0179136, 0.0180442, 0.0179266", \
+            "0.0295947, 0.0273267, 0.0271195, 0.0270531, 0.0270976, 0.0267412, 0.0268135" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00735612, 0.00793976, 0.00795676, 0.007913, 0.0078222, 0.00752318, 0.00708136", \
+            "0.00720059, 0.00752982, 0.00760045, 0.00780597, 0.00755574, 0.0072739, 0.00686847", \
+            "0.00753313, 0.00780558, 0.00783519, 0.00780991, 0.00803587, 0.00766938, 0.00717519", \
+            "0.00854035, 0.00852047, 0.00856112, 0.00863903, 0.00846993, 0.00863095, 0.00793454", \
+            "0.0110113, 0.0106214, 0.0104951, 0.0104117, 0.010486, 0.00992476, 0.00977519", \
+            "0.0165128, 0.0153707, 0.0152837, 0.015165, 0.0150972, 0.014743, 0.0145689", \
+            "0.0278422, 0.0257382, 0.0254205, 0.0251258, 0.0248543, 0.0245041, 0.0240946" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00889103, 0.00926929, 0.00931954, 0.00931637, 0.00921076, 0.00901032, 0.00868387", \
+            "0.00894409, 0.00909256, 0.00919438, 0.00936355, 0.00923943, 0.00905696, 0.0090217", \
+            "0.00942183, 0.00944422, 0.00943715, 0.00940321, 0.00953174, 0.00947442, 0.0088231", \
+            "0.0106491, 0.0103284, 0.010443, 0.0104492, 0.0102247, 0.0101324, 0.00999839", \
+            "0.0131304, 0.0123046, 0.0123188, 0.0124084, 0.012522, 0.0122301, 0.0116109", \
+            "0.0185186, 0.0169661, 0.0170303, 0.016791, 0.0170043, 0.0169775, 0.0166436", \
+            "0.0295906, 0.0269436, 0.0266697, 0.0265373, 0.0263463, 0.0260319, 0.026252" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00281421;
+      rise_capacitance : 0.00277955;
+      rise_capacitance_range (0.00258485, 0.00294638);
+      fall_capacitance : 0.00284887;
+      fall_capacitance_range (0.00238248, 0.00314619);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00273909;
+      rise_capacitance : 0.00276561;
+      rise_capacitance_range (0.00241968, 0.00301522);
+      fall_capacitance : 0.00271257;
+      fall_capacitance_range (0.00226602, 0.00295683);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00259532;
+      rise_capacitance : 0.00273444;
+      rise_capacitance_range (0.00225491, 0.00308844);
+      fall_capacitance : 0.0024562;
+      fall_capacitance_range (0.00222928, 0.00260853);
+    }
+  }
+  cell (sg13g2_or3_2) {
+    area : 14.5152;
+    cell_footprint : "or3";
+    cell_leakage_power : 373.467;
+    leakage_power () {
+      value : 522.49;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 392.219;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 328.552;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 390.97;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 271.041;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 339.775;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 332.902;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 409.786;
+      when : "A&B&C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0530694, 0.101596, 0.129544, 0.175337, 0.25152, 0.378302, 0.589329", \
+            "0.0882703, 0.138104, 0.166086, 0.211814, 0.288127, 0.414951, 0.625941", \
+            "0.112104, 0.164219, 0.191765, 0.23746, 0.313638, 0.440185, 0.651142", \
+            "0.144666, 0.200884, 0.228984, 0.274344, 0.350128, 0.476745, 0.68762", \
+            "0.189, 0.252021, 0.28048, 0.325556, 0.401484, 0.527838, 0.73831", \
+            "0.249921, 0.322823, 0.352788, 0.398158, 0.473262, 0.600372, 0.810417", \
+            "0.338477, 0.425797, 0.459681, 0.510122, 0.586698, 0.711177, 0.92297" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0131861, 0.0687054, 0.108318, 0.174579, 0.285856, 0.471762, 0.781393", \
+            "0.0162716, 0.0694692, 0.108685, 0.174677, 0.28601, 0.471914, 0.781557", \
+            "0.0194531, 0.0710631, 0.109455, 0.175053, 0.28614, 0.471915, 0.781558", \
+            "0.0251976, 0.0739277, 0.111223, 0.176014, 0.286711, 0.47206, 0.781559", \
+            "0.0333083, 0.080969, 0.11565, 0.178304, 0.287811, 0.472992, 0.782146", \
+            "0.045377, 0.093668, 0.12527, 0.184231, 0.291403, 0.474906, 0.783504", \
+            "0.065596, 0.116149, 0.145004, 0.198064, 0.300653, 0.481535, 0.788522" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.109107, 0.168912, 0.196192, 0.237504, 0.303109, 0.410654, 0.588835", \
+            "0.129436, 0.189517, 0.217031, 0.258509, 0.324042, 0.431594, 0.610017", \
+            "0.14306, 0.204344, 0.23196, 0.273634, 0.339387, 0.447035, 0.625457", \
+            "0.161856, 0.225522, 0.254012, 0.296147, 0.362346, 0.470006, 0.648476", \
+            "0.188367, 0.257206, 0.286851, 0.329892, 0.396481, 0.504362, 0.683157", \
+            "0.226571, 0.30366, 0.335928, 0.381236, 0.450907, 0.559064, 0.737514", \
+            "0.274423, 0.363703, 0.401081, 0.451515, 0.525908, 0.638467, 0.819686" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246669, 0.0739666, 0.10407, 0.153972, 0.240296, 0.387244, 0.6349", \
+            "0.0253488, 0.0740491, 0.104071, 0.154243, 0.24039, 0.387619, 0.634901", \
+            "0.0268484, 0.0755017, 0.104988, 0.154901, 0.240872, 0.38762, 0.635433", \
+            "0.0301546, 0.078725, 0.108143, 0.157377, 0.242355, 0.388405, 0.635434", \
+            "0.0367003, 0.0853501, 0.113895, 0.161946, 0.245347, 0.390295, 0.636432", \
+            "0.048589, 0.097684, 0.125607, 0.171834, 0.253742, 0.394644, 0.638402", \
+            "0.067266, 0.119724, 0.14817, 0.1938, 0.273605, 0.411775, 0.650098" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0510661, 0.0987725, 0.126646, 0.172278, 0.248361, 0.375222, 0.585982", \
+            "0.0846793, 0.133915, 0.161774, 0.207446, 0.283535, 0.410266, 0.621408", \
+            "0.106931, 0.158316, 0.186131, 0.231623, 0.307647, 0.434262, 0.645181", \
+            "0.13683, 0.193011, 0.221046, 0.266168, 0.342065, 0.46843, 0.67937", \
+            "0.176383, 0.239767, 0.267804, 0.313336, 0.388529, 0.515169, 0.725854", \
+            "0.230344, 0.303766, 0.335846, 0.379157, 0.454915, 0.581316, 0.79075", \
+            "0.304697, 0.393503, 0.428302, 0.476807, 0.552467, 0.678261, 0.889236" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124718, 0.0680804, 0.107823, 0.174131, 0.285605, 0.471452, 0.78114", \
+            "0.0158381, 0.0689669, 0.108242, 0.174339, 0.285679, 0.472238, 0.781377", \
+            "0.0191727, 0.0704412, 0.109002, 0.174714, 0.285834, 0.472239, 0.781378", \
+            "0.0250043, 0.0736766, 0.110998, 0.175656, 0.286427, 0.47224, 0.781379", \
+            "0.0332242, 0.0812485, 0.115505, 0.178222, 0.287682, 0.47288, 0.781833", \
+            "0.046298, 0.094225, 0.125343, 0.18449, 0.29126, 0.474872, 0.783363", \
+            "0.067581, 0.119023, 0.147465, 0.200331, 0.301504, 0.481848, 0.78876" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.105974, 0.165602, 0.193305, 0.234383, 0.300005, 0.407583, 0.58575", \
+            "0.129459, 0.189691, 0.21717, 0.2587, 0.324225, 0.431761, 0.610198", \
+            "0.146843, 0.208355, 0.236173, 0.277914, 0.343799, 0.451408, 0.629854", \
+            "0.172903, 0.237044, 0.265548, 0.307597, 0.373835, 0.481862, 0.660322", \
+            "0.210824, 0.280017, 0.309806, 0.352298, 0.418921, 0.526579, 0.70531", \
+            "0.266886, 0.344809, 0.376524, 0.421654, 0.489992, 0.597526, 0.775891", \
+            "0.339716, 0.430091, 0.466909, 0.516856, 0.588506, 0.700097, 0.880252" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246538, 0.074103, 0.103931, 0.153948, 0.240265, 0.387241, 0.634947", \
+            "0.0257226, 0.0742721, 0.104092, 0.154341, 0.240414, 0.387635, 0.634948", \
+            "0.0277834, 0.0760198, 0.105485, 0.155316, 0.241102, 0.387636, 0.635082", \
+            "0.0323294, 0.0798475, 0.108785, 0.157929, 0.242977, 0.388864, 0.635706", \
+            "0.0406215, 0.0868362, 0.114923, 0.162252, 0.245749, 0.390765, 0.63696", \
+            "0.054044, 0.100482, 0.126735, 0.172465, 0.253392, 0.394365, 0.638741", \
+            "0.075359, 0.125152, 0.150851, 0.194368, 0.270992, 0.409047, 0.648431" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0472992, 0.0945029, 0.122271, 0.167897, 0.243833, 0.370655, 0.581386", \
+            "0.0788423, 0.127878, 0.155673, 0.201279, 0.27726, 0.403983, 0.61479", \
+            "0.099064, 0.150456, 0.178234, 0.223741, 0.299702, 0.426258, 0.63711", \
+            "0.125499, 0.182285, 0.209831, 0.255167, 0.330888, 0.45742, 0.668181", \
+            "0.160603, 0.224382, 0.252639, 0.297648, 0.373683, 0.499284, 0.709816", \
+            "0.206829, 0.28166, 0.312689, 0.357501, 0.432751, 0.558545, 0.767806", \
+            "0.263434, 0.355101, 0.391157, 0.441361, 0.51757, 0.644361, 0.855959" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.011942, 0.0680371, 0.107584, 0.174022, 0.28543, 0.471395, 0.781211", \
+            "0.0155864, 0.0687794, 0.108087, 0.174152, 0.285536, 0.471396, 0.781458", \
+            "0.0192121, 0.0703371, 0.108923, 0.174644, 0.285748, 0.471409, 0.781459", \
+            "0.0252028, 0.0743006, 0.111109, 0.17556, 0.286374, 0.471791, 0.78146", \
+            "0.0337589, 0.0818418, 0.116113, 0.17845, 0.287639, 0.472713, 0.781785", \
+            "0.048591, 0.096456, 0.127348, 0.185941, 0.292377, 0.47529, 0.783424", \
+            "0.072541, 0.125315, 0.154308, 0.206862, 0.305105, 0.485072, 0.790667" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0959837, 0.155753, 0.183114, 0.224431, 0.29011, 0.397635, 0.576048", \
+            "0.123677, 0.183684, 0.211164, 0.252583, 0.318384, 0.425912, 0.604275", \
+            "0.145019, 0.206115, 0.233831, 0.275569, 0.341552, 0.449251, 0.627453", \
+            "0.176628, 0.239768, 0.268076, 0.309696, 0.375934, 0.483818, 0.662088", \
+            "0.220577, 0.287925, 0.31681, 0.358497, 0.425358, 0.533489, 0.711957", \
+            "0.281652, 0.35948, 0.390442, 0.433804, 0.500666, 0.608642, 0.786275", \
+            "0.369817, 0.45928, 0.494936, 0.543327, 0.612523, 0.722623, 0.901722" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246615, 0.0738351, 0.104107, 0.153918, 0.240334, 0.387244, 0.634865", \
+            "0.0261121, 0.0744448, 0.104254, 0.154247, 0.240418, 0.387524, 0.634866", \
+            "0.0291811, 0.0764769, 0.105859, 0.155604, 0.241345, 0.387799, 0.63593", \
+            "0.035197, 0.0805014, 0.109307, 0.158256, 0.243304, 0.389365, 0.635961", \
+            "0.0452372, 0.0878288, 0.114963, 0.162185, 0.24609, 0.391511, 0.637585", \
+            "0.060942, 0.103123, 0.127651, 0.171482, 0.251923, 0.394709, 0.63956", \
+            "0.084984, 0.13033, 0.153287, 0.194701, 0.269485, 0.407643, 0.647612" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0129014, 0.0136762, 0.0137433, 0.0137235, 0.0135275, 0.0131137, 0.0122434", \
+            "0.0131741, 0.0132816, 0.013488, 0.0134392, 0.0133009, 0.0129098, 0.0120945", \
+            "0.0137229, 0.0135439, 0.0134855, 0.0134562, 0.0136531, 0.0129738, 0.0119666", \
+            "0.0151605, 0.0141539, 0.0142455, 0.0142325, 0.0136873, 0.0141729, 0.0124921", \
+            "0.0187099, 0.0163719, 0.0162859, 0.0161551, 0.0161842, 0.0156218, 0.0152688", \
+            "0.0253888, 0.021655, 0.0212962, 0.0206601, 0.0202929, 0.020594, 0.0199916", \
+            "0.039427, 0.0327695, 0.0321016, 0.0313315, 0.030904, 0.029813, 0.0296842" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0193725, 0.0188476, 0.0187934, 0.0189039, 0.0186234, 0.0184693, 0.0173583", \
+            "0.0191896, 0.0185338, 0.0188286, 0.0188765, 0.0186711, 0.0184615, 0.0176723", \
+            "0.0195798, 0.018612, 0.0185662, 0.0187845, 0.0191678, 0.0184534, 0.0176907", \
+            "0.0203661, 0.0188137, 0.0189369, 0.0190487, 0.0187485, 0.0184912, 0.0176133", \
+            "0.0227062, 0.0201949, 0.0203241, 0.0203126, 0.0203144, 0.0201422, 0.0189575", \
+            "0.0287474, 0.0243279, 0.0242826, 0.0238867, 0.0247466, 0.0245321, 0.0243184", \
+            "0.0417469, 0.0347579, 0.0342847, 0.0338545, 0.0340815, 0.0332942, 0.0331696" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127469, 0.0137004, 0.0138181, 0.0137702, 0.0135902, 0.0132195, 0.012346", \
+            "0.0129453, 0.0131831, 0.0133795, 0.0135841, 0.013204, 0.0131025, 0.0121083", \
+            "0.0134506, 0.0133012, 0.0133776, 0.0133258, 0.0136189, 0.0131137, 0.0120092", \
+            "0.0149135, 0.0139917, 0.0141398, 0.014067, 0.0137078, 0.014079, 0.0125215", \
+            "0.018343, 0.0161842, 0.0160227, 0.0160537, 0.0159541, 0.0155327, 0.0152832", \
+            "0.0249131, 0.0210285, 0.0207799, 0.0201885, 0.0201021, 0.0202683, 0.0196549", \
+            "0.0383922, 0.0315949, 0.0309302, 0.0302608, 0.0297187, 0.0288127, 0.0281973" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0172095, 0.0165587, 0.0168856, 0.0168229, 0.0166119, 0.0164284, 0.0152716", \
+            "0.0171624, 0.0163962, 0.0166843, 0.016743, 0.0165597, 0.0162133, 0.0153949", \
+            "0.0176691, 0.0164458, 0.0164593, 0.0166078, 0.0172281, 0.0161018, 0.0154895", \
+            "0.0188842, 0.0169768, 0.0170282, 0.0170259, 0.0166267, 0.0167435, 0.0156798", \
+            "0.0218305, 0.0185589, 0.0186097, 0.0185521, 0.0185623, 0.0179245, 0.0168986", \
+            "0.0282074, 0.0230521, 0.022794, 0.0226297, 0.0231807, 0.0227025, 0.0224119", \
+            "0.0408635, 0.032975, 0.0322657, 0.031998, 0.031497, 0.0310397, 0.0308185" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124551, 0.013621, 0.0136417, 0.0136021, 0.0133203, 0.0130067, 0.0120818", \
+            "0.0125618, 0.0129517, 0.0131684, 0.0135056, 0.0129597, 0.0125301, 0.0118017", \
+            "0.013092, 0.0130747, 0.0131589, 0.0131324, 0.0131527, 0.0131123, 0.0117299", \
+            "0.014625, 0.0138587, 0.0139082, 0.0139999, 0.0135092, 0.0136139, 0.0124165", \
+            "0.0179933, 0.015754, 0.0156509, 0.0155304, 0.015839, 0.0152859, 0.0149048", \
+            "0.0249602, 0.0206602, 0.0204533, 0.0199713, 0.0199204, 0.0197668, 0.0187946", \
+            "0.0392323, 0.0318483, 0.0311524, 0.0305253, 0.0296598, 0.0290449, 0.0284436" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148399, 0.0143504, 0.0143481, 0.0144972, 0.0143837, 0.0140067, 0.0131326", \
+            "0.0150307, 0.0140995, 0.014369, 0.0143649, 0.0144324, 0.0141066, 0.0131613", \
+            "0.0159244, 0.0144115, 0.014391, 0.0145303, 0.0151417, 0.0141266, 0.0138083", \
+            "0.01781, 0.0154161, 0.0154804, 0.0153899, 0.0148716, 0.0149734, 0.0137713", \
+            "0.0213481, 0.0174569, 0.0173806, 0.017184, 0.0171493, 0.0169186, 0.0154661", \
+            "0.0284273, 0.0223465, 0.021994, 0.0215923, 0.0216398, 0.0218391, 0.0212189", \
+            "0.0419563, 0.0328974, 0.0319095, 0.0316023, 0.0308921, 0.0306357, 0.0300036" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00280073;
+      rise_capacitance : 0.00276376;
+      rise_capacitance_range (0.00259083, 0.00292255);
+      fall_capacitance : 0.0028377;
+      fall_capacitance_range (0.00238356, 0.00311767);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00272651;
+      rise_capacitance : 0.00274765;
+      rise_capacitance_range (0.0024476, 0.00298377);
+      fall_capacitance : 0.00270537;
+      fall_capacitance_range (0.00227358, 0.00293884);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00257686;
+      rise_capacitance : 0.00271086;
+      rise_capacitance_range (0.00233092, 0.00302501);
+      fall_capacitance : 0.00244285;
+      fall_capacitance_range (0.00225103, 0.0025781);
+    }
+  }
+  cell (sg13g2_or4_1) {
+    area : 14.5152;
+    cell_footprint : "or4";
+    cell_leakage_power : 322.723;
+    leakage_power () {
+      value : 433.564;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 372.968;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 309.302;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 371.707;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 251.716;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 320.437;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 313.565;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 390.436;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 194.375;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 264.327;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 262.623;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 342.741;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 256.55;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 336.012;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 332.502;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 410.749;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0483127, 0.0938464, 0.122099, 0.168232, 0.244767, 0.372021, 0.583577", \
+            "0.0821835, 0.128302, 0.156521, 0.202574, 0.279238, 0.406329, 0.618085", \
+            "0.104592, 0.15196, 0.180123, 0.226166, 0.302659, 0.429836, 0.641384", \
+            "0.134453, 0.185302, 0.213567, 0.259509, 0.335747, 0.462949, 0.674405", \
+            "0.174908, 0.230611, 0.258961, 0.304878, 0.380972, 0.507978, 0.719744", \
+            "0.228288, 0.296076, 0.323286, 0.36804, 0.444681, 0.57132, 0.782371", \
+            "0.306823, 0.383397, 0.41617, 0.463511, 0.542336, 0.670201, 0.880883" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0127425, 0.0684351, 0.108369, 0.174779, 0.286017, 0.471974, 0.781649", \
+            "0.0153433, 0.0686697, 0.108469, 0.17478, 0.286061, 0.472006, 0.78184", \
+            "0.0180342, 0.0694413, 0.108828, 0.174998, 0.286238, 0.472007, 0.781841", \
+            "0.0226293, 0.0713869, 0.109904, 0.175486, 0.286622, 0.472138, 0.781861", \
+            "0.0287463, 0.0760711, 0.112659, 0.17695, 0.28745, 0.472836, 0.782465", \
+            "0.038507, 0.084638, 0.118947, 0.180814, 0.290113, 0.475051, 0.783701", \
+            "0.053007, 0.103388, 0.133693, 0.191058, 0.297384, 0.480905, 0.789195" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.120215, 0.177652, 0.205506, 0.246898, 0.312691, 0.420414, 0.599157", \
+            "0.139329, 0.19693, 0.224678, 0.266368, 0.332336, 0.440038, 0.618959", \
+            "0.150699, 0.209425, 0.237417, 0.279352, 0.345503, 0.453351, 0.632215", \
+            "0.164387, 0.22529, 0.254119, 0.296729, 0.363155, 0.471257, 0.650121", \
+            "0.181293, 0.247345, 0.277462, 0.321179, 0.388124, 0.496591, 0.675772", \
+            "0.20473, 0.280384, 0.313867, 0.360902, 0.431138, 0.540592, 0.719868", \
+            "0.240145, 0.329418, 0.368246, 0.420619, 0.498224, 0.613851, 0.798801" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.023229, 0.0723473, 0.10229, 0.152171, 0.238186, 0.385086, 0.63312", \
+            "0.0236537, 0.0723483, 0.102291, 0.152361, 0.23831, 0.38535, 0.633121", \
+            "0.0245533, 0.0732984, 0.103167, 0.153082, 0.238862, 0.385369, 0.633122", \
+            "0.0267793, 0.0760179, 0.1059, 0.15533, 0.240202, 0.386187, 0.633661", \
+            "0.0314774, 0.0818744, 0.111199, 0.159452, 0.243105, 0.387849, 0.634403", \
+            "0.041048, 0.094059, 0.123325, 0.170695, 0.252385, 0.393243, 0.636684", \
+            "0.055344, 0.114906, 0.144994, 0.192737, 0.274758, 0.413593, 0.651815" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0477777, 0.0922776, 0.120253, 0.166265, 0.242375, 0.369594, 0.580942", \
+            "0.0799744, 0.125344, 0.153321, 0.199143, 0.275632, 0.402676, 0.614079", \
+            "0.100911, 0.147761, 0.175692, 0.221581, 0.297924, 0.424924, 0.636452", \
+            "0.128379, 0.178804, 0.206748, 0.252575, 0.328686, 0.455641, 0.667288", \
+            "0.16376, 0.219986, 0.247791, 0.293263, 0.369561, 0.496678, 0.707826", \
+            "0.21057, 0.276199, 0.305426, 0.350257, 0.426666, 0.552817, 0.763932", \
+            "0.272159, 0.352775, 0.385404, 0.433241, 0.510587, 0.638411, 0.850193" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0121363, 0.0675398, 0.107486, 0.174053, 0.285352, 0.471454, 0.781278", \
+            "0.014843, 0.0679315, 0.107695, 0.174054, 0.285426, 0.471455, 0.781719", \
+            "0.0175544, 0.0687568, 0.108158, 0.174339, 0.28563, 0.471456, 0.78172", \
+            "0.0221242, 0.0707644, 0.109213, 0.174838, 0.286085, 0.471726, 0.781721", \
+            "0.0284209, 0.075524, 0.111974, 0.17622, 0.286895, 0.472489, 0.781886", \
+            "0.038504, 0.084459, 0.11823, 0.180523, 0.289596, 0.474352, 0.78377", \
+            "0.053565, 0.103908, 0.133644, 0.191237, 0.297291, 0.480762, 0.788905" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.116943, 0.174461, 0.202031, 0.243709, 0.30964, 0.417299, 0.595956", \
+            "0.137096, 0.194909, 0.222777, 0.264311, 0.330376, 0.438207, 0.617065", \
+            "0.149882, 0.20917, 0.237248, 0.27928, 0.345579, 0.453438, 0.632232", \
+            "0.167357, 0.229227, 0.258322, 0.300611, 0.36763, 0.475904, 0.654839", \
+            "0.192774, 0.260203, 0.290528, 0.334138, 0.40118, 0.509909, 0.689322", \
+            "0.234496, 0.311566, 0.344658, 0.390926, 0.461367, 0.570179, 0.749904", \
+            "0.294767, 0.385902, 0.42456, 0.476755, 0.552663, 0.667153, 0.850485" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0231109, 0.0723338, 0.101945, 0.15215, 0.238189, 0.385104, 0.632882", \
+            "0.0239022, 0.072409, 0.102377, 0.152324, 0.23834, 0.385417, 0.632883", \
+            "0.0251599, 0.0739222, 0.103684, 0.153559, 0.239173, 0.385448, 0.633561", \
+            "0.0282404, 0.0772972, 0.106825, 0.155854, 0.240922, 0.386868, 0.633741", \
+            "0.03424, 0.0835769, 0.112333, 0.160264, 0.24372, 0.388737, 0.635281", \
+            "0.044644, 0.095921, 0.123815, 0.170003, 0.252081, 0.393112, 0.637114", \
+            "0.060489, 0.117935, 0.146196, 0.192411, 0.272449, 0.411124, 0.65002" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0452935, 0.088821, 0.116551, 0.162225, 0.238387, 0.365443, 0.576675", \
+            "0.0755026, 0.120157, 0.148025, 0.193642, 0.269873, 0.396866, 0.608195", \
+            "0.094468, 0.140809, 0.168558, 0.21428, 0.290483, 0.417386, 0.628813", \
+            "0.118673, 0.16867, 0.196479, 0.242054, 0.318073, 0.444904, 0.656485", \
+            "0.149665, 0.205725, 0.233289, 0.279008, 0.354537, 0.481391, 0.692463", \
+            "0.187401, 0.254266, 0.283313, 0.32908, 0.404761, 0.531528, 0.74326", \
+            "0.231144, 0.313363, 0.346878, 0.394888, 0.471915, 0.600054, 0.812903" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0113958, 0.0668812, 0.106849, 0.173496, 0.284988, 0.471034, 0.78111", \
+            "0.0143372, 0.0673804, 0.107167, 0.173597, 0.285075, 0.471424, 0.781464", \
+            "0.0171998, 0.0681955, 0.107676, 0.173909, 0.285272, 0.471425, 0.781465", \
+            "0.0218366, 0.0703653, 0.108775, 0.174389, 0.285713, 0.471428, 0.781466", \
+            "0.0283164, 0.0755963, 0.111642, 0.176056, 0.286496, 0.472218, 0.781753", \
+            "0.039129, 0.085686, 0.118725, 0.180541, 0.289405, 0.474132, 0.783295", \
+            "0.055347, 0.107052, 0.137191, 0.19356, 0.298129, 0.48099, 0.788798" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.107273, 0.164373, 0.192482, 0.233774, 0.299828, 0.407569, 0.586293", \
+            "0.128104, 0.186164, 0.21403, 0.255761, 0.321834, 0.429493, 0.608417", \
+            "0.143279, 0.202619, 0.231028, 0.273128, 0.339436, 0.447509, 0.626196", \
+            "0.166055, 0.227855, 0.256725, 0.299196, 0.366324, 0.474845, 0.654089", \
+            "0.201716, 0.268478, 0.298255, 0.341572, 0.408618, 0.517364, 0.697078", \
+            "0.256995, 0.332843, 0.364996, 0.410725, 0.478809, 0.58742, 0.767318", \
+            "0.336226, 0.425957, 0.463006, 0.513473, 0.586658, 0.700158, 0.882775" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0232175, 0.072033, 0.102247, 0.152147, 0.238221, 0.384959, 0.632892", \
+            "0.0242702, 0.0726498, 0.102589, 0.152496, 0.238425, 0.385288, 0.632925", \
+            "0.0259667, 0.0744253, 0.104229, 0.153942, 0.239527, 0.38569, 0.63337", \
+            "0.0296913, 0.0776962, 0.107075, 0.15636, 0.241519, 0.387416, 0.634401", \
+            "0.0362176, 0.0833961, 0.111587, 0.159839, 0.243885, 0.389329, 0.636095", \
+            "0.046871, 0.095496, 0.12253, 0.168747, 0.249839, 0.392429, 0.637584", \
+            "0.063665, 0.117447, 0.143947, 0.188783, 0.267751, 0.40737, 0.647394" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0411424, 0.0841422, 0.111823, 0.157339, 0.233644, 0.360258, 0.571558", \
+            "0.0686465, 0.113089, 0.140867, 0.18649, 0.262588, 0.389455, 0.600744", \
+            "0.0851535, 0.131376, 0.15899, 0.204563, 0.28081, 0.407729, 0.61889", \
+            "0.105408, 0.155546, 0.183236, 0.228621, 0.304783, 0.431721, 0.642934", \
+            "0.130939, 0.187776, 0.215386, 0.260546, 0.336562, 0.461795, 0.672775", \
+            "0.159309, 0.228287, 0.258226, 0.303841, 0.379713, 0.505619, 0.716269", \
+            "0.184179, 0.270302, 0.305735, 0.355571, 0.432593, 0.561211, 0.773127" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0108483, 0.0664395, 0.10673, 0.17328, 0.28508, 0.470882, 0.780918", \
+            "0.0141759, 0.0671708, 0.107002, 0.173447, 0.285081, 0.470976, 0.781358", \
+            "0.0170991, 0.0681759, 0.107468, 0.173759, 0.285127, 0.471046, 0.781359", \
+            "0.0218156, 0.0705309, 0.108788, 0.174289, 0.285577, 0.471331, 0.78136", \
+            "0.0291817, 0.0762319, 0.112096, 0.176221, 0.286514, 0.472104, 0.781563", \
+            "0.040836, 0.088852, 0.121629, 0.182126, 0.290358, 0.474743, 0.783142", \
+            "0.059214, 0.11375, 0.142658, 0.199007, 0.302137, 0.484216, 0.791322" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.090465, 0.147921, 0.175433, 0.217147, 0.283172, 0.390892, 0.569741", \
+            "0.114684, 0.17241, 0.200365, 0.24208, 0.308145, 0.416033, 0.594788", \
+            "0.133349, 0.191531, 0.219888, 0.262056, 0.328473, 0.436658, 0.615617", \
+            "0.161453, 0.220882, 0.249342, 0.29155, 0.358409, 0.467197, 0.646442", \
+            "0.200845, 0.264706, 0.293637, 0.335783, 0.402573, 0.510932, 0.690811", \
+            "0.260855, 0.333241, 0.363811, 0.407328, 0.475237, 0.584017, 0.762403", \
+            "0.350119, 0.435351, 0.470484, 0.518154, 0.589415, 0.701724, 0.883357" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0232214, 0.0721, 0.102034, 0.152163, 0.238416, 0.385029, 0.632892", \
+            "0.0242323, 0.0727788, 0.10265, 0.15261, 0.238598, 0.385202, 0.632893", \
+            "0.0260833, 0.0744863, 0.104431, 0.154232, 0.239888, 0.385832, 0.63307", \
+            "0.0304829, 0.0764329, 0.106486, 0.156405, 0.241958, 0.388017, 0.634288", \
+            "0.0377045, 0.0817552, 0.110227, 0.158708, 0.243777, 0.390037, 0.636917", \
+            "0.049343, 0.093382, 0.120318, 0.165945, 0.248475, 0.392354, 0.638449", \
+            "0.068164, 0.116304, 0.140989, 0.184968, 0.264569, 0.405695, 0.648047" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00851698, 0.00893977, 0.00895667, 0.00894547, 0.00882335, 0.00864788, 0.00822752", \
+            "0.00844857, 0.00861898, 0.00870534, 0.00881285, 0.00859163, 0.00839451, 0.00802579", \
+            "0.00870377, 0.00875247, 0.00877373, 0.00874153, 0.00894272, 0.00861556, 0.00797084", \
+            "0.00957764, 0.00935881, 0.00944283, 0.00948497, 0.00921303, 0.0094335, 0.0087013", \
+            "0.011856, 0.0112676, 0.0112687, 0.0111941, 0.0111802, 0.0109441, 0.0108435", \
+            "0.0170868, 0.0159726, 0.0158114, 0.0154109, 0.0153056, 0.0151487, 0.0147996", \
+            "0.0281746, 0.026267, 0.0258573, 0.0253941, 0.0252725, 0.024815, 0.0241533" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0161142, 0.0162572, 0.0163553, 0.0163052, 0.0161616, 0.0159109, 0.0155418", \
+            "0.0159253, 0.0160258, 0.0161658, 0.0161581, 0.0160724, 0.0159274, 0.015511", \
+            "0.0160038, 0.0159912, 0.0159921, 0.0160805, 0.0163451, 0.0158396, 0.015422", \
+            "0.0162805, 0.0160822, 0.0161795, 0.0162582, 0.0160133, 0.0159998, 0.0155029", \
+            "0.0174991, 0.0169849, 0.0171203, 0.0171678, 0.0171179, 0.0169419, 0.0163661", \
+            "0.0217489, 0.02059, 0.0206364, 0.0205709, 0.0208069, 0.0207529, 0.0206203", \
+            "0.0323851, 0.0302507, 0.0299939, 0.0297498, 0.0299155, 0.0295369, 0.0296949" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00831002, 0.00881792, 0.00883859, 0.00886787, 0.00870189, 0.00854676, 0.00809186", \
+            "0.00818071, 0.00841913, 0.0085173, 0.00860483, 0.00842528, 0.00819623, 0.0079017", \
+            "0.00841329, 0.00854574, 0.00856302, 0.00855596, 0.00865383, 0.00824123, 0.00788304", \
+            "0.00926913, 0.00912977, 0.00923254, 0.00927934, 0.00906921, 0.0092022, 0.00850604", \
+            "0.0116028, 0.0110557, 0.0109653, 0.0108689, 0.0109462, 0.0106738, 0.0105525", \
+            "0.0164958, 0.0152987, 0.0151803, 0.014926, 0.0148803, 0.0146674, 0.0143925", \
+            "0.0269563, 0.0249303, 0.0245226, 0.0242002, 0.0240824, 0.0236906, 0.0233625" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0140276, 0.0141852, 0.0142064, 0.0142158, 0.0141963, 0.0139929, 0.0134065", \
+            "0.0138574, 0.013928, 0.0140757, 0.0140435, 0.0139501, 0.013877, 0.0134265", \
+            "0.013985, 0.0139175, 0.0139202, 0.0139972, 0.0142594, 0.0138689, 0.0134096", \
+            "0.0143997, 0.0141126, 0.0141756, 0.0141559, 0.0140209, 0.0139891, 0.0134258", \
+            "0.0159527, 0.0152407, 0.0153395, 0.0153308, 0.0153096, 0.0150765, 0.0145265", \
+            "0.0204721, 0.0190921, 0.0190687, 0.018901, 0.0192771, 0.0191433, 0.0191497", \
+            "0.0306429, 0.0282438, 0.0279782, 0.0278513, 0.0279583, 0.0276255, 0.0275976" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0077669, 0.00832821, 0.00832872, 0.00831504, 0.00819222, 0.00799234, 0.00754855", \
+            "0.00767439, 0.00793352, 0.00804626, 0.00809246, 0.00795454, 0.00775533, 0.00739271", \
+            "0.00791906, 0.00809337, 0.00813468, 0.00810232, 0.0083897, 0.00800501, 0.00743092", \
+            "0.00879544, 0.0086919, 0.00877338, 0.00882837, 0.00864552, 0.00878998, 0.0080325", \
+            "0.0109821, 0.0105298, 0.0104358, 0.0104623, 0.0104294, 0.0102623, 0.0100127", \
+            "0.0158452, 0.0146655, 0.0144962, 0.0144032, 0.0142117, 0.0141759, 0.0141347", \
+            "0.0260316, 0.0239946, 0.0236533, 0.0232913, 0.0230488, 0.0227486, 0.0224354" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119, 0.0119712, 0.0121353, 0.0120611, 0.0120137, 0.0118321, 0.0113147", \
+            "0.0117542, 0.0117652, 0.0119128, 0.0118705, 0.0118637, 0.0116728, 0.0113032", \
+            "0.0120143, 0.0118256, 0.0118559, 0.0118881, 0.0121874, 0.0117809, 0.0112842", \
+            "0.0126733, 0.012255, 0.0122918, 0.0122618, 0.0120916, 0.0120406, 0.0115926", \
+            "0.0146262, 0.0137517, 0.0137384, 0.0137871, 0.0137867, 0.0136737, 0.013055", \
+            "0.0192682, 0.0177074, 0.0176612, 0.0175832, 0.0174916, 0.0174432, 0.017399", \
+            "0.0290476, 0.0263786, 0.0260747, 0.0259635, 0.0257693, 0.0256153, 0.0255902" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00740199, 0.007987, 0.00802432, 0.00796012, 0.00786934, 0.00758229, 0.0071482", \
+            "0.00733661, 0.0076528, 0.00773778, 0.00777796, 0.00760687, 0.00738491, 0.00705676", \
+            "0.00760074, 0.00787977, 0.00788024, 0.00784485, 0.00812282, 0.0078798, 0.00714774", \
+            "0.00850194, 0.00843392, 0.00852486, 0.00854347, 0.00837788, 0.00861934, 0.00795733", \
+            "0.010765, 0.0103887, 0.0102651, 0.010157, 0.0102364, 0.00967588, 0.00953805", \
+            "0.0159106, 0.0147004, 0.0145849, 0.0144258, 0.0142376, 0.0141054, 0.0137728", \
+            "0.0264385, 0.0242372, 0.0238266, 0.023636, 0.0233589, 0.0229853, 0.0226429" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00946213, 0.00964807, 0.00966372, 0.00968773, 0.00957037, 0.00938804, 0.00907827", \
+            "0.00951645, 0.00947315, 0.00961382, 0.00959762, 0.009772, 0.00946485, 0.00899583", \
+            "0.0100188, 0.00979644, 0.00980564, 0.00981008, 0.0101327, 0.00985688, 0.00924931", \
+            "0.0111932, 0.0106471, 0.0107115, 0.0106759, 0.0104737, 0.010505, 0.0100895", \
+            "0.0135255, 0.0125136, 0.0125505, 0.0124613, 0.0124839, 0.012206, 0.0116134", \
+            "0.0185721, 0.0167789, 0.0167609, 0.0164979, 0.0166255, 0.0166171, 0.0161673", \
+            "0.0289231, 0.025955, 0.0256077, 0.0254203, 0.0252977, 0.025031, 0.0247899" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00280767;
+      rise_capacitance : 0.00277195;
+      rise_capacitance_range (0.00259424, 0.00293555);
+      fall_capacitance : 0.0028434;
+      fall_capacitance_range (0.00238684, 0.00316562);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00270956;
+      rise_capacitance : 0.00272503;
+      rise_capacitance_range (0.00242079, 0.0029692);
+      fall_capacitance : 0.0026941;
+      fall_capacitance_range (0.00225734, 0.0029779);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00267612;
+      rise_capacitance : 0.00273322;
+      rise_capacitance_range (0.00233442, 0.00305364);
+      fall_capacitance : 0.00261902;
+      fall_capacitance_range (0.002197, 0.00284965);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00257381;
+      rise_capacitance : 0.00273533;
+      rise_capacitance_range (0.00224527, 0.00315227);
+      fall_capacitance : 0.00241229;
+      fall_capacitance_range (0.00221253, 0.0025312);
+    }
+  }
+  cell (sg13g2_or4_2) {
+    area : 16.3296;
+    cell_footprint : "or4";
+    cell_leakage_power : 406.698;
+    leakage_power () {
+      value : 591.416;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 452.039;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 388.342;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 450.778;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 330.756;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 399.508;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 392.604;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 469.507;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 273.402;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 343.386;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 341.651;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 421.8;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 335.577;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 415.071;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 411.53;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 489.808;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0553833, 0.105356, 0.133757, 0.17987, 0.256538, 0.383599, 0.59523", \
+            "0.0922748, 0.143186, 0.171397, 0.217502, 0.294112, 0.421339, 0.633607", \
+            "0.117519, 0.170371, 0.198602, 0.244629, 0.320952, 0.448005, 0.659645", \
+            "0.152325, 0.209338, 0.237595, 0.283412, 0.359548, 0.486438, 0.697848", \
+            "0.198196, 0.262721, 0.291534, 0.336938, 0.41298, 0.539831, 0.751202", \
+            "0.26365, 0.337904, 0.368349, 0.413117, 0.48912, 0.615499, 0.826567", \
+            "0.350659, 0.439114, 0.473537, 0.521979, 0.598119, 0.725664, 0.934165" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0140389, 0.0699147, 0.109557, 0.175783, 0.287134, 0.473012, 0.78303", \
+            "0.016861, 0.0704368, 0.109664, 0.175784, 0.287135, 0.473939, 0.784315", \
+            "0.0198116, 0.071822, 0.110375, 0.176041, 0.287289, 0.47394, 0.784316", \
+            "0.0256168, 0.0748254, 0.112104, 0.177077, 0.287751, 0.473941, 0.784317", \
+            "0.0341189, 0.0819067, 0.116688, 0.179335, 0.288906, 0.474158, 0.784318", \
+            "0.045668, 0.094317, 0.125962, 0.185408, 0.29241, 0.476365, 0.785373", \
+            "0.066381, 0.117617, 0.145669, 0.199187, 0.301308, 0.482797, 0.790598" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.150522, 0.218897, 0.24924, 0.293468, 0.360999, 0.469518, 0.648386", \
+            "0.169941, 0.238304, 0.268747, 0.312882, 0.380647, 0.489418, 0.66816", \
+            "0.18267, 0.251749, 0.282226, 0.326411, 0.394424, 0.503204, 0.682007", \
+            "0.199433, 0.270622, 0.301485, 0.34622, 0.414624, 0.523577, 0.702413", \
+            "0.222142, 0.297123, 0.329346, 0.374912, 0.444271, 0.553719, 0.732837", \
+            "0.255852, 0.338538, 0.373464, 0.42198, 0.494296, 0.604174, 0.784263", \
+            "0.30682, 0.401354, 0.44127, 0.495332, 0.573718, 0.690602, 0.872561" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0318987, 0.0849788, 0.11511, 0.164893, 0.249078, 0.393559, 0.639578", \
+            "0.0322048, 0.0849798, 0.115111, 0.164894, 0.249706, 0.393766, 0.639579", \
+            "0.0331968, 0.085544, 0.115551, 0.164972, 0.249707, 0.393944, 0.639838", \
+            "0.0355808, 0.0883467, 0.118196, 0.166994, 0.251073, 0.394779, 0.639972", \
+            "0.0408468, 0.0940862, 0.123538, 0.171481, 0.254353, 0.397343, 0.641279", \
+            "0.052119, 0.106289, 0.135581, 0.182499, 0.263802, 0.402543, 0.644254", \
+            "0.070744, 0.128905, 0.15858, 0.205965, 0.285806, 0.422946, 0.657804" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0545503, 0.10353, 0.131747, 0.177609, 0.253914, 0.380882, 0.592486", \
+            "0.090121, 0.140335, 0.168441, 0.21434, 0.290827, 0.417799, 0.629875", \
+            "0.11416, 0.166648, 0.194481, 0.240221, 0.316427, 0.443434, 0.654762", \
+            "0.146516, 0.203216, 0.231228, 0.277286, 0.353247, 0.479757, 0.691046", \
+            "0.189245, 0.253634, 0.281743, 0.327035, 0.404133, 0.530859, 0.741691", \
+            "0.247826, 0.322091, 0.352415, 0.398254, 0.474055, 0.599223, 0.808277", \
+            "0.321148, 0.410415, 0.44537, 0.494073, 0.569842, 0.696595, 0.90928" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0133868, 0.0690985, 0.108756, 0.17496, 0.28647, 0.472588, 0.782851", \
+            "0.0163602, 0.0697178, 0.108974, 0.175073, 0.286491, 0.472834, 0.783877", \
+            "0.019405, 0.0713796, 0.10971, 0.17541, 0.286736, 0.472835, 0.783878", \
+            "0.0252648, 0.074259, 0.111518, 0.176472, 0.287243, 0.472905, 0.783879", \
+            "0.0336211, 0.0814742, 0.11617, 0.178848, 0.288283, 0.47378, 0.78388", \
+            "0.045778, 0.094208, 0.125757, 0.184916, 0.291878, 0.475825, 0.785092", \
+            "0.067219, 0.118843, 0.147197, 0.200445, 0.301329, 0.482491, 0.789825" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.147258, 0.215541, 0.245796, 0.290241, 0.357703, 0.466371, 0.64543", \
+            "0.168061, 0.236611, 0.267206, 0.311107, 0.379039, 0.487653, 0.666451", \
+            "0.182829, 0.252178, 0.282783, 0.327101, 0.395115, 0.503992, 0.68274", \
+            "0.204821, 0.276332, 0.307592, 0.352761, 0.420969, 0.530185, 0.709249", \
+            "0.238092, 0.313755, 0.346066, 0.391799, 0.461065, 0.570972, 0.750127", \
+            "0.2917, 0.375542, 0.410181, 0.459187, 0.529415, 0.64002, 0.819634", \
+            "0.370581, 0.466605, 0.506556, 0.560669, 0.63711, 0.752809, 0.93298" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0319696, 0.0844635, 0.115197, 0.164942, 0.2492, 0.393579, 0.639559", \
+            "0.0323599, 0.0847938, 0.115198, 0.164943, 0.249201, 0.39358, 0.63977", \
+            "0.0337319, 0.0860122, 0.115984, 0.165331, 0.249369, 0.393968, 0.639934", \
+            "0.0369075, 0.0892551, 0.118985, 0.167978, 0.251741, 0.395162, 0.640271", \
+            "0.0438398, 0.0955217, 0.124991, 0.172507, 0.255137, 0.39802, 0.642026", \
+            "0.056942, 0.109266, 0.137082, 0.184042, 0.262686, 0.402704, 0.644393", \
+            "0.077859, 0.133331, 0.161187, 0.206949, 0.2845, 0.420857, 0.656113" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0519469, 0.099945, 0.127836, 0.173589, 0.24985, 0.376745, 0.587975", \
+            "0.0860002, 0.135602, 0.163523, 0.20928, 0.285542, 0.412497, 0.6239", \
+            "0.108395, 0.160442, 0.187913, 0.233586, 0.309869, 0.436614, 0.647911", \
+            "0.137936, 0.194511, 0.222494, 0.26788, 0.343982, 0.470601, 0.68206", \
+            "0.17626, 0.240887, 0.269239, 0.314444, 0.390556, 0.516466, 0.727567", \
+            "0.227549, 0.302328, 0.332739, 0.378068, 0.453508, 0.579341, 0.789817", \
+            "0.288, 0.378478, 0.413396, 0.46234, 0.538456, 0.665232, 0.875877" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.01266, 0.0682586, 0.107995, 0.174472, 0.286124, 0.472228, 0.782533", \
+            "0.015905, 0.0691769, 0.108467, 0.174659, 0.286164, 0.472877, 0.782931", \
+            "0.0192074, 0.0708487, 0.109331, 0.175015, 0.286409, 0.472878, 0.782932", \
+            "0.0251037, 0.0740013, 0.111212, 0.176035, 0.286962, 0.472879, 0.782933", \
+            "0.033475, 0.0812618, 0.115848, 0.178668, 0.288157, 0.473528, 0.78335", \
+            "0.046714, 0.095057, 0.126314, 0.185016, 0.291718, 0.475524, 0.784705", \
+            "0.06924, 0.121405, 0.149845, 0.201577, 0.302487, 0.482851, 0.789783" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.137456, 0.205922, 0.236316, 0.280453, 0.347888, 0.456534, 0.635453", \
+            "0.159714, 0.228394, 0.258549, 0.302922, 0.370908, 0.479471, 0.65825", \
+            "0.1778, 0.247413, 0.277956, 0.322399, 0.390538, 0.499376, 0.678139", \
+            "0.206792, 0.278474, 0.309542, 0.354603, 0.422999, 0.532228, 0.711342", \
+            "0.251682, 0.32727, 0.359056, 0.404889, 0.474105, 0.583158, 0.762823", \
+            "0.321192, 0.404672, 0.438737, 0.486743, 0.55726, 0.665991, 0.84503", \
+            "0.421088, 0.516398, 0.555529, 0.607595, 0.681627, 0.794877, 0.976104" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0320029, 0.0848654, 0.115045, 0.164911, 0.249222, 0.393545, 0.639571", \
+            "0.0325964, 0.0849072, 0.115046, 0.164912, 0.249223, 0.393578, 0.639574", \
+            "0.0343918, 0.0865585, 0.116268, 0.165463, 0.249578, 0.394054, 0.640194", \
+            "0.0385683, 0.0901785, 0.119688, 0.168491, 0.25215, 0.395809, 0.640674", \
+            "0.0470203, 0.0966855, 0.125001, 0.173112, 0.255651, 0.398452, 0.642479", \
+            "0.061211, 0.110805, 0.137383, 0.183267, 0.262667, 0.402358, 0.644607", \
+            "0.083964, 0.135848, 0.16247, 0.20503, 0.280929, 0.416441, 0.654172" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0479899, 0.0954566, 0.12331, 0.168941, 0.245088, 0.372089, 0.583297", \
+            "0.0800895, 0.129419, 0.157167, 0.202978, 0.279037, 0.406047, 0.617619", \
+            "0.100518, 0.152271, 0.180041, 0.225663, 0.301795, 0.428548, 0.63975", \
+            "0.126994, 0.184151, 0.211616, 0.257049, 0.333154, 0.459787, 0.670975", \
+            "0.161203, 0.225148, 0.253487, 0.298692, 0.37477, 0.50081, 0.711791", \
+            "0.203905, 0.278958, 0.310205, 0.355913, 0.430676, 0.556374, 0.766394", \
+            "0.249064, 0.34129, 0.378677, 0.428374, 0.504117, 0.631371, 0.844058" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0120796, 0.0679465, 0.107777, 0.174351, 0.285997, 0.472225, 0.782493", \
+            "0.0156451, 0.0689524, 0.108299, 0.174458, 0.286078, 0.472273, 0.783235", \
+            "0.0192142, 0.0704944, 0.109114, 0.174924, 0.286191, 0.472274, 0.783236", \
+            "0.02523, 0.0744544, 0.111292, 0.175865, 0.286948, 0.472577, 0.783237", \
+            "0.0338423, 0.0823454, 0.116479, 0.178816, 0.288059, 0.473459, 0.783238", \
+            "0.048903, 0.097594, 0.128293, 0.187037, 0.292765, 0.476184, 0.784854", \
+            "0.073748, 0.127444, 0.15601, 0.206669, 0.305987, 0.48575, 0.791791" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.121027, 0.189519, 0.219585, 0.264101, 0.331773, 0.440152, 0.618994", \
+            "0.146928, 0.215193, 0.245768, 0.28992, 0.357754, 0.466399, 0.645282", \
+            "0.169529, 0.238356, 0.268895, 0.313255, 0.381361, 0.490231, 0.669208", \
+            "0.204951, 0.274867, 0.305381, 0.350108, 0.418821, 0.528021, 0.707174", \
+            "0.2552, 0.328581, 0.359576, 0.404414, 0.473552, 0.582412, 0.761786", \
+            "0.32952, 0.410794, 0.443898, 0.489903, 0.558664, 0.667873, 0.84627", \
+            "0.440539, 0.533746, 0.571635, 0.622093, 0.693911, 0.805931, 0.984815" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0318715, 0.0849826, 0.114669, 0.164937, 0.249048, 0.393426, 0.639581", \
+            "0.0326771, 0.0849836, 0.115155, 0.164938, 0.249083, 0.393542, 0.639696", \
+            "0.0350551, 0.0864878, 0.116452, 0.165656, 0.249804, 0.394223, 0.640405", \
+            "0.0406842, 0.0899392, 0.119686, 0.168406, 0.252435, 0.396052, 0.64082", \
+            "0.0509411, 0.0964354, 0.124663, 0.172248, 0.255496, 0.398925, 0.643098", \
+            "0.067105, 0.111719, 0.137074, 0.181421, 0.261297, 0.402056, 0.64533", \
+            "0.092441, 0.139203, 0.163675, 0.20425, 0.278633, 0.415145, 0.653098" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0136114, 0.0143196, 0.0144166, 0.0143816, 0.0141515, 0.0137209, 0.0128988", \
+            "0.013848, 0.0139009, 0.0140495, 0.0140211, 0.0139744, 0.0137107, 0.0131238", \
+            "0.0143893, 0.014016, 0.0140408, 0.0140282, 0.0143522, 0.0136146, 0.0126074", \
+            "0.0157024, 0.0145907, 0.01465, 0.0146743, 0.0141132, 0.0141611, 0.0128103", \
+            "0.0191008, 0.0167345, 0.0166328, 0.0164745, 0.0164977, 0.0158906, 0.0157249", \
+            "0.0254941, 0.0215736, 0.021282, 0.0205484, 0.0202915, 0.0201961, 0.0196849", \
+            "0.0394985, 0.0327305, 0.0319096, 0.0309965, 0.0303618, 0.0299602, 0.0283589" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0230772, 0.0213534, 0.0213884, 0.0215319, 0.0211559, 0.0206234, 0.0200273", \
+            "0.0229039, 0.0212275, 0.0214477, 0.021569, 0.0216432, 0.0211217, 0.0205082", \
+            "0.0230573, 0.0210771, 0.0211329, 0.0213176, 0.0216666, 0.0214968, 0.0201271", \
+            "0.0236854, 0.0212718, 0.0213244, 0.0213252, 0.0209247, 0.0210477, 0.0199062", \
+            "0.0254142, 0.0222461, 0.0221404, 0.0221677, 0.0221451, 0.0216414, 0.0207035", \
+            "0.0306522, 0.025828, 0.0256135, 0.0252688, 0.0258829, 0.0254574, 0.0256023", \
+            "0.0430633, 0.0358989, 0.0351256, 0.0346657, 0.0347562, 0.0348892, 0.0341691" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0133869, 0.0142827, 0.0144047, 0.014347, 0.0141085, 0.0137126, 0.0129427", \
+            "0.0135805, 0.0137381, 0.0139549, 0.0139914, 0.0138754, 0.0134315, 0.0130628", \
+            "0.0140568, 0.0139081, 0.013895, 0.0138921, 0.0139689, 0.0133443, 0.0125365", \
+            "0.01537, 0.0143376, 0.014421, 0.0144971, 0.0140526, 0.0144465, 0.0127854", \
+            "0.0185734, 0.0163421, 0.0162616, 0.0161652, 0.0162563, 0.0155156, 0.015475", \
+            "0.0249619, 0.0210185, 0.0207335, 0.0202724, 0.0200992, 0.0195659, 0.0193357", \
+            "0.0383208, 0.0314637, 0.0307141, 0.0299807, 0.029277, 0.0285632, 0.0280753" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0209856, 0.0192731, 0.0191967, 0.0193942, 0.0189906, 0.0187927, 0.0185887", \
+            "0.0208404, 0.0191479, 0.0196319, 0.019536, 0.0193112, 0.0190264, 0.0183889", \
+            "0.021091, 0.0189871, 0.019038, 0.0192179, 0.0193494, 0.0194063, 0.0180739", \
+            "0.0219222, 0.0192644, 0.0193164, 0.0193491, 0.018945, 0.0191462, 0.0180503", \
+            "0.0242041, 0.0204545, 0.0202576, 0.0202463, 0.0201733, 0.0197783, 0.0187807", \
+            "0.0299973, 0.0245265, 0.0239112, 0.0241544, 0.0236259, 0.0239465, 0.0238215", \
+            "0.0422802, 0.0341597, 0.0332723, 0.0330401, 0.0326639, 0.0330575, 0.0318738" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0128363, 0.0137894, 0.0138775, 0.0138681, 0.0136081, 0.0132101, 0.0123525", \
+            "0.0130528, 0.0133153, 0.0135349, 0.0136981, 0.0133848, 0.0131109, 0.0122475", \
+            "0.0135295, 0.013499, 0.0133939, 0.0134317, 0.0135577, 0.0131559, 0.0121116", \
+            "0.0148496, 0.0139178, 0.0140295, 0.0140943, 0.0136608, 0.0139408, 0.0124526", \
+            "0.018113, 0.0158341, 0.0157928, 0.0157608, 0.0160512, 0.0152678, 0.0150014", \
+            "0.0245151, 0.0204131, 0.0201314, 0.0194825, 0.0192872, 0.0190957, 0.0185927", \
+            "0.0372376, 0.0304215, 0.0295544, 0.028556, 0.0282521, 0.0276352, 0.0267629" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0188479, 0.0172161, 0.0173642, 0.0173459, 0.0167563, 0.0165063, 0.01592", \
+            "0.0187302, 0.0169867, 0.0172018, 0.0172272, 0.0171985, 0.0169665, 0.016182", \
+            "0.019134, 0.0168821, 0.0168886, 0.017062, 0.0174448, 0.0170475, 0.0159305", \
+            "0.0203701, 0.0174226, 0.0173835, 0.017383, 0.0169669, 0.0171782, 0.0160776", \
+            "0.0231871, 0.0190856, 0.0187307, 0.0188612, 0.018671, 0.0180392, 0.0171258", \
+            "0.0293706, 0.0234023, 0.0227456, 0.0228631, 0.0226432, 0.0222387, 0.0218311", \
+            "0.0416575, 0.0327215, 0.0318451, 0.0312557, 0.0304009, 0.0302361, 0.0304304" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124841, 0.0135815, 0.0136549, 0.0136169, 0.0133917, 0.0129802, 0.0121066", \
+            "0.0127007, 0.0130899, 0.0132815, 0.0135425, 0.0130744, 0.0126545, 0.0121643", \
+            "0.0131714, 0.0131556, 0.0131962, 0.0131896, 0.0136822, 0.0129957, 0.0117792", \
+            "0.0145991, 0.0138365, 0.0138446, 0.0139398, 0.013625, 0.0139645, 0.0123734", \
+            "0.017749, 0.0156256, 0.0155229, 0.015394, 0.0155969, 0.0147336, 0.0148011", \
+            "0.0243198, 0.0200821, 0.0198894, 0.0195617, 0.0192184, 0.0189751, 0.0181957", \
+            "0.0378557, 0.0305905, 0.0296725, 0.028734, 0.0284008, 0.0278276, 0.0270385" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0164629, 0.014781, 0.0147853, 0.0149639, 0.0148431, 0.0140079, 0.0133858", \
+            "0.0164649, 0.0146246, 0.0149846, 0.0148754, 0.0147464, 0.0143935, 0.0139293", \
+            "0.0172417, 0.0147875, 0.01478, 0.0149135, 0.0154278, 0.0148964, 0.0140317", \
+            "0.0191469, 0.0157816, 0.0156947, 0.0155305, 0.0152353, 0.0153896, 0.0142126", \
+            "0.0226115, 0.0177732, 0.0174724, 0.0173595, 0.0174348, 0.0167496, 0.0154686", \
+            "0.0293346, 0.0226171, 0.0219545, 0.0216759, 0.0211485, 0.021227, 0.0206016", \
+            "0.0424126, 0.0323892, 0.031456, 0.0308467, 0.0300156, 0.0298327, 0.0292237" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00278363;
+      rise_capacitance : 0.00274505;
+      rise_capacitance_range (0.00258441, 0.00290019);
+      fall_capacitance : 0.0028222;
+      fall_capacitance_range (0.00237396, 0.00312989);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00270312;
+      rise_capacitance : 0.00271394;
+      rise_capacitance_range (0.00243538, 0.0029434);
+      fall_capacitance : 0.0026923;
+      fall_capacitance_range (0.00226414, 0.00296642);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00266761;
+      rise_capacitance : 0.00271757;
+      rise_capacitance_range (0.00237054, 0.0030173);
+      fall_capacitance : 0.00261765;
+      fall_capacitance_range (0.00220499, 0.00284178);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00255761;
+      rise_capacitance : 0.00271122;
+      rise_capacitance_range (0.00231564, 0.00307956);
+      fall_capacitance : 0.002404;
+      fall_capacitance_range (0.00223469, 0.00251172);
+    }
+  }
+  cell (sg13g2_sdfbbp_1) {
+    area : 63.504;
+    cell_footprint : "sdfbbp";
+    cell_leakage_power : 1677.4;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 1644.27;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1692.02;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1508.44;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1658.84;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1367.12;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&!SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1665.91;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1665.88;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1715.68;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1739.31;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1738.76;
+      when : "!CLK&D&RESET_B&SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1752.34;
+      when : "CLK&D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1752.33;
+      when : "CLK&D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1787.78;
+      when : "CLK&D&RESET_B&SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1629.26;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1677;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1676.18;
+      when : "!CLK&!D&RESET_B&SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1699.81;
+      when : "!CLK&!D&RESET_B&SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1650.9;
+      when : "CLK&!D&RESET_B&!SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1741.91;
+      when : "CLK&!D&RESET_B&!SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1712.85;
+      when : "CLK&!D&RESET_B&SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1748.82;
+      when : "CLK&!D&RESET_B&SCD&SCE&SET_B&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.202937, 0.241288, 0.268711, 0.314213, 0.390543, 0.517424, 0.729066", \
+            "0.232907, 0.271184, 0.298586, 0.344191, 0.420355, 0.547337, 0.759025", \
+            "0.252577, 0.290836, 0.3183, 0.363773, 0.44004, 0.567161, 0.77875", \
+            "0.279104, 0.31736, 0.344867, 0.390436, 0.466581, 0.593566, 0.805185", \
+            "0.315574, 0.353684, 0.381302, 0.426825, 0.502917, 0.629878, 0.841657", \
+            "0.364672, 0.402934, 0.430402, 0.475969, 0.552178, 0.679181, 0.89081", \
+            "0.431839, 0.470105, 0.497527, 0.543058, 0.619379, 0.746447, 0.958177" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0138512, 0.0670604, 0.107101, 0.173749, 0.285484, 0.471932, 0.782431", \
+            "0.0138522, 0.0670614, 0.107156, 0.17375, 0.285809, 0.471933, 0.782432", \
+            "0.0138583, 0.0670624, 0.107157, 0.173751, 0.28581, 0.471934, 0.782433", \
+            "0.0138593, 0.0670634, 0.107158, 0.173757, 0.285811, 0.471935, 0.782434", \
+            "0.0138603, 0.0670644, 0.107159, 0.173769, 0.285812, 0.471936, 0.782435", \
+            "0.0138613, 0.0670654, 0.10716, 0.17377, 0.285813, 0.471937, 0.782436", \
+            "0.0138623, 0.0670664, 0.107161, 0.173771, 0.285814, 0.471938, 0.782437" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.170235, 0.205042, 0.228244, 0.266421, 0.330377, 0.436833, 0.614394", \
+            "0.199599, 0.234376, 0.25758, 0.295762, 0.359701, 0.466207, 0.643592", \
+            "0.219434, 0.254215, 0.277384, 0.315585, 0.379526, 0.486003, 0.663382", \
+            "0.246817, 0.281582, 0.304761, 0.342966, 0.406901, 0.513388, 0.690742", \
+            "0.284659, 0.319454, 0.342545, 0.380762, 0.44476, 0.551212, 0.728576", \
+            "0.337749, 0.372465, 0.395641, 0.433892, 0.497777, 0.60429, 0.781671", \
+            "0.412119, 0.446318, 0.469923, 0.508129, 0.572167, 0.678535, 0.855947" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116179, 0.0546701, 0.086316, 0.139302, 0.228243, 0.37661, 0.624018", \
+            "0.0116461, 0.0546703, 0.086382, 0.139303, 0.228244, 0.376611, 0.624019", \
+            "0.0116471, 0.0546713, 0.086383, 0.139304, 0.228245, 0.376751, 0.624404", \
+            "0.0116481, 0.0546723, 0.086384, 0.139305, 0.228259, 0.376752, 0.624405", \
+            "0.0116747, 0.0546733, 0.086385, 0.139306, 0.22826, 0.376753, 0.624406", \
+            "0.011697, 0.054686, 0.086386, 0.139307, 0.228261, 0.376754, 0.624407", \
+            "0.011755, 0.054701, 0.086412, 0.13931, 0.228262, 0.376755, 0.624408" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.202937, 0.241288, 0.268711, 0.314213, 0.390543, 0.517424, 0.729066", \
+            "0.232907, 0.271184, 0.298586, 0.344191, 0.420355, 0.547337, 0.759025", \
+            "0.252577, 0.290836, 0.3183, 0.363773, 0.44004, 0.567161, 0.77875", \
+            "0.279104, 0.31736, 0.344867, 0.390436, 0.466581, 0.593566, 0.805185", \
+            "0.315574, 0.353684, 0.381302, 0.426825, 0.502917, 0.629878, 0.841657", \
+            "0.364672, 0.402934, 0.430402, 0.475969, 0.552178, 0.679181, 0.89081", \
+            "0.431839, 0.470105, 0.497527, 0.543058, 0.619379, 0.746447, 0.958177" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0138512, 0.0670604, 0.107101, 0.173749, 0.285484, 0.471932, 0.782431", \
+            "0.0138522, 0.0670614, 0.107156, 0.17375, 0.285809, 0.471933, 0.782432", \
+            "0.0138583, 0.0670624, 0.107157, 0.173751, 0.28581, 0.471934, 0.782433", \
+            "0.0138593, 0.0670634, 0.107158, 0.173757, 0.285811, 0.471935, 0.782434", \
+            "0.0138603, 0.0670644, 0.107159, 0.173769, 0.285812, 0.471936, 0.782435", \
+            "0.0138613, 0.0670654, 0.10716, 0.17377, 0.285813, 0.471937, 0.782436", \
+            "0.0138623, 0.0670664, 0.107161, 0.173771, 0.285814, 0.471938, 0.782437" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.170235, 0.205042, 0.228244, 0.266421, 0.330377, 0.436833, 0.614394", \
+            "0.199599, 0.234376, 0.25758, 0.295762, 0.359701, 0.466207, 0.643592", \
+            "0.219434, 0.254215, 0.277384, 0.315585, 0.379526, 0.486003, 0.663382", \
+            "0.246817, 0.281582, 0.304761, 0.342966, 0.406901, 0.513388, 0.690742", \
+            "0.284659, 0.319454, 0.342545, 0.380762, 0.44476, 0.551212, 0.728576", \
+            "0.337749, 0.372465, 0.395641, 0.433892, 0.497777, 0.60429, 0.781671", \
+            "0.412119, 0.446318, 0.469923, 0.508129, 0.572167, 0.678535, 0.855947" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116179, 0.0546701, 0.086316, 0.139302, 0.228243, 0.37661, 0.624018", \
+            "0.0116461, 0.0546703, 0.086382, 0.139303, 0.228244, 0.376611, 0.624019", \
+            "0.0116471, 0.0546713, 0.086383, 0.139304, 0.228245, 0.376751, 0.624404", \
+            "0.0116481, 0.0546723, 0.086384, 0.139305, 0.228259, 0.376752, 0.624405", \
+            "0.0116747, 0.0546733, 0.086385, 0.139306, 0.22826, 0.376753, 0.624406", \
+            "0.011697, 0.054686, 0.086386, 0.139307, 0.228261, 0.376754, 0.624407", \
+            "0.011755, 0.054701, 0.086412, 0.13931, 0.228262, 0.376755, 0.624408" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.14159, 0.17642, 0.199544, 0.237758, 0.301839, 0.408339, 0.585521", \
+            "0.174647, 0.20948, 0.232628, 0.270955, 0.334821, 0.441316, 0.618852", \
+            "0.196356, 0.231052, 0.254187, 0.292446, 0.356447, 0.462871, 0.640325", \
+            "0.227537, 0.262177, 0.285297, 0.323537, 0.387498, 0.493943, 0.671329", \
+            "0.268178, 0.302548, 0.325714, 0.36393, 0.427928, 0.53438, 0.71171", \
+            "0.323454, 0.357309, 0.380421, 0.41867, 0.482514, 0.588983, 0.766381", \
+            "0.392692, 0.425668, 0.448668, 0.486756, 0.550722, 0.657186, 0.83471" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119847, 0.0548001, 0.086455, 0.139427, 0.228344, 0.376644, 0.62381", \
+            "0.0119857, 0.0548026, 0.0864615, 0.139428, 0.228345, 0.376952, 0.623811", \
+            "0.0120368, 0.0548136, 0.086491, 0.139429, 0.228346, 0.376953, 0.624461", \
+            "0.012099, 0.0548616, 0.086492, 0.13943, 0.228347, 0.376954, 0.624462", \
+            "0.0123049, 0.0548949, 0.0864998, 0.139431, 0.228348, 0.376955, 0.624463", \
+            "0.012777, 0.055018, 0.086567, 0.139475, 0.228349, 0.376956, 0.624464", \
+            "0.013832, 0.055311, 0.086742, 0.139551, 0.228391, 0.376957, 0.624465" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0829364, 0.123076, 0.150622, 0.19627, 0.272576, 0.399497, 0.61116", \
+            "0.117248, 0.156801, 0.184382, 0.229938, 0.306149, 0.433175, 0.645007", \
+            "0.140196, 0.179042, 0.206634, 0.252087, 0.328393, 0.455392, 0.667031", \
+            "0.17285, 0.210417, 0.237694, 0.283123, 0.359411, 0.486347, 0.697883", \
+            "0.215314, 0.251092, 0.27806, 0.323946, 0.399949, 0.526894, 0.738412", \
+            "0.271241, 0.304869, 0.331409, 0.376169, 0.451865, 0.578577, 0.790197", \
+            "0.339464, 0.37014, 0.396167, 0.43999, 0.514977, 0.641236, 0.852674" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0118774, 0.06682, 0.106963, 0.173659, 0.285419, 0.471805, 0.782436", \
+            "0.0122916, 0.0668208, 0.106982, 0.173661, 0.28542, 0.472247, 0.782437", \
+            "0.0129721, 0.0668908, 0.107059, 0.173662, 0.285439, 0.472248, 0.782438", \
+            "0.0143839, 0.0670931, 0.107136, 0.173689, 0.28544, 0.472249, 0.782439", \
+            "0.0166632, 0.0675679, 0.107312, 0.173788, 0.285441, 0.47225, 0.78244", \
+            "0.019791, 0.068341, 0.107649, 0.173914, 0.285454, 0.472251, 0.782441", \
+            "0.023817, 0.069399, 0.108093, 0.174014, 0.285589, 0.472252, 0.782442" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208784, 0.0211986, 0.0212577, 0.0212797, 0.0212547, 0.0211353, 0.0208447", \
+            "0.0208486, 0.0211711, 0.0213134, 0.0212782, 0.0212914, 0.0210775, 0.0208096", \
+            "0.0211543, 0.0214621, 0.0215094, 0.0215918, 0.0215249, 0.0221564, 0.0210952", \
+            "0.0218648, 0.0221841, 0.022281, 0.0223118, 0.0222247, 0.0222754, 0.0221806", \
+            "0.0234844, 0.0238124, 0.023868, 0.0239865, 0.0239829, 0.0237095, 0.0237268", \
+            "0.0271637, 0.027485, 0.0275704, 0.0276277, 0.0276059, 0.0277375, 0.0275416", \
+            "0.0349662, 0.0352452, 0.0353013, 0.0353443, 0.0354533, 0.0354126, 0.0353552" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202651, 0.020647, 0.0206751, 0.0206364, 0.0204897, 0.0202066, 0.0197337", \
+            "0.0201191, 0.0205037, 0.0205949, 0.0207873, 0.020472, 0.0200653, 0.019598", \
+            "0.0204664, 0.0208205, 0.0208524, 0.0208495, 0.021087, 0.0204032, 0.0199858", \
+            "0.0211413, 0.0215714, 0.021644, 0.0215947, 0.0214517, 0.0214153, 0.0209612", \
+            "0.0227836, 0.023158, 0.0232487, 0.0232312, 0.0233034, 0.0230281, 0.0224267", \
+            "0.0265767, 0.02692, 0.0270045, 0.0269688, 0.027073, 0.0270052, 0.0270702", \
+            "0.0347985, 0.035121, 0.0351021, 0.03506, 0.0351141, 0.0350108, 0.0350497" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208784, 0.0211986, 0.0212577, 0.0212797, 0.0212547, 0.0211353, 0.0208447", \
+            "0.0208486, 0.0211711, 0.0213134, 0.0212782, 0.0212914, 0.0210775, 0.0208096", \
+            "0.0211543, 0.0214621, 0.0215094, 0.0215918, 0.0215249, 0.0221564, 0.0210952", \
+            "0.0218648, 0.0221841, 0.022281, 0.0223118, 0.0222247, 0.0222754, 0.0221806", \
+            "0.0234844, 0.0238124, 0.023868, 0.0239865, 0.0239829, 0.0237095, 0.0237268", \
+            "0.0271637, 0.027485, 0.0275704, 0.0276277, 0.0276059, 0.0277375, 0.0275416", \
+            "0.0349662, 0.0352452, 0.0353013, 0.0353443, 0.0354533, 0.0354126, 0.0353552" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202651, 0.020647, 0.0206751, 0.0206364, 0.0204897, 0.0202066, 0.0197337", \
+            "0.0201191, 0.0205037, 0.0205949, 0.0207873, 0.020472, 0.0200653, 0.019598", \
+            "0.0204664, 0.0208205, 0.0208524, 0.0208495, 0.021087, 0.0204032, 0.0199858", \
+            "0.0211413, 0.0215714, 0.021644, 0.0215947, 0.0214517, 0.0214153, 0.0209612", \
+            "0.0227836, 0.023158, 0.0232487, 0.0232312, 0.0233034, 0.0230281, 0.0224267", \
+            "0.0265767, 0.02692, 0.0270045, 0.0269688, 0.027073, 0.0270052, 0.0270702", \
+            "0.0347985, 0.035121, 0.0351021, 0.03506, 0.0351141, 0.0350108, 0.0350497" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0437787, 0.0640415, 0.0776704, 0.100113, 0.137488, 0.199687, 0.302994", \
+            "0.0435296, 0.0637694, 0.0776245, 0.0999586, 0.137215, 0.199422, 0.302952", \
+            "0.0436566, 0.0638675, 0.0774629, 0.100003, 0.137838, 0.199508, 0.303085", \
+            "0.0444517, 0.06463, 0.0783885, 0.100845, 0.137992, 0.200648, 0.303768", \
+            "0.0461213, 0.0661091, 0.0798871, 0.102511, 0.140267, 0.202183, 0.305833", \
+            "0.0504516, 0.0701924, 0.0839464, 0.106334, 0.144229, 0.207058, 0.31111", \
+            "0.0599498, 0.0792896, 0.0928857, 0.115353, 0.153096, 0.215492, 0.320119" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "SET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.038563, 0.0591767, 0.0728217, 0.0952998, 0.132835, 0.195235, 0.299231", \
+            "0.0380939, 0.0583807, 0.072226, 0.094677, 0.132123, 0.194802, 0.298669", \
+            "0.0386871, 0.0587643, 0.0724371, 0.0950581, 0.132556, 0.195291, 0.299006", \
+            "0.0409935, 0.0606496, 0.0743646, 0.0969458, 0.134395, 0.197464, 0.300988", \
+            "0.046002, 0.064917, 0.0786155, 0.101315, 0.138954, 0.201414, 0.305901", \
+            "0.0570238, 0.0749205, 0.0884969, 0.110878, 0.148353, 0.211294, 0.315684", \
+            "0.0785836, 0.095008, 0.108256, 0.130378, 0.167854, 0.230393, 0.334779" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.140063, 0.193624, 0.222455, 0.268707, 0.345589, 0.473342, 0.686548", \
+            "0.169367, 0.222986, 0.251829, 0.298087, 0.374964, 0.502735, 0.715929", \
+            "0.189209, 0.242791, 0.271644, 0.317894, 0.394749, 0.522581, 0.735726", \
+            "0.216573, 0.270202, 0.299044, 0.345297, 0.422178, 0.549959, 0.762846", \
+            "0.254357, 0.30799, 0.336836, 0.383072, 0.459917, 0.587809, 0.800782", \
+            "0.307425, 0.361221, 0.390086, 0.436361, 0.513266, 0.641061, 0.854081", \
+            "0.381398, 0.435028, 0.464352, 0.510646, 0.587552, 0.71545, 0.928446" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0180483, 0.0729403, 0.111135, 0.176444, 0.288081, 0.475407, 0.787638", \
+            "0.0180578, 0.0729413, 0.111136, 0.176445, 0.288104, 0.475943, 0.787647", \
+            "0.0180983, 0.0729423, 0.111137, 0.176446, 0.288105, 0.475944, 0.788539", \
+            "0.0181335, 0.0729644, 0.111138, 0.176447, 0.288106, 0.475945, 0.78854", \
+            "0.0182436, 0.0730242, 0.111139, 0.176448, 0.288107, 0.475946, 0.788541", \
+            "0.01853, 0.073128, 0.11121, 0.176486, 0.288108, 0.475947, 0.788542", \
+            "0.019012, 0.073366, 0.111378, 0.176564, 0.288109, 0.475948, 0.788543" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.169803, 0.225539, 0.251921, 0.292, 0.35702, 0.464481, 0.643293", \
+            "0.19979, 0.25548, 0.281858, 0.321989, 0.38693, 0.494445, 0.673258", \
+            "0.219441, 0.275151, 0.301466, 0.341597, 0.406591, 0.514079, 0.692989", \
+            "0.246019, 0.301689, 0.328019, 0.3682, 0.433171, 0.540572, 0.719378", \
+            "0.282314, 0.338163, 0.364303, 0.404646, 0.46963, 0.577059, 0.756009", \
+            "0.331557, 0.387245, 0.413615, 0.453702, 0.518744, 0.626183, 0.804968", \
+            "0.398715, 0.454378, 0.480766, 0.520849, 0.585838, 0.693341, 0.87215" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207178, 0.0672576, 0.096143, 0.14608, 0.233107, 0.381288, 0.630183", \
+            "0.0207188, 0.0672586, 0.096144, 0.146133, 0.233108, 0.381306, 0.630184", \
+            "0.0207198, 0.0672596, 0.096145, 0.146134, 0.233109, 0.381535, 0.630185", \
+            "0.0207208, 0.0672606, 0.0961754, 0.146135, 0.23311, 0.381536, 0.630319", \
+            "0.0207399, 0.0672616, 0.0961764, 0.146136, 0.233164, 0.381537, 0.63032", \
+            "0.0207409, 0.0672626, 0.0961774, 0.146137, 0.233165, 0.381538, 0.630321", \
+            "0.0207419, 0.067272, 0.0961784, 0.146138, 0.233166, 0.381539, 0.630322" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.140063, 0.193624, 0.222455, 0.268707, 0.345589, 0.473342, 0.686548", \
+            "0.169367, 0.222986, 0.251829, 0.298087, 0.374964, 0.502735, 0.715929", \
+            "0.189209, 0.242791, 0.271644, 0.317894, 0.394749, 0.522581, 0.735726", \
+            "0.216573, 0.270202, 0.299044, 0.345297, 0.422178, 0.549959, 0.762846", \
+            "0.254357, 0.30799, 0.336836, 0.383072, 0.459917, 0.587809, 0.800782", \
+            "0.307425, 0.361221, 0.390086, 0.436361, 0.513266, 0.641061, 0.854081", \
+            "0.381398, 0.435028, 0.464352, 0.510646, 0.587552, 0.71545, 0.928446" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0180483, 0.0729403, 0.111135, 0.176444, 0.288081, 0.475407, 0.787638", \
+            "0.0180578, 0.0729413, 0.111136, 0.176445, 0.288104, 0.475943, 0.787647", \
+            "0.0180983, 0.0729423, 0.111137, 0.176446, 0.288105, 0.475944, 0.788539", \
+            "0.0181335, 0.0729644, 0.111138, 0.176447, 0.288106, 0.475945, 0.78854", \
+            "0.0182436, 0.0730242, 0.111139, 0.176448, 0.288107, 0.475946, 0.788541", \
+            "0.01853, 0.073128, 0.11121, 0.176486, 0.288108, 0.475947, 0.788542", \
+            "0.019012, 0.073366, 0.111378, 0.176564, 0.288109, 0.475948, 0.788543" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.169803, 0.225539, 0.251921, 0.292, 0.35702, 0.464481, 0.643293", \
+            "0.19979, 0.25548, 0.281858, 0.321989, 0.38693, 0.494445, 0.673258", \
+            "0.219441, 0.275151, 0.301466, 0.341597, 0.406591, 0.514079, 0.692989", \
+            "0.246019, 0.301689, 0.328019, 0.3682, 0.433171, 0.540572, 0.719378", \
+            "0.282314, 0.338163, 0.364303, 0.404646, 0.46963, 0.577059, 0.756009", \
+            "0.331557, 0.387245, 0.413615, 0.453702, 0.518744, 0.626183, 0.804968", \
+            "0.398715, 0.454378, 0.480766, 0.520849, 0.585838, 0.693341, 0.87215" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207178, 0.0672576, 0.096143, 0.14608, 0.233107, 0.381288, 0.630183", \
+            "0.0207188, 0.0672586, 0.096144, 0.146133, 0.233108, 0.381306, 0.630184", \
+            "0.0207198, 0.0672596, 0.096145, 0.146134, 0.233109, 0.381535, 0.630185", \
+            "0.0207208, 0.0672606, 0.0961754, 0.146135, 0.23311, 0.381536, 0.630319", \
+            "0.0207399, 0.0672616, 0.0961764, 0.146136, 0.233164, 0.381537, 0.63032", \
+            "0.0207409, 0.0672626, 0.0961774, 0.146137, 0.233165, 0.381538, 0.630321", \
+            "0.0207419, 0.067272, 0.0961784, 0.146138, 0.233166, 0.381539, 0.630322" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.110592, 0.166823, 0.197085, 0.24516, 0.322822, 0.45077, 0.66381", \
+            "0.143521, 0.199825, 0.230177, 0.278233, 0.355863, 0.48381, 0.696695", \
+            "0.165077, 0.221439, 0.25182, 0.299838, 0.377489, 0.505437, 0.718334", \
+            "0.195974, 0.252668, 0.283032, 0.331058, 0.408656, 0.536566, 0.749455", \
+            "0.236448, 0.294035, 0.324451, 0.372414, 0.45, 0.577891, 0.790865", \
+            "0.289091, 0.348914, 0.37946, 0.427395, 0.504946, 0.632779, 0.84575", \
+            "0.354879, 0.419377, 0.450246, 0.498255, 0.575673, 0.703602, 0.916681" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187943, 0.0763731, 0.115409, 0.180243, 0.290356, 0.475672, 0.787148", \
+            "0.0189083, 0.0764039, 0.11541, 0.180244, 0.290386, 0.475673, 0.787149", \
+            "0.0191524, 0.0764516, 0.115411, 0.180245, 0.290387, 0.475674, 0.787247", \
+            "0.0197489, 0.076775, 0.115495, 0.180246, 0.290388, 0.475675, 0.787248", \
+            "0.0210436, 0.0773609, 0.115758, 0.180291, 0.290389, 0.475676, 0.787249", \
+            "0.023828, 0.078806, 0.11659, 0.18063, 0.29039, 0.475677, 0.78725", \
+            "0.028172, 0.081884, 0.118308, 0.181386, 0.290403, 0.475678, 0.787329" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0558792, 0.102372, 0.127553, 0.166904, 0.231413, 0.338632, 0.517357", \
+            "0.0885971, 0.136984, 0.162203, 0.201555, 0.266039, 0.373379, 0.552043", \
+            "0.109299, 0.160589, 0.18594, 0.225241, 0.289729, 0.396996, 0.575731", \
+            "0.137666, 0.194838, 0.220503, 0.2597, 0.3242, 0.431411, 0.610116", \
+            "0.175088, 0.240786, 0.26714, 0.306317, 0.369416, 0.476709, 0.655385", \
+            "0.223368, 0.300218, 0.32639, 0.3655, 0.429568, 0.536535, 0.715213", \
+            "0.281213, 0.368753, 0.394668, 0.433312, 0.497175, 0.603844, 0.782464" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.01403, 0.0605071, 0.090926, 0.142215, 0.230075, 0.378542, 0.627663", \
+            "0.0166492, 0.0613933, 0.0912136, 0.142216, 0.230076, 0.378614, 0.627996", \
+            "0.0195589, 0.0632212, 0.0921464, 0.142428, 0.230077, 0.378615, 0.627997", \
+            "0.0247889, 0.0668724, 0.094114, 0.143118, 0.230316, 0.378758, 0.627998", \
+            "0.0323131, 0.0733607, 0.0974975, 0.144253, 0.230601, 0.37901, 0.627999", \
+            "0.042914, 0.081883, 0.101764, 0.145752, 0.231042, 0.379092, 0.628284", \
+            "0.057446, 0.091319, 0.106132, 0.147297, 0.231502, 0.379519, 0.628446" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202686, 0.0206925, 0.0207621, 0.0207699, 0.0207213, 0.0205816, 0.0203115", \
+            "0.0201233, 0.0205501, 0.02067, 0.020641, 0.020593, 0.0205979, 0.0201884", \
+            "0.0204609, 0.0208932, 0.0209226, 0.0209873, 0.0209291, 0.021202, 0.020721", \
+            "0.0211445, 0.0215883, 0.02168, 0.021682, 0.0216085, 0.0216414, 0.0213988", \
+            "0.0227891, 0.0231995, 0.0232693, 0.0233477, 0.0233528, 0.0231155, 0.0230817", \
+            "0.0265923, 0.0269659, 0.0270771, 0.0270991, 0.0271281, 0.0271726, 0.0270351", \
+            "0.0348134, 0.0351775, 0.0352065, 0.0352328, 0.035307, 0.0352399, 0.0351496" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.020881, 0.0211406, 0.0212, 0.021157, 0.0210452, 0.0207344, 0.0202105", \
+            "0.0208505, 0.021107, 0.0212413, 0.0211401, 0.0212093, 0.0206936, 0.0201763", \
+            "0.0211582, 0.0213992, 0.0214541, 0.0214481, 0.0217229, 0.0213111, 0.0204699", \
+            "0.0218684, 0.0221372, 0.0222884, 0.0222888, 0.0219693, 0.0220087, 0.0212508", \
+            "0.0234789, 0.0237586, 0.0238509, 0.0238877, 0.0239375, 0.023665, 0.0230144", \
+            "0.0271654, 0.0274201, 0.0275508, 0.0274788, 0.0275848, 0.0276066, 0.0275793", \
+            "0.0349578, 0.035198, 0.0352161, 0.0351811, 0.0352198, 0.0350846, 0.0350593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202686, 0.0206925, 0.0207621, 0.0207699, 0.0207213, 0.0205816, 0.0203115", \
+            "0.0201233, 0.0205501, 0.02067, 0.020641, 0.020593, 0.0205979, 0.0201884", \
+            "0.0204609, 0.0208932, 0.0209226, 0.0209873, 0.0209291, 0.021202, 0.020721", \
+            "0.0211445, 0.0215883, 0.02168, 0.021682, 0.0216085, 0.0216414, 0.0213988", \
+            "0.0227891, 0.0231995, 0.0232693, 0.0233477, 0.0233528, 0.0231155, 0.0230817", \
+            "0.0265923, 0.0269659, 0.0270771, 0.0270991, 0.0271281, 0.0271726, 0.0270351", \
+            "0.0348134, 0.0351775, 0.0352065, 0.0352328, 0.035307, 0.0352399, 0.0351496" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.020881, 0.0211406, 0.0212, 0.021157, 0.0210452, 0.0207344, 0.0202105", \
+            "0.0208505, 0.021107, 0.0212413, 0.0211401, 0.0212093, 0.0206936, 0.0201763", \
+            "0.0211582, 0.0213992, 0.0214541, 0.0214481, 0.0217229, 0.0213111, 0.0204699", \
+            "0.0218684, 0.0221372, 0.0222884, 0.0222888, 0.0219693, 0.0220087, 0.0212508", \
+            "0.0234789, 0.0237586, 0.0238509, 0.0238877, 0.0239375, 0.023665, 0.0230144", \
+            "0.0271654, 0.0274201, 0.0275508, 0.0274788, 0.0275848, 0.0276066, 0.0275793", \
+            "0.0349578, 0.035198, 0.0352161, 0.0351811, 0.0352198, 0.0350846, 0.0350593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0438054, 0.0641821, 0.0778745, 0.100357, 0.13796, 0.200385, 0.304411", \
+            "0.0435458, 0.063889, 0.077772, 0.100372, 0.13773, 0.200069, 0.30407", \
+            "0.043673, 0.0639473, 0.0776429, 0.100297, 0.137717, 0.201151, 0.304333", \
+            "0.0444633, 0.0646756, 0.0784653, 0.100921, 0.138385, 0.201557, 0.305718", \
+            "0.0461657, 0.0662763, 0.0800122, 0.102624, 0.140367, 0.202543, 0.307345", \
+            "0.0504579, 0.0703262, 0.0840175, 0.106624, 0.144331, 0.207118, 0.311295", \
+            "0.0599694, 0.0794673, 0.0931643, 0.115714, 0.153247, 0.216155, 0.320518" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "SET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0385802, 0.0590166, 0.0726888, 0.094998, 0.132351, 0.19437, 0.29787", \
+            "0.0380519, 0.0582419, 0.072005, 0.0947668, 0.131631, 0.193808, 0.297401", \
+            "0.0386817, 0.0587867, 0.072393, 0.0947562, 0.132483, 0.194414, 0.297795", \
+            "0.0409604, 0.0605463, 0.0744166, 0.0968982, 0.133985, 0.196718, 0.300379", \
+            "0.0460472, 0.0648861, 0.0786777, 0.101142, 0.138785, 0.200978, 0.304419", \
+            "0.0570562, 0.0748933, 0.0885347, 0.110639, 0.148608, 0.211362, 0.315682", \
+            "0.0785341, 0.0949559, 0.107963, 0.130047, 0.167633, 0.229925, 0.334677" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00324932;
+      rise_capacitance : 0.00328304;
+      rise_capacitance_range (0.00299313, 0.00352038);
+      fall_capacitance : 0.00320718;
+      fall_capacitance_range (0.00293792, 0.00347322);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0669861, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0830078, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0140725, 0.0139523, 0.0145081, 0.0159604, 0.0190832, 0.0263825, 0.042269" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137536, 0.0137916, 0.0144019, 0.015933, 0.0191202, 0.0264772, 0.0420585" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * SET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0243759, 0.0243206, 0.0249494, 0.0264589, 0.0297834, 0.037294, 0.0533207" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0190972, 0.0189747, 0.0194858, 0.0208686, 0.0240299, 0.0313326, 0.0469795" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.01775, 0.017808, 0.0185396, 0.0201549, 0.0235369, 0.0310865, 0.0469885" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * SET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.026413, 0.0265311, 0.0272091, 0.0288532, 0.0322409, 0.0398135, 0.0557397" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * SET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141842, 0.0140547, 0.0146594, 0.0160818, 0.0192151, 0.0265257, 0.0424425" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0139873, 0.0140383, 0.0146177, 0.0161611, 0.0193556, 0.0266762, 0.04216" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0144329, 0.0143145, 0.0148678, 0.0163233, 0.0194431, 0.0267424, 0.0426288" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0135745, 0.0135938, 0.0142146, 0.0157475, 0.0189381, 0.0262896, 0.0419528" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0147371, 0.0146277, 0.0152351, 0.0166487, 0.0197974, 0.0271051, 0.0429013" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0136922, 0.0137565, 0.0143392, 0.0158773, 0.0190727, 0.0263977, 0.0418832" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * SET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141752, 0.0140506, 0.0146586, 0.0160796, 0.0192139, 0.0265393, 0.0424423" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0139766, 0.0140415, 0.0146159, 0.0161596, 0.0193549, 0.0266756, 0.0421623" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0147371, 0.0146277, 0.0152351, 0.0166487, 0.0197974, 0.0271051, 0.0429013" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.01775, 0.017808, 0.0185396, 0.0201549, 0.0235369, 0.0310865, 0.0469885" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00209963;
+      rise_capacitance : 0.00213169;
+      rise_capacitance_range (0.00192237, 0.00228689);
+      fall_capacitance : 0.00206757;
+      fall_capacitance_range (0.0018916, 0.00219701);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0177173, 0.0112861, 0.0423457", \
+            "-0.189436, -0.134962, -0.106552, -0.0736253", \
+            "-0.260749, -0.213382, -0.188886, -0.151256", \
+            "-0.344563, -0.302988, -0.280961, -0.250881" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, 0.0297034, 0.0832959, 0.142185", \
+            "-0.181949, -0.0891261, -0.0357467, 0.0308367", \
+            "-0.26332, -0.174046, -0.121426, -0.058033", \
+            "-0.339166, -0.259004, -0.207512, -0.147577" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0831365, 0.0252047, -0.000999033, -0.0342506", \
+            "0.209403, 0.147695, 0.117042, 0.0846213", \
+            "0.289038, 0.223872, 0.199679, 0.162556", \
+            "0.379641, 0.319482, 0.295086, 0.265638" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.102698, -0.00224933, -0.0550064, -0.107106", \
+            "0.219386, 0.117137, 0.0645933, 0.00764929", \
+            "0.301897, 0.202893, 0.14841, 0.0891074", \
+            "0.385038, 0.291992, 0.238587, 0.180044" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137454, 0.0136312, 0.0138049, 0.0142417, 0.015593, 0.0187782, 0.0259056" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0140734, 0.0139676, 0.0141238, 0.0146865, 0.016127, 0.0192315, 0.0262723" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00645838, 0.00630599, 0.0064028, 0.00680233, 0.00807777, 0.0108429, 0.0172262" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00575428, 0.00562933, 0.00577283, 0.00626997, 0.0075816, 0.0103646, 0.0167487" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0137454, 0.0136312, 0.0138049, 0.0142417, 0.015593, 0.0187782, 0.0259056" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0140734, 0.0139676, 0.0141238, 0.0146865, 0.016127, 0.0192315, 0.0262723" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00187053;
+      rise_capacitance : 0.00187053;
+      rise_capacitance_range (0.00187053, 0.00187053);
+      fall_capacitance : 0.00187053;
+      fall_capacitance_range (0.00174038, 0.00200072);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0440134, -0.0471742, -0.093583, -0.15028", \
+            "0.159486, 0.066208, 0.0147674, -0.0445817", \
+            "0.227315, 0.132088, 0.0782526, 0.0184836", \
+            "0.309484, 0.209522, 0.156663, 0.0914977" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0293423, 0.0571575, 0.10387, 0.161074", \
+            "-0.142016, -0.0534757, -0.00427779, 0.0528287", \
+            "-0.204169, -0.116353, -0.0647607, -0.00718383", \
+            "-0.279802, -0.190279, -0.139714, -0.07674" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0958252, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00214532;
+      rise_capacitance : 0.00215506;
+      rise_capacitance_range (0.00188544, 0.00233685);
+      fall_capacitance : 0.00213558;
+      fall_capacitance_range (0.00185995, 0.00230675);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0831365, -0.0326922, -0.0067163, 0.0261555", \
+            "-0.206907, -0.155334, -0.130154, -0.0956173", \
+            "-0.289038, -0.242229, -0.215869, -0.182331", \
+            "-0.387736, -0.349721, -0.32616, -0.292202" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0880269, 0.00724098, 0.0601499, 0.1179", \
+            "-0.191932, -0.0993119, -0.0462364, 0.0143427", \
+            "-0.268464, -0.181913, -0.13222, -0.0693328", \
+            "-0.347261, -0.267251, -0.218812, -0.156432" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.100253, 0.0426755, 0.0170034, -0.0153621", \
+            "0.226874, 0.168066, 0.140643, 0.106613", \
+            "0.314756, 0.255341, 0.226663, 0.193631", \
+            "0.417418, 0.360717, 0.33746, 0.304008" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.124705, 0.0202131, -0.0318604, -0.0855195", \
+            "0.229369, 0.127323, 0.0750829, 0.0186453", \
+            "0.309612, 0.21076, 0.159203, 0.100407", \
+            "0.393133, 0.29749, 0.247062, 0.188898" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0155111, 0.0153995, 0.015512, 0.0158193, 0.0168251, 0.0197048, 0.0262118" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0194002, 0.0192379, 0.0192768, 0.0196046, 0.0207026, 0.023629, 0.030231" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00791104, 0.0077672, 0.00780764, 0.00803898, 0.00894297, 0.0114001, 0.0173125" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00862748, 0.00851728, 0.00859653, 0.00883428, 0.00975816, 0.0123342, 0.0182654" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0155111, 0.0153995, 0.015512, 0.0158193, 0.0168251, 0.0197048, 0.0262118" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0194002, 0.0192379, 0.0192768, 0.0196046, 0.0207026, 0.023629, 0.030231" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00378653;
+      rise_capacitance : 0.00417392;
+      rise_capacitance_range (0.00412728, 0.00476208);
+      fall_capacitance : 0.00339913;
+      fall_capacitance_range (0.00339913, 0.00454054);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0177173, 0.00871436, 0.0423457", \
+            "-0.194428, -0.140055, -0.114419, -0.0791233", \
+            "-0.273607, -0.223872, -0.196981, -0.165381", \
+            "-0.371546, -0.327729, -0.303561, -0.271542" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, 0.0297034, 0.0807241, 0.142185", \
+            "-0.161982, -0.0687544, -0.012145, 0.0500797", \
+            "-0.224744, -0.137332, -0.0836493, -0.0213086", \
+            "-0.285199, -0.201275, -0.151013, -0.0885461" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0880269, 0.0326922, 0.0067163, -0.0261555", \
+            "0.224378, 0.162973, 0.132776, 0.101115", \
+            "0.317328, 0.252719, 0.223964, 0.190806", \
+            "0.428212, 0.363466, 0.33746, 0.304008" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.102698, 0.000246497, -0.0524346, -0.107106", \
+            "0.19942, 0.094219, 0.0409916, -0.0143427", \
+            "0.265892, 0.166179, 0.113331, 0.055208", \
+            "0.331071, 0.234263, 0.182088, 0.123965" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0167904, 0.0168296, 0.0171593, 0.0179578, 0.0197637, 0.0237249, 0.0321512" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0182195, 0.018312, 0.0186214, 0.0194136, 0.0211251, 0.0250216, 0.0332107" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0229641, 0.0225645, 0.0228334, 0.0236375, 0.0254906, 0.0294332, 0.0378055" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0246848, 0.0291949, 0.0304682, 0.0314888, 0.0332385, 0.0371362, 0.0453529" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0158438, 0.0158575, 0.0163739, 0.0177432, 0.0210102, 0.028215, 0.0434725" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0100622, 0.0206914, 0.0304158, 0.033692, 0.0368848, 0.0438353, 0.0586749" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00785338, 0.0078087, 0.00829262, 0.00955358, 0.0127187, 0.0195179, 0.0341885" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00851437, 0.0085283, 0.00891745, 0.0100884, 0.0129581, 0.0195635, 0.0338454" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0167904, 0.0168296, 0.0171593, 0.0179578, 0.0197637, 0.0237249, 0.0321512" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0182195, 0.018312, 0.0186214, 0.0194136, 0.0211251, 0.0250216, 0.0332107" \
+          );
+        }
+      }
+    }
+    pin (SET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00563188;
+      rise_capacitance : 0.00563188;
+      rise_capacitance_range (0.00563188, 0.00563188);
+      fall_capacitance : 0.00563188;
+      fall_capacitance_range (0.00523616, 0.00601019);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.012226, -0.102082, -0.160449, -0.225834", \
+            "0.132032, 0.0152788, -0.045548, -0.116056", \
+            "0.37905, 0.181913, 0.0917444, 0.00435888", \
+            "0.862648, 0.569641, 0.419384, 0.259735" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0244519, 0.127041, 0.183595, 0.247421", \
+            "-0.0396867, 0.061115, 0.116353, 0.179283", \
+            "-0.0807241, 0.0173898, 0.0728558, 0.136889", \
+            "-0.139487, -0.0418327, 0.0100088, 0.0737885" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : both_edges;
+        timing_type : non_seq_hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0537942, -0.0426755, -0.045293, -0.0467003", \
+            "-0.154495, -0.109498, -0.0986846, -0.0956173", \
+            "-0.224744, -0.166179, -0.151108, -0.137132", \
+            "-0.309484, -0.248008, -0.230112, -0.215462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : both_edges;
+        timing_type : non_seq_setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, 0.0801129, 0.158451, 0.284156", \
+            "0.171965, 0.124777, 0.124909, 0.153346", \
+            "0.24789, 0.187158, 0.172695, 0.173856", \
+            "0.339166, 0.275498, 0.255537, 0.244978" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0605774, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clear_preset_var1 : "H";
+      clear_preset_var2 : "L";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+      preset : "!SET_B";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      pin (SET_B) {
+        direction : input;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clear_preset_var1 : H;
+        clear_preset_var2 : L;
+        clocked_on : "CLK";
+        next_state : "D";
+        preset : "!SET_B";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbp_1) {
+    area : 68.9472;
+    cell_footprint : "sdfrbp";
+    cell_leakage_power : 1733.55;
+    leakage_power () {
+      value : 1639.88;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1639.88;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1537.59;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1696.83;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1696.81;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1717.5;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1738.78;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1757.88;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1783.27;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1693.27;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1784.98;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1770.89;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1792.17;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1750.22;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1822.42;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1811.27;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1836.66;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.127744, 0.166113, 0.19382, 0.239647, 0.316477, 0.444606, 0.658185", \
+            "0.157331, 0.195773, 0.223442, 0.269277, 0.346163, 0.474288, 0.687874", \
+            "0.177161, 0.215541, 0.243185, 0.289058, 0.365883, 0.494019, 0.707536", \
+            "0.204775, 0.243108, 0.270786, 0.316631, 0.393571, 0.521578, 0.735109", \
+            "0.244038, 0.282206, 0.309868, 0.355733, 0.43264, 0.56069, 0.774257", \
+            "0.3, 0.336497, 0.364143, 0.409952, 0.486787, 0.614865, 0.828412", \
+            "0.378211, 0.414801, 0.442229, 0.488015, 0.564747, 0.692868, 0.906416" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137898, 0.0672612, 0.107613, 0.174679, 0.287077, 0.474501, 0.786891", \
+            "0.0137908, 0.0672622, 0.107627, 0.17468, 0.287079, 0.474502, 0.786984", \
+            "0.0138196, 0.0672632, 0.107634, 0.174681, 0.28708, 0.474503, 0.788483", \
+            "0.0138352, 0.0672636, 0.107635, 0.174682, 0.287081, 0.474504, 0.788484", \
+            "0.0140089, 0.0672985, 0.107636, 0.174683, 0.287082, 0.474505, 0.788485", \
+            "0.014314, 0.067327, 0.107649, 0.174687, 0.287083, 0.474506, 0.788486", \
+            "0.015374, 0.067482, 0.107714, 0.174733, 0.287129, 0.474507, 0.788487" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118805, 0.153368, 0.176556, 0.214701, 0.278577, 0.384974, 0.562536", \
+            "0.147983, 0.182578, 0.205747, 0.243913, 0.307788, 0.414217, 0.591691", \
+            "0.167194, 0.201811, 0.225008, 0.263153, 0.326999, 0.43339, 0.610808", \
+            "0.192587, 0.227211, 0.250391, 0.288548, 0.352392, 0.458788, 0.636099", \
+            "0.22773, 0.2623, 0.285085, 0.323653, 0.387119, 0.494033, 0.670898", \
+            "0.275218, 0.309779, 0.332952, 0.371126, 0.434999, 0.541467, 0.718745", \
+            "0.338492, 0.373041, 0.396197, 0.434383, 0.498249, 0.604692, 0.782035" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112911, 0.0543867, 0.0860959, 0.139023, 0.227859, 0.376214, 0.623362", \
+            "0.0112921, 0.0543877, 0.0860991, 0.139024, 0.228038, 0.376407, 0.623526", \
+            "0.0112931, 0.0543887, 0.0861037, 0.139025, 0.228039, 0.376408, 0.624382", \
+            "0.0112941, 0.0543897, 0.0861047, 0.139026, 0.22804, 0.376409, 0.624383", \
+            "0.0112954, 0.0543907, 0.0861057, 0.139027, 0.228041, 0.37641, 0.624384", \
+            "0.0112964, 0.0543917, 0.0861067, 0.139028, 0.228042, 0.376411, 0.624385", \
+            "0.0112974, 0.0543927, 0.086107, 0.139029, 0.228043, 0.376439, 0.624386" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.127744, 0.166113, 0.19382, 0.239647, 0.316477, 0.444606, 0.658185", \
+            "0.157331, 0.195773, 0.223442, 0.269277, 0.346163, 0.474288, 0.687874", \
+            "0.177161, 0.215541, 0.243185, 0.289058, 0.365883, 0.494019, 0.707536", \
+            "0.204775, 0.243108, 0.270786, 0.316631, 0.393571, 0.521578, 0.735109", \
+            "0.244038, 0.282206, 0.309868, 0.355733, 0.43264, 0.56069, 0.774257", \
+            "0.3, 0.336497, 0.364143, 0.409952, 0.486787, 0.614865, 0.828412", \
+            "0.378211, 0.414801, 0.442229, 0.488015, 0.564747, 0.692868, 0.906416" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0137898, 0.0672612, 0.107613, 0.174679, 0.287077, 0.474501, 0.786891", \
+            "0.0137908, 0.0672622, 0.107627, 0.17468, 0.287079, 0.474502, 0.786984", \
+            "0.0138196, 0.0672632, 0.107634, 0.174681, 0.28708, 0.474503, 0.788483", \
+            "0.0138352, 0.0672636, 0.107635, 0.174682, 0.287081, 0.474504, 0.788484", \
+            "0.0140089, 0.0672985, 0.107636, 0.174683, 0.287082, 0.474505, 0.788485", \
+            "0.014314, 0.067327, 0.107649, 0.174687, 0.287083, 0.474506, 0.788486", \
+            "0.015374, 0.067482, 0.107714, 0.174733, 0.287129, 0.474507, 0.788487" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118805, 0.153368, 0.176556, 0.214701, 0.278577, 0.384974, 0.562536", \
+            "0.147983, 0.182578, 0.205747, 0.243913, 0.307788, 0.414217, 0.591691", \
+            "0.167194, 0.201811, 0.225008, 0.263153, 0.326999, 0.43339, 0.610808", \
+            "0.192587, 0.227211, 0.250391, 0.288548, 0.352392, 0.458788, 0.636099", \
+            "0.22773, 0.2623, 0.285085, 0.323653, 0.387119, 0.494033, 0.670898", \
+            "0.275218, 0.309779, 0.332952, 0.371126, 0.434999, 0.541467, 0.718745", \
+            "0.338492, 0.373041, 0.396197, 0.434383, 0.498249, 0.604692, 0.782035" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0112911, 0.0543867, 0.0860959, 0.139023, 0.227859, 0.376214, 0.623362", \
+            "0.0112921, 0.0543877, 0.0860991, 0.139024, 0.228038, 0.376407, 0.623526", \
+            "0.0112931, 0.0543887, 0.0861037, 0.139025, 0.228039, 0.376408, 0.624382", \
+            "0.0112941, 0.0543897, 0.0861047, 0.139026, 0.22804, 0.376409, 0.624383", \
+            "0.0112954, 0.0543907, 0.0861057, 0.139027, 0.228041, 0.37641, 0.624384", \
+            "0.0112964, 0.0543917, 0.0861067, 0.139028, 0.228042, 0.376411, 0.624385", \
+            "0.0112974, 0.0543927, 0.086107, 0.139029, 0.228043, 0.376439, 0.624386" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.162771, 0.197228, 0.220382, 0.258554, 0.322483, 0.428971, 0.606445", \
+            "0.200353, 0.234884, 0.258057, 0.296317, 0.360216, 0.466647, 0.644041", \
+            "0.227937, 0.26235, 0.285469, 0.323726, 0.387569, 0.494029, 0.671517", \
+            "0.269644, 0.304142, 0.327301, 0.365521, 0.42945, 0.535831, 0.713163", \
+            "0.328368, 0.362805, 0.385979, 0.424217, 0.488072, 0.594514, 0.771892", \
+            "0.410085, 0.444406, 0.467579, 0.505735, 0.569658, 0.676099, 0.853506", \
+            "0.522385, 0.556751, 0.579917, 0.61803, 0.6818, 0.788453, 0.96558" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0111368, 0.054286, 0.0860232, 0.139001, 0.227916, 0.376246, 0.623624", \
+            "0.0111378, 0.054287, 0.0860565, 0.139002, 0.228557, 0.376247, 0.623625", \
+            "0.0111517, 0.054288, 0.0860575, 0.139003, 0.228558, 0.376286, 0.623626", \
+            "0.0111961, 0.0542979, 0.0860754, 0.139004, 0.228559, 0.376287, 0.623627", \
+            "0.0112544, 0.0543127, 0.0860764, 0.139005, 0.22856, 0.376288, 0.623628", \
+            "0.011403, 0.054352, 0.086093, 0.139006, 0.228561, 0.376289, 0.623629", \
+            "0.01158, 0.054421, 0.086094, 0.139019, 0.228562, 0.37629, 0.62363" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377708, 0.0579819, 0.0716898, 0.0941901, 0.131779, 0.194167, 0.298286", \
+            "0.0375575, 0.0577376, 0.0715621, 0.0939812, 0.131645, 0.193994, 0.297947", \
+            "0.0381746, 0.0582362, 0.0719594, 0.0945562, 0.132322, 0.194651, 0.299135", \
+            "0.039588, 0.0596891, 0.0734582, 0.0959308, 0.133449, 0.196426, 0.299885", \
+            "0.0431431, 0.0630249, 0.0768132, 0.0994344, 0.137194, 0.199492, 0.303862", \
+            "0.0510859, 0.0707072, 0.0845172, 0.107045, 0.144746, 0.207579, 0.311903", \
+            "0.0681809, 0.0873287, 0.100981, 0.123539, 0.161334, 0.224009, 0.328583" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380629, 0.0583133, 0.0719595, 0.0943493, 0.131685, 0.193801, 0.297258", \
+            "0.0381212, 0.0583355, 0.0720478, 0.09483, 0.131887, 0.193896, 0.297296", \
+            "0.0388717, 0.0591687, 0.0727739, 0.0951182, 0.133, 0.194694, 0.29847", \
+            "0.0404082, 0.0607018, 0.0744548, 0.0969749, 0.134072, 0.196685, 0.30014", \
+            "0.043909, 0.0640788, 0.0778659, 0.100245, 0.138254, 0.200447, 0.303771", \
+            "0.0515805, 0.0717201, 0.0854172, 0.108039, 0.145608, 0.2082, 0.312859", \
+            "0.0678209, 0.0878719, 0.101445, 0.123805, 0.16143, 0.224322, 0.328602" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377708, 0.0579819, 0.0716898, 0.0941901, 0.131779, 0.194167, 0.298286", \
+            "0.0375575, 0.0577376, 0.0715621, 0.0939812, 0.131645, 0.193994, 0.297947", \
+            "0.0381746, 0.0582362, 0.0719594, 0.0945562, 0.132322, 0.194651, 0.299135", \
+            "0.039588, 0.0596891, 0.0734582, 0.0959308, 0.133449, 0.196426, 0.299885", \
+            "0.0431431, 0.0630249, 0.0768132, 0.0994344, 0.137194, 0.199492, 0.303862", \
+            "0.0510859, 0.0707072, 0.0845172, 0.107045, 0.144746, 0.207579, 0.311903", \
+            "0.0681809, 0.0873287, 0.100981, 0.123539, 0.161334, 0.224009, 0.328583" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380629, 0.0583133, 0.0719595, 0.0943493, 0.131685, 0.193801, 0.297258", \
+            "0.0381212, 0.0583355, 0.0720478, 0.09483, 0.131887, 0.193896, 0.297296", \
+            "0.0388717, 0.0591687, 0.0727739, 0.0951182, 0.133, 0.194694, 0.29847", \
+            "0.0404082, 0.0607018, 0.0744548, 0.0969749, 0.134072, 0.196685, 0.30014", \
+            "0.043909, 0.0640788, 0.0778659, 0.100245, 0.138254, 0.200447, 0.303771", \
+            "0.0515805, 0.0717201, 0.0854172, 0.108039, 0.145608, 0.2082, 0.312859", \
+            "0.0678209, 0.0878719, 0.101445, 0.123805, 0.16143, 0.224322, 0.328602" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0395108, 0.0596728, 0.073329, 0.0957066, 0.13308, 0.195214, 0.298732", \
+            "0.039117, 0.0593075, 0.0732223, 0.0954548, 0.133018, 0.194846, 0.298231", \
+            "0.0395783, 0.0596443, 0.0732997, 0.0958809, 0.133978, 0.1954, 0.298771", \
+            "0.0410594, 0.0611744, 0.0749361, 0.0973347, 0.134488, 0.197546, 0.30024", \
+            "0.0448904, 0.0649494, 0.0785949, 0.101283, 0.138993, 0.200684, 0.304724", \
+            "0.0529312, 0.0728116, 0.0863461, 0.108966, 0.146644, 0.209603, 0.313681", \
+            "0.06921, 0.0887898, 0.102377, 0.1249, 0.162517, 0.225254, 0.329584" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0913868, 0.146857, 0.17597, 0.222141, 0.298541, 0.425575, 0.637253", \
+            "0.120537, 0.176025, 0.205108, 0.251253, 0.327665, 0.454689, 0.666187", \
+            "0.13977, 0.195268, 0.224317, 0.270423, 0.346858, 0.473877, 0.685606", \
+            "0.165214, 0.220666, 0.249731, 0.295835, 0.372259, 0.499303, 0.710713", \
+            "0.2004, 0.255337, 0.284791, 0.330957, 0.406938, 0.534531, 0.745447", \
+            "0.248105, 0.303222, 0.332258, 0.378481, 0.454862, 0.581918, 0.793354", \
+            "0.311195, 0.366068, 0.395036, 0.441222, 0.517541, 0.644543, 0.856084" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0175979, 0.0742452, 0.111589, 0.175901, 0.286408, 0.472288, 0.782667", \
+            "0.0175989, 0.0742462, 0.111642, 0.175902, 0.286409, 0.472333, 0.782836", \
+            "0.0175999, 0.0742472, 0.111643, 0.175903, 0.28641, 0.472334, 0.782871", \
+            "0.0176197, 0.0742873, 0.111644, 0.175904, 0.286411, 0.472335, 0.782872", \
+            "0.0176207, 0.0742888, 0.111645, 0.175916, 0.286472, 0.472336, 0.782873", \
+            "0.0176217, 0.0742898, 0.111646, 0.175919, 0.286473, 0.472337, 0.782874", \
+            "0.017746, 0.0742908, 0.111647, 0.17592, 0.286474, 0.472338, 0.782875" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0964786, 0.156056, 0.183197, 0.223903, 0.289022, 0.396454, 0.575128", \
+            "0.126078, 0.185656, 0.212798, 0.253414, 0.318669, 0.426083, 0.604818", \
+            "0.145884, 0.205465, 0.232621, 0.273224, 0.338426, 0.445873, 0.624552", \
+            "0.173342, 0.233013, 0.26019, 0.300851, 0.366066, 0.473488, 0.652156", \
+            "0.212268, 0.272229, 0.299462, 0.340237, 0.405409, 0.512821, 0.691552", \
+            "0.267094, 0.327114, 0.354479, 0.395344, 0.460637, 0.568083, 0.746873", \
+            "0.342305, 0.407561, 0.435256, 0.476321, 0.541643, 0.649157, 0.827909" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0209167, 0.0703673, 0.0986061, 0.147625, 0.233835, 0.381406, 0.629856", \
+            "0.0209655, 0.0703876, 0.0986071, 0.147626, 0.233845, 0.381689, 0.629896", \
+            "0.0210528, 0.0704166, 0.0986785, 0.147627, 0.233846, 0.38169, 0.631801", \
+            "0.0213751, 0.0706114, 0.0987239, 0.147628, 0.233847, 0.381691, 0.631802", \
+            "0.0222891, 0.0709358, 0.0989668, 0.147847, 0.233873, 0.381692, 0.631803", \
+            "0.024631, 0.071841, 0.09952, 0.148119, 0.234084, 0.381693, 0.631804", \
+            "0.029658, 0.074816, 0.10144, 0.1492, 0.234673, 0.381776, 0.631805" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0913868, 0.146857, 0.17597, 0.222141, 0.298541, 0.425575, 0.637253", \
+            "0.120537, 0.176025, 0.205108, 0.251253, 0.327665, 0.454689, 0.666187", \
+            "0.13977, 0.195268, 0.224317, 0.270423, 0.346858, 0.473877, 0.685606", \
+            "0.165214, 0.220666, 0.249731, 0.295835, 0.372259, 0.499303, 0.710713", \
+            "0.2004, 0.255337, 0.284791, 0.330957, 0.406938, 0.534531, 0.745447", \
+            "0.248105, 0.303222, 0.332258, 0.378481, 0.454862, 0.581918, 0.793354", \
+            "0.311195, 0.366068, 0.395036, 0.441222, 0.517541, 0.644543, 0.856084" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0175979, 0.0742452, 0.111589, 0.175901, 0.286408, 0.472288, 0.782667", \
+            "0.0175989, 0.0742462, 0.111642, 0.175902, 0.286409, 0.472333, 0.782836", \
+            "0.0175999, 0.0742472, 0.111643, 0.175903, 0.28641, 0.472334, 0.782871", \
+            "0.0176197, 0.0742873, 0.111644, 0.175904, 0.286411, 0.472335, 0.782872", \
+            "0.0176207, 0.0742888, 0.111645, 0.175916, 0.286472, 0.472336, 0.782873", \
+            "0.0176217, 0.0742898, 0.111646, 0.175919, 0.286473, 0.472337, 0.782874", \
+            "0.017746, 0.0742908, 0.111647, 0.17592, 0.286474, 0.472338, 0.782875" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0964786, 0.156056, 0.183197, 0.223903, 0.289022, 0.396454, 0.575128", \
+            "0.126078, 0.185656, 0.212798, 0.253414, 0.318669, 0.426083, 0.604818", \
+            "0.145884, 0.205465, 0.232621, 0.273224, 0.338426, 0.445873, 0.624552", \
+            "0.173342, 0.233013, 0.26019, 0.300851, 0.366066, 0.473488, 0.652156", \
+            "0.212268, 0.272229, 0.299462, 0.340237, 0.405409, 0.512821, 0.691552", \
+            "0.267094, 0.327114, 0.354479, 0.395344, 0.460637, 0.568083, 0.746873", \
+            "0.342305, 0.407561, 0.435256, 0.476321, 0.541643, 0.649157, 0.827909" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0209167, 0.0703673, 0.0986061, 0.147625, 0.233835, 0.381406, 0.629856", \
+            "0.0209655, 0.0703876, 0.0986071, 0.147626, 0.233845, 0.381689, 0.629896", \
+            "0.0210528, 0.0704166, 0.0986785, 0.147627, 0.233846, 0.38169, 0.631801", \
+            "0.0213751, 0.0706114, 0.0987239, 0.147628, 0.233847, 0.381691, 0.631802", \
+            "0.0222891, 0.0709358, 0.0989668, 0.147847, 0.233873, 0.381692, 0.631803", \
+            "0.024631, 0.071841, 0.09952, 0.148119, 0.234084, 0.381693, 0.631804", \
+            "0.029658, 0.074816, 0.10144, 0.1492, 0.234673, 0.381776, 0.631805" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.135754, 0.189581, 0.218394, 0.264368, 0.340882, 0.467894, 0.679327", \
+            "0.173315, 0.227146, 0.255979, 0.301961, 0.378428, 0.505418, 0.717121", \
+            "0.200816, 0.254658, 0.283459, 0.329545, 0.405869, 0.532949, 0.744381", \
+            "0.24246, 0.29644, 0.325299, 0.37135, 0.447663, 0.574697, 0.786205", \
+            "0.300935, 0.355161, 0.384014, 0.430045, 0.506389, 0.633364, 0.844864", \
+            "0.382267, 0.436912, 0.465755, 0.511801, 0.588216, 0.715225, 0.926825", \
+            "0.494134, 0.549661, 0.578551, 0.624635, 0.700966, 0.828129, 1.03973" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0178379, 0.0730214, 0.110691, 0.175408, 0.286309, 0.472255, 0.782568", \
+            "0.0178497, 0.0730224, 0.110712, 0.175446, 0.286497, 0.47246, 0.782646", \
+            "0.0179137, 0.0730374, 0.110713, 0.175447, 0.286498, 0.472461, 0.783929", \
+            "0.0182674, 0.0731279, 0.110752, 0.175448, 0.286499, 0.472462, 0.78393", \
+            "0.0187964, 0.0733807, 0.110878, 0.175477, 0.2865, 0.472463, 0.783931", \
+            "0.019681, 0.073729, 0.11103, 0.175572, 0.286501, 0.472464, 0.783932", \
+            "0.020921, 0.07435, 0.111447, 0.175795, 0.286502, 0.472465, 0.783933" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380733, 0.0584182, 0.0721224, 0.0946354, 0.132155, 0.194594, 0.298639", \
+            "0.0380785, 0.0584367, 0.0722212, 0.0946507, 0.133265, 0.194619, 0.298666", \
+            "0.0388595, 0.0592317, 0.07287, 0.0954588, 0.133235, 0.195292, 0.299411", \
+            "0.0404203, 0.0607968, 0.0745551, 0.0970908, 0.134483, 0.19736, 0.300824", \
+            "0.043912, 0.0642036, 0.0779734, 0.100532, 0.138272, 0.200722, 0.304865", \
+            "0.0515674, 0.0718203, 0.0855882, 0.108076, 0.145894, 0.208594, 0.312957", \
+            "0.0678291, 0.0880174, 0.10163, 0.124127, 0.161938, 0.224527, 0.328764" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377551, 0.0579058, 0.0715327, 0.0939538, 0.131342, 0.193469, 0.296996", \
+            "0.0375302, 0.0576557, 0.0713722, 0.094248, 0.131148, 0.19337, 0.296854", \
+            "0.0381614, 0.0582982, 0.0718796, 0.0942803, 0.132313, 0.194103, 0.298147", \
+            "0.039594, 0.0596235, 0.0733656, 0.0958792, 0.133034, 0.195699, 0.300193", \
+            "0.0431322, 0.0629549, 0.076792, 0.0992017, 0.137131, 0.199257, 0.302582", \
+            "0.0510777, 0.0706455, 0.0843647, 0.106957, 0.144646, 0.207387, 0.311964", \
+            "0.0681366, 0.0873094, 0.100863, 0.123245, 0.160955, 0.223606, 0.328086" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0380733, 0.0584182, 0.0721224, 0.0946354, 0.132155, 0.194594, 0.298639", \
+            "0.0380785, 0.0584367, 0.0722212, 0.0946507, 0.133265, 0.194619, 0.298666", \
+            "0.0388595, 0.0592317, 0.07287, 0.0954588, 0.133235, 0.195292, 0.299411", \
+            "0.0404203, 0.0607968, 0.0745551, 0.0970908, 0.134483, 0.19736, 0.300824", \
+            "0.043912, 0.0642036, 0.0779734, 0.100532, 0.138272, 0.200722, 0.304865", \
+            "0.0515674, 0.0718203, 0.0855882, 0.108076, 0.145894, 0.208594, 0.312957", \
+            "0.0678291, 0.0880174, 0.10163, 0.124127, 0.161938, 0.224527, 0.328764" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0377551, 0.0579058, 0.0715327, 0.0939538, 0.131342, 0.193469, 0.296996", \
+            "0.0375302, 0.0576557, 0.0713722, 0.094248, 0.131148, 0.19337, 0.296854", \
+            "0.0381614, 0.0582982, 0.0718796, 0.0942803, 0.132313, 0.194103, 0.298147", \
+            "0.039594, 0.0596235, 0.0733656, 0.0958792, 0.133034, 0.195699, 0.300193", \
+            "0.0431322, 0.0629549, 0.076792, 0.0992017, 0.137131, 0.199257, 0.302582", \
+            "0.0510777, 0.0706455, 0.0843647, 0.106957, 0.144646, 0.207387, 0.311964", \
+            "0.0681366, 0.0873094, 0.100863, 0.123245, 0.160955, 0.223606, 0.328086" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0394906, 0.0598011, 0.073547, 0.0960373, 0.133594, 0.195994, 0.299825", \
+            "0.0390869, 0.0594552, 0.0733084, 0.0956391, 0.133268, 0.195715, 0.299636", \
+            "0.0395614, 0.0597706, 0.0734782, 0.0961434, 0.133679, 0.195954, 0.300646", \
+            "0.0410379, 0.0612955, 0.0750356, 0.0974498, 0.135028, 0.198065, 0.301626", \
+            "0.0448562, 0.0650306, 0.0788108, 0.10136, 0.139075, 0.201091, 0.306412", \
+            "0.0528929, 0.0729138, 0.0865482, 0.109235, 0.146956, 0.209768, 0.313706", \
+            "0.0691497, 0.0889635, 0.10261, 0.125252, 0.162817, 0.225767, 0.330158" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00316764;
+      rise_capacitance : 0.0031993;
+      rise_capacitance_range (0.00289738, 0.00344005);
+      fall_capacitance : 0.00312693;
+      fall_capacitance_range (0.00284827, 0.00339291);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0733948, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132179, 0.0131097, 0.0137242, 0.0151713, 0.0184227, 0.0258007, 0.0418117" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128749, 0.0129251, 0.0134874, 0.0150808, 0.0183474, 0.025676, 0.041378" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.025458, 0.0253673, 0.025994, 0.0276101, 0.0309388, 0.0386048, 0.0548382" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0231847, 0.0233358, 0.0239954, 0.0257519, 0.0291727, 0.036741, 0.0527859" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129498, 0.0128468, 0.013483, 0.0148415, 0.0181438, 0.0255034, 0.0414502" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013134, 0.0131994, 0.0137283, 0.0153332, 0.0185976, 0.0259541, 0.0416504" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132223, 0.0131096, 0.0137247, 0.0151714, 0.0184228, 0.0258009, 0.0418119" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128792, 0.012926, 0.0134876, 0.0150809, 0.0183476, 0.0256761, 0.0413786" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0125202, 0.0124132, 0.0130263, 0.0143801, 0.0176755, 0.0250202, 0.0408874" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111858, 0.0112384, 0.0117749, 0.01338, 0.016644, 0.0239917, 0.0396774" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129511, 0.012847, 0.0134829, 0.0148417, 0.0181441, 0.0255036, 0.0414506" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131374, 0.013197, 0.0137285, 0.0153334, 0.0185979, 0.0259543, 0.0416509" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129511, 0.012847, 0.0134829, 0.0148417, 0.0181441, 0.0255036, 0.0414506" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131374, 0.013197, 0.0137285, 0.0153334, 0.0185979, 0.0259543, 0.0416509" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00297966;
+      rise_capacitance : 0.00301494;
+      rise_capacitance_range (0.00261109, 0.00331679);
+      fall_capacitance : 0.00294438;
+      fall_capacitance_range (0.00258212, 0.00317094);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0576505, -0.0324341, -0.00352648", \
+            "-0.194428, -0.155334, -0.130154, -0.101115", \
+            "-0.245318, -0.205515, -0.183489, -0.151256", \
+            "-0.301389, -0.264502, -0.238587, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0904721, -0.0102298, 0.0344321, 0.0882179", \
+            "-0.18694, -0.109498, -0.0619709, -0.00764929", \
+            "-0.253033, -0.174046, -0.129521, -0.0721577", \
+            "-0.322976, -0.245259, -0.201863, -0.141674" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0504365, 0.0197167", \
+            "0.229369, 0.175706, 0.14851, 0.117609", \
+            "0.281323, 0.226494, 0.202377, 0.168206", \
+            "0.336467, 0.283745, 0.258362, 0.224317" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0426755, -0.00871436, -0.066631", \
+            "0.231865, 0.140055, 0.088195, 0.0296413", \
+            "0.299325, 0.205515, 0.156505, 0.0975823", \
+            "0.374245, 0.280996, 0.230112, 0.171189" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.025387, 0.0252374, 0.0255432, 0.0266358, 0.0293237, 0.0352084, 0.0480478" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0243856, 0.0243829, 0.024878, 0.0262581, 0.0293089, 0.03553, 0.0486876" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.025387, 0.0252374, 0.0255432, 0.0266358, 0.0293237, 0.0352084, 0.0480478" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0243856, 0.0243829, 0.024878, 0.0262581, 0.0293089, 0.03553, 0.0486876" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00540968;
+      rise_capacitance : 0.00540968;
+      rise_capacitance_range (0.00540968, 0.00540968);
+      fall_capacitance : 0.00540968;
+      fall_capacitance_range (0.00501708, 0.00565032);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0806913, 0.0277006, 0.00157274, -0.0288539", \
+            "0.196924, 0.134962, 0.106552, 0.0736253", \
+            "0.289038, 0.22125, 0.194282, 0.159731", \
+            "0.412022, 0.344223, 0.317686, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0684653, -0.0202131, 0.00357081, 0.0315523", \
+            "-0.181949, -0.127323, -0.101307, -0.0708763", \
+            "-0.268464, -0.21076, -0.188886, -0.156906", \
+            "-0.387736, -0.330478, -0.306386, -0.280396" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.0030948;
+      rise_capacitance : 0.0031187;
+      rise_capacitance_range (0.00271865, 0.00341988);
+      fall_capacitance : 0.00304701;
+      fall_capacitance_range (0.00268876, 0.00327438);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0576505, -0.0324341, -0.000828112", \
+            "-0.194428, -0.155334, -0.130154, -0.101115", \
+            "-0.245318, -0.205515, -0.183489, -0.151256", \
+            "-0.301389, -0.264502, -0.238587, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0880269, -0.00773397, 0.0370039, 0.0909163", \
+            "-0.184445, -0.106951, -0.0593484, -0.00490029", \
+            "-0.253033, -0.174046, -0.126823, -0.0721577", \
+            "-0.325674, -0.248008, -0.201863, -0.144625" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0504365, 0.0197167", \
+            "0.229369, 0.175706, 0.14851, 0.117609", \
+            "0.281323, 0.226494, 0.202377, 0.168206", \
+            "0.336467, 0.283745, 0.258362, 0.224317" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0426755, -0.00871436, -0.066631", \
+            "0.231865, 0.140055, 0.088195, 0.0296413", \
+            "0.299325, 0.208138, 0.156505, 0.0975823", \
+            "0.374245, 0.280996, 0.230112, 0.171189" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255847, 0.0254155, 0.025712, 0.0267794, 0.0294836, 0.0353532, 0.0482302" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0226443, 0.0225998, 0.0231485, 0.0245283, 0.0276131, 0.0338562, 0.047058" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255847, 0.0254155, 0.025712, 0.0267794, 0.0294836, 0.0353532, 0.0482302" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0226443, 0.0225998, 0.0231485, 0.0245283, 0.0276131, 0.0338562, 0.047058" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00529129;
+      rise_capacitance : 0.00558994;
+      rise_capacitance_range (0.00472643, 0.00631037);
+      fall_capacitance : 0.00499264;
+      fall_capacitance_range (0.00471737, 0.00553795);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0978076, -0.0576505, -0.0324341, -0.00352648", \
+            "-0.18694, -0.147695, -0.122286, -0.0928683", \
+            "-0.237603, -0.197648, -0.175394, -0.142781", \
+            "-0.295992, -0.256255, -0.232937, -0.203656" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0929172, -0.0152214, 0.0318604, 0.0855195", \
+            "-0.176957, -0.0967655, -0.0514812, 0.0033467", \
+            "-0.235031, -0.155689, -0.107935, -0.0523831", \
+            "-0.295992, -0.21502, -0.170788, -0.11511" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0776171, 0.0530083, 0.0197167", \
+            "0.221882, 0.168066, 0.143266, 0.109362", \
+            "0.273607, 0.218627, 0.194282, 0.159731", \
+            "0.331071, 0.278247, 0.252712, 0.218414" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.141821, 0.0476672, -0.00357081, -0.0612343", \
+            "0.224378, 0.129869, 0.0803277, 0.0213943", \
+            "0.281323, 0.187158, 0.137617, 0.0778076", \
+            "0.341864, 0.250757, 0.199038, 0.138722" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0275542, 0.0274426, 0.0278013, 0.0287864, 0.0311125, 0.0363208, 0.047447" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0317875, 0.0317898, 0.0321406, 0.0332791, 0.0355922, 0.0408163, 0.0518652" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310509, 0.030903, 0.0313993, 0.0332431, 0.037841, 0.0484919, 0.0711243" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0359825, 0.0501203, 0.0512883, 0.0533713, 0.0581726, 0.0689561, 0.0914589" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310509, 0.030903, 0.0313993, 0.0332431, 0.037841, 0.0484919, 0.0711243" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0359825, 0.0501203, 0.0512883, 0.0533713, 0.0581726, 0.0689561, 0.0914589" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbp_2) {
+    area : 72.576;
+    cell_footprint : "sdfrbp";
+    cell_leakage_power : 1970.4;
+    leakage_power () {
+      value : 1876.73;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1876.73;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1774.48;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1933.69;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1933.67;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1954.36;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1975.64;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1994.73;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 2020.12;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1930.1;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 2021.83;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 2007.73;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 2029.02;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1987.06;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 2059.27;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 2048.11;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 2073.5;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.162381, 0.198155, 0.225106, 0.270642, 0.347371, 0.475602, 0.689686", \
+            "0.192116, 0.227818, 0.25474, 0.30031, 0.377082, 0.50532, 0.719516", \
+            "0.211853, 0.247619, 0.274524, 0.320026, 0.396769, 0.525065, 0.738968", \
+            "0.239222, 0.274974, 0.301924, 0.347372, 0.424148, 0.552382, 0.766295", \
+            "0.278441, 0.313716, 0.340673, 0.386524, 0.46284, 0.591519, 0.805455", \
+            "0.334453, 0.36972, 0.396566, 0.441966, 0.51873, 0.64686, 0.860886", \
+            "0.416899, 0.450611, 0.47724, 0.522553, 0.599202, 0.727387, 0.941348" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0157121, 0.0689396, 0.108755, 0.175783, 0.288426, 0.476466, 0.789906", \
+            "0.0157341, 0.0689406, 0.108782, 0.175796, 0.288485, 0.476622, 0.789907", \
+            "0.0157345, 0.0689578, 0.108783, 0.175797, 0.288489, 0.476623, 0.790595", \
+            "0.0157605, 0.0689588, 0.108784, 0.175821, 0.28849, 0.476624, 0.790596", \
+            "0.015807, 0.0689598, 0.108787, 0.175822, 0.288491, 0.476625, 0.790597", \
+            "0.015983, 0.069009, 0.108788, 0.175823, 0.288492, 0.476626, 0.790598", \
+            "0.016507, 0.069198, 0.108859, 0.175884, 0.288493, 0.476627, 0.790599" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.144765, 0.179553, 0.202643, 0.241095, 0.305414, 0.412885, 0.59205", \
+            "0.174025, 0.208778, 0.231972, 0.27035, 0.334755, 0.442224, 0.621488", \
+            "0.193242, 0.22797, 0.251093, 0.289584, 0.353907, 0.461338, 0.640495", \
+            "0.218859, 0.253646, 0.276826, 0.315172, 0.37961, 0.486995, 0.666081", \
+            "0.253871, 0.288617, 0.31177, 0.350144, 0.414538, 0.521978, 0.701063", \
+            "0.301315, 0.336026, 0.359179, 0.397559, 0.461957, 0.569411, 0.74852", \
+            "0.365868, 0.400601, 0.423757, 0.462137, 0.526524, 0.633972, 0.813245" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0134502, 0.0573405, 0.0887716, 0.141917, 0.231634, 0.381494, 0.631157", \
+            "0.0134512, 0.0573415, 0.0887726, 0.141941, 0.231667, 0.381536, 0.631507", \
+            "0.0134522, 0.0573425, 0.0887736, 0.141942, 0.231668, 0.381537, 0.631508", \
+            "0.0134532, 0.0573585, 0.0887746, 0.141943, 0.231669, 0.381538, 0.631509", \
+            "0.0134542, 0.0573595, 0.0887756, 0.141944, 0.23167, 0.381539, 0.63151", \
+            "0.0134552, 0.0573605, 0.0887766, 0.141945, 0.231671, 0.38154, 0.631511", \
+            "0.0134562, 0.0573615, 0.0887776, 0.141946, 0.231672, 0.381628, 0.631512" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.162381, 0.198155, 0.225106, 0.270642, 0.347371, 0.475602, 0.689686", \
+            "0.192116, 0.227818, 0.25474, 0.30031, 0.377082, 0.50532, 0.719516", \
+            "0.211853, 0.247619, 0.274524, 0.320026, 0.396769, 0.525065, 0.738968", \
+            "0.239222, 0.274974, 0.301924, 0.347372, 0.424148, 0.552382, 0.766295", \
+            "0.278441, 0.313716, 0.340673, 0.386524, 0.46284, 0.591519, 0.805455", \
+            "0.334453, 0.36972, 0.396566, 0.441966, 0.51873, 0.64686, 0.860886", \
+            "0.416899, 0.450611, 0.47724, 0.522553, 0.599202, 0.727387, 0.941348" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0157121, 0.0689396, 0.108755, 0.175783, 0.288426, 0.476466, 0.789906", \
+            "0.0157341, 0.0689406, 0.108782, 0.175796, 0.288485, 0.476622, 0.789907", \
+            "0.0157345, 0.0689578, 0.108783, 0.175797, 0.288489, 0.476623, 0.790595", \
+            "0.0157605, 0.0689588, 0.108784, 0.175821, 0.28849, 0.476624, 0.790596", \
+            "0.015807, 0.0689598, 0.108787, 0.175822, 0.288491, 0.476625, 0.790597", \
+            "0.015983, 0.069009, 0.108788, 0.175823, 0.288492, 0.476626, 0.790598", \
+            "0.016507, 0.069198, 0.108859, 0.175884, 0.288493, 0.476627, 0.790599" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.144765, 0.179553, 0.202643, 0.241095, 0.305414, 0.412885, 0.59205", \
+            "0.174025, 0.208778, 0.231972, 0.27035, 0.334755, 0.442224, 0.621488", \
+            "0.193242, 0.22797, 0.251093, 0.289584, 0.353907, 0.461338, 0.640495", \
+            "0.218859, 0.253646, 0.276826, 0.315172, 0.37961, 0.486995, 0.666081", \
+            "0.253871, 0.288617, 0.31177, 0.350144, 0.414538, 0.521978, 0.701063", \
+            "0.301315, 0.336026, 0.359179, 0.397559, 0.461957, 0.569411, 0.74852", \
+            "0.365868, 0.400601, 0.423757, 0.462137, 0.526524, 0.633972, 0.813245" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0134502, 0.0573405, 0.0887716, 0.141917, 0.231634, 0.381494, 0.631157", \
+            "0.0134512, 0.0573415, 0.0887726, 0.141941, 0.231667, 0.381536, 0.631507", \
+            "0.0134522, 0.0573425, 0.0887736, 0.141942, 0.231668, 0.381537, 0.631508", \
+            "0.0134532, 0.0573585, 0.0887746, 0.141943, 0.231669, 0.381538, 0.631509", \
+            "0.0134542, 0.0573595, 0.0887756, 0.141944, 0.23167, 0.381539, 0.63151", \
+            "0.0134552, 0.0573605, 0.0887766, 0.141945, 0.231671, 0.38154, 0.631511", \
+            "0.0134562, 0.0573615, 0.0887776, 0.141946, 0.231672, 0.381628, 0.631512" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.189545, 0.224262, 0.247451, 0.285928, 0.350351, 0.457903, 0.637106", \
+            "0.227124, 0.261798, 0.284908, 0.323402, 0.387932, 0.495555, 0.674746", \
+            "0.254693, 0.289187, 0.312364, 0.350854, 0.415408, 0.522834, 0.702063", \
+            "0.296443, 0.331161, 0.354313, 0.392742, 0.457177, 0.564725, 0.743786", \
+            "0.355226, 0.389776, 0.412963, 0.451343, 0.515867, 0.623333, 0.802519", \
+            "0.437733, 0.471632, 0.494789, 0.533218, 0.597688, 0.705145, 0.884359", \
+            "0.550561, 0.58578, 0.608861, 0.647249, 0.711483, 0.819079, 0.99849" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0132096, 0.0572442, 0.0887081, 0.141868, 0.231561, 0.381481, 0.631332", \
+            "0.0132106, 0.0572582, 0.0887091, 0.141869, 0.231585, 0.381729, 0.631363", \
+            "0.0132116, 0.0572592, 0.0887101, 0.141901, 0.231586, 0.38173, 0.631364", \
+            "0.0132126, 0.0572602, 0.0887299, 0.141902, 0.231587, 0.381731, 0.631365", \
+            "0.0132716, 0.0572612, 0.0887309, 0.141903, 0.231628, 0.381732, 0.631366", \
+            "0.013385, 0.057299, 0.0887319, 0.141904, 0.231634, 0.381733, 0.631367", \
+            "0.013479, 0.057368, 0.088774, 0.141905, 0.231661, 0.381734, 0.631368" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0478914, 0.0878397, 0.115308, 0.160389, 0.235502, 0.360422, 0.568899", \
+            "0.047656, 0.0876144, 0.115279, 0.160267, 0.23535, 0.360542, 0.568645", \
+            "0.0483197, 0.0882136, 0.115579, 0.160857, 0.236094, 0.362113, 0.569721", \
+            "0.0498179, 0.089621, 0.117181, 0.162287, 0.23736, 0.362894, 0.570881", \
+            "0.0533117, 0.0928835, 0.120372, 0.165621, 0.241255, 0.366013, 0.574624", \
+            "0.0614214, 0.100417, 0.12799, 0.173057, 0.248482, 0.374165, 0.583155", \
+            "0.0788783, 0.116803, 0.144114, 0.189311, 0.264925, 0.390574, 0.59923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.049313, 0.0901614, 0.117427, 0.162313, 0.236995, 0.361356, 0.568065", \
+            "0.0493169, 0.0901162, 0.117627, 0.162938, 0.237001, 0.361358, 0.568554", \
+            "0.0501645, 0.0909787, 0.118171, 0.163073, 0.239339, 0.361888, 0.572922", \
+            "0.0515571, 0.0925366, 0.120031, 0.165028, 0.239136, 0.364842, 0.571201", \
+            "0.0550746, 0.0958501, 0.123458, 0.168172, 0.244143, 0.368549, 0.574634", \
+            "0.0627557, 0.103424, 0.130937, 0.176125, 0.251389, 0.376842, 0.586149", \
+            "0.079021, 0.119564, 0.146764, 0.191471, 0.266907, 0.392482, 0.601269" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0478914, 0.0878397, 0.115308, 0.160389, 0.235502, 0.360422, 0.568899", \
+            "0.047656, 0.0876144, 0.115279, 0.160267, 0.23535, 0.360542, 0.568645", \
+            "0.0483197, 0.0882136, 0.115579, 0.160857, 0.236094, 0.362113, 0.569721", \
+            "0.0498179, 0.089621, 0.117181, 0.162287, 0.23736, 0.362894, 0.570881", \
+            "0.0533117, 0.0928835, 0.120372, 0.165621, 0.241255, 0.366013, 0.574624", \
+            "0.0614214, 0.100417, 0.12799, 0.173057, 0.248482, 0.374165, 0.583155", \
+            "0.0788783, 0.116803, 0.144114, 0.189311, 0.264925, 0.390574, 0.59923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.049313, 0.0901614, 0.117427, 0.162313, 0.236995, 0.361356, 0.568065", \
+            "0.0493169, 0.0901162, 0.117627, 0.162938, 0.237001, 0.361358, 0.568554", \
+            "0.0501645, 0.0909787, 0.118171, 0.163073, 0.239339, 0.361888, 0.572922", \
+            "0.0515571, 0.0925366, 0.120031, 0.165028, 0.239136, 0.364842, 0.571201", \
+            "0.0550746, 0.0958501, 0.123458, 0.168172, 0.244143, 0.368549, 0.574634", \
+            "0.0627557, 0.103424, 0.130937, 0.176125, 0.251389, 0.376842, 0.586149", \
+            "0.079021, 0.119564, 0.146764, 0.191471, 0.266907, 0.392482, 0.601269" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0608571, 0.101535, 0.128829, 0.173662, 0.248377, 0.372764, 0.57989", \
+            "0.0602808, 0.101071, 0.128541, 0.173625, 0.247906, 0.372479, 0.579321", \
+            "0.0604688, 0.100984, 0.128307, 0.173588, 0.24922, 0.372391, 0.579339", \
+            "0.0614271, 0.102113, 0.129531, 0.174352, 0.248759, 0.37455, 0.579876", \
+            "0.0638388, 0.104211, 0.131683, 0.176836, 0.252056, 0.37549, 0.584453", \
+            "0.0693541, 0.109383, 0.136595, 0.181949, 0.257187, 0.382901, 0.591641", \
+            "0.0798691, 0.119354, 0.146488, 0.19159, 0.26666, 0.392261, 0.601431" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0964104, 0.15833, 0.188534, 0.235343, 0.311943, 0.439247, 0.650965", \
+            "0.125626, 0.187582, 0.217762, 0.264515, 0.341195, 0.468474, 0.680211", \
+            "0.144857, 0.206813, 0.236957, 0.283807, 0.360393, 0.487614, 0.699371", \
+            "0.170439, 0.232387, 0.262594, 0.309326, 0.386017, 0.513192, 0.724878", \
+            "0.205511, 0.267354, 0.297558, 0.344294, 0.420989, 0.548223, 0.760032", \
+            "0.253122, 0.314729, 0.344932, 0.39173, 0.468358, 0.595653, 0.807251", \
+            "0.317807, 0.379135, 0.40928, 0.456002, 0.532636, 0.659875, 0.871772" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0183814, 0.0783834, 0.115677, 0.179113, 0.28889, 0.474533, 0.785386", \
+            "0.0183824, 0.0783844, 0.115678, 0.179114, 0.288891, 0.474534, 0.785387", \
+            "0.0183834, 0.0783854, 0.115679, 0.179115, 0.288892, 0.474592, 0.787024", \
+            "0.0183844, 0.0784242, 0.11568, 0.179116, 0.288893, 0.474593, 0.787025", \
+            "0.0183854, 0.0784436, 0.115723, 0.179117, 0.288894, 0.474594, 0.787026", \
+            "0.0183864, 0.0784446, 0.115724, 0.179118, 0.288895, 0.474595, 0.787027", \
+            "0.0183874, 0.0784456, 0.115725, 0.179119, 0.288896, 0.474596, 0.787028" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.106772, 0.174187, 0.20322, 0.245418, 0.311523, 0.419463, 0.598542", \
+            "0.136435, 0.203842, 0.232909, 0.275085, 0.341259, 0.449177, 0.628311", \
+            "0.156138, 0.223558, 0.252627, 0.294743, 0.36088, 0.468857, 0.648098", \
+            "0.183571, 0.250917, 0.280008, 0.322107, 0.388272, 0.496247, 0.67531", \
+            "0.222129, 0.290048, 0.319173, 0.361295, 0.427484, 0.535083, 0.714592", \
+            "0.278444, 0.346554, 0.375754, 0.418011, 0.484242, 0.5923, 0.771346", \
+            "0.356315, 0.42745, 0.456904, 0.499329, 0.565594, 0.673584, 0.852778" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0232833, 0.0775609, 0.106372, 0.154469, 0.239471, 0.38627, 0.634996", \
+            "0.0232843, 0.0776431, 0.106373, 0.15447, 0.239501, 0.386574, 0.634997", \
+            "0.0233452, 0.0776441, 0.106399, 0.154471, 0.239502, 0.386575, 0.63936", \
+            "0.0234348, 0.0777541, 0.1064, 0.154484, 0.239503, 0.386576, 0.639361", \
+            "0.0240014, 0.0779979, 0.106608, 0.154565, 0.239504, 0.386577, 0.639362", \
+            "0.025805, 0.078771, 0.107088, 0.154988, 0.23964, 0.386578, 0.639363", \
+            "0.030673, 0.081384, 0.108912, 0.155914, 0.240296, 0.386654, 0.639364" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0964104, 0.15833, 0.188534, 0.235343, 0.311943, 0.439247, 0.650965", \
+            "0.125626, 0.187582, 0.217762, 0.264515, 0.341195, 0.468474, 0.680211", \
+            "0.144857, 0.206813, 0.236957, 0.283807, 0.360393, 0.487614, 0.699371", \
+            "0.170439, 0.232387, 0.262594, 0.309326, 0.386017, 0.513192, 0.724878", \
+            "0.205511, 0.267354, 0.297558, 0.344294, 0.420989, 0.548223, 0.760032", \
+            "0.253122, 0.314729, 0.344932, 0.39173, 0.468358, 0.595653, 0.807251", \
+            "0.317807, 0.379135, 0.40928, 0.456002, 0.532636, 0.659875, 0.871772" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0183814, 0.0783834, 0.115677, 0.179113, 0.28889, 0.474533, 0.785386", \
+            "0.0183824, 0.0783844, 0.115678, 0.179114, 0.288891, 0.474534, 0.785387", \
+            "0.0183834, 0.0783854, 0.115679, 0.179115, 0.288892, 0.474592, 0.787024", \
+            "0.0183844, 0.0784242, 0.11568, 0.179116, 0.288893, 0.474593, 0.787025", \
+            "0.0183854, 0.0784436, 0.115723, 0.179117, 0.288894, 0.474594, 0.787026", \
+            "0.0183864, 0.0784446, 0.115724, 0.179118, 0.288895, 0.474595, 0.787027", \
+            "0.0183874, 0.0784456, 0.115725, 0.179119, 0.288896, 0.474596, 0.787028" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.106772, 0.174187, 0.20322, 0.245418, 0.311523, 0.419463, 0.598542", \
+            "0.136435, 0.203842, 0.232909, 0.275085, 0.341259, 0.449177, 0.628311", \
+            "0.156138, 0.223558, 0.252627, 0.294743, 0.36088, 0.468857, 0.648098", \
+            "0.183571, 0.250917, 0.280008, 0.322107, 0.388272, 0.496247, 0.67531", \
+            "0.222129, 0.290048, 0.319173, 0.361295, 0.427484, 0.535083, 0.714592", \
+            "0.278444, 0.346554, 0.375754, 0.418011, 0.484242, 0.5923, 0.771346", \
+            "0.356315, 0.42745, 0.456904, 0.499329, 0.565594, 0.673584, 0.852778" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0232833, 0.0775609, 0.106372, 0.154469, 0.239471, 0.38627, 0.634996", \
+            "0.0232843, 0.0776431, 0.106373, 0.15447, 0.239501, 0.386574, 0.634997", \
+            "0.0233452, 0.0776441, 0.106399, 0.154471, 0.239502, 0.386575, 0.63936", \
+            "0.0234348, 0.0777541, 0.1064, 0.154484, 0.239503, 0.386576, 0.639361", \
+            "0.0240014, 0.0779979, 0.106608, 0.154565, 0.239504, 0.386577, 0.639362", \
+            "0.025805, 0.078771, 0.107088, 0.154988, 0.23964, 0.386578, 0.639363", \
+            "0.030673, 0.081384, 0.108912, 0.155914, 0.240296, 0.386654, 0.639364" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.14221, 0.202271, 0.232139, 0.278814, 0.355484, 0.482667, 0.6945", \
+            "0.17975, 0.239858, 0.269755, 0.31642, 0.39311, 0.520667, 0.732092", \
+            "0.207312, 0.267384, 0.2972, 0.343851, 0.420532, 0.547829, 0.759468", \
+            "0.248924, 0.309143, 0.338968, 0.385589, 0.46227, 0.589427, 0.801165", \
+            "0.307449, 0.367828, 0.397661, 0.444366, 0.520954, 0.648142, 0.859792", \
+            "0.389453, 0.449558, 0.479413, 0.526139, 0.602787, 0.729982, 0.941853", \
+            "0.501729, 0.563516, 0.59348, 0.640427, 0.716853, 0.844279, 1.05618" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0183413, 0.0769494, 0.114572, 0.178579, 0.288654, 0.474684, 0.78533", \
+            "0.0183624, 0.0769504, 0.114573, 0.17858, 0.288913, 0.475148, 0.785331", \
+            "0.018461, 0.0769999, 0.114574, 0.178581, 0.288914, 0.475149, 0.787682", \
+            "0.018665, 0.0770387, 0.114633, 0.178582, 0.288915, 0.47515, 0.787683", \
+            "0.0191035, 0.0772539, 0.114689, 0.178602, 0.288916, 0.475151, 0.787684", \
+            "0.019821, 0.07756, 0.114939, 0.178668, 0.288917, 0.475152, 0.787685", \
+            "0.02099, 0.07817, 0.11529, 0.178933, 0.288918, 0.475153, 0.787686" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0493425, 0.090217, 0.117687, 0.162725, 0.237878, 0.362784, 0.570701", \
+            "0.0493256, 0.0902181, 0.117908, 0.162754, 0.238505, 0.362659, 0.570789", \
+            "0.0501997, 0.0910089, 0.118353, 0.163609, 0.238695, 0.363696, 0.573089", \
+            "0.0515955, 0.0926105, 0.120107, 0.165218, 0.24021, 0.36579, 0.573189", \
+            "0.0551087, 0.0959416, 0.12356, 0.168744, 0.244288, 0.369053, 0.577766", \
+            "0.0627714, 0.103496, 0.131108, 0.176142, 0.251719, 0.377408, 0.586039", \
+            "0.0790465, 0.119644, 0.146965, 0.192035, 0.267711, 0.392942, 0.601923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0479374, 0.0876833, 0.11503, 0.159895, 0.234636, 0.359084, 0.56637", \
+            "0.0477188, 0.087416, 0.114963, 0.161131, 0.234565, 0.359173, 0.565993", \
+            "0.048381, 0.0880981, 0.115292, 0.160248, 0.236514, 0.359405, 0.569376", \
+            "0.0498577, 0.0895654, 0.117118, 0.162279, 0.23629, 0.361988, 0.568423", \
+            "0.053341, 0.0926644, 0.120304, 0.165226, 0.240989, 0.36573, 0.572014", \
+            "0.061373, 0.100249, 0.127744, 0.172801, 0.248267, 0.373799, 0.582909", \
+            "0.0788633, 0.116717, 0.14389, 0.188693, 0.264182, 0.389177, 0.598551" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0493425, 0.090217, 0.117687, 0.162725, 0.237878, 0.362784, 0.570701", \
+            "0.0493256, 0.0902181, 0.117908, 0.162754, 0.238505, 0.362659, 0.570789", \
+            "0.0501997, 0.0910089, 0.118353, 0.163609, 0.238695, 0.363696, 0.573089", \
+            "0.0515955, 0.0926105, 0.120107, 0.165218, 0.24021, 0.36579, 0.573189", \
+            "0.0551087, 0.0959416, 0.12356, 0.168744, 0.244288, 0.369053, 0.577766", \
+            "0.0627714, 0.103496, 0.131108, 0.176142, 0.251719, 0.377408, 0.586039", \
+            "0.0790465, 0.119644, 0.146965, 0.192035, 0.267711, 0.392942, 0.601923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0479374, 0.0876833, 0.11503, 0.159895, 0.234636, 0.359084, 0.56637", \
+            "0.0477188, 0.087416, 0.114963, 0.161131, 0.234565, 0.359173, 0.565993", \
+            "0.048381, 0.0880981, 0.115292, 0.160248, 0.236514, 0.359405, 0.569376", \
+            "0.0498577, 0.0895654, 0.117118, 0.162279, 0.23629, 0.361988, 0.568423", \
+            "0.053341, 0.0926644, 0.120304, 0.165226, 0.240989, 0.36573, 0.572014", \
+            "0.061373, 0.100249, 0.127744, 0.172801, 0.248267, 0.373799, 0.582909", \
+            "0.0788633, 0.116717, 0.14389, 0.188693, 0.264182, 0.389177, 0.598551" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0608583, 0.101663, 0.129141, 0.174265, 0.24932, 0.374211, 0.582175", \
+            "0.0603116, 0.101265, 0.128716, 0.174132, 0.24904, 0.374179, 0.581886", \
+            "0.0605037, 0.10117, 0.128568, 0.174168, 0.249099, 0.373495, 0.584126", \
+            "0.0614268, 0.102209, 0.129716, 0.174553, 0.249722, 0.375955, 0.583195", \
+            "0.0638406, 0.104297, 0.131925, 0.177271, 0.252452, 0.37676, 0.586331", \
+            "0.0692751, 0.109452, 0.136929, 0.182279, 0.257779, 0.383366, 0.591238", \
+            "0.0798152, 0.119589, 0.146855, 0.192268, 0.26724, 0.39297, 0.602149" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.0031676;
+      rise_capacitance : 0.00319927;
+      rise_capacitance_range (0.00289542, 0.00344215);
+      fall_capacitance : 0.00312688;
+      fall_capacitance_range (0.00284931, 0.00339293);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0894165, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132357, 0.0131212, 0.0137271, 0.0151735, 0.0184215, 0.0257914, 0.041806" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128952, 0.0129366, 0.0134973, 0.0150804, 0.0183503, 0.0256736, 0.0413762" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0254553, 0.0253801, 0.0260758, 0.0276128, 0.0309328, 0.0385992, 0.0548346" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.023196, 0.0233348, 0.0239912, 0.0257514, 0.0291685, 0.0367679, 0.0527762" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129558, 0.0128469, 0.0134902, 0.0148414, 0.0181445, 0.0255023, 0.0414169" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131473, 0.0132001, 0.0137527, 0.0153352, 0.0185975, 0.0259531, 0.0416485" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0132402, 0.0131212, 0.0137271, 0.0151734, 0.0184215, 0.0257914, 0.0418062" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129012, 0.0129396, 0.0134973, 0.0150804, 0.0183503, 0.0256742, 0.0413762" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0125311, 0.0124179, 0.0130357, 0.0143882, 0.0176685, 0.0250177, 0.0408878" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111952, 0.0112495, 0.0117939, 0.0133814, 0.0166455, 0.0239907, 0.0396745" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129598, 0.012847, 0.0134903, 0.0148414, 0.0181444, 0.025502, 0.0414161" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131498, 0.0131982, 0.013751, 0.0153347, 0.0185977, 0.0259531, 0.0416485" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129598, 0.012847, 0.0134903, 0.0148414, 0.0181444, 0.025502, 0.0414161" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131473, 0.0132001, 0.0137527, 0.0153352, 0.0185975, 0.0259531, 0.0416485" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00297723;
+      rise_capacitance : 0.0030122;
+      rise_capacitance_range (0.002606, 0.00331438);
+      fall_capacitance : 0.00294226;
+      fall_capacitance_range (0.00257973, 0.00316861);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0551547, -0.0324341, -0.000828112", \
+            "-0.194428, -0.152788, -0.130154, -0.0983663", \
+            "-0.245318, -0.205515, -0.18079, -0.151256", \
+            "-0.301389, -0.261753, -0.238587, -0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0904721, -0.0102298, 0.0344321, 0.0882179", \
+            "-0.18694, -0.109498, -0.0619709, -0.00764929", \
+            "-0.253033, -0.174046, -0.129521, -0.0721577", \
+            "-0.322976, -0.245259, -0.201863, -0.144625" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0504365, 0.0197167", \
+            "0.226874, 0.175706, 0.14851, 0.117609", \
+            "0.278751, 0.226494, 0.202377, 0.168206", \
+            "0.336467, 0.283745, 0.258362, 0.224317" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0426755, -0.00871436, -0.066631", \
+            "0.234361, 0.140055, 0.088195, 0.0296413", \
+            "0.299325, 0.208138, 0.156505, 0.0975823", \
+            "0.374245, 0.280996, 0.230112, 0.171189" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0251326, 0.0249882, 0.025285, 0.0263807, 0.0290681, 0.0349581, 0.0477994" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0243894, 0.0243813, 0.0248992, 0.0262606, 0.0293135, 0.0355334, 0.0486894" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0251326, 0.0249882, 0.025285, 0.0263807, 0.0290681, 0.0349581, 0.0477994" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0243894, 0.0243813, 0.0248992, 0.0262606, 0.0293135, 0.0355334, 0.0486894" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00572022;
+      rise_capacitance : 0.00572022;
+      rise_capacitance_range (0.00572022, 0.00572022);
+      fall_capacitance : 0.00572022;
+      fall_capacitance_range (0.00510573, 0.00594361);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0806913, 0.0277006, 0.00157274, -0.0288539", \
+            "0.194428, 0.134962, 0.106552, 0.0736253", \
+            "0.286466, 0.223872, 0.194282, 0.162556", \
+            "0.412022, 0.346972, 0.317686, 0.283348" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0709105, -0.0227089, 0.000999033, 0.0315523", \
+            "-0.181949, -0.127323, -0.101307, -0.0708763", \
+            "-0.271036, -0.213382, -0.188886, -0.156906", \
+            "-0.390435, -0.333227, -0.309211, -0.280396" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00309164;
+      rise_capacitance : 0.00311543;
+      rise_capacitance_range (0.00271532, 0.00341658);
+      fall_capacitance : 0.00304406;
+      fall_capacitance_range (0.00268557, 0.00327115);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0551547, -0.0324341, -0.000828112", \
+            "-0.194428, -0.152788, -0.130154, -0.101115", \
+            "-0.245318, -0.205515, -0.183489, -0.151256", \
+            "-0.301389, -0.261753, -0.238587, -0.206608" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0880269, -0.00773397, 0.0370039, 0.0909163", \
+            "-0.184445, -0.106951, -0.0593484, -0.00490029", \
+            "-0.253033, -0.174046, -0.126823, -0.0721577", \
+            "-0.325674, -0.248008, -0.201863, -0.144625" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0504365, 0.0197167", \
+            "0.226874, 0.175706, 0.14851, 0.117609", \
+            "0.278751, 0.226494, 0.202377, 0.168206", \
+            "0.336467, 0.283745, 0.258362, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0426755, -0.00871436, -0.066631", \
+            "0.234361, 0.140055, 0.088195, 0.0296413", \
+            "0.299325, 0.208138, 0.156505, 0.0975823", \
+            "0.374245, 0.283745, 0.230112, 0.171189" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255495, 0.025396, 0.0256884, 0.026756, 0.0294628, 0.0353282, 0.0482111" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0226538, 0.022605, 0.0231324, 0.0245319, 0.0276169, 0.0338616, 0.0470618" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255495, 0.025396, 0.0256884, 0.026756, 0.0294628, 0.0353282, 0.0482111" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0226538, 0.022605, 0.0231324, 0.0245319, 0.0276169, 0.0338616, 0.0470618" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.0052915;
+      rise_capacitance : 0.00559007;
+      rise_capacitance_range (0.00473235, 0.00631032);
+      fall_capacitance : 0.00499293;
+      fall_capacitance_range (0.00471666, 0.005538);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0551547, -0.0324341, -0.00352648", \
+            "-0.18694, -0.145148, -0.122286, -0.0928683", \
+            "-0.237603, -0.197648, -0.175394, -0.142781", \
+            "-0.295992, -0.256255, -0.232937, -0.200705" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0929172, -0.0152214, 0.0318604, 0.0855195", \
+            "-0.176957, -0.0967655, -0.0514812, 0.0033467", \
+            "-0.232459, -0.153067, -0.107935, -0.0523831", \
+            "-0.295992, -0.21502, -0.170788, -0.11511" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0801129, 0.0530083, 0.022415", \
+            "0.221882, 0.168066, 0.143266, 0.112111", \
+            "0.271036, 0.218627, 0.194282, 0.162556", \
+            "0.331071, 0.278247, 0.252712, 0.221365" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.141821, 0.0476672, -0.00357081, -0.0612343", \
+            "0.224378, 0.129869, 0.0803277, 0.0213943", \
+            "0.281323, 0.187158, 0.137617, 0.0778076", \
+            "0.344563, 0.250757, 0.199038, 0.138722" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.027555, 0.0274477, 0.027796, 0.0287848, 0.0311102, 0.0363205, 0.047443" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0317726, 0.0317537, 0.0321297, 0.0332613, 0.0355716, 0.0407943, 0.0518452" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310409, 0.0308644, 0.0313786, 0.0332193, 0.0378229, 0.0484709, 0.0711039" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0359804, 0.0500984, 0.0512561, 0.0533321, 0.0581523, 0.0689243, 0.0914303" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310409, 0.0308644, 0.0313786, 0.0332193, 0.0378229, 0.0484709, 0.0711039" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0359804, 0.0500984, 0.0512561, 0.0533321, 0.0581523, 0.0689243, 0.0914303" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbpq_1) {
+    area : 63.504;
+    cell_footprint : "sdfrbpq";
+    cell_leakage_power : 1531.16;
+    leakage_power () {
+      value : 1490.9;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1439.76;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1388.63;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1547.9;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1547.85;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1568.53;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1446.94;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1608.95;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1491.48;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1544.29;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1493.15;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1621.92;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1500.33;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1601.29;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1530.63;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1662.34;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1544.87;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.117992, 0.168918, 0.197178, 0.242953, 0.319182, 0.445897, 0.656995", \
+            "0.146683, 0.197599, 0.225847, 0.271716, 0.347898, 0.47457, 0.685723", \
+            "0.165646, 0.216508, 0.244815, 0.290625, 0.366818, 0.493584, 0.704639", \
+            "0.191096, 0.242034, 0.270347, 0.316142, 0.392306, 0.519057, 0.730051", \
+            "0.226454, 0.277468, 0.305845, 0.35159, 0.427775, 0.55451, 0.765511", \
+            "0.273947, 0.325034, 0.353427, 0.399161, 0.475412, 0.602146, 0.813192", \
+            "0.340709, 0.391483, 0.419847, 0.465676, 0.541876, 0.668551, 0.879683" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187163, 0.0718025, 0.110368, 0.175873, 0.287054, 0.472703, 0.782402", \
+            "0.0187537, 0.0718035, 0.110439, 0.175989, 0.287055, 0.472757, 0.782591", \
+            "0.018816, 0.0718045, 0.11044, 0.17599, 0.287056, 0.472758, 0.783924", \
+            "0.0188928, 0.0718201, 0.110441, 0.175991, 0.287057, 0.472759, 0.783925", \
+            "0.0190604, 0.0718904, 0.110454, 0.175992, 0.287058, 0.47276, 0.783926", \
+            "0.019224, 0.072018, 0.110537, 0.176028, 0.287059, 0.472761, 0.783927", \
+            "0.019403, 0.07217, 0.110602, 0.176029, 0.287142, 0.472762, 0.783928" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.123088, 0.168091, 0.192287, 0.231067, 0.295575, 0.402881, 0.581665", \
+            "0.151787, 0.196766, 0.220935, 0.259821, 0.324349, 0.43166, 0.610658", \
+            "0.170612, 0.215646, 0.239777, 0.278627, 0.3431, 0.450476, 0.62903", \
+            "0.195359, 0.240392, 0.264568, 0.303362, 0.367899, 0.475148, 0.65376", \
+            "0.229407, 0.274097, 0.298609, 0.337081, 0.401908, 0.50889, 0.687544", \
+            "0.275642, 0.320585, 0.344816, 0.383607, 0.448147, 0.555507, 0.734052", \
+            "0.33753, 0.382471, 0.406701, 0.445504, 0.510026, 0.617296, 0.795975" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167426, 0.0595781, 0.0902921, 0.142674, 0.231665, 0.38094, 0.629871", \
+            "0.0167436, 0.0595791, 0.0903068, 0.142675, 0.231706, 0.381393, 0.630463", \
+            "0.0167446, 0.0595801, 0.0903078, 0.142676, 0.231707, 0.381394, 0.632168", \
+            "0.0167518, 0.0595811, 0.0903088, 0.142677, 0.231715, 0.381395, 0.632169", \
+            "0.0167528, 0.0595821, 0.0903098, 0.142678, 0.231722, 0.381396, 0.63217", \
+            "0.0167538, 0.0595831, 0.0903108, 0.142679, 0.231723, 0.381397, 0.632171", \
+            "0.0167548, 0.0595841, 0.0903118, 0.14268, 0.231758, 0.381398, 0.632172" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b0";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "!SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.117972, 0.168887, 0.197178, 0.243008, 0.319139, 0.445957, 0.657052", \
+            "0.146674, 0.197567, 0.225878, 0.271706, 0.347834, 0.474568, 0.685717", \
+            "0.165667, 0.216604, 0.244854, 0.290664, 0.366827, 0.493594, 0.704669", \
+            "0.191178, 0.242115, 0.270459, 0.316223, 0.392445, 0.519114, 0.730152", \
+            "0.225917, 0.276931, 0.305259, 0.351051, 0.427245, 0.55397, 0.764971", \
+            "0.274235, 0.325389, 0.353705, 0.399566, 0.475742, 0.602483, 0.813496", \
+            "0.340179, 0.391416, 0.419818, 0.465594, 0.541848, 0.668501, 0.879626" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187059, 0.0717792, 0.110369, 0.175911, 0.286979, 0.472734, 0.78247", \
+            "0.0187551, 0.0718001, 0.110443, 0.175989, 0.28698, 0.472894, 0.782471", \
+            "0.0188155, 0.0718011, 0.110444, 0.17599, 0.286997, 0.472895, 0.783926", \
+            "0.0188983, 0.0718246, 0.110445, 0.175991, 0.286998, 0.472896, 0.783927", \
+            "0.0190623, 0.0718934, 0.110514, 0.175992, 0.286999, 0.472897, 0.783928", \
+            "0.019223, 0.072048, 0.110592, 0.175993, 0.286999, 0.472898, 0.783929", \
+            "0.019414, 0.072138, 0.110605, 0.176093, 0.287134, 0.472899, 0.78393" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.12306, 0.168119, 0.19229, 0.231071, 0.295588, 0.402872, 0.581652", \
+            "0.151787, 0.196766, 0.220935, 0.259821, 0.324348, 0.43166, 0.610658", \
+            "0.170612, 0.215646, 0.239777, 0.278627, 0.3431, 0.450476, 0.62903", \
+            "0.195359, 0.240392, 0.264568, 0.303362, 0.367899, 0.475148, 0.65376", \
+            "0.229073, 0.274428, 0.298609, 0.337081, 0.401908, 0.50889, 0.687871", \
+            "0.275642, 0.320585, 0.344816, 0.383607, 0.448147, 0.555507, 0.734052", \
+            "0.33753, 0.382471, 0.406702, 0.445505, 0.510026, 0.617296, 0.795975" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167462, 0.0595789, 0.0902923, 0.142673, 0.231645, 0.380983, 0.629871", \
+            "0.0167472, 0.0595799, 0.0903068, 0.142674, 0.231706, 0.381393, 0.630463", \
+            "0.0167482, 0.0595809, 0.0903078, 0.142675, 0.231707, 0.381394, 0.632168", \
+            "0.0167518, 0.0595819, 0.0903088, 0.142676, 0.231715, 0.381395, 0.632169", \
+            "0.0167528, 0.0595829, 0.0903098, 0.142677, 0.231722, 0.381396, 0.63217", \
+            "0.0167538, 0.0595839, 0.0903108, 0.142678, 0.231723, 0.381397, 0.632171", \
+            "0.0167548, 0.0595849, 0.0903118, 0.142679, 0.231758, 0.381398, 0.632172" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.117992, 0.168918, 0.197178, 0.242953, 0.319182, 0.445897, 0.656995", \
+            "0.146683, 0.197599, 0.225847, 0.271716, 0.347898, 0.47457, 0.685723", \
+            "0.165646, 0.216508, 0.244815, 0.290625, 0.366818, 0.493584, 0.704639", \
+            "0.191096, 0.242034, 0.270347, 0.316142, 0.392306, 0.519057, 0.730051", \
+            "0.226454, 0.277468, 0.305845, 0.35159, 0.427775, 0.55451, 0.765511", \
+            "0.273947, 0.325034, 0.353427, 0.399161, 0.475412, 0.602146, 0.813192", \
+            "0.340709, 0.391483, 0.419847, 0.465676, 0.541876, 0.668551, 0.879683" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187163, 0.0718025, 0.110368, 0.175873, 0.287054, 0.472703, 0.782402", \
+            "0.0187537, 0.0718035, 0.110439, 0.175989, 0.287055, 0.472757, 0.782591", \
+            "0.018816, 0.0718045, 0.11044, 0.17599, 0.287056, 0.472758, 0.783924", \
+            "0.0188928, 0.0718201, 0.110441, 0.175991, 0.287057, 0.472759, 0.783925", \
+            "0.0190604, 0.0718904, 0.110454, 0.175992, 0.287058, 0.47276, 0.783926", \
+            "0.019224, 0.072018, 0.110537, 0.176028, 0.287059, 0.472761, 0.783927", \
+            "0.019403, 0.07217, 0.110602, 0.176029, 0.287142, 0.472762, 0.783928" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.12306, 0.168119, 0.19229, 0.231071, 0.295588, 0.402872, 0.581652", \
+            "0.151787, 0.196766, 0.220935, 0.259821, 0.324348, 0.43166, 0.610658", \
+            "0.170612, 0.215646, 0.239777, 0.278627, 0.3431, 0.450476, 0.62903", \
+            "0.195359, 0.240392, 0.264568, 0.303362, 0.367899, 0.475148, 0.65376", \
+            "0.229073, 0.274428, 0.298609, 0.337081, 0.401908, 0.50889, 0.687871", \
+            "0.275642, 0.320585, 0.344816, 0.383607, 0.448147, 0.555507, 0.734052", \
+            "0.33753, 0.382471, 0.406702, 0.445505, 0.510026, 0.617296, 0.795975" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167462, 0.0595789, 0.0902923, 0.142673, 0.231645, 0.380983, 0.629871", \
+            "0.0167472, 0.0595799, 0.0903068, 0.142674, 0.231706, 0.381393, 0.630463", \
+            "0.0167482, 0.0595809, 0.0903078, 0.142675, 0.231707, 0.381394, 0.632168", \
+            "0.0167518, 0.0595819, 0.0903088, 0.142676, 0.231715, 0.381395, 0.632169", \
+            "0.0167528, 0.0595829, 0.0903098, 0.142677, 0.231722, 0.381396, 0.63217", \
+            "0.0167538, 0.0595839, 0.0903108, 0.142678, 0.231723, 0.381397, 0.632171", \
+            "0.0167548, 0.0595849, 0.0903118, 0.142679, 0.231758, 0.381398, 0.632172" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0662417, 0.114357, 0.138812, 0.177363, 0.241608, 0.348774, 0.527279", \
+            "0.102945, 0.152269, 0.176654, 0.21522, 0.279448, 0.386511, 0.566532", \
+            "0.128063, 0.179815, 0.204164, 0.242575, 0.306755, 0.413866, 0.592472", \
+            "0.164677, 0.220936, 0.245156, 0.283428, 0.347518, 0.454596, 0.633057", \
+            "0.21549, 0.278432, 0.302245, 0.340107, 0.403988, 0.510814, 0.689405", \
+            "0.288025, 0.357647, 0.380529, 0.418225, 0.481858, 0.588042, 0.766696", \
+            "0.391854, 0.465696, 0.488104, 0.524175, 0.586677, 0.693207, 0.871344" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0172117, 0.06156, 0.0908174, 0.141552, 0.229801, 0.378858, 0.627926", \
+            "0.0197187, 0.0621388, 0.0909446, 0.141634, 0.229802, 0.379678, 0.629521", \
+            "0.0230211, 0.063749, 0.091603, 0.141727, 0.229803, 0.379679, 0.629522", \
+            "0.0293329, 0.0668212, 0.0929449, 0.142185, 0.229924, 0.37968, 0.629523", \
+            "0.0388482, 0.0719726, 0.0949743, 0.142727, 0.230177, 0.379681, 0.629524", \
+            "0.052405, 0.078152, 0.097362, 0.143399, 0.230449, 0.379682, 0.629525", \
+            "0.071097, 0.084139, 0.099685, 0.144117, 0.230737, 0.379683, 0.629526" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0267425, 0.0270837, 0.0271128, 0.027118, 0.0270238, 0.0267665, 0.02673", \
+            "0.0265491, 0.0268613, 0.02699, 0.0269637, 0.0269769, 0.0265817, 0.0265935", \
+            "0.0271946, 0.0274608, 0.027516, 0.0275614, 0.0275646, 0.0272848, 0.0273705", \
+            "0.028628, 0.028962, 0.0290618, 0.0290297, 0.0289111, 0.0291798, 0.0286216", \
+            "0.0323024, 0.0325924, 0.0327057, 0.0327737, 0.0328121, 0.0325224, 0.0324548", \
+            "0.0400686, 0.0403136, 0.0404476, 0.0404252, 0.0404774, 0.0405436, 0.0403887", \
+            "0.0568809, 0.0570903, 0.0571277, 0.0571326, 0.0571964, 0.057188, 0.0571534" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0271935, 0.0276886, 0.0277494, 0.0277336, 0.0276212, 0.0274143, 0.0270183", \
+            "0.027229, 0.0276957, 0.0277803, 0.027896, 0.0276642, 0.0275177, 0.0271851", \
+            "0.0279996, 0.0285208, 0.0285606, 0.0284875, 0.0285722, 0.0282699, 0.0283417", \
+            "0.0295281, 0.030056, 0.0301342, 0.0301806, 0.0300115, 0.0299599, 0.0299044", \
+            "0.0330554, 0.03352, 0.0336705, 0.0335881, 0.0337651, 0.0336469, 0.0329162", \
+            "0.0406513, 0.0411128, 0.0412165, 0.0412784, 0.0413034, 0.0412398, 0.0412842", \
+            "0.0568223, 0.0573308, 0.0573638, 0.0572866, 0.0572862, 0.0572965, 0.0573072" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "!SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.013707, 0.0140278, 0.0140802, 0.0140819, 0.0139904, 0.0137665, 0.013718", \
+            "0.0135906, 0.0138885, 0.0140274, 0.0139972, 0.0139302, 0.01366, 0.0135798", \
+            "0.0136976, 0.0139731, 0.0140126, 0.0140786, 0.0140168, 0.0137849, 0.0138842", \
+            "0.0137291, 0.0140625, 0.0141568, 0.0141137, 0.0139657, 0.0141622, 0.0137496", \
+            "0.0139802, 0.014269, 0.0143709, 0.0144523, 0.014508, 0.0142297, 0.0140454", \
+            "0.014609, 0.0148701, 0.0150011, 0.014997, 0.0150127, 0.0150925, 0.014963", \
+            "0.0155762, 0.0158353, 0.0158718, 0.0158734, 0.0159812, 0.0158938, 0.0159064" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0141852, 0.014694, 0.0147478, 0.0147326, 0.0146315, 0.014395, 0.0140153", \
+            "0.0143162, 0.0147828, 0.0148675, 0.0149832, 0.0147624, 0.0146053, 0.0142721", \
+            "0.0144804, 0.0150016, 0.0150414, 0.0149683, 0.0151334, 0.0147508, 0.0148225", \
+            "0.014622, 0.0151499, 0.0152282, 0.0152745, 0.0151054, 0.0150539, 0.0149984", \
+            "0.0148108, 0.0153219, 0.0154505, 0.0153684, 0.0155454, 0.015428, 0.0146798", \
+            "0.015088, 0.0155495, 0.0156532, 0.0157151, 0.0157451, 0.0156765, 0.0157123", \
+            "0.0153692, 0.0158772, 0.0159107, 0.0158335, 0.0158331, 0.0158653, 0.0158541" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0267425, 0.0270837, 0.0271128, 0.027118, 0.0270238, 0.0267665, 0.02673", \
+            "0.0265491, 0.0268613, 0.02699, 0.0269637, 0.0269769, 0.0265817, 0.0265935", \
+            "0.0271946, 0.0274608, 0.027516, 0.0275614, 0.0275646, 0.0272848, 0.0273705", \
+            "0.028628, 0.028962, 0.0290618, 0.0290297, 0.0289111, 0.0291798, 0.0286216", \
+            "0.0323024, 0.0325924, 0.0327057, 0.0327737, 0.0328121, 0.0325224, 0.0324548", \
+            "0.0400686, 0.0403136, 0.0404476, 0.0404252, 0.0404774, 0.0405436, 0.0403887", \
+            "0.0568809, 0.0570903, 0.0571277, 0.0571326, 0.0571964, 0.057188, 0.0571534" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0271935, 0.0276886, 0.0277494, 0.0277336, 0.0276212, 0.0274143, 0.0270183", \
+            "0.027229, 0.0276957, 0.0277803, 0.027896, 0.0276642, 0.0275177, 0.0271851", \
+            "0.0279996, 0.0285208, 0.0285606, 0.0284875, 0.0285722, 0.0282699, 0.0283417", \
+            "0.0295281, 0.030056, 0.0301342, 0.0301806, 0.0300115, 0.0299599, 0.0299044", \
+            "0.0330554, 0.03352, 0.0336705, 0.0335881, 0.0337651, 0.0336469, 0.0329162", \
+            "0.0406513, 0.0411128, 0.0412165, 0.0412784, 0.0413034, 0.0412398, 0.0412842", \
+            "0.0568223, 0.0573308, 0.0573638, 0.0572866, 0.0572862, 0.0572965, 0.0573072" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.025036, 0.0255152, 0.0255554, 0.0255338, 0.0254637, 0.0252201, 0.0248354", \
+            "0.0246594, 0.0248626, 0.0249555, 0.0251505, 0.0249953, 0.0248676, 0.0247581", \
+            "0.0249873, 0.024972, 0.0249504, 0.0249808, 0.0250601, 0.0250119, 0.0244035", \
+            "0.0265264, 0.0260516, 0.0261096, 0.0261815, 0.0260547, 0.0259517, 0.0255403", \
+            "0.0300971, 0.0288943, 0.0288799, 0.0289096, 0.0289318, 0.0287177, 0.028219", \
+            "0.0381267, 0.0358887, 0.035664, 0.0355102, 0.0355663, 0.035548, 0.0355442", \
+            "0.0536276, 0.0500266, 0.0495305, 0.0492377, 0.0490946, 0.0487912, 0.0487645" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00316744;
+      rise_capacitance : 0.00319906;
+      rise_capacitance_range (0.00289473, 0.00344008);
+      fall_capacitance : 0.00312679;
+      fall_capacitance_range (0.00284709, 0.00339283);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0541687, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0862122, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131698, 0.0131086, 0.0137422, 0.0151558, 0.0184286, 0.0258035, 0.0418184" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128325, 0.0129028, 0.0134696, 0.0150712, 0.0183503, 0.0256926, 0.041383" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0254215, 0.0253827, 0.0259928, 0.0276117, 0.0309426, 0.0386193, 0.0548469" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0231577, 0.023321, 0.0239811, 0.0257429, 0.0291735, 0.036744, 0.0527984" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129079, 0.0128197, 0.0134301, 0.0148495, 0.0181449, 0.0255539, 0.0414959" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131065, 0.0131863, 0.0137371, 0.0153249, 0.0185888, 0.025956, 0.0416388" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013166, 0.013109, 0.0137423, 0.0151559, 0.0184286, 0.0258033, 0.0418185" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128275, 0.0129028, 0.0134697, 0.0150714, 0.0183506, 0.0256929, 0.0413833" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0130015, 0.0129126, 0.0135188, 0.0149057, 0.0182194, 0.0255629, 0.0414527" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116925, 0.0117731, 0.0123037, 0.0139072, 0.0171706, 0.0245215, 0.0401993" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129151, 0.0128201, 0.0134302, 0.0148497, 0.0181451, 0.0255541, 0.0414961" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131015, 0.0131862, 0.0137392, 0.0153251, 0.018589, 0.0259562, 0.0416394" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0130015, 0.0129126, 0.0135188, 0.0149057, 0.0182194, 0.0255629, 0.0414527" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131065, 0.0131863, 0.0137371, 0.0153249, 0.0185888, 0.025956, 0.0416388" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00297965;
+      rise_capacitance : 0.00301491;
+      rise_capacitance_range (0.00261092, 0.00331678);
+      fall_capacitance : 0.00294439;
+      fall_capacitance_range (0.00258226, 0.00317093);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0601463, -0.0350059, -0.00622484", \
+            "-0.19942, -0.157881, -0.132776, -0.103864", \
+            "-0.250461, -0.208138, -0.186187, -0.154081", \
+            "-0.306785, -0.267251, -0.241412, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0102298, 0.0395757, 0.096313", \
+            "-0.191932, -0.109498, -0.0593484, 0.000597705", \
+            "-0.258177, -0.174046, -0.124125, -0.0665078", \
+            "-0.328372, -0.245259, -0.196213, -0.135771" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0530083, 0.0197167", \
+            "0.226874, 0.175706, 0.151133, 0.117609", \
+            "0.278751, 0.229117, 0.205076, 0.171031", \
+            "0.333769, 0.283745, 0.258362, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0401797, -0.0112861, -0.0693294", \
+            "0.229369, 0.137509, 0.0855726, 0.0268923", \
+            "0.294182, 0.202893, 0.153807, 0.0947573", \
+            "0.368848, 0.278247, 0.227287, 0.168238" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0254009, 0.0252378, 0.0255426, 0.0266361, 0.0293225, 0.0352029, 0.0480483" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0234569, 0.0234365, 0.0239564, 0.0253414, 0.0283921, 0.0346132, 0.0477707" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0254009, 0.0252378, 0.0255426, 0.0266361, 0.0293225, 0.0352029, 0.0480483" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0234569, 0.0234365, 0.0239564, 0.0253414, 0.0283921, 0.0346132, 0.0477707" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00540816;
+      rise_capacitance : 0.00540816;
+      rise_capacitance_range (0.00540816, 0.00540816);
+      fall_capacitance : 0.00540816;
+      fall_capacitance_range (0.00502072, 0.00570751);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0782461, 0.0277006, 0.00414452, -0.0288539", \
+            "0.211899, 0.140055, 0.117042, 0.0846213", \
+            "0.512783, 0.302544, 0.237456, 0.190806", \
+            "1.1028, 0.781313, 0.63408, 0.454537" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0202131, 0.00614259, 0.0342506", \
+            "-0.176957, -0.124777, -0.0986846, -0.0681273", \
+            "-0.26332, -0.208138, -0.183489, -0.154081", \
+            "-0.379641, -0.327729, -0.303561, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0798035, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00309389;
+      rise_capacitance : 0.00311766;
+      rise_capacitance_range (0.00271715, 0.00341894);
+      fall_capacitance : 0.00304634;
+      fall_capacitance_range (0.00268796, 0.00327344);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0601463, -0.0350059, -0.00352648", \
+            "-0.19942, -0.157881, -0.132776, -0.103864", \
+            "-0.250461, -0.208138, -0.186187, -0.154081", \
+            "-0.306785, -0.267251, -0.241412, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0929172, -0.0102298, 0.0395757, 0.0990114", \
+            "-0.189436, -0.106951, -0.056726, 0.0033467", \
+            "-0.258177, -0.174046, -0.124125, -0.0636829", \
+            "-0.331071, -0.248008, -0.196213, -0.135771" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0530083, 0.0197167", \
+            "0.226874, 0.175706, 0.151133, 0.120358", \
+            "0.278751, 0.229117, 0.205076, 0.171031", \
+            "0.333769, 0.286494, 0.258362, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0401797, -0.0112861, -0.0693294", \
+            "0.229369, 0.137509, 0.0855726, 0.0268923", \
+            "0.296753, 0.205515, 0.153807, 0.0947573", \
+            "0.368848, 0.278247, 0.227287, 0.168238" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255761, 0.025414, 0.0257109, 0.0267781, 0.0294816, 0.0353516, 0.0482306" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0235639, 0.02354, 0.0240624, 0.0254647, 0.0285481, 0.0347932, 0.0479919" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0255761, 0.025414, 0.0257109, 0.0267781, 0.0294816, 0.0353516, 0.0482306" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0235639, 0.02354, 0.0240624, 0.0254647, 0.0285481, 0.0347932, 0.0479919" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00529119;
+      rise_capacitance : 0.0055898;
+      rise_capacitance_range (0.0047285, 0.00631036);
+      fall_capacitance : 0.00499259;
+      fall_capacitance_range (0.00471733, 0.00553795);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.102698, -0.0601463, -0.0375776, -0.00622484", \
+            "-0.191932, -0.150241, -0.124909, -0.0956173", \
+            "-0.242746, -0.20027, -0.178092, -0.145606", \
+            "-0.301389, -0.259004, -0.235762, -0.203656" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0978076, -0.0152214, 0.0344321, 0.0936146", \
+            "-0.181949, -0.0967655, -0.0462364, 0.0115937", \
+            "-0.237603, -0.155689, -0.105236, -0.0439082", \
+            "-0.301389, -0.217769, -0.165138, -0.106255" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0801129, 0.0530083, 0.022415", \
+            "0.219386, 0.168066, 0.143266, 0.112111", \
+            "0.271036, 0.218627, 0.194282, 0.162556", \
+            "0.331071, 0.278247, 0.255537, 0.221365" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0451714, -0.00614259, -0.0639326", \
+            "0.219386, 0.127323, 0.0777053, 0.0186453", \
+            "0.278751, 0.184536, 0.134918, 0.0778076", \
+            "0.339166, 0.248008, 0.196213, 0.138722" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0280953, 0.0279648, 0.028322, 0.0293188, 0.0316484, 0.0368545, 0.0479809" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0317855, 0.0317813, 0.0321522, 0.0332805, 0.0355925, 0.0408175, 0.0518684" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310546, 0.0308882, 0.0313997, 0.0332433, 0.0378416, 0.0484913, 0.0711264" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0365165, 0.05065, 0.0518268, 0.0539052, 0.0587061, 0.0694875, 0.0920203" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0310546, 0.0308882, 0.0313997, 0.0332433, 0.0378416, 0.0484913, 0.0711264" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0365165, 0.05065, 0.0518268, 0.0539052, 0.0587061, 0.0694875, 0.0920203" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbpq_2) {
+    area : 72.576;
+    cell_footprint : "sdfrbpq";
+    cell_leakage_power : 1656.57;
+    leakage_power () {
+      value : 1648.76;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1518.8;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1546.48;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1705.76;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1705.73;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1726.39;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1525.99;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1766.81;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 1570.52;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 1702.14;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1572.19;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1779.77;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1579.38;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1759.14;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1609.67;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 1820.19;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 1623.91;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.135714, 0.196206, 0.225572, 0.272179, 0.348971, 0.476072, 0.687771", \
+            "0.164553, 0.224851, 0.254468, 0.301018, 0.377739, 0.504979, 0.71691", \
+            "0.183514, 0.243792, 0.273301, 0.319938, 0.396614, 0.523837, 0.735758", \
+            "0.209178, 0.269532, 0.299097, 0.345619, 0.422359, 0.549541, 0.761228", \
+            "0.244702, 0.305166, 0.334693, 0.381199, 0.457971, 0.585206, 0.796841", \
+            "0.292082, 0.352558, 0.381939, 0.428485, 0.505177, 0.632459, 0.844085", \
+            "0.358408, 0.419048, 0.448621, 0.49522, 0.571986, 0.699284, 0.911035" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0234723, 0.0788894, 0.116592, 0.181076, 0.291594, 0.477606, 0.78837", \
+            "0.0234733, 0.0788904, 0.116593, 0.181136, 0.29162, 0.477936, 0.788371", \
+            "0.0234743, 0.0788914, 0.116594, 0.181137, 0.291621, 0.477937, 0.789238", \
+            "0.0234753, 0.0788924, 0.116595, 0.181138, 0.291622, 0.477938, 0.789239", \
+            "0.0235253, 0.0789662, 0.116596, 0.181156, 0.291623, 0.477939, 0.78924", \
+            "0.023846, 0.079253, 0.116658, 0.181167, 0.291624, 0.47794, 0.789241", \
+            "0.023971, 0.079254, 0.116793, 0.181211, 0.291625, 0.477941, 0.789242" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.140349, 0.194242, 0.21965, 0.259168, 0.32373, 0.430628, 0.608415", \
+            "0.169051, 0.22296, 0.248481, 0.287817, 0.352404, 0.459297, 0.63858", \
+            "0.187854, 0.241688, 0.267139, 0.306587, 0.371123, 0.478045, 0.655899", \
+            "0.212591, 0.266487, 0.291882, 0.331312, 0.395937, 0.502808, 0.680566", \
+            "0.246262, 0.300154, 0.326119, 0.365289, 0.429955, 0.536813, 0.714166", \
+            "0.292784, 0.346669, 0.372279, 0.411579, 0.476139, 0.582958, 0.76073", \
+            "0.354627, 0.408415, 0.43388, 0.473384, 0.537935, 0.644891, 0.82254" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0216378, 0.0665484, 0.096352, 0.147439, 0.235073, 0.383131, 0.630829", \
+            "0.0216482, 0.0665494, 0.096497, 0.147446, 0.235074, 0.383686, 0.632325", \
+            "0.0216492, 0.0665504, 0.096498, 0.147454, 0.235075, 0.383687, 0.632326", \
+            "0.0216502, 0.0665514, 0.096499, 0.147455, 0.235076, 0.383688, 0.632327", \
+            "0.0216512, 0.0665586, 0.0966005, 0.147456, 0.235077, 0.383689, 0.632328", \
+            "0.0216522, 0.0665596, 0.096605, 0.147457, 0.235078, 0.38369, 0.632329", \
+            "0.0216532, 0.0665606, 0.096606, 0.147458, 0.235079, 0.383691, 0.63233" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b0";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "!SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.135736, 0.196192, 0.225528, 0.272075, 0.348844, 0.476086, 0.687632", \
+            "0.164537, 0.224864, 0.254467, 0.301098, 0.377753, 0.50501, 0.716918", \
+            "0.183537, 0.243803, 0.273372, 0.319966, 0.396652, 0.523883, 0.735771", \
+            "0.209048, 0.269499, 0.29897, 0.345608, 0.422204, 0.549403, 0.761056", \
+            "0.243803, 0.304291, 0.3338, 0.380267, 0.457058, 0.584309, 0.796127", \
+            "0.292794, 0.353267, 0.382926, 0.429471, 0.50623, 0.633409, 0.84512", \
+            "0.358338, 0.418947, 0.44851, 0.495044, 0.571886, 0.699145, 0.910884" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0233096, 0.078897, 0.1166, 0.181089, 0.291597, 0.477606, 0.78849", \
+            "0.0233106, 0.078898, 0.116601, 0.18109, 0.291619, 0.477937, 0.788491", \
+            "0.0233122, 0.078899, 0.116602, 0.181115, 0.29162, 0.477938, 0.789238", \
+            "0.0233661, 0.0789137, 0.116603, 0.181116, 0.291621, 0.477939, 0.789239", \
+            "0.0235547, 0.0789863, 0.116604, 0.181117, 0.291622, 0.47794, 0.78924", \
+            "0.023843, 0.079011, 0.116654, 0.181132, 0.291623, 0.477941, 0.789241", \
+            "0.02396, 0.079198, 0.116799, 0.181191, 0.291624, 0.477942, 0.789242" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.140353, 0.194257, 0.219652, 0.259209, 0.323707, 0.430605, 0.608462", \
+            "0.169051, 0.22296, 0.248481, 0.287817, 0.352404, 0.459297, 0.63858", \
+            "0.187854, 0.241688, 0.267139, 0.306587, 0.371123, 0.478045, 0.655899", \
+            "0.212591, 0.266487, 0.291882, 0.331312, 0.395937, 0.502808, 0.680566", \
+            "0.246262, 0.300154, 0.326119, 0.365289, 0.429597, 0.536813, 0.714517", \
+            "0.292784, 0.34667, 0.372278, 0.411579, 0.476139, 0.582956, 0.76073", \
+            "0.354627, 0.408415, 0.43388, 0.473384, 0.537935, 0.644891, 0.82254" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0216373, 0.0665485, 0.0963903, 0.147383, 0.234971, 0.38313, 0.630833", \
+            "0.0216482, 0.0665495, 0.0964969, 0.147446, 0.235061, 0.383686, 0.632325", \
+            "0.0216492, 0.0665505, 0.0964979, 0.147454, 0.235062, 0.383687, 0.632326", \
+            "0.0216502, 0.0665515, 0.0964989, 0.147455, 0.235063, 0.383688, 0.632327", \
+            "0.0216512, 0.0665586, 0.0966005, 0.147456, 0.235064, 0.383689, 0.632328", \
+            "0.0216522, 0.0665596, 0.096604, 0.147457, 0.235065, 0.38369, 0.632329", \
+            "0.0216532, 0.0665606, 0.096605, 0.147458, 0.235066, 0.383691, 0.63233" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.135714, 0.196206, 0.225572, 0.272179, 0.348971, 0.476072, 0.687771", \
+            "0.164553, 0.224851, 0.254468, 0.301018, 0.377739, 0.504979, 0.71691", \
+            "0.183514, 0.243792, 0.273301, 0.319938, 0.396614, 0.523837, 0.735758", \
+            "0.209178, 0.269532, 0.299097, 0.345619, 0.422359, 0.549541, 0.761228", \
+            "0.244702, 0.305166, 0.334693, 0.381199, 0.457971, 0.585206, 0.796841", \
+            "0.292082, 0.352558, 0.381939, 0.428485, 0.505177, 0.632459, 0.844085", \
+            "0.358408, 0.419048, 0.448621, 0.49522, 0.571986, 0.699284, 0.911035" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0234723, 0.0788894, 0.116592, 0.181076, 0.291594, 0.477606, 0.78837", \
+            "0.0234733, 0.0788904, 0.116593, 0.181136, 0.29162, 0.477936, 0.788371", \
+            "0.0234743, 0.0788914, 0.116594, 0.181137, 0.291621, 0.477937, 0.789238", \
+            "0.0234753, 0.0788924, 0.116595, 0.181138, 0.291622, 0.477938, 0.789239", \
+            "0.0235253, 0.0789662, 0.116596, 0.181156, 0.291623, 0.477939, 0.78924", \
+            "0.023846, 0.079253, 0.116658, 0.181167, 0.291624, 0.47794, 0.789241", \
+            "0.023971, 0.079254, 0.116793, 0.181211, 0.291625, 0.477941, 0.789242" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.140353, 0.194257, 0.219652, 0.259209, 0.323707, 0.430605, 0.608462", \
+            "0.169051, 0.22296, 0.248481, 0.287817, 0.352404, 0.459297, 0.63858", \
+            "0.187854, 0.241688, 0.267139, 0.306587, 0.371123, 0.478045, 0.655899", \
+            "0.212591, 0.266487, 0.291882, 0.331312, 0.395937, 0.502808, 0.680566", \
+            "0.246262, 0.300154, 0.326119, 0.365289, 0.429597, 0.536813, 0.714517", \
+            "0.292784, 0.34667, 0.372278, 0.411579, 0.476139, 0.582956, 0.76073", \
+            "0.354627, 0.408415, 0.43388, 0.473384, 0.537935, 0.644891, 0.82254" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0216373, 0.0665485, 0.0963903, 0.147383, 0.234971, 0.38313, 0.630833", \
+            "0.0216482, 0.0665495, 0.0964969, 0.147446, 0.235061, 0.383686, 0.632325", \
+            "0.0216492, 0.0665505, 0.0964979, 0.147454, 0.235062, 0.383687, 0.632326", \
+            "0.0216502, 0.0665515, 0.0964989, 0.147455, 0.235063, 0.383688, 0.632327", \
+            "0.0216512, 0.0665586, 0.0966005, 0.147456, 0.235064, 0.383689, 0.632328", \
+            "0.0216522, 0.0665596, 0.096604, 0.147457, 0.235065, 0.38369, 0.632329", \
+            "0.0216532, 0.0665606, 0.096605, 0.147458, 0.235066, 0.383691, 0.63233" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0829764, 0.13966, 0.164436, 0.202861, 0.266524, 0.373111, 0.550619", \
+            "0.123095, 0.180358, 0.205026, 0.243425, 0.307256, 0.413733, 0.591274", \
+            "0.152937, 0.21221, 0.236771, 0.275084, 0.338765, 0.445252, 0.622797", \
+            "0.1978, 0.261342, 0.285732, 0.323836, 0.38735, 0.493634, 0.671097", \
+            "0.261421, 0.33064, 0.354919, 0.392354, 0.455497, 0.561472, 0.738909", \
+            "0.351455, 0.426924, 0.450326, 0.487195, 0.549477, 0.654973, 0.832238", \
+            "0.478132, 0.55662, 0.578659, 0.614209, 0.675623, 0.780627, 0.956966" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0221039, 0.0668044, 0.0942972, 0.143559, 0.230754, 0.3789, 0.626845", \
+            "0.0241484, 0.0673677, 0.0944254, 0.14356, 0.230755, 0.378968, 0.626846", \
+            "0.0280057, 0.0690164, 0.0951042, 0.143649, 0.230756, 0.378969, 0.627098", \
+            "0.0353692, 0.0728987, 0.0970685, 0.144405, 0.230886, 0.37897, 0.627099", \
+            "0.0477248, 0.0789456, 0.100091, 0.14545, 0.231428, 0.37926, 0.6271", \
+            "0.06617, 0.087659, 0.104074, 0.1471, 0.232081, 0.37979, 0.627503", \
+            "0.092424, 0.096145, 0.107963, 0.148866, 0.232833, 0.380177, 0.627885" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0327527, 0.032506, 0.0324731, 0.0325364, 0.0324909, 0.0319774, 0.031862", \
+            "0.0325568, 0.0322516, 0.0326123, 0.0323851, 0.0322814, 0.0319468, 0.0318354", \
+            "0.0332303, 0.0328849, 0.0328883, 0.0331052, 0.0328752, 0.0331188, 0.0325352", \
+            "0.0347039, 0.0344006, 0.0346525, 0.0345988, 0.0344457, 0.0345677, 0.0341995", \
+            "0.0383048, 0.0380112, 0.0381435, 0.0383233, 0.0384395, 0.0378972, 0.0378688", \
+            "0.0461346, 0.0458317, 0.0459999, 0.0460019, 0.0461269, 0.0463991, 0.045958", \
+            "0.0630224, 0.0625529, 0.0626194, 0.0626667, 0.0629673, 0.0629129, 0.062788" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0326762, 0.0327223, 0.0328752, 0.0329087, 0.0328114, 0.0325397, 0.0316338", \
+            "0.0326921, 0.0327503, 0.0330624, 0.0333539, 0.0330748, 0.0326778, 0.0325151", \
+            "0.0335079, 0.0335231, 0.0336427, 0.0336389, 0.0340243, 0.0331069, 0.032132", \
+            "0.035037, 0.0351651, 0.0353942, 0.0354118, 0.0352795, 0.0350546, 0.0340856", \
+            "0.0385133, 0.0385501, 0.0390517, 0.0388389, 0.0391446, 0.0389824, 0.0375298", \
+            "0.0460871, 0.0461351, 0.0465068, 0.0465088, 0.0466529, 0.0464874, 0.0467325", \
+            "0.0622805, 0.0622801, 0.0624649, 0.0624271, 0.0625516, 0.0625525, 0.0625261" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "!SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0195494, 0.0193064, 0.0192546, 0.0192406, 0.019196, 0.0187036, 0.0185142", \
+            "0.0194038, 0.0190968, 0.0194754, 0.0194005, 0.0191526, 0.0188204, 0.0188059", \
+            "0.019509, 0.019139, 0.0191959, 0.0193665, 0.0191561, 0.0194063, 0.0188089", \
+            "0.0195906, 0.0193464, 0.0195156, 0.0196363, 0.0192902, 0.0198969, 0.018959", \
+            "0.0198832, 0.0196, 0.0197021, 0.0198729, 0.0200041, 0.0194043, 0.0193849", \
+            "0.0204457, 0.020007, 0.0202887, 0.0203355, 0.0204017, 0.0205923, 0.0202435", \
+            "0.0212548, 0.0207775, 0.0208224, 0.0208767, 0.0211931, 0.0211144, 0.021007" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.019507, 0.019558, 0.0197124, 0.0197782, 0.0196599, 0.0193822, 0.0186108", \
+            "0.0195755, 0.0196337, 0.0199454, 0.0202371, 0.0199581, 0.0195611, 0.0193985", \
+            "0.0197656, 0.0197807, 0.0199003, 0.0198965, 0.0202819, 0.0193645, 0.0183897", \
+            "0.0198802, 0.0200082, 0.0202374, 0.0202549, 0.0201221, 0.0198977, 0.0189378", \
+            "0.0200845, 0.0201213, 0.0206229, 0.02041, 0.0207483, 0.0205533, 0.0192094", \
+            "0.0202845, 0.0203332, 0.0207045, 0.0207062, 0.0208507, 0.0207074, 0.0209255", \
+            "0.0204633, 0.0204629, 0.0206476, 0.0206099, 0.0207346, 0.0207352, 0.0207084" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0327527, 0.032506, 0.0324731, 0.0325364, 0.0324909, 0.0319774, 0.031862", \
+            "0.0325568, 0.0322516, 0.0326123, 0.0323851, 0.0322814, 0.0319468, 0.0318354", \
+            "0.0332303, 0.0328849, 0.0328883, 0.0331052, 0.0328752, 0.0331188, 0.0325352", \
+            "0.0347039, 0.0344006, 0.0346525, 0.0345988, 0.0344457, 0.0345677, 0.0341995", \
+            "0.0383048, 0.0380112, 0.0381435, 0.0383233, 0.0384395, 0.0378972, 0.0378688", \
+            "0.0461346, 0.0458317, 0.0459999, 0.0460019, 0.0461269, 0.0463991, 0.045958", \
+            "0.0630224, 0.0625529, 0.0626194, 0.0626667, 0.0629673, 0.0629129, 0.062788" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0326762, 0.0327223, 0.0328752, 0.0329087, 0.0328114, 0.0325397, 0.0316338", \
+            "0.0326921, 0.0327503, 0.0330624, 0.0333539, 0.0330748, 0.0326778, 0.0325151", \
+            "0.0335079, 0.0335231, 0.0336427, 0.0336389, 0.0340243, 0.0331069, 0.032132", \
+            "0.035037, 0.0351651, 0.0353942, 0.0354118, 0.0352795, 0.0350546, 0.0340856", \
+            "0.0385133, 0.0385501, 0.0390517, 0.0388389, 0.0391446, 0.0389824, 0.0375298", \
+            "0.0460871, 0.0461351, 0.0465068, 0.0465088, 0.0466529, 0.0464874, 0.0467325", \
+            "0.0622805, 0.0622801, 0.0624649, 0.0624271, 0.0625516, 0.0625525, 0.0625261" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0305024, 0.0304601, 0.0305838, 0.0306118, 0.0304096, 0.03006, 0.02926", \
+            "0.0304093, 0.0298178, 0.0300558, 0.0300505, 0.030336, 0.0295762, 0.0287884", \
+            "0.0311349, 0.0299092, 0.0298787, 0.0300097, 0.0305458, 0.0297949, 0.0289011", \
+            "0.0335457, 0.0310986, 0.0311701, 0.0312326, 0.0307919, 0.0308768, 0.0297336", \
+            "0.0386252, 0.034141, 0.0339106, 0.0339795, 0.0339924, 0.0335632, 0.0326432", \
+            "0.0490612, 0.0417969, 0.0410898, 0.0408171, 0.0406292, 0.0407261, 0.0406228", \
+            "0.0680195, 0.0571883, 0.0560142, 0.0552371, 0.0546887, 0.0541882, 0.0539564" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00316737;
+      rise_capacitance : 0.00319899;
+      rise_capacitance_range (0.00289751, 0.00344009);
+      fall_capacitance : 0.00312673;
+      fall_capacitance_range (0.00284824, 0.00339282);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0637817, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0830078, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131677, 0.0131159, 0.0137416, 0.0151561, 0.0184281, 0.0258018, 0.0418164" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013344, 0.0134355, 0.0139983, 0.0156014, 0.0188777, 0.0262146, 0.0418881" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0252808, 0.0252484, 0.0258547, 0.0274725, 0.0308114, 0.0384734, 0.0547091" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0236404, 0.0238099, 0.0244815, 0.0262418, 0.0296619, 0.0372381, 0.0532682" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129107, 0.0128104, 0.0134301, 0.0148492, 0.0181431, 0.0255547, 0.0414964" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129379, 0.0130183, 0.0135538, 0.0151558, 0.0184178, 0.0257883, 0.0415294" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131758, 0.013113, 0.0137417, 0.0151561, 0.0184282, 0.0258017, 0.0418165" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0133407, 0.0134364, 0.0139984, 0.0156015, 0.0188778, 0.0262155, 0.0418884" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0133236, 0.013247, 0.0138422, 0.0152277, 0.018542, 0.025887, 0.041775" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0120175, 0.0120935, 0.0126252, 0.0142321, 0.0174953, 0.0248453, 0.0405247" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129174, 0.0128106, 0.0134305, 0.0148494, 0.0181433, 0.025555, 0.0414966" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0129345, 0.0130185, 0.0135541, 0.015156, 0.0184181, 0.0257885, 0.0415295" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131677, 0.0131159, 0.0137416, 0.0151561, 0.0184281, 0.0258018, 0.0418164" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013344, 0.0134355, 0.0139983, 0.0156014, 0.0188777, 0.0262146, 0.0418881" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00297731;
+      rise_capacitance : 0.00301239;
+      rise_capacitance_range (0.00260737, 0.00331444);
+      fall_capacitance : 0.00294222;
+      fall_capacitance_range (0.00258122, 0.00316859);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0601463, -0.0350059, -0.00622484", \
+            "-0.19942, -0.157881, -0.132776, -0.103864", \
+            "-0.250461, -0.208138, -0.186187, -0.154081", \
+            "-0.306785, -0.267251, -0.241412, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0127256, 0.0370039, 0.096313", \
+            "-0.194428, -0.109498, -0.0593484, 0.000597705", \
+            "-0.258177, -0.176669, -0.126823, -0.0665078", \
+            "-0.328372, -0.248008, -0.199038, -0.135771" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.12715, 0.0776171, 0.0504365, 0.0197167", \
+            "0.226874, 0.175706, 0.14851, 0.117609", \
+            "0.278751, 0.226494, 0.202377, 0.168206", \
+            "0.333769, 0.283745, 0.258362, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0401797, -0.0112861, -0.0693294", \
+            "0.226874, 0.137509, 0.0855726, 0.0268923", \
+            "0.294182, 0.202893, 0.153807, 0.0947573", \
+            "0.368848, 0.278247, 0.227287, 0.168238" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.027365, 0.0272243, 0.0275153, 0.0286137, 0.0313001, 0.0371879, 0.05003" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0246558, 0.0246242, 0.0251483, 0.0265324, 0.0295772, 0.0358051, 0.0489562" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.027365, 0.0272243, 0.0275153, 0.0286137, 0.0313001, 0.0371879, 0.05003" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0246558, 0.0246242, 0.0251483, 0.0265324, 0.0295772, 0.0358051, 0.0489562" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00541504;
+      rise_capacitance : 0.00541504;
+      rise_capacitance_range (0.00541504, 0.00541504);
+      fall_capacitance : 0.00541504;
+      fall_capacitance_range (0.00503764, 0.00570979);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0782461, 0.0277006, 0.00157274, -0.0288539", \
+            "0.21689, 0.142602, 0.117042, 0.0846213", \
+            "0.597651, 0.368105, 0.28063, 0.20493", \
+            "1.30248, 0.9545, 0.809227, 0.649338" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, -0.0202131, 0.00357081, 0.0342506", \
+            "-0.176957, -0.124777, -0.0986846, -0.0681273", \
+            "-0.26332, -0.208138, -0.183489, -0.154081", \
+            "-0.379641, -0.327729, -0.303561, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0894165, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00309243;
+      rise_capacitance : 0.00311633;
+      rise_capacitance_range (0.00271634, 0.00341745);
+      fall_capacitance : 0.00304464;
+      fall_capacitance_range (0.00268637, 0.003272);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0601463, -0.0350059, -0.00352648", \
+            "-0.19942, -0.157881, -0.132776, -0.103864", \
+            "-0.250461, -0.21076, -0.186187, -0.154081", \
+            "-0.306785, -0.267251, -0.241412, -0.209559" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0929172, -0.0102298, 0.0395757, 0.0990114", \
+            "-0.191932, -0.106951, -0.056726, 0.0033467", \
+            "-0.258177, -0.174046, -0.124125, -0.0636829", \
+            "-0.331071, -0.248008, -0.199038, -0.138722" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.12715, 0.0776171, 0.0504365, 0.0197167", \
+            "0.226874, 0.175706, 0.151133, 0.117609", \
+            "0.278751, 0.226494, 0.202377, 0.168206", \
+            "0.333769, 0.283745, 0.258362, 0.227268" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0401797, -0.0112861, -0.0693294", \
+            "0.226874, 0.137509, 0.0855726, 0.0268923", \
+            "0.294182, 0.202893, 0.153807, 0.0947573", \
+            "0.368848, 0.278247, 0.227287, 0.168238" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0275353, 0.0273854, 0.0276733, 0.0287439, 0.0314563, 0.0373181, 0.0502059" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0248414, 0.0248167, 0.0253792, 0.0267599, 0.0298458, 0.0360907, 0.0492923" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0275353, 0.0273854, 0.0276733, 0.0287439, 0.0314563, 0.0373181, 0.0502059" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0248414, 0.0248167, 0.0253792, 0.0267599, 0.0298458, 0.0360907, 0.0492923" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00529132;
+      rise_capacitance : 0.00558977;
+      rise_capacitance_range (0.00472844, 0.00631037);
+      fall_capacitance : 0.00499288;
+      fall_capacitance_range (0.00471734, 0.00553795);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.102698, -0.0601463, -0.0375776, -0.00622484", \
+            "-0.191932, -0.150241, -0.127531, -0.0956173", \
+            "-0.242746, -0.20027, -0.178092, -0.145606", \
+            "-0.301389, -0.261753, -0.235762, -0.203656" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0152214, 0.0344321, 0.0936146", \
+            "-0.181949, -0.0993119, -0.0488588, 0.0115937", \
+            "-0.240174, -0.155689, -0.105236, -0.0467332", \
+            "-0.301389, -0.217769, -0.167963, -0.106255" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.129595, 0.0776171, 0.0530083, 0.022415", \
+            "0.219386, 0.168066, 0.143266, 0.112111", \
+            "0.271036, 0.218627, 0.194282, 0.162556", \
+            "0.328372, 0.278247, 0.252712, 0.221365" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.136931, 0.0451714, -0.00614259, -0.0639326", \
+            "0.219386, 0.127323, 0.0750829, 0.0186453", \
+            "0.276179, 0.184536, 0.134918, 0.0749827", \
+            "0.339166, 0.248008, 0.196213, 0.138722" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0284173, 0.0283057, 0.028648, 0.0296441, 0.031973, 0.037178, 0.0483043" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0317703, 0.0317538, 0.0321345, 0.0332584, 0.0355737, 0.0407971, 0.0518472" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.031017, 0.0308584, 0.0313799, 0.0332246, 0.0378232, 0.0484736, 0.0711063" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0367965, 0.0509591, 0.0521399, 0.0542053, 0.0589973, 0.0697843, 0.0922918" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.031017, 0.0308584, 0.0313799, 0.0332246, 0.0378232, 0.0484736, 0.0711063" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0367965, 0.0509591, 0.0521399, 0.0542053, 0.0589973, 0.0697843, 0.0922918" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sighold) {
+    area : 9.072;
+    cell_footprint : "sighold";
+    cell_leakage_power : 404.05;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 126.967;
+      when : "SH";
+    }
+    leakage_power () {
+      value : 681.132;
+      when : "!SH";
+    }
+    pin (SH) {
+      direction : "inout";
+      driver_type : bus_hold;
+      capacitance : 0.0261982;
+      rise_capacitance : 0.0397426;
+      rise_capacitance_range (0.0397426, 0.0397426);
+      fall_capacitance : 0.0126537;
+      fall_capacitance_range (0.0126537, 0.0126537);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0068614, 0.00930851, 0.0120121, 0.0177706, 0.0290187, 0.051804, 0.0972361" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00536833, 0.00652919, 0.00880196, 0.0144696, 0.0267273, 0.0532264, 0.108541" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_slgcp_1) {
+    area : 30.8448;
+    cell_footprint : "slgcp";
+    cell_leakage_power : 876.637;
+    clock_gating_integrated_cell : "latch_posedge_precontrol";
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 827.899;
+      when : "!CLK&GATE&SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 941.947;
+      when : "CLK&GATE&SCE&GCLK";
+    }
+    leakage_power () {
+      value : 878.3;
+      when : "!GATE&SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 816.543;
+      when : "!CLK&GATE&!SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 930.593;
+      when : "CLK&GATE&!SCE&GCLK";
+    }
+    leakage_power () {
+      value : 864.54;
+      when : "!GATE&!SCE&!GCLK";
+    }
+    statetable ("CLK GATE SCE", "int_GATE") {
+      table : "L L L : - : L,\
+               L L H : - : H,\
+               L H L : - : H,\
+               L H H : - : H,\
+               H - - : - : N";
+    }
+    pin (int_GATE) {
+      direction : "internal";
+      internal_node : "int_GATE";
+    }
+    pin (GCLK) {
+      clock_gate_out_pin : true;
+      direction : "output";
+      min_capacitance : 0.001;
+      state_function : "CLK * int_GATE";
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        timing_sense : positive_unate;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0531393, 0.0984432, 0.12629, 0.171908, 0.248148, 0.375157, 0.586323", \
+            "0.07497, 0.121387, 0.149378, 0.195056, 0.271295, 0.398159, 0.609865", \
+            "0.0896116, 0.137514, 0.1655, 0.211299, 0.287599, 0.414496, 0.625898", \
+            "0.108516, 0.159352, 0.187527, 0.233261, 0.309669, 0.436557, 0.647968", \
+            "0.134565, 0.190912, 0.219493, 0.265564, 0.341984, 0.468807, 0.680393", \
+            "0.172507, 0.23884, 0.26923, 0.316392, 0.39369, 0.521416, 0.732873", \
+            "0.224083, 0.305279, 0.340105, 0.390152, 0.470617, 0.601525, 0.816931" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0130688, 0.0681042, 0.107952, 0.17441, 0.285981, 0.472053, 0.78227", \
+            "0.014929, 0.0688424, 0.108345, 0.174596, 0.286034, 0.47225, 0.782956", \
+            "0.016972, 0.0697224, 0.108944, 0.174979, 0.286269, 0.472266, 0.782957", \
+            "0.0207304, 0.0717911, 0.110141, 0.175638, 0.286716, 0.472532, 0.782958", \
+            "0.0271448, 0.0764066, 0.113232, 0.177455, 0.287858, 0.473222, 0.783014", \
+            "0.036783, 0.086489, 0.121161, 0.183482, 0.292051, 0.476094, 0.784485", \
+            "0.051607, 0.106799, 0.139163, 0.197945, 0.30435, 0.487529, 0.793821" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0428136, 0.0808368, 0.104226, 0.142491, 0.206441, 0.313034, 0.490187", \
+            "0.0701865, 0.109661, 0.133138, 0.171572, 0.23554, 0.342076, 0.519277", \
+            "0.0862272, 0.127232, 0.150811, 0.189275, 0.253331, 0.359816, 0.537085", \
+            "0.107233, 0.151314, 0.174975, 0.213418, 0.277479, 0.384073, 0.561298", \
+            "0.134032, 0.183443, 0.207547, 0.246143, 0.310119, 0.416566, 0.593895", \
+            "0.167877, 0.226026, 0.251671, 0.290992, 0.355675, 0.462669, 0.640021", \
+            "0.210068, 0.280734, 0.309948, 0.351967, 0.41878, 0.528358, 0.708449" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103936, 0.0544911, 0.0862326, 0.139187, 0.228063, 0.376315, 0.623387", \
+            "0.0132246, 0.055482, 0.086896, 0.139522, 0.228207, 0.376316, 0.623388", \
+            "0.0159236, 0.0565806, 0.0875933, 0.140081, 0.228561, 0.376408, 0.623524", \
+            "0.0201959, 0.0589264, 0.0890014, 0.140953, 0.229316, 0.376973, 0.623644", \
+            "0.0267418, 0.0638147, 0.0923798, 0.143018, 0.23045, 0.377899, 0.624372", \
+            "0.036599, 0.074021, 0.100472, 0.148896, 0.23476, 0.380816, 0.626325", \
+            "0.050857, 0.092097, 0.116356, 0.162112, 0.246216, 0.391425, 0.6351" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0117137, 0.012238, 0.0122471, 0.0121989, 0.0120575, 0.0117801, 0.0118561", \
+            "0.0114859, 0.0118621, 0.0119543, 0.0121136, 0.0117732, 0.0115043, 0.0117319", \
+            "0.0115898, 0.011933, 0.0119996, 0.0119397, 0.0122105, 0.0121209, 0.0116895", \
+            "0.0123508, 0.0124152, 0.0125151, 0.0125604, 0.0124515, 0.0124718, 0.0122665", \
+            "0.0144651, 0.0142055, 0.0142268, 0.0142573, 0.0143842, 0.0141297, 0.0140235", \
+            "0.0199513, 0.0190121, 0.0189898, 0.0190112, 0.0190304, 0.0191364, 0.0189873", \
+            "0.0315364, 0.0298823, 0.0295701, 0.0293418, 0.0294146, 0.029319, 0.0292117" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00725591, 0.00792611, 0.00788811, 0.00788231, 0.00776631, 0.00758361, 0.00719931", \
+            "0.00739202, 0.00780142, 0.00785652, 0.00799202, 0.00786992, 0.00761532, 0.00722462", \
+            "0.00791266, 0.00822586, 0.00828826, 0.00821326, 0.00839596, 0.00803406, 0.00798046", \
+            "0.009201, 0.0092811, 0.0093269, 0.0094225, 0.0093486, 0.0091443, 0.0092692", \
+            "0.0119885, 0.0116334, 0.0116214, 0.0117473, 0.0117552, 0.0117437, 0.0111358", \
+            "0.0178558, 0.0168008, 0.0167165, 0.0167027, 0.0167219, 0.0167591, 0.0167477", \
+            "0.0295089, 0.0275311, 0.0273091, 0.0270359, 0.0269357, 0.0266716, 0.026882" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      clock_gate_clock_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00539208;
+      rise_capacitance : 0.00549342;
+      rise_capacitance_range (0.00466657, 0.00630834);
+      fall_capacitance : 0.00529073;
+      fall_capacitance_range (0.00483904, 0.00564674);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.150299, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0669861, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0084192, 0.00840512, 0.00887095, 0.0101355, 0.0131557, 0.0195684, 0.0329007" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00881869, 0.00888088, 0.00941804, 0.0108473, 0.0138003, 0.020235, 0.0339577" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock_gate_enable_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00207848;
+      rise_capacitance : 0.00252495;
+      rise_capacitance_range (0.00231635, 0.00275145);
+      fall_capacitance : 0.001632;
+      fall_capacitance_range (0.001632, 0.00253253);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0276456, 0.00280691, 0.00856349, 0.00839657", \
+            "-0.121475, -0.0870246, -0.082625, -0.0854325", \
+            "-0.163336, -0.134218, -0.128558, -0.130768", \
+            "-0.201731, -0.171278, -0.173018, -0.181679" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0426176, 0.0275133, 0.0588438, 0.0878468", \
+            "-0.144822, -0.0786885, -0.044759, -0.0143575", \
+            "-0.213803, -0.152943, -0.125787, -0.0947881", \
+            "-0.279937, -0.229793, -0.20608, -0.177455" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0438599, 0.0416491, 0.0804062, 0.150012", \
+            "0.155854, 0.129654, 0.135067, 0.16205", \
+            "0.211395, 0.18386, 0.186536, 0.198125", \
+            "0.266178, 0.247973, 0.247247, 0.260382" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0722832, -0.00876337, -0.0364688, -0.051665", \
+            "0.186372, 0.109323, 0.0722238, 0.0384385", \
+            "0.259752, 0.189422, 0.157542, 0.124352", \
+            "0.341097, 0.280038, 0.248713, 0.221146" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0231776, 0.023645, 0.0239285, 0.0247679, 0.0270012, 0.0319761, 0.042613" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0235113, 0.0358805, 0.0375296, 0.0385941, 0.0408509, 0.0458559, 0.056383" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0231776, 0.023645, 0.0239285, 0.0247679, 0.0270012, 0.0319761, 0.042613" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0235113, 0.0358805, 0.0375296, 0.0385941, 0.0408509, 0.0458559, 0.056383" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      clock_gate_test_pin : "true";
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00251435;
+      rise_capacitance : 0.0024514;
+      rise_capacitance_range (0.00226832, 0.00261102);
+      fall_capacitance : 0.0025773;
+      fall_capacitance_range (0.00237107, 0.0027381);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0311583, -0.00122167, 0.00387502, 0.00289901", \
+            "-0.133336, -0.1034, -0.095665, -0.0952816", \
+            "-0.187365, -0.158764, -0.153766, -0.156782", \
+            "-0.249087, -0.219151, -0.217555, -0.219028" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0467561, 0.0243042, 0.0560469, 0.0831195", \
+            "-0.131428, -0.0643656, -0.0300239, -0.00155278", \
+            "-0.188275, -0.126487, -0.0989185, -0.069852", \
+            "-0.242643, -0.187573, -0.163447, -0.136753" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0471573, 0.0440736, 0.0825127, 0.154218", \
+            "0.170062, 0.142989, 0.148081, 0.169172", \
+            "0.232754, 0.208344, 0.206702, 0.220393", \
+            "0.308197, 0.289119, 0.288072, 0.299313" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0763115, -0.00181334, -0.0336719, -0.049237", \
+            "0.167734, 0.0936062, 0.0563517, 0.026195", \
+            "0.231672, 0.160266, 0.12823, 0.0986699", \
+            "0.296143, 0.23001, 0.202527, 0.170594" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.012862, 0.0128519, 0.0130979, 0.0139058, 0.0161055, 0.0209609, 0.0314234" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0244019, 0.0354524, 0.036727, 0.0374168, 0.0393294, 0.0439183, 0.0538987" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_tiehi) {
+    area : 7.2576;
+    cell_footprint : "tiehi";
+    cell_leakage_power : 230.883;
+    pin (L_HI) {
+      direction : "output";
+      driver_type : open_drain;
+      function : "1";
+    }
+  }
+  cell (sg13g2_tielo) {
+    area : 7.2576;
+    cell_footprint : "tielo";
+    cell_leakage_power : 246.503;
+    pin (L_LO) {
+      direction : "output";
+      driver_type : open_source;
+      function : "0";
+    }
+  }
+  cell (sg13g2_xnor2_1) {
+    area : 14.5152;
+    cell_footprint : "xnor2";
+    cell_leakage_power : 440.211;
+    leakage_power () {
+      value : 585.626;
+      when : "A&B&Y";
+    }
+    leakage_power () {
+      value : 443.824;
+      when : "!A&B&!Y";
+    }
+    leakage_power () {
+      value : 471.056;
+      when : "A&!B&!Y";
+    }
+    leakage_power () {
+      value : 260.338;
+      when : "!A&!B&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A^B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b1)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0514902, 0.095845, 0.123439, 0.169039, 0.245039, 0.372009, 0.583028", \
+            "0.0737868, 0.119539, 0.147373, 0.192989, 0.269113, 0.395832, 0.607144", \
+            "0.0887427, 0.135883, 0.163814, 0.209466, 0.285735, 0.412531, 0.62386", \
+            "0.10814, 0.158277, 0.185758, 0.231316, 0.307413, 0.4343, 0.645644", \
+            "0.135549, 0.190741, 0.219154, 0.264606, 0.340602, 0.46732, 0.6787", \
+            "0.173241, 0.238286, 0.268031, 0.314933, 0.392145, 0.51959, 0.731301", \
+            "0.224834, 0.304422, 0.338921, 0.388566, 0.468381, 0.599212, 0.813789" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0141894, 0.0692949, 0.10915, 0.175672, 0.287226, 0.473364, 0.783434", \
+            "0.0163277, 0.0701253, 0.109651, 0.175944, 0.287394, 0.473365, 0.783814", \
+            "0.0185057, 0.0710112, 0.110227, 0.176321, 0.287608, 0.47345, 0.783815", \
+            "0.022485, 0.0733005, 0.111531, 0.17694, 0.288063, 0.473857, 0.783816", \
+            "0.0291544, 0.0778848, 0.115001, 0.178898, 0.289104, 0.474553, 0.784046", \
+            "0.039444, 0.088683, 0.122726, 0.184826, 0.293474, 0.477593, 0.785935", \
+            "0.05477, 0.10836, 0.140867, 0.20012, 0.306565, 0.489247, 0.795209" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0501663, 0.116861, 0.161072, 0.233754, 0.355377, 0.557663, 0.894846", \
+            "0.077384, 0.144292, 0.188599, 0.26141, 0.38312, 0.585511, 0.923181", \
+            "0.093653, 0.160964, 0.205271, 0.278204, 0.399834, 0.602344, 0.940203", \
+            "0.115231, 0.183888, 0.227903, 0.300867, 0.422395, 0.625116, 0.962301", \
+            "0.143268, 0.215182, 0.258977, 0.331557, 0.453301, 0.655542, 0.992827", \
+            "0.179165, 0.257261, 0.301341, 0.374041, 0.495594, 0.697749, 1.0352", \
+            "0.221652, 0.310706, 0.356361, 0.429488, 0.551978, 0.755361, 1.0928" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0161561, 0.100863, 0.160826, 0.259576, 0.425245, 0.701317, 1.16145", \
+            "0.0182922, 0.101151, 0.160827, 0.25967, 0.425673, 0.701318, 1.16167", \
+            "0.0206133, 0.101528, 0.161002, 0.259708, 0.425674, 0.701948, 1.1623", \
+            "0.0245917, 0.102572, 0.16158, 0.260063, 0.425675, 0.701949, 1.16231", \
+            "0.0307678, 0.105037, 0.162901, 0.260893, 0.425976, 0.70195, 1.16232", \
+            "0.040035, 0.110927, 0.166857, 0.263368, 0.427939, 0.703023, 1.16233", \
+            "0.054281, 0.124738, 0.177046, 0.27097, 0.434081, 0.708063, 1.16627" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0371182, 0.120326, 0.176977, 0.270457, 0.426608, 0.687148, 1.121", \
+            "0.0558838, 0.147522, 0.204649, 0.298259, 0.454771, 0.715045, 1.14923", \
+            "0.0657385, 0.169401, 0.229301, 0.324182, 0.480706, 0.74141, 1.17548", \
+            "0.0779918, 0.204011, 0.271238, 0.372859, 0.533278, 0.794623, 1.22844", \
+            "0.0941152, 0.25444, 0.334918, 0.450839, 0.625768, 0.896945, 1.33414", \
+            "0.116216, 0.324734, 0.426764, 0.568879, 0.773328, 1.07503, 1.53669", \
+            "0.14072, 0.414973, 0.549844, 0.733291, 0.990055, 1.34813, 1.87389" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259836, 0.140854, 0.220933, 0.353346, 0.574699, 0.944211, 1.55945", \
+            "0.0354584, 0.14468, 0.222613, 0.353602, 0.574814, 0.944548, 1.56008", \
+            "0.0450034, 0.154882, 0.230032, 0.357655, 0.576235, 0.945359, 1.56009", \
+            "0.0627818, 0.179029, 0.253072, 0.375824, 0.586807, 0.948201, 1.56056", \
+            "0.091153, 0.224709, 0.301456, 0.422833, 0.626893, 0.97408, 1.57092", \
+            "0.134437, 0.303189, 0.388753, 0.516942, 0.72233, 1.06158, 1.6345", \
+            "0.201831, 0.427211, 0.534259, 0.684246, 0.905778, 1.25415, 1.81951" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0353458, 0.101322, 0.145907, 0.219446, 0.342532, 0.547304, 0.888926", \
+            "0.0554196, 0.131546, 0.177373, 0.25135, 0.374551, 0.579625, 0.920802", \
+            "0.0680113, 0.156665, 0.205831, 0.282419, 0.406661, 0.611976, 0.953461", \
+            "0.0831307, 0.19468, 0.251673, 0.335903, 0.466626, 0.674874, 1.01703", \
+            "0.103189, 0.249216, 0.320519, 0.419895, 0.567096, 0.790426, 1.1405", \
+            "0.133778, 0.324919, 0.417481, 0.545648, 0.723254, 0.980854, 1.36306", \
+            "0.178425, 0.434185, 0.55306, 0.720068, 0.952002, 1.26984, 1.71972" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0201956, 0.107557, 0.168264, 0.268583, 0.436503, 0.716294, 1.18263", \
+            "0.0278534, 0.112911, 0.171323, 0.269565, 0.437041, 0.716392, 1.18264", \
+            "0.0363793, 0.123756, 0.180581, 0.276101, 0.439635, 0.719689, 1.18265", \
+            "0.0533032, 0.147852, 0.204601, 0.297886, 0.455501, 0.725102, 1.18491", \
+            "0.0844906, 0.191895, 0.252334, 0.346499, 0.502234, 0.762103, 1.20583", \
+            "0.132196, 0.266057, 0.336748, 0.440674, 0.600326, 0.859124, 1.2891", \
+            "0.2079, 0.386796, 0.474083, 0.599301, 0.783984, 1.05663, 1.487" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "!B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0371182, 0.120326, 0.176977, 0.270457, 0.426608, 0.687148, 1.121", \
+            "0.0558838, 0.147522, 0.204649, 0.298259, 0.454771, 0.715045, 1.14923", \
+            "0.0657385, 0.169401, 0.229301, 0.324182, 0.480706, 0.74141, 1.17548", \
+            "0.0779918, 0.204011, 0.271238, 0.372859, 0.533278, 0.794623, 1.22844", \
+            "0.0941152, 0.25444, 0.334918, 0.450839, 0.625768, 0.896945, 1.33414", \
+            "0.116216, 0.324734, 0.426764, 0.568879, 0.773328, 1.07503, 1.53669", \
+            "0.14072, 0.414973, 0.549844, 0.733291, 0.990055, 1.34813, 1.87389" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259836, 0.140854, 0.220933, 0.353346, 0.574699, 0.944211, 1.55945", \
+            "0.0354584, 0.14468, 0.222613, 0.353602, 0.574814, 0.944548, 1.56008", \
+            "0.0450034, 0.154882, 0.230032, 0.357655, 0.576235, 0.945359, 1.56009", \
+            "0.0627818, 0.179029, 0.253072, 0.375824, 0.586807, 0.948201, 1.56056", \
+            "0.091153, 0.224709, 0.301456, 0.422833, 0.626893, 0.97408, 1.57092", \
+            "0.134437, 0.303189, 0.388753, 0.516942, 0.72233, 1.06158, 1.6345", \
+            "0.201831, 0.427211, 0.534259, 0.684246, 0.905778, 1.25415, 1.81951" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0353458, 0.101322, 0.145907, 0.219446, 0.342532, 0.547304, 0.888926", \
+            "0.0554196, 0.131546, 0.177373, 0.25135, 0.374551, 0.579625, 0.920802", \
+            "0.0680113, 0.156665, 0.205831, 0.282419, 0.406661, 0.611976, 0.953461", \
+            "0.0831307, 0.19468, 0.251673, 0.335903, 0.466626, 0.674874, 1.01703", \
+            "0.103189, 0.249216, 0.320519, 0.419895, 0.567096, 0.790426, 1.1405", \
+            "0.133778, 0.324919, 0.417481, 0.545648, 0.723254, 0.980854, 1.36306", \
+            "0.178425, 0.434185, 0.55306, 0.720068, 0.952002, 1.26984, 1.71972" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0201956, 0.107557, 0.168264, 0.268583, 0.436503, 0.716294, 1.18263", \
+            "0.0278534, 0.112911, 0.171323, 0.269565, 0.437041, 0.716392, 1.18264", \
+            "0.0363793, 0.123756, 0.180581, 0.276101, 0.439635, 0.719689, 1.18265", \
+            "0.0533032, 0.147852, 0.204601, 0.297886, 0.455501, 0.725102, 1.18491", \
+            "0.0844906, 0.191895, 0.252334, 0.346499, 0.502234, 0.762103, 1.20583", \
+            "0.132196, 0.266057, 0.336748, 0.440674, 0.600326, 0.859124, 1.2891", \
+            "0.2079, 0.386796, 0.474083, 0.599301, 0.783984, 1.05663, 1.487" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b1)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.048338, 0.0919975, 0.119328, 0.164748, 0.240532, 0.367193, 0.57834", \
+            "0.0732646, 0.118491, 0.146122, 0.191543, 0.267324, 0.39396, 0.605035", \
+            "0.0895085, 0.136134, 0.163749, 0.20923, 0.285213, 0.411778, 0.622945", \
+            "0.11113, 0.160116, 0.188134, 0.233592, 0.309365, 0.436124, 0.647237", \
+            "0.141695, 0.195518, 0.223376, 0.268726, 0.344066, 0.469608, 0.680146", \
+            "0.184608, 0.248282, 0.27767, 0.323939, 0.400406, 0.526058, 0.736796", \
+            "0.244678, 0.324215, 0.358004, 0.406098, 0.485377, 0.614493, 0.82574" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0142985, 0.0694762, 0.109275, 0.175926, 0.287356, 0.473223, 0.783479", \
+            "0.0172843, 0.0702956, 0.109794, 0.176038, 0.287475, 0.473729, 0.783781", \
+            "0.0201594, 0.0712043, 0.110358, 0.176458, 0.28774, 0.47373, 0.783847", \
+            "0.0247719, 0.0731908, 0.111494, 0.176959, 0.288192, 0.473945, 0.783848", \
+            "0.0318803, 0.0780149, 0.114422, 0.178589, 0.289139, 0.474675, 0.784194", \
+            "0.043203, 0.08837, 0.122204, 0.184179, 0.29316, 0.477467, 0.785976", \
+            "0.061355, 0.111229, 0.141648, 0.199044, 0.305478, 0.488188, 0.794689" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0506154, 0.113674, 0.157496, 0.230382, 0.352895, 0.557472, 0.898597", \
+            "0.0743556, 0.139229, 0.183142, 0.256114, 0.378557, 0.582972, 0.924135", \
+            "0.0883527, 0.154657, 0.198602, 0.271277, 0.393557, 0.597995, 0.939621", \
+            "0.106494, 0.174722, 0.218911, 0.291582, 0.413687, 0.617706, 0.958601", \
+            "0.129234, 0.20137, 0.245874, 0.318832, 0.441153, 0.645015, 0.984886", \
+            "0.156584, 0.236079, 0.281173, 0.354585, 0.477365, 0.681712, 1.02191", \
+            "0.185234, 0.277464, 0.324352, 0.398606, 0.523468, 0.729514, 1.07047" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0209301, 0.10767, 0.168259, 0.268591, 0.436516, 0.716046, 1.18265", \
+            "0.021354, 0.107671, 0.16826, 0.268592, 0.436685, 0.716329, 1.18266", \
+            "0.0225018, 0.107672, 0.168261, 0.268593, 0.436686, 0.716931, 1.18339", \
+            "0.02568, 0.107673, 0.168262, 0.268594, 0.436687, 0.716932, 1.1834", \
+            "0.0315369, 0.108621, 0.168263, 0.268595, 0.436688, 0.716933, 1.18341", \
+            "0.041055, 0.115542, 0.172006, 0.26955, 0.436689, 0.716934, 1.18342", \
+            "0.056238, 0.131216, 0.184504, 0.279281, 0.444077, 0.720804, 1.18361" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0323973, 0.116354, 0.173044, 0.266562, 0.423065, 0.68334, 1.11721", \
+            "0.0534356, 0.150652, 0.207835, 0.301314, 0.457748, 0.718584, 1.15161", \
+            "0.0653353, 0.179152, 0.240487, 0.335614, 0.491727, 0.75221, 1.18688", \
+            "0.081369, 0.223353, 0.295209, 0.400337, 0.56218, 0.822977, 1.25622", \
+            "0.102761, 0.28472, 0.373844, 0.500446, 0.683737, 0.958849, 1.39576", \
+            "0.131722, 0.367281, 0.483536, 0.64304, 0.870127, 1.191, 1.66421", \
+            "0.169676, 0.477103, 0.628627, 0.837607, 1.12518, 1.5296, 2.09602" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0263281, 0.140859, 0.220984, 0.353471, 0.575138, 0.94416, 1.5597", \
+            "0.0412012, 0.147464, 0.22363, 0.355679, 0.575139, 0.944454, 1.56001", \
+            "0.0524073, 0.1638, 0.236044, 0.360451, 0.576663, 0.944625, 1.56029", \
+            "0.0701491, 0.198504, 0.270667, 0.389351, 0.594333, 0.950275, 1.56414", \
+            "0.0980881, 0.256652, 0.337042, 0.457829, 0.656206, 0.992135, 1.57847", \
+            "0.142643, 0.34906, 0.445537, 0.585086, 0.793312, 1.12475, 1.67726", \
+            "0.215764, 0.491688, 0.617919, 0.786316, 1.03452, 1.39436, 1.95371" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0300477, 0.0963472, 0.140452, 0.213029, 0.33459, 0.53687, 0.874116", \
+            "0.0471808, 0.125913, 0.171612, 0.244923, 0.366671, 0.569182, 0.90656", \
+            "0.0573533, 0.15025, 0.199756, 0.275977, 0.399, 0.601893, 0.939204", \
+            "0.0679155, 0.187086, 0.244648, 0.329184, 0.459073, 0.665333, 1.00365", \
+            "0.0797488, 0.238482, 0.311629, 0.411914, 0.55915, 0.781714, 1.12777", \
+            "0.0963458, 0.308152, 0.404723, 0.535393, 0.714532, 0.971326, 1.35117", \
+            "0.115508, 0.404916, 0.530529, 0.702531, 0.938314, 1.25826, 1.70752" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014952, 0.101063, 0.160733, 0.259582, 0.425206, 0.701319, 1.16147", \
+            "0.0225053, 0.106538, 0.163771, 0.260767, 0.42647, 0.70132, 1.16148", \
+            "0.0308757, 0.117653, 0.173521, 0.267501, 0.428567, 0.703706, 1.16149", \
+            "0.0479116, 0.141777, 0.197867, 0.289702, 0.444762, 0.710387, 1.16405", \
+            "0.0801094, 0.186536, 0.246038, 0.33973, 0.492568, 0.748347, 1.18566", \
+            "0.129938, 0.262516, 0.333444, 0.434246, 0.593171, 0.846819, 1.27206", \
+            "0.208523, 0.386451, 0.473694, 0.594518, 0.777135, 1.04534, 1.47153" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "!A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0323973, 0.116354, 0.173044, 0.266562, 0.423065, 0.68334, 1.11721", \
+            "0.0534356, 0.150652, 0.207835, 0.301314, 0.457748, 0.718584, 1.15161", \
+            "0.0653353, 0.179152, 0.240487, 0.335614, 0.491727, 0.75221, 1.18688", \
+            "0.081369, 0.223353, 0.295209, 0.400337, 0.56218, 0.822977, 1.25622", \
+            "0.102761, 0.28472, 0.373844, 0.500446, 0.683737, 0.958849, 1.39576", \
+            "0.131722, 0.367281, 0.483536, 0.64304, 0.870127, 1.191, 1.66421", \
+            "0.169676, 0.477103, 0.628627, 0.837607, 1.12518, 1.5296, 2.09602" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0263281, 0.140859, 0.220984, 0.353471, 0.575138, 0.94416, 1.5597", \
+            "0.0412012, 0.147464, 0.22363, 0.355679, 0.575139, 0.944454, 1.56001", \
+            "0.0524073, 0.1638, 0.236044, 0.360451, 0.576663, 0.944625, 1.56029", \
+            "0.0701491, 0.198504, 0.270667, 0.389351, 0.594333, 0.950275, 1.56414", \
+            "0.0980881, 0.256652, 0.337042, 0.457829, 0.656206, 0.992135, 1.57847", \
+            "0.142643, 0.34906, 0.445537, 0.585086, 0.793312, 1.12475, 1.67726", \
+            "0.215764, 0.491688, 0.617919, 0.786316, 1.03452, 1.39436, 1.95371" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0300477, 0.0963472, 0.140452, 0.213029, 0.33459, 0.53687, 0.874116", \
+            "0.0471808, 0.125913, 0.171612, 0.244923, 0.366671, 0.569182, 0.90656", \
+            "0.0573533, 0.15025, 0.199756, 0.275977, 0.399, 0.601893, 0.939204", \
+            "0.0679155, 0.187086, 0.244648, 0.329184, 0.459073, 0.665333, 1.00365", \
+            "0.0797488, 0.238482, 0.311629, 0.411914, 0.55915, 0.781714, 1.12777", \
+            "0.0963458, 0.308152, 0.404723, 0.535393, 0.714532, 0.971326, 1.35117", \
+            "0.115508, 0.404916, 0.530529, 0.702531, 0.938314, 1.25826, 1.70752" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014952, 0.101063, 0.160733, 0.259582, 0.425206, 0.701319, 1.16147", \
+            "0.0225053, 0.106538, 0.163771, 0.260767, 0.42647, 0.70132, 1.16148", \
+            "0.0308757, 0.117653, 0.173521, 0.267501, 0.428567, 0.703706, 1.16149", \
+            "0.0479116, 0.141777, 0.197867, 0.289702, 0.444762, 0.710387, 1.16405", \
+            "0.0801094, 0.186536, 0.246038, 0.33973, 0.492568, 0.748347, 1.18566", \
+            "0.129938, 0.262516, 0.333444, 0.434246, 0.593171, 0.846819, 1.27206", \
+            "0.208523, 0.386451, 0.473694, 0.594518, 0.777135, 1.04534, 1.47153" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00964963, 0.0100701, 0.0100059, 0.00991767, 0.0097343, 0.00950354, 0.0090019", \
+            "0.00945034, 0.0098398, 0.00989015, 0.00997864, 0.00962916, 0.00933594, 0.0089522", \
+            "0.00966949, 0.010067, 0.0100905, 0.0100221, 0.0102534, 0.0096309, 0.0091724", \
+            "0.0105192, 0.0107466, 0.010797, 0.0107963, 0.010577, 0.0107497, 0.00987597", \
+            "0.0128685, 0.0127854, 0.012825, 0.0127159, 0.0127423, 0.0125116, 0.0122053", \
+            "0.0183781, 0.0177746, 0.0176284, 0.0175914, 0.0175793, 0.0175691, 0.0174932", \
+            "0.0298543, 0.028507, 0.0282557, 0.0280267, 0.0280401, 0.027803, 0.0276366" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00857386, 0.00914002, 0.00918201, 0.00913782, 0.00904361, 0.00879773, 0.00839185", \
+            "0.00856412, 0.00901374, 0.00907731, 0.00919031, 0.0090525, 0.00874817, 0.00845311", \
+            "0.00899131, 0.00928946, 0.00938072, 0.00957603, 0.00952781, 0.00922994, 0.0089732", \
+            "0.0101616, 0.0103625, 0.0104355, 0.0103589, 0.0104877, 0.0102368, 0.00987426", \
+            "0.0127316, 0.0126594, 0.0126965, 0.0127875, 0.0127541, 0.0125853, 0.0122344", \
+            "0.0183177, 0.0177405, 0.017702, 0.0177719, 0.0178117, 0.0178203, 0.0172841", \
+            "0.0298978, 0.02848, 0.0283084, 0.0282445, 0.0281412, 0.0281356, 0.0283454" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "!B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00605872, 0.00615505, 0.00611723, 0.00604435, 0.00589577, 0.00566883, 0.00526298", \
+            "0.0058264, 0.00603163, 0.00595124, 0.00588551, 0.00577307, 0.00559224, 0.00528919", \
+            "0.00596181, 0.00592625, 0.00598318, 0.0059017, 0.00575525, 0.00565026, 0.005163", \
+            "0.00673211, 0.00627616, 0.00612346, 0.00604212, 0.00603312, 0.00563566, 0.00523808", \
+            "0.00905949, 0.00761971, 0.00731567, 0.00689421, 0.0064654, 0.0063379, 0.00575411", \
+            "0.0145836, 0.0116809, 0.0107466, 0.00974909, 0.00884733, 0.00766862, 0.00712882", \
+            "0.0261147, 0.0217415, 0.0198573, 0.0178069, 0.015527, 0.0132931, 0.0110012" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00597248, 0.00606908, 0.00603056, 0.00596467, 0.00582075, 0.00556692, 0.0051766", \
+            "0.00572552, 0.0059183, 0.0060373, 0.00591373, 0.00581592, 0.00556001, 0.00515117", \
+            "0.00580625, 0.00590646, 0.00587376, 0.00602225, 0.00573758, 0.00582081, 0.00512052", \
+            "0.00644236, 0.00616821, 0.00610772, 0.00600737, 0.00599427, 0.00559163, 0.00516757", \
+            "0.00861121, 0.00730457, 0.00700273, 0.00675937, 0.00641249, 0.00613677, 0.00577694", \
+            "0.0140567, 0.0110195, 0.0100728, 0.00915969, 0.00842907, 0.00772205, 0.00634843", \
+            "0.0256941, 0.0207655, 0.018821, 0.0165778, 0.0145088, 0.0124442, 0.0106474" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00964963, 0.0100701, 0.0100059, 0.00991767, 0.0097343, 0.00950354, 0.0090019", \
+            "0.00945034, 0.0098398, 0.00989015, 0.00997864, 0.00962916, 0.00933594, 0.0089522", \
+            "0.00966949, 0.010067, 0.0100905, 0.0100221, 0.0102534, 0.0096309, 0.0091724", \
+            "0.0105192, 0.0107466, 0.010797, 0.0107963, 0.010577, 0.0107497, 0.00987597", \
+            "0.0128685, 0.0127854, 0.012825, 0.0127159, 0.0127423, 0.0125116, 0.0122053", \
+            "0.0183781, 0.0177746, 0.0176284, 0.0175914, 0.0175793, 0.0175691, 0.0174932", \
+            "0.0298543, 0.028507, 0.0282557, 0.0280267, 0.0280401, 0.027803, 0.0276366" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00857386, 0.00914002, 0.00918201, 0.00913782, 0.00904361, 0.00879773, 0.00839185", \
+            "0.00856412, 0.00901374, 0.00907731, 0.00919031, 0.0090525, 0.00874817, 0.00845311", \
+            "0.00899131, 0.00928946, 0.00938072, 0.00957603, 0.00952781, 0.00922994, 0.0089732", \
+            "0.0101616, 0.0103625, 0.0104355, 0.0103589, 0.0104877, 0.0102368, 0.00987426", \
+            "0.0127316, 0.0126594, 0.0126965, 0.0127875, 0.0127541, 0.0125853, 0.0122344", \
+            "0.0183177, 0.0177405, 0.017702, 0.0177719, 0.0178117, 0.0178203, 0.0172841", \
+            "0.0298978, 0.02848, 0.0283084, 0.0282445, 0.0281412, 0.0281356, 0.0283454" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00981576, 0.00981124, 0.00958237, 0.00939655, 0.00910248, 0.00874682, 0.00825325", \
+            "0.00971819, 0.00984839, 0.00978778, 0.0097535, 0.00931366, 0.00893361, 0.00843596", \
+            "0.0101538, 0.0103244, 0.0102452, 0.0100636, 0.010065, 0.00941288, 0.00891595", \
+            "0.0112971, 0.0113005, 0.0113704, 0.0113161, 0.0109356, 0.0110213, 0.0100898", \
+            "0.0139547, 0.0136491, 0.0135954, 0.0134818, 0.0133969, 0.0129616, 0.0123785", \
+            "0.0199163, 0.0189353, 0.0187959, 0.018706, 0.0186213, 0.0183213, 0.0179713", \
+            "0.0320337, 0.0302226, 0.0299935, 0.029637, 0.0295596, 0.0291876, 0.028722" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00910386, 0.00824796, 0.00794552, 0.00768082, 0.00740739, 0.00703846, 0.00663188", \
+            "0.0085277, 0.00826418, 0.00807205, 0.00782925, 0.00751243, 0.00713918, 0.00666836", \
+            "0.00878931, 0.00869645, 0.00853813, 0.00841953, 0.00806687, 0.0077066, 0.00729661", \
+            "0.00979637, 0.00982058, 0.00975383, 0.00945751, 0.00933015, 0.0088211, 0.00835426", \
+            "0.0121995, 0.012072, 0.0120815, 0.0120924, 0.0117573, 0.0114691, 0.0107852", \
+            "0.0177676, 0.0172551, 0.0172127, 0.0171849, 0.0171345, 0.0170007, 0.0160737", \
+            "0.0295111, 0.0282448, 0.028167, 0.0280005, 0.0277812, 0.0277417, 0.0277337" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "!A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00391424, 0.00419503, 0.00417588, 0.0041234, 0.00403531, 0.00369359, 0.00335699", \
+            "0.00407173, 0.00413639, 0.00406854, 0.00417162, 0.00392553, 0.00370865, 0.00333125", \
+            "0.00459815, 0.00421437, 0.00424768, 0.0041236, 0.00392529, 0.00375617, 0.00343242", \
+            "0.00590281, 0.00491918, 0.00464241, 0.00444469, 0.0042445, 0.00396583, 0.00377902", \
+            "0.00857445, 0.00673818, 0.00621855, 0.00561019, 0.00501612, 0.0048931, 0.00378699", \
+            "0.0143761, 0.0112883, 0.0102069, 0.00905613, 0.00787495, 0.00642277, 0.00593181", \
+            "0.0263918, 0.0218968, 0.0199937, 0.0177898, 0.0153787, 0.0127831, 0.010132" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00479063, 0.00541312, 0.00539676, 0.00533978, 0.00520441, 0.00498972, 0.00453805", \
+            "0.00449305, 0.00508193, 0.00528177, 0.00521302, 0.00526261, 0.00491771, 0.00457145", \
+            "0.00464385, 0.00499143, 0.0050552, 0.00526945, 0.0051149, 0.00511597, 0.00449043", \
+            "0.00541085, 0.00513858, 0.00518808, 0.00510446, 0.00523078, 0.00494092, 0.0048905", \
+            "0.00777998, 0.00619061, 0.00593598, 0.00584468, 0.00553936, 0.00524117, 0.0053456", \
+            "0.0135051, 0.00981854, 0.00899211, 0.00801278, 0.0074497, 0.00676835, 0.00569804", \
+            "0.0256138, 0.0194783, 0.0173873, 0.0149963, 0.0130663, 0.0111463, 0.00964474" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00981576, 0.00981124, 0.00958237, 0.00939655, 0.00910248, 0.00874682, 0.00825325", \
+            "0.00971819, 0.00984839, 0.00978778, 0.0097535, 0.00931366, 0.00893361, 0.00843596", \
+            "0.0101538, 0.0103244, 0.0102452, 0.0100636, 0.010065, 0.00941288, 0.00891595", \
+            "0.0112971, 0.0113005, 0.0113704, 0.0113161, 0.0109356, 0.0110213, 0.0100898", \
+            "0.0139547, 0.0136491, 0.0135954, 0.0134818, 0.0133969, 0.0129616, 0.0123785", \
+            "0.0199163, 0.0189353, 0.0187959, 0.018706, 0.0186213, 0.0183213, 0.0179713", \
+            "0.0320337, 0.0302226, 0.0299935, 0.029637, 0.0295596, 0.0291876, 0.028722" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00910386, 0.00824796, 0.00794552, 0.00768082, 0.00740739, 0.00703846, 0.00663188", \
+            "0.0085277, 0.00826418, 0.00807205, 0.00782925, 0.00751243, 0.00713918, 0.00666836", \
+            "0.00878931, 0.00869645, 0.00853813, 0.00841953, 0.00806687, 0.0077066, 0.00729661", \
+            "0.00979637, 0.00982058, 0.00975383, 0.00945751, 0.00933015, 0.0088211, 0.00835426", \
+            "0.0121995, 0.012072, 0.0120815, 0.0120924, 0.0117573, 0.0114691, 0.0107852", \
+            "0.0177676, 0.0172551, 0.0172127, 0.0171849, 0.0171345, 0.0170007, 0.0160737", \
+            "0.0295111, 0.0282448, 0.028167, 0.0280005, 0.0277812, 0.0277417, 0.0277337" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00612626;
+      rise_capacitance : 0.00613571;
+      rise_capacitance_range (0.00515757, 0.0071569);
+      fall_capacitance : 0.00611681;
+      fall_capacitance_range (0.00514122, 0.00696147);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00544048;
+      rise_capacitance : 0.0054567;
+      rise_capacitance_range (0.00475744, 0.00629391);
+      fall_capacitance : 0.00542426;
+      fall_capacitance_range (0.00470076, 0.00619955);
+    }
+  }
+  cell (sg13g2_xor2_1) {
+    area : 14.5152;
+    cell_footprint : "xor2";
+    cell_leakage_power : 407.771;
+    leakage_power () {
+      value : 431.274;
+      when : "!A&!B&!X";
+    }
+    leakage_power () {
+      value : 475.68;
+      when : "A&B&!X";
+    }
+    leakage_power () {
+      value : 390.921;
+      when : "A&!B&X";
+    }
+    leakage_power () {
+      value : 333.21;
+      when : "!A&B&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A^B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b0)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0504934, 0.135087, 0.192038, 0.285828, 0.442595, 0.703837, 1.13895", \
+            "0.0788681, 0.162771, 0.219793, 0.313765, 0.470699, 0.731983, 1.1678", \
+            "0.0976595, 0.181493, 0.238437, 0.332391, 0.489346, 0.750714, 1.18583", \
+            "0.122898, 0.20727, 0.264154, 0.357787, 0.514624, 0.775887, 1.21129", \
+            "0.157873, 0.244141, 0.300175, 0.393723, 0.550393, 0.81122, 1.24637", \
+            "0.207699, 0.298996, 0.354937, 0.448231, 0.604536, 0.865134, 1.30029", \
+            "0.278722, 0.381084, 0.436904, 0.528543, 0.684281, 0.945286, 1.37953" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0199268, 0.134651, 0.214843, 0.34767, 0.569875, 0.940427, 1.55669", \
+            "0.0218386, 0.134674, 0.214924, 0.347671, 0.569876, 0.940428, 1.55845", \
+            "0.0241398, 0.134772, 0.214925, 0.347672, 0.569877, 0.940429, 1.55846", \
+            "0.0281708, 0.135099, 0.21513, 0.347673, 0.569878, 0.94043, 1.55847", \
+            "0.0336262, 0.136537, 0.21582, 0.348097, 0.570016, 0.940431, 1.55848", \
+            "0.042743, 0.140215, 0.217703, 0.349543, 0.570782, 0.940432, 1.55849", \
+            "0.057343, 0.150421, 0.223944, 0.352798, 0.573322, 0.943101, 1.5585" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0585171, 0.0998677, 0.123694, 0.16228, 0.22668, 0.333972, 0.512376", \
+            "0.0793661, 0.122252, 0.146278, 0.185006, 0.249456, 0.356652, 0.535479", \
+            "0.0914972, 0.136133, 0.160459, 0.199343, 0.263976, 0.371119, 0.549703", \
+            "0.107343, 0.155257, 0.179838, 0.218866, 0.283682, 0.391034, 0.56981", \
+            "0.12792, 0.181526, 0.207296, 0.246763, 0.311427, 0.418808, 0.597646", \
+            "0.152874, 0.215364, 0.243872, 0.285868, 0.351785, 0.460256, 0.638955", \
+            "0.177804, 0.252862, 0.285316, 0.330945, 0.401173, 0.514582, 0.697945" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144886, 0.0587466, 0.0900727, 0.142784, 0.232076, 0.381247, 0.630073", \
+            "0.0163085, 0.059826, 0.090785, 0.143199, 0.232136, 0.381417, 0.630646", \
+            "0.0183994, 0.0610807, 0.0918482, 0.143911, 0.232645, 0.381462, 0.630647", \
+            "0.0221567, 0.0639919, 0.0937129, 0.145108, 0.23336, 0.382068, 0.630648", \
+            "0.0284797, 0.0697536, 0.0983418, 0.147936, 0.235077, 0.38312, 0.631193", \
+            "0.038169, 0.080677, 0.108266, 0.156825, 0.24136, 0.386997, 0.633528", \
+            "0.052252, 0.10013, 0.126726, 0.173447, 0.257651, 0.402994, 0.646184" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0403968, 0.123929, 0.180952, 0.275083, 0.43268, 0.694824, 1.13258", \
+            "0.059704, 0.151344, 0.208883, 0.303232, 0.460953, 0.72343, 1.1606", \
+            "0.0692738, 0.173083, 0.23331, 0.328971, 0.48678, 0.749625, 1.18726", \
+            "0.0800326, 0.207356, 0.27495, 0.377068, 0.538811, 0.802507, 1.23997", \
+            "0.0927089, 0.256546, 0.337669, 0.454675, 0.631004, 0.90406, 1.34483", \
+            "0.111989, 0.325017, 0.428068, 0.57195, 0.77764, 1.08243, 1.54665", \
+            "0.134917, 0.413764, 0.549286, 0.735724, 0.993045, 1.35321, 1.8822" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246228, 0.140933, 0.221618, 0.355229, 0.578725, 0.950635, 1.57121", \
+            "0.0326021, 0.144303, 0.223146, 0.357828, 0.578726, 0.951286, 1.57179", \
+            "0.0412602, 0.153946, 0.230217, 0.359079, 0.579622, 0.952067, 1.5718", \
+            "0.0586313, 0.177846, 0.25258, 0.376797, 0.589781, 0.954526, 1.57503", \
+            "0.089135, 0.223083, 0.299995, 0.422903, 0.629142, 0.979799, 1.58261", \
+            "0.134912, 0.30269, 0.388041, 0.517238, 0.724227, 1.06759, 1.64496", \
+            "0.205074, 0.427349, 0.533684, 0.683098, 0.90715, 1.25758, 1.82885" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0327427, 0.0980196, 0.141983, 0.214378, 0.335478, 0.536926, 0.872734", \
+            "0.0532229, 0.128848, 0.174035, 0.246866, 0.367953, 0.5695, 0.905381", \
+            "0.0662978, 0.154316, 0.202901, 0.278356, 0.400571, 0.602392, 0.938304", \
+            "0.082654, 0.193099, 0.249408, 0.332498, 0.461293, 0.666204, 1.00265", \
+            "0.105704, 0.248607, 0.319027, 0.417338, 0.562462, 0.783424, 1.12756", \
+            "0.139036, 0.325992, 0.417611, 0.544429, 0.719684, 0.974577, 1.3519", \
+            "0.185595, 0.436755, 0.554414, 0.720047, 0.950038, 1.26648, 1.70977" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206358, 0.105929, 0.165469, 0.264084, 0.429133, 0.704149, 1.16256", \
+            "0.029929, 0.111807, 0.168869, 0.265262, 0.429641, 0.70415, 1.16257", \
+            "0.0394689, 0.123283, 0.178808, 0.272322, 0.432586, 0.704997, 1.16258", \
+            "0.0572381, 0.148208, 0.203742, 0.294739, 0.449101, 0.713544, 1.16433", \
+            "0.0869472, 0.192551, 0.252168, 0.344558, 0.497156, 0.752072, 1.18692", \
+            "0.132517, 0.266928, 0.337424, 0.439994, 0.597321, 0.850744, 1.27336", \
+            "0.206959, 0.386692, 0.47508, 0.598657, 0.780613, 1.05038, 1.47378" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0403968, 0.123929, 0.180952, 0.275083, 0.43268, 0.694824, 1.13258", \
+            "0.059704, 0.151344, 0.208883, 0.303232, 0.460953, 0.72343, 1.1606", \
+            "0.0692738, 0.173083, 0.23331, 0.328971, 0.48678, 0.749625, 1.18726", \
+            "0.0800326, 0.207356, 0.27495, 0.377068, 0.538811, 0.802507, 1.23997", \
+            "0.0927089, 0.256546, 0.337669, 0.454675, 0.631004, 0.90406, 1.34483", \
+            "0.111989, 0.325017, 0.428068, 0.57195, 0.77764, 1.08243, 1.54665", \
+            "0.134917, 0.413764, 0.549286, 0.735724, 0.993045, 1.35321, 1.8822" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246228, 0.140933, 0.221618, 0.355229, 0.578725, 0.950635, 1.57121", \
+            "0.0326021, 0.144303, 0.223146, 0.357828, 0.578726, 0.951286, 1.57179", \
+            "0.0412602, 0.153946, 0.230217, 0.359079, 0.579622, 0.952067, 1.5718", \
+            "0.0586313, 0.177846, 0.25258, 0.376797, 0.589781, 0.954526, 1.57503", \
+            "0.089135, 0.223083, 0.299995, 0.422903, 0.629142, 0.979799, 1.58261", \
+            "0.134912, 0.30269, 0.388041, 0.517238, 0.724227, 1.06759, 1.64496", \
+            "0.205074, 0.427349, 0.533684, 0.683098, 0.90715, 1.25758, 1.82885" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0327427, 0.0980196, 0.141983, 0.214378, 0.335478, 0.536926, 0.872734", \
+            "0.0532229, 0.128848, 0.174035, 0.246866, 0.367953, 0.5695, 0.905381", \
+            "0.0662978, 0.154316, 0.202901, 0.278356, 0.400571, 0.602392, 0.938304", \
+            "0.082654, 0.193099, 0.249408, 0.332498, 0.461293, 0.666204, 1.00265", \
+            "0.105704, 0.248607, 0.319027, 0.417338, 0.562462, 0.783424, 1.12756", \
+            "0.139036, 0.325992, 0.417611, 0.544429, 0.719684, 0.974577, 1.3519", \
+            "0.185595, 0.436755, 0.554414, 0.720047, 0.950038, 1.26648, 1.70977" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206358, 0.105929, 0.165469, 0.264084, 0.429133, 0.704149, 1.16256", \
+            "0.029929, 0.111807, 0.168869, 0.265262, 0.429641, 0.70415, 1.16257", \
+            "0.0394689, 0.123283, 0.178808, 0.272322, 0.432586, 0.704997, 1.16258", \
+            "0.0572381, 0.148208, 0.203742, 0.294739, 0.449101, 0.713544, 1.16433", \
+            "0.0869472, 0.192551, 0.252168, 0.344558, 0.497156, 0.752072, 1.18692", \
+            "0.132517, 0.266928, 0.337424, 0.439994, 0.597321, 0.850744, 1.27336", \
+            "0.206959, 0.386692, 0.47508, 0.598657, 0.780613, 1.05038, 1.47378" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b0)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0516696, 0.132925, 0.188988, 0.282265, 0.439113, 0.701285, 1.13838", \
+            "0.0754695, 0.158014, 0.21439, 0.307942, 0.464835, 0.726766, 1.16469", \
+            "0.091428, 0.174373, 0.230788, 0.324121, 0.480986, 0.742928, 1.17969", \
+            "0.112603, 0.196302, 0.253079, 0.346309, 0.502788, 0.764395, 1.20131", \
+            "0.141385, 0.227515, 0.283917, 0.377306, 0.533537, 0.794523, 1.23057", \
+            "0.180503, 0.273264, 0.329086, 0.42258, 0.579153, 0.839793, 1.27559", \
+            "0.230846, 0.337694, 0.394961, 0.488318, 0.643971, 0.906387, 1.34298" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246845, 0.140939, 0.221629, 0.355125, 0.578751, 0.950775, 1.57125", \
+            "0.0246855, 0.14094, 0.22163, 0.355126, 0.578752, 0.950815, 1.57199", \
+            "0.0256863, 0.140941, 0.221631, 0.355127, 0.578753, 0.9512, 1.572", \
+            "0.0289882, 0.140942, 0.221632, 0.355128, 0.578754, 0.951201, 1.57201", \
+            "0.0346939, 0.140943, 0.221633, 0.355129, 0.578755, 0.951202, 1.57202", \
+            "0.044115, 0.143972, 0.221634, 0.35513, 0.578756, 0.951203, 1.57203", \
+            "0.060627, 0.157489, 0.230236, 0.358681, 0.5801, 0.951254, 1.57204" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0542633, 0.0951209, 0.118762, 0.157203, 0.221492, 0.328667, 0.507032", \
+            "0.0787084, 0.121316, 0.145294, 0.183933, 0.248155, 0.355417, 0.534347", \
+            "0.093322, 0.137511, 0.161594, 0.200498, 0.265022, 0.372295, 0.550852", \
+            "0.112993, 0.159759, 0.184202, 0.222901, 0.287634, 0.395043, 0.573724", \
+            "0.137454, 0.190043, 0.215419, 0.254446, 0.319021, 0.426361, 0.605107", \
+            "0.171441, 0.232373, 0.259396, 0.300041, 0.365728, 0.473531, 0.651792", \
+            "0.210102, 0.285144, 0.316447, 0.36073, 0.429707, 0.542246, 0.722752" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145269, 0.0591187, 0.0901039, 0.142817, 0.232118, 0.381283, 0.630108", \
+            "0.0172107, 0.0602948, 0.0911751, 0.143452, 0.232373, 0.381475, 0.630736", \
+            "0.0198886, 0.0616185, 0.0922347, 0.14441, 0.233028, 0.381787, 0.632696", \
+            "0.0244426, 0.0641015, 0.0937902, 0.145454, 0.233965, 0.382711, 0.632697", \
+            "0.031795, 0.0696591, 0.0979953, 0.147598, 0.235175, 0.383724, 0.632698", \
+            "0.042778, 0.081217, 0.107342, 0.155248, 0.240683, 0.386889, 0.633896", \
+            "0.059809, 0.103171, 0.127568, 0.172673, 0.25594, 0.400804, 0.645497" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0343621, 0.118619, 0.175463, 0.269128, 0.426039, 0.687253, 1.12209", \
+            "0.051059, 0.145163, 0.202786, 0.296897, 0.453901, 0.715874, 1.15042", \
+            "0.0585219, 0.166267, 0.226856, 0.3225, 0.479739, 0.741539, 1.17716", \
+            "0.0658642, 0.199208, 0.267684, 0.370088, 0.531678, 0.794212, 1.23007", \
+            "0.0723058, 0.246648, 0.328623, 0.44669, 0.623193, 0.895909, 1.33501", \
+            "0.0810836, 0.309926, 0.415972, 0.561605, 0.768514, 1.07301, 1.53656", \
+            "0.0851839, 0.38842, 0.529152, 0.718538, 0.98033, 1.34307, 1.87166" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.019429, 0.134579, 0.214867, 0.347654, 0.569963, 0.940058, 1.55784", \
+            "0.0276959, 0.138227, 0.216318, 0.349492, 0.569964, 0.940388, 1.55785", \
+            "0.0362967, 0.148215, 0.223723, 0.351755, 0.570619, 0.941261, 1.55786", \
+            "0.053782, 0.172412, 0.246579, 0.369781, 0.581397, 0.94354, 1.56211", \
+            "0.0857356, 0.218734, 0.294518, 0.416294, 0.621347, 0.969684, 1.56887", \
+            "0.134055, 0.298667, 0.383802, 0.511591, 0.717731, 1.05742, 1.63167", \
+            "0.208822, 0.428209, 0.535611, 0.679013, 0.901743, 1.25079, 1.81702" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0292743, 0.0949804, 0.138955, 0.211422, 0.332416, 0.534097, 0.870007", \
+            "0.0513263, 0.132819, 0.178356, 0.251078, 0.372064, 0.573495, 0.909301", \
+            "0.0653412, 0.163253, 0.214049, 0.29064, 0.412975, 0.614406, 0.950165", \
+            "0.0836708, 0.207612, 0.269469, 0.357473, 0.489264, 0.69483, 1.03082", \
+            "0.110362, 0.269387, 0.347561, 0.456856, 0.612415, 0.840636, 1.18739", \
+            "0.14827, 0.353643, 0.456453, 0.598177, 0.794139, 1.0693, 1.46705", \
+            "0.203627, 0.473771, 0.6039, 0.789151, 1.04745, 1.3994, 1.89048" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021187, 0.106019, 0.165476, 0.264085, 0.429137, 0.704132, 1.16242", \
+            "0.0355285, 0.115795, 0.171232, 0.265974, 0.42964, 0.704133, 1.16243", \
+            "0.0466316, 0.133108, 0.186938, 0.277241, 0.434722, 0.707532, 1.16244", \
+            "0.0651338, 0.167516, 0.222797, 0.311782, 0.460863, 0.719209, 1.16655", \
+            "0.0942041, 0.221612, 0.287345, 0.381575, 0.531843, 0.777439, 1.20079", \
+            "0.142129, 0.307735, 0.388653, 0.502789, 0.666801, 0.922433, 1.33045", \
+            "0.222057, 0.442708, 0.546945, 0.692376, 0.893987, 1.18474, 1.61617" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0343621, 0.118619, 0.175463, 0.269128, 0.426039, 0.687253, 1.12209", \
+            "0.051059, 0.145163, 0.202786, 0.296897, 0.453901, 0.715874, 1.15042", \
+            "0.0585219, 0.166267, 0.226856, 0.3225, 0.479739, 0.741539, 1.17716", \
+            "0.0658642, 0.199208, 0.267684, 0.370088, 0.531678, 0.794212, 1.23007", \
+            "0.0723058, 0.246648, 0.328623, 0.44669, 0.623193, 0.895909, 1.33501", \
+            "0.0810836, 0.309926, 0.415972, 0.561605, 0.768514, 1.07301, 1.53656", \
+            "0.0851839, 0.38842, 0.529152, 0.718538, 0.98033, 1.34307, 1.87166" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.019429, 0.134579, 0.214867, 0.347654, 0.569963, 0.940058, 1.55784", \
+            "0.0276959, 0.138227, 0.216318, 0.349492, 0.569964, 0.940388, 1.55785", \
+            "0.0362967, 0.148215, 0.223723, 0.351755, 0.570619, 0.941261, 1.55786", \
+            "0.053782, 0.172412, 0.246579, 0.369781, 0.581397, 0.94354, 1.56211", \
+            "0.0857356, 0.218734, 0.294518, 0.416294, 0.621347, 0.969684, 1.56887", \
+            "0.134055, 0.298667, 0.383802, 0.511591, 0.717731, 1.05742, 1.63167", \
+            "0.208822, 0.428209, 0.535611, 0.679013, 0.901743, 1.25079, 1.81702" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0292743, 0.0949804, 0.138955, 0.211422, 0.332416, 0.534097, 0.870007", \
+            "0.0513263, 0.132819, 0.178356, 0.251078, 0.372064, 0.573495, 0.909301", \
+            "0.0653412, 0.163253, 0.214049, 0.29064, 0.412975, 0.614406, 0.950165", \
+            "0.0836708, 0.207612, 0.269469, 0.357473, 0.489264, 0.69483, 1.03082", \
+            "0.110362, 0.269387, 0.347561, 0.456856, 0.612415, 0.840636, 1.18739", \
+            "0.14827, 0.353643, 0.456453, 0.598177, 0.794139, 1.0693, 1.46705", \
+            "0.203627, 0.473771, 0.6039, 0.789151, 1.04745, 1.3994, 1.89048" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021187, 0.106019, 0.165476, 0.264085, 0.429137, 0.704132, 1.16242", \
+            "0.0355285, 0.115795, 0.171232, 0.265974, 0.42964, 0.704133, 1.16243", \
+            "0.0466316, 0.133108, 0.186938, 0.277241, 0.434722, 0.707532, 1.16244", \
+            "0.0651338, 0.167516, 0.222797, 0.311782, 0.460863, 0.719209, 1.16655", \
+            "0.0942041, 0.221612, 0.287345, 0.381575, 0.531843, 0.777439, 1.20079", \
+            "0.142129, 0.307735, 0.388653, 0.502789, 0.666801, 0.922433, 1.33045", \
+            "0.222057, 0.442708, 0.546945, 0.692376, 0.893987, 1.18474, 1.61617" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00648479, 0.00657737, 0.00653526, 0.00647817, 0.00637031, 0.00606816, 0.00609812", \
+            "0.00629918, 0.00650847, 0.0064541, 0.00656401, 0.00628167, 0.00609958, 0.00613173", \
+            "0.00637378, 0.00639808, 0.00649181, 0.00635394, 0.00624955, 0.00613579, 0.00608327", \
+            "0.00697797, 0.00667897, 0.00659459, 0.00652445, 0.00635399, 0.00609785, 0.00641743", \
+            "0.00909462, 0.00785212, 0.00757576, 0.00725774, 0.00688685, 0.00675687, 0.0060178", \
+            "0.014566, 0.0117627, 0.0108606, 0.00997845, 0.00911534, 0.00810808, 0.0078271", \
+            "0.0261812, 0.0217543, 0.0198456, 0.0178335, 0.015643, 0.0134526, 0.011498" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00585138, 0.00592849, 0.00587765, 0.00580056, 0.00566842, 0.00540224, 0.00496311", \
+            "0.00549514, 0.00564282, 0.00571732, 0.00559446, 0.00552862, 0.00523836, 0.00485347", \
+            "0.00560713, 0.00564767, 0.0055901, 0.00571838, 0.00543847, 0.00524229, 0.00479711", \
+            "0.00635341, 0.00595158, 0.00589775, 0.00573271, 0.00568072, 0.00519122, 0.0047755", \
+            "0.00866123, 0.00717412, 0.00682594, 0.00653116, 0.00618855, 0.00580057, 0.00585191", \
+            "0.0141338, 0.0110373, 0.0100856, 0.00907493, 0.00828411, 0.00747322, 0.00618404", \
+            "0.025698, 0.0208284, 0.0188869, 0.0165951, 0.0144084, 0.0124501, 0.0104226" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "!B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00840515, 0.00889517, 0.00891342, 0.00888618, 0.0087575, 0.00851141, 0.00817986", \
+            "0.00829767, 0.00867251, 0.00870585, 0.00873575, 0.0085858, 0.00834032, 0.0082002", \
+            "0.00868603, 0.00889646, 0.00899149, 0.00894025, 0.0090346, 0.00868375, 0.00845786", \
+            "0.00982145, 0.00987577, 0.00989843, 0.00986403, 0.0100735, 0.0098276, 0.0094616", \
+            "0.0122743, 0.0121003, 0.0120759, 0.0121245, 0.0119045, 0.0121774, 0.0115722", \
+            "0.0177276, 0.017207, 0.0170761, 0.0170483, 0.017055, 0.0167958, 0.0166932", \
+            "0.029228, 0.0278392, 0.0276917, 0.0275159, 0.0273411, 0.0273424, 0.027161" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0104906, 0.0108798, 0.0108458, 0.0107371, 0.0106078, 0.0103746, 0.00998711", \
+            "0.0103837, 0.0107747, 0.0107789, 0.0109109, 0.0106375, 0.0103549, 0.0100863", \
+            "0.010536, 0.0109571, 0.010974, 0.0108697, 0.0110144, 0.0105136, 0.0101399", \
+            "0.0113583, 0.0116758, 0.01172, 0.0117643, 0.0116125, 0.0113965, 0.0113577", \
+            "0.0136287, 0.0136615, 0.0137099, 0.0137473, 0.0137646, 0.0136137, 0.0130045", \
+            "0.0189134, 0.0183008, 0.0183867, 0.018578, 0.0184766, 0.0185714, 0.0184639", \
+            "0.0300433, 0.0287521, 0.0285992, 0.0283848, 0.0282745, 0.0282041, 0.0284059" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00840515, 0.00889517, 0.00891342, 0.00888618, 0.0087575, 0.00851141, 0.00817986", \
+            "0.00829767, 0.00867251, 0.00870585, 0.00873575, 0.0085858, 0.00834032, 0.0082002", \
+            "0.00868603, 0.00889646, 0.00899149, 0.00894025, 0.0090346, 0.00868375, 0.00845786", \
+            "0.00982145, 0.00987577, 0.00989843, 0.00986403, 0.0100735, 0.0098276, 0.0094616", \
+            "0.0122743, 0.0121003, 0.0120759, 0.0121245, 0.0119045, 0.0121774, 0.0115722", \
+            "0.0177276, 0.017207, 0.0170761, 0.0170483, 0.017055, 0.0167958, 0.0166932", \
+            "0.029228, 0.0278392, 0.0276917, 0.0275159, 0.0273411, 0.0273424, 0.027161" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0104906, 0.0108798, 0.0108458, 0.0107371, 0.0106078, 0.0103746, 0.00998711", \
+            "0.0103837, 0.0107747, 0.0107789, 0.0109109, 0.0106375, 0.0103549, 0.0100863", \
+            "0.010536, 0.0109571, 0.010974, 0.0108697, 0.0110144, 0.0105136, 0.0101399", \
+            "0.0113583, 0.0116758, 0.01172, 0.0117643, 0.0116125, 0.0113965, 0.0113577", \
+            "0.0136287, 0.0136615, 0.0137099, 0.0137473, 0.0137646, 0.0136137, 0.0130045", \
+            "0.0189134, 0.0183008, 0.0183867, 0.018578, 0.0184766, 0.0185714, 0.0184639", \
+            "0.0300433, 0.0287521, 0.0285992, 0.0283848, 0.0282745, 0.0282041, 0.0284059" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00503939, 0.00550962, 0.00551273, 0.00546247, 0.00537014, 0.00508814, 0.00471725", \
+            "0.00480909, 0.00527703, 0.00526722, 0.00541676, 0.00523399, 0.00506486, 0.00469735", \
+            "0.0049232, 0.00508261, 0.00525492, 0.00527785, 0.00515076, 0.00509992, 0.00464526", \
+            "0.00563965, 0.0053015, 0.00521921, 0.00526035, 0.00527554, 0.00499257, 0.00504991", \
+            "0.00791099, 0.0064901, 0.00619213, 0.00590233, 0.00561962, 0.00558995, 0.00500614", \
+            "0.0136139, 0.0102522, 0.00937765, 0.00848289, 0.00773904, 0.00667486, 0.00626821", \
+            "0.0256204, 0.0202261, 0.0182354, 0.0159814, 0.0139388, 0.0119768, 0.00987662" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0046341, 0.00483755, 0.00480513, 0.00473653, 0.00461835, 0.00439346, 0.00401659", \
+            "0.00459507, 0.00467453, 0.00480715, 0.00464272, 0.00459883, 0.00433452, 0.00390726", \
+            "0.00500255, 0.00477335, 0.00473192, 0.00481452, 0.00453834, 0.00457337, 0.00390951", \
+            "0.00618323, 0.0053169, 0.00516454, 0.00496699, 0.00486822, 0.00445207, 0.00401636", \
+            "0.00885482, 0.00697643, 0.00650291, 0.00604556, 0.00546168, 0.00506555, 0.00445173", \
+            "0.0146242, 0.0112921, 0.0101655, 0.00899972, 0.00794697, 0.00702278, 0.0055962", \
+            "0.0266702, 0.0216985, 0.0196816, 0.0171875, 0.0146426, 0.012424, 0.010295" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "!A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00895467, 0.00844187, 0.00816987, 0.00787973, 0.00758688, 0.0071878, 0.00715932", \
+            "0.00824868, 0.00827119, 0.00808239, 0.0079424, 0.00755415, 0.0071449, 0.00689107", \
+            "0.00847056, 0.00843895, 0.00843634, 0.00816362, 0.00800858, 0.00755885, 0.00750978", \
+            "0.00945572, 0.00944973, 0.00940614, 0.00926409, 0.009378, 0.00863015, 0.00821234", \
+            "0.0118573, 0.0116616, 0.0116352, 0.0115736, 0.0112823, 0.0113061, 0.0107806", \
+            "0.0173476, 0.0168984, 0.0167659, 0.0166884, 0.0166231, 0.0162258, 0.0158245", \
+            "0.0291374, 0.0278309, 0.0276656, 0.0275095, 0.0271893, 0.027139, 0.0268823" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00963744, 0.00963445, 0.00943746, 0.00923434, 0.00899797, 0.00876816, 0.00829864", \
+            "0.00969695, 0.00979085, 0.00969313, 0.00958789, 0.00938603, 0.00902246, 0.0086864", \
+            "0.0101148, 0.0103096, 0.010223, 0.00999614, 0.00997366, 0.0094448, 0.00942048", \
+            "0.0113869, 0.0114506, 0.0114492, 0.0113717, 0.0110531, 0.0108031, 0.0103759", \
+            "0.0139255, 0.0136938, 0.0137471, 0.0136935, 0.0136405, 0.0134532, 0.012619", \
+            "0.0196682, 0.01872, 0.0187071, 0.0187587, 0.0187949, 0.0187314, 0.0184779", \
+            "0.0314157, 0.0297562, 0.0295429, 0.0293545, 0.0292069, 0.0290398, 0.0288758" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00895467, 0.00844187, 0.00816987, 0.00787973, 0.00758688, 0.0071878, 0.00715932", \
+            "0.00824868, 0.00827119, 0.00808239, 0.0079424, 0.00755415, 0.0071449, 0.00689107", \
+            "0.00847056, 0.00843895, 0.00843634, 0.00816362, 0.00800858, 0.00755885, 0.00750978", \
+            "0.00945572, 0.00944973, 0.00940614, 0.00926409, 0.009378, 0.00863015, 0.00821234", \
+            "0.0118573, 0.0116616, 0.0116352, 0.0115736, 0.0112823, 0.0113061, 0.0107806", \
+            "0.0173476, 0.0168984, 0.0167659, 0.0166884, 0.0166231, 0.0162258, 0.0158245", \
+            "0.0291374, 0.0278309, 0.0276656, 0.0275095, 0.0271893, 0.027139, 0.0268823" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00963744, 0.00963445, 0.00943746, 0.00923434, 0.00899797, 0.00876816, 0.00829864", \
+            "0.00969695, 0.00979085, 0.00969313, 0.00958789, 0.00938603, 0.00902246, 0.0086864", \
+            "0.0101148, 0.0103096, 0.010223, 0.00999614, 0.00997366, 0.0094448, 0.00942048", \
+            "0.0113869, 0.0114506, 0.0114492, 0.0113717, 0.0110531, 0.0108031, 0.0103759", \
+            "0.0139255, 0.0136938, 0.0137471, 0.0136935, 0.0136405, 0.0134532, 0.012619", \
+            "0.0196682, 0.01872, 0.0187071, 0.0187587, 0.0187949, 0.0187314, 0.0184779", \
+            "0.0314157, 0.0297562, 0.0295429, 0.0293545, 0.0292069, 0.0290398, 0.0288758" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00625451;
+      rise_capacitance : 0.00628181;
+      rise_capacitance_range (0.00536188, 0.00706221);
+      fall_capacitance : 0.00622722;
+      fall_capacitance_range (0.00513301, 0.00734245);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00548607;
+      rise_capacitance : 0.00555033;
+      rise_capacitance_range (0.00475409, 0.00637819);
+      fall_capacitance : 0.00542182;
+      fall_capacitance_range (0.00482928, 0.0061069);
+    }
+  }
+}
diff --git a/ihp13/pdk/lib/sg13g2_stdcell_typ_1p20V_25C.lib b/ihp13/pdk/lib/sg13g2_stdcell_typ_1p20V_25C.lib
new file mode 100644
index 000000000..6768e90d9
--- /dev/null
+++ b/ihp13/pdk/lib/sg13g2_stdcell_typ_1p20V_25C.lib
@@ -0,0 +1,33783 @@
+/************************************************************************
+
+ Copyright 2024 IHP PDK Authors
+ 
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+    https://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License. 
+ 
+************************************************************************/
+
+library (sg13g2_stdcell_typ_1p20V_25C) {
+  comment : "IHP Microelectronics GmbH, 2025";
+  date : "$Date: Tue Nov  4 21:19:14 2025 $";
+  revision : "$Revision: 0.1.4 $";
+  delay_model : table_lookup;
+  capacitive_load_unit (1,pf);
+  current_unit : "1uA";
+  leakage_power_unit : "1pW";
+  pulling_resistance_unit : "1kohm";
+  time_unit : "1ns";
+  voltage_unit : "1V";
+  default_cell_leakage_power : 0;
+  default_fanout_load : 1;
+  default_inout_pin_cap : 0.006;
+  default_input_pin_cap : 0.006;
+  default_leakage_power_density : 0;
+  default_max_capacitance : 0.3;
+  default_max_fanout : 8;
+  default_max_transition : 2.5074;
+  default_output_pin_cap : 0;
+  default_wire_load_area : 0.29;
+  default_wire_load_capacitance : 0.0003;
+  default_wire_load_mode : "top";
+  default_wire_load_resistance : 0.0057;
+  in_place_swap_mode : match_footprint;
+  input_threshold_pct_fall : 50;
+  input_threshold_pct_rise : 50;
+  nom_process : 1;
+  nom_temperature : 25;
+  nom_voltage : 1.2;
+  output_threshold_pct_fall : 50;
+  output_threshold_pct_rise : 50;
+  slew_derate_from_library : 1;
+  slew_lower_threshold_pct_fall : 20;
+  slew_lower_threshold_pct_rise : 20;
+  slew_upper_threshold_pct_fall : 80;
+  slew_upper_threshold_pct_rise : 80;
+  operating_conditions (sg13g2_stdcell_typ_1p20V_25C) {
+    process : 1;
+    temperature : 25;
+    voltage : 1.2;
+  }
+  wire_load ("Zero") {
+    area : 0.01;
+    capacitance : 0.0001;
+    fanout_length (1, 0.01);
+    fanout_length (5, 0.01);
+    fanout_length (20, 0.01);
+    resistance : 0.0001;
+    slope : 1;
+  }
+  wire_load ("0_1k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    fanout_length (1, 6.43);
+    fanout_length (5, 38.56);
+    fanout_length (20, 146.8);
+    resistance : 0.0035;
+    slope : 7.387;
+  }
+  wire_load ("0_5k") {
+    area : 0.36;
+    capacitance : 0.0001;
+    fanout_length (1, 7.89);
+    fanout_length (5, 47.32);
+    fanout_length (20, 169.4);
+    resistance : 0.0042;
+    slope : 10.99;
+  }
+  wire_load ("1k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    fanout_length (1, 9.93);
+    fanout_length (5, 59.59);
+    fanout_length (20, 215.6);
+    resistance : 0.0053;
+    slope : 10.9;
+  }
+  wire_load ("2k") {
+    area : 0.36;
+    capacitance : 0.0002;
+    fanout_length (1, 11.68);
+    fanout_length (5, 70.11);
+    fanout_length (20, 239.5);
+    resistance : 0.0063;
+    slope : 16.87;
+  }
+  wire_load ("5k") {
+    area : 0.36;
+    capacitance : 0.0003;
+    fanout_length (1, 13.44);
+    fanout_length (5, 80.62);
+    fanout_length (20, 287.1);
+    resistance : 0.0072;
+    slope : 14.58;
+  }
+  wire_load ("10k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    fanout_length (1, 14.9);
+    fanout_length (5, 89.39);
+    fanout_length (20, 381.6);
+    resistance : 0.008;
+    slope : 18.94;
+  }
+  wire_load ("30k") {
+    area : 0.37;
+    capacitance : 0.0003;
+    fanout_length (1, 17.53);
+    fanout_length (5, 105.2);
+    fanout_length (20, 515.5);
+    resistance : 0.0094;
+    slope : 24.61;
+  }
+  wire_load ("50k") {
+    area : 0.37;
+    capacitance : 0.0005;
+    fanout_length (1, 28.33);
+    fanout_length (5, 170);
+    fanout_length (20, 607.6);
+    resistance : 0.0152;
+    slope : 31.81;
+  }
+  wire_load ("100k") {
+    area : 0.39;
+    capacitance : 0.0009;
+    fanout_length (1, 49.37);
+    fanout_length (5, 296.2);
+    fanout_length (20, 812.1);
+    resistance : 0.0265;
+    slope : 40.22;
+  }
+  wire_load ("200k") {
+    area : 0.41;
+    capacitance : 0.0016;
+    fanout_length (1, 84.71);
+    fanout_length (5, 508.3);
+    fanout_length (20, 1051.7);
+    resistance : 0.0456;
+    slope : 52.68;
+  }
+  wire_load ("500k") {
+    area : 0.45;
+    capacitance : 0.0027;
+    fanout_length (1, 141.4);
+    fanout_length (5, 848.3);
+    fanout_length (20, 1527.1);
+    resistance : 0.076;
+    slope : 67.44;
+  }
+  wire_load_selection ("4_metls_routing") {
+    wire_load_from_area (0, 635, 0_1k);
+    wire_load_from_area (635, 3175, 0_5k);
+    wire_load_from_area (3175, 6350, 1k);
+    wire_load_from_area (6350, 12701, 2k);
+    wire_load_from_area (12701, 31752, 5k);
+    wire_load_from_area (31752, 63504, 10k);
+    wire_load_from_area (63504, 190512, 30k);
+    wire_load_from_area (190512, 317520, 50k);
+    wire_load_from_area (317520, 635040, 100k);
+    wire_load_from_area (635040, 1.27008e+06, 200k);
+    wire_load_from_area (1.27008e+06, 3.1752e+06, 500k);
+  }
+  default_wire_load : "1k";
+  default_operating_conditions : sg13g2_stdcell_typ_1p20V_25C;
+  default_wire_load_selection : "4_metls_routing";
+  lu_table_template (CONSTRAINT_4x4) {
+    variable_1 : constrained_pin_transition;
+    variable_2 : related_pin_transition;
+    index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+    index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+  }
+  power_lut_template (POWER_7x7ds1) {
+    variable_1 : input_transition_time;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+    index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+  }
+  lu_table_template (TIMING_DELAY_7x7ds1) {
+    variable_1 : input_net_transition;
+    variable_2 : total_output_net_capacitance;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+    index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+  }
+  lu_table_template (mpw_CONSTRAINT_4x4) {
+    variable_1 : constrained_pin_transition;
+    index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+  }
+  power_lut_template (passive_POWER_7x1ds1) {
+    variable_1 : input_transition_time;
+    index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+  }
+  cell (sg13g2_a21o_1) {
+    area : 12.7008;
+    cell_footprint : "a21o";
+    cell_leakage_power : 158.296;
+    leakage_power () {
+      value : 163.544;
+      when : "!A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 178.011;
+      when : "!A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 158.114;
+      when : "A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 173.459;
+      when : "A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 154.348;
+      when : "!A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 155.767;
+      when : "!A1&A2&B1";
+    }
+    leakage_power () {
+      value : 155.734;
+      when : "A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 127.388;
+      when : "A1&A2&B1";
+    }
+    pin (X) {
+      direction : "output";
+      function : "((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0807687, 0.15146, 0.195473, 0.267231, 0.386899, 0.586296, 0.918436", \
+            "0.116643, 0.187459, 0.231451, 0.303439, 0.423359, 0.623019, 0.954578", \
+            "0.142067, 0.214006, 0.258032, 0.330026, 0.450148, 0.649615, 0.981533", \
+            "0.179515, 0.252822, 0.297045, 0.368987, 0.488854, 0.688005, 1.02054", \
+            "0.23237, 0.310828, 0.354629, 0.426105, 0.545922, 0.745166, 1.07728", \
+            "0.304206, 0.395567, 0.439475, 0.510596, 0.629839, 0.829268, 1.1608", \
+            "0.396364, 0.507762, 0.554141, 0.625639, 0.74573, 0.944857, 1.27636" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207275, 0.106159, 0.168296, 0.271548, 0.444745, 0.733893, 1.21552", \
+            "0.0224645, 0.106653, 0.168467, 0.271628, 0.446568, 0.734137, 1.21562", \
+            "0.0251533, 0.107526, 0.169032, 0.272032, 0.446569, 0.734538, 1.21563", \
+            "0.0300824, 0.109139, 0.169933, 0.272777, 0.44657, 0.734539, 1.21571", \
+            "0.0392075, 0.11252, 0.171713, 0.273703, 0.446767, 0.735261, 1.21623", \
+            "0.052264, 0.12145, 0.176969, 0.276282, 0.448029, 0.736481, 1.21746", \
+            "0.071487, 0.140719, 0.190208, 0.284254, 0.453116, 0.739706, 1.2198" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0920313, 0.15567, 0.191379, 0.249237, 0.345431, 0.50541, 0.771917", \
+            "0.121914, 0.18623, 0.222115, 0.27992, 0.376049, 0.536137, 0.802504", \
+            "0.142003, 0.208081, 0.244239, 0.302252, 0.39852, 0.558587, 0.824769", \
+            "0.171254, 0.24099, 0.277612, 0.336056, 0.432499, 0.592608, 0.85904", \
+            "0.209216, 0.28636, 0.324124, 0.382978, 0.479533, 0.63979, 0.906487", \
+            "0.254496, 0.345753, 0.386177, 0.447115, 0.543385, 0.703412, 0.970003", \
+            "0.310362, 0.422948, 0.468375, 0.53322, 0.633791, 0.795325, 1.06228" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208358, 0.0853111, 0.130753, 0.207207, 0.336789, 0.553572, 0.915447", \
+            "0.0217144, 0.0857385, 0.131043, 0.207439, 0.336821, 0.553802, 0.915448", \
+            "0.0236791, 0.087191, 0.13187, 0.207888, 0.336994, 0.555583, 0.915449", \
+            "0.0280639, 0.0901668, 0.134177, 0.209402, 0.338036, 0.555584, 0.91545", \
+            "0.0361078, 0.0969113, 0.138733, 0.212223, 0.339499, 0.555585, 0.916293", \
+            "0.049389, 0.109998, 0.148988, 0.219902, 0.343467, 0.557214, 0.917611", \
+            "0.068671, 0.135674, 0.171382, 0.237196, 0.357414, 0.565836, 0.922365" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0807687, 0.15146, 0.195473, 0.267231, 0.386899, 0.586296, 0.918436", \
+            "0.116643, 0.187459, 0.231451, 0.303439, 0.423359, 0.623019, 0.954578", \
+            "0.142067, 0.214006, 0.258032, 0.330026, 0.450148, 0.649615, 0.981533", \
+            "0.179515, 0.252822, 0.297045, 0.368987, 0.488854, 0.688005, 1.02054", \
+            "0.23237, 0.310828, 0.354629, 0.426105, 0.545922, 0.745166, 1.07728", \
+            "0.304206, 0.395567, 0.439475, 0.510596, 0.629839, 0.829268, 1.1608", \
+            "0.396364, 0.507762, 0.554141, 0.625639, 0.74573, 0.944857, 1.27636" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207275, 0.106159, 0.168296, 0.271548, 0.444745, 0.733893, 1.21552", \
+            "0.0224645, 0.106653, 0.168467, 0.271628, 0.446568, 0.734137, 1.21562", \
+            "0.0251533, 0.107526, 0.169032, 0.272032, 0.446569, 0.734538, 1.21563", \
+            "0.0300824, 0.109139, 0.169933, 0.272777, 0.44657, 0.734539, 1.21571", \
+            "0.0392075, 0.11252, 0.171713, 0.273703, 0.446767, 0.735261, 1.21623", \
+            "0.052264, 0.12145, 0.176969, 0.276282, 0.448029, 0.736481, 1.21746", \
+            "0.071487, 0.140719, 0.190208, 0.284254, 0.453116, 0.739706, 1.2198" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0920313, 0.15567, 0.191379, 0.249237, 0.345431, 0.50541, 0.771917", \
+            "0.121914, 0.18623, 0.222115, 0.27992, 0.376049, 0.536137, 0.802504", \
+            "0.142003, 0.208081, 0.244239, 0.302252, 0.39852, 0.558587, 0.824769", \
+            "0.171254, 0.24099, 0.277612, 0.336056, 0.432499, 0.592608, 0.85904", \
+            "0.209216, 0.28636, 0.324124, 0.382978, 0.479533, 0.63979, 0.906487", \
+            "0.254496, 0.345753, 0.386177, 0.447115, 0.543385, 0.703412, 0.970003", \
+            "0.310362, 0.422948, 0.468375, 0.53322, 0.633791, 0.795325, 1.06228" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208358, 0.0853111, 0.130753, 0.207207, 0.336789, 0.553572, 0.915447", \
+            "0.0217144, 0.0857385, 0.131043, 0.207439, 0.336821, 0.553802, 0.915448", \
+            "0.0236791, 0.087191, 0.13187, 0.207888, 0.336994, 0.555583, 0.915449", \
+            "0.0280639, 0.0901668, 0.134177, 0.209402, 0.338036, 0.555584, 0.91545", \
+            "0.0361078, 0.0969113, 0.138733, 0.212223, 0.339499, 0.555585, 0.916293", \
+            "0.049389, 0.109998, 0.148988, 0.219902, 0.343467, 0.557214, 0.917611", \
+            "0.068671, 0.135674, 0.171382, 0.237196, 0.357414, 0.565836, 0.922365" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0846909, 0.155278, 0.199183, 0.271057, 0.390935, 0.59023, 0.922085", \
+            "0.117911, 0.188922, 0.232824, 0.304773, 0.424575, 0.62442, 0.95584", \
+            "0.142171, 0.214277, 0.258252, 0.330322, 0.450171, 0.649512, 0.981379", \
+            "0.17877, 0.252846, 0.296815, 0.3688, 0.488619, 0.687889, 1.01985", \
+            "0.232075, 0.311295, 0.355585, 0.427341, 0.546953, 0.74658, 1.07855", \
+            "0.304253, 0.394796, 0.439326, 0.510855, 0.629981, 0.829792, 1.16153", \
+            "0.400099, 0.509819, 0.556676, 0.629451, 0.749362, 0.949057, 1.28164" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207694, 0.106193, 0.16816, 0.271511, 0.444795, 0.733752, 1.21565", \
+            "0.0218347, 0.10652, 0.168345, 0.271572, 0.445184, 0.73486, 1.21566", \
+            "0.0237357, 0.107175, 0.168768, 0.271772, 0.445185, 0.734861, 1.21567", \
+            "0.0273948, 0.108728, 0.169711, 0.27241, 0.445419, 0.734862, 1.21568", \
+            "0.0351048, 0.112063, 0.171494, 0.273327, 0.446069, 0.734863, 1.2161", \
+            "0.047014, 0.120666, 0.176874, 0.276391, 0.447492, 0.735879, 1.21675", \
+            "0.063853, 0.138264, 0.189592, 0.284554, 0.452803, 0.73938, 1.21981" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.100553, 0.165033, 0.201213, 0.259171, 0.355489, 0.515701, 0.782203", \
+            "0.131804, 0.196942, 0.23306, 0.291116, 0.387456, 0.548023, 0.814058", \
+            "0.153553, 0.220067, 0.256482, 0.31468, 0.411171, 0.57123, 0.837844", \
+            "0.18601, 0.25557, 0.292401, 0.350942, 0.447564, 0.607951, 0.87445", \
+            "0.229472, 0.306266, 0.343796, 0.40263, 0.499519, 0.660145, 0.926723", \
+            "0.282862, 0.371853, 0.412092, 0.472445, 0.56862, 0.728643, 0.996356", \
+            "0.351107, 0.459021, 0.503041, 0.567354, 0.664991, 0.826321, 1.09324" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0217661, 0.0863577, 0.131632, 0.207816, 0.337295, 0.553977, 0.915459", \
+            "0.0224494, 0.0865603, 0.131669, 0.207898, 0.337486, 0.554752, 0.915538", \
+            "0.0239799, 0.0876387, 0.132448, 0.208513, 0.337608, 0.554753, 0.916176", \
+            "0.0279665, 0.0902996, 0.134515, 0.209767, 0.338388, 0.554754, 0.916177", \
+            "0.0352709, 0.0964024, 0.138512, 0.212375, 0.339946, 0.555844, 0.91637", \
+            "0.047311, 0.107861, 0.147933, 0.218822, 0.34323, 0.557492, 0.918132", \
+            "0.064673, 0.12952, 0.166472, 0.233589, 0.352914, 0.563188, 0.921498" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0846909, 0.155278, 0.199183, 0.271057, 0.390935, 0.59023, 0.922085", \
+            "0.117911, 0.188922, 0.232824, 0.304773, 0.424575, 0.62442, 0.95584", \
+            "0.142171, 0.214277, 0.258252, 0.330322, 0.450171, 0.649512, 0.981379", \
+            "0.17877, 0.252846, 0.296815, 0.3688, 0.488619, 0.687889, 1.01985", \
+            "0.232075, 0.311295, 0.355585, 0.427341, 0.546953, 0.74658, 1.07855", \
+            "0.304253, 0.394796, 0.439326, 0.510855, 0.629981, 0.829792, 1.16153", \
+            "0.400099, 0.509819, 0.556676, 0.629451, 0.749362, 0.949057, 1.28164" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207694, 0.106193, 0.16816, 0.271511, 0.444795, 0.733752, 1.21565", \
+            "0.0218347, 0.10652, 0.168345, 0.271572, 0.445184, 0.73486, 1.21566", \
+            "0.0237357, 0.107175, 0.168768, 0.271772, 0.445185, 0.734861, 1.21567", \
+            "0.0273948, 0.108728, 0.169711, 0.27241, 0.445419, 0.734862, 1.21568", \
+            "0.0351048, 0.112063, 0.171494, 0.273327, 0.446069, 0.734863, 1.2161", \
+            "0.047014, 0.120666, 0.176874, 0.276391, 0.447492, 0.735879, 1.21675", \
+            "0.063853, 0.138264, 0.189592, 0.284554, 0.452803, 0.73938, 1.21981" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.100553, 0.165033, 0.201213, 0.259171, 0.355489, 0.515701, 0.782203", \
+            "0.131804, 0.196942, 0.23306, 0.291116, 0.387456, 0.548023, 0.814058", \
+            "0.153553, 0.220067, 0.256482, 0.31468, 0.411171, 0.57123, 0.837844", \
+            "0.18601, 0.25557, 0.292401, 0.350942, 0.447564, 0.607951, 0.87445", \
+            "0.229472, 0.306266, 0.343796, 0.40263, 0.499519, 0.660145, 0.926723", \
+            "0.282862, 0.371853, 0.412092, 0.472445, 0.56862, 0.728643, 0.996356", \
+            "0.351107, 0.459021, 0.503041, 0.567354, 0.664991, 0.826321, 1.09324" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0217661, 0.0863577, 0.131632, 0.207816, 0.337295, 0.553977, 0.915459", \
+            "0.0224494, 0.0865603, 0.131669, 0.207898, 0.337486, 0.554752, 0.915538", \
+            "0.0239799, 0.0876387, 0.132448, 0.208513, 0.337608, 0.554753, 0.916176", \
+            "0.0279665, 0.0902996, 0.134515, 0.209767, 0.338388, 0.554754, 0.916177", \
+            "0.0352709, 0.0964024, 0.138512, 0.212375, 0.339946, 0.555844, 0.91637", \
+            "0.047311, 0.107861, 0.147933, 0.218822, 0.34323, 0.557492, 0.918132", \
+            "0.064673, 0.12952, 0.166472, 0.233589, 0.352914, 0.563188, 0.921498" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0528939, 0.119182, 0.162454, 0.234033, 0.353477, 0.552233, 0.883901", \
+            "0.0869486, 0.154797, 0.198204, 0.269648, 0.389098, 0.588219, 0.919637", \
+            "0.1082, 0.178382, 0.221807, 0.293328, 0.412742, 0.611809, 0.94361", \
+            "0.137853, 0.21279, 0.256154, 0.327663, 0.447181, 0.64617, 0.977618", \
+            "0.178423, 0.263195, 0.306937, 0.377996, 0.497731, 0.696729, 1.02797", \
+            "0.22932, 0.331993, 0.376173, 0.446838, 0.56613, 0.765371, 1.09687", \
+            "0.294517, 0.42102, 0.470715, 0.5439, 0.663556, 0.86313, 1.19448" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168012, 0.103028, 0.165454, 0.269372, 0.442627, 0.73154, 1.21363", \
+            "0.0209599, 0.103389, 0.165664, 0.269373, 0.442628, 0.731653, 1.21364", \
+            "0.0253741, 0.104253, 0.166082, 0.269403, 0.442629, 0.734354, 1.21365", \
+            "0.0332118, 0.106021, 0.167048, 0.26993, 0.442983, 0.734355, 1.21366", \
+            "0.0448106, 0.111133, 0.169618, 0.270834, 0.443647, 0.734356, 1.21376", \
+            "0.06215, 0.125035, 0.177501, 0.274667, 0.445416, 0.734357, 1.21461", \
+            "0.086056, 0.151496, 0.198213, 0.288027, 0.453128, 0.73813, 1.21746" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0901402, 0.154753, 0.190701, 0.248833, 0.345181, 0.505336, 0.771759", \
+            "0.12255, 0.187535, 0.223801, 0.282021, 0.378277, 0.538487, 0.805015", \
+            "0.146158, 0.212662, 0.249121, 0.307515, 0.404032, 0.564307, 0.83072", \
+            "0.180788, 0.24963, 0.286374, 0.344934, 0.441959, 0.602351, 0.869126", \
+            "0.228856, 0.303456, 0.340949, 0.39918, 0.496167, 0.656833, 0.923722", \
+            "0.291131, 0.376099, 0.414691, 0.472539, 0.569275, 0.729958, 0.997325", \
+            "0.370661, 0.475097, 0.517637, 0.578478, 0.676273, 0.835808, 1.10286" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021745, 0.0860411, 0.131368, 0.207862, 0.337284, 0.553981, 0.915943", \
+            "0.02288, 0.0867504, 0.13176, 0.207956, 0.337385, 0.554393, 0.915944", \
+            "0.02535, 0.0882862, 0.132949, 0.208724, 0.337638, 0.554501, 0.915945", \
+            "0.0306024, 0.0908951, 0.135161, 0.210668, 0.339348, 0.555075, 0.916365", \
+            "0.0395042, 0.0958256, 0.138901, 0.212829, 0.340998, 0.55705, 0.917562", \
+            "0.052767, 0.106833, 0.146355, 0.217239, 0.343286, 0.55874, 0.919798", \
+            "0.073311, 0.129287, 0.164092, 0.23035, 0.352455, 0.564149, 0.922437" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0498154, 0.114937, 0.158196, 0.229628, 0.349149, 0.547945, 0.879756", \
+            "0.0827074, 0.148486, 0.191867, 0.263517, 0.383039, 0.582319, 0.913635", \
+            "0.102932, 0.169501, 0.212956, 0.284504, 0.404073, 0.603149, 0.934777", \
+            "0.130932, 0.200617, 0.243565, 0.314982, 0.434528, 0.633725, 0.965353", \
+            "0.168826, 0.245235, 0.288113, 0.359237, 0.47846, 0.677203, 1.00881", \
+            "0.215055, 0.305853, 0.349075, 0.419949, 0.538972, 0.737363, 1.06882", \
+            "0.272577, 0.385325, 0.432215, 0.504229, 0.624892, 0.823884, 1.1553" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145354, 0.102843, 0.165446, 0.269078, 0.442431, 0.731383, 1.21345", \
+            "0.0175513, 0.103229, 0.165647, 0.269083, 0.442477, 0.731826, 1.2136", \
+            "0.0209645, 0.103821, 0.166032, 0.269353, 0.442656, 0.731827, 1.21361", \
+            "0.0270913, 0.105236, 0.166771, 0.270057, 0.443134, 0.731828, 1.2137", \
+            "0.0365614, 0.10895, 0.168561, 0.270935, 0.443978, 0.732551, 1.21371", \
+            "0.050671, 0.119395, 0.174716, 0.274059, 0.445696, 0.73384, 1.21454", \
+            "0.070469, 0.142838, 0.192275, 0.285459, 0.453136, 0.739018, 1.21785" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0800246, 0.143562, 0.179416, 0.237203, 0.333412, 0.49342, 0.759914", \
+            "0.111006, 0.175422, 0.211563, 0.269405, 0.365607, 0.525888, 0.791937", \
+            "0.132282, 0.198138, 0.234402, 0.292724, 0.388914, 0.548996, 0.81533", \
+            "0.162754, 0.231577, 0.26803, 0.326476, 0.423241, 0.583557, 0.849981", \
+            "0.204669, 0.280139, 0.317153, 0.374845, 0.47167, 0.631971, 0.899048", \
+            "0.259078, 0.346195, 0.384896, 0.44247, 0.538675, 0.699214, 0.965456", \
+            "0.329663, 0.43656, 0.478718, 0.539711, 0.638409, 0.798835, 1.06625" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207925, 0.08536, 0.130671, 0.207303, 0.336757, 0.553543, 0.915062", \
+            "0.0224934, 0.0862324, 0.131206, 0.207495, 0.336819, 0.553716, 0.915464", \
+            "0.0253508, 0.0880817, 0.132751, 0.208407, 0.337384, 0.554974, 0.915644", \
+            "0.0311814, 0.090809, 0.134899, 0.210517, 0.339055, 0.554975, 0.915677", \
+            "0.040437, 0.0966619, 0.139154, 0.212759, 0.340804, 0.556816, 0.917121", \
+            "0.054351, 0.107939, 0.147316, 0.217681, 0.343303, 0.558765, 0.91936", \
+            "0.075552, 0.132402, 0.166777, 0.232471, 0.353611, 0.564809, 0.922931" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0496051, 0.114695, 0.158042, 0.22935, 0.348786, 0.547797, 0.879471", \
+            "0.0824605, 0.148259, 0.191581, 0.263169, 0.38262, 0.581911, 0.913574", \
+            "0.102659, 0.169244, 0.21268, 0.284262, 0.403838, 0.602899, 0.939416", \
+            "0.130758, 0.200668, 0.243844, 0.315046, 0.434375, 0.633797, 0.965506", \
+            "0.169492, 0.246062, 0.28927, 0.359944, 0.478894, 0.677269, 1.00869", \
+            "0.219023, 0.309265, 0.352033, 0.423906, 0.542721, 0.740676, 1.07137", \
+            "0.281904, 0.393915, 0.441606, 0.513026, 0.63379, 0.832699, 1.16352" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145255, 0.10286, 0.165519, 0.269066, 0.442567, 0.731878, 1.21345", \
+            "0.0176246, 0.103261, 0.165648, 0.269094, 0.442568, 0.731879, 1.21346", \
+            "0.0210091, 0.10385, 0.166118, 0.269329, 0.442606, 0.73188, 1.21805", \
+            "0.0271025, 0.105236, 0.166753, 0.270058, 0.443054, 0.731881, 1.21806", \
+            "0.036444, 0.10897, 0.168717, 0.270782, 0.443847, 0.732409, 1.21807", \
+            "0.05007, 0.119527, 0.174622, 0.274298, 0.445788, 0.733743, 1.21808", \
+            "0.069686, 0.14193, 0.19231, 0.285183, 0.453001, 0.738914, 1.21809" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0660262, 0.125178, 0.16025, 0.217759, 0.313964, 0.473812, 0.74022", \
+            "0.0980845, 0.158215, 0.193653, 0.251258, 0.347414, 0.507241, 0.773717", \
+            "0.118572, 0.180234, 0.215876, 0.273715, 0.369861, 0.529694, 0.796023", \
+            "0.147064, 0.212352, 0.24788, 0.305935, 0.402464, 0.562669, 0.829007", \
+            "0.185302, 0.25751, 0.293669, 0.350916, 0.447325, 0.607241, 0.874261", \
+            "0.232611, 0.316941, 0.353717, 0.411608, 0.507763, 0.667672, 0.933586", \
+            "0.292192, 0.395935, 0.437205, 0.498254, 0.595509, 0.756203, 1.02256" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171853, 0.0820162, 0.128025, 0.205141, 0.335203, 0.552064, 0.914268", \
+            "0.019516, 0.0826805, 0.128392, 0.205374, 0.335324, 0.552082, 0.914269", \
+            "0.0225312, 0.0843139, 0.129607, 0.206184, 0.335607, 0.553923, 0.91427", \
+            "0.0283401, 0.0870369, 0.131478, 0.207813, 0.337006, 0.553924, 0.914382", \
+            "0.0375015, 0.092577, 0.135302, 0.209765, 0.338471, 0.55458, 0.915084", \
+            "0.05125, 0.104226, 0.142875, 0.214614, 0.34087, 0.556693, 0.916772", \
+            "0.071746, 0.127866, 0.162268, 0.229124, 0.351219, 0.563083, 0.921138" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0528939, 0.119182, 0.162454, 0.234033, 0.353477, 0.552233, 0.883901", \
+            "0.0869486, 0.154797, 0.198204, 0.269648, 0.389098, 0.588219, 0.919637", \
+            "0.1082, 0.178382, 0.221807, 0.293328, 0.412742, 0.611809, 0.94361", \
+            "0.137853, 0.21279, 0.256154, 0.327663, 0.447181, 0.64617, 0.977618", \
+            "0.178423, 0.263195, 0.306937, 0.377996, 0.497731, 0.696729, 1.02797", \
+            "0.22932, 0.331993, 0.376173, 0.446838, 0.56613, 0.765371, 1.09687", \
+            "0.294517, 0.42102, 0.470715, 0.5439, 0.663556, 0.86313, 1.19448" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168012, 0.103028, 0.165454, 0.269372, 0.442627, 0.73154, 1.21363", \
+            "0.0209599, 0.103389, 0.165664, 0.269373, 0.442628, 0.731653, 1.21364", \
+            "0.0253741, 0.104253, 0.166082, 0.269403, 0.442629, 0.734354, 1.21365", \
+            "0.0332118, 0.106021, 0.167048, 0.26993, 0.442983, 0.734355, 1.21366", \
+            "0.0448106, 0.111133, 0.169618, 0.270834, 0.443647, 0.734356, 1.21376", \
+            "0.06215, 0.125035, 0.177501, 0.274667, 0.445416, 0.734357, 1.21461", \
+            "0.086056, 0.151496, 0.198213, 0.288027, 0.453128, 0.73813, 1.21746" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0901402, 0.154753, 0.190701, 0.248833, 0.345181, 0.505336, 0.771759", \
+            "0.12255, 0.187535, 0.223801, 0.282021, 0.378277, 0.538487, 0.805015", \
+            "0.146158, 0.212662, 0.249121, 0.307515, 0.404032, 0.564307, 0.83072", \
+            "0.180788, 0.24963, 0.286374, 0.344934, 0.441959, 0.602351, 0.869126", \
+            "0.228856, 0.303456, 0.340949, 0.39918, 0.496167, 0.656833, 0.923722", \
+            "0.291131, 0.376099, 0.414691, 0.472539, 0.569275, 0.729958, 0.997325", \
+            "0.370661, 0.475097, 0.517637, 0.578478, 0.676273, 0.835808, 1.10286" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021745, 0.0860411, 0.131368, 0.207862, 0.337284, 0.553981, 0.915943", \
+            "0.02288, 0.0867504, 0.13176, 0.207956, 0.337385, 0.554393, 0.915944", \
+            "0.02535, 0.0882862, 0.132949, 0.208724, 0.337638, 0.554501, 0.915945", \
+            "0.0306024, 0.0908951, 0.135161, 0.210668, 0.339348, 0.555075, 0.916365", \
+            "0.0395042, 0.0958256, 0.138901, 0.212829, 0.340998, 0.55705, 0.917562", \
+            "0.052767, 0.106833, 0.146355, 0.217239, 0.343286, 0.55874, 0.919798", \
+            "0.073311, 0.129287, 0.164092, 0.23035, 0.352455, 0.564149, 0.922437" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00722073, 0.0075876, 0.0076497, 0.00762226, 0.00752737, 0.00735442, 0.00736644", \
+            "0.00694217, 0.00725151, 0.00735031, 0.00731746, 0.00737888, 0.00709724, 0.00700342", \
+            "0.00695608, 0.00717113, 0.00721414, 0.0073375, 0.00734056, 0.0070584, 0.00707711", \
+            "0.0071714, 0.00726683, 0.00730899, 0.00727009, 0.00733717, 0.00702976, 0.00710632", \
+            "0.00787279, 0.00776606, 0.0078334, 0.00785873, 0.00770759, 0.00766628, 0.00744724", \
+            "0.00960257, 0.00935574, 0.00935783, 0.00933434, 0.00934094, 0.00925601, 0.00869656", \
+            "0.0133851, 0.0127622, 0.0127095, 0.0125315, 0.0126603, 0.0125997, 0.0125197" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00826886, 0.00875679, 0.00876607, 0.00873231, 0.00865072, 0.00851124, 0.00816517", \
+            "0.00797786, 0.00845147, 0.00858772, 0.00853888, 0.00840588, 0.00825805, 0.00789418", \
+            "0.00794554, 0.00833299, 0.00837924, 0.00849827, 0.00836794, 0.00838813, 0.0078702", \
+            "0.0079691, 0.00829133, 0.00833101, 0.00834459, 0.00828253, 0.00825976, 0.00779575", \
+            "0.00833833, 0.00846142, 0.00854071, 0.00864244, 0.00862844, 0.00832689, 0.00870893", \
+            "0.00970206, 0.00962373, 0.00966709, 0.00980875, 0.00973148, 0.00981898, 0.00935918", \
+            "0.0133747, 0.0129264, 0.0128189, 0.0128561, 0.0130289, 0.0131509, 0.0131182" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00722073, 0.0075876, 0.0076497, 0.00762226, 0.00752737, 0.00735442, 0.00736644", \
+            "0.00694217, 0.00725151, 0.00735031, 0.00731746, 0.00737888, 0.00709724, 0.00700342", \
+            "0.00695608, 0.00717113, 0.00721414, 0.0073375, 0.00734056, 0.0070584, 0.00707711", \
+            "0.0071714, 0.00726683, 0.00730899, 0.00727009, 0.00733717, 0.00702976, 0.00710632", \
+            "0.00787279, 0.00776606, 0.0078334, 0.00785873, 0.00770759, 0.00766628, 0.00744724", \
+            "0.00960257, 0.00935574, 0.00935783, 0.00933434, 0.00934094, 0.00925601, 0.00869656", \
+            "0.0133851, 0.0127622, 0.0127095, 0.0125315, 0.0126603, 0.0125997, 0.0125197" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00826886, 0.00875679, 0.00876607, 0.00873231, 0.00865072, 0.00851124, 0.00816517", \
+            "0.00797786, 0.00845147, 0.00858772, 0.00853888, 0.00840588, 0.00825805, 0.00789418", \
+            "0.00794554, 0.00833299, 0.00837924, 0.00849827, 0.00836794, 0.00838813, 0.0078702", \
+            "0.0079691, 0.00829133, 0.00833101, 0.00834459, 0.00828253, 0.00825976, 0.00779575", \
+            "0.00833833, 0.00846142, 0.00854071, 0.00864244, 0.00862844, 0.00832689, 0.00870893", \
+            "0.00970206, 0.00962373, 0.00966709, 0.00980875, 0.00973148, 0.00981898, 0.00935918", \
+            "0.0133747, 0.0129264, 0.0128189, 0.0128561, 0.0130289, 0.0131509, 0.0131182" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00864718, 0.00900555, 0.00904441, 0.00904118, 0.00894206, 0.00875503, 0.00873544", \
+            "0.00842182, 0.00876652, 0.00883823, 0.008835, 0.00874414, 0.00862423, 0.00852", \
+            "0.00837736, 0.00862928, 0.00867905, 0.00887786, 0.00877419, 0.00846597, 0.00851766", \
+            "0.00842359, 0.00860325, 0.0086355, 0.00856522, 0.00870798, 0.00856766, 0.00830821", \
+            "0.00883553, 0.0088274, 0.00892077, 0.00896782, 0.00884241, 0.00881374, 0.00857024", \
+            "0.01016, 0.0100342, 0.0100402, 0.0100069, 0.00999238, 0.0100191, 0.00944748", \
+            "0.0134795, 0.0130245, 0.0129626, 0.0128329, 0.0128895, 0.0129152, 0.012911" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00822127, 0.00865573, 0.00870038, 0.00868979, 0.00862531, 0.00843336, 0.00818403", \
+            "0.00806641, 0.00852112, 0.00862848, 0.00867253, 0.00851552, 0.00845223, 0.00801949", \
+            "0.00805051, 0.00842061, 0.00847022, 0.00860396, 0.0084234, 0.00826067, 0.00806684", \
+            "0.00810806, 0.0083659, 0.00844583, 0.00838376, 0.00838034, 0.00841044, 0.0083789", \
+            "0.00845125, 0.0085929, 0.00860936, 0.00873372, 0.00872775, 0.00848573, 0.00855354", \
+            "0.00966846, 0.00957566, 0.00966643, 0.00978927, 0.00976803, 0.00971374, 0.00940383", \
+            "0.0131447, 0.0126376, 0.0125824, 0.0127241, 0.0125861, 0.0126704, 0.0125997" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00864718, 0.00900555, 0.00904441, 0.00904118, 0.00894206, 0.00875503, 0.00873544", \
+            "0.00842182, 0.00876652, 0.00883823, 0.008835, 0.00874414, 0.00862423, 0.00852", \
+            "0.00837736, 0.00862928, 0.00867905, 0.00887786, 0.00877419, 0.00846597, 0.00851766", \
+            "0.00842359, 0.00860325, 0.0086355, 0.00856522, 0.00870798, 0.00856766, 0.00830821", \
+            "0.00883553, 0.0088274, 0.00892077, 0.00896782, 0.00884241, 0.00881374, 0.00857024", \
+            "0.01016, 0.0100342, 0.0100402, 0.0100069, 0.00999238, 0.0100191, 0.00944748", \
+            "0.0134795, 0.0130245, 0.0129626, 0.0128329, 0.0128895, 0.0129152, 0.012911" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00822127, 0.00865573, 0.00870038, 0.00868979, 0.00862531, 0.00843336, 0.00818403", \
+            "0.00806641, 0.00852112, 0.00862848, 0.00867253, 0.00851552, 0.00845223, 0.00801949", \
+            "0.00805051, 0.00842061, 0.00847022, 0.00860396, 0.0084234, 0.00826067, 0.00806684", \
+            "0.00810806, 0.0083659, 0.00844583, 0.00838376, 0.00838034, 0.00841044, 0.0083789", \
+            "0.00845125, 0.0085929, 0.00860936, 0.00873372, 0.00872775, 0.00848573, 0.00855354", \
+            "0.00966846, 0.00957566, 0.00966643, 0.00978927, 0.00976803, 0.00971374, 0.00940383", \
+            "0.0131447, 0.0126376, 0.0125824, 0.0127241, 0.0125861, 0.0126704, 0.0125997" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00760781, 0.00802568, 0.00800331, 0.00797634, 0.00786822, 0.00761071, 0.00764016", \
+            "0.0072531, 0.00759704, 0.00772008, 0.0076277, 0.00750664, 0.00731317, 0.00726638", \
+            "0.00724433, 0.0075595, 0.00758154, 0.00767134, 0.00753133, 0.00751581, 0.00724477", \
+            "0.00751139, 0.0077339, 0.00779443, 0.00772998, 0.00784382, 0.00764758, 0.00761929", \
+            "0.00832393, 0.00837884, 0.00848253, 0.00852349, 0.00844243, 0.0083907, 0.00815304", \
+            "0.0103356, 0.0101281, 0.010094, 0.0101108, 0.010194, 0.0102266, 0.00976317", \
+            "0.0146695, 0.0139175, 0.013915, 0.013843, 0.0138882, 0.0139328, 0.0139132" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00640855, 0.0068435, 0.0068679, 0.00684218, 0.00675628, 0.00664921, 0.00636374", \
+            "0.00617945, 0.00657327, 0.00671896, 0.00667566, 0.00658098, 0.00648258, 0.00610237", \
+            "0.00629153, 0.00658229, 0.00661523, 0.00673664, 0.00658997, 0.00651815, 0.00615044", \
+            "0.0065711, 0.00676363, 0.00682169, 0.00677808, 0.00673488, 0.00681726, 0.0062859", \
+            "0.00736446, 0.00736404, 0.00746196, 0.00751792, 0.00750279, 0.0072417, 0.00754197", \
+            "0.00925591, 0.00902674, 0.00908441, 0.00902085, 0.00907369, 0.00917096, 0.00874302", \
+            "0.0134056, 0.0127218, 0.0126697, 0.0126368, 0.0125626, 0.0126551, 0.0126316" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00620756, 0.00662163, 0.00660251, 0.00654434, 0.0064401, 0.00617111, 0.00628781", \
+            "0.00587475, 0.00618935, 0.00632974, 0.00624217, 0.00610375, 0.00594197, 0.00587048", \
+            "0.00583735, 0.0060835, 0.00608952, 0.00624636, 0.00606104, 0.00582976, 0.00587291", \
+            "0.00610125, 0.00631704, 0.00634502, 0.00624492, 0.00632399, 0.00613769, 0.00600109", \
+            "0.0068793, 0.00694378, 0.00697875, 0.0070423, 0.00686923, 0.00682779, 0.00682154", \
+            "0.00883891, 0.00871201, 0.0086784, 0.00872225, 0.0087514, 0.00870899, 0.00825019", \
+            "0.0130382, 0.0125209, 0.0125013, 0.012462, 0.0124913, 0.012461, 0.0124555" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0063055, 0.00675166, 0.00676822, 0.0067539, 0.00668704, 0.00651375, 0.00614337", \
+            "0.0060847, 0.00649405, 0.00661797, 0.00655074, 0.00647019, 0.00636546, 0.00608867", \
+            "0.00618887, 0.0064504, 0.00652549, 0.00662246, 0.00653283, 0.00647311, 0.00610635", \
+            "0.00651756, 0.00675378, 0.00680215, 0.00674266, 0.00667759, 0.00672371, 0.00673249", \
+            "0.00735151, 0.00742811, 0.00753749, 0.00753241, 0.0075072, 0.00715618, 0.00759951", \
+            "0.00934505, 0.00911953, 0.00922296, 0.00910055, 0.00912809, 0.0092583, 0.00850121", \
+            "0.0136154, 0.012915, 0.0128477, 0.0128, 0.0128413, 0.0129086, 0.013" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0061412, 0.0065501, 0.00655151, 0.0064836, 0.00635289, 0.00614788, 0.00622352", \
+            "0.00579136, 0.00613839, 0.00627015, 0.00622363, 0.00603012, 0.00588246, 0.00581825", \
+            "0.00579832, 0.00602943, 0.00604468, 0.00620427, 0.00600811, 0.00578353, 0.00631586", \
+            "0.00608546, 0.00631913, 0.0063572, 0.00629374, 0.00629643, 0.00602957, 0.00613546", \
+            "0.00693327, 0.00700631, 0.0070966, 0.00708757, 0.00690896, 0.00681263, 0.00655355", \
+            "0.00890071, 0.00881047, 0.00875789, 0.00887572, 0.00889172, 0.00881496, 0.00819774", \
+            "0.0133276, 0.0127849, 0.0128393, 0.0127641, 0.012791, 0.012763, 0.0126885" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00632124, 0.00683005, 0.00682827, 0.00679494, 0.00672593, 0.00655221, 0.00627119", \
+            "0.006104, 0.00651692, 0.00661516, 0.0066072, 0.00651879, 0.00634948, 0.00601735", \
+            "0.00619204, 0.00652727, 0.00654219, 0.00662638, 0.00664939, 0.00660615, 0.00602176", \
+            "0.0065326, 0.0068304, 0.00687604, 0.00686891, 0.00679679, 0.00704454, 0.00700732", \
+            "0.00737933, 0.00752558, 0.00766521, 0.00765116, 0.00764954, 0.00735366, 0.00765314", \
+            "0.00943304, 0.00929154, 0.00930124, 0.00926686, 0.00936674, 0.00942053, 0.00876654", \
+            "0.0138922, 0.0132721, 0.0131765, 0.0132394, 0.0132688, 0.0132918, 0.0131856" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0061412, 0.0065501, 0.00655151, 0.0064836, 0.00635289, 0.00614788, 0.00622352", \
+            "0.00579136, 0.00613839, 0.00627015, 0.00622363, 0.00603012, 0.00588246, 0.00581825", \
+            "0.00579832, 0.00602943, 0.00604468, 0.00620427, 0.00600811, 0.00578353, 0.00631586", \
+            "0.00608546, 0.00631913, 0.0063572, 0.00629374, 0.00629643, 0.00602957, 0.00613546", \
+            "0.00693327, 0.00700631, 0.0070966, 0.00708757, 0.00690896, 0.00681263, 0.00655355", \
+            "0.00890071, 0.00881047, 0.00875789, 0.00887572, 0.00889172, 0.00881496, 0.00819774", \
+            "0.0133276, 0.0127849, 0.0128393, 0.0127641, 0.012791, 0.012763, 0.0126885" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0063055, 0.00675166, 0.00676822, 0.0067539, 0.00668704, 0.00651375, 0.00614337", \
+            "0.0060847, 0.00649405, 0.00661797, 0.00655074, 0.00647019, 0.00636546, 0.00608867", \
+            "0.00618887, 0.0064504, 0.00652549, 0.00662246, 0.00653283, 0.00647311, 0.00610635", \
+            "0.00651756, 0.00675378, 0.00680215, 0.00674266, 0.00667759, 0.00672371, 0.00673249", \
+            "0.00735151, 0.00742811, 0.00753749, 0.00753241, 0.0075072, 0.00715618, 0.00759951", \
+            "0.00934505, 0.00911953, 0.00922296, 0.00910055, 0.00912809, 0.0092583, 0.00850121", \
+            "0.0136154, 0.012915, 0.0128477, 0.0128, 0.0128413, 0.0129086, 0.013" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00271758;
+      rise_capacitance : 0.00270998;
+      rise_capacitance_range (0.00251337, 0.00285989);
+      fall_capacitance : 0.00272519;
+      fall_capacitance_range (0.00238472, 0.00305468);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00280734;
+      rise_capacitance : 0.00285139;
+      rise_capacitance_range (0.00250725, 0.00312209);
+      fall_capacitance : 0.00276328;
+      fall_capacitance_range (0.00247279, 0.00305635);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00263163;
+      rise_capacitance : 0.00269596;
+      rise_capacitance_range (0.00230222, 0.00296336);
+      fall_capacitance : 0.00256731;
+      fall_capacitance_range (0.00232595, 0.00277741);
+    }
+  }
+  cell (sg13g2_a21o_2) {
+    area : 14.5152;
+    cell_footprint : "a21o";
+    cell_leakage_power : 224.289;
+    leakage_power () {
+      value : 250.004;
+      when : "!A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 271.21;
+      when : "!A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 246.768;
+      when : "A1&!A2&!B1";
+    }
+    leakage_power () {
+      value : 225.351;
+      when : "A1&A2&!B1";
+    }
+    leakage_power () {
+      value : 202.115;
+      when : "!A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 207.685;
+      when : "!A1&A2&B1";
+    }
+    leakage_power () {
+      value : 207.685;
+      when : "A1&!A2&B1";
+    }
+    leakage_power () {
+      value : 183.491;
+      when : "A1&A2&B1";
+    }
+    pin (X) {
+      direction : "output";
+      function : "((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.086373, 0.163742, 0.207895, 0.279991, 0.399906, 0.599456, 0.931695", \
+            "0.124011, 0.201969, 0.246074, 0.318142, 0.438135, 0.637688, 0.96962", \
+            "0.15128, 0.230672, 0.274911, 0.34687, 0.466813, 0.66628, 0.998691", \
+            "0.191153, 0.274413, 0.318119, 0.390122, 0.510228, 0.709647, 1.04166", \
+            "0.247527, 0.33768, 0.38157, 0.453184, 0.572455, 0.771803, 1.10415", \
+            "0.322095, 0.427355, 0.471834, 0.543066, 0.661194, 0.859911, 1.19127", \
+            "0.417201, 0.544428, 0.592825, 0.664228, 0.783333, 0.980771, 1.31165" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0215009, 0.108063, 0.169609, 0.272748, 0.446026, 0.735327, 1.21752", \
+            "0.023398, 0.108489, 0.169889, 0.272812, 0.446532, 0.73576, 1.21753", \
+            "0.0268034, 0.109555, 0.17056, 0.273178, 0.446533, 0.735761, 1.21807", \
+            "0.0329368, 0.112223, 0.171906, 0.274104, 0.446998, 0.735762, 1.21865", \
+            "0.0437992, 0.1172, 0.174986, 0.275763, 0.44802, 0.7368, 1.21866", \
+            "0.060722, 0.130504, 0.18335, 0.279962, 0.449922, 0.738238, 1.21952", \
+            "0.085576, 0.156881, 0.202672, 0.291578, 0.457119, 0.741648, 1.22228" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.116168, 0.192407, 0.229488, 0.288029, 0.384164, 0.543484, 0.80847", \
+            "0.146876, 0.22352, 0.260912, 0.319453, 0.415567, 0.576012, 0.84003", \
+            "0.169711, 0.247857, 0.285371, 0.344156, 0.440368, 0.599791, 0.864857", \
+            "0.205754, 0.287643, 0.325571, 0.384699, 0.480992, 0.640391, 0.905415", \
+            "0.256918, 0.346314, 0.385336, 0.444917, 0.541327, 0.700833, 0.966044", \
+            "0.324614, 0.427211, 0.469355, 0.530949, 0.627191, 0.786319, 1.05097", \
+            "0.416294, 0.53964, 0.586544, 0.653373, 0.752429, 0.912478, 1.17771" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0267361, 0.0943709, 0.138304, 0.212933, 0.340806, 0.555758, 0.915272", \
+            "0.0272562, 0.0943719, 0.138393, 0.21294, 0.341003, 0.556612, 0.915273", \
+            "0.029236, 0.095466, 0.139178, 0.213645, 0.341004, 0.556613, 0.915733", \
+            "0.033643, 0.0993022, 0.142233, 0.215352, 0.342164, 0.556614, 0.915734", \
+            "0.0429467, 0.10668, 0.148197, 0.219649, 0.344758, 0.5577, 0.916668", \
+            "0.058702, 0.121219, 0.161168, 0.229186, 0.350296, 0.560727, 0.918139", \
+            "0.083314, 0.149766, 0.185612, 0.250049, 0.364459, 0.569796, 0.923173" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.086373, 0.163742, 0.207895, 0.279991, 0.399906, 0.599456, 0.931695", \
+            "0.124011, 0.201969, 0.246074, 0.318142, 0.438135, 0.637688, 0.96962", \
+            "0.15128, 0.230672, 0.274911, 0.34687, 0.466813, 0.66628, 0.998691", \
+            "0.191153, 0.274413, 0.318119, 0.390122, 0.510228, 0.709647, 1.04166", \
+            "0.247527, 0.33768, 0.38157, 0.453184, 0.572455, 0.771803, 1.10415", \
+            "0.322095, 0.427355, 0.471834, 0.543066, 0.661194, 0.859911, 1.19127", \
+            "0.417201, 0.544428, 0.592825, 0.664228, 0.783333, 0.980771, 1.31165" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0215009, 0.108063, 0.169609, 0.272748, 0.446026, 0.735327, 1.21752", \
+            "0.023398, 0.108489, 0.169889, 0.272812, 0.446532, 0.73576, 1.21753", \
+            "0.0268034, 0.109555, 0.17056, 0.273178, 0.446533, 0.735761, 1.21807", \
+            "0.0329368, 0.112223, 0.171906, 0.274104, 0.446998, 0.735762, 1.21865", \
+            "0.0437992, 0.1172, 0.174986, 0.275763, 0.44802, 0.7368, 1.21866", \
+            "0.060722, 0.130504, 0.18335, 0.279962, 0.449922, 0.738238, 1.21952", \
+            "0.085576, 0.156881, 0.202672, 0.291578, 0.457119, 0.741648, 1.22228" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.116168, 0.192407, 0.229488, 0.288029, 0.384164, 0.543484, 0.80847", \
+            "0.146876, 0.22352, 0.260912, 0.319453, 0.415567, 0.576012, 0.84003", \
+            "0.169711, 0.247857, 0.285371, 0.344156, 0.440368, 0.599791, 0.864857", \
+            "0.205754, 0.287643, 0.325571, 0.384699, 0.480992, 0.640391, 0.905415", \
+            "0.256918, 0.346314, 0.385336, 0.444917, 0.541327, 0.700833, 0.966044", \
+            "0.324614, 0.427211, 0.469355, 0.530949, 0.627191, 0.786319, 1.05097", \
+            "0.416294, 0.53964, 0.586544, 0.653373, 0.752429, 0.912478, 1.17771" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0267361, 0.0943709, 0.138304, 0.212933, 0.340806, 0.555758, 0.915272", \
+            "0.0272562, 0.0943719, 0.138393, 0.21294, 0.341003, 0.556612, 0.915273", \
+            "0.029236, 0.095466, 0.139178, 0.213645, 0.341004, 0.556613, 0.915733", \
+            "0.033643, 0.0993022, 0.142233, 0.215352, 0.342164, 0.556614, 0.915734", \
+            "0.0429467, 0.10668, 0.148197, 0.219649, 0.344758, 0.5577, 0.916668", \
+            "0.058702, 0.121219, 0.161168, 0.229186, 0.350296, 0.560727, 0.918139", \
+            "0.083314, 0.149766, 0.185612, 0.250049, 0.364459, 0.569796, 0.923173" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "B1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B1";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0900747, 0.167416, 0.211549, 0.283616, 0.403707, 0.603208, 0.934935", \
+            "0.124156, 0.202096, 0.246234, 0.318293, 0.438209, 0.637695, 0.969691", \
+            "0.149722, 0.229063, 0.273381, 0.345436, 0.465369, 0.66495, 0.996824", \
+            "0.188454, 0.271042, 0.315094, 0.387195, 0.507055, 0.706463, 1.0386", \
+            "0.245533, 0.334261, 0.378575, 0.450272, 0.570085, 0.769418, 1.10161", \
+            "0.321702, 0.424072, 0.469333, 0.54099, 0.65999, 0.859163, 1.19016", \
+            "0.418851, 0.542019, 0.590278, 0.66265, 0.783008, 0.982274, 1.31298" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0215106, 0.108027, 0.169629, 0.272709, 0.446022, 0.735348, 1.21742", \
+            "0.0226418, 0.10837, 0.169857, 0.272788, 0.448124, 0.735773, 1.21743", \
+            "0.0248264, 0.109305, 0.170249, 0.273018, 0.448125, 0.735774, 1.21784", \
+            "0.0290274, 0.111611, 0.171552, 0.273743, 0.448126, 0.735775, 1.21785", \
+            "0.0377914, 0.115945, 0.174412, 0.275202, 0.448127, 0.736194, 1.21786", \
+            "0.052462, 0.127661, 0.181676, 0.279467, 0.449385, 0.737657, 1.21874", \
+            "0.074337, 0.150666, 0.198811, 0.290624, 0.455878, 0.741297, 1.22199" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.125686, 0.20309, 0.240472, 0.299287, 0.395544, 0.555108, 0.820235", \
+            "0.157745, 0.235208, 0.272843, 0.331811, 0.428148, 0.587693, 0.852965", \
+            "0.181923, 0.260682, 0.298425, 0.357373, 0.453859, 0.613546, 0.879225", \
+            "0.220643, 0.302597, 0.340748, 0.400041, 0.496714, 0.656309, 0.921652", \
+            "0.276506, 0.365277, 0.404699, 0.464447, 0.561327, 0.721176, 0.986744", \
+            "0.351383, 0.452572, 0.494407, 0.556506, 0.653205, 0.812405, 1.07823", \
+            "0.454131, 0.574304, 0.621021, 0.686321, 0.785019, 0.94519, 1.20977" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0277813, 0.0953203, 0.139214, 0.213719, 0.341288, 0.556245, 0.915682", \
+            "0.0282054, 0.0953213, 0.139215, 0.21372, 0.341572, 0.556356, 0.915696", \
+            "0.0298326, 0.0962664, 0.140026, 0.214341, 0.341641, 0.55666, 0.916376", \
+            "0.0336902, 0.0995294, 0.142434, 0.215925, 0.342622, 0.55691, 0.916377", \
+            "0.0422284, 0.106228, 0.147718, 0.219719, 0.345057, 0.55823, 0.916511", \
+            "0.056931, 0.119597, 0.159079, 0.228302, 0.349663, 0.561032, 0.919004", \
+            "0.079404, 0.144704, 0.181256, 0.24592, 0.361858, 0.5681, 0.923317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0900747, 0.167416, 0.211549, 0.283616, 0.403707, 0.603208, 0.934935", \
+            "0.124156, 0.202096, 0.246234, 0.318293, 0.438209, 0.637695, 0.969691", \
+            "0.149722, 0.229063, 0.273381, 0.345436, 0.465369, 0.66495, 0.996824", \
+            "0.188454, 0.271042, 0.315094, 0.387195, 0.507055, 0.706463, 1.0386", \
+            "0.245533, 0.334261, 0.378575, 0.450272, 0.570085, 0.769418, 1.10161", \
+            "0.321702, 0.424072, 0.469333, 0.54099, 0.65999, 0.859163, 1.19016", \
+            "0.418851, 0.542019, 0.590278, 0.66265, 0.783008, 0.982274, 1.31298" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0215106, 0.108027, 0.169629, 0.272709, 0.446022, 0.735348, 1.21742", \
+            "0.0226418, 0.10837, 0.169857, 0.272788, 0.448124, 0.735773, 1.21743", \
+            "0.0248264, 0.109305, 0.170249, 0.273018, 0.448125, 0.735774, 1.21784", \
+            "0.0290274, 0.111611, 0.171552, 0.273743, 0.448126, 0.735775, 1.21785", \
+            "0.0377914, 0.115945, 0.174412, 0.275202, 0.448127, 0.736194, 1.21786", \
+            "0.052462, 0.127661, 0.181676, 0.279467, 0.449385, 0.737657, 1.21874", \
+            "0.074337, 0.150666, 0.198811, 0.290624, 0.455878, 0.741297, 1.22199" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.125686, 0.20309, 0.240472, 0.299287, 0.395544, 0.555108, 0.820235", \
+            "0.157745, 0.235208, 0.272843, 0.331811, 0.428148, 0.587693, 0.852965", \
+            "0.181923, 0.260682, 0.298425, 0.357373, 0.453859, 0.613546, 0.879225", \
+            "0.220643, 0.302597, 0.340748, 0.400041, 0.496714, 0.656309, 0.921652", \
+            "0.276506, 0.365277, 0.404699, 0.464447, 0.561327, 0.721176, 0.986744", \
+            "0.351383, 0.452572, 0.494407, 0.556506, 0.653205, 0.812405, 1.07823", \
+            "0.454131, 0.574304, 0.621021, 0.686321, 0.785019, 0.94519, 1.20977" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0277813, 0.0953203, 0.139214, 0.213719, 0.341288, 0.556245, 0.915682", \
+            "0.0282054, 0.0953213, 0.139215, 0.21372, 0.341572, 0.556356, 0.915696", \
+            "0.0298326, 0.0962664, 0.140026, 0.214341, 0.341641, 0.55666, 0.916376", \
+            "0.0336902, 0.0995294, 0.142434, 0.215925, 0.342622, 0.55691, 0.916377", \
+            "0.0422284, 0.106228, 0.147718, 0.219719, 0.345057, 0.55823, 0.916511", \
+            "0.056931, 0.119597, 0.159079, 0.228302, 0.349663, 0.561032, 0.919004", \
+            "0.079404, 0.144704, 0.181256, 0.24592, 0.361858, 0.5681, 0.923317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0559497, 0.12724, 0.17081, 0.242175, 0.36196, 0.560816, 0.892593", \
+            "0.0929691, 0.166065, 0.209562, 0.281141, 0.400751, 0.600104, 0.931839", \
+            "0.116477, 0.192599, 0.236003, 0.307683, 0.427082, 0.626309, 0.957979", \
+            "0.149992, 0.231848, 0.275204, 0.346753, 0.466108, 0.665143, 0.996747", \
+            "0.194783, 0.289152, 0.332659, 0.402665, 0.522355, 0.72104, 1.05255", \
+            "0.253014, 0.365763, 0.410453, 0.481273, 0.60012, 0.798802, 1.12994", \
+            "0.320833, 0.45917, 0.509828, 0.582856, 0.70126, 0.899813, 1.23009" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.016192, 0.103093, 0.165685, 0.269105, 0.442741, 0.732168, 1.21414", \
+            "0.0204427, 0.103617, 0.165736, 0.269106, 0.442784, 0.732619, 1.21424", \
+            "0.0249219, 0.104661, 0.166232, 0.269403, 0.442785, 0.73262, 1.21425", \
+            "0.0330496, 0.107296, 0.167521, 0.270096, 0.443166, 0.732621, 1.21449", \
+            "0.0461602, 0.113957, 0.171222, 0.271668, 0.444165, 0.732801, 1.21465", \
+            "0.065889, 0.130714, 0.181219, 0.276721, 0.446288, 0.734326, 1.21536", \
+            "0.094866, 0.16315, 0.207337, 0.29277, 0.454593, 0.738613, 1.2187" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.115742, 0.192986, 0.230511, 0.289391, 0.385788, 0.54522, 0.810655", \
+            "0.149941, 0.227516, 0.265274, 0.324005, 0.420364, 0.579928, 0.845227", \
+            "0.178189, 0.256936, 0.294778, 0.353806, 0.450244, 0.609934, 0.875512", \
+            "0.22224, 0.304, 0.342307, 0.401561, 0.498548, 0.658077, 0.923262", \
+            "0.286188, 0.374864, 0.413435, 0.472844, 0.569997, 0.729655, 0.995111", \
+            "0.370218, 0.47259, 0.513177, 0.573471, 0.669363, 0.828794, 1.09364", \
+            "0.48882, 0.610681, 0.655112, 0.717902, 0.815546, 0.975352, 1.23948" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0277892, 0.0952589, 0.139215, 0.213982, 0.341255, 0.556352, 0.915679", \
+            "0.0285897, 0.0953117, 0.139307, 0.213983, 0.341538, 0.556353, 0.915688", \
+            "0.0312712, 0.0967286, 0.140269, 0.214474, 0.341674, 0.556569, 0.916181", \
+            "0.0374329, 0.10048, 0.143194, 0.216668, 0.343113, 0.557026, 0.916234", \
+            "0.0492352, 0.107469, 0.148466, 0.220346, 0.345926, 0.559176, 0.917192", \
+            "0.067113, 0.122604, 0.16063, 0.228743, 0.350221, 0.561765, 0.920247", \
+            "0.093573, 0.151179, 0.184166, 0.245446, 0.361401, 0.56824, 0.923865" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0537245, 0.123041, 0.166554, 0.238171, 0.35757, 0.55672, 0.888425", \
+            "0.0902049, 0.160486, 0.203971, 0.27572, 0.395229, 0.595131, 0.926309", \
+            "0.113063, 0.184878, 0.228554, 0.300041, 0.419464, 0.618487, 0.950497", \
+            "0.145295, 0.22131, 0.264263, 0.335201, 0.454666, 0.654095, 0.985151", \
+            "0.187572, 0.27456, 0.316582, 0.386663, 0.505642, 0.704147, 1.03607", \
+            "0.242175, 0.344293, 0.387162, 0.458142, 0.576316, 0.774047, 1.10432", \
+            "0.302763, 0.428955, 0.476504, 0.548469, 0.668193, 0.865167, 1.19567" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.013914, 0.102997, 0.16546, 0.269208, 0.442712, 0.732059, 1.21448", \
+            "0.0175342, 0.10331, 0.165627, 0.269209, 0.442944, 0.732755, 1.21449", \
+            "0.0214296, 0.104199, 0.166097, 0.269414, 0.442945, 0.732756, 1.2145", \
+            "0.028539, 0.10624, 0.167191, 0.270148, 0.443424, 0.732757, 1.21451", \
+            "0.0398318, 0.112379, 0.170069, 0.271442, 0.444233, 0.733073, 1.21452", \
+            "0.056807, 0.126074, 0.178561, 0.276116, 0.446341, 0.734538, 1.21557", \
+            "0.082698, 0.155526, 0.200018, 0.289795, 0.455056, 0.739475, 1.21895" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.10414, 0.18043, 0.217395, 0.275925, 0.372257, 0.531531, 0.796828", \
+            "0.137718, 0.214255, 0.251684, 0.31029, 0.406522, 0.56587, 0.831006", \
+            "0.164362, 0.242434, 0.280013, 0.338776, 0.435112, 0.594443, 0.859686", \
+            "0.204871, 0.286527, 0.324118, 0.383205, 0.479612, 0.639184, 0.904185", \
+            "0.263002, 0.35204, 0.390325, 0.449387, 0.545532, 0.704634, 0.969532", \
+            "0.340412, 0.442848, 0.48361, 0.542992, 0.639147, 0.797651, 1.06183", \
+            "0.449185, 0.571567, 0.616957, 0.680194, 0.777425, 0.936506, 1.20061" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0267668, 0.0942981, 0.138418, 0.213107, 0.340618, 0.555687, 0.915215", \
+            "0.0279288, 0.0944631, 0.138498, 0.213217, 0.34126, 0.556064, 0.915216", \
+            "0.0310956, 0.0961967, 0.139644, 0.213854, 0.341261, 0.556065, 0.91582", \
+            "0.0378966, 0.100519, 0.143225, 0.216398, 0.342797, 0.556658, 0.915821", \
+            "0.0504114, 0.107916, 0.148782, 0.220325, 0.345675, 0.558889, 0.917681", \
+            "0.068775, 0.124287, 0.161695, 0.228489, 0.350415, 0.561628, 0.919687", \
+            "0.096647, 0.155257, 0.187108, 0.248042, 0.36261, 0.56915, 0.923431" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0535385, 0.122843, 0.166353, 0.23797, 0.357367, 0.556536, 0.888314", \
+            "0.08981, 0.160176, 0.203679, 0.275264, 0.394791, 0.594842, 0.925981", \
+            "0.112774, 0.184531, 0.227942, 0.299635, 0.4192, 0.618223, 0.950237", \
+            "0.144782, 0.220933, 0.263773, 0.334741, 0.453986, 0.653123, 0.98471", \
+            "0.188456, 0.274311, 0.316487, 0.387097, 0.505825, 0.704722, 1.03632", \
+            "0.24422, 0.346098, 0.389182, 0.460105, 0.578169, 0.775722, 1.10611", \
+            "0.310895, 0.436251, 0.484299, 0.555874, 0.675267, 0.872405, 1.20305" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0139162, 0.103001, 0.165467, 0.269285, 0.442718, 0.732058, 1.21448", \
+            "0.0175888, 0.103331, 0.165658, 0.269286, 0.442833, 0.732796, 1.21449", \
+            "0.0214585, 0.1042, 0.166121, 0.269407, 0.442834, 0.732797, 1.2145", \
+            "0.0286142, 0.106263, 0.167265, 0.270072, 0.443271, 0.732798, 1.21451", \
+            "0.0396897, 0.112405, 0.170219, 0.27137, 0.444292, 0.733072, 1.21452", \
+            "0.056508, 0.125862, 0.178524, 0.276047, 0.446351, 0.734494, 1.21588", \
+            "0.081722, 0.154199, 0.200531, 0.289704, 0.454867, 0.739369, 1.21885" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0837855, 0.152712, 0.188583, 0.24646, 0.342353, 0.501543, 0.766619", \
+            "0.119557, 0.189253, 0.225413, 0.283239, 0.379016, 0.538234, 0.803338", \
+            "0.145485, 0.217015, 0.253422, 0.311383, 0.407292, 0.566644, 0.831496", \
+            "0.183661, 0.259269, 0.295764, 0.353828, 0.449563, 0.608794, 0.873919", \
+            "0.237323, 0.32142, 0.358804, 0.416713, 0.5125, 0.67111, 0.936118", \
+            "0.308244, 0.405591, 0.444954, 0.503645, 0.598115, 0.756563, 1.02054", \
+            "0.402207, 0.520997, 0.565224, 0.627193, 0.723218, 0.882681, 1.14554" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0214018, 0.087533, 0.132403, 0.208639, 0.337137, 0.552633, 0.912221", \
+            "0.0231564, 0.0880685, 0.132781, 0.20864, 0.337274, 0.552695, 0.912222", \
+            "0.0267678, 0.0897949, 0.13397, 0.209241, 0.337463, 0.552915, 0.912474", \
+            "0.0339726, 0.0938846, 0.137109, 0.211216, 0.338677, 0.553508, 0.912475", \
+            "0.0458751, 0.101779, 0.142784, 0.214824, 0.340995, 0.555253, 0.913522", \
+            "0.063524, 0.117847, 0.155324, 0.223233, 0.345254, 0.557642, 0.916081", \
+            "0.090783, 0.148222, 0.180484, 0.24168, 0.357953, 0.565118, 0.919968" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0559497, 0.12724, 0.17081, 0.242175, 0.36196, 0.560816, 0.892593", \
+            "0.0929691, 0.166065, 0.209562, 0.281141, 0.400751, 0.600104, 0.931839", \
+            "0.116477, 0.192599, 0.236003, 0.307683, 0.427082, 0.626309, 0.957979", \
+            "0.149992, 0.231848, 0.275204, 0.346753, 0.466108, 0.665143, 0.996747", \
+            "0.194783, 0.289152, 0.332659, 0.402665, 0.522355, 0.72104, 1.05255", \
+            "0.253014, 0.365763, 0.410453, 0.481273, 0.60012, 0.798802, 1.12994", \
+            "0.320833, 0.45917, 0.509828, 0.582856, 0.70126, 0.899813, 1.23009" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.016192, 0.103093, 0.165685, 0.269105, 0.442741, 0.732168, 1.21414", \
+            "0.0204427, 0.103617, 0.165736, 0.269106, 0.442784, 0.732619, 1.21424", \
+            "0.0249219, 0.104661, 0.166232, 0.269403, 0.442785, 0.73262, 1.21425", \
+            "0.0330496, 0.107296, 0.167521, 0.270096, 0.443166, 0.732621, 1.21449", \
+            "0.0461602, 0.113957, 0.171222, 0.271668, 0.444165, 0.732801, 1.21465", \
+            "0.065889, 0.130714, 0.181219, 0.276721, 0.446288, 0.734326, 1.21536", \
+            "0.094866, 0.16315, 0.207337, 0.29277, 0.454593, 0.738613, 1.2187" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.115742, 0.192986, 0.230511, 0.289391, 0.385788, 0.54522, 0.810655", \
+            "0.149941, 0.227516, 0.265274, 0.324005, 0.420364, 0.579928, 0.845227", \
+            "0.178189, 0.256936, 0.294778, 0.353806, 0.450244, 0.609934, 0.875512", \
+            "0.22224, 0.304, 0.342307, 0.401561, 0.498548, 0.658077, 0.923262", \
+            "0.286188, 0.374864, 0.413435, 0.472844, 0.569997, 0.729655, 0.995111", \
+            "0.370218, 0.47259, 0.513177, 0.573471, 0.669363, 0.828794, 1.09364", \
+            "0.48882, 0.610681, 0.655112, 0.717902, 0.815546, 0.975352, 1.23948" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0277892, 0.0952589, 0.139215, 0.213982, 0.341255, 0.556352, 0.915679", \
+            "0.0285897, 0.0953117, 0.139307, 0.213983, 0.341538, 0.556353, 0.915688", \
+            "0.0312712, 0.0967286, 0.140269, 0.214474, 0.341674, 0.556569, 0.916181", \
+            "0.0374329, 0.10048, 0.143194, 0.216668, 0.343113, 0.557026, 0.916234", \
+            "0.0492352, 0.107469, 0.148466, 0.220346, 0.345926, 0.559176, 0.917192", \
+            "0.067113, 0.122604, 0.16063, 0.228743, 0.350221, 0.561765, 0.920247", \
+            "0.093573, 0.151179, 0.184166, 0.245446, 0.361401, 0.56824, 0.923865" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0111227, 0.011857, 0.0119505, 0.0119453, 0.0118028, 0.0114045, 0.0115772", \
+            "0.0109658, 0.0115494, 0.0116073, 0.0118538, 0.0115675, 0.0111745, 0.0112417", \
+            "0.0110323, 0.0113372, 0.0114724, 0.0117518, 0.0115344, 0.0109763, 0.0111127", \
+            "0.0114103, 0.0115742, 0.0115614, 0.0114392, 0.011764, 0.0111922, 0.0111693", \
+            "0.0124074, 0.0118722, 0.0119577, 0.0120119, 0.0117388, 0.0116646, 0.0111171", \
+            "0.014879, 0.0135606, 0.0136036, 0.0135069, 0.0134336, 0.0132656, 0.0121745", \
+            "0.0199525, 0.0173952, 0.0173405, 0.016967, 0.0171826, 0.0170086, 0.0168169" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.012049, 0.0128391, 0.012867, 0.0128697, 0.0127392, 0.0122583, 0.0114593", \
+            "0.0117572, 0.012568, 0.0128394, 0.0127483, 0.0127067, 0.0126233, 0.0116624", \
+            "0.0117634, 0.0122856, 0.0124131, 0.0127534, 0.0124675, 0.0121396, 0.0116402", \
+            "0.0119701, 0.0122533, 0.012287, 0.0121905, 0.0122412, 0.0119486, 0.0116141", \
+            "0.0126353, 0.0124052, 0.0124964, 0.0125843, 0.0123128, 0.0116388, 0.0124065", \
+            "0.0146413, 0.0134769, 0.0136761, 0.0139417, 0.0136921, 0.0136428, 0.0125155", \
+            "0.019474, 0.0170146, 0.0168589, 0.0172324, 0.0167072, 0.0171353, 0.0172149" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0111227, 0.011857, 0.0119505, 0.0119453, 0.0118028, 0.0114045, 0.0115772", \
+            "0.0109658, 0.0115494, 0.0116073, 0.0118538, 0.0115675, 0.0111745, 0.0112417", \
+            "0.0110323, 0.0113372, 0.0114724, 0.0117518, 0.0115344, 0.0109763, 0.0111127", \
+            "0.0114103, 0.0115742, 0.0115614, 0.0114392, 0.011764, 0.0111922, 0.0111693", \
+            "0.0124074, 0.0118722, 0.0119577, 0.0120119, 0.0117388, 0.0116646, 0.0111171", \
+            "0.014879, 0.0135606, 0.0136036, 0.0135069, 0.0134336, 0.0132656, 0.0121745", \
+            "0.0199525, 0.0173952, 0.0173405, 0.016967, 0.0171826, 0.0170086, 0.0168169" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.012049, 0.0128391, 0.012867, 0.0128697, 0.0127392, 0.0122583, 0.0114593", \
+            "0.0117572, 0.012568, 0.0128394, 0.0127483, 0.0127067, 0.0126233, 0.0116624", \
+            "0.0117634, 0.0122856, 0.0124131, 0.0127534, 0.0124675, 0.0121396, 0.0116402", \
+            "0.0119701, 0.0122533, 0.012287, 0.0121905, 0.0122412, 0.0119486, 0.0116141", \
+            "0.0126353, 0.0124052, 0.0124964, 0.0125843, 0.0123128, 0.0116388, 0.0124065", \
+            "0.0146413, 0.0134769, 0.0136761, 0.0139417, 0.0136921, 0.0136428, 0.0125155", \
+            "0.019474, 0.0170146, 0.0168589, 0.0172324, 0.0167072, 0.0171353, 0.0172149" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "!B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126911, 0.0134184, 0.0134952, 0.0134702, 0.0133328, 0.012976, 0.0130847", \
+            "0.0125422, 0.013207, 0.013276, 0.0135074, 0.0134982, 0.0127959, 0.0128961", \
+            "0.012543, 0.0129828, 0.0131431, 0.0134172, 0.0131278, 0.0126373, 0.0126716", \
+            "0.0127363, 0.0130145, 0.0130819, 0.0129881, 0.0132073, 0.0130789, 0.0124104", \
+            "0.0133266, 0.013111, 0.0132314, 0.0132622, 0.0131074, 0.0129573, 0.0125638", \
+            "0.0152301, 0.0144606, 0.0143798, 0.0143752, 0.0143693, 0.0142594, 0.0134972", \
+            "0.0196718, 0.0176327, 0.0174895, 0.0171291, 0.0173467, 0.0174588, 0.0172626" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121004, 0.0128042, 0.0128292, 0.0128638, 0.0125894, 0.0123217, 0.0115739", \
+            "0.0119377, 0.0126291, 0.0128033, 0.0130859, 0.0127587, 0.0124433, 0.0118463", \
+            "0.0119889, 0.0124446, 0.0125844, 0.0128614, 0.0126471, 0.0122891, 0.0118878", \
+            "0.0122691, 0.0123749, 0.0125055, 0.0123921, 0.0125704, 0.0122097, 0.0115292", \
+            "0.0128077, 0.0125208, 0.0126613, 0.0127459, 0.012732, 0.0121519, 0.0123337", \
+            "0.0148539, 0.0136775, 0.0137049, 0.0141665, 0.0140485, 0.0139534, 0.0132663", \
+            "0.0193037, 0.0169676, 0.0169256, 0.0171307, 0.0167423, 0.0172547, 0.0169825" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126911, 0.0134184, 0.0134952, 0.0134702, 0.0133328, 0.012976, 0.0130847", \
+            "0.0125422, 0.013207, 0.013276, 0.0135074, 0.0134982, 0.0127959, 0.0128961", \
+            "0.012543, 0.0129828, 0.0131431, 0.0134172, 0.0131278, 0.0126373, 0.0126716", \
+            "0.0127363, 0.0130145, 0.0130819, 0.0129881, 0.0132073, 0.0130789, 0.0124104", \
+            "0.0133266, 0.013111, 0.0132314, 0.0132622, 0.0131074, 0.0129573, 0.0125638", \
+            "0.0152301, 0.0144606, 0.0143798, 0.0143752, 0.0143693, 0.0142594, 0.0134972", \
+            "0.0196718, 0.0176327, 0.0174895, 0.0171291, 0.0173467, 0.0174588, 0.0172626" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121004, 0.0128042, 0.0128292, 0.0128638, 0.0125894, 0.0123217, 0.0115739", \
+            "0.0119377, 0.0126291, 0.0128033, 0.0130859, 0.0127587, 0.0124433, 0.0118463", \
+            "0.0119889, 0.0124446, 0.0125844, 0.0128614, 0.0126471, 0.0122891, 0.0118878", \
+            "0.0122691, 0.0123749, 0.0125055, 0.0123921, 0.0125704, 0.0122097, 0.0115292", \
+            "0.0128077, 0.0125208, 0.0126613, 0.0127459, 0.012732, 0.0121519, 0.0123337", \
+            "0.0148539, 0.0136775, 0.0137049, 0.0141665, 0.0140485, 0.0139534, 0.0132663", \
+            "0.0193037, 0.0169676, 0.0169256, 0.0171307, 0.0167423, 0.0172547, 0.0169825" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117136, 0.0127504, 0.0127957, 0.012685, 0.0125208, 0.0120406, 0.01212", \
+            "0.0114281, 0.0122214, 0.0124987, 0.0122789, 0.0121008, 0.0118563, 0.0118029", \
+            "0.0114569, 0.0120328, 0.0120852, 0.0123293, 0.0121232, 0.0116635, 0.0115302", \
+            "0.0118355, 0.012099, 0.0122464, 0.012177, 0.0123752, 0.0119461, 0.0116762", \
+            "0.0129829, 0.0126896, 0.0128947, 0.0129159, 0.0128666, 0.0127521, 0.0123541", \
+            "0.0156493, 0.014476, 0.014457, 0.0144716, 0.0147307, 0.0146862, 0.0139925", \
+            "0.0214046, 0.0186835, 0.0186873, 0.0183572, 0.0184499, 0.0185593, 0.018389" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0102761, 0.0109158, 0.010987, 0.0109859, 0.0108916, 0.0105123, 0.00997464", \
+            "0.0100425, 0.0106481, 0.0108662, 0.0109387, 0.0108115, 0.010571, 0.00992006", \
+            "0.0102316, 0.0104992, 0.010653, 0.0110019, 0.0108231, 0.0104424, 0.00989374", \
+            "0.0107696, 0.0106544, 0.0108152, 0.0107107, 0.0109701, 0.0105611, 0.0106311", \
+            "0.0119988, 0.0112667, 0.0113796, 0.0114156, 0.0113904, 0.0108687, 0.0117441", \
+            "0.0148196, 0.0130597, 0.0130829, 0.013351, 0.0132702, 0.0132998, 0.0119604", \
+            "0.0201228, 0.017113, 0.0170491, 0.0170231, 0.01677, 0.0173021, 0.0170733" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100949, 0.0111663, 0.0111659, 0.0111219, 0.0108784, 0.0104318, 0.010628", \
+            "0.00985968, 0.0105892, 0.0107997, 0.0106555, 0.0105001, 0.0102709, 0.0101374", \
+            "0.00982125, 0.0103156, 0.0104398, 0.0107375, 0.0103735, 0.00991643, 0.0100217", \
+            "0.0101223, 0.010392, 0.0104491, 0.0103273, 0.0104033, 0.00982634, 0.00959608", \
+            "0.0111785, 0.0111535, 0.0111078, 0.0111792, 0.0109638, 0.0107155, 0.0104721", \
+            "0.0137501, 0.0127946, 0.012678, 0.0128157, 0.0128656, 0.0125743, 0.0117938", \
+            "0.019256, 0.0169357, 0.0167114, 0.0166727, 0.0169548, 0.0167646, 0.0165916" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0101143, 0.010899, 0.0108866, 0.0107805, 0.0107307, 0.0103791, 0.00969236", \
+            "0.00990277, 0.0105373, 0.0108528, 0.0107376, 0.0107631, 0.0104185, 0.00976291", \
+            "0.0101408, 0.0104582, 0.0105686, 0.0108779, 0.0107616, 0.010284, 0.00985427", \
+            "0.0106978, 0.0106934, 0.010676, 0.0105795, 0.0106404, 0.0103625, 0.0101138", \
+            "0.0119672, 0.0112689, 0.0114126, 0.0114657, 0.0112323, 0.0104153, 0.0108448", \
+            "0.0147958, 0.0131525, 0.0132116, 0.0131702, 0.0132997, 0.0130785, 0.0119649", \
+            "0.0203783, 0.0172543, 0.0170877, 0.0172754, 0.0167728, 0.0172893, 0.0170171" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100326, 0.011096, 0.0110951, 0.0110461, 0.0108173, 0.0104217, 0.0105781", \
+            "0.00974022, 0.0104969, 0.0107558, 0.0105522, 0.0103976, 0.0101679, 0.00997947", \
+            "0.00977622, 0.0102528, 0.0102662, 0.0105086, 0.0103215, 0.00994827, 0.00981089", \
+            "0.0101084, 0.0103645, 0.0104216, 0.0102791, 0.0103835, 0.00967029, 0.00973899", \
+            "0.0112931, 0.0111638, 0.0111358, 0.0111815, 0.0109651, 0.0107347, 0.0104868", \
+            "0.0138576, 0.0129078, 0.0128085, 0.0129506, 0.0129678, 0.0127704, 0.01172", \
+            "0.0194511, 0.0171707, 0.0171292, 0.0169854, 0.0172103, 0.0169896, 0.0169791" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100404, 0.0109432, 0.0109845, 0.0109314, 0.010834, 0.0104702, 0.00971938", \
+            "0.0098124, 0.0105824, 0.0108879, 0.0107842, 0.0106348, 0.0103012, 0.00967504", \
+            "0.0100479, 0.0105019, 0.010663, 0.010915, 0.0106193, 0.0104092, 0.00976609", \
+            "0.0105692, 0.0106778, 0.0107693, 0.0106534, 0.0105728, 0.0103457, 0.0105304", \
+            "0.0118651, 0.0113262, 0.011501, 0.011647, 0.0115491, 0.010628, 0.0113313", \
+            "0.0146463, 0.0133304, 0.0133706, 0.0136009, 0.0133946, 0.0134909, 0.0121811", \
+            "0.0204022, 0.0175731, 0.0174542, 0.0175427, 0.0171185, 0.0176914, 0.0170303" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100326, 0.011096, 0.0110951, 0.0110461, 0.0108173, 0.0104217, 0.0105781", \
+            "0.00974022, 0.0104969, 0.0107558, 0.0105522, 0.0103976, 0.0101679, 0.00997947", \
+            "0.00977622, 0.0102528, 0.0102662, 0.0105086, 0.0103215, 0.00994827, 0.00981089", \
+            "0.0101084, 0.0103645, 0.0104216, 0.0102791, 0.0103835, 0.00967029, 0.00973899", \
+            "0.0112931, 0.0111638, 0.0111358, 0.0111815, 0.0109651, 0.0107347, 0.0104868", \
+            "0.0138576, 0.0129078, 0.0128085, 0.0129506, 0.0129678, 0.0127704, 0.01172", \
+            "0.0194511, 0.0171707, 0.0171292, 0.0169854, 0.0172103, 0.0169896, 0.0169791" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100404, 0.0109432, 0.0109845, 0.0109314, 0.010834, 0.0104702, 0.00971938", \
+            "0.0098124, 0.0105824, 0.0108879, 0.0107842, 0.0106348, 0.0103012, 0.00967504", \
+            "0.0100479, 0.0105019, 0.010663, 0.010915, 0.0106193, 0.0104092, 0.00976609", \
+            "0.0105692, 0.0106778, 0.0107693, 0.0106534, 0.0105728, 0.0103457, 0.0105304", \
+            "0.0118651, 0.0113262, 0.011501, 0.011647, 0.0115491, 0.010628, 0.0113313", \
+            "0.0146463, 0.0133304, 0.0133706, 0.0136009, 0.0133946, 0.0134909, 0.0121811", \
+            "0.0204022, 0.0175731, 0.0174542, 0.0175427, 0.0171185, 0.0176914, 0.0170303" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00289873;
+      rise_capacitance : 0.00286464;
+      rise_capacitance_range (0.00266918, 0.00303428);
+      fall_capacitance : 0.00293283;
+      fall_capacitance_range (0.0025972, 0.00324686);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00289238;
+      rise_capacitance : 0.00291945;
+      rise_capacitance_range (0.00254002, 0.00321812);
+      fall_capacitance : 0.00286531;
+      fall_capacitance_range (0.00257659, 0.00314741);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00274853;
+      rise_capacitance : 0.00279527;
+      rise_capacitance_range (0.00245531, 0.00307651);
+      fall_capacitance : 0.00270179;
+      fall_capacitance_range (0.00249481, 0.00286991);
+    }
+  }
+  cell (sg13g2_a21oi_1) {
+    area : 9.072;
+    cell_footprint : "a21oi";
+    cell_leakage_power : 114.477;
+    leakage_power () {
+      value : 92.6331;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 124.775;
+      when : "!A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 111.361;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 127.868;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 86.9195;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 127.868;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 146.03;
+      when : "A1&A2&!B1&!Y";
+    }
+    leakage_power () {
+      value : 98.3626;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0469064, 0.178705, 0.26874, 0.417648, 0.666251, 1.08112, 1.77306", \
+            "0.0726478, 0.211163, 0.301584, 0.450604, 0.700088, 1.11469, 1.80719", \
+            "0.0867366, 0.238452, 0.330056, 0.47937, 0.729031, 1.14489, 1.8359", \
+            "0.104241, 0.286579, 0.384197, 0.536899, 0.787489, 1.20277, 1.89439", \
+            "0.123357, 0.362764, 0.476565, 0.644054, 0.90416, 1.32263, 2.015", \
+            "0.142695, 0.469674, 0.61407, 0.814118, 1.10644, 1.5496, 2.25152", \
+            "0.167298, 0.610371, 0.806533, 1.06664, 1.42268, 1.93461, 2.69387" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.028014, 0.208594, 0.334065, 0.542172, 0.889683, 1.4702, 2.43609", \
+            "0.0359958, 0.209675, 0.334464, 0.542343, 0.890082, 1.4704, 2.43712", \
+            "0.0459379, 0.215847, 0.337343, 0.543057, 0.890251, 1.47041, 2.43713", \
+            "0.0643737, 0.237331, 0.353659, 0.551796, 0.892751, 1.47055, 2.43714", \
+            "0.0999409, 0.288024, 0.400821, 0.590562, 0.917166, 1.47972, 2.43892", \
+            "0.16112, 0.382076, 0.499747, 0.688421, 1.004, 1.53994, 2.46436", \
+            "0.252783, 0.544951, 0.681683, 0.881797, 1.20167, 1.72421, 2.61212" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0394882, 0.134269, 0.198305, 0.303842, 0.480457, 0.774077, 1.26324", \
+            "0.0686326, 0.1763, 0.240891, 0.346486, 0.522871, 0.816967, 1.30581", \
+            "0.086879, 0.213236, 0.281434, 0.38842, 0.564757, 0.858453, 1.34795", \
+            "0.112125, 0.271752, 0.351187, 0.467424, 0.647868, 0.941747, 1.43086", \
+            "0.147382, 0.359059, 0.459309, 0.598676, 0.801635, 1.10879, 1.59937", \
+            "0.194549, 0.483526, 0.615471, 0.796653, 1.04631, 1.40214, 1.92879", \
+            "0.256659, 0.649864, 0.832757, 1.07519, 1.40579, 1.85542, 2.48437" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0275017, 0.149776, 0.23493, 0.375547, 0.611035, 1.00329, 1.65592", \
+            "0.0415794, 0.155383, 0.237113, 0.375548, 0.611036, 1.00359, 1.65701", \
+            "0.0548684, 0.170968, 0.248337, 0.381608, 0.611921, 1.0036, 1.65702", \
+            "0.0773116, 0.206689, 0.282838, 0.40801, 0.626243, 1.00655, 1.65703", \
+            "0.112091, 0.272714, 0.352869, 0.479862, 0.687616, 1.04475, 1.67045", \
+            "0.165531, 0.380297, 0.478566, 0.617186, 0.834685, 1.18014, 1.76617", \
+            "0.248449, 0.556556, 0.681142, 0.854082, 1.09934, 1.47321, 2.04897" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0549386, 0.186469, 0.276792, 0.42621, 0.67555, 1.09194, 1.78468", \
+            "0.0831206, 0.219608, 0.310123, 0.459586, 0.709506, 1.12565, 1.8198", \
+            "0.100136, 0.247475, 0.338834, 0.488364, 0.738257, 1.15531, 1.84761", \
+            "0.12236, 0.296556, 0.393826, 0.546295, 0.796932, 1.21327, 1.90683", \
+            "0.149599, 0.375366, 0.487611, 0.654505, 0.914106, 1.33362, 2.02739", \
+            "0.180584, 0.486707, 0.627908, 0.826543, 1.11728, 1.56075, 2.26428", \
+            "0.221985, 0.635455, 0.826465, 1.08257, 1.43728, 1.9473, 2.70578" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357322, 0.217445, 0.34341, 0.552303, 0.901322, 1.48276, 2.45133", \
+            "0.0427609, 0.218335, 0.34444, 0.552304, 0.901323, 1.4833, 2.45218", \
+            "0.0522787, 0.224215, 0.346569, 0.553724, 0.902388, 1.48414, 2.45276", \
+            "0.0710461, 0.244677, 0.362295, 0.561644, 0.90387, 1.48415, 2.45277", \
+            "0.106601, 0.294621, 0.408719, 0.599757, 0.927833, 1.49278, 2.45484", \
+            "0.165278, 0.387944, 0.506895, 0.696116, 1.01334, 1.55191, 2.48", \
+            "0.251403, 0.547031, 0.685014, 0.888705, 1.2107, 1.73589, 2.62323" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0437283, 0.138244, 0.202252, 0.307785, 0.484329, 0.777916, 1.26719", \
+            "0.0725252, 0.175583, 0.240124, 0.345772, 0.522306, 0.816419, 1.30523", \
+            "0.0914559, 0.207923, 0.275062, 0.381905, 0.558624, 0.852469, 1.34211", \
+            "0.117786, 0.261257, 0.336194, 0.449849, 0.629934, 0.924408, 1.41417", \
+            "0.153592, 0.344823, 0.436271, 0.566693, 0.762857, 1.06775, 1.5596", \
+            "0.200996, 0.46861, 0.587389, 0.752247, 0.983912, 1.32493, 1.84301", \
+            "0.265774, 0.637842, 0.805929, 1.027, 1.32473, 1.73945, 2.33171" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.027242, 0.149819, 0.234901, 0.375324, 0.611081, 1.00293, 1.65592", \
+            "0.0360098, 0.153249, 0.236417, 0.375808, 0.611082, 1.00358, 1.65593", \
+            "0.0461233, 0.163276, 0.243458, 0.379141, 0.611931, 1.00359, 1.65594", \
+            "0.0659485, 0.187913, 0.266688, 0.396789, 0.6215, 1.00527, 1.65595", \
+            "0.0996628, 0.238971, 0.317513, 0.446672, 0.662844, 1.03061, 1.66656", \
+            "0.1536, 0.329398, 0.418645, 0.54985, 0.767244, 1.12278, 1.72981", \
+            "0.233057, 0.487225, 0.593607, 0.743632, 0.972433, 1.33523, 1.92801" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0442554, 0.177888, 0.268457, 0.41776, 0.667509, 1.08331, 1.77711", \
+            "0.0714742, 0.213119, 0.303946, 0.453583, 0.703853, 1.11994, 1.81422", \
+            "0.0880628, 0.246726, 0.338474, 0.48821, 0.738588, 1.15558, 1.84808", \
+            "0.110441, 0.306734, 0.407091, 0.560809, 0.811393, 1.22782, 1.9209", \
+            "0.141166, 0.397947, 0.520893, 0.695058, 0.958078, 1.3774, 2.07014", \
+            "0.181362, 0.523613, 0.681657, 0.900785, 1.2082, 1.662, 2.36418", \
+            "0.233712, 0.687652, 0.901985, 1.1898, 1.58521, 2.13159, 2.91669" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357169, 0.217514, 0.343715, 0.552219, 0.901381, 1.48327, 2.452", \
+            "0.0495596, 0.219319, 0.344096, 0.552821, 0.901629, 1.48344, 2.45301", \
+            "0.0632021, 0.229641, 0.348803, 0.554155, 0.90163, 1.48411, 2.45302", \
+            "0.0850171, 0.262477, 0.374686, 0.567761, 0.906115, 1.48412, 2.45303", \
+            "0.11961, 0.332236, 0.444255, 0.627439, 0.943751, 1.49871, 2.45561", \
+            "0.174133, 0.447028, 0.576909, 0.76728, 1.07473, 1.58928, 2.49613", \
+            "0.263089, 0.629704, 0.790418, 1.0185, 1.34901, 1.8652, 2.71644" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0222611, 0.0743898, 0.109075, 0.166454, 0.262456, 0.422411, 0.688926", \
+            "0.0440485, 0.120523, 0.158282, 0.216673, 0.312723, 0.47274, 0.739588", \
+            "0.0556424, 0.155019, 0.199287, 0.263072, 0.361697, 0.521813, 0.788046", \
+            "0.0705636, 0.206764, 0.263456, 0.340949, 0.451692, 0.618426, 0.885516", \
+            "0.0902977, 0.282609, 0.359972, 0.462048, 0.600134, 0.793414, 1.07854", \
+            "0.11463, 0.387468, 0.498386, 0.638619, 0.826028, 1.07259, 1.41312", \
+            "0.142128, 0.521548, 0.682962, 0.887897, 1.14802, 1.48885, 1.93339" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144513, 0.0820632, 0.128864, 0.206442, 0.336428, 0.552968, 0.913992", \
+            "0.0352147, 0.0954158, 0.137367, 0.210293, 0.337215, 0.552969, 0.914756", \
+            "0.0510493, 0.115493, 0.156301, 0.224643, 0.345028, 0.555116, 0.914757", \
+            "0.0759073, 0.152867, 0.196394, 0.264301, 0.377104, 0.573535, 0.92027", \
+            "0.115361, 0.21817, 0.267483, 0.34219, 0.457916, 0.644933, 0.966149", \
+            "0.178117, 0.326696, 0.389728, 0.479383, 0.609279, 0.806627, 1.11897", \
+            "0.278587, 0.500398, 0.592329, 0.707496, 0.869374, 1.09616, 1.43998" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0348888, 0.167685, 0.258112, 0.406761, 0.655619, 1.07073, 1.76143", \
+            "0.0579761, 0.202953, 0.293419, 0.442692, 0.692023, 1.10702, 1.79939", \
+            "0.0704921, 0.236218, 0.327966, 0.477212, 0.72675, 1.14268, 1.83321", \
+            "0.0875357, 0.294686, 0.395887, 0.54966, 0.799644, 1.21453, 1.90582", \
+            "0.110422, 0.382721, 0.507462, 0.682889, 0.946023, 1.36431, 2.05543", \
+            "0.140361, 0.503315, 0.664675, 0.885836, 1.19465, 1.64854, 2.34928", \
+            "0.179033, 0.660231, 0.879104, 1.17047, 1.56828, 2.11579, 2.90085" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0281258, 0.208602, 0.334332, 0.541967, 0.890116, 1.46971, 2.43679", \
+            "0.044277, 0.210918, 0.334654, 0.542008, 0.890117, 1.47034, 2.43705", \
+            "0.0567686, 0.222144, 0.3401, 0.543221, 0.890118, 1.47035, 2.43706", \
+            "0.0766448, 0.256121, 0.366924, 0.558626, 0.895356, 1.47036, 2.43707", \
+            "0.10889, 0.325878, 0.437611, 0.619271, 0.933625, 1.48561, 2.43864", \
+            "0.16082, 0.440032, 0.569575, 0.759096, 1.06517, 1.57782, 2.47981", \
+            "0.247808, 0.622489, 0.784306, 1.01186, 1.33956, 1.8536, 2.70238" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0220076, 0.074069, 0.108721, 0.165982, 0.261822, 0.421666, 0.687668", \
+            "0.043455, 0.120162, 0.157809, 0.216253, 0.312132, 0.471707, 0.737965", \
+            "0.0548216, 0.154572, 0.198809, 0.262576, 0.361161, 0.520995, 0.786865", \
+            "0.0691027, 0.20606, 0.26279, 0.340254, 0.45115, 0.617581, 0.884454", \
+            "0.0877179, 0.281373, 0.358934, 0.461125, 0.599136, 0.792344, 1.07721", \
+            "0.109696, 0.385136, 0.496201, 0.636855, 0.824402, 1.07099, 1.4118", \
+            "0.131628, 0.5161, 0.678728, 0.884478, 1.14457, 1.48647, 1.93109" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0115401, 0.0769743, 0.123807, 0.201489, 0.331509, 0.548223, 0.909342", \
+            "0.0265926, 0.0901544, 0.132333, 0.205368, 0.33231, 0.548224, 0.909343", \
+            "0.0382119, 0.109941, 0.151184, 0.219722, 0.340482, 0.550385, 0.909344", \
+            "0.05737, 0.146177, 0.190593, 0.259237, 0.372201, 0.568767, 0.914957", \
+            "0.0880767, 0.209079, 0.261354, 0.336524, 0.452605, 0.640151, 0.961326", \
+            "0.137609, 0.314739, 0.380112, 0.472161, 0.602527, 0.802602, 1.11415", \
+            "0.219734, 0.482184, 0.579491, 0.696431, 0.863771, 1.09011, 1.43545" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0288214, 0.12711, 0.193023, 0.302723, 0.48637, 0.791566, 1.30082", \
+            "0.0513025, 0.165683, 0.232612, 0.342349, 0.525856, 0.831498, 1.34144", \
+            "0.0627873, 0.199967, 0.269853, 0.38044, 0.563961, 0.870231, 1.37942", \
+            "0.0783837, 0.256555, 0.338059, 0.456979, 0.64367, 0.949582, 1.46539", \
+            "0.0980437, 0.339677, 0.444522, 0.588387, 0.795319, 1.11119, 1.62146", \
+            "0.122079, 0.449842, 0.59242, 0.78021, 1.03726, 1.39906, 1.93707", \
+            "0.150003, 0.591184, 0.787709, 1.04663, 1.38736, 1.8511, 2.48663" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207246, 0.155431, 0.248976, 0.404386, 0.664603, 1.09803, 1.82051", \
+            "0.0377937, 0.159751, 0.250557, 0.404387, 0.664604, 1.09804, 1.8208", \
+            "0.0501168, 0.174697, 0.259716, 0.408028, 0.664823, 1.0982, 1.82081", \
+            "0.0695317, 0.212036, 0.292984, 0.431505, 0.675826, 1.10296, 1.82701", \
+            "0.101192, 0.282359, 0.368013, 0.50269, 0.73076, 1.1307, 1.82949", \
+            "0.151444, 0.394933, 0.499788, 0.648796, 0.876972, 1.25377, 1.90259", \
+            "0.236042, 0.572136, 0.712834, 0.894595, 1.15814, 1.54795, 2.17627" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0217759, 0.0738725, 0.108536, 0.1658, 0.261649, 0.421387, 0.687608", \
+            "0.0430767, 0.119863, 0.157533, 0.215956, 0.311877, 0.47158, 0.737654", \
+            "0.0545781, 0.15418, 0.19842, 0.26224, 0.360827, 0.520694, 0.78678", \
+            "0.069285, 0.205565, 0.262392, 0.339939, 0.450828, 0.617142, 0.88406", \
+            "0.0889091, 0.281218, 0.358557, 0.460662, 0.598772, 0.792063, 1.07689", \
+            "0.11335, 0.385876, 0.496437, 0.636589, 0.824159, 1.07085, 1.41118", \
+            "0.141389, 0.520367, 0.681012, 0.886031, 1.14516, 1.48651, 1.93077" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0116103, 0.0769361, 0.12389, 0.201489, 0.331509, 0.548614, 0.909351", \
+            "0.0269417, 0.0902835, 0.132381, 0.205413, 0.332366, 0.548615, 0.909352", \
+            "0.0385526, 0.11007, 0.151439, 0.219788, 0.340222, 0.550309, 0.909353", \
+            "0.0572154, 0.146312, 0.190926, 0.259425, 0.372414, 0.569219, 0.915845", \
+            "0.0873507, 0.208989, 0.26162, 0.336379, 0.452871, 0.640231, 0.961386", \
+            "0.136016, 0.31389, 0.37927, 0.47249, 0.602793, 0.802691, 1.11444", \
+            "0.216514, 0.478783, 0.577045, 0.694513, 0.863249, 1.08921, 1.43782" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0442554, 0.177888, 0.268457, 0.41776, 0.667509, 1.08331, 1.77711", \
+            "0.0714742, 0.213119, 0.303946, 0.453583, 0.703853, 1.11994, 1.81422", \
+            "0.0880628, 0.246726, 0.338474, 0.48821, 0.738588, 1.15558, 1.84808", \
+            "0.110441, 0.306734, 0.407091, 0.560809, 0.811393, 1.22782, 1.9209", \
+            "0.141166, 0.397947, 0.520893, 0.695058, 0.958078, 1.3774, 2.07014", \
+            "0.181362, 0.523613, 0.681657, 0.900785, 1.2082, 1.662, 2.36418", \
+            "0.233712, 0.687652, 0.901985, 1.1898, 1.58521, 2.13159, 2.91669" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357169, 0.217514, 0.343715, 0.552219, 0.901381, 1.48327, 2.452", \
+            "0.0495596, 0.219319, 0.344096, 0.552821, 0.901629, 1.48344, 2.45301", \
+            "0.0632021, 0.229641, 0.348803, 0.554155, 0.90163, 1.48411, 2.45302", \
+            "0.0850171, 0.262477, 0.374686, 0.567761, 0.906115, 1.48412, 2.45303", \
+            "0.11961, 0.332236, 0.444255, 0.627439, 0.943751, 1.49871, 2.45561", \
+            "0.174133, 0.447028, 0.576909, 0.76728, 1.07473, 1.58928, 2.49613", \
+            "0.263089, 0.629704, 0.790418, 1.0185, 1.34901, 1.8652, 2.71644" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0222611, 0.0743898, 0.109075, 0.166454, 0.262456, 0.422411, 0.688926", \
+            "0.0440485, 0.120523, 0.158282, 0.216673, 0.312723, 0.47274, 0.739588", \
+            "0.0556424, 0.155019, 0.199287, 0.263072, 0.361697, 0.521813, 0.788046", \
+            "0.0705636, 0.206764, 0.263456, 0.340949, 0.451692, 0.618426, 0.885516", \
+            "0.0902977, 0.282609, 0.359972, 0.462048, 0.600134, 0.793414, 1.07854", \
+            "0.11463, 0.387468, 0.498386, 0.638619, 0.826028, 1.07259, 1.41312", \
+            "0.142128, 0.521548, 0.682962, 0.887897, 1.14802, 1.48885, 1.93339" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144513, 0.0820632, 0.128864, 0.206442, 0.336428, 0.552968, 0.913992", \
+            "0.0352147, 0.0954158, 0.137367, 0.210293, 0.337215, 0.552969, 0.914756", \
+            "0.0510493, 0.115493, 0.156301, 0.224643, 0.345028, 0.555116, 0.914757", \
+            "0.0759073, 0.152867, 0.196394, 0.264301, 0.377104, 0.573535, 0.92027", \
+            "0.115361, 0.21817, 0.267483, 0.34219, 0.457916, 0.644933, 0.966149", \
+            "0.178117, 0.326696, 0.389728, 0.479383, 0.609279, 0.806627, 1.11897", \
+            "0.278587, 0.500398, 0.592329, 0.707496, 0.869374, 1.09616, 1.43998" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00445114, 0.00471058, 0.00468388, 0.00464893, 0.00450593, 0.0042972, 0.00404113", \
+            "0.00419003, 0.00451956, 0.00454772, 0.00457281, 0.00447047, 0.00430263, 0.0041181", \
+            "0.00413275, 0.00444895, 0.00446802, 0.00448649, 0.00444725, 0.00427111, 0.00402845", \
+            "0.00419595, 0.0043067, 0.0043936, 0.00439169, 0.00447852, 0.00422202, 0.00398756", \
+            "0.0046481, 0.00445206, 0.00441356, 0.00435444, 0.00459162, 0.00440705, 0.00398065", \
+            "0.00621234, 0.00515578, 0.00493256, 0.00480997, 0.00449865, 0.00463043, 0.00401579", \
+            "0.0102339, 0.00763983, 0.00701485, 0.00639884, 0.00590428, 0.00524309, 0.0049528" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0031325, 0.00317699, 0.0031491, 0.00309235, 0.00300822, 0.00282666, 0.00247878", \
+            "0.00284282, 0.00304877, 0.00301741, 0.00297294, 0.00289718, 0.00278408, 0.00247989", \
+            "0.00286111, 0.00295482, 0.00300782, 0.00295036, 0.00289381, 0.00270761, 0.00239067", \
+            "0.00313715, 0.00303707, 0.00299364, 0.00296748, 0.00292799, 0.0029151, 0.00235907", \
+            "0.00390824, 0.00337636, 0.00325494, 0.00312796, 0.00290712, 0.00317821, 0.00245202", \
+            "0.00566465, 0.00446201, 0.00414213, 0.00384371, 0.0035719, 0.00299207, 0.00306092", \
+            "0.00965942, 0.00742802, 0.00669678, 0.00586873, 0.0052328, 0.00461176, 0.00359703" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00467404, 0.0047051, 0.0046586, 0.00461755, 0.00448802, 0.00427911, 0.00428353", \
+            "0.00449991, 0.00460329, 0.00461991, 0.00456028, 0.00444908, 0.00426986, 0.00439296", \
+            "0.00445736, 0.00461, 0.00455118, 0.00454679, 0.00449211, 0.00430097, 0.0042727", \
+            "0.00448507, 0.00451012, 0.00456163, 0.00447773, 0.00476228, 0.00423217, 0.00433855", \
+            "0.00485585, 0.0046954, 0.00461162, 0.00453957, 0.0045079, 0.00426637, 0.00431137", \
+            "0.00622239, 0.00540006, 0.0051974, 0.00502651, 0.0046545, 0.00466082, 0.00438657", \
+            "0.0098575, 0.00783218, 0.00724695, 0.00666814, 0.00616608, 0.0054483, 0.00497248" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00473309, 0.00472916, 0.00469315, 0.00461731, 0.00455368, 0.00435652, 0.00402453", \
+            "0.00448558, 0.00463561, 0.00464797, 0.00455438, 0.00445715, 0.00432472, 0.00388212", \
+            "0.00442784, 0.00454714, 0.00459455, 0.0045142, 0.00476631, 0.00432131, 0.0039335", \
+            "0.00447679, 0.00456636, 0.00454827, 0.0045333, 0.00475372, 0.00441079, 0.00388433", \
+            "0.00490948, 0.00476295, 0.00470844, 0.00465626, 0.00449974, 0.00474496, 0.00428601", \
+            "0.00634068, 0.00546929, 0.0053168, 0.00511915, 0.00498843, 0.00455325, 0.00451849", \
+            "0.00986376, 0.00788704, 0.00729272, 0.00671139, 0.00623622, 0.00572878, 0.00509182" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00252066, 0.00280987, 0.00280261, 0.002746, 0.00264404, 0.00244588, 0.00251011", \
+            "0.00234944, 0.0025571, 0.00259781, 0.00264172, 0.00255742, 0.00239496, 0.00255173", \
+            "0.00245333, 0.00255287, 0.00253236, 0.00256582, 0.00248848, 0.00238671, 0.00245055", \
+            "0.00280626, 0.00253946, 0.00255936, 0.00247858, 0.00261576, 0.00226038, 0.00239237", \
+            "0.00364581, 0.00300003, 0.00280949, 0.00266248, 0.00261634, 0.00239649, 0.00245637", \
+            "0.00566964, 0.0042672, 0.00389286, 0.00361844, 0.00304629, 0.0029528, 0.00267791", \
+            "0.0101537, 0.00747102, 0.00671342, 0.00598753, 0.00514245, 0.00407547, 0.00347249" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00342973, 0.00387842, 0.00381752, 0.00376362, 0.0036679, 0.00350137, 0.00316689", \
+            "0.00319271, 0.00364731, 0.0037399, 0.00374145, 0.00379239, 0.00350335, 0.00330669", \
+            "0.0032751, 0.00359091, 0.00361211, 0.00365466, 0.00370173, 0.00357695, 0.00315119", \
+            "0.00363306, 0.00356006, 0.00365075, 0.00363901, 0.0035562, 0.00387446, 0.00346194", \
+            "0.0045305, 0.00382352, 0.00379717, 0.00378762, 0.0037286, 0.00342587, 0.0037845", \
+            "0.00665492, 0.00498522, 0.00467087, 0.00440827, 0.00421101, 0.00401817, 0.00344542", \
+            "0.0111083, 0.00824063, 0.00734015, 0.00659999, 0.00573068, 0.00517296, 0.00465846" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00220643, 0.00260385, 0.00261355, 0.00254615, 0.00244481, 0.00223799, 0.00197554", \
+            "0.00212694, 0.00238372, 0.0023994, 0.00241086, 0.00234063, 0.00220588, 0.00203353", \
+            "0.00227119, 0.00234583, 0.00234052, 0.00233518, 0.00230006, 0.0021995, 0.00192503", \
+            "0.00268174, 0.00234555, 0.00235965, 0.0022875, 0.00228033, 0.00208917, 0.00189654", \
+            "0.00361132, 0.00281704, 0.00266424, 0.00246331, 0.00242912, 0.00214956, 0.00181169", \
+            "0.00577556, 0.00414009, 0.00373315, 0.00342202, 0.00282864, 0.00286911, 0.00206041", \
+            "0.0104255, 0.00741367, 0.00662225, 0.00585209, 0.00499856, 0.0039287, 0.00328504" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00180443, 0.00225752, 0.00219144, 0.0021481, 0.00206954, 0.00190232, 0.00161417", \
+            "0.00156572, 0.00202684, 0.0021028, 0.00217389, 0.00221277, 0.00190643, 0.00159284", \
+            "0.00165843, 0.00198178, 0.00201387, 0.00204764, 0.00228874, 0.00217373, 0.00156434", \
+            "0.00201325, 0.00197523, 0.00202794, 0.00203579, 0.00195808, 0.00216816, 0.00175146", \
+            "0.00294693, 0.00222901, 0.00225075, 0.0022039, 0.00214358, 0.00183429, 0.00214596", \
+            "0.00512758, 0.00342756, 0.00308288, 0.002812, 0.0026297, 0.00254215, 0.00201888", \
+            "0.00964699, 0.00666403, 0.00580897, 0.0049852, 0.00422576, 0.00364692, 0.00318003" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00220275, 0.00264473, 0.00260355, 0.00256434, 0.00246636, 0.00240099, 0.00228504", \
+            "0.00214626, 0.00239425, 0.00244863, 0.00240166, 0.00235682, 0.00215813, 0.00228104", \
+            "0.00229909, 0.00232229, 0.00236463, 0.00236277, 0.00227413, 0.00218457, 0.00219955", \
+            "0.00273583, 0.0024097, 0.00234412, 0.0024404, 0.00222099, 0.00220658, 0.00260863", \
+            "0.00372484, 0.00288949, 0.00271205, 0.00249201, 0.00245835, 0.00219291, 0.0023917", \
+            "0.00601094, 0.00427233, 0.00387917, 0.0035597, 0.00300777, 0.00263145, 0.00257913", \
+            "0.0108905, 0.00778915, 0.00694501, 0.00596316, 0.00511421, 0.00422927, 0.00312022" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00173619, 0.00219969, 0.00213966, 0.00209124, 0.00200988, 0.00184631, 0.00152247", \
+            "0.00152048, 0.0019416, 0.00199749, 0.00204475, 0.002281, 0.00182903, 0.00150684", \
+            "0.00163438, 0.00188248, 0.00189651, 0.00194341, 0.00218654, 0.00208904, 0.00147664", \
+            "0.00202003, 0.00187322, 0.00193266, 0.00191067, 0.0018628, 0.00215267, 0.00170306", \
+            "0.00300087, 0.00219113, 0.00218912, 0.00209254, 0.00206086, 0.00170617, 0.0018555", \
+            "0.00523623, 0.00348936, 0.00310103, 0.00278752, 0.00254291, 0.00236294, 0.00179209", \
+            "0.0100331, 0.00696153, 0.00602826, 0.00514189, 0.00430046, 0.00362711, 0.00322247" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00220275, 0.00264473, 0.00260355, 0.00256434, 0.00246636, 0.00240099, 0.00228504", \
+            "0.00214626, 0.00239425, 0.00244863, 0.00240166, 0.00235682, 0.00215813, 0.00228104", \
+            "0.00229909, 0.00232229, 0.00236463, 0.00236277, 0.00227413, 0.00218457, 0.00219955", \
+            "0.00273583, 0.0024097, 0.00234412, 0.0024404, 0.00222099, 0.00220658, 0.00260863", \
+            "0.00372484, 0.00288949, 0.00271205, 0.00249201, 0.00245835, 0.00219291, 0.0023917", \
+            "0.00601094, 0.00427233, 0.00387917, 0.0035597, 0.00300777, 0.00263145, 0.00257913", \
+            "0.0108905, 0.00778915, 0.00694501, 0.00596316, 0.00511421, 0.00422927, 0.00312022" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00180443, 0.00225752, 0.00219144, 0.0021481, 0.00206954, 0.00190232, 0.00161417", \
+            "0.00156572, 0.00202684, 0.0021028, 0.00217389, 0.00221277, 0.00190643, 0.00159284", \
+            "0.00165843, 0.00198178, 0.00201387, 0.00204764, 0.00228874, 0.00217373, 0.00156434", \
+            "0.00201325, 0.00197523, 0.00202794, 0.00203579, 0.00195808, 0.00216816, 0.00175146", \
+            "0.00294693, 0.00222901, 0.00225075, 0.0022039, 0.00214358, 0.00183429, 0.00214596", \
+            "0.00512758, 0.00342756, 0.00308288, 0.002812, 0.0026297, 0.00254215, 0.00201888", \
+            "0.00964699, 0.00666403, 0.00580897, 0.0049852, 0.00422576, 0.00364692, 0.00318003" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301392;
+      rise_capacitance : 0.00298592;
+      rise_capacitance_range (0.00275739, 0.00322116);
+      fall_capacitance : 0.00304192;
+      fall_capacitance_range (0.00263018, 0.00344376);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00304949;
+      rise_capacitance : 0.00309582;
+      rise_capacitance_range (0.00270804, 0.00343089);
+      fall_capacitance : 0.00300317;
+      fall_capacitance_range (0.00267889, 0.00335223);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00287829;
+      rise_capacitance : 0.0029488;
+      rise_capacitance_range (0.00242193, 0.00339383);
+      fall_capacitance : 0.00280778;
+      fall_capacitance_range (0.00254442, 0.0031522);
+    }
+  }
+  cell (sg13g2_a21oi_2) {
+    area : 14.5152;
+    cell_footprint : "a21oi";
+    cell_leakage_power : 228.945;
+    leakage_power () {
+      value : 185.246;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 249.546;
+      when : "!A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 222.701;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 255.733;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 173.818;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 255.733;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 292.058;
+      when : "A1&A2&!B1&!Y";
+    }
+    leakage_power () {
+      value : 196.722;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0426879, 0.17851, 0.269006, 0.418704, 0.668617, 1.08551, 1.78118", \
+            "0.0673308, 0.210875, 0.301823, 0.451815, 0.702446, 1.11971, 1.81555", \
+            "0.0802388, 0.238011, 0.330102, 0.48021, 0.731104, 1.14919, 1.84414", \
+            "0.0951871, 0.285701, 0.384017, 0.537448, 0.789221, 1.20678, 1.90229", \
+            "0.110398, 0.361719, 0.476107, 0.644242, 0.905565, 1.32627, 2.02221", \
+            "0.124844, 0.468105, 0.612648, 0.813542, 1.10722, 1.55229, 2.25788", \
+            "0.143798, 0.608119, 0.804316, 1.06647, 1.42278, 1.93613, 2.69879" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0226643, 0.20838, 0.334822, 0.543951, 0.893524, 1.47661, 2.44917", \
+            "0.0307809, 0.209436, 0.335003, 0.54434, 0.893665, 1.47724, 2.44929", \
+            "0.0401743, 0.215659, 0.337899, 0.544524, 0.894097, 1.47854, 2.44999", \
+            "0.0577181, 0.236973, 0.354127, 0.553556, 0.896954, 1.47855, 2.45", \
+            "0.0918408, 0.287495, 0.40128, 0.59206, 0.92094, 1.48716, 2.45192", \
+            "0.151288, 0.381246, 0.499418, 0.688654, 1.00711, 1.54644, 2.47817", \
+            "0.240168, 0.543599, 0.680455, 0.882541, 1.20444, 1.72999, 2.62231" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0360984, 0.133631, 0.197821, 0.303582, 0.480481, 0.774651, 1.26473", \
+            "0.0637238, 0.17566, 0.240313, 0.346148, 0.522803, 0.81754, 1.30754", \
+            "0.080679, 0.212489, 0.280868, 0.38807, 0.564769, 0.859024, 1.34954", \
+            "0.103948, 0.270867, 0.350547, 0.466909, 0.64782, 0.942149, 1.43218", \
+            "0.136403, 0.357857, 0.45845, 0.598072, 0.801581, 1.10925, 1.60079", \
+            "0.179835, 0.48178, 0.614214, 0.795995, 1.04602, 1.40259, 1.93011", \
+            "0.23731, 0.647696, 0.831107, 1.07427, 1.40553, 1.85549, 2.4859" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0239102, 0.149178, 0.234495, 0.375414, 0.61154, 1.00473, 1.65894", \
+            "0.037683, 0.154911, 0.236686, 0.375665, 0.611541, 1.00503, 1.65981", \
+            "0.0502549, 0.170451, 0.247968, 0.381211, 0.612418, 1.00504, 1.65982", \
+            "0.0709446, 0.206086, 0.282459, 0.407943, 0.626742, 1.00876, 1.65983", \
+            "0.103256, 0.27206, 0.353297, 0.479902, 0.68817, 1.04616, 1.6729", \
+            "0.153274, 0.37926, 0.478888, 0.617306, 0.835343, 1.18109, 1.76958", \
+            "0.231091, 0.555579, 0.680432, 0.853327, 1.09944, 1.47381, 2.05387" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.051005, 0.185699, 0.276002, 0.425317, 0.674481, 1.09055, 1.78277", \
+            "0.0785394, 0.218848, 0.309334, 0.458566, 0.708407, 1.12427, 1.81795", \
+            "0.0945339, 0.246723, 0.33801, 0.487507, 0.73737, 1.15393, 1.84572", \
+            "0.115042, 0.295855, 0.392987, 0.545425, 0.796018, 1.21196, 1.90509", \
+            "0.139364, 0.374463, 0.487028, 0.65366, 0.91318, 1.33235, 2.0257", \
+            "0.166533, 0.485574, 0.627225, 0.825782, 1.11707, 1.55976, 2.26205", \
+            "0.203122, 0.633941, 0.824884, 1.08216, 1.43555, 1.94709, 2.70487" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0304121, 0.216278, 0.342372, 0.551072, 0.899974, 1.48136, 2.4495", \
+            "0.0374335, 0.21721, 0.342991, 0.552048, 0.899975, 1.48137, 2.45052", \
+            "0.0468059, 0.223019, 0.345362, 0.552482, 0.899976, 1.48277, 2.45128", \
+            "0.0647844, 0.24386, 0.361136, 0.560449, 0.902772, 1.48278, 2.45129", \
+            "0.0986183, 0.293517, 0.407991, 0.59861, 0.926635, 1.49133, 2.45336", \
+            "0.15484, 0.386691, 0.505482, 0.695468, 1.01282, 1.55086, 2.47949", \
+            "0.236942, 0.545512, 0.683713, 0.888078, 1.20881, 1.73507, 2.62374" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0407223, 0.137921, 0.202062, 0.307784, 0.484669, 0.778896, 1.26901", \
+            "0.0687004, 0.175311, 0.239961, 0.345795, 0.52261, 0.817366, 1.30714", \
+            "0.0866364, 0.20758, 0.274905, 0.381934, 0.558911, 0.853366, 1.34396", \
+            "0.11129, 0.26087, 0.336003, 0.449969, 0.630276, 0.925311, 1.41574", \
+            "0.144107, 0.344109, 0.436008, 0.566667, 0.763211, 1.06845, 1.56143", \
+            "0.187736, 0.467709, 0.58716, 0.751875, 0.984448, 1.32542, 1.84446", \
+            "0.247789, 0.635837, 0.805109, 1.02643, 1.32488, 1.7403, 2.33289" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0236192, 0.149212, 0.234492, 0.375552, 0.611627, 1.0047, 1.65894", \
+            "0.0321054, 0.152596, 0.23578, 0.375769, 0.611628, 1.00506, 1.66001", \
+            "0.0421057, 0.162658, 0.243, 0.379074, 0.612342, 1.00507, 1.66002", \
+            "0.0607827, 0.187269, 0.266365, 0.396669, 0.622036, 1.00661, 1.66003", \
+            "0.0934009, 0.237304, 0.316787, 0.446535, 0.663232, 1.03212, 1.66792", \
+            "0.144413, 0.328443, 0.416227, 0.549101, 0.767605, 1.1246, 1.73315", \
+            "0.219782, 0.486473, 0.593029, 0.743589, 0.972405, 1.33639, 1.93183" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0402019, 0.177173, 0.267742, 0.416967, 0.666544, 1.08188, 1.77457", \
+            "0.0660595, 0.212441, 0.303211, 0.452842, 0.702816, 1.11876, 1.81249", \
+            "0.0811688, 0.24633, 0.338161, 0.487647, 0.737502, 1.15448, 1.84707", \
+            "0.101726, 0.305885, 0.406272, 0.560022, 0.810373, 1.22596, 1.91896", \
+            "0.129707, 0.396976, 0.519968, 0.694212, 0.957045, 1.37611, 2.06851", \
+            "0.166469, 0.522297, 0.680487, 0.899625, 1.20705, 1.66055, 2.36228", \
+            "0.214101, 0.685495, 0.900521, 1.18815, 1.58369, 2.12998, 2.91469" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0303964, 0.216339, 0.342542, 0.550992, 0.899828, 1.48153, 2.45116", \
+            "0.0442172, 0.218271, 0.342751, 0.551404, 0.899829, 1.48205, 2.45144", \
+            "0.0571133, 0.228455, 0.347603, 0.552865, 0.900965, 1.48271, 2.45145", \
+            "0.0766284, 0.261362, 0.373494, 0.566814, 0.904342, 1.48272, 2.45146", \
+            "0.108558, 0.330513, 0.443421, 0.626366, 0.942636, 1.49735, 2.45527", \
+            "0.159152, 0.445241, 0.575279, 0.765511, 1.07299, 1.58839, 2.49321", \
+            "0.243775, 0.627788, 0.789044, 1.0171, 1.34729, 1.86189, 2.71418" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0200397, 0.0739131, 0.108518, 0.165774, 0.261565, 0.4212, 0.687158", \
+            "0.0394536, 0.119972, 0.157596, 0.216041, 0.311808, 0.471497, 0.73778", \
+            "0.0497947, 0.154391, 0.198596, 0.262385, 0.36082, 0.520644, 0.786317", \
+            "0.0622829, 0.205828, 0.262507, 0.340049, 0.450588, 0.617266, 0.883622", \
+            "0.0789826, 0.28139, 0.358937, 0.461109, 0.599134, 0.792152, 1.0768", \
+            "0.0990091, 0.385676, 0.496658, 0.637266, 0.824504, 1.07115, 1.41133", \
+            "0.12186, 0.518487, 0.680454, 0.886052, 1.14592, 1.48662, 1.93116" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124315, 0.081723, 0.128434, 0.20589, 0.335721, 0.55212, 0.912443", \
+            "0.0338249, 0.0951694, 0.136999, 0.209733, 0.336427, 0.552121, 0.912646", \
+            "0.0493621, 0.11525, 0.155986, 0.224199, 0.344398, 0.554064, 0.912647", \
+            "0.0736138, 0.152711, 0.196203, 0.26398, 0.376591, 0.57286, 0.91839", \
+            "0.112073, 0.217941, 0.267242, 0.341738, 0.457357, 0.64415, 0.965293", \
+            "0.173456, 0.326507, 0.389626, 0.478921, 0.608506, 0.805661, 1.11765", \
+            "0.272196, 0.500385, 0.59218, 0.706826, 0.869357, 1.09538, 1.43852" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0306992, 0.167579, 0.258498, 0.407903, 0.658197, 1.07486, 1.76969", \
+            "0.0515265, 0.202857, 0.293762, 0.443769, 0.694463, 1.11158, 1.80768", \
+            "0.0621085, 0.236389, 0.328666, 0.478584, 0.729366, 1.14651, 1.84206", \
+            "0.0769584, 0.294575, 0.396201, 0.550788, 0.802004, 1.21908, 1.91425", \
+            "0.0963698, 0.382413, 0.507799, 0.68405, 0.948454, 1.36891, 2.0636", \
+            "0.121796, 0.502785, 0.664994, 0.887113, 1.19741, 1.6533, 2.35734", \
+            "0.154816, 0.65939, 0.87935, 1.17227, 1.57108, 2.12004, 2.90933" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0229142, 0.208282, 0.334855, 0.543742, 0.893711, 1.47745, 2.4487", \
+            "0.0385834, 0.210697, 0.335145, 0.543743, 0.893712, 1.47764, 2.45014", \
+            "0.0498339, 0.221876, 0.340484, 0.544882, 0.893986, 1.47765, 2.45015", \
+            "0.067771, 0.255825, 0.367457, 0.560391, 0.89899, 1.47766, 2.45016", \
+            "0.0969848, 0.325725, 0.438067, 0.620973, 0.937301, 1.49279, 2.4517", \
+            "0.144926, 0.439434, 0.569963, 0.760511, 1.06872, 1.58506, 2.49296", \
+            "0.227144, 0.621713, 0.784516, 1.01177, 1.34257, 1.86079, 2.71531" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197865, 0.0735956, 0.108188, 0.165321, 0.260953, 0.420306, 0.685991", \
+            "0.0388529, 0.11963, 0.157109, 0.215603, 0.311259, 0.47058, 0.736213", \
+            "0.0487202, 0.153943, 0.198152, 0.261898, 0.360234, 0.519764, 0.785316", \
+            "0.0606748, 0.20512, 0.261892, 0.339703, 0.449896, 0.616406, 0.882663", \
+            "0.0760537, 0.280208, 0.357823, 0.460145, 0.598044, 0.791117, 1.07552", \
+            "0.0933539, 0.383373, 0.49475, 0.635538, 0.822877, 1.06959, 1.40968", \
+            "0.109226, 0.513529, 0.676593, 0.882728, 1.14312, 1.48414, 1.92875" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00967525, 0.0763051, 0.123182, 0.20073, 0.330507, 0.546871, 0.907472", \
+            "0.0237812, 0.0896452, 0.131756, 0.204563, 0.331393, 0.546872, 0.908031", \
+            "0.0346439, 0.109396, 0.150583, 0.218983, 0.339269, 0.548978, 0.908032", \
+            "0.0520602, 0.145395, 0.190041, 0.258399, 0.371688, 0.567565, 0.913857", \
+            "0.0800783, 0.208427, 0.260685, 0.335867, 0.451331, 0.63907, 0.959694", \
+            "0.126551, 0.313898, 0.378761, 0.47239, 0.602444, 0.801314, 1.11215", \
+            "0.205369, 0.481138, 0.578366, 0.695156, 0.861025, 1.08836, 1.43369" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0256292, 0.126802, 0.192869, 0.302749, 0.487032, 0.793309, 1.30367", \
+            "0.0454998, 0.16532, 0.232353, 0.342485, 0.526682, 0.83293, 1.34374", \
+            "0.0553824, 0.199825, 0.269956, 0.380794, 0.564845, 0.871395, 1.38245", \
+            "0.0686246, 0.255998, 0.337793, 0.456981, 0.64436, 0.950987, 1.46794", \
+            "0.0851693, 0.338827, 0.444113, 0.588399, 0.795861, 1.11263, 1.62424", \
+            "0.104876, 0.448809, 0.591897, 0.780089, 1.03776, 1.40021, 1.93964", \
+            "0.127391, 0.589116, 0.78684, 1.04652, 1.38781, 1.8525, 2.48944" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0169175, 0.154917, 0.248738, 0.404697, 0.665823, 1.10074, 1.8257", \
+            "0.0333518, 0.159277, 0.250318, 0.404698, 0.665824, 1.10084, 1.82571", \
+            "0.0444994, 0.174168, 0.259465, 0.408315, 0.665939, 1.10116, 1.82578", \
+            "0.0621282, 0.21143, 0.292716, 0.43163, 0.677333, 1.11009, 1.8316", \
+            "0.0907432, 0.282006, 0.367887, 0.502946, 0.731978, 1.13351, 1.83479", \
+            "0.137292, 0.396175, 0.499317, 0.647254, 0.877973, 1.25581, 1.90763", \
+            "0.217087, 0.57061, 0.711959, 0.894717, 1.15895, 1.55054, 2.18057" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0195442, 0.0734081, 0.108017, 0.165137, 0.260781, 0.420184, 0.685845", \
+            "0.0385149, 0.119296, 0.156993, 0.215344, 0.31109, 0.47043, 0.735999", \
+            "0.0485563, 0.153548, 0.19779, 0.261578, 0.359929, 0.519497, 0.784982", \
+            "0.0609811, 0.204698, 0.2616, 0.339395, 0.449576, 0.615811, 0.882264", \
+            "0.0772759, 0.280037, 0.357503, 0.459808, 0.597706, 0.790738, 1.07523", \
+            "0.0974645, 0.384196, 0.494936, 0.635385, 0.823153, 1.06922, 1.40954", \
+            "0.119763, 0.517626, 0.679003, 0.8842, 1.14386, 1.48485, 1.92861" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00977813, 0.0763142, 0.123125, 0.200775, 0.330522, 0.547306, 0.907513", \
+            "0.0241103, 0.0898187, 0.131873, 0.204639, 0.331384, 0.547307, 0.908045", \
+            "0.0348453, 0.10955, 0.150841, 0.219096, 0.339287, 0.549017, 0.908046", \
+            "0.0518554, 0.146052, 0.190494, 0.258427, 0.371572, 0.568009, 0.914197", \
+            "0.0795388, 0.208676, 0.260302, 0.33615, 0.451883, 0.639195, 0.959841", \
+            "0.125047, 0.313098, 0.378842, 0.4722, 0.602183, 0.801595, 1.11249", \
+            "0.201565, 0.478023, 0.57608, 0.693743, 0.861883, 1.08777, 1.43375" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0402019, 0.177173, 0.267742, 0.416967, 0.666544, 1.08188, 1.77457", \
+            "0.0660595, 0.212441, 0.303211, 0.452842, 0.702816, 1.11876, 1.81249", \
+            "0.0811688, 0.24633, 0.338161, 0.487647, 0.737502, 1.15448, 1.84707", \
+            "0.101726, 0.305885, 0.406272, 0.560022, 0.810373, 1.22596, 1.91896", \
+            "0.129707, 0.396976, 0.519968, 0.694212, 0.957045, 1.37611, 2.06851", \
+            "0.166469, 0.522297, 0.680487, 0.899625, 1.20705, 1.66055, 2.36228", \
+            "0.214101, 0.685495, 0.900521, 1.18815, 1.58369, 2.12998, 2.91469" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0303964, 0.216339, 0.342542, 0.550992, 0.899828, 1.48153, 2.45116", \
+            "0.0442172, 0.218271, 0.342751, 0.551404, 0.899829, 1.48205, 2.45144", \
+            "0.0571133, 0.228455, 0.347603, 0.552865, 0.900965, 1.48271, 2.45145", \
+            "0.0766284, 0.261362, 0.373494, 0.566814, 0.904342, 1.48272, 2.45146", \
+            "0.108558, 0.330513, 0.443421, 0.626366, 0.942636, 1.49735, 2.45527", \
+            "0.159152, 0.445241, 0.575279, 0.765511, 1.07299, 1.58839, 2.49321", \
+            "0.243775, 0.627788, 0.789044, 1.0171, 1.34729, 1.86189, 2.71418" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0200397, 0.0739131, 0.108518, 0.165774, 0.261565, 0.4212, 0.687158", \
+            "0.0394536, 0.119972, 0.157596, 0.216041, 0.311808, 0.471497, 0.73778", \
+            "0.0497947, 0.154391, 0.198596, 0.262385, 0.36082, 0.520644, 0.786317", \
+            "0.0622829, 0.205828, 0.262507, 0.340049, 0.450588, 0.617266, 0.883622", \
+            "0.0789826, 0.28139, 0.358937, 0.461109, 0.599134, 0.792152, 1.0768", \
+            "0.0990091, 0.385676, 0.496658, 0.637266, 0.824504, 1.07115, 1.41133", \
+            "0.12186, 0.518487, 0.680454, 0.886052, 1.14592, 1.48662, 1.93116" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124315, 0.081723, 0.128434, 0.20589, 0.335721, 0.55212, 0.912443", \
+            "0.0338249, 0.0951694, 0.136999, 0.209733, 0.336427, 0.552121, 0.912646", \
+            "0.0493621, 0.11525, 0.155986, 0.224199, 0.344398, 0.554064, 0.912647", \
+            "0.0736138, 0.152711, 0.196203, 0.26398, 0.376591, 0.57286, 0.91839", \
+            "0.112073, 0.217941, 0.267242, 0.341738, 0.457357, 0.64415, 0.965293", \
+            "0.173456, 0.326507, 0.389626, 0.478921, 0.608506, 0.805661, 1.11765", \
+            "0.272196, 0.500385, 0.59218, 0.706826, 0.869357, 1.09538, 1.43852" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00887027, 0.00950117, 0.00946205, 0.00939019, 0.00908414, 0.00867691, 0.00805066", \
+            "0.00840954, 0.00912741, 0.00919001, 0.00923662, 0.00904109, 0.00867265, 0.00825493", \
+            "0.00834092, 0.00898711, 0.00900592, 0.0090144, 0.00895753, 0.00874238, 0.00826591", \
+            "0.00848481, 0.00869291, 0.00887543, 0.00887061, 0.008827, 0.00854209, 0.0080412", \
+            "0.00945918, 0.00898439, 0.00894997, 0.00882194, 0.00934527, 0.00844643, 0.00807007", \
+            "0.012745, 0.0103969, 0.00995238, 0.00967067, 0.00912763, 0.00948647, 0.00821613", \
+            "0.020951, 0.0153668, 0.014082, 0.0129352, 0.011913, 0.0106329, 0.00984994" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00559958, 0.00572434, 0.0056645, 0.00555351, 0.00536779, 0.00503487, 0.00431686", \
+            "0.00501559, 0.00545365, 0.00542754, 0.00533319, 0.00521487, 0.00492786, 0.00424933", \
+            "0.00508941, 0.00527429, 0.0053693, 0.00522733, 0.00515017, 0.00477373, 0.00427518", \
+            "0.00568483, 0.00542871, 0.00532244, 0.00527666, 0.00561506, 0.00527552, 0.00407075", \
+            "0.00727582, 0.0061152, 0.00593804, 0.00554842, 0.00528428, 0.00570541, 0.00437787", \
+            "0.0108698, 0.00827572, 0.00772352, 0.00710411, 0.00652176, 0.00531036, 0.00567644", \
+            "0.0189125, 0.0142514, 0.0127708, 0.011104, 0.00976947, 0.00859004, 0.0068841" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00942544, 0.00950152, 0.00942789, 0.00932725, 0.00905528, 0.00865366, 0.0080567", \
+            "0.00907608, 0.00930556, 0.00931477, 0.00931823, 0.00899435, 0.00862936, 0.0081387", \
+            "0.00899519, 0.00930351, 0.00919959, 0.00919698, 0.00896598, 0.00865337, 0.00809436", \
+            "0.00906816, 0.00912831, 0.00920981, 0.00906816, 0.00916193, 0.00855295, 0.00811808", \
+            "0.00984561, 0.00948778, 0.00937468, 0.00916621, 0.00930683, 0.00857105, 0.00812349", \
+            "0.012668, 0.0108935, 0.0104643, 0.0101715, 0.00954533, 0.00955639, 0.00835658", \
+            "0.0200271, 0.0157683, 0.0145726, 0.0134696, 0.0124088, 0.0110804, 0.0102785" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00897837, 0.00897447, 0.00890608, 0.00877064, 0.00861259, 0.00826164, 0.00756493", \
+            "0.00843982, 0.00879505, 0.00877436, 0.00861479, 0.00847564, 0.00811693, 0.00757864", \
+            "0.00835258, 0.00859772, 0.0086908, 0.0085338, 0.0084051, 0.00815365, 0.00732335", \
+            "0.00846467, 0.00864324, 0.00860499, 0.00853484, 0.00854632, 0.00824558, 0.00728573", \
+            "0.00935269, 0.0089342, 0.00890128, 0.00879564, 0.00848055, 0.00841716, 0.00781448", \
+            "0.0122677, 0.0104311, 0.0100137, 0.0096593, 0.00940864, 0.00858626, 0.00888614", \
+            "0.019413, 0.0152102, 0.014076, 0.0128752, 0.0119637, 0.0109429, 0.00957971" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00514621, 0.00578797, 0.00577588, 0.00567107, 0.00543739, 0.00501726, 0.00448777", \
+            "0.00486423, 0.00529796, 0.0053695, 0.00543973, 0.00525414, 0.00495049, 0.00463505", \
+            "0.00517791, 0.00525914, 0.00521445, 0.00528993, 0.00527116, 0.00497698, 0.00440574", \
+            "0.0058389, 0.00525847, 0.00530591, 0.00514783, 0.00538771, 0.00471733, 0.00426527", \
+            "0.00757202, 0.00616308, 0.00582349, 0.00552903, 0.00533904, 0.00486353, 0.0043675", \
+            "0.0117364, 0.00869782, 0.00795775, 0.00738932, 0.00626603, 0.00619783, 0.00472236", \
+            "0.0208118, 0.0151374, 0.0136149, 0.0121499, 0.0104645, 0.00843758, 0.00709322" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00610599, 0.00711053, 0.00706298, 0.00696655, 0.00676953, 0.00643522, 0.00576516", \
+            "0.00576995, 0.00673472, 0.00689288, 0.00692439, 0.00679154, 0.00652647, 0.00592733", \
+            "0.0060032, 0.00664106, 0.0066632, 0.00679272, 0.00730277, 0.00642149, 0.00579105", \
+            "0.00677255, 0.00657817, 0.00671804, 0.00659937, 0.00650447, 0.00700599, 0.00642839", \
+            "0.00868365, 0.00710249, 0.00705848, 0.00706641, 0.00695463, 0.0062604, 0.00706913", \
+            "0.0130344, 0.00943414, 0.0087959, 0.00823785, 0.00780692, 0.00746404, 0.00623369", \
+            "0.0220656, 0.015953, 0.0141398, 0.0126568, 0.0109266, 0.0098826, 0.00873757" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00431239, 0.00522966, 0.00523752, 0.00512688, 0.00490083, 0.00453779, 0.00392181", \
+            "0.00426415, 0.00475008, 0.00481329, 0.0048351, 0.00471146, 0.00443486, 0.00401016", \
+            "0.00468571, 0.00468454, 0.00473339, 0.00468656, 0.0046307, 0.00430903, 0.00382918", \
+            "0.00547732, 0.00472944, 0.00473588, 0.00460904, 0.0052538, 0.00420704, 0.00385233", \
+            "0.00742145, 0.00566538, 0.00534094, 0.00498296, 0.00490528, 0.00418714, 0.0037501", \
+            "0.0118724, 0.00830225, 0.00749475, 0.00684661, 0.00575984, 0.00558986, 0.00415272", \
+            "0.0212728, 0.0148701, 0.0132677, 0.0117548, 0.00993794, 0.00805016, 0.00665962" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00286253, 0.00393175, 0.00383674, 0.00374236, 0.00359298, 0.00328141, 0.00260197", \
+            "0.00251785, 0.00352311, 0.00364836, 0.00394769, 0.00374478, 0.00328166, 0.00272391", \
+            "0.00276568, 0.00341127, 0.00349404, 0.00356118, 0.00400471, 0.00378451, 0.00260853", \
+            "0.00355445, 0.00335631, 0.00350098, 0.0035466, 0.00335038, 0.00397252, 0.0032615", \
+            "0.00552588, 0.0039063, 0.00394685, 0.00387893, 0.00372114, 0.00309341, 0.00326613", \
+            "0.0099963, 0.00629703, 0.0055544, 0.00517695, 0.00476255, 0.00446567, 0.00310978", \
+            "0.019147, 0.0127885, 0.0110742, 0.0094165, 0.00775093, 0.00666708, 0.00567359" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0043115, 0.00531096, 0.00522494, 0.00513373, 0.00494677, 0.00479423, 0.00481698", \
+            "0.00431571, 0.004844, 0.00484787, 0.00482164, 0.00474436, 0.00473636, 0.0043855", \
+            "0.00475625, 0.00463744, 0.00474078, 0.00471458, 0.00460403, 0.0047148, 0.00442768", \
+            "0.00559744, 0.00483434, 0.00470117, 0.00486468, 0.00452444, 0.00529537, 0.0053157", \
+            "0.00766377, 0.00582423, 0.00547107, 0.00498938, 0.00495108, 0.00463688, 0.00499819", \
+            "0.0123871, 0.00868317, 0.00780562, 0.00705499, 0.00600518, 0.00525411, 0.00507973", \
+            "0.0222542, 0.0155852, 0.0139056, 0.0119971, 0.0102666, 0.00853609, 0.006237" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00272801, 0.00381978, 0.00369812, 0.00363579, 0.0034703, 0.00314841, 0.00248768", \
+            "0.00243836, 0.00333268, 0.00347047, 0.00370415, 0.00332499, 0.00311322, 0.00254775", \
+            "0.00273526, 0.00319716, 0.00324058, 0.0033536, 0.00359981, 0.00357996, 0.00236547", \
+            "0.00358841, 0.0032303, 0.00333472, 0.00330125, 0.00309751, 0.00374429, 0.00322431", \
+            "0.00565133, 0.00384736, 0.00373905, 0.00370865, 0.0035644, 0.00293591, 0.00305758", \
+            "0.0102501, 0.0064474, 0.00565162, 0.00511111, 0.00471814, 0.00416177, 0.0028816", \
+            "0.0199609, 0.0133647, 0.0115107, 0.009734, 0.0080838, 0.00666824, 0.00553535" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0043115, 0.00531096, 0.00522494, 0.00513373, 0.00494677, 0.00479423, 0.00481698", \
+            "0.00431571, 0.004844, 0.00484787, 0.00482164, 0.00474436, 0.00473636, 0.0043855", \
+            "0.00475625, 0.00463744, 0.00474078, 0.00471458, 0.00460403, 0.0047148, 0.00442768", \
+            "0.00559744, 0.00483434, 0.00470117, 0.00486468, 0.00452444, 0.00529537, 0.0053157", \
+            "0.00766377, 0.00582423, 0.00547107, 0.00498938, 0.00495108, 0.00463688, 0.00499819", \
+            "0.0123871, 0.00868317, 0.00780562, 0.00705499, 0.00600518, 0.00525411, 0.00507973", \
+            "0.0222542, 0.0155852, 0.0139056, 0.0119971, 0.0102666, 0.00853609, 0.006237" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00286253, 0.00393175, 0.00383674, 0.00374236, 0.00359298, 0.00328141, 0.00260197", \
+            "0.00251785, 0.00352311, 0.00364836, 0.00394769, 0.00374478, 0.00328166, 0.00272391", \
+            "0.00276568, 0.00341127, 0.00349404, 0.00356118, 0.00400471, 0.00378451, 0.00260853", \
+            "0.00355445, 0.00335631, 0.00350098, 0.0035466, 0.00335038, 0.00397252, 0.0032615", \
+            "0.00552588, 0.0039063, 0.00394685, 0.00387893, 0.00372114, 0.00309341, 0.00326613", \
+            "0.0099963, 0.00629703, 0.0055544, 0.00517695, 0.00476255, 0.00446567, 0.00310978", \
+            "0.019147, 0.0127885, 0.0110742, 0.0094165, 0.00775093, 0.00666708, 0.00567359" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00581309;
+      rise_capacitance : 0.00575817;
+      rise_capacitance_range (0.00526931, 0.00624838);
+      fall_capacitance : 0.005868;
+      fall_capacitance_range (0.0050207, 0.00670681);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00608046;
+      rise_capacitance : 0.00617148;
+      rise_capacitance_range (0.00540947, 0.00684975);
+      fall_capacitance : 0.00598943;
+      fall_capacitance_range (0.00533975, 0.00670063);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00564011;
+      rise_capacitance : 0.00578158;
+      rise_capacitance_range (0.00459888, 0.0067687);
+      fall_capacitance : 0.00549863;
+      fall_capacitance_range (0.00491808, 0.00625795);
+    }
+  }
+  cell (sg13g2_a221oi_1) {
+    area : 14.5152;
+    cell_footprint : "a221oi";
+    cell_leakage_power : 157.856;
+    leakage_power () {
+      value : 141.709;
+      when : "!A1&!A2&!B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 167.089;
+      when : "!A1&!A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 170.177;
+      when : "!A1&!A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 170.177;
+      when : "!A1&!A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 188.386;
+      when : "!A1&!A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 140.666;
+      when : "!A1&!A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 170.182;
+      when : "!A1&A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 173.27;
+      when : "!A1&A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 154.718;
+      when : "!A1&A2&B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 173.27;
+      when : "!A1&A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 191.479;
+      when : "!A1&A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 143.759;
+      when : "!A1&A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 170.182;
+      when : "A1&!A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 173.27;
+      when : "A1&!A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 130.276;
+      when : "A1&!A2&B1&!B2&!C1&Y";
+    }
+    leakage_power () {
+      value : 173.27;
+      when : "A1&!A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 191.478;
+      when : "A1&!A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 143.759;
+      when : "A1&!A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 149.379;
+      when : "A1&A2&!B1&!B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 112.17;
+      when : "A1&A2&!B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 174.193;
+      when : "A1&A2&!B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 130.213;
+      when : "A1&A2&!B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 174.193;
+      when : "A1&A2&B1&!B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 130.213;
+      when : "A1&A2&B1&!B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 131.286;
+      when : "A1&A2&B1&B2&!C1&!Y";
+    }
+    leakage_power () {
+      value : 138.62;
+      when : "A1&A2&B1&B2&C1&!Y";
+    }
+    leakage_power () {
+      value : 154.718;
+      when : "A1&!A2&!B1&!C1+!A1&A2&!B1&!C1+!A1&!A2&B1&!B2&!C1+!A1&!B1&B2&!C1";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+(B1*B2)+C1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.10679, 0.30735, 0.444921, 0.671691, 1.05128, 1.68375, 2.7378", \
+            "0.135137, 0.3378, 0.475713, 0.703604, 1.08316, 1.71695, 2.77014", \
+            "0.154811, 0.360753, 0.498959, 0.72667, 1.1073, 1.73988, 2.79421", \
+            "0.183059, 0.401952, 0.541986, 0.770378, 1.15091, 1.784, 2.83895", \
+            "0.219355, 0.471195, 0.61993, 0.854234, 1.2376, 1.87153, 2.92674", \
+            "0.256057, 0.574737, 0.74316, 0.998888, 1.39894, 2.04265, 3.09675", \
+            "0.29415, 0.717137, 0.92849, 1.22462, 1.67253, 2.3567, 3.43885" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.070954, 0.343545, 0.532911, 0.84595, 1.36962, 2.2423, 3.69662", \
+            "0.0729985, 0.345374, 0.533001, 0.846563, 1.36963, 2.24231, 3.69663", \
+            "0.0787517, 0.345375, 0.534034, 0.847329, 1.36964, 2.24232, 3.69664", \
+            "0.0923942, 0.354949, 0.538752, 0.847915, 1.37011, 2.24233, 3.69665", \
+            "0.122475, 0.386928, 0.566044, 0.86546, 1.37762, 2.24628, 3.69666", \
+            "0.185447, 0.461155, 0.638259, 0.928953, 1.42505, 2.26702, 3.70118", \
+            "0.302708, 0.607283, 0.789334, 1.08205, 1.56562, 2.38197, 3.76985" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0498533, 0.149461, 0.214981, 0.322175, 0.500613, 0.796511, 1.28882", \
+            "0.0855503, 0.191537, 0.257277, 0.364369, 0.542625, 0.838748, 1.33103", \
+            "0.109184, 0.229939, 0.298313, 0.406366, 0.584554, 0.880409, 1.37318", \
+            "0.143888, 0.29213, 0.370466, 0.486329, 0.667723, 0.963557, 1.45535", \
+            "0.192906, 0.386544, 0.483426, 0.621278, 0.823322, 1.13106, 1.62427", \
+            "0.258907, 0.520818, 0.648187, 0.825163, 1.07245, 1.42685, 1.95434", \
+            "0.345088, 0.702345, 0.877873, 1.11309, 1.43998, 1.88569, 2.51313" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.053828, 0.175935, 0.261235, 0.402434, 0.638969, 1.03238, 1.68792", \
+            "0.0671241, 0.180238, 0.26298, 0.402702, 0.63897, 1.03239, 1.68793", \
+            "0.0836141, 0.194576, 0.273052, 0.407499, 0.640008, 1.0324, 1.68833", \
+            "0.112249, 0.230185, 0.306117, 0.432783, 0.653448, 1.03539, 1.68834", \
+            "0.160353, 0.296935, 0.377776, 0.504378, 0.713, 1.07225, 1.70047", \
+            "0.235675, 0.413448, 0.50636, 0.645051, 0.85975, 1.20665, 1.79698", \
+            "0.348713, 0.603712, 0.719344, 0.886788, 1.12754, 1.49907, 2.07861" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !B1 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0923243, 0.293043, 0.43066, 0.65796, 1.03843, 1.67243, 2.72906", \
+            "0.120396, 0.323341, 0.461564, 0.68965, 1.07028, 1.70532, 2.76238", \
+            "0.138772, 0.346243, 0.484744, 0.713052, 1.09435, 1.72856, 2.78668", \
+            "0.164502, 0.386982, 0.527598, 0.756418, 1.13786, 1.77262, 2.83", \
+            "0.194982, 0.454638, 0.604518, 0.839944, 1.2242, 1.85988, 2.91766", \
+            "0.221241, 0.555065, 0.725053, 0.982886, 1.3845, 2.0284, 3.08684", \
+            "0.244985, 0.692618, 0.905213, 1.20634, 1.65658, 2.3431, 3.42841" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.059048, 0.331869, 0.521514, 0.835031, 1.35999, 2.23488, 3.69301", \
+            "0.0620514, 0.332341, 0.522302, 0.835032, 1.36004, 2.23587, 3.69302", \
+            "0.068022, 0.333472, 0.522303, 0.835033, 1.36005, 2.23588, 3.69316", \
+            "0.0821029, 0.343916, 0.527927, 0.836815, 1.36142, 2.23589, 3.69317", \
+            "0.112572, 0.376498, 0.555506, 0.855369, 1.36796, 2.24262, 3.69318", \
+            "0.176361, 0.452125, 0.627907, 0.919278, 1.41576, 2.25918, 3.69804", \
+            "0.295134, 0.600844, 0.779758, 1.07193, 1.55829, 2.37514, 3.76525" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0492327, 0.148682, 0.21398, 0.320873, 0.498661, 0.7942, 1.28565", \
+            "0.084637, 0.190753, 0.256319, 0.363086, 0.54085, 0.836384, 1.32787", \
+            "0.108124, 0.229096, 0.297334, 0.405091, 0.582737, 0.878126, 1.37048", \
+            "0.142206, 0.290982, 0.369158, 0.484898, 0.665988, 0.96126, 1.45246", \
+            "0.189783, 0.384667, 0.481683, 0.619375, 0.821243, 1.12853, 1.62116", \
+            "0.252993, 0.517544, 0.645224, 0.822496, 1.06964, 1.4239, 1.95097", \
+            "0.334655, 0.696292, 0.872568, 1.10837, 1.43538, 1.88115, 2.50934" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0423669, 0.166946, 0.252249, 0.393432, 0.630347, 1.02433, 1.68008", \
+            "0.0547373, 0.171208, 0.254215, 0.39368, 0.630348, 1.02434, 1.68011", \
+            "0.0693378, 0.18531, 0.263937, 0.39905, 0.630561, 1.02435, 1.6808", \
+            "0.0946727, 0.220333, 0.297076, 0.42387, 0.644148, 1.02693, 1.68081", \
+            "0.137388, 0.284925, 0.367341, 0.494839, 0.703986, 1.06356, 1.69389", \
+            "0.203333, 0.398389, 0.494295, 0.633517, 0.850155, 1.19727, 1.7885", \
+            "0.302228, 0.583558, 0.702147, 0.876114, 1.11638, 1.49171, 2.06963" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "(A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0829001, 0.248677, 0.362334, 0.549914, 0.863988, 1.38739, 2.25953", \
+            "0.113368, 0.281778, 0.395826, 0.583915, 0.898395, 1.4222, 2.29421", \
+            "0.133554, 0.307871, 0.422315, 0.610759, 0.92503, 1.44896, 2.32139", \
+            "0.161527, 0.354091, 0.471686, 0.661355, 0.976246, 1.50056, 2.37325", \
+            "0.193851, 0.42889, 0.558036, 0.757018, 1.07662, 1.60192, 2.47474", \
+            "0.221238, 0.53589, 0.689224, 0.915692, 1.25801, 1.79841, 2.67365", \
+            "0.243515, 0.677919, 0.878598, 1.15523, 1.55426, 2.14656, 3.06209" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0491653, 0.275836, 0.433346, 0.693899, 1.13004, 1.85684, 3.0682", \
+            "0.0530898, 0.276026, 0.433999, 0.6939, 1.13005, 1.85685, 3.06821", \
+            "0.0601098, 0.278447, 0.434286, 0.694078, 1.13006, 1.85686, 3.06822", \
+            "0.0763287, 0.292012, 0.443088, 0.697932, 1.131, 1.85687, 3.06823", \
+            "0.110381, 0.330707, 0.47709, 0.723003, 1.1435, 1.85971, 3.06824", \
+            "0.177251, 0.414021, 0.560725, 0.800856, 1.20639, 1.89595, 3.07936", \
+            "0.299189, 0.575067, 0.729951, 0.971702, 1.37342, 2.04086, 3.17868" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0513112, 0.151401, 0.216943, 0.323935, 0.502083, 0.797444, 1.28912", \
+            "0.0874307, 0.193523, 0.25923, 0.36619, 0.54412, 0.839857, 1.33134", \
+            "0.111719, 0.232021, 0.300224, 0.408135, 0.586031, 0.881494, 1.37388", \
+            "0.147314, 0.294523, 0.372509, 0.488092, 0.669152, 0.964636, 1.45568", \
+            "0.197578, 0.389442, 0.485829, 0.623048, 0.824796, 1.13196, 1.62447", \
+            "0.264848, 0.524419, 0.650969, 0.827479, 1.07415, 1.42764, 1.95458", \
+            "0.351872, 0.70733, 0.880998, 1.11602, 1.44133, 1.88687, 2.51316" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0445682, 0.169274, 0.254772, 0.39595, 0.63249, 1.02712, 1.68302", \
+            "0.0564907, 0.173269, 0.256566, 0.39798, 0.632491, 1.02713, 1.68303", \
+            "0.0712507, 0.187258, 0.266354, 0.4011, 0.633976, 1.02714, 1.68335", \
+            "0.096165, 0.221997, 0.298601, 0.425964, 0.646846, 1.03024, 1.68336", \
+            "0.139127, 0.286918, 0.369059, 0.497715, 0.706447, 1.06593, 1.69578", \
+            "0.205365, 0.399715, 0.497096, 0.634228, 0.851906, 1.19977, 1.7901", \
+            "0.304575, 0.584282, 0.702852, 0.876849, 1.11742, 1.49219, 2.07092" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.10679, 0.30735, 0.444921, 0.671691, 1.05128, 1.68375, 2.7378", \
+            "0.135137, 0.3378, 0.475713, 0.703604, 1.08316, 1.71695, 2.77014", \
+            "0.154811, 0.360753, 0.498959, 0.72667, 1.1073, 1.73988, 2.79421", \
+            "0.183059, 0.401952, 0.541986, 0.770378, 1.15091, 1.784, 2.83895", \
+            "0.219355, 0.471195, 0.61993, 0.854234, 1.2376, 1.87153, 2.92674", \
+            "0.256057, 0.574737, 0.74316, 0.998888, 1.39894, 2.04265, 3.09675", \
+            "0.29415, 0.717137, 0.92849, 1.22462, 1.67253, 2.3567, 3.43885" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.070954, 0.343545, 0.532911, 0.84595, 1.36962, 2.2423, 3.69662", \
+            "0.0729985, 0.345374, 0.533001, 0.846563, 1.36963, 2.24231, 3.69663", \
+            "0.0787517, 0.345375, 0.534034, 0.847329, 1.36964, 2.24232, 3.69664", \
+            "0.0923942, 0.354949, 0.538752, 0.847915, 1.37011, 2.24233, 3.69665", \
+            "0.122475, 0.386928, 0.566044, 0.86546, 1.37762, 2.24628, 3.69666", \
+            "0.185447, 0.461155, 0.638259, 0.928953, 1.42505, 2.26702, 3.70118", \
+            "0.302708, 0.607283, 0.789334, 1.08205, 1.56562, 2.38197, 3.76985" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0513112, 0.151401, 0.216943, 0.323935, 0.502083, 0.797444, 1.28912", \
+            "0.0874307, 0.193523, 0.25923, 0.36619, 0.54412, 0.839857, 1.33134", \
+            "0.111719, 0.232021, 0.300224, 0.408135, 0.586031, 0.881494, 1.37388", \
+            "0.147314, 0.294523, 0.372509, 0.488092, 0.669152, 0.964636, 1.45568", \
+            "0.197578, 0.389442, 0.485829, 0.623048, 0.824796, 1.13196, 1.62447", \
+            "0.264848, 0.524419, 0.650969, 0.827479, 1.07415, 1.42764, 1.95458", \
+            "0.351872, 0.70733, 0.880998, 1.11602, 1.44133, 1.88687, 2.51316" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0445682, 0.169274, 0.254772, 0.39595, 0.63249, 1.02712, 1.68302", \
+            "0.0564907, 0.173269, 0.256566, 0.39798, 0.632491, 1.02713, 1.68303", \
+            "0.0712507, 0.187258, 0.266354, 0.4011, 0.633976, 1.02714, 1.68335", \
+            "0.096165, 0.221997, 0.298601, 0.425964, 0.646846, 1.03024, 1.68336", \
+            "0.139127, 0.286918, 0.369059, 0.497715, 0.706447, 1.06593, 1.69578", \
+            "0.205365, 0.399715, 0.497096, 0.634228, 0.851906, 1.19977, 1.7901", \
+            "0.304575, 0.584282, 0.702852, 0.876849, 1.11742, 1.49219, 2.07092" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118621, 0.318279, 0.455509, 0.682144, 1.06126, 1.69295, 2.74547", \
+            "0.148888, 0.349803, 0.48724, 0.714417, 1.09371, 1.72585, 2.77782", \
+            "0.16945, 0.373222, 0.510878, 0.738071, 1.11769, 1.74922, 2.80309", \
+            "0.200227, 0.415539, 0.554807, 0.782205, 1.16219, 1.79458, 2.84683", \
+            "0.241427, 0.486626, 0.633852, 0.867223, 1.24912, 1.88153, 2.93511", \
+            "0.2868, 0.592015, 0.759565, 1.01333, 1.41199, 2.05194, 3.10514", \
+            "0.339234, 0.742133, 0.949066, 1.24206, 1.68704, 2.36914, 3.44898" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0825327, 0.356122, 0.54478, 0.857316, 1.38119, 2.25286, 3.70546", \
+            "0.0841341, 0.356123, 0.544963, 0.85786, 1.3812, 2.25287, 3.70547", \
+            "0.0895821, 0.357167, 0.54609, 0.857861, 1.38121, 2.25288, 3.70548", \
+            "0.102563, 0.366376, 0.550623, 0.859765, 1.38713, 2.25289, 3.70549", \
+            "0.132984, 0.397728, 0.577043, 0.876962, 1.38865, 2.25619, 3.7055", \
+            "0.194684, 0.469878, 0.648473, 0.940264, 1.43524, 2.27708, 3.71009", \
+            "0.305777, 0.615557, 0.798552, 1.09047, 1.57636, 2.39141, 3.77746" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0537624, 0.153384, 0.218963, 0.326088, 0.504503, 0.800432, 1.29267", \
+            "0.0866897, 0.190678, 0.256504, 0.363748, 0.54207, 0.838196, 1.33048", \
+            "0.109902, 0.224056, 0.291802, 0.399917, 0.57834, 0.874528, 1.36734", \
+            "0.144834, 0.279954, 0.354797, 0.468522, 0.649792, 0.946475, 1.43887", \
+            "0.194464, 0.369298, 0.458457, 0.587779, 0.783907, 1.09004, 1.58468", \
+            "0.260832, 0.502188, 0.616968, 0.778557, 1.00833, 1.3485, 1.86795", \
+            "0.348857, 0.686011, 0.846952, 1.06041, 1.35567, 1.76699, 2.35904" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0537419, 0.175935, 0.26125, 0.402461, 0.639006, 1.03191, 1.68789", \
+            "0.0618149, 0.178616, 0.262347, 0.402474, 0.639007, 1.03194, 1.68791", \
+            "0.0732118, 0.187791, 0.268843, 0.405703, 0.63908, 1.03199, 1.68834", \
+            "0.0956243, 0.212145, 0.290925, 0.422236, 0.648101, 1.03518, 1.68835", \
+            "0.137908, 0.261959, 0.341773, 0.471509, 0.687966, 1.0592, 1.69703", \
+            "0.208657, 0.357506, 0.442822, 0.574461, 0.79194, 1.14999, 1.76051", \
+            "0.314444, 0.525915, 0.625036, 0.772008, 0.999318, 1.36337, 1.95661" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !B1 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.104568, 0.303978, 0.441521, 0.668519, 1.04849, 1.68165, 2.73683", \
+            "0.134313, 0.335489, 0.473128, 0.70085, 1.0809, 1.71462, 2.76913", \
+            "0.153991, 0.358865, 0.496774, 0.724328, 1.1048, 1.73789, 2.79439", \
+            "0.182534, 0.400745, 0.540458, 0.768385, 1.14879, 1.78226, 2.83802", \
+            "0.218604, 0.470306, 0.618588, 0.852977, 1.236, 1.87005, 2.92604", \
+            "0.254971, 0.572864, 0.741591, 0.997629, 1.39807, 2.03997, 3.0957", \
+            "0.295184, 0.717243, 0.927085, 1.22645, 1.67143, 2.35622, 3.43859" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0709026, 0.343999, 0.533662, 0.84706, 1.37101, 2.24547, 3.70196", \
+            "0.0731593, 0.346269, 0.533782, 0.847061, 1.37135, 2.24548, 3.70197", \
+            "0.0786749, 0.34627, 0.533783, 0.847703, 1.37136, 2.24549, 3.70202", \
+            "0.0922369, 0.355456, 0.539614, 0.848844, 1.37137, 2.2455, 3.70203", \
+            "0.122101, 0.387227, 0.566814, 0.86694, 1.37904, 2.25158, 3.70204", \
+            "0.183864, 0.459961, 0.638094, 0.930615, 1.42634, 2.27026, 3.70642", \
+            "0.295032, 0.606115, 0.788732, 1.08437, 1.56724, 2.38522, 3.77407" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0531337, 0.152579, 0.217937, 0.324773, 0.502719, 0.798006, 1.28981", \
+            "0.0858872, 0.189884, 0.255515, 0.362456, 0.540211, 0.835801, 1.32728", \
+            "0.109029, 0.223185, 0.290808, 0.398618, 0.576585, 0.872088, 1.36469", \
+            "0.143456, 0.278922, 0.35358, 0.467157, 0.648009, 0.944082, 1.43604", \
+            "0.192088, 0.367789, 0.456988, 0.586164, 0.781984, 1.08775, 1.58138", \
+            "0.256471, 0.499675, 0.614707, 0.776211, 1.0059, 1.34566, 1.86463", \
+            "0.340192, 0.681147, 0.842659, 1.05748, 1.35199, 1.76419, 2.35546" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0422686, 0.166671, 0.252397, 0.393508, 0.630422, 1.02405, 1.68099", \
+            "0.0498639, 0.169354, 0.253591, 0.393888, 0.630423, 1.02461, 1.681", \
+            "0.0602987, 0.178513, 0.259888, 0.396798, 0.630989, 1.02523, 1.68101", \
+            "0.0807402, 0.202281, 0.28159, 0.413289, 0.63944, 1.02669, 1.68102", \
+            "0.119241, 0.252807, 0.3318, 0.462633, 0.679359, 1.05085, 1.68994", \
+            "0.181715, 0.344559, 0.431961, 0.564262, 0.783459, 1.14102, 1.75196", \
+            "0.276344, 0.507368, 0.609997, 0.760297, 0.989, 1.35345, 1.9504" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "(A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !B1 * !B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0927843, 0.257564, 0.3712, 0.558416, 0.871992, 1.39448, 2.26524", \
+            "0.124895, 0.291586, 0.405293, 0.592808, 0.90696, 1.42941, 2.29965", \
+            "0.146535, 0.318185, 0.432046, 0.619912, 0.933579, 1.45665, 2.32714", \
+            "0.177556, 0.3655, 0.482211, 0.670946, 0.985143, 1.50798, 2.37949", \
+            "0.216312, 0.442403, 0.569854, 0.767731, 1.0861, 1.61011, 2.48214", \
+            "0.253987, 0.5535, 0.703677, 0.92761, 1.26918, 1.80683, 2.68048", \
+            "0.292495, 0.701748, 0.899209, 1.17148, 1.56611, 2.15666, 3.06945" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0588438, 0.285774, 0.443264, 0.703499, 1.13921, 1.86507, 3.07457", \
+            "0.0618701, 0.285958, 0.443546, 0.7035, 1.13922, 1.86508, 3.07458", \
+            "0.0684252, 0.288315, 0.444071, 0.706771, 1.13923, 1.86509, 3.07459", \
+            "0.0838048, 0.301107, 0.452463, 0.707271, 1.14194, 1.8651, 3.0746", \
+            "0.117834, 0.339071, 0.485983, 0.731876, 1.15244, 1.86797, 3.07617", \
+            "0.183253, 0.421514, 0.56911, 0.8085, 1.21507, 1.90424, 3.08677", \
+            "0.29853, 0.579182, 0.735192, 0.979502, 1.37941, 2.0492, 3.18457" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0552026, 0.155315, 0.220844, 0.327872, 0.505909, 0.801355, 1.29329", \
+            "0.0883934, 0.192661, 0.25844, 0.365528, 0.543579, 0.839288, 1.33081", \
+            "0.112074, 0.226075, 0.293782, 0.401708, 0.579876, 0.87565, 1.36818", \
+            "0.147756, 0.282244, 0.356759, 0.470356, 0.651347, 0.947513, 1.43954", \
+            "0.198737, 0.371859, 0.460826, 0.589753, 0.785599, 1.09101, 1.58485", \
+            "0.266986, 0.505638, 0.619567, 0.780686, 1.01003, 1.34929, 1.86871", \
+            "0.356952, 0.690319, 0.850505, 1.06355, 1.35743, 1.76887, 2.35952" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0446547, 0.169197, 0.254744, 0.396098, 0.633023, 1.02726, 1.68371", \
+            "0.0517746, 0.171953, 0.255992, 0.396236, 0.633024, 1.02727, 1.68372", \
+            "0.0620713, 0.180654, 0.262004, 0.399759, 0.633689, 1.02728, 1.68464", \
+            "0.0821793, 0.204599, 0.283974, 0.415536, 0.641966, 1.0297, 1.68465", \
+            "0.120779, 0.253784, 0.333675, 0.464462, 0.68168, 1.05337, 1.69121", \
+            "0.183452, 0.345103, 0.43358, 0.565999, 0.784712, 1.14358, 1.7545", \
+            "0.278053, 0.510615, 0.610136, 0.763757, 0.990335, 1.35689, 1.95177" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.118621, 0.318279, 0.455509, 0.682144, 1.06126, 1.69295, 2.74547", \
+            "0.148888, 0.349803, 0.48724, 0.714417, 1.09371, 1.72585, 2.77782", \
+            "0.16945, 0.373222, 0.510878, 0.738071, 1.11769, 1.74922, 2.80309", \
+            "0.200227, 0.415539, 0.554807, 0.782205, 1.16219, 1.79458, 2.84683", \
+            "0.241427, 0.486626, 0.633852, 0.867223, 1.24912, 1.88153, 2.93511", \
+            "0.2868, 0.592015, 0.759565, 1.01333, 1.41199, 2.05194, 3.10514", \
+            "0.339234, 0.742133, 0.949066, 1.24206, 1.68704, 2.36914, 3.44898" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0825327, 0.356122, 0.54478, 0.857316, 1.38119, 2.25286, 3.70546", \
+            "0.0841341, 0.356123, 0.544963, 0.85786, 1.3812, 2.25287, 3.70547", \
+            "0.0895821, 0.357167, 0.54609, 0.857861, 1.38121, 2.25288, 3.70548", \
+            "0.102563, 0.366376, 0.550623, 0.859765, 1.38713, 2.25289, 3.70549", \
+            "0.132984, 0.397728, 0.577043, 0.876962, 1.38865, 2.25619, 3.7055", \
+            "0.194684, 0.469878, 0.648473, 0.940264, 1.43524, 2.27708, 3.71009", \
+            "0.305777, 0.615557, 0.798552, 1.09047, 1.57636, 2.39141, 3.77746" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0552026, 0.155315, 0.220844, 0.327872, 0.505909, 0.801355, 1.29329", \
+            "0.0883934, 0.192661, 0.25844, 0.365528, 0.543579, 0.839288, 1.33081", \
+            "0.112074, 0.226075, 0.293782, 0.401708, 0.579876, 0.87565, 1.36818", \
+            "0.147756, 0.282244, 0.356759, 0.470356, 0.651347, 0.947513, 1.43954", \
+            "0.198737, 0.371859, 0.460826, 0.589753, 0.785599, 1.09101, 1.58485", \
+            "0.266986, 0.505638, 0.619567, 0.780686, 1.01003, 1.34929, 1.86871", \
+            "0.356952, 0.690319, 0.850505, 1.06355, 1.35743, 1.76887, 2.35952" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0446547, 0.169197, 0.254744, 0.396098, 0.633023, 1.02726, 1.68371", \
+            "0.0517746, 0.171953, 0.255992, 0.396236, 0.633024, 1.02727, 1.68372", \
+            "0.0620713, 0.180654, 0.262004, 0.399759, 0.633689, 1.02728, 1.68464", \
+            "0.0821793, 0.204599, 0.283974, 0.415536, 0.641966, 1.0297, 1.68465", \
+            "0.120779, 0.253784, 0.333675, 0.464462, 0.68168, 1.05337, 1.69121", \
+            "0.183452, 0.345103, 0.43358, 0.565999, 0.784712, 1.14358, 1.7545", \
+            "0.278053, 0.510615, 0.610136, 0.763757, 0.990335, 1.35689, 1.95177" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0954356, 0.296232, 0.433787, 0.660945, 1.04095, 1.67418, 2.72955", \
+            "0.122105, 0.32595, 0.464102, 0.691878, 1.0722, 1.70558, 2.76193", \
+            "0.141586, 0.351917, 0.490416, 0.718543, 1.0994, 1.73289, 2.78956", \
+            "0.169938, 0.40228, 0.54362, 0.772564, 1.15366, 1.78748, 2.84372", \
+            "0.207464, 0.48954, 0.64349, 0.881386, 1.26593, 1.90095, 2.95675", \
+            "0.254606, 0.618826, 0.801697, 1.06937, 1.4767, 2.12261, 3.17955", \
+            "0.323366, 0.80188, 1.03714, 1.36095, 1.83484, 2.5348, 3.6255" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0711564, 0.343849, 0.533285, 0.84706, 1.37154, 2.24547, 3.7001", \
+            "0.0756905, 0.345489, 0.533699, 0.847061, 1.37158, 2.24548, 3.70149", \
+            "0.0851643, 0.34659, 0.534523, 0.847062, 1.37159, 2.24564, 3.70199", \
+            "0.106863, 0.362009, 0.54307, 0.849791, 1.37427, 2.24565, 3.702", \
+            "0.14814, 0.407803, 0.581297, 0.874885, 1.38195, 2.25073, 3.70201", \
+            "0.217759, 0.505212, 0.678123, 0.962323, 1.44503, 2.27797, 3.70779", \
+            "0.325015, 0.67883, 0.866246, 1.15772, 1.63115, 2.42892, 3.79329" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0456987, 0.140543, 0.204977, 0.311165, 0.488858, 0.783945, 1.27583", \
+            "0.0772352, 0.182867, 0.247744, 0.354006, 0.531577, 0.826971, 1.31864", \
+            "0.0973099, 0.22022, 0.288454, 0.39594, 0.573366, 0.868583, 1.36089", \
+            "0.125271, 0.279726, 0.35872, 0.474954, 0.656384, 0.951571, 1.4426", \
+            "0.164035, 0.369101, 0.468489, 0.607673, 0.810948, 1.11896, 1.61198", \
+            "0.214233, 0.495308, 0.626451, 0.807252, 1.05676, 1.41303, 1.94152", \
+            "0.276867, 0.662791, 0.844992, 1.08689, 1.41815, 1.86809, 2.49803" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0433705, 0.165075, 0.250351, 0.391416, 0.627778, 1.02089, 1.67615", \
+            "0.0585434, 0.17021, 0.252402, 0.39327, 0.627779, 1.0209, 1.67616", \
+            "0.0750721, 0.185468, 0.263275, 0.397068, 0.628292, 1.02091, 1.67645", \
+            "0.10344, 0.221761, 0.297434, 0.423097, 0.642388, 1.02424, 1.67646", \
+            "0.150035, 0.288833, 0.369267, 0.495282, 0.703466, 1.06174, 1.68922", \
+            "0.221717, 0.405157, 0.498314, 0.635646, 0.850769, 1.19628, 1.78661", \
+            "0.332004, 0.595018, 0.711524, 0.879874, 1.11957, 1.49168, 2.06848" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.080932, 0.281659, 0.419399, 0.646574, 1.02735, 1.6611, 2.71767", \
+            "0.106646, 0.311146, 0.4495, 0.677455, 1.05829, 1.69286, 2.7492", \
+            "0.123875, 0.337195, 0.475721, 0.704126, 1.08542, 1.71977, 2.77662", \
+            "0.147409, 0.386914, 0.528831, 0.758086, 1.13968, 1.77443, 2.83196", \
+            "0.176732, 0.471959, 0.627817, 0.866494, 1.25174, 1.88765, 2.94542", \
+            "0.213106, 0.598135, 0.783094, 1.05267, 1.4624, 2.10953, 3.16819", \
+            "0.26838, 0.773673, 1.01289, 1.34173, 1.81833, 2.51992, 3.61398" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0590688, 0.331868, 0.521421, 0.834605, 1.35983, 2.2332, 3.69302", \
+            "0.0651507, 0.332062, 0.521422, 0.834894, 1.35984, 2.23404, 3.69303", \
+            "0.0754043, 0.33498, 0.5222, 0.835292, 1.35985, 2.23509, 3.69304", \
+            "0.097204, 0.351144, 0.53162, 0.838057, 1.36166, 2.2351, 3.69305", \
+            "0.137865, 0.398016, 0.570877, 0.863774, 1.37151, 2.24632, 3.69306", \
+            "0.207174, 0.49658, 0.668928, 0.951156, 1.43524, 2.26792, 3.6991", \
+            "0.312491, 0.669959, 0.857712, 1.14992, 1.62268, 2.41938, 3.78624" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0452194, 0.139781, 0.204025, 0.309921, 0.486987, 0.78169, 1.2727", \
+            "0.0765108, 0.182142, 0.246841, 0.352758, 0.529859, 0.824634, 1.31558", \
+            "0.0962804, 0.21941, 0.28751, 0.394765, 0.571709, 0.866459, 1.35835", \
+            "0.123565, 0.278613, 0.357475, 0.473649, 0.654675, 0.949199, 1.43981", \
+            "0.161062, 0.367282, 0.466771, 0.605807, 0.808991, 1.11655, 1.60887", \
+            "0.208682, 0.492153, 0.623653, 0.804383, 1.05394, 1.41022, 1.93816", \
+            "0.266452, 0.656268, 0.839413, 1.08224, 1.41363, 1.86394, 2.49412" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0333153, 0.155917, 0.241551, 0.382579, 0.619025, 1.01289, 1.66813", \
+            "0.0470613, 0.16109, 0.243642, 0.383788, 0.619026, 1.0129, 1.66889", \
+            "0.0611829, 0.176434, 0.254152, 0.388106, 0.61977, 1.01291, 1.6689", \
+            "0.0862292, 0.211768, 0.28836, 0.414122, 0.633727, 1.01683, 1.66891", \
+            "0.125668, 0.276903, 0.358637, 0.485522, 0.695005, 1.05354, 1.68088", \
+            "0.187058, 0.389053, 0.486071, 0.624178, 0.84132, 1.18751, 1.77732", \
+            "0.281717, 0.572976, 0.693806, 0.864486, 1.10804, 1.48116, 2.05942" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B2 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0676958, 0.233886, 0.347548, 0.535851, 0.850517, 1.37522, 2.24964", \
+            "0.0942939, 0.264764, 0.379309, 0.567882, 0.882948, 1.40836, 2.28245", \
+            "0.111257, 0.291686, 0.406551, 0.595581, 0.911215, 1.43585, 2.31056", \
+            "0.133551, 0.341474, 0.460807, 0.651637, 0.967515, 1.49272, 2.36963", \
+            "0.160339, 0.423214, 0.557552, 0.760189, 1.08239, 1.60925, 2.48442", \
+            "0.192459, 0.542185, 0.705944, 0.941616, 1.29141, 1.83611, 2.71427", \
+            "0.237045, 0.703043, 0.919592, 1.21417, 1.63041, 2.23693, 3.16207" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0473452, 0.274352, 0.431851, 0.693172, 1.13028, 1.85866, 3.07265", \
+            "0.0543239, 0.274755, 0.433053, 0.693173, 1.13029, 1.85867, 3.07271", \
+            "0.0646431, 0.27891, 0.433643, 0.693667, 1.13067, 1.85868, 3.07272", \
+            "0.0855066, 0.297427, 0.445883, 0.698815, 1.13463, 1.85869, 3.07285", \
+            "0.12489, 0.346606, 0.48911, 0.730609, 1.14748, 1.86254, 3.07379", \
+            "0.191432, 0.443633, 0.589603, 0.823801, 1.22292, 1.90604, 3.08624", \
+            "0.292713, 0.615658, 0.77548, 1.02128, 1.41772, 2.07666, 3.19889" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0448875, 0.139439, 0.203713, 0.309622, 0.486837, 0.781314, 1.27235", \
+            "0.0759543, 0.181618, 0.246335, 0.35221, 0.529332, 0.824107, 1.31505", \
+            "0.0957582, 0.218869, 0.286911, 0.394206, 0.571164, 0.865682, 1.35781", \
+            "0.123345, 0.278252, 0.357245, 0.473238, 0.654205, 0.948966, 1.43949", \
+            "0.161505, 0.366939, 0.466336, 0.605213, 0.80832, 1.11604, 1.60839", \
+            "0.211561, 0.492662, 0.623651, 0.804319, 1.05362, 1.40986, 1.93775", \
+            "0.274235, 0.659963, 0.841825, 1.08362, 1.41404, 1.86367, 2.4938" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0333293, 0.155961, 0.241318, 0.382805, 0.619193, 1.0128, 1.66813", \
+            "0.0473688, 0.161236, 0.243682, 0.38373, 0.619194, 1.01281, 1.66894", \
+            "0.0615354, 0.176514, 0.254472, 0.388613, 0.619915, 1.01384, 1.66895", \
+            "0.086239, 0.212139, 0.288476, 0.414289, 0.633873, 1.01645, 1.66896", \
+            "0.125435, 0.277753, 0.359602, 0.486425, 0.69494, 1.0537, 1.68127", \
+            "0.185579, 0.388583, 0.485776, 0.624291, 0.841301, 1.18816, 1.77792", \
+            "0.278304, 0.570158, 0.692168, 0.863018, 1.10763, 1.48301, 2.05953" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0954356, 0.296232, 0.433787, 0.660945, 1.04095, 1.67418, 2.72955", \
+            "0.122105, 0.32595, 0.464102, 0.691878, 1.0722, 1.70558, 2.76193", \
+            "0.141586, 0.351917, 0.490416, 0.718543, 1.0994, 1.73289, 2.78956", \
+            "0.169938, 0.40228, 0.54362, 0.772564, 1.15366, 1.78748, 2.84372", \
+            "0.207464, 0.48954, 0.64349, 0.881386, 1.26593, 1.90095, 2.95675", \
+            "0.254606, 0.618826, 0.801697, 1.06937, 1.4767, 2.12261, 3.17955", \
+            "0.323366, 0.80188, 1.03714, 1.36095, 1.83484, 2.5348, 3.6255" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0711564, 0.343849, 0.533285, 0.84706, 1.37154, 2.24547, 3.7001", \
+            "0.0756905, 0.345489, 0.533699, 0.847061, 1.37158, 2.24548, 3.70149", \
+            "0.0851643, 0.34659, 0.534523, 0.847062, 1.37159, 2.24564, 3.70199", \
+            "0.106863, 0.362009, 0.54307, 0.849791, 1.37427, 2.24565, 3.702", \
+            "0.14814, 0.407803, 0.581297, 0.874885, 1.38195, 2.25073, 3.70201", \
+            "0.217759, 0.505212, 0.678123, 0.962323, 1.44503, 2.27797, 3.70779", \
+            "0.325015, 0.67883, 0.866246, 1.15772, 1.63115, 2.42892, 3.79329" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0456987, 0.140543, 0.204977, 0.311165, 0.488858, 0.783945, 1.27583", \
+            "0.0772352, 0.182867, 0.247744, 0.354006, 0.531577, 0.826971, 1.31864", \
+            "0.0973099, 0.22022, 0.288454, 0.39594, 0.573366, 0.868583, 1.36089", \
+            "0.125271, 0.279726, 0.35872, 0.474954, 0.656384, 0.951571, 1.4426", \
+            "0.164035, 0.369101, 0.468489, 0.607673, 0.810948, 1.11896, 1.61198", \
+            "0.214233, 0.495308, 0.626451, 0.807252, 1.05676, 1.41303, 1.94152", \
+            "0.276867, 0.662791, 0.844992, 1.08689, 1.41815, 1.86809, 2.49803" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0433705, 0.165075, 0.250351, 0.391416, 0.627778, 1.02089, 1.67615", \
+            "0.0585434, 0.17021, 0.252402, 0.39327, 0.627779, 1.0209, 1.67616", \
+            "0.0750721, 0.185468, 0.263275, 0.397068, 0.628292, 1.02091, 1.67645", \
+            "0.10344, 0.221761, 0.297434, 0.423097, 0.642388, 1.02424, 1.67646", \
+            "0.150035, 0.288833, 0.369267, 0.495282, 0.703466, 1.06174, 1.68922", \
+            "0.221717, 0.405157, 0.498314, 0.635646, 0.850769, 1.19628, 1.78661", \
+            "0.332004, 0.595018, 0.711524, 0.879874, 1.11957, 1.49168, 2.06848" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.107336, 0.3069, 0.444153, 0.670791, 1.05023, 1.68157, 2.73412", \
+            "0.136267, 0.33759, 0.475176, 0.70241, 1.08132, 1.71433, 2.76564", \
+            "0.157489, 0.364341, 0.502094, 0.729024, 1.10886, 1.74051, 2.79396", \
+            "0.190059, 0.415989, 0.55627, 0.784059, 1.16386, 1.79589, 2.8489", \
+            "0.23475, 0.5061, 0.657984, 0.894278, 1.27707, 1.90975, 2.9628", \
+            "0.292029, 0.639331, 0.81966, 1.08393, 1.48967, 2.13348, 3.18669", \
+            "0.375875, 0.83052, 1.06028, 1.38107, 1.84952, 2.54799, 3.6347" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0828645, 0.355782, 0.545083, 0.857313, 1.38089, 2.25286, 3.70546", \
+            "0.0863813, 0.356196, 0.545084, 0.857644, 1.38128, 2.25287, 3.70547", \
+            "0.0952985, 0.358164, 0.546763, 0.859296, 1.38129, 2.25311, 3.70548", \
+            "0.116359, 0.372677, 0.554048, 0.860764, 1.3813, 2.25312, 3.70549", \
+            "0.157999, 0.417669, 0.591106, 0.885198, 1.39205, 2.25899, 3.7055", \
+            "0.227785, 0.514041, 0.687275, 0.97054, 1.45411, 2.28447, 3.71128", \
+            "0.331786, 0.685877, 0.875029, 1.16735, 1.63753, 2.43502, 3.79688" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0498867, 0.144557, 0.208951, 0.315094, 0.492748, 0.787983, 1.27972", \
+            "0.0800068, 0.18212, 0.247017, 0.353326, 0.530963, 0.826473, 1.31815", \
+            "0.100425, 0.214726, 0.282057, 0.389489, 0.567224, 0.862767, 1.35506", \
+            "0.129374, 0.268733, 0.343758, 0.457696, 0.638548, 0.934714, 1.42675", \
+            "0.1694, 0.353987, 0.444873, 0.575019, 0.771857, 1.07811, 1.5724", \
+            "0.220905, 0.479876, 0.597688, 0.762222, 0.994104, 1.3355, 1.85523", \
+            "0.286116, 0.650508, 0.818112, 1.03769, 1.33628, 1.75066, 2.34459" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0432454, 0.165106, 0.250268, 0.391379, 0.627752, 1.02089, 1.67569", \
+            "0.0524395, 0.168242, 0.251644, 0.393104, 0.627753, 1.02116, 1.67606", \
+            "0.0643336, 0.178082, 0.258506, 0.394902, 0.62795, 1.02117, 1.67645", \
+            "0.0873813, 0.203069, 0.281385, 0.412291, 0.637293, 1.02341, 1.67646", \
+            "0.129455, 0.25386, 0.332883, 0.461808, 0.677996, 1.04878, 1.68545", \
+            "0.197733, 0.350148, 0.434569, 0.565876, 0.782863, 1.13975, 1.74964", \
+            "0.300366, 0.518863, 0.617672, 0.764201, 0.991129, 1.35318, 1.94827" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0931812, 0.29235, 0.429811, 0.656444, 1.03601, 1.6685, 2.72252", \
+            "0.121256, 0.323038, 0.460528, 0.687792, 1.0678, 1.70071, 2.754", \
+            "0.140703, 0.349702, 0.487489, 0.714854, 1.09493, 1.72743, 2.78146", \
+            "0.169291, 0.400851, 0.54152, 0.769761, 1.14995, 1.78282, 2.83779", \
+            "0.206868, 0.488864, 0.642387, 0.879447, 1.26303, 1.89666, 2.9509", \
+            "0.254636, 0.618574, 0.801447, 1.06794, 1.47515, 2.11985, 3.17544", \
+            "0.326593, 0.803503, 1.03798, 1.36154, 1.83466, 2.53403, 3.62346" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0708886, 0.343534, 0.53294, 0.845947, 1.36972, 2.2423, 3.69663", \
+            "0.0756994, 0.34523, 0.533786, 0.845948, 1.36973, 2.24243, 3.69664", \
+            "0.0853264, 0.346528, 0.533787, 0.845949, 1.36974, 2.2425, 3.69665", \
+            "0.106524, 0.361789, 0.542483, 0.848915, 1.37083, 2.24251, 3.6973", \
+            "0.147929, 0.407953, 0.580889, 0.873851, 1.38067, 2.24673, 3.69731", \
+            "0.215806, 0.50487, 0.677992, 0.961288, 1.44421, 2.27534, 3.7028", \
+            "0.316216, 0.677308, 0.865651, 1.15718, 1.6303, 2.42691, 3.78938" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.049422, 0.143803, 0.208011, 0.313869, 0.491022, 0.78562, 1.27691", \
+            "0.0793845, 0.181398, 0.246101, 0.352118, 0.529227, 0.824143, 1.31509", \
+            "0.0995057, 0.213933, 0.281105, 0.388262, 0.565544, 0.860608, 1.35166", \
+            "0.128121, 0.267731, 0.34264, 0.456411, 0.636885, 0.932504, 1.42388", \
+            "0.167088, 0.352516, 0.443479, 0.573463, 0.769954, 1.07573, 1.56932", \
+            "0.216427, 0.477495, 0.595532, 0.759828, 0.991763, 1.33325, 1.85257", \
+            "0.278162, 0.645521, 0.813839, 1.03451, 1.33272, 1.74884, 2.34135" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.033206, 0.156137, 0.241579, 0.382616, 0.619267, 1.01282, 1.66906", \
+            "0.0416556, 0.159119, 0.242867, 0.383636, 0.619268, 1.01283, 1.66907", \
+            "0.0520451, 0.168995, 0.249534, 0.386464, 0.619878, 1.01284, 1.66908", \
+            "0.0730758, 0.193495, 0.272286, 0.403147, 0.628738, 1.01577, 1.66909", \
+            "0.109936, 0.24318, 0.323056, 0.452705, 0.670022, 1.04015, 1.67817", \
+            "0.169178, 0.336398, 0.42319, 0.55571, 0.774155, 1.13161, 1.74122", \
+            "0.258414, 0.500647, 0.602898, 0.752623, 0.980328, 1.34494, 1.93873" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B1 * !C1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0774871, 0.242384, 0.355842, 0.543476, 0.857303, 1.38031, 2.2518", \
+            "0.106515, 0.274342, 0.388195, 0.575864, 0.889884, 1.41346, 2.28512", \
+            "0.125523, 0.30193, 0.415999, 0.604021, 0.918017, 1.44113, 2.31283", \
+            "0.152944, 0.353121, 0.471352, 0.660872, 0.975338, 1.49894, 2.37196", \
+            "0.187511, 0.437625, 0.570056, 0.770892, 1.09138, 1.61585, 2.48777", \
+            "0.23035, 0.561046, 0.721423, 0.954407, 1.30208, 1.84395, 2.71888", \
+            "0.29109, 0.730318, 0.941662, 1.23093, 1.64486, 2.24844, 3.1688" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0569446, 0.283888, 0.441219, 0.701583, 1.13709, 1.86312, 3.073", \
+            "0.0627279, 0.284029, 0.443493, 0.701661, 1.13725, 1.86313, 3.07301", \
+            "0.0727695, 0.2881, 0.443494, 0.701662, 1.13726, 1.86314, 3.07312", \
+            "0.0936537, 0.305777, 0.454493, 0.707183, 1.14252, 1.86315, 3.0734", \
+            "0.133396, 0.354241, 0.497143, 0.738108, 1.1544, 1.86716, 3.07341", \
+            "0.19835, 0.450047, 0.595821, 0.830246, 1.22933, 1.90969, 3.08657", \
+            "0.294723, 0.618716, 0.780107, 1.02777, 1.42311, 2.08157, 3.1998" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.049074, 0.143442, 0.20769, 0.313607, 0.490687, 0.785268, 1.27655", \
+            "0.0789722, 0.180889, 0.245603, 0.351643, 0.528784, 0.823627, 1.31458", \
+            "0.0990843, 0.213392, 0.280591, 0.387737, 0.565014, 0.859956, 1.35135", \
+            "0.127754, 0.267249, 0.342064, 0.455736, 0.636343, 0.931888, 1.42337", \
+            "0.166993, 0.351984, 0.4429, 0.573094, 0.769599, 1.0751, 1.56881", \
+            "0.218118, 0.477545, 0.595628, 0.759495, 0.991633, 1.33232, 1.852", \
+            "0.283952, 0.647552, 0.814996, 1.03449, 1.33239, 1.74708, 2.34104" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0331433, 0.15597, 0.241319, 0.382761, 0.619264, 1.01239, 1.66907", \
+            "0.0417596, 0.159169, 0.242893, 0.382762, 0.619265, 1.01243, 1.66908", \
+            "0.0522705, 0.168996, 0.249601, 0.386071, 0.619441, 1.01391, 1.66909", \
+            "0.073321, 0.193585, 0.272752, 0.403373, 0.628857, 1.01427, 1.6691", \
+            "0.110104, 0.244929, 0.323276, 0.452983, 0.670303, 1.03958, 1.67886", \
+            "0.168537, 0.336387, 0.423363, 0.555793, 0.774863, 1.13131, 1.74125", \
+            "0.256441, 0.498316, 0.602489, 0.752225, 0.98039, 1.34279, 1.9392" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.107336, 0.3069, 0.444153, 0.670791, 1.05023, 1.68157, 2.73412", \
+            "0.136267, 0.33759, 0.475176, 0.70241, 1.08132, 1.71433, 2.76564", \
+            "0.157489, 0.364341, 0.502094, 0.729024, 1.10886, 1.74051, 2.79396", \
+            "0.190059, 0.415989, 0.55627, 0.784059, 1.16386, 1.79589, 2.8489", \
+            "0.23475, 0.5061, 0.657984, 0.894278, 1.27707, 1.90975, 2.9628", \
+            "0.292029, 0.639331, 0.81966, 1.08393, 1.48967, 2.13348, 3.18669", \
+            "0.375875, 0.83052, 1.06028, 1.38107, 1.84952, 2.54799, 3.6347" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0828645, 0.355782, 0.545083, 0.857313, 1.38089, 2.25286, 3.70546", \
+            "0.0863813, 0.356196, 0.545084, 0.857644, 1.38128, 2.25287, 3.70547", \
+            "0.0952985, 0.358164, 0.546763, 0.859296, 1.38129, 2.25311, 3.70548", \
+            "0.116359, 0.372677, 0.554048, 0.860764, 1.3813, 2.25312, 3.70549", \
+            "0.157999, 0.417669, 0.591106, 0.885198, 1.39205, 2.25899, 3.7055", \
+            "0.227785, 0.514041, 0.687275, 0.97054, 1.45411, 2.28447, 3.71128", \
+            "0.331786, 0.685877, 0.875029, 1.16735, 1.63753, 2.43502, 3.79688" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0498867, 0.144557, 0.208951, 0.315094, 0.492748, 0.787983, 1.27972", \
+            "0.0800068, 0.18212, 0.247017, 0.353326, 0.530963, 0.826473, 1.31815", \
+            "0.100425, 0.214726, 0.282057, 0.389489, 0.567224, 0.862767, 1.35506", \
+            "0.129374, 0.268733, 0.343758, 0.457696, 0.638548, 0.934714, 1.42675", \
+            "0.1694, 0.353987, 0.444873, 0.575019, 0.771857, 1.07811, 1.5724", \
+            "0.220905, 0.479876, 0.597688, 0.762222, 0.994104, 1.3355, 1.85523", \
+            "0.286116, 0.650508, 0.818112, 1.03769, 1.33628, 1.75066, 2.34459" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0432454, 0.165106, 0.250268, 0.391379, 0.627752, 1.02089, 1.67569", \
+            "0.0524395, 0.168242, 0.251644, 0.393104, 0.627753, 1.02116, 1.67606", \
+            "0.0643336, 0.178082, 0.258506, 0.394902, 0.62795, 1.02117, 1.67645", \
+            "0.0873813, 0.203069, 0.281385, 0.412291, 0.637293, 1.02341, 1.67646", \
+            "0.129455, 0.25386, 0.332883, 0.461808, 0.677996, 1.04878, 1.68545", \
+            "0.197733, 0.350148, 0.434569, 0.565876, 0.782863, 1.13975, 1.74964", \
+            "0.300366, 0.518863, 0.617672, 0.764201, 0.991129, 1.35318, 1.94827" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0579594, 0.224972, 0.338677, 0.526432, 0.839882, 1.3624, 2.23324", \
+            "0.0871767, 0.257644, 0.371799, 0.559792, 0.874176, 1.39715, 2.26766", \
+            "0.107604, 0.28987, 0.403953, 0.591861, 0.906119, 1.42946, 2.30081", \
+            "0.135871, 0.351671, 0.471244, 0.660767, 0.97461, 1.49759, 2.36909", \
+            "0.174921, 0.449975, 0.589314, 0.79439, 1.11562, 1.63851, 2.50918", \
+            "0.227463, 0.587101, 0.762028, 1.00971, 1.36905, 1.9146, 2.78551", \
+            "0.29891, 0.770841, 1.00343, 1.31991, 1.76688, 2.39788, 3.33267" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0578515, 0.2858, 0.443307, 0.703452, 1.13915, 1.865, 3.07457", \
+            "0.0680178, 0.28634, 0.443308, 0.703453, 1.13916, 1.86501, 3.07458", \
+            "0.0821384, 0.29277, 0.4454, 0.703542, 1.13917, 1.86502, 3.07459", \
+            "0.106545, 0.320473, 0.464499, 0.712413, 1.14087, 1.86503, 3.0746", \
+            "0.146109, 0.38746, 0.52712, 0.760393, 1.16742, 1.87252, 3.07461", \
+            "0.206397, 0.505248, 0.65752, 0.891718, 1.27841, 1.93831, 3.09656", \
+            "0.305028, 0.69201, 0.876242, 1.14426, 1.54434, 2.18874, 3.2686" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0250417, 0.0765425, 0.111231, 0.168607, 0.264601, 0.424722, 0.691077", \
+            "0.0502378, 0.123184, 0.160641, 0.219034, 0.314951, 0.474842, 0.741939", \
+            "0.0638506, 0.158274, 0.202122, 0.265591, 0.364105, 0.52417, 0.790593", \
+            "0.0816278, 0.211206, 0.267067, 0.344019, 0.454403, 0.620753, 0.888089", \
+            "0.104616, 0.288349, 0.364557, 0.465874, 0.603375, 0.796153, 1.08109", \
+            "0.132301, 0.394925, 0.504156, 0.643312, 0.830175, 1.07615, 1.41618", \
+            "0.161551, 0.52979, 0.689709, 0.893486, 1.15285, 1.49308, 1.93594" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0177196, 0.0852047, 0.13201, 0.209614, 0.339597, 0.556312, 0.917204", \
+            "0.0380394, 0.0981292, 0.140232, 0.213266, 0.340285, 0.556313, 0.918047", \
+            "0.0544756, 0.118111, 0.158988, 0.22747, 0.348053, 0.558243, 0.918048", \
+            "0.0811204, 0.155595, 0.198988, 0.266914, 0.379885, 0.576605, 0.923117", \
+            "0.123755, 0.221728, 0.270557, 0.345013, 0.460568, 0.647556, 0.969729", \
+            "0.190851, 0.33202, 0.394199, 0.483364, 0.611949, 0.809198, 1.12138", \
+            "0.297949, 0.510638, 0.59999, 0.713181, 0.874689, 1.09953, 1.44684" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.046069, 0.213085, 0.326773, 0.514511, 0.828607, 1.35196, 2.22421", \
+            "0.073134, 0.245599, 0.359768, 0.548035, 0.862863, 1.38626, 2.2587", \
+            "0.0899059, 0.277706, 0.392045, 0.580133, 0.895427, 1.41848, 2.29171", \
+            "0.112597, 0.338375, 0.458948, 0.648917, 0.963477, 1.48712, 2.35976", \
+            "0.144248, 0.43362, 0.575202, 0.781896, 1.10407, 1.62792, 2.50062", \
+            "0.187154, 0.566196, 0.744457, 0.995186, 1.35652, 1.90365, 2.77625", \
+            "0.245761, 0.743456, 0.980481, 1.3009, 1.75156, 2.38522, 3.32405" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0475587, 0.275771, 0.433439, 0.693825, 1.13002, 1.85684, 3.0682", \
+            "0.0604676, 0.276436, 0.43344, 0.693826, 1.13003, 1.85685, 3.06821", \
+            "0.0742296, 0.283717, 0.435735, 0.693981, 1.13016, 1.85686, 3.06822", \
+            "0.0975926, 0.312515, 0.455822, 0.703099, 1.13507, 1.85687, 3.06823", \
+            "0.1343, 0.380241, 0.519666, 0.752381, 1.15837, 1.86361, 3.06942", \
+            "0.192665, 0.496843, 0.651481, 0.883708, 1.27096, 1.93064, 3.08963", \
+            "0.288569, 0.685411, 0.867852, 1.13655, 1.5365, 2.18078, 3.26372" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0248221, 0.0762282, 0.110872, 0.16814, 0.263998, 0.423714, 0.689883", \
+            "0.0497385, 0.122847, 0.160268, 0.218587, 0.314365, 0.474008, 0.740402", \
+            "0.0630726, 0.157861, 0.201642, 0.265147, 0.363486, 0.523384, 0.789454", \
+            "0.0802779, 0.210497, 0.266302, 0.343336, 0.45374, 0.6199, 0.886861", \
+            "0.102398, 0.287118, 0.363491, 0.464898, 0.602414, 0.795089, 1.07983", \
+            "0.127505, 0.392611, 0.50222, 0.641579, 0.828584, 1.07456, 1.41441", \
+            "0.15212, 0.524462, 0.685745, 0.890232, 1.14981, 1.49049, 1.93434" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144444, 0.0800879, 0.127036, 0.204681, 0.334712, 0.551419, 0.912611", \
+            "0.0303207, 0.0929113, 0.135163, 0.208352, 0.335662, 0.55142, 0.912612", \
+            "0.0433767, 0.112494, 0.153773, 0.222521, 0.343029, 0.553398, 0.91282", \
+            "0.0647773, 0.148922, 0.193565, 0.261886, 0.374985, 0.572148, 0.919122", \
+            "0.0996117, 0.212612, 0.263801, 0.338896, 0.455194, 0.642829, 0.964355", \
+            "0.155251, 0.320509, 0.384572, 0.475991, 0.605837, 0.805243, 1.1169", \
+            "0.245744, 0.493139, 0.587305, 0.702276, 0.867964, 1.093, 1.43815" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0608354, 0.227885, 0.341697, 0.529318, 0.843513, 1.36626, 2.23792", \
+            "0.0892334, 0.26018, 0.37449, 0.563122, 0.87719, 1.40026, 2.27207", \
+            "0.109292, 0.292247, 0.406441, 0.594483, 0.909389, 1.43285, 2.30499", \
+            "0.137198, 0.353747, 0.473468, 0.66322, 0.977477, 1.50082, 2.3732", \
+            "0.175883, 0.451569, 0.591102, 0.796462, 1.11776, 1.64131, 2.51338", \
+            "0.228116, 0.588272, 0.763505, 1.01112, 1.37087, 1.91693, 2.78838", \
+            "0.29925, 0.771963, 1.00366, 1.3207, 1.76815, 2.39893, 3.33436" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.056906, 0.283793, 0.441199, 0.701527, 1.13702, 1.86311, 3.07276", \
+            "0.0678023, 0.284598, 0.4412, 0.701753, 1.13703, 1.86345, 3.07316", \
+            "0.0821179, 0.29116, 0.443622, 0.701754, 1.13801, 1.86346, 3.07317", \
+            "0.10709, 0.319288, 0.462796, 0.710958, 1.14279, 1.86347, 3.07318", \
+            "0.14558, 0.386287, 0.525939, 0.75877, 1.1649, 1.8707, 3.07442", \
+            "0.206746, 0.504152, 0.65645, 0.889523, 1.27646, 1.93666, 3.09454", \
+            "0.304684, 0.69228, 0.87511, 1.14348, 1.54349, 2.18634, 3.26699" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0251661, 0.0766591, 0.111326, 0.168722, 0.264718, 0.424709, 0.691215", \
+            "0.0502462, 0.123242, 0.160686, 0.219104, 0.315089, 0.474931, 0.74202", \
+            "0.0637931, 0.158347, 0.202122, 0.265656, 0.364101, 0.52419, 0.790467", \
+            "0.0815354, 0.211204, 0.267073, 0.344023, 0.454387, 0.620766, 0.887927", \
+            "0.104704, 0.288325, 0.364567, 0.465874, 0.603414, 0.796157, 1.0811", \
+            "0.132301, 0.394867, 0.504128, 0.643297, 0.830224, 1.07615, 1.41609", \
+            "0.161733, 0.529665, 0.689672, 0.893531, 1.15271, 1.49212, 1.93593" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0176654, 0.0852175, 0.132017, 0.209616, 0.339598, 0.556168, 0.917313", \
+            "0.0380346, 0.0981051, 0.140247, 0.213269, 0.340283, 0.556411, 0.918058", \
+            "0.0545569, 0.118088, 0.158954, 0.2275, 0.347967, 0.558209, 0.918059", \
+            "0.0811949, 0.155598, 0.198984, 0.26695, 0.379896, 0.576631, 0.922996", \
+            "0.123652, 0.221758, 0.270527, 0.345013, 0.460631, 0.647555, 0.969206", \
+            "0.191089, 0.332112, 0.394222, 0.483214, 0.612144, 0.809197, 1.12151", \
+            "0.298229, 0.510887, 0.600077, 0.713317, 0.87484, 1.10031, 1.44685" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * !B1 * B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.049004, 0.216344, 0.330322, 0.518512, 0.83333, 1.35811, 2.23258", \
+            "0.0751164, 0.248541, 0.363103, 0.551804, 0.867348, 1.39193, 2.26658", \
+            "0.091599, 0.280514, 0.395125, 0.583641, 0.899488, 1.42469, 2.29918", \
+            "0.114023, 0.340935, 0.461811, 0.652343, 0.967589, 1.49245, 2.36717", \
+            "0.145374, 0.435872, 0.577826, 0.785166, 1.10803, 1.63317, 2.50816", \
+            "0.188059, 0.568057, 0.746693, 0.99803, 1.36014, 1.90845, 2.78324", \
+            "0.246596, 0.74562, 0.981917, 1.30341, 1.7548, 2.38978, 3.33034" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.047112, 0.274314, 0.432238, 0.693181, 1.13026, 1.85866, 3.07101", \
+            "0.060682, 0.275182, 0.432239, 0.693182, 1.13027, 1.85867, 3.07126", \
+            "0.0744394, 0.282578, 0.434697, 0.693376, 1.13076, 1.85868, 3.07261", \
+            "0.0979113, 0.311979, 0.455226, 0.702782, 1.1351, 1.85869, 3.07262", \
+            "0.134436, 0.379708, 0.519366, 0.752083, 1.15834, 1.86552, 3.07407", \
+            "0.192633, 0.497513, 0.651596, 0.884285, 1.27105, 1.93294, 3.0956", \
+            "0.288501, 0.686117, 0.868165, 1.13734, 1.53717, 2.18268, 3.26726" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0249592, 0.076338, 0.110998, 0.168269, 0.26412, 0.423868, 0.690007", \
+            "0.0497453, 0.122826, 0.160352, 0.218474, 0.31453, 0.473964, 0.740341", \
+            "0.0630139, 0.157884, 0.201666, 0.265174, 0.363498, 0.523369, 0.789503", \
+            "0.080196, 0.2105, 0.266456, 0.343364, 0.453674, 0.619915, 0.886859", \
+            "0.102306, 0.287096, 0.363584, 0.464899, 0.602371, 0.795096, 1.07983", \
+            "0.127473, 0.392542, 0.502189, 0.641561, 0.828648, 1.07457, 1.41442", \
+            "0.152064, 0.524616, 0.685756, 0.890253, 1.14978, 1.48947, 1.93421" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144036, 0.0800796, 0.12695, 0.20468, 0.334713, 0.551825, 0.912612", \
+            "0.030249, 0.0929297, 0.13515, 0.20827, 0.335618, 0.551826, 0.912613", \
+            "0.0434308, 0.112473, 0.15375, 0.222511, 0.343016, 0.553451, 0.912614", \
+            "0.0648924, 0.148919, 0.193181, 0.261764, 0.375, 0.572127, 0.918562", \
+            "0.0996288, 0.212637, 0.263792, 0.338895, 0.454788, 0.642826, 0.964353", \
+            "0.15546, 0.320609, 0.384613, 0.476009, 0.60591, 0.805241, 1.11704", \
+            "0.246039, 0.492992, 0.587249, 0.702259, 0.867997, 1.09338, 1.43825" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * !A2 * !B1 * !B2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0406854, 0.172524, 0.262464, 0.410746, 0.658791, 1.07256, 1.76139", \
+            "0.0670916, 0.20811, 0.298238, 0.446932, 0.695666, 1.10925, 1.79945", \
+            "0.0826277, 0.241837, 0.333089, 0.481637, 0.730199, 1.14475, 1.8336", \
+            "0.103388, 0.301634, 0.401821, 0.554819, 0.803969, 1.21741, 1.90673", \
+            "0.131699, 0.392188, 0.515245, 0.689351, 0.951438, 1.36839, 2.05712", \
+            "0.16858, 0.516064, 0.675076, 0.894813, 1.20209, 1.65452, 2.35311", \
+            "0.216209, 0.678508, 0.894125, 1.18287, 1.57891, 2.12535, 2.908" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367439, 0.217557, 0.343345, 0.550736, 0.898635, 1.47759, 2.44404", \
+            "0.0518778, 0.219654, 0.343418, 0.550737, 0.898636, 1.47829, 2.44412", \
+            "0.0661267, 0.230276, 0.348562, 0.552193, 0.898637, 1.47847, 2.44413", \
+            "0.0889489, 0.263528, 0.375018, 0.567077, 0.90351, 1.47861, 2.44414", \
+            "0.12489, 0.33432, 0.4451, 0.627346, 0.941922, 1.49349, 2.44498", \
+            "0.181812, 0.449101, 0.578425, 0.767166, 1.07382, 1.58601, 2.48815", \
+            "0.275268, 0.63531, 0.795064, 1.01996, 1.34893, 1.86217, 2.70954" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0247795, 0.0762033, 0.110853, 0.168122, 0.263952, 0.423663, 0.689853", \
+            "0.0493719, 0.122669, 0.160115, 0.218462, 0.314344, 0.473851, 0.740247", \
+            "0.0627341, 0.157589, 0.201392, 0.264926, 0.363295, 0.523208, 0.789304", \
+            "0.0801807, 0.210102, 0.266084, 0.343099, 0.453423, 0.619701, 0.886706", \
+            "0.103118, 0.286884, 0.363336, 0.464587, 0.602143, 0.794918, 1.07953", \
+            "0.130502, 0.393255, 0.502432, 0.641792, 0.828278, 1.07428, 1.41426", \
+            "0.16014, 0.527913, 0.687724, 0.891336, 1.14935, 1.48963, 1.93428" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144599, 0.0800868, 0.127036, 0.204681, 0.334711, 0.551418, 0.912611", \
+            "0.0306295, 0.093004, 0.13522, 0.208475, 0.335367, 0.551625, 0.912612", \
+            "0.0437072, 0.112829, 0.153881, 0.222677, 0.343287, 0.553735, 0.912613", \
+            "0.0651012, 0.149227, 0.193492, 0.261946, 0.374942, 0.571756, 0.918635", \
+            "0.0992451, 0.212863, 0.264162, 0.339127, 0.45538, 0.643026, 0.964327", \
+            "0.153981, 0.319872, 0.38436, 0.476911, 0.605859, 0.804074, 1.11694", \
+            "0.24313, 0.490435, 0.585437, 0.701219, 0.868391, 1.09323, 1.43835" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0608354, 0.227885, 0.341697, 0.529318, 0.843513, 1.36626, 2.23792", \
+            "0.0892334, 0.26018, 0.37449, 0.563122, 0.87719, 1.40026, 2.27207", \
+            "0.109292, 0.292247, 0.406441, 0.594483, 0.909389, 1.43285, 2.30499", \
+            "0.137198, 0.353747, 0.473468, 0.66322, 0.977477, 1.50082, 2.3732", \
+            "0.175883, 0.451569, 0.591102, 0.796462, 1.11776, 1.64131, 2.51338", \
+            "0.228116, 0.588272, 0.763505, 1.01112, 1.37087, 1.91693, 2.78838", \
+            "0.29925, 0.771963, 1.00366, 1.3207, 1.76815, 2.39893, 3.33436" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.056906, 0.283793, 0.441199, 0.701527, 1.13702, 1.86311, 3.07276", \
+            "0.0678023, 0.284598, 0.4412, 0.701753, 1.13703, 1.86345, 3.07316", \
+            "0.0821179, 0.29116, 0.443622, 0.701754, 1.13801, 1.86346, 3.07317", \
+            "0.10709, 0.319288, 0.462796, 0.710958, 1.14279, 1.86347, 3.07318", \
+            "0.14558, 0.386287, 0.525939, 0.75877, 1.1649, 1.8707, 3.07442", \
+            "0.206746, 0.504152, 0.65645, 0.889523, 1.27646, 1.93666, 3.09454", \
+            "0.304684, 0.69228, 0.87511, 1.14348, 1.54349, 2.18634, 3.26699" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0250417, 0.0765425, 0.111231, 0.168607, 0.264601, 0.424722, 0.691077", \
+            "0.0502378, 0.123184, 0.160641, 0.219034, 0.314951, 0.474842, 0.741939", \
+            "0.0638506, 0.158274, 0.202122, 0.265591, 0.364105, 0.52417, 0.790593", \
+            "0.0816278, 0.211206, 0.267067, 0.344019, 0.454403, 0.620753, 0.888089", \
+            "0.104616, 0.288349, 0.364557, 0.465874, 0.603375, 0.796153, 1.08109", \
+            "0.132301, 0.394925, 0.504156, 0.643312, 0.830175, 1.07615, 1.41618", \
+            "0.161551, 0.52979, 0.689709, 0.893486, 1.15285, 1.49308, 1.93594" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0177196, 0.0852047, 0.13201, 0.209614, 0.339597, 0.556312, 0.917204", \
+            "0.0380394, 0.0981292, 0.140232, 0.213266, 0.340285, 0.556313, 0.918047", \
+            "0.0544756, 0.118111, 0.158988, 0.22747, 0.348053, 0.558243, 0.918048", \
+            "0.0811204, 0.155595, 0.198988, 0.266914, 0.379885, 0.576605, 0.923117", \
+            "0.123755, 0.221728, 0.270557, 0.345013, 0.460568, 0.647556, 0.969729", \
+            "0.190851, 0.33202, 0.394199, 0.483364, 0.611949, 0.809198, 1.12138", \
+            "0.297949, 0.510638, 0.59999, 0.713181, 0.874689, 1.09953, 1.44684" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00815315, 0.00826934, 0.0082456, 0.00819239, 0.00806931, 0.0078685, 0.0077015", \
+            "0.00784414, 0.00814658, 0.00812818, 0.00813467, 0.00802804, 0.00788409, 0.00771325", \
+            "0.00775604, 0.00797897, 0.00804551, 0.00809851, 0.00797834, 0.00781263, 0.00764062", \
+            "0.00771466, 0.00788345, 0.0079074, 0.00800011, 0.00789547, 0.00775578, 0.00761235", \
+            "0.00778068, 0.00782591, 0.0078247, 0.00800161, 0.00787223, 0.00775823, 0.00763777", \
+            "0.00850747, 0.00817605, 0.00812782, 0.00795719, 0.00801805, 0.00779423, 0.00776506", \
+            "0.0114491, 0.00982932, 0.0094828, 0.00915195, 0.00878871, 0.00835304, 0.00827962" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00654774, 0.00651115, 0.00647486, 0.00641273, 0.00633161, 0.0061265, 0.00572938", \
+            "0.00628474, 0.00640376, 0.00630571, 0.00626553, 0.00615117, 0.00598133, 0.00565697", \
+            "0.00623226, 0.00628364, 0.00633308, 0.00624627, 0.00613939, 0.00593885, 0.0056531", \
+            "0.00636131, 0.00632373, 0.00628739, 0.0062635, 0.00620462, 0.00611324, 0.00558252", \
+            "0.00692478, 0.0065562, 0.00652422, 0.00643301, 0.00622104, 0.00612562, 0.00560089", \
+            "0.00846888, 0.00752029, 0.00728377, 0.00703949, 0.00675634, 0.00618953, 0.00638594", \
+            "0.0120846, 0.0102175, 0.00958576, 0.00885842, 0.00821288, 0.00761854, 0.00681697" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * !B1 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00787623, 0.00806835, 0.00804342, 0.00799378, 0.00787737, 0.00767492, 0.00780167", \
+            "0.00758377, 0.00789626, 0.00795814, 0.00791415, 0.00783937, 0.0077058, 0.00782329", \
+            "0.00751705, 0.00776668, 0.00781685, 0.00782762, 0.00777698, 0.00761094, 0.00782569", \
+            "0.00748591, 0.0076619, 0.00771312, 0.00776044, 0.00775058, 0.00757178, 0.00773423", \
+            "0.0075811, 0.00761813, 0.00761925, 0.00773856, 0.00758373, 0.00765776, 0.00766657", \
+            "0.00840636, 0.00798913, 0.0079049, 0.00776284, 0.00778986, 0.00746878, 0.00788742", \
+            "0.0115388, 0.00974256, 0.0092977, 0.00894591, 0.00864244, 0.00820476, 0.00841107" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00491957, 0.00490949, 0.00485517, 0.00479488, 0.00471293, 0.00452807, 0.0041809", \
+            "0.00466517, 0.00475163, 0.00470487, 0.00464508, 0.00457162, 0.00436826, 0.0040749", \
+            "0.00462313, 0.00466449, 0.00470242, 0.00463489, 0.00450862, 0.00439729, 0.00412572", \
+            "0.00475413, 0.00471933, 0.00466309, 0.00464508, 0.00467667, 0.00471433, 0.00400328", \
+            "0.00531327, 0.00495628, 0.00490921, 0.00481588, 0.00460379, 0.00485083, 0.00411347", \
+            "0.00685969, 0.00591979, 0.00567613, 0.00543284, 0.00516196, 0.0045858, 0.00480846", \
+            "0.010488, 0.00864274, 0.00798569, 0.00730856, 0.00660834, 0.00613032, 0.00522002" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * !B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00974735, 0.00991648, 0.00989087, 0.00983301, 0.00971023, 0.00970158, 0.00962982", \
+            "0.00943568, 0.00978581, 0.00979271, 0.00976969, 0.00966627, 0.00952037, 0.00956313", \
+            "0.00937722, 0.00960419, 0.00973827, 0.00967882, 0.00961204, 0.00962695, 0.00958592", \
+            "0.00933995, 0.00950508, 0.00966555, 0.0096191, 0.00954451, 0.00957682, 0.0095253", \
+            "0.00942991, 0.00949491, 0.00946271, 0.00957454, 0.00947738, 0.00968184, 0.00946003", \
+            "0.0102586, 0.00982135, 0.0097617, 0.00968352, 0.00957236, 0.00970817, 0.00967775", \
+            "0.013386, 0.0115779, 0.0111932, 0.0107877, 0.0105198, 0.0098834, 0.0100284" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00406386, 0.00403768, 0.00399225, 0.00392688, 0.00383728, 0.00367957, 0.00333782", \
+            "0.0037907, 0.00391298, 0.00384098, 0.00390263, 0.00368622, 0.00355061, 0.00316921", \
+            "0.0037324, 0.00379637, 0.0038448, 0.00377817, 0.00366995, 0.00351828, 0.00325199", \
+            "0.00385276, 0.00383263, 0.0037842, 0.00377309, 0.00374118, 0.00392311, 0.00312928", \
+            "0.00442066, 0.00407574, 0.00402927, 0.00390272, 0.0037658, 0.00373203, 0.00315937", \
+            "0.00596634, 0.00505732, 0.00486695, 0.00455486, 0.00430213, 0.00373582, 0.00389204", \
+            "0.00959826, 0.00785247, 0.00717002, 0.00650813, 0.0058044, 0.00528494, 0.00434192" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00815315, 0.00826934, 0.0082456, 0.00819239, 0.00806931, 0.0078685, 0.0077015", \
+            "0.00784414, 0.00814658, 0.00812818, 0.00813467, 0.00802804, 0.00788409, 0.00771325", \
+            "0.00775604, 0.00797897, 0.00804551, 0.00809851, 0.00797834, 0.00781263, 0.00764062", \
+            "0.00771466, 0.00788345, 0.0079074, 0.00800011, 0.00789547, 0.00775578, 0.00761235", \
+            "0.00778068, 0.00782591, 0.0078247, 0.00800161, 0.00787223, 0.00775823, 0.00763777", \
+            "0.00850747, 0.00817605, 0.00812782, 0.00795719, 0.00801805, 0.00779423, 0.00776506", \
+            "0.0114491, 0.00982932, 0.0094828, 0.00915195, 0.00878871, 0.00835304, 0.00827962" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00491957, 0.00490949, 0.00485517, 0.00479488, 0.00471293, 0.00452807, 0.0041809", \
+            "0.00466517, 0.00475163, 0.00470487, 0.00464508, 0.00457162, 0.00436826, 0.0040749", \
+            "0.00462313, 0.00466449, 0.00470242, 0.00463489, 0.00450862, 0.00439729, 0.00412572", \
+            "0.00475413, 0.00471933, 0.00466309, 0.00464508, 0.00467667, 0.00471433, 0.00400328", \
+            "0.00531327, 0.00495628, 0.00490921, 0.00481588, 0.00460379, 0.00485083, 0.00411347", \
+            "0.00685969, 0.00591979, 0.00567613, 0.00543284, 0.00516196, 0.0045858, 0.00480846", \
+            "0.010488, 0.00864274, 0.00798569, 0.00730856, 0.00660834, 0.00613032, 0.00522002" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00827424, 0.00827711, 0.00823033, 0.00816501, 0.00806888, 0.00786003, 0.00767175", \
+            "0.00811337, 0.00819049, 0.00817806, 0.00813638, 0.00803171, 0.00784646, 0.00767486", \
+            "0.00805017, 0.00813524, 0.00813599, 0.00809509, 0.00800218, 0.0078004, 0.00766328", \
+            "0.00801972, 0.00809383, 0.00806233, 0.0080827, 0.00814781, 0.00778951, 0.00760782", \
+            "0.00808081, 0.0080865, 0.00804203, 0.0080834, 0.0080111, 0.00781462, 0.00767218", \
+            "0.00870935, 0.00841174, 0.00838728, 0.00821579, 0.00822366, 0.00800047, 0.00773968", \
+            "0.0113676, 0.0101178, 0.00977678, 0.00941453, 0.00907132, 0.00861172, 0.00865922" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0080905, 0.00805292, 0.00801075, 0.00795207, 0.00786678, 0.00764696, 0.00727051", \
+            "0.00790296, 0.00793511, 0.00787334, 0.00780607, 0.00771944, 0.00752465, 0.00719826", \
+            "0.00784768, 0.00785863, 0.00790185, 0.00781657, 0.00767929, 0.00749433, 0.0071878", \
+            "0.00783279, 0.00787734, 0.00782784, 0.00781466, 0.00786941, 0.00790486, 0.00712762", \
+            "0.00812081, 0.00799145, 0.00798373, 0.00786434, 0.00770933, 0.00781606, 0.00718244", \
+            "0.00927088, 0.00863259, 0.00848073, 0.00833461, 0.00819834, 0.00778456, 0.00784317", \
+            "0.0123986, 0.0107762, 0.0102861, 0.00971034, 0.00932541, 0.00884391, 0.0081377" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * !B1 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00805409, 0.00806089, 0.00803146, 0.00796448, 0.00783673, 0.00764265, 0.00776852", \
+            "0.00788447, 0.00804552, 0.00797419, 0.00793956, 0.00782783, 0.00765661, 0.0078083", \
+            "0.00782362, 0.00790211, 0.00789976, 0.00790236, 0.00779111, 0.00759723, 0.00777375", \
+            "0.00779767, 0.00788444, 0.00786702, 0.00789687, 0.00772135, 0.00755583, 0.00760827", \
+            "0.00786794, 0.00789076, 0.00784514, 0.00798281, 0.00779075, 0.00766197, 0.00770309", \
+            "0.00856517, 0.00821696, 0.00816916, 0.00800616, 0.00799932, 0.00774372, 0.00781301", \
+            "0.0113647, 0.00995841, 0.00958481, 0.00929211, 0.00886237, 0.00843081, 0.00833147" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00646711, 0.00643372, 0.00640379, 0.00633557, 0.00626529, 0.00605769, 0.00575369", \
+            "0.00627563, 0.0063425, 0.00626229, 0.0062098, 0.00611493, 0.0059518, 0.00557452", \
+            "0.00622406, 0.00624562, 0.0062781, 0.00618312, 0.00610579, 0.00603633, 0.00563984", \
+            "0.00622167, 0.00624395, 0.0061946, 0.00619294, 0.00626524, 0.00600266, 0.00552424", \
+            "0.00650697, 0.00643465, 0.00637764, 0.00628983, 0.00613298, 0.00643058, 0.00561048", \
+            "0.00765015, 0.00703197, 0.00688088, 0.00671722, 0.00655561, 0.00606626, 0.00622979", \
+            "0.0107853, 0.00916312, 0.00867452, 0.00813911, 0.00773003, 0.00723364, 0.00670469" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * !B1 * !B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00989725, 0.00990443, 0.00988138, 0.00980827, 0.00969613, 0.00946864, 0.00958454", \
+            "0.00972623, 0.00990131, 0.00982732, 0.00977005, 0.00967544, 0.00950114, 0.00958306", \
+            "0.00968434, 0.0097631, 0.00986765, 0.00985288, 0.00964907, 0.00945364, 0.00960189", \
+            "0.00965182, 0.00970146, 0.00981616, 0.00971719, 0.00966272, 0.00938311, 0.00956208", \
+            "0.00971416, 0.00975067, 0.00970525, 0.00974805, 0.00959184, 0.00970035, 0.00966676", \
+            "0.0104223, 0.010088, 0.0100324, 0.00988692, 0.0097567, 0.00972698, 0.00983281", \
+            "0.0132079, 0.0117964, 0.0114636, 0.0110759, 0.0107473, 0.0102354, 0.0104993" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00561817, 0.00557325, 0.00553383, 0.00547006, 0.00540108, 0.00520615, 0.00491517", \
+            "0.00541419, 0.00549526, 0.00540066, 0.00534606, 0.0052656, 0.0050933, 0.00474562", \
+            "0.00533687, 0.00537715, 0.00541488, 0.00535394, 0.00524165, 0.00504813, 0.00487806", \
+            "0.00532697, 0.00539995, 0.00535075, 0.00532005, 0.00536806, 0.00510563, 0.00469687", \
+            "0.00561149, 0.00551966, 0.00548872, 0.00543692, 0.00524787, 0.00551226, 0.00487083", \
+            "0.00674867, 0.00614072, 0.00601209, 0.00586149, 0.00571659, 0.00522776, 0.0053947", \
+            "0.00989925, 0.00836395, 0.00782384, 0.00736787, 0.00688786, 0.00647644, 0.0057222" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00827424, 0.00827711, 0.00823033, 0.00816501, 0.00806888, 0.00786003, 0.00767175", \
+            "0.00811337, 0.00819049, 0.00817806, 0.00813638, 0.00803171, 0.00784646, 0.00767486", \
+            "0.00805017, 0.00813524, 0.00813599, 0.00809509, 0.00800218, 0.0078004, 0.00766328", \
+            "0.00801972, 0.00809383, 0.00806233, 0.0080827, 0.00814781, 0.00778951, 0.00760782", \
+            "0.00808081, 0.0080865, 0.00804203, 0.0080834, 0.0080111, 0.00781462, 0.00767218", \
+            "0.00870935, 0.00841174, 0.00838728, 0.00821579, 0.00822366, 0.00800047, 0.00773968", \
+            "0.0113676, 0.0101178, 0.00977678, 0.00941453, 0.00907132, 0.00861172, 0.00865922" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00646711, 0.00643372, 0.00640379, 0.00633557, 0.00626529, 0.00605769, 0.00575369", \
+            "0.00627563, 0.0063425, 0.00626229, 0.0062098, 0.00611493, 0.0059518, 0.00557452", \
+            "0.00622406, 0.00624562, 0.0062781, 0.00618312, 0.00610579, 0.00603633, 0.00563984", \
+            "0.00622167, 0.00624395, 0.0061946, 0.00619294, 0.00626524, 0.00600266, 0.00552424", \
+            "0.00650697, 0.00643465, 0.00637764, 0.00628983, 0.00613298, 0.00643058, 0.00561048", \
+            "0.00765015, 0.00703197, 0.00688088, 0.00671722, 0.00655561, 0.00606626, 0.00622979", \
+            "0.0107853, 0.00916312, 0.00867452, 0.00813911, 0.00773003, 0.00723364, 0.00670469" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00632408, 0.00643893, 0.00641108, 0.00635846, 0.00624389, 0.00604409, 0.00615129", \
+            "0.00600921, 0.00630627, 0.0062976, 0.0062858, 0.00621004, 0.00602584, 0.00620616", \
+            "0.00593695, 0.00614341, 0.00620036, 0.00620807, 0.00615171, 0.00600165, 0.00614978", \
+            "0.00592365, 0.00606288, 0.00608502, 0.0060928, 0.00615066, 0.00592592, 0.00610358", \
+            "0.00616245, 0.00607308, 0.00604532, 0.00616533, 0.00609904, 0.00596404, 0.00609695", \
+            "0.00732115, 0.00663734, 0.00651652, 0.00630849, 0.00631154, 0.00592176, 0.00597412", \
+            "0.0106389, 0.00874846, 0.00825468, 0.00776066, 0.0072507, 0.00670434, 0.00664183" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00492366, 0.00493692, 0.00489897, 0.00483928, 0.00475877, 0.00455225, 0.00418037", \
+            "0.00461483, 0.00487456, 0.00483433, 0.0048902, 0.0046945, 0.0045244, 0.00419514", \
+            "0.0045701, 0.00475079, 0.0048337, 0.00476946, 0.00467154, 0.00449526, 0.00420325", \
+            "0.00471701, 0.00477677, 0.00472758, 0.00476734, 0.00485265, 0.00455703, 0.00410767", \
+            "0.00532645, 0.00498402, 0.00496353, 0.00482897, 0.00473097, 0.00503268, 0.00417379", \
+            "0.00690592, 0.00591117, 0.00568493, 0.00548059, 0.00514079, 0.00479751, 0.00493415", \
+            "0.0104986, 0.00854294, 0.00791009, 0.00724556, 0.00661796, 0.00617628, 0.00531854" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00606431, 0.00624191, 0.00622002, 0.0061573, 0.00603934, 0.00580365, 0.00597056", \
+            "0.00574398, 0.00604644, 0.00608895, 0.00608165, 0.00598973, 0.00580499, 0.00596679", \
+            "0.0056883, 0.00594326, 0.0059875, 0.00601693, 0.00594358, 0.00581054, 0.00587499", \
+            "0.00570106, 0.00584889, 0.005889, 0.00594214, 0.00591591, 0.00574106, 0.00590653", \
+            "0.0059946, 0.00586627, 0.0058533, 0.00595698, 0.00588343, 0.00592556, 0.00586714", \
+            "0.00728183, 0.00646965, 0.00633, 0.00611493, 0.00607295, 0.00582489, 0.00560552", \
+            "0.0107777, 0.00863338, 0.00808943, 0.00761596, 0.00706571, 0.00653347, 0.00637912" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00330478, 0.00331702, 0.00329187, 0.00323125, 0.00313861, 0.00294725, 0.00261832", \
+            "0.00300065, 0.00325314, 0.00326073, 0.00323784, 0.00309221, 0.00294418, 0.00265698", \
+            "0.00294737, 0.00314331, 0.00320225, 0.00314412, 0.00307956, 0.00292117, 0.00266085", \
+            "0.00310471, 0.00315361, 0.00314097, 0.00311797, 0.0032199, 0.00305461, 0.00248518", \
+            "0.00372248, 0.00336765, 0.00334858, 0.00324497, 0.00314413, 0.00331939, 0.00258988", \
+            "0.00530217, 0.00430417, 0.00408277, 0.00386287, 0.00362929, 0.00309364, 0.00328615", \
+            "0.00890486, 0.00693875, 0.00627724, 0.00559931, 0.00503922, 0.00455871, 0.00363921" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * !A2 * B2 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00605153, 0.0062463, 0.00620518, 0.00615683, 0.00604732, 0.00582766, 0.0059725", \
+            "0.00574618, 0.00610063, 0.00612559, 0.00608301, 0.00600528, 0.00583066, 0.00599261", \
+            "0.00569612, 0.00594821, 0.00601668, 0.00601174, 0.00598119, 0.00576535, 0.00586822", \
+            "0.00571734, 0.00583794, 0.00599572, 0.00593394, 0.00599661, 0.00570498, 0.00591649", \
+            "0.00604914, 0.00592147, 0.00584819, 0.00595072, 0.00583156, 0.00581292, 0.00586496", \
+            "0.0074085, 0.00655216, 0.00640758, 0.0062259, 0.0060705, 0.00588271, 0.00579939", \
+            "0.0111114, 0.00885913, 0.00826553, 0.00771531, 0.00725943, 0.00656472, 0.0068312" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00324398, 0.00325629, 0.00322332, 0.00316829, 0.00309195, 0.0029081, 0.00255682", \
+            "0.00291562, 0.00315944, 0.00316348, 0.00314253, 0.00301851, 0.00285072, 0.00256442", \
+            "0.00288716, 0.00304433, 0.00310627, 0.00306047, 0.00300696, 0.00295801, 0.00259357", \
+            "0.00308598, 0.00308659, 0.00305924, 0.00303479, 0.00318964, 0.00312126, 0.00245831", \
+            "0.00375158, 0.00335039, 0.0033114, 0.00315691, 0.00301852, 0.00322756, 0.00247505", \
+            "0.0054089, 0.00433944, 0.00407512, 0.0038385, 0.00358542, 0.00305086, 0.00324757", \
+            "0.00915242, 0.00713127, 0.00645003, 0.00570007, 0.00513211, 0.00458247, 0.00363977" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00605153, 0.0062463, 0.00620518, 0.00615683, 0.00604732, 0.00582766, 0.0059725", \
+            "0.00574618, 0.00610063, 0.00612559, 0.00608301, 0.00600528, 0.00583066, 0.00599261", \
+            "0.00569612, 0.00594821, 0.00601668, 0.00601174, 0.00598119, 0.00576535, 0.00586822", \
+            "0.00571734, 0.00583794, 0.00599572, 0.00593394, 0.00599661, 0.00570498, 0.00591649", \
+            "0.00604914, 0.00592147, 0.00584819, 0.00595072, 0.00583156, 0.00581292, 0.00586496", \
+            "0.0074085, 0.00655216, 0.00640758, 0.0062259, 0.0060705, 0.00588271, 0.00579939", \
+            "0.0111114, 0.00885913, 0.00826553, 0.00771531, 0.00725943, 0.00656472, 0.0068312" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00330478, 0.00331702, 0.00329187, 0.00323125, 0.00313861, 0.00294725, 0.00261832", \
+            "0.00300065, 0.00325314, 0.00326073, 0.00323784, 0.00309221, 0.00294418, 0.00265698", \
+            "0.00294737, 0.00314331, 0.00320225, 0.00314412, 0.00307956, 0.00292117, 0.00266085", \
+            "0.00310471, 0.00315361, 0.00314097, 0.00311797, 0.0032199, 0.00305461, 0.00248518", \
+            "0.00372248, 0.00336765, 0.00334858, 0.00324497, 0.00314413, 0.00331939, 0.00258988", \
+            "0.00530217, 0.00430417, 0.00408277, 0.00386287, 0.00362929, 0.00309364, 0.00328615", \
+            "0.00890486, 0.00693875, 0.00627724, 0.00559931, 0.00503922, 0.00455871, 0.00363921" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(A1 * !A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00641057, 0.00639795, 0.00636302, 0.00629489, 0.0061867, 0.00598948, 0.00578928", \
+            "0.00623679, 0.00631883, 0.00629635, 0.00626459, 0.00614936, 0.00599949, 0.00578438", \
+            "0.00617855, 0.0062585, 0.00627926, 0.00626975, 0.0061329, 0.0059469, 0.00578676", \
+            "0.00617276, 0.00622906, 0.00619763, 0.00621134, 0.00610363, 0.00589567, 0.00570321", \
+            "0.00638542, 0.00628745, 0.00623205, 0.00635042, 0.00620794, 0.00601692, 0.0057832", \
+            "0.00744605, 0.00685284, 0.0067344, 0.00647247, 0.00646128, 0.00618536, 0.00585071", \
+            "0.0105318, 0.00895828, 0.00848534, 0.00802417, 0.00741202, 0.00688528, 0.00650402" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00657119, 0.0065339, 0.00648809, 0.0064292, 0.00633777, 0.00613563, 0.00575363", \
+            "0.00627805, 0.00647723, 0.00644759, 0.00649231, 0.00629979, 0.00614971, 0.00579388", \
+            "0.00617752, 0.0063727, 0.00644569, 0.00636875, 0.0062816, 0.00610058, 0.00577877", \
+            "0.00616699, 0.0063412, 0.00632206, 0.00637592, 0.0063542, 0.00636225, 0.00573802", \
+            "0.00649224, 0.00642732, 0.00646803, 0.0064141, 0.00631257, 0.00664339, 0.00580289", \
+            "0.00773074, 0.00705154, 0.00689385, 0.00681299, 0.00667832, 0.00637226, 0.00647498", \
+            "0.0108547, 0.00915674, 0.00866534, 0.00813548, 0.0077907, 0.00731612, 0.0067472" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00618227, 0.00619412, 0.00616529, 0.0061036, 0.00599218, 0.00577161, 0.00559331", \
+            "0.00600269, 0.00613884, 0.00612045, 0.00605161, 0.0059528, 0.00580406, 0.00558729", \
+            "0.00595083, 0.00604286, 0.00604974, 0.00600797, 0.00592086, 0.0057477, 0.005532", \
+            "0.00595695, 0.00602067, 0.00599043, 0.00603693, 0.00592065, 0.00568499, 0.0056022", \
+            "0.00620396, 0.00607968, 0.00603683, 0.00614664, 0.00597885, 0.0057755, 0.00558604", \
+            "0.00735474, 0.00667171, 0.00653828, 0.00628228, 0.00626871, 0.00605615, 0.00565276", \
+            "0.0105716, 0.00884976, 0.00832574, 0.00782794, 0.00723158, 0.00672746, 0.00643352" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00494086, 0.00492308, 0.00488895, 0.00482214, 0.00473686, 0.00456321, 0.00425205", \
+            "0.00465889, 0.00487983, 0.00483421, 0.0048441, 0.00470347, 0.0045141, 0.00425709", \
+            "0.00454904, 0.00475999, 0.00482618, 0.00476123, 0.00470507, 0.00451381, 0.0042322", \
+            "0.00454918, 0.00473435, 0.00473521, 0.00474792, 0.00491685, 0.00478987, 0.00424088", \
+            "0.00489305, 0.00481664, 0.00484703, 0.00481814, 0.00473259, 0.00500497, 0.00431776", \
+            "0.00610652, 0.00544128, 0.00529333, 0.00519577, 0.00512469, 0.00469428, 0.00485014", \
+            "0.0092624, 0.0075513, 0.00706421, 0.00658111, 0.00619481, 0.00581763, 0.00522545" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * !A2 * B1 * !C1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00618396, 0.00619297, 0.00615295, 0.00608985, 0.00597112, 0.00574848, 0.00553863", \
+            "0.00599996, 0.00610701, 0.00617919, 0.00603633, 0.00594216, 0.0057507, 0.00552274", \
+            "0.00596674, 0.00604064, 0.00608047, 0.00599925, 0.00590971, 0.00574671, 0.00555771", \
+            "0.00597235, 0.00600707, 0.00604973, 0.00599605, 0.00604004, 0.00569127, 0.00557621", \
+            "0.00623789, 0.00612564, 0.00605824, 0.00606612, 0.00586857, 0.00576609, 0.00556277", \
+            "0.00745551, 0.00675175, 0.0066005, 0.00639823, 0.00621496, 0.00594348, 0.0059035", \
+            "0.0108454, 0.00903664, 0.00846562, 0.00793507, 0.00744245, 0.00672414, 0.00692704" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00487691, 0.00485216, 0.00481718, 0.00476646, 0.00467748, 0.0044734, 0.0041918", \
+            "0.00459422, 0.00478785, 0.00474003, 0.00468422, 0.00459979, 0.00445367, 0.00416563", \
+            "0.00449828, 0.00466656, 0.00473101, 0.00465714, 0.0045732, 0.00455845, 0.00405328", \
+            "0.00451683, 0.00465919, 0.00463503, 0.00464983, 0.00482816, 0.00457641, 0.0041696", \
+            "0.0048907, 0.0048184, 0.0047799, 0.00472811, 0.00463093, 0.00488506, 0.00425603", \
+            "0.00618158, 0.00544811, 0.00528355, 0.00516039, 0.00509287, 0.00462499, 0.00464372", \
+            "0.0094684, 0.00767123, 0.00716663, 0.0066142, 0.00620869, 0.00571342, 0.00512882" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00618396, 0.00619297, 0.00615295, 0.00608985, 0.00597112, 0.00574848, 0.00553863", \
+            "0.00599996, 0.00610701, 0.00617919, 0.00603633, 0.00594216, 0.0057507, 0.00552274", \
+            "0.00596674, 0.00604064, 0.00608047, 0.00599925, 0.00590971, 0.00574671, 0.00555771", \
+            "0.00597235, 0.00600707, 0.00604973, 0.00599605, 0.00604004, 0.00569127, 0.00557621", \
+            "0.00623789, 0.00612564, 0.00605824, 0.00606612, 0.00586857, 0.00576609, 0.00556277", \
+            "0.00745551, 0.00675175, 0.0066005, 0.00639823, 0.00621496, 0.00594348, 0.0059035", \
+            "0.0108454, 0.00903664, 0.00846562, 0.00793507, 0.00744245, 0.00672414, 0.00692704" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00494086, 0.00492308, 0.00488895, 0.00482214, 0.00473686, 0.00456321, 0.00425205", \
+            "0.00465889, 0.00487983, 0.00483421, 0.0048441, 0.00470347, 0.0045141, 0.00425709", \
+            "0.00454904, 0.00475999, 0.00482618, 0.00476123, 0.00470507, 0.00451381, 0.0042322", \
+            "0.00454918, 0.00473435, 0.00473521, 0.00474792, 0.00491685, 0.00478987, 0.00424088", \
+            "0.00489305, 0.00481664, 0.00484703, 0.00481814, 0.00473259, 0.00500497, 0.00431776", \
+            "0.00610652, 0.00544128, 0.00529333, 0.00519577, 0.00512469, 0.00469428, 0.00485014", \
+            "0.0092624, 0.0075513, 0.00706421, 0.00658111, 0.00619481, 0.00581763, 0.00522545" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(A1 * !A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00407365, 0.00432029, 0.00430391, 0.00425741, 0.0041436, 0.00393695, 0.00405684", \
+            "0.00386525, 0.00411306, 0.00411694, 0.00411159, 0.00405024, 0.00389283, 0.00396431", \
+            "0.00395601, 0.0040132, 0.00406316, 0.00405728, 0.00399723, 0.00385822, 0.00399418", \
+            "0.0042534, 0.00405129, 0.00414494, 0.00404203, 0.00393048, 0.00378156, 0.00395046", \
+            "0.00500252, 0.00446019, 0.00429334, 0.00423035, 0.0040382, 0.00425508, 0.00398399", \
+            "0.00683556, 0.0056574, 0.00533, 0.00492108, 0.00459676, 0.0041453, 0.00407882", \
+            "0.0109898, 0.00866124, 0.00792533, 0.00722626, 0.00645162, 0.00542433, 0.0052483" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00351066, 0.00385914, 0.00378463, 0.00374025, 0.00364537, 0.00348298, 0.00312834", \
+            "0.00328835, 0.00370144, 0.00377944, 0.00377375, 0.00373052, 0.0035537, 0.00333372", \
+            "0.00332358, 0.00366779, 0.00367769, 0.0037349, 0.00393601, 0.00395619, 0.00324237", \
+            "0.00361061, 0.00364854, 0.00371936, 0.00371335, 0.0036397, 0.00393001, 0.00339461", \
+            "0.00438638, 0.00385273, 0.00385204, 0.00386368, 0.00379503, 0.00349044, 0.00388739", \
+            "0.00631892, 0.00490963, 0.00463157, 0.00441431, 0.00425608, 0.00410751, 0.00348624", \
+            "0.0105242, 0.00794611, 0.00710852, 0.00645286, 0.00570897, 0.00512334, 0.00475662" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00379322, 0.00411298, 0.00410629, 0.00406102, 0.00395985, 0.00393812, 0.00387411", \
+            "0.00363512, 0.00386707, 0.00389832, 0.00391289, 0.00385273, 0.00387797, 0.0038136", \
+            "0.00376718, 0.00380931, 0.00384364, 0.00385542, 0.00383855, 0.00381639, 0.00379471", \
+            "0.00411322, 0.00384132, 0.00393181, 0.00380961, 0.00385524, 0.00378893, 0.00369237", \
+            "0.00493287, 0.0042705, 0.00406009, 0.00401996, 0.00384547, 0.00399193, 0.00382543", \
+            "0.00687531, 0.0055063, 0.00518323, 0.00470272, 0.00438994, 0.00413666, 0.00423333", \
+            "0.0111828, 0.00860181, 0.00781428, 0.00702876, 0.00625169, 0.00519794, 0.00534087" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00189115, 0.00224945, 0.00217807, 0.00212268, 0.00205581, 0.00189605, 0.00159716", \
+            "0.00166922, 0.00208886, 0.00214972, 0.00216696, 0.0020932, 0.00197013, 0.00161847", \
+            "0.00170155, 0.00206059, 0.00208275, 0.00212397, 0.0023464, 0.00228237, 0.00167172", \
+            "0.00199868, 0.00204556, 0.00211611, 0.00206833, 0.00200303, 0.00234485, 0.00187956", \
+            "0.0027961, 0.00224448, 0.00226309, 0.00224334, 0.0022596, 0.00187401, 0.00197913", \
+            "0.00475424, 0.00334088, 0.00303923, 0.00281629, 0.0026682, 0.00256122, 0.00196385", \
+            "0.00901919, 0.00637849, 0.00557452, 0.00485291, 0.00415392, 0.00355116, 0.00313843" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00408341, 0.00432128, 0.00430376, 0.00426255, 0.00414045, 0.00395734, 0.00369128", \
+            "0.00385733, 0.0041182, 0.00411388, 0.00414626, 0.00405019, 0.00389005, 0.00369397", \
+            "0.00395093, 0.00401228, 0.00406899, 0.00404877, 0.00403604, 0.00385933, 0.0036429", \
+            "0.00425627, 0.00404525, 0.00405981, 0.00405067, 0.00406872, 0.00377423, 0.00359963", \
+            "0.0049926, 0.00444217, 0.00426696, 0.0042259, 0.00404872, 0.00392998, 0.00369297", \
+            "0.00683285, 0.00564661, 0.00532167, 0.00489154, 0.00459375, 0.00415612, 0.00416297", \
+            "0.0109824, 0.00866721, 0.00804626, 0.00722458, 0.00647557, 0.00540002, 0.00547908" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00355179, 0.00384715, 0.00383063, 0.00377172, 0.00368027, 0.00351644, 0.00319139", \
+            "0.00328775, 0.00371387, 0.00380452, 0.00382027, 0.00372619, 0.0035803, 0.00335736", \
+            "0.00331762, 0.00368016, 0.00368919, 0.00373887, 0.00380456, 0.00353078, 0.00323776", \
+            "0.0035976, 0.00364806, 0.00372121, 0.00372541, 0.00363745, 0.00394885, 0.00346351", \
+            "0.00438661, 0.0038508, 0.00383786, 0.00386369, 0.00379725, 0.00349073, 0.00380056", \
+            "0.00631139, 0.00490116, 0.00463093, 0.0043947, 0.0042452, 0.00410657, 0.00344908", \
+            "0.0105262, 0.00794346, 0.00710618, 0.00640956, 0.00570134, 0.00507877, 0.00475456" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * !B1 * B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00378757, 0.00411829, 0.004116, 0.00406034, 0.00394982, 0.00373832, 0.00380111", \
+            "0.00362961, 0.00386697, 0.00390802, 0.00391306, 0.00386136, 0.00368334, 0.00375828", \
+            "0.00375862, 0.0038215, 0.00384292, 0.00384432, 0.00384855, 0.00364537, 0.00377663", \
+            "0.00410951, 0.00384324, 0.00386227, 0.00381778, 0.00383974, 0.00356861, 0.00377173", \
+            "0.00492334, 0.00426309, 0.0040808, 0.00402076, 0.00380652, 0.00380083, 0.00384512", \
+            "0.0068691, 0.00550237, 0.00516748, 0.00472058, 0.00436393, 0.00412944, 0.00433873", \
+            "0.0111652, 0.00860609, 0.00791616, 0.00701806, 0.0062426, 0.00519983, 0.0053258" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0019319, 0.00226874, 0.00221005, 0.00217047, 0.00209157, 0.00194574, 0.00163189", \
+            "0.00166804, 0.00210677, 0.00217654, 0.00220011, 0.00229779, 0.00197218, 0.00162784", \
+            "0.00169492, 0.0020696, 0.00207461, 0.00213504, 0.00221911, 0.00229718, 0.00162041", \
+            "0.00198607, 0.00204601, 0.0021057, 0.00205769, 0.00199857, 0.00226936, 0.00182529", \
+            "0.00278511, 0.00224139, 0.0022769, 0.00224359, 0.00219304, 0.00187573, 0.0019808", \
+            "0.00475798, 0.003332, 0.00303603, 0.00281348, 0.00266547, 0.00254137, 0.00198114", \
+            "0.00903154, 0.00638545, 0.00557138, 0.00485019, 0.00415015, 0.00356427, 0.00313017" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        when : "(!A1 * !A2 * !B1 * !B2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00379407, 0.00411218, 0.00411324, 0.0040533, 0.00396866, 0.00391758, 0.00383085", \
+            "0.0036482, 0.00386888, 0.00390409, 0.00391466, 0.0038575, 0.0038848, 0.00398579", \
+            "0.00378523, 0.00387392, 0.00384351, 0.00385663, 0.00382231, 0.00388909, 0.00372771", \
+            "0.00414964, 0.00386355, 0.00387438, 0.00379494, 0.00375705, 0.003807, 0.00374095", \
+            "0.00500986, 0.00433963, 0.00412734, 0.00397258, 0.00398639, 0.00403396, 0.00366101", \
+            "0.00706329, 0.00559399, 0.00520904, 0.00491595, 0.00435856, 0.00423521, 0.00396575", \
+            "0.0115957, 0.00886409, 0.0080961, 0.00733282, 0.00645423, 0.00545204, 0.00481626" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00187574, 0.0021766, 0.00216965, 0.0021137, 0.00203965, 0.0018799, 0.00158615", \
+            "0.00161272, 0.00202983, 0.00210729, 0.00213047, 0.00202696, 0.00191081, 0.00156908", \
+            "0.00165919, 0.00198778, 0.00198995, 0.0020446, 0.00215692, 0.00222445, 0.0015455", \
+            "0.00198699, 0.00196929, 0.00203043, 0.00198828, 0.00192273, 0.00222613, 0.00184208", \
+            "0.00282655, 0.00221228, 0.0022269, 0.00216924, 0.00216352, 0.00184292, 0.00190195", \
+            "0.00493802, 0.00338784, 0.00304805, 0.00286759, 0.00259703, 0.00239378, 0.00197133", \
+            "0.00936052, 0.00659219, 0.00575878, 0.00494831, 0.00420014, 0.00358764, 0.00315547" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00379407, 0.00411218, 0.00411324, 0.0040533, 0.00396866, 0.00391758, 0.00383085", \
+            "0.0036482, 0.00386888, 0.00390409, 0.00391466, 0.0038575, 0.0038848, 0.00398579", \
+            "0.00378523, 0.00387392, 0.00384351, 0.00385663, 0.00382231, 0.00388909, 0.00372771", \
+            "0.00414964, 0.00386355, 0.00387438, 0.00379494, 0.00375705, 0.003807, 0.00374095", \
+            "0.00500986, 0.00433963, 0.00412734, 0.00397258, 0.00398639, 0.00403396, 0.00366101", \
+            "0.00706329, 0.00559399, 0.00520904, 0.00491595, 0.00435856, 0.00423521, 0.00396575", \
+            "0.0115957, 0.00886409, 0.0080961, 0.00733282, 0.00645423, 0.00545204, 0.00481626" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0019319, 0.00226874, 0.00221005, 0.00217047, 0.00209157, 0.00194574, 0.00163189", \
+            "0.00166804, 0.00210677, 0.00217654, 0.00220011, 0.00229779, 0.00197218, 0.00162784", \
+            "0.00169492, 0.0020696, 0.00207461, 0.00213504, 0.00221911, 0.00229718, 0.00162041", \
+            "0.00198607, 0.00204601, 0.0021057, 0.00205769, 0.00199857, 0.00226936, 0.00182529", \
+            "0.00278511, 0.00224139, 0.0022769, 0.00224359, 0.00219304, 0.00187573, 0.0019808", \
+            "0.00475798, 0.003332, 0.00303603, 0.00281348, 0.00266547, 0.00254137, 0.00198114", \
+            "0.00903154, 0.00638545, 0.00557138, 0.00485019, 0.00415015, 0.00356427, 0.00313017" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00296655;
+      rise_capacitance : 0.00294125;
+      rise_capacitance_range (0.00277919, 0.00314756);
+      fall_capacitance : 0.00299185;
+      fall_capacitance_range (0.00262751, 0.00337243);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00300247;
+      rise_capacitance : 0.00305076;
+      rise_capacitance_range (0.00268065, 0.00336373);
+      fall_capacitance : 0.00295419;
+      fall_capacitance_range (0.0026614, 0.00330309);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00292453;
+      rise_capacitance : 0.00291621;
+      rise_capacitance_range (0.00258788, 0.00321765);
+      fall_capacitance : 0.00293285;
+      fall_capacitance_range (0.00251709, 0.00332981);
+    }
+    pin (B2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00302059;
+      rise_capacitance : 0.00308525;
+      rise_capacitance_range (0.00260106, 0.00347111);
+      fall_capacitance : 0.00295594;
+      fall_capacitance_range (0.00261471, 0.00331264);
+    }
+    pin (C1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0028559;
+      rise_capacitance : 0.00293337;
+      rise_capacitance_range (0.00244284, 0.00338054);
+      fall_capacitance : 0.00277843;
+      fall_capacitance_range (0.00253788, 0.00303613);
+    }
+  }
+  cell (sg13g2_a22oi_1) {
+    area : 10.8486;
+    cell_footprint : "a22oi";
+    cell_leakage_power : 138.885;
+    leakage_power () {
+      value : 98.1921;
+      when : "!A1&!A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 92.4795;
+      when : "!A1&!A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 116.92;
+      when : "!A1&!A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 207.202;
+      when : "!A1&!A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 116.992;
+      when : "!A1&A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 111.279;
+      when : "!A1&A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 135.719;
+      when : "!A1&A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 210.367;
+      when : "!A1&A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 92.4612;
+      when : "A1&!A2&!B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 86.7485;
+      when : "A1&!A2&!B1&B2&Y";
+    }
+    leakage_power () {
+      value : 111.189;
+      when : "A1&!A2&B1&!B2&Y";
+    }
+    leakage_power () {
+      value : 210.277;
+      when : "A1&!A2&B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 150.691;
+      when : "A1&A2&!B1&!B2&!Y";
+    }
+    leakage_power () {
+      value : 175.105;
+      when : "A1&A2&!B1&B2&!Y";
+    }
+    leakage_power () {
+      value : 175.104;
+      when : "A1&A2&B1&!B2&!Y";
+    }
+    leakage_power () {
+      value : 131.43;
+      when : "A1&A2&B1&B2&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1*A2)+(B1*B2))";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        sdf_cond : "A2 == 1'b1 && B1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * B1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0540467, 0.185571, 0.275581, 0.424682, 0.673599, 1.08866, 1.77972", \
+            "0.0820451, 0.218831, 0.309351, 0.458643, 0.708036, 1.12288, 1.81536", \
+            "0.0986501, 0.246579, 0.337952, 0.487337, 0.737008, 1.15299, 1.84437", \
+            "0.11957, 0.295255, 0.392473, 0.545018, 0.79538, 1.21111, 1.90292", \
+            "0.143133, 0.372396, 0.485574, 0.65223, 0.911975, 1.3308, 2.02324", \
+            "0.166266, 0.481338, 0.623824, 0.822823, 1.11446, 1.55669, 2.25884", \
+            "0.194288, 0.624139, 0.817696, 1.07641, 1.43094, 1.94218, 2.70032" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0342481, 0.215024, 0.340801, 0.548729, 0.896978, 1.47711, 2.44355", \
+            "0.0415558, 0.215894, 0.340802, 0.548802, 0.896979, 1.47712, 2.44409", \
+            "0.0512263, 0.221524, 0.343563, 0.549079, 0.89698, 1.47843, 2.4441", \
+            "0.070393, 0.242179, 0.3592, 0.558044, 0.899855, 1.47844, 2.44471", \
+            "0.107248, 0.291489, 0.405438, 0.595882, 0.92334, 1.48696, 2.44693", \
+            "0.172335, 0.38674, 0.504163, 0.692568, 1.00929, 1.54616, 2.47311", \
+            "0.273669, 0.55236, 0.686968, 0.885987, 1.20599, 1.72964, 2.61663" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0444888, 0.139666, 0.203849, 0.309472, 0.486235, 0.779753, 1.26917", \
+            "0.0760837, 0.181741, 0.246312, 0.352002, 0.528582, 0.822493, 1.31173", \
+            "0.0964667, 0.219116, 0.28697, 0.39402, 0.570451, 0.864168, 1.35384", \
+            "0.125164, 0.278818, 0.357613, 0.47325, 0.653676, 0.94753, 1.43654", \
+            "0.165258, 0.368367, 0.467169, 0.605638, 0.807945, 1.11462, 1.60529", \
+            "0.218782, 0.495995, 0.626004, 0.805438, 1.05386, 1.40936, 1.93564", \
+            "0.289314, 0.66766, 0.847276, 1.08691, 1.4155, 1.863, 2.49095" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0332543, 0.155699, 0.240757, 0.381279, 0.617169, 1.00874, 1.66179", \
+            "0.0470431, 0.160996, 0.243103, 0.382736, 0.61717, 1.00876, 1.66317", \
+            "0.0608987, 0.176208, 0.253769, 0.387534, 0.618066, 1.01062, 1.66318", \
+            "0.0852107, 0.211689, 0.28795, 0.413258, 0.63202, 1.01354, 1.66319", \
+            "0.123208, 0.277031, 0.358355, 0.485087, 0.693294, 1.05048, 1.67662", \
+            "0.18151, 0.386514, 0.48414, 0.622869, 0.839422, 1.18482, 1.77238", \
+            "0.270406, 0.564913, 0.687844, 0.86128, 1.10448, 1.47891, 2.05446" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0540467, 0.185571, 0.275581, 0.424682, 0.673599, 1.08866, 1.77972", \
+            "0.0820451, 0.218831, 0.309351, 0.458643, 0.708036, 1.12288, 1.81536", \
+            "0.0986501, 0.246579, 0.337952, 0.487337, 0.737008, 1.15299, 1.84437", \
+            "0.11957, 0.295255, 0.392473, 0.545018, 0.79538, 1.21111, 1.90292", \
+            "0.143133, 0.372396, 0.485574, 0.65223, 0.911975, 1.3308, 2.02324", \
+            "0.166266, 0.481338, 0.623824, 0.822823, 1.11446, 1.55669, 2.25884", \
+            "0.194288, 0.624139, 0.817696, 1.07641, 1.43094, 1.94218, 2.70032" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0342481, 0.215024, 0.340801, 0.548729, 0.896978, 1.47711, 2.44355", \
+            "0.0415558, 0.215894, 0.340802, 0.548802, 0.896979, 1.47712, 2.44409", \
+            "0.0512263, 0.221524, 0.343563, 0.549079, 0.89698, 1.47843, 2.4441", \
+            "0.070393, 0.242179, 0.3592, 0.558044, 0.899855, 1.47844, 2.44471", \
+            "0.107248, 0.291489, 0.405438, 0.595882, 0.92334, 1.48696, 2.44693", \
+            "0.172335, 0.38674, 0.504163, 0.692568, 1.00929, 1.54616, 2.47311", \
+            "0.273669, 0.55236, 0.686968, 0.885987, 1.20599, 1.72964, 2.61663" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0444888, 0.139666, 0.203849, 0.309472, 0.486235, 0.779753, 1.26917", \
+            "0.0760837, 0.181741, 0.246312, 0.352002, 0.528582, 0.822493, 1.31173", \
+            "0.0964667, 0.219116, 0.28697, 0.39402, 0.570451, 0.864168, 1.35384", \
+            "0.125164, 0.278818, 0.357613, 0.47325, 0.653676, 0.94753, 1.43654", \
+            "0.165258, 0.368367, 0.467169, 0.605638, 0.807945, 1.11462, 1.60529", \
+            "0.218782, 0.495995, 0.626004, 0.805438, 1.05386, 1.40936, 1.93564", \
+            "0.289314, 0.66766, 0.847276, 1.08691, 1.4155, 1.863, 2.49095" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0332543, 0.155699, 0.240757, 0.381279, 0.617169, 1.00874, 1.66179", \
+            "0.0470431, 0.160996, 0.243103, 0.382736, 0.61717, 1.00876, 1.66317", \
+            "0.0608987, 0.176208, 0.253769, 0.387534, 0.618066, 1.01062, 1.66318", \
+            "0.0852107, 0.211689, 0.28795, 0.413258, 0.63202, 1.01354, 1.66319", \
+            "0.123208, 0.277031, 0.358355, 0.485087, 0.693294, 1.05048, 1.67662", \
+            "0.18151, 0.386514, 0.48414, 0.622869, 0.839422, 1.18482, 1.77238", \
+            "0.270406, 0.564913, 0.687844, 0.86128, 1.10448, 1.47891, 2.05446" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        sdf_cond : "A1 == 1'b1 && B1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * B1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0614224, 0.192202, 0.281691, 0.430368, 0.678506, 1.09186, 1.78203", \
+            "0.0914435, 0.225981, 0.315949, 0.464479, 0.7135, 1.12658, 1.81727", \
+            "0.110247, 0.254309, 0.345003, 0.493733, 0.742198, 1.15669, 1.84546", \
+            "0.135568, 0.304329, 0.400463, 0.552087, 0.801308, 1.21529, 1.90484", \
+            "0.166234, 0.383977, 0.495572, 0.660719, 0.918835, 1.33583, 2.02578", \
+            "0.19977, 0.497114, 0.636708, 0.833166, 1.12242, 1.56313, 2.26243", \
+            "0.24372, 0.647255, 0.83608, 1.09066, 1.44241, 1.95055, 2.70573" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0415074, 0.222405, 0.347553, 0.554977, 0.902433, 1.48005, 2.44462", \
+            "0.0478177, 0.222963, 0.348704, 0.555738, 0.903054, 1.48114, 2.44476", \
+            "0.0571958, 0.228365, 0.350299, 0.556838, 0.903332, 1.48115, 2.44545", \
+            "0.0765724, 0.248349, 0.365492, 0.564055, 0.905075, 1.48119, 2.44546", \
+            "0.113827, 0.297065, 0.411522, 0.601648, 0.928475, 1.49013, 2.44745", \
+            "0.176938, 0.391705, 0.509568, 0.698073, 1.01372, 1.54937, 2.47371", \
+            "0.272236, 0.553005, 0.689311, 0.891331, 1.21043, 1.73231, 2.61793" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0483845, 0.143359, 0.20757, 0.313238, 0.489841, 0.783611, 1.27287", \
+            "0.0785801, 0.180686, 0.245271, 0.351036, 0.527675, 0.821855, 1.31077", \
+            "0.0991098, 0.213345, 0.280308, 0.387192, 0.564045, 0.857814, 1.34767", \
+            "0.128457, 0.267356, 0.341975, 0.455272, 0.63536, 0.929892, 1.41946", \
+            "0.169432, 0.352692, 0.443234, 0.572798, 0.768643, 1.07313, 1.56515", \
+            "0.223761, 0.47961, 0.596452, 0.759855, 0.990719, 1.33028, 1.84814", \
+            "0.296956, 0.653395, 0.818752, 1.03712, 1.33351, 1.74791, 2.33876" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0331331, 0.155816, 0.240774, 0.381266, 0.617226, 1.00955, 1.66175", \
+            "0.0415847, 0.158972, 0.242349, 0.3821, 0.617227, 1.00981, 1.66294", \
+            "0.0519266, 0.168871, 0.249096, 0.385168, 0.618077, 1.00982, 1.66295", \
+            "0.0726292, 0.193319, 0.272343, 0.402204, 0.627042, 1.0113, 1.66296", \
+            "0.108061, 0.244353, 0.322851, 0.452033, 0.668544, 1.03628, 1.67278", \
+            "0.165339, 0.335086, 0.422019, 0.554543, 0.772769, 1.12777, 1.73625", \
+            "0.249386, 0.494305, 0.599363, 0.749846, 0.977651, 1.34143, 1.93462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0614224, 0.192202, 0.281691, 0.430368, 0.678506, 1.09186, 1.78203", \
+            "0.0914435, 0.225981, 0.315949, 0.464479, 0.7135, 1.12658, 1.81727", \
+            "0.110247, 0.254309, 0.345003, 0.493733, 0.742198, 1.15669, 1.84546", \
+            "0.135568, 0.304329, 0.400463, 0.552087, 0.801308, 1.21529, 1.90484", \
+            "0.166234, 0.383977, 0.495572, 0.660719, 0.918835, 1.33583, 2.02578", \
+            "0.19977, 0.497114, 0.636708, 0.833166, 1.12242, 1.56313, 2.26243", \
+            "0.24372, 0.647255, 0.83608, 1.09066, 1.44241, 1.95055, 2.70573" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0415074, 0.222405, 0.347553, 0.554977, 0.902433, 1.48005, 2.44462", \
+            "0.0478177, 0.222963, 0.348704, 0.555738, 0.903054, 1.48114, 2.44476", \
+            "0.0571958, 0.228365, 0.350299, 0.556838, 0.903332, 1.48115, 2.44545", \
+            "0.0765724, 0.248349, 0.365492, 0.564055, 0.905075, 1.48119, 2.44546", \
+            "0.113827, 0.297065, 0.411522, 0.601648, 0.928475, 1.49013, 2.44745", \
+            "0.176938, 0.391705, 0.509568, 0.698073, 1.01372, 1.54937, 2.47371", \
+            "0.272236, 0.553005, 0.689311, 0.891331, 1.21043, 1.73231, 2.61793" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0483845, 0.143359, 0.20757, 0.313238, 0.489841, 0.783611, 1.27287", \
+            "0.0785801, 0.180686, 0.245271, 0.351036, 0.527675, 0.821855, 1.31077", \
+            "0.0991098, 0.213345, 0.280308, 0.387192, 0.564045, 0.857814, 1.34767", \
+            "0.128457, 0.267356, 0.341975, 0.455272, 0.63536, 0.929892, 1.41946", \
+            "0.169432, 0.352692, 0.443234, 0.572798, 0.768643, 1.07313, 1.56515", \
+            "0.223761, 0.47961, 0.596452, 0.759855, 0.990719, 1.33028, 1.84814", \
+            "0.296956, 0.653395, 0.818752, 1.03712, 1.33351, 1.74791, 2.33876" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0331331, 0.155816, 0.240774, 0.381266, 0.617226, 1.00955, 1.66175", \
+            "0.0415847, 0.158972, 0.242349, 0.3821, 0.617227, 1.00981, 1.66294", \
+            "0.0519266, 0.168871, 0.249096, 0.385168, 0.618077, 1.00982, 1.66295", \
+            "0.0726292, 0.193319, 0.272343, 0.402204, 0.627042, 1.0113, 1.66296", \
+            "0.108061, 0.244353, 0.322851, 0.452033, 0.668544, 1.03628, 1.67278", \
+            "0.165339, 0.335086, 0.422019, 0.554543, 0.772769, 1.12777, 1.73625", \
+            "0.249386, 0.494305, 0.599363, 0.749846, 0.977651, 1.34143, 1.93462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0570294, 0.189206, 0.279508, 0.428425, 0.677616, 1.09265, 1.78423", \
+            "0.0875998, 0.225219, 0.315693, 0.464994, 0.714457, 1.12966, 1.82212", \
+            "0.108454, 0.259627, 0.350847, 0.499925, 0.749389, 1.16516, 1.856", \
+            "0.1374, 0.321114, 0.419911, 0.57274, 0.822425, 1.23777, 1.92909", \
+            "0.177016, 0.416226, 0.535883, 0.708122, 0.969774, 1.38781, 2.0785", \
+            "0.227736, 0.547115, 0.701042, 0.916427, 1.22169, 1.67301, 2.37292", \
+            "0.292572, 0.718109, 0.926577, 1.20906, 1.60082, 2.14384, 2.92639" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0491657, 0.231178, 0.357242, 0.565491, 0.914236, 1.49435, 2.46203", \
+            "0.0608415, 0.232879, 0.358807, 0.565492, 0.914237, 1.49473, 2.46292", \
+            "0.0751432, 0.24177, 0.361782, 0.568175, 0.914254, 1.49497, 2.46293", \
+            "0.100757, 0.273271, 0.386302, 0.580162, 0.918337, 1.49498, 2.46294", \
+            "0.140448, 0.342731, 0.45499, 0.638478, 0.955307, 1.50996, 2.4649", \
+            "0.199878, 0.4605, 0.588727, 0.777124, 1.08438, 1.59959, 2.50527", \
+            "0.292615, 0.648316, 0.805874, 1.03131, 1.35942, 1.87375, 2.72371" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0392875, 0.132525, 0.196482, 0.301973, 0.478703, 0.772709, 1.26254", \
+            "0.0650734, 0.169773, 0.234447, 0.340278, 0.517103, 0.811552, 1.30113", \
+            "0.0807491, 0.201412, 0.269039, 0.376199, 0.553324, 0.847677, 1.33806", \
+            "0.101952, 0.253104, 0.329125, 0.443578, 0.624512, 0.919583, 1.40969", \
+            "0.12919, 0.333667, 0.427203, 0.559183, 0.756702, 1.06263, 1.55539", \
+            "0.164867, 0.452973, 0.575334, 0.7422, 0.976647, 1.31822, 1.83808", \
+            "0.21316, 0.613119, 0.787722, 1.01309, 1.31453, 1.731, 2.32554" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0305534, 0.152071, 0.236911, 0.37706, 0.612411, 1.00343, 1.65622", \
+            "0.0418788, 0.1558, 0.238397, 0.37769, 0.612412, 1.00365, 1.65623", \
+            "0.0540105, 0.166435, 0.245874, 0.381094, 0.612761, 1.004, 1.65646", \
+            "0.0773121, 0.192039, 0.26969, 0.399056, 0.622798, 1.00626, 1.65647", \
+            "0.117976, 0.243827, 0.321783, 0.449729, 0.664344, 1.03275, 1.6659", \
+            "0.183474, 0.339178, 0.423466, 0.55406, 0.769835, 1.12425, 1.73089", \
+            "0.281416, 0.504361, 0.605289, 0.751144, 0.977524, 1.3381, 1.92957" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0479613, 0.179425, 0.269294, 0.417744, 0.665882, 1.07998, 1.76883", \
+            "0.0762774, 0.215384, 0.30548, 0.454032, 0.702752, 1.11643, 1.80575", \
+            "0.0942191, 0.249565, 0.340634, 0.489128, 0.737711, 1.15231, 1.84121", \
+            "0.118489, 0.309707, 0.409169, 0.561883, 0.810823, 1.22437, 1.91378", \
+            "0.151471, 0.401851, 0.523246, 0.696347, 0.95787, 1.37461, 2.06348", \
+            "0.193473, 0.527989, 0.684687, 0.902021, 1.20846, 1.65923, 2.35755", \
+            "0.246729, 0.692515, 0.904843, 1.19083, 1.58467, 2.12856, 2.90979" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0417054, 0.222585, 0.347972, 0.555504, 0.902769, 1.48095, 2.44559", \
+            "0.0550508, 0.224316, 0.348754, 0.556086, 0.902988, 1.48166, 2.44595", \
+            "0.0692488, 0.234245, 0.353024, 0.557274, 0.902989, 1.48242, 2.44596", \
+            "0.093323, 0.266743, 0.378507, 0.570908, 0.907003, 1.48243, 2.44597", \
+            "0.13004, 0.336757, 0.447788, 0.630257, 0.945238, 1.49652, 2.44985", \
+            "0.186983, 0.453401, 0.581585, 0.769667, 1.07536, 1.58817, 2.48913", \
+            "0.275122, 0.639028, 0.79815, 1.02403, 1.35067, 1.86384, 2.71111" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0388728, 0.131855, 0.195555, 0.30073, 0.477018, 0.770541, 1.25979", \
+            "0.0644993, 0.169085, 0.233546, 0.339054, 0.515383, 0.809345, 1.29815", \
+            "0.0799519, 0.200577, 0.268109, 0.375016, 0.551642, 0.845529, 1.335", \
+            "0.100426, 0.25219, 0.328077, 0.442335, 0.622815, 0.917254, 1.40672", \
+            "0.126755, 0.332392, 0.425842, 0.557616, 0.754823, 1.06021, 1.55231", \
+            "0.160393, 0.450485, 0.573235, 0.740276, 0.974162, 1.31573, 1.83483", \
+            "0.204715, 0.608489, 0.783488, 1.00961, 1.31111, 1.72833, 2.32188" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0219469, 0.14355, 0.228636, 0.368783, 0.60385, 0.996278, 1.64962", \
+            "0.0316108, 0.147229, 0.230025, 0.369076, 0.603851, 0.996279, 1.64963", \
+            "0.0421915, 0.157758, 0.2374, 0.373083, 0.604699, 0.99628, 1.64964", \
+            "0.0618217, 0.182812, 0.26115, 0.390544, 0.614889, 0.999152, 1.64965", \
+            "0.0960989, 0.233718, 0.312632, 0.44112, 0.656666, 1.02384, 1.65932", \
+            "0.151445, 0.326694, 0.412641, 0.544935, 0.761639, 1.11617, 1.72391", \
+            "0.234901, 0.487848, 0.593758, 0.740126, 0.968766, 1.32959, 1.92187" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0570294, 0.189206, 0.279508, 0.428425, 0.677616, 1.09265, 1.78423", \
+            "0.0875998, 0.225219, 0.315693, 0.464994, 0.714457, 1.12966, 1.82212", \
+            "0.108454, 0.259627, 0.350847, 0.499925, 0.749389, 1.16516, 1.856", \
+            "0.1374, 0.321114, 0.419911, 0.57274, 0.822425, 1.23777, 1.92909", \
+            "0.177016, 0.416226, 0.535883, 0.708122, 0.969774, 1.38781, 2.0785", \
+            "0.227736, 0.547115, 0.701042, 0.916427, 1.22169, 1.67301, 2.37292", \
+            "0.292572, 0.718109, 0.926577, 1.20906, 1.60082, 2.14384, 2.92639" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0491657, 0.231178, 0.357242, 0.565491, 0.914236, 1.49435, 2.46203", \
+            "0.0608415, 0.232879, 0.358807, 0.565492, 0.914237, 1.49473, 2.46292", \
+            "0.0751432, 0.24177, 0.361782, 0.568175, 0.914254, 1.49497, 2.46293", \
+            "0.100757, 0.273271, 0.386302, 0.580162, 0.918337, 1.49498, 2.46294", \
+            "0.140448, 0.342731, 0.45499, 0.638478, 0.955307, 1.50996, 2.4649", \
+            "0.199878, 0.4605, 0.588727, 0.777124, 1.08438, 1.59959, 2.50527", \
+            "0.292615, 0.648316, 0.805874, 1.03131, 1.35942, 1.87375, 2.72371" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0392875, 0.132525, 0.196482, 0.301973, 0.478703, 0.772709, 1.26254", \
+            "0.0650734, 0.169773, 0.234447, 0.340278, 0.517103, 0.811552, 1.30113", \
+            "0.0807491, 0.201412, 0.269039, 0.376199, 0.553324, 0.847677, 1.33806", \
+            "0.101952, 0.253104, 0.329125, 0.443578, 0.624512, 0.919583, 1.40969", \
+            "0.12919, 0.333667, 0.427203, 0.559183, 0.756702, 1.06263, 1.55539", \
+            "0.164867, 0.452973, 0.575334, 0.7422, 0.976647, 1.31822, 1.83808", \
+            "0.21316, 0.613119, 0.787722, 1.01309, 1.31453, 1.731, 2.32554" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0305534, 0.152071, 0.236911, 0.37706, 0.612411, 1.00343, 1.65622", \
+            "0.0418788, 0.1558, 0.238397, 0.37769, 0.612412, 1.00365, 1.65623", \
+            "0.0540105, 0.166435, 0.245874, 0.381094, 0.612761, 1.004, 1.65646", \
+            "0.0773121, 0.192039, 0.26969, 0.399056, 0.622798, 1.00626, 1.65647", \
+            "0.117976, 0.243827, 0.321783, 0.449729, 0.664344, 1.03275, 1.6659", \
+            "0.183474, 0.339178, 0.423466, 0.55406, 0.769835, 1.12425, 1.73089", \
+            "0.281416, 0.504361, 0.605289, 0.751144, 0.977524, 1.3381, 1.92957" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "A1 == 1'b1 && A2 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.048875, 0.181268, 0.27132, 0.419835, 0.668211, 1.0815, 1.77165", \
+            "0.0767184, 0.216651, 0.307072, 0.455886, 0.704717, 1.11851, 1.80856", \
+            "0.0944002, 0.250379, 0.341641, 0.49044, 0.739265, 1.15278, 1.84261", \
+            "0.118289, 0.310259, 0.40998, 0.563013, 0.81227, 1.22599, 1.91568", \
+            "0.150558, 0.4019, 0.523682, 0.697071, 0.958839, 1.37611, 2.06503", \
+            "0.19118, 0.527398, 0.684326, 0.902303, 1.20882, 1.66017, 2.35878", \
+            "0.240286, 0.689332, 0.902985, 1.18863, 1.58236, 2.12844, 2.91053" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0414143, 0.222191, 0.347791, 0.555141, 0.902122, 1.48024, 2.44461", \
+            "0.0545269, 0.223862, 0.348454, 0.556203, 0.902125, 1.4813, 2.44463", \
+            "0.0688017, 0.233637, 0.352496, 0.556703, 0.902126, 1.48131, 2.44553", \
+            "0.0930566, 0.266084, 0.377857, 0.570484, 0.90661, 1.48131, 2.44554", \
+            "0.13062, 0.335829, 0.447165, 0.62953, 0.944363, 1.49619, 2.44714", \
+            "0.19016, 0.453269, 0.581398, 0.769399, 1.07467, 1.58693, 2.48871", \
+            "0.286547, 0.641567, 0.799453, 1.02455, 1.35145, 1.86338, 2.70966" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0346023, 0.128498, 0.192532, 0.297976, 0.474586, 0.768758, 1.25866", \
+            "0.0597535, 0.170439, 0.235151, 0.34092, 0.517267, 0.811925, 1.30173", \
+            "0.0741784, 0.206526, 0.275345, 0.382687, 0.559471, 0.853628, 1.34353", \
+            "0.0935814, 0.263052, 0.343693, 0.461031, 0.642236, 0.936878, 1.42634", \
+            "0.1207, 0.346918, 0.44969, 0.590867, 0.795369, 1.10383, 1.59526", \
+            "0.15625, 0.466001, 0.601273, 0.786014, 1.03859, 1.3968, 1.92502", \
+            "0.20264, 0.62354, 0.81243, 1.06019, 1.39482, 1.84741, 2.47893" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0309977, 0.15206, 0.236922, 0.377228, 0.611983, 1.00348, 1.65624", \
+            "0.0493445, 0.15819, 0.239345, 0.37757, 0.611984, 1.0036, 1.65625", \
+            "0.0653672, 0.174559, 0.251069, 0.383459, 0.613227, 1.00361, 1.65626", \
+            "0.0923877, 0.211589, 0.286378, 0.410743, 0.628067, 1.00808, 1.65627", \
+            "0.134845, 0.278771, 0.35825, 0.483925, 0.690268, 1.046, 1.66934", \
+            "0.202069, 0.392137, 0.4867, 0.623363, 0.837886, 1.18167, 1.76767", \
+            "0.309012, 0.576347, 0.695534, 0.865409, 1.10557, 1.47808, 2.05126" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        sdf_cond : "A1 == 1'b0 && A2 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0398571, 0.172612, 0.26286, 0.411704, 0.660578, 1.07589, 1.76765", \
+            "0.0645668, 0.20797, 0.298526, 0.4476, 0.697227, 1.11245, 1.80498", \
+            "0.0787581, 0.241331, 0.333086, 0.482248, 0.731822, 1.14794, 1.83858", \
+            "0.0976805, 0.299946, 0.400907, 0.554684, 0.804815, 1.22009, 1.91173", \
+            "0.122924, 0.388767, 0.512983, 0.687987, 0.951208, 1.36987, 2.06113", \
+            "0.15417, 0.509792, 0.670154, 0.891065, 1.2001, 1.65383, 2.3548", \
+            "0.190714, 0.665386, 0.883816, 1.17446, 1.57144, 2.12075, 2.90611" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0341349, 0.214912, 0.340939, 0.54865, 0.897329, 1.47711, 2.4442", \
+            "0.049417, 0.217032, 0.341115, 0.549169, 0.89733, 1.47773, 2.44518", \
+            "0.0634951, 0.227504, 0.346069, 0.549879, 0.897331, 1.47774, 2.44519", \
+            "0.0856483, 0.260888, 0.37236, 0.564804, 0.901444, 1.47775, 2.4452", \
+            "0.121862, 0.331119, 0.44271, 0.624784, 0.939942, 1.49286, 2.44897", \
+            "0.17888, 0.448166, 0.576744, 0.765254, 1.07082, 1.58477, 2.48861", \
+            "0.272459, 0.636594, 0.795944, 1.02064, 1.3494, 1.86076, 2.70851" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.034217, 0.127798, 0.191592, 0.296789, 0.473175, 0.766492, 1.25563", \
+            "0.0590252, 0.169743, 0.234251, 0.339739, 0.515995, 0.809944, 1.29898", \
+            "0.0729826, 0.205684, 0.274463, 0.381538, 0.557808, 0.851401, 1.34054", \
+            "0.0918656, 0.261881, 0.342532, 0.459739, 0.640571, 0.934427, 1.42335", \
+            "0.117668, 0.345133, 0.447906, 0.589103, 0.79339, 1.10144, 1.59233", \
+            "0.15067, 0.462858, 0.598706, 0.783192, 1.03588, 1.3939, 1.92168", \
+            "0.191453, 0.617569, 0.807117, 1.0556, 1.39044, 1.84399, 2.47553" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0223644, 0.143633, 0.228702, 0.368825, 0.604304, 0.995546, 1.64838", \
+            "0.0378952, 0.14963, 0.230945, 0.369471, 0.604305, 0.99581, 1.64839", \
+            "0.051341, 0.165838, 0.242582, 0.375024, 0.605549, 0.995975, 1.6484", \
+            "0.0730324, 0.202283, 0.277641, 0.402032, 0.619922, 1.00043, 1.64851", \
+            "0.107431, 0.267756, 0.348822, 0.474689, 0.681992, 1.03835, 1.6635", \
+            "0.162783, 0.376561, 0.475311, 0.612977, 0.82901, 1.1739, 1.75966", \
+            "0.25197, 0.556366, 0.679219, 0.850281, 1.09478, 1.46676, 2.04378" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.048875, 0.181268, 0.27132, 0.419835, 0.668211, 1.0815, 1.77165", \
+            "0.0767184, 0.216651, 0.307072, 0.455886, 0.704717, 1.11851, 1.80856", \
+            "0.0944002, 0.250379, 0.341641, 0.49044, 0.739265, 1.15278, 1.84261", \
+            "0.118289, 0.310259, 0.40998, 0.563013, 0.81227, 1.22599, 1.91568", \
+            "0.150558, 0.4019, 0.523682, 0.697071, 0.958839, 1.37611, 2.06503", \
+            "0.19118, 0.527398, 0.684326, 0.902303, 1.20882, 1.66017, 2.35878", \
+            "0.240286, 0.689332, 0.902985, 1.18863, 1.58236, 2.12844, 2.91053" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0414143, 0.222191, 0.347791, 0.555141, 0.902122, 1.48024, 2.44461", \
+            "0.0545269, 0.223862, 0.348454, 0.556203, 0.902125, 1.4813, 2.44463", \
+            "0.0688017, 0.233637, 0.352496, 0.556703, 0.902126, 1.48131, 2.44553", \
+            "0.0930566, 0.266084, 0.377857, 0.570484, 0.90661, 1.48131, 2.44554", \
+            "0.13062, 0.335829, 0.447165, 0.62953, 0.944363, 1.49619, 2.44714", \
+            "0.19016, 0.453269, 0.581398, 0.769399, 1.07467, 1.58693, 2.48871", \
+            "0.286547, 0.641567, 0.799453, 1.02455, 1.35145, 1.86338, 2.70966" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0346023, 0.128498, 0.192532, 0.297976, 0.474586, 0.768758, 1.25866", \
+            "0.0597535, 0.170439, 0.235151, 0.34092, 0.517267, 0.811925, 1.30173", \
+            "0.0741784, 0.206526, 0.275345, 0.382687, 0.559471, 0.853628, 1.34353", \
+            "0.0935814, 0.263052, 0.343693, 0.461031, 0.642236, 0.936878, 1.42634", \
+            "0.1207, 0.346918, 0.44969, 0.590867, 0.795369, 1.10383, 1.59526", \
+            "0.15625, 0.466001, 0.601273, 0.786014, 1.03859, 1.3968, 1.92502", \
+            "0.20264, 0.62354, 0.81243, 1.06019, 1.39482, 1.84741, 2.47893" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0309977, 0.15206, 0.236922, 0.377228, 0.611983, 1.00348, 1.65624", \
+            "0.0493445, 0.15819, 0.239345, 0.37757, 0.611984, 1.0036, 1.65625", \
+            "0.0653672, 0.174559, 0.251069, 0.383459, 0.613227, 1.00361, 1.65626", \
+            "0.0923877, 0.211589, 0.286378, 0.410743, 0.628067, 1.00808, 1.65627", \
+            "0.134845, 0.278771, 0.35825, 0.483925, 0.690268, 1.046, 1.66934", \
+            "0.202069, 0.392137, 0.4867, 0.623363, 0.837886, 1.18167, 1.76767", \
+            "0.309012, 0.576347, 0.695534, 0.865409, 1.10557, 1.47808, 2.05126" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        when : "(A2 * B1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00472002, 0.00494282, 0.00492306, 0.00487633, 0.00475033, 0.00452768, 0.00422585", \
+            "0.00443955, 0.00474449, 0.00477506, 0.0047868, 0.00469962, 0.00451762, 0.00430629", \
+            "0.00438228, 0.00465843, 0.00471382, 0.00467566, 0.00464575, 0.00455557, 0.00426263", \
+            "0.00440369, 0.00452799, 0.00461307, 0.00460516, 0.00494857, 0.00442993, 0.00418642", \
+            "0.00474971, 0.00461494, 0.00459919, 0.0045676, 0.00480547, 0.00457043, 0.00421613", \
+            "0.00615022, 0.00526513, 0.00508172, 0.00494827, 0.00471744, 0.00488427, 0.00423486", \
+            "0.0099789, 0.00763489, 0.0070502, 0.00647647, 0.00603193, 0.00538367, 0.00504196" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00469872, 0.00471203, 0.0046661, 0.00461158, 0.00454306, 0.00432956, 0.00397753", \
+            "0.00439709, 0.00457809, 0.00454417, 0.0045528, 0.00441266, 0.00427023, 0.00398138", \
+            "0.00438567, 0.00447873, 0.00452749, 0.00447487, 0.00438457, 0.00438506, 0.00386932", \
+            "0.00461517, 0.00454298, 0.00450138, 0.0044741, 0.00450017, 0.00454938, 0.00386886", \
+            "0.00534977, 0.00486296, 0.00478011, 0.00461724, 0.00446443, 0.004739, 0.0040013", \
+            "0.00702919, 0.0059241, 0.00564098, 0.0053613, 0.00509659, 0.00461041, 0.0046863", \
+            "0.0109298, 0.00884786, 0.00815787, 0.00738821, 0.00670451, 0.00608843, 0.00511777" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00472002, 0.00494282, 0.00492306, 0.00487633, 0.00475033, 0.00452768, 0.00422585", \
+            "0.00443955, 0.00474449, 0.00477506, 0.0047868, 0.00469962, 0.00451762, 0.00430629", \
+            "0.00438228, 0.00465843, 0.00471382, 0.00467566, 0.00464575, 0.00455557, 0.00426263", \
+            "0.00440369, 0.00452799, 0.00461307, 0.00460516, 0.00494857, 0.00442993, 0.00418642", \
+            "0.00474971, 0.00461494, 0.00459919, 0.0045676, 0.00480547, 0.00457043, 0.00421613", \
+            "0.00615022, 0.00526513, 0.00508172, 0.00494827, 0.00471744, 0.00488427, 0.00423486", \
+            "0.0099789, 0.00763489, 0.0070502, 0.00647647, 0.00603193, 0.00538367, 0.00504196" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00469872, 0.00471203, 0.0046661, 0.00461158, 0.00454306, 0.00432956, 0.00397753", \
+            "0.00439709, 0.00457809, 0.00454417, 0.0045528, 0.00441266, 0.00427023, 0.00398138", \
+            "0.00438567, 0.00447873, 0.00452749, 0.00447487, 0.00438457, 0.00438506, 0.00386932", \
+            "0.00461517, 0.00454298, 0.00450138, 0.0044741, 0.00450017, 0.00454938, 0.00386886", \
+            "0.00534977, 0.00486296, 0.00478011, 0.00461724, 0.00446443, 0.004739, 0.0040013", \
+            "0.00702919, 0.0059241, 0.00564098, 0.0053613, 0.00509659, 0.00461041, 0.0046863", \
+            "0.0109298, 0.00884786, 0.00815787, 0.00738821, 0.00670451, 0.00608843, 0.00511777" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        when : "(A1 * B1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00486134, 0.00489265, 0.00483888, 0.00478166, 0.00464929, 0.00442729, 0.00417027", \
+            "0.00468231, 0.00478443, 0.00480521, 0.00477257, 0.00467789, 0.00443632, 0.00418228", \
+            "0.00463406, 0.00474988, 0.0047205, 0.00473186, 0.00466935, 0.00443504, 0.00415957", \
+            "0.00464453, 0.00467842, 0.00472452, 0.00464645, 0.00497127, 0.00439479, 0.00419967", \
+            "0.00492534, 0.00481424, 0.0047832, 0.00469234, 0.00489237, 0.00448039, 0.00419543", \
+            "0.00616292, 0.00546345, 0.00527539, 0.005143, 0.00483287, 0.00495841, 0.00428205", \
+            "0.00965906, 0.00777473, 0.00722701, 0.00670103, 0.00620958, 0.00549805, 0.00518439" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00626488, 0.00622946, 0.00618981, 0.0061192, 0.00605135, 0.00587292, 0.00548194", \
+            "0.00600754, 0.00614827, 0.00609373, 0.00606471, 0.00594789, 0.00581123, 0.00549913", \
+            "0.00594336, 0.00604659, 0.0060834, 0.00600012, 0.00596117, 0.00579097, 0.00543751", \
+            "0.00598686, 0.00605365, 0.00601827, 0.00600702, 0.0062114, 0.0058971, 0.0053795", \
+            "0.00637646, 0.0062575, 0.00620255, 0.00615206, 0.00600929, 0.00622347, 0.00569462", \
+            "0.00772328, 0.00695431, 0.00672681, 0.00659102, 0.00647048, 0.00606797, 0.00613718", \
+            "0.0111603, 0.00930692, 0.0087587, 0.00817164, 0.0077177, 0.00725663, 0.00655837" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00486134, 0.00489265, 0.00483888, 0.00478166, 0.00464929, 0.00442729, 0.00417027", \
+            "0.00468231, 0.00478443, 0.00480521, 0.00477257, 0.00467789, 0.00443632, 0.00418228", \
+            "0.00463406, 0.00474988, 0.0047205, 0.00473186, 0.00466935, 0.00443504, 0.00415957", \
+            "0.00464453, 0.00467842, 0.00472452, 0.00464645, 0.00497127, 0.00439479, 0.00419967", \
+            "0.00492534, 0.00481424, 0.0047832, 0.00469234, 0.00489237, 0.00448039, 0.00419543", \
+            "0.00616292, 0.00546345, 0.00527539, 0.005143, 0.00483287, 0.00495841, 0.00428205", \
+            "0.00965906, 0.00777473, 0.00722701, 0.00670103, 0.00620958, 0.00549805, 0.00518439" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00626488, 0.00622946, 0.00618981, 0.0061192, 0.00605135, 0.00587292, 0.00548194", \
+            "0.00600754, 0.00614827, 0.00609373, 0.00606471, 0.00594789, 0.00581123, 0.00549913", \
+            "0.00594336, 0.00604659, 0.0060834, 0.00600012, 0.00596117, 0.00579097, 0.00543751", \
+            "0.00598686, 0.00605365, 0.00601827, 0.00600702, 0.0062114, 0.0058971, 0.0053795", \
+            "0.00637646, 0.0062575, 0.00620255, 0.00615206, 0.00600929, 0.00622347, 0.00569462", \
+            "0.00772328, 0.00695431, 0.00672681, 0.00659102, 0.00647048, 0.00606797, 0.00613718", \
+            "0.0111603, 0.00930692, 0.0087587, 0.00817164, 0.0077177, 0.00725663, 0.00655837" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00300838, 0.00308752, 0.00305841, 0.00299601, 0.0028763, 0.00265075, 0.00239336", \
+            "0.00278956, 0.00294508, 0.00298818, 0.00291343, 0.0028256, 0.00264435, 0.00245466", \
+            "0.00284648, 0.00291499, 0.00288896, 0.00294271, 0.00281455, 0.00265097, 0.00229222", \
+            "0.00312739, 0.00293719, 0.00295945, 0.00285347, 0.00278939, 0.00258011, 0.00232967", \
+            "0.00384585, 0.00333512, 0.00317569, 0.00304928, 0.00299981, 0.00264446, 0.00234467", \
+            "0.0056301, 0.00450819, 0.00417918, 0.00383586, 0.00339786, 0.00330168, 0.00267367", \
+            "0.00955858, 0.00752282, 0.00681858, 0.00606904, 0.00530478, 0.0042923, 0.00370601" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00600136, 0.00621115, 0.00618801, 0.00612562, 0.0060572, 0.00583149, 0.00545777", \
+            "0.00564757, 0.00613142, 0.00617688, 0.00612948, 0.00606728, 0.00587075, 0.00549191", \
+            "0.00558328, 0.00596444, 0.00608117, 0.00604419, 0.00604797, 0.00588081, 0.00556133", \
+            "0.00567147, 0.00590935, 0.00597293, 0.00599251, 0.0060355, 0.00580518, 0.00552271", \
+            "0.00618568, 0.00598528, 0.00603335, 0.00606469, 0.00591869, 0.0063282, 0.00567257", \
+            "0.00775576, 0.00671445, 0.00652044, 0.00639133, 0.00632405, 0.00594916, 0.00615369", \
+            "0.0115529, 0.00908253, 0.00848866, 0.00787995, 0.00751229, 0.00706957, 0.00647601" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00285034, 0.00297555, 0.00294044, 0.00288146, 0.00277535, 0.00255752, 0.00228257", \
+            "0.00265109, 0.00280727, 0.00283567, 0.00283615, 0.0027229, 0.00255005, 0.00230637", \
+            "0.00273637, 0.00282248, 0.00277379, 0.00278394, 0.00267596, 0.00254328, 0.00219915", \
+            "0.00305691, 0.00282263, 0.00283358, 0.00273007, 0.0027522, 0.00246174, 0.00221688", \
+            "0.00383309, 0.00324431, 0.0030676, 0.00292705, 0.00286617, 0.00263503, 0.0023796", \
+            "0.00570069, 0.00444207, 0.00407888, 0.00374093, 0.00327588, 0.00326785, 0.0024931", \
+            "0.00972042, 0.00752364, 0.00678938, 0.00601566, 0.0052576, 0.00420005, 0.00366518" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00436405, 0.00459115, 0.00458186, 0.00451894, 0.00443857, 0.0042667, 0.0039625", \
+            "0.0040227, 0.00449545, 0.0045183, 0.00449817, 0.00442037, 0.00428508, 0.0039775", \
+            "0.00396554, 0.00435952, 0.00445864, 0.00445577, 0.00449692, 0.00429203, 0.00397075", \
+            "0.00404511, 0.00429086, 0.00436236, 0.00438949, 0.00444436, 0.00427256, 0.00391239", \
+            "0.00457261, 0.00438175, 0.00442979, 0.00442756, 0.00434944, 0.00455248, 0.00419837", \
+            "0.00618497, 0.00512169, 0.00490517, 0.00483613, 0.00475547, 0.00445297, 0.00457621", \
+            "0.0100374, 0.00753101, 0.00695005, 0.00631296, 0.00595829, 0.00549505, 0.00498426" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00300838, 0.00308752, 0.00305841, 0.00299601, 0.0028763, 0.00265075, 0.00239336", \
+            "0.00278956, 0.00294508, 0.00298818, 0.00291343, 0.0028256, 0.00264435, 0.00245466", \
+            "0.00284648, 0.00291499, 0.00288896, 0.00294271, 0.00281455, 0.00265097, 0.00229222", \
+            "0.00312739, 0.00293719, 0.00295945, 0.00285347, 0.00278939, 0.00258011, 0.00232967", \
+            "0.00384585, 0.00333512, 0.00317569, 0.00304928, 0.00299981, 0.00264446, 0.00234467", \
+            "0.0056301, 0.00450819, 0.00417918, 0.00383586, 0.00339786, 0.00330168, 0.00267367", \
+            "0.00955858, 0.00752282, 0.00681858, 0.00606904, 0.00530478, 0.0042923, 0.00370601" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00600136, 0.00621115, 0.00618801, 0.00612562, 0.0060572, 0.00583149, 0.00545777", \
+            "0.00564757, 0.00613142, 0.00617688, 0.00612948, 0.00606728, 0.00587075, 0.00549191", \
+            "0.00558328, 0.00596444, 0.00608117, 0.00604419, 0.00604797, 0.00588081, 0.00556133", \
+            "0.00567147, 0.00590935, 0.00597293, 0.00599251, 0.0060355, 0.00580518, 0.00552271", \
+            "0.00618568, 0.00598528, 0.00603335, 0.00606469, 0.00591869, 0.0063282, 0.00567257", \
+            "0.00775576, 0.00671445, 0.00652044, 0.00639133, 0.00632405, 0.00594916, 0.00615369", \
+            "0.0115529, 0.00908253, 0.00848866, 0.00787995, 0.00751229, 0.00706957, 0.00647601" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(A1 * !A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00281661, 0.00308449, 0.00306873, 0.00301054, 0.00288879, 0.00266865, 0.00238305", \
+            "0.0025287, 0.00283679, 0.00291224, 0.00296193, 0.00283731, 0.00268047, 0.00242549", \
+            "0.00258573, 0.0027833, 0.00280559, 0.00285513, 0.00277696, 0.00261997, 0.0023289", \
+            "0.00287815, 0.00273052, 0.00279345, 0.00274084, 0.00288203, 0.00258338, 0.00234217", \
+            "0.0036511, 0.00309499, 0.00298428, 0.00287029, 0.00301283, 0.00257809, 0.00228796", \
+            "0.00557218, 0.0042885, 0.00394562, 0.00364958, 0.00319914, 0.00324625, 0.00254668", \
+            "0.00974942, 0.00722676, 0.00655719, 0.00595402, 0.00520265, 0.00406372, 0.00358246" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00433716, 0.00465106, 0.00464414, 0.00459358, 0.00447244, 0.00427803, 0.00396443", \
+            "0.00404516, 0.00454135, 0.00460549, 0.00455364, 0.00447285, 0.00432999, 0.00400137", \
+            "0.0040916, 0.0043753, 0.00450086, 0.00449244, 0.00443694, 0.00429404, 0.00398331", \
+            "0.00437611, 0.00438197, 0.00438043, 0.00444225, 0.00446889, 0.00451316, 0.00393505", \
+            "0.0051919, 0.00463411, 0.00461573, 0.00452075, 0.00445324, 0.00466964, 0.00402193", \
+            "0.00714329, 0.00568857, 0.00541617, 0.00518676, 0.004967, 0.00446579, 0.00469035", \
+            "0.0113197, 0.00862318, 0.0078569, 0.0071022, 0.00649659, 0.00600455, 0.00506605" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00259385, 0.00296531, 0.00296161, 0.00290183, 0.00279045, 0.00256171, 0.00232124", \
+            "0.0023617, 0.00272283, 0.00277154, 0.00280131, 0.0027242, 0.0025703, 0.00239483", \
+            "0.00247518, 0.00268251, 0.00269934, 0.0027152, 0.00267932, 0.00256112, 0.00230579", \
+            "0.00282331, 0.00260681, 0.00267676, 0.00263813, 0.00300038, 0.00242983, 0.00227815", \
+            "0.00367229, 0.00299277, 0.00284662, 0.00275143, 0.00273671, 0.00248291, 0.00235677", \
+            "0.00567804, 0.0042387, 0.00385789, 0.00354232, 0.00307363, 0.0030519, 0.00244035", \
+            "0.0100224, 0.00724414, 0.00655532, 0.00589571, 0.00513522, 0.00403947, 0.00350254" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00270641, 0.00304429, 0.00303823, 0.00297219, 0.00291568, 0.00268934, 0.00236361", \
+            "0.00242842, 0.00291227, 0.00294193, 0.00294374, 0.00290135, 0.00274347, 0.00242196", \
+            "0.00247383, 0.00277403, 0.00288547, 0.00287901, 0.00287174, 0.00276705, 0.00239453", \
+            "0.00276238, 0.00279055, 0.00278928, 0.00282098, 0.00308769, 0.00288288, 0.00238457", \
+            "0.0035872, 0.00303677, 0.00302257, 0.0029456, 0.00280279, 0.0030442, 0.0024987", \
+            "0.0055852, 0.00407896, 0.00383126, 0.00356665, 0.0033635, 0.00300026, 0.00302294", \
+            "0.00982445, 0.00705537, 0.00626108, 0.00547515, 0.00490211, 0.00435442, 0.00352162" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00281661, 0.00308449, 0.00306873, 0.00301054, 0.00288879, 0.00266865, 0.00238305", \
+            "0.0025287, 0.00283679, 0.00291224, 0.00296193, 0.00283731, 0.00268047, 0.00242549", \
+            "0.00258573, 0.0027833, 0.00280559, 0.00285513, 0.00277696, 0.00261997, 0.0023289", \
+            "0.00287815, 0.00273052, 0.00279345, 0.00274084, 0.00288203, 0.00258338, 0.00234217", \
+            "0.0036511, 0.00309499, 0.00298428, 0.00287029, 0.00301283, 0.00257809, 0.00228796", \
+            "0.00557218, 0.0042885, 0.00394562, 0.00364958, 0.00319914, 0.00324625, 0.00254668", \
+            "0.00974942, 0.00722676, 0.00655719, 0.00595402, 0.00520265, 0.00406372, 0.00358246" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00433716, 0.00465106, 0.00464414, 0.00459358, 0.00447244, 0.00427803, 0.00396443", \
+            "0.00404516, 0.00454135, 0.00460549, 0.00455364, 0.00447285, 0.00432999, 0.00400137", \
+            "0.0040916, 0.0043753, 0.00450086, 0.00449244, 0.00443694, 0.00429404, 0.00398331", \
+            "0.00437611, 0.00438197, 0.00438043, 0.00444225, 0.00446889, 0.00451316, 0.00393505", \
+            "0.0051919, 0.00463411, 0.00461573, 0.00452075, 0.00445324, 0.00466964, 0.00402193", \
+            "0.00714329, 0.00568857, 0.00541617, 0.00518676, 0.004967, 0.00446579, 0.00469035", \
+            "0.0113197, 0.00862318, 0.0078569, 0.0071022, 0.00649659, 0.00600455, 0.00506605" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00310361;
+      rise_capacitance : 0.00308062;
+      rise_capacitance_range (0.00288217, 0.00329857);
+      fall_capacitance : 0.0031266;
+      fall_capacitance_range (0.00276176, 0.00351951);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00309576;
+      rise_capacitance : 0.00314714;
+      rise_capacitance_range (0.00276035, 0.00347264);
+      fall_capacitance : 0.00304438;
+      fall_capacitance_range (0.00275153, 0.00338998);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00303788;
+      rise_capacitance : 0.00317504;
+      rise_capacitance_range (0.00262961, 0.00358759);
+      fall_capacitance : 0.00290071;
+      fall_capacitance_range (0.00269354, 0.0031315);
+    }
+    pin (B2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301537;
+      rise_capacitance : 0.00307877;
+      rise_capacitance_range (0.00260425, 0.00343255);
+      fall_capacitance : 0.00295198;
+      fall_capacitance_range (0.00259745, 0.00326496);
+    }
+  }
+  cell (sg13g2_and2_1) {
+    area : 9.072;
+    cell_footprint : "and2";
+    cell_leakage_power : 137.61;
+    leakage_power () {
+      value : 177.219;
+      when : "A&B";
+    }
+    leakage_power () {
+      value : 136.934;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 117.084;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 119.205;
+      when : "!A&!B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0662975, 0.135082, 0.178785, 0.250414, 0.370133, 0.569514, 0.901405", \
+            "0.0984872, 0.168245, 0.211872, 0.283658, 0.403311, 0.603293, 0.934841", \
+            "0.119611, 0.190195, 0.234048, 0.305842, 0.425474, 0.624939, 0.957404", \
+            "0.149466, 0.222967, 0.266575, 0.337999, 0.457728, 0.657588, 0.989787", \
+            "0.189275, 0.270038, 0.31354, 0.384691, 0.503639, 0.703789, 1.03538", \
+            "0.24278, 0.336912, 0.380839, 0.4522, 0.570777, 0.769751, 1.10164", \
+            "0.314294, 0.430414, 0.478318, 0.550556, 0.670703, 0.870141, 1.2022" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187772, 0.105125, 0.167479, 0.271074, 0.444597, 0.734154, 1.21629", \
+            "0.0213965, 0.105759, 0.167777, 0.27122, 0.444749, 0.734648, 1.21634", \
+            "0.0246801, 0.106849, 0.168576, 0.271626, 0.44489, 0.735564, 1.21669", \
+            "0.0308558, 0.108544, 0.169536, 0.27257, 0.445824, 0.735565, 1.2167", \
+            "0.0407947, 0.112852, 0.171806, 0.273511, 0.446666, 0.735648, 1.21717", \
+            "0.055111, 0.123683, 0.17814, 0.277036, 0.448348, 0.736901, 1.21836", \
+            "0.075744, 0.14767, 0.196277, 0.288517, 0.45586, 0.741699, 1.22163" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0563805, 0.112298, 0.147222, 0.204624, 0.300712, 0.460432, 0.726591", \
+            "0.0899375, 0.147249, 0.182314, 0.239771, 0.335786, 0.49548, 0.761665", \
+            "0.110853, 0.169767, 0.205039, 0.262522, 0.358589, 0.518246, 0.784509", \
+            "0.140165, 0.202738, 0.237988, 0.295713, 0.391837, 0.551474, 0.817923", \
+            "0.17905, 0.249424, 0.284744, 0.342241, 0.438109, 0.597907, 0.863936", \
+            "0.227488, 0.309959, 0.347951, 0.405457, 0.50094, 0.660734, 0.925887", \
+            "0.285461, 0.388652, 0.430163, 0.490395, 0.588358, 0.747735, 1.01289" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0147553, 0.0796994, 0.126255, 0.203804, 0.333772, 0.550821, 0.911366", \
+            "0.017429, 0.0804981, 0.126731, 0.203966, 0.333773, 0.550822, 0.911508", \
+            "0.0208264, 0.0818642, 0.1275, 0.204538, 0.334081, 0.550823, 0.912168", \
+            "0.0267873, 0.0845455, 0.1293, 0.205708, 0.334954, 0.55095, 0.912169", \
+            "0.0363697, 0.0904452, 0.132872, 0.207719, 0.33634, 0.55212, 0.912574", \
+            "0.050592, 0.103407, 0.142055, 0.213162, 0.339043, 0.554522, 0.913923", \
+            "0.071929, 0.128001, 0.162661, 0.228147, 0.350129, 0.561209, 0.91841" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0708644, 0.139707, 0.183297, 0.254913, 0.374553, 0.573992, 0.906072", \
+            "0.101782, 0.171414, 0.21506, 0.286705, 0.406499, 0.60576, 0.938076", \
+            "0.12286, 0.19369, 0.237393, 0.309169, 0.428788, 0.628273, 0.960245", \
+            "0.153264, 0.226618, 0.270243, 0.341977, 0.461873, 0.661303, 0.993491", \
+            "0.194895, 0.275986, 0.319144, 0.390797, 0.510158, 0.709518, 1.04161", \
+            "0.249501, 0.343695, 0.388548, 0.460117, 0.57928, 0.778562, 1.11102", \
+            "0.321032, 0.436225, 0.485923, 0.559083, 0.679413, 0.879465, 1.2122" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0187577, 0.105137, 0.167396, 0.271026, 0.444545, 0.734119, 1.21661", \
+            "0.0205748, 0.105566, 0.16763, 0.271029, 0.444818, 0.734427, 1.21662", \
+            "0.0228192, 0.106358, 0.168145, 0.271394, 0.444819, 0.735596, 1.21663", \
+            "0.0277285, 0.108079, 0.169129, 0.271956, 0.445194, 0.735597, 1.21664", \
+            "0.0363247, 0.112893, 0.171538, 0.27308, 0.446014, 0.735598, 1.21686", \
+            "0.049455, 0.122896, 0.178114, 0.27672, 0.447758, 0.736162, 1.21798", \
+            "0.067912, 0.144413, 0.196097, 0.288398, 0.455347, 0.740857, 1.22061" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0614448, 0.117965, 0.153018, 0.210706, 0.306659, 0.466508, 0.732921", \
+            "0.0973659, 0.155017, 0.190214, 0.247848, 0.344, 0.503835, 0.770086", \
+            "0.120862, 0.179861, 0.215178, 0.272913, 0.36892, 0.528953, 0.795142", \
+            "0.154212, 0.216689, 0.252002, 0.309939, 0.406068, 0.566132, 0.832455", \
+            "0.199945, 0.269128, 0.304506, 0.362277, 0.458214, 0.618285, 0.88465", \
+            "0.256306, 0.336777, 0.373573, 0.431159, 0.526749, 0.68673, 0.952606", \
+            "0.325908, 0.424188, 0.463893, 0.524454, 0.62005, 0.77953, 1.04597" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0153641, 0.0802644, 0.126678, 0.204226, 0.334225, 0.550846, 0.912118", \
+            "0.0175329, 0.0808751, 0.127135, 0.204473, 0.334724, 0.550847, 0.912279", \
+            "0.0204121, 0.0819958, 0.127748, 0.204754, 0.334725, 0.552846, 0.91228", \
+            "0.0260348, 0.0843819, 0.12925, 0.205816, 0.335148, 0.552847, 0.912281", \
+            "0.0349051, 0.0898265, 0.132638, 0.207687, 0.336524, 0.552848, 0.912596", \
+            "0.048044, 0.10074, 0.140513, 0.212317, 0.338878, 0.554679, 0.914192", \
+            "0.067184, 0.120911, 0.15696, 0.225023, 0.346936, 0.559335, 0.918142" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00652414, 0.00694363, 0.00696982, 0.00693834, 0.0068168, 0.00664278, 0.00661157", \
+            "0.00627321, 0.00660274, 0.00672552, 0.00662353, 0.00652181, 0.00641865, 0.00638002", \
+            "0.00632955, 0.00655746, 0.00658126, 0.00667743, 0.00652024, 0.00643698, 0.00642429", \
+            "0.00658555, 0.00673272, 0.00679911, 0.0067042, 0.00670549, 0.00657036, 0.00637124", \
+            "0.00733735, 0.00735727, 0.0074127, 0.00741796, 0.00726614, 0.0071943, 0.00695278", \
+            "0.00913405, 0.00891492, 0.00891196, 0.00895169, 0.00892034, 0.00887152, 0.00833385", \
+            "0.0131505, 0.0125227, 0.0125368, 0.012447, 0.0124914, 0.0124477, 0.012493" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00564251, 0.00613315, 0.0061327, 0.00609611, 0.00603038, 0.00586135, 0.00546974", \
+            "0.00532497, 0.0057361, 0.00584658, 0.00577882, 0.00570704, 0.00552559, 0.00522724", \
+            "0.00536391, 0.00570788, 0.00572356, 0.00580681, 0.0058202, 0.00554386, 0.00527954", \
+            "0.00566175, 0.00593869, 0.0060229, 0.00597844, 0.00589846, 0.00622618, 0.00642604", \
+            "0.00642731, 0.00657695, 0.00665398, 0.00676291, 0.00676774, 0.00648621, 0.0067439", \
+            "0.00831677, 0.00820437, 0.00831283, 0.0082472, 0.00832888, 0.00842137, 0.00787948", \
+            "0.0124226, 0.0118138, 0.0117877, 0.0117031, 0.0118842, 0.0118087, 0.0116885" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00794628, 0.00835555, 0.00835794, 0.00831619, 0.00821453, 0.00799925, 0.0080724", \
+            "0.00769558, 0.00806195, 0.00815991, 0.0080423, 0.00795919, 0.00776853, 0.00771811", \
+            "0.00764991, 0.00795531, 0.00799066, 0.00814362, 0.00796518, 0.00781929, 0.00765331", \
+            "0.00771968, 0.0079266, 0.00794243, 0.00786801, 0.00796456, 0.00772345, 0.00766425", \
+            "0.00818019, 0.00832176, 0.00832261, 0.0083571, 0.00817758, 0.00813234, 0.00791194", \
+            "0.00961323, 0.00950977, 0.00951688, 0.00953606, 0.00955305, 0.0095271, 0.00907559", \
+            "0.0130978, 0.0125778, 0.0126813, 0.0126067, 0.0126219, 0.0126433, 0.0126699" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00577419, 0.00624366, 0.00623267, 0.00623893, 0.00616056, 0.00595863, 0.00568615", \
+            "0.00553673, 0.00594356, 0.00604359, 0.00605179, 0.00598999, 0.00575146, 0.00551858", \
+            "0.00559117, 0.0059017, 0.00592257, 0.00602079, 0.00603281, 0.00602219, 0.00543393", \
+            "0.00584889, 0.00611995, 0.00618702, 0.00619028, 0.0060957, 0.0063963, 0.0060843", \
+            "0.00659256, 0.00670958, 0.00678767, 0.00689115, 0.00686936, 0.00652958, 0.00692507", \
+            "0.00842594, 0.00825077, 0.00832125, 0.00830017, 0.00830697, 0.0084435, 0.00786196", \
+            "0.0122583, 0.0116218, 0.0115748, 0.0116977, 0.0115834, 0.0115608, 0.011552" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00254256;
+      rise_capacitance : 0.00254437;
+      rise_capacitance_range (0.00230554, 0.00271425);
+      fall_capacitance : 0.00254074;
+      fall_capacitance_range (0.00226854, 0.00274159);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00253612;
+      rise_capacitance : 0.0025895;
+      rise_capacitance_range (0.00225673, 0.00286957);
+      fall_capacitance : 0.00248274;
+      fall_capacitance_range (0.00231653, 0.0026278);
+    }
+  }
+  cell (sg13g2_and2_2) {
+    area : 10.8864;
+    cell_footprint : "and2";
+    cell_leakage_power : 210.32;
+    leakage_power () {
+      value : 220.804;
+      when : "A&B";
+    }
+    leakage_power () {
+      value : 219.379;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 199.488;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 201.609;
+      when : "!A&!B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0820807, 0.159907, 0.203916, 0.275894, 0.395791, 0.595289, 0.927413", \
+            "0.118442, 0.19711, 0.241118, 0.313148, 0.432952, 0.632504, 0.964502", \
+            "0.144467, 0.225039, 0.269157, 0.341088, 0.460988, 0.660486, 0.993144", \
+            "0.182449, 0.26686, 0.310517, 0.38244, 0.502466, 0.701372, 1.03367", \
+            "0.23521, 0.328383, 0.37218, 0.443671, 0.562209, 0.760825, 1.09278", \
+            "0.306442, 0.415833, 0.461847, 0.532135, 0.650169, 0.848118, 1.17892", \
+            "0.401213, 0.535841, 0.585831, 0.658504, 0.77806, 0.974555, 1.30447" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0221289, 0.108773, 0.170178, 0.273333, 0.446864, 0.73632, 1.21883", \
+            "0.0246791, 0.1094, 0.170563, 0.273385, 0.446865, 0.736671, 1.21919", \
+            "0.0286888, 0.11079, 0.17142, 0.27391, 0.44718, 0.736672, 1.21929", \
+            "0.0356557, 0.113967, 0.173427, 0.275029, 0.447825, 0.736673, 1.2193", \
+            "0.0482198, 0.120475, 0.177131, 0.277256, 0.449188, 0.737766, 1.21969", \
+            "0.067312, 0.136891, 0.188943, 0.282884, 0.451324, 0.739533, 1.22092", \
+            "0.095961, 0.168417, 0.213228, 0.298002, 0.460659, 0.74382, 1.22374" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0697202, 0.133796, 0.169138, 0.226703, 0.322643, 0.482358, 0.748029", \
+            "0.107872, 0.173003, 0.208541, 0.266091, 0.36202, 0.521536, 0.787212", \
+            "0.134047, 0.201221, 0.236696, 0.294344, 0.390263, 0.549864, 0.815429", \
+            "0.172151, 0.244054, 0.279942, 0.337329, 0.433132, 0.592437, 0.85808", \
+            "0.225193, 0.306963, 0.342876, 0.400576, 0.49614, 0.654882, 0.919966", \
+            "0.291678, 0.388663, 0.427727, 0.486373, 0.580926, 0.737878, 1.00277", \
+            "0.375154, 0.493895, 0.537541, 0.598657, 0.694231, 0.852727, 1.11755" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0179188, 0.0838475, 0.129445, 0.206388, 0.335977, 0.552527, 0.912738", \
+            "0.0202971, 0.0843922, 0.12991, 0.206489, 0.336081, 0.552528, 0.913413", \
+            "0.0241258, 0.0861578, 0.13091, 0.207146, 0.336364, 0.55356, 0.913414", \
+            "0.0318138, 0.0902334, 0.133697, 0.208725, 0.337211, 0.553561, 0.913415", \
+            "0.0442196, 0.0995887, 0.139615, 0.21246, 0.339079, 0.554349, 0.914046", \
+            "0.063157, 0.116415, 0.153451, 0.221598, 0.343985, 0.557134, 0.915789", \
+            "0.092089, 0.148563, 0.180307, 0.240767, 0.356964, 0.564198, 0.920358" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0863817, 0.164218, 0.208246, 0.280281, 0.400073, 0.599395, 0.931629", \
+            "0.119986, 0.198528, 0.24261, 0.314469, 0.434329, 0.633674, 0.965843", \
+            "0.144608, 0.224905, 0.269037, 0.341002, 0.460875, 0.660283, 0.993076", \
+            "0.181627, 0.265615, 0.309697, 0.381248, 0.500942, 0.700111, 1.03208", \
+            "0.235511, 0.327055, 0.370792, 0.442369, 0.561368, 0.760781, 1.09274", \
+            "0.307934, 0.414085, 0.460001, 0.531162, 0.650285, 0.849322, 1.18049", \
+            "0.403586, 0.532255, 0.582371, 0.656539, 0.775702, 0.97391, 1.30546" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0221084, 0.108748, 0.170243, 0.273374, 0.446801, 0.736167, 1.21896", \
+            "0.0236587, 0.10914, 0.170445, 0.273375, 0.44758, 0.736266, 1.21897", \
+            "0.0262011, 0.110344, 0.171152, 0.273709, 0.447581, 0.736267, 1.21973", \
+            "0.0311192, 0.113224, 0.172745, 0.274541, 0.447582, 0.736359, 1.21974", \
+            "0.0413319, 0.118762, 0.17644, 0.276659, 0.448457, 0.737249, 1.21975", \
+            "0.058003, 0.132643, 0.185704, 0.281806, 0.450761, 0.738774, 1.22043", \
+            "0.083216, 0.160105, 0.207181, 0.296558, 0.459681, 0.743506, 1.22308" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.074497, 0.139171, 0.174708, 0.232381, 0.328443, 0.488032, 0.753832", \
+            "0.114146, 0.179688, 0.215261, 0.273043, 0.369015, 0.528655, 0.794549", \
+            "0.142229, 0.209803, 0.245501, 0.303353, 0.399345, 0.559058, 0.824932", \
+            "0.18397, 0.255724, 0.29167, 0.349391, 0.445371, 0.605014, 0.870596", \
+            "0.242549, 0.323511, 0.359714, 0.41697, 0.512888, 0.672195, 0.937362", \
+            "0.315957, 0.410957, 0.44954, 0.508176, 0.602222, 0.761617, 1.02617", \
+            "0.411332, 0.526276, 0.568827, 0.629233, 0.725502, 0.883789, 1.14748" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0185073, 0.0842231, 0.129905, 0.206773, 0.336285, 0.552585, 0.913399", \
+            "0.0204371, 0.0847729, 0.130242, 0.206993, 0.336286, 0.552586, 0.9134", \
+            "0.0239706, 0.0863115, 0.131124, 0.207271, 0.336686, 0.55279, 0.913571", \
+            "0.0308919, 0.0899355, 0.133716, 0.208761, 0.337198, 0.55303, 0.913888", \
+            "0.0427296, 0.0984336, 0.139549, 0.212056, 0.339405, 0.554306, 0.913978", \
+            "0.060727, 0.114035, 0.151786, 0.22069, 0.343391, 0.556731, 0.916226", \
+            "0.08711, 0.142833, 0.175457, 0.236998, 0.354604, 0.562847, 0.920799" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0104039, 0.0111449, 0.0112145, 0.0111822, 0.0110751, 0.0106761, 0.0105813", \
+            "0.0101891, 0.0107657, 0.0108803, 0.0109623, 0.0106716, 0.0103711, 0.0104351", \
+            "0.0103167, 0.0106147, 0.0107142, 0.0108312, 0.0107358, 0.0101873, 0.0104668", \
+            "0.0108204, 0.0107469, 0.0107606, 0.0106188, 0.0110032, 0.0101673, 0.010161", \
+            "0.0117841, 0.0111875, 0.011235, 0.0113195, 0.0109118, 0.0106549, 0.0100722", \
+            "0.0143256, 0.0127319, 0.0128861, 0.0126949, 0.0126588, 0.0123209, 0.0113796", \
+            "0.0192703, 0.0163456, 0.0163584, 0.0158954, 0.0161698, 0.0160074, 0.0157291" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00924599, 0.0103304, 0.0103473, 0.0102976, 0.0101131, 0.00986074, 0.00911414", \
+            "0.00900875, 0.00982259, 0.0100774, 0.00994381, 0.00980772, 0.00948956, 0.00902272", \
+            "0.00908474, 0.00971218, 0.00973319, 0.0100022, 0.00989754, 0.0096721, 0.00894816", \
+            "0.00948122, 0.0096804, 0.00982582, 0.0097401, 0.00962856, 0.00970349, 0.0102505", \
+            "0.010656, 0.0103531, 0.0102713, 0.0105674, 0.0104826, 0.00980463, 0.010302", \
+            "0.0131239, 0.0117993, 0.0119879, 0.0122373, 0.0121312, 0.011813, 0.0108292", \
+            "0.018333, 0.0154153, 0.0153174, 0.0152249, 0.014908, 0.0151821, 0.0153456" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0117468, 0.012525, 0.0125902, 0.012539, 0.0123554, 0.0119431, 0.0121724", \
+            "0.0115896, 0.0122684, 0.0123291, 0.0125041, 0.0123064, 0.0117697, 0.011813", \
+            "0.0116246, 0.0120497, 0.0121912, 0.0124814, 0.0121518, 0.0116652, 0.0117468", \
+            "0.0117728, 0.0120282, 0.0121626, 0.0120049, 0.0122451, 0.0118417, 0.0117646", \
+            "0.0124263, 0.0122156, 0.0121927, 0.012278, 0.0118627, 0.0117391, 0.0112576", \
+            "0.0143992, 0.0133588, 0.01339, 0.013284, 0.0133107, 0.0131689, 0.0124456", \
+            "0.0187374, 0.0164135, 0.0163057, 0.0161146, 0.0162688, 0.0161083, 0.0160996" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00934741, 0.010295, 0.0103604, 0.0103038, 0.0101526, 0.00981537, 0.00918587", \
+            "0.00914731, 0.00993826, 0.0102088, 0.0101362, 0.00992286, 0.00964514, 0.00902109", \
+            "0.00929268, 0.00985193, 0.00994806, 0.0101765, 0.00998165, 0.00964303, 0.00910666", \
+            "0.00969076, 0.00991561, 0.0100538, 0.00996573, 0.00989668, 0.0097967, 0.00903991", \
+            "0.0107955, 0.0105368, 0.0105344, 0.0105926, 0.0106141, 0.00991751, 0.0104705", \
+            "0.0132599, 0.0119651, 0.0119835, 0.0122924, 0.0119636, 0.0122483, 0.0110232", \
+            "0.0181655, 0.0154041, 0.0152126, 0.0151725, 0.0149023, 0.0151704, 0.0149909" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00253864;
+      rise_capacitance : 0.00254264;
+      rise_capacitance_range (0.00236056, 0.00269082);
+      fall_capacitance : 0.00253463;
+      fall_capacitance_range (0.00232369, 0.00270243);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00255322;
+      rise_capacitance : 0.00261141;
+      rise_capacitance_range (0.00230176, 0.00287601);
+      fall_capacitance : 0.00249503;
+      fall_capacitance_range (0.00235778, 0.00262088);
+    }
+  }
+  cell (sg13g2_and3_1) {
+    area : 12.7008;
+    cell_footprint : "and3";
+    cell_leakage_power : 146.662;
+    leakage_power () {
+      value : 244.071;
+      when : "A&B&C";
+    }
+    leakage_power () {
+      value : 133.136;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 139.304;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 122.191;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 157.032;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 121.281;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 137.184;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 119.097;
+      when : "A&B&!C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0899004, 0.165508, 0.209471, 0.281288, 0.400776, 0.599982, 0.93139", \
+            "0.1217, 0.197818, 0.242069, 0.313883, 0.43344, 0.632438, 0.963896", \
+            "0.144849, 0.222502, 0.266775, 0.338806, 0.458543, 0.657591, 0.989024", \
+            "0.178454, 0.258423, 0.302779, 0.374426, 0.494357, 0.693771, 1.02473", \
+            "0.226037, 0.313478, 0.357944, 0.429448, 0.548757, 0.747438, 1.07902", \
+            "0.290366, 0.391842, 0.437284, 0.509197, 0.628273, 0.826591, 1.15729", \
+            "0.379862, 0.503933, 0.553789, 0.627627, 0.746553, 0.945485, 1.27672" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0245484, 0.109023, 0.169958, 0.272552, 0.445401, 0.734267, 1.21593", \
+            "0.0262685, 0.109738, 0.170398, 0.272599, 0.44805, 0.734485, 1.2161", \
+            "0.029111, 0.111059, 0.171374, 0.273289, 0.448051, 0.734623, 1.21611", \
+            "0.0347395, 0.113524, 0.173048, 0.274635, 0.448052, 0.735067, 1.21612", \
+            "0.0447354, 0.118193, 0.175643, 0.275968, 0.448231, 0.736371, 1.21691", \
+            "0.059206, 0.129568, 0.183413, 0.280176, 0.449577, 0.737623, 1.21864", \
+            "0.080304, 0.155645, 0.202879, 0.292808, 0.457387, 0.741785, 1.22076" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0603311, 0.11736, 0.152359, 0.209954, 0.305861, 0.465554, 0.731839", \
+            "0.0950463, 0.153547, 0.18865, 0.246168, 0.342223, 0.501956, 0.768754", \
+            "0.117302, 0.177467, 0.212699, 0.270265, 0.366204, 0.526106, 0.792165", \
+            "0.148083, 0.212674, 0.248002, 0.305694, 0.401699, 0.561547, 0.82798", \
+            "0.188985, 0.262033, 0.298036, 0.355207, 0.450967, 0.610199, 0.876677", \
+            "0.238122, 0.325056, 0.362373, 0.420243, 0.516256, 0.675306, 0.940994", \
+            "0.29496, 0.403625, 0.446033, 0.507632, 0.604822, 0.764567, 1.03049" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.015458, 0.0800708, 0.126381, 0.2039, 0.333763, 0.550372, 0.911817", \
+            "0.0179556, 0.0808011, 0.126784, 0.204058, 0.335809, 0.550523, 0.91199", \
+            "0.021243, 0.0822507, 0.127641, 0.204578, 0.33581, 0.550524, 0.911991", \
+            "0.0273313, 0.0851136, 0.129584, 0.205592, 0.335811, 0.55073, 0.911992", \
+            "0.0370478, 0.0919471, 0.134182, 0.208006, 0.336278, 0.552067, 0.912268", \
+            "0.051411, 0.104966, 0.14289, 0.213775, 0.339378, 0.554125, 0.913655", \
+            "0.072604, 0.130872, 0.164594, 0.229651, 0.350167, 0.560675, 0.918453" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0991048, 0.174572, 0.218677, 0.290269, 0.409874, 0.608918, 0.940411", \
+            "0.129781, 0.205969, 0.250111, 0.321909, 0.441341, 0.640349, 0.971786", \
+            "0.152556, 0.230409, 0.27465, 0.346648, 0.466386, 0.665333, 0.997062", \
+            "0.186527, 0.267492, 0.311633, 0.383739, 0.503387, 0.701837, 1.03332", \
+            "0.234867, 0.322889, 0.367178, 0.438386, 0.558913, 0.758174, 1.09012", \
+            "0.300565, 0.402416, 0.448567, 0.520572, 0.640538, 0.838875, 1.17102", \
+            "0.391261, 0.51569, 0.567002, 0.641074, 0.761564, 0.960369, 1.2917" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0245737, 0.109069, 0.170148, 0.27248, 0.445389, 0.734575, 1.21578", \
+            "0.025661, 0.109552, 0.170189, 0.272569, 0.446508, 0.734576, 1.21579", \
+            "0.0278855, 0.110698, 0.170949, 0.273071, 0.446509, 0.734577, 1.21619", \
+            "0.032273, 0.113232, 0.172682, 0.274079, 0.44651, 0.734864, 1.2162", \
+            "0.0410089, 0.117996, 0.175533, 0.275847, 0.447515, 0.735759, 1.21655", \
+            "0.054438, 0.12976, 0.183468, 0.280074, 0.448994, 0.736956, 1.21762", \
+            "0.073573, 0.154036, 0.203562, 0.293085, 0.457439, 0.741086, 1.22005" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0656577, 0.1233, 0.158554, 0.216025, 0.312122, 0.472035, 0.738394", \
+            "0.102498, 0.161188, 0.196473, 0.254147, 0.350312, 0.510173, 0.776378", \
+            "0.126763, 0.187159, 0.222501, 0.280332, 0.376346, 0.536444, 0.802641", \
+            "0.161503, 0.22569, 0.261164, 0.319097, 0.415339, 0.575236, 0.841622", \
+            "0.20901, 0.28044, 0.316142, 0.374215, 0.47055, 0.62985, 0.896479", \
+            "0.266823, 0.351106, 0.388785, 0.446504, 0.542639, 0.702145, 0.968107", \
+            "0.333945, 0.437544, 0.479415, 0.539161, 0.636429, 0.795597, 1.06211" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0160671, 0.0805134, 0.126875, 0.20414, 0.334054, 0.550644, 0.911712", \
+            "0.0181056, 0.0811229, 0.127213, 0.204404, 0.334873, 0.550645, 0.911713", \
+            "0.0209263, 0.0823265, 0.127924, 0.204721, 0.334874, 0.551974, 0.911714", \
+            "0.0266849, 0.084976, 0.129616, 0.205776, 0.335001, 0.551975, 0.911991", \
+            "0.0357138, 0.0907079, 0.13338, 0.208, 0.336262, 0.552374, 0.912468", \
+            "0.048986, 0.102649, 0.142313, 0.213131, 0.339096, 0.554233, 0.914173", \
+            "0.068527, 0.125198, 0.160468, 0.2258, 0.34749, 0.558992, 0.917336" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.102966, 0.178324, 0.22243, 0.294124, 0.413739, 0.612853, 0.944214", \
+            "0.132, 0.208011, 0.252019, 0.323793, 0.443281, 0.642261, 0.973695", \
+            "0.152779, 0.230248, 0.274508, 0.346346, 0.466001, 0.665074, 0.997022", \
+            "0.18448, 0.264937, 0.309197, 0.381143, 0.500783, 0.699853, 1.03113", \
+            "0.230182, 0.31692, 0.361601, 0.433694, 0.553215, 0.752401, 1.08406", \
+            "0.288852, 0.39, 0.4359, 0.508476, 0.62829, 0.827051, 1.15799", \
+            "0.366046, 0.489932, 0.541633, 0.617824, 0.73948, 0.938305, 1.27002" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246386, 0.109042, 0.17017, 0.272405, 0.445368, 0.734261, 1.21552", \
+            "0.0252794, 0.10937, 0.170171, 0.27254, 0.445668, 0.734497, 1.21582", \
+            "0.0268153, 0.110363, 0.170678, 0.272823, 0.445669, 0.734498, 1.21643", \
+            "0.0301143, 0.112764, 0.172209, 0.273677, 0.446057, 0.734499, 1.21644", \
+            "0.0374727, 0.117097, 0.175196, 0.275366, 0.446892, 0.73514, 1.21645", \
+            "0.050209, 0.129523, 0.183665, 0.280161, 0.448956, 0.736317, 1.21708", \
+            "0.069237, 0.153206, 0.203573, 0.294515, 0.458401, 0.740922, 1.21968" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0691248, 0.127808, 0.163167, 0.220994, 0.317289, 0.477243, 0.743771", \
+            "0.107598, 0.167, 0.202496, 0.260353, 0.356611, 0.516647, 0.782975", \
+            "0.133672, 0.194448, 0.230026, 0.287952, 0.384342, 0.544417, 0.810937", \
+            "0.171955, 0.236009, 0.271603, 0.329525, 0.425936, 0.586035, 0.852555", \
+            "0.224921, 0.29634, 0.33174, 0.389874, 0.486123, 0.646142, 0.912649", \
+            "0.289271, 0.372907, 0.411, 0.468294, 0.564599, 0.724253, 0.990121", \
+            "0.369636, 0.471019, 0.512221, 0.572568, 0.667637, 0.828499, 1.09372" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167522, 0.0813574, 0.127596, 0.204808, 0.334653, 0.551068, 0.912031", \
+            "0.0183841, 0.0818432, 0.127762, 0.204966, 0.334842, 0.551069, 0.912032", \
+            "0.0211643, 0.0828323, 0.128595, 0.205311, 0.335011, 0.552985, 0.912033", \
+            "0.0264661, 0.0852925, 0.129986, 0.206365, 0.335411, 0.552986, 0.912666", \
+            "0.0350989, 0.0910196, 0.133552, 0.208294, 0.336581, 0.552987, 0.913149", \
+            "0.048083, 0.101653, 0.141728, 0.213065, 0.339121, 0.554304, 0.914338", \
+            "0.06626, 0.122317, 0.158196, 0.225552, 0.346571, 0.558957, 0.91791" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00744369, 0.00781223, 0.0078427, 0.00782319, 0.00771157, 0.00753439, 0.00762511", \
+            "0.00718327, 0.00748697, 0.00753349, 0.00761237, 0.00768226, 0.00726557, 0.00730274", \
+            "0.00725341, 0.00743606, 0.00748207, 0.00764758, 0.00757968, 0.00727368, 0.00726374", \
+            "0.00752263, 0.007583, 0.00762211, 0.00750239, 0.00757641, 0.00748268, 0.00734791", \
+            "0.00817719, 0.00810364, 0.00816288, 0.00818376, 0.00802606, 0.00789584, 0.00760867", \
+            "0.00990034, 0.00952076, 0.00955266, 0.00956883, 0.0096096, 0.00946392, 0.00902908", \
+            "0.0137014, 0.0129643, 0.0129562, 0.0128218, 0.0128514, 0.012767, 0.0126606" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00575633, 0.00626506, 0.00626274, 0.0062533, 0.00615961, 0.00596906, 0.00565721", \
+            "0.00543564, 0.00586022, 0.00595623, 0.00597035, 0.00608267, 0.00569202, 0.00541368", \
+            "0.00544295, 0.00577226, 0.00578827, 0.00587301, 0.00586221, 0.00558632, 0.00527178", \
+            "0.00568757, 0.00596619, 0.00603271, 0.00601257, 0.00591982, 0.00587076, 0.00610254", \
+            "0.00645171, 0.00657997, 0.0067162, 0.00673896, 0.00667795, 0.00630186, 0.00669261", \
+            "0.00823766, 0.00803783, 0.00804578, 0.00801944, 0.00816487, 0.00812932, 0.00753216", \
+            "0.0121108, 0.0114446, 0.0113286, 0.0113834, 0.0114201, 0.0114367, 0.0113523" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00881769, 0.00918796, 0.00921652, 0.0091738, 0.00907751, 0.00891872, 0.00895025", \
+            "0.00860545, 0.008941, 0.00897295, 0.00900126, 0.00896788, 0.00868605, 0.00861284", \
+            "0.00858076, 0.00882151, 0.00886512, 0.00892299, 0.00887368, 0.00861207, 0.00864348", \
+            "0.00871786, 0.00882647, 0.00886196, 0.0087947, 0.00886354, 0.00864086, 0.00845942", \
+            "0.00905224, 0.00906392, 0.00908926, 0.00908714, 0.00902752, 0.00896024, 0.00866677", \
+            "0.0104047, 0.0101647, 0.0101882, 0.0101668, 0.0102286, 0.0101189, 0.00967446", \
+            "0.0137112, 0.0131324, 0.0131552, 0.0129697, 0.0130765, 0.0129745, 0.0129" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00595885, 0.00643464, 0.00646589, 0.00641269, 0.00633383, 0.0061634, 0.00583688", \
+            "0.00567362, 0.00607646, 0.00618974, 0.0061715, 0.00615689, 0.0058978, 0.00555692", \
+            "0.00567036, 0.00598704, 0.00601947, 0.00614449, 0.0060177, 0.00602016, 0.00552747", \
+            "0.00588225, 0.00612901, 0.00620513, 0.00617033, 0.00612067, 0.00634225, 0.00581025", \
+            "0.00659251, 0.00663956, 0.00669435, 0.00684242, 0.00682161, 0.0065398, 0.00663202", \
+            "0.00831368, 0.00812844, 0.00821314, 0.00817317, 0.00827361, 0.00832525, 0.00761328", \
+            "0.0119706, 0.0113266, 0.0113184, 0.0112501, 0.0112965, 0.0112915, 0.0113255" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0101013, 0.0104626, 0.0104785, 0.0104451, 0.010351, 0.0101423, 0.0101054", \
+            "0.00988273, 0.010246, 0.0102574, 0.0104044, 0.0101659, 0.00995247, 0.00989946", \
+            "0.00984435, 0.0101107, 0.0101723, 0.0103441, 0.010156, 0.00986331, 0.00991123", \
+            "0.00985458, 0.0100764, 0.01012, 0.0100539, 0.0101175, 0.00982449, 0.00982936", \
+            "0.0101636, 0.0101764, 0.0102286, 0.0102719, 0.0101123, 0.0100804, 0.0097623", \
+            "0.0111887, 0.0111251, 0.0110688, 0.0110212, 0.0111045, 0.0110216, 0.0106215", \
+            "0.0143761, 0.0138783, 0.0138599, 0.0137723, 0.0139155, 0.0137962, 0.0137479" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00609024, 0.00654196, 0.00656202, 0.00654616, 0.00646009, 0.00629812, 0.00596003", \
+            "0.00588454, 0.00626902, 0.00637608, 0.00631613, 0.00627685, 0.00608971, 0.00574569", \
+            "0.00589638, 0.00617968, 0.00623968, 0.00634863, 0.00628495, 0.00623869, 0.00576383", \
+            "0.00612465, 0.00633281, 0.00636991, 0.00632753, 0.00628505, 0.00639933, 0.00603053", \
+            "0.0067895, 0.0068871, 0.00686558, 0.00700611, 0.00697659, 0.00672042, 0.00690384", \
+            "0.00850744, 0.00829451, 0.00840119, 0.00830351, 0.00834768, 0.0083958, 0.00784051", \
+            "0.0121504, 0.0115679, 0.0115351, 0.0115609, 0.0113199, 0.0114776, 0.0112751" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00253572;
+      rise_capacitance : 0.0025286;
+      rise_capacitance_range (0.00231201, 0.00267554);
+      fall_capacitance : 0.00254283;
+      fall_capacitance_range (0.00224843, 0.00276795);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00251441;
+      rise_capacitance : 0.00255653;
+      rise_capacitance_range (0.00223107, 0.00283187);
+      fall_capacitance : 0.00247229;
+      fall_capacitance_range (0.00225494, 0.00264693);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00252248;
+      rise_capacitance : 0.00257661;
+      rise_capacitance_range (0.00226036, 0.00287247);
+      fall_capacitance : 0.00246835;
+      fall_capacitance_range (0.0023231, 0.00260115);
+    }
+  }
+  cell (sg13g2_and3_2) {
+    area : 12.7008;
+    cell_footprint : "and3";
+    cell_leakage_power : 224.225;
+    leakage_power () {
+      value : 287.638;
+      when : "A&B&C";
+    }
+    leakage_power () {
+      value : 215.542;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 221.714;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 204.622;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 239.469;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 203.687;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 219.595;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 201.529;
+      when : "A&B&!C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.112059, 0.200639, 0.246412, 0.319318, 0.439846, 0.640213, 0.973337", \
+            "0.146686, 0.235933, 0.281374, 0.354278, 0.474819, 0.675016, 1.0095", \
+            "0.174149, 0.264959, 0.310535, 0.383487, 0.504246, 0.704452, 1.03868", \
+            "0.216116, 0.310675, 0.356598, 0.429136, 0.549971, 0.750196, 1.08408", \
+            "0.27672, 0.378962, 0.424422, 0.496783, 0.616523, 0.815565, 1.14877", \
+            "0.358512, 0.476624, 0.524906, 0.5966, 0.716729, 0.914804, 1.24701", \
+            "0.473982, 0.614811, 0.668613, 0.74054, 0.859876, 1.05875, 1.39216" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0298377, 0.117513, 0.177283, 0.278868, 0.452074, 0.74248, 1.22647", \
+            "0.0313034, 0.117731, 0.177526, 0.279161, 0.452178, 0.742481, 1.22762", \
+            "0.0345957, 0.119272, 0.178569, 0.279721, 0.452494, 0.743036, 1.22764", \
+            "0.0416528, 0.122529, 0.180764, 0.28137, 0.453419, 0.743037, 1.22765", \
+            "0.0533434, 0.129977, 0.185865, 0.284215, 0.455232, 0.744503, 1.22776", \
+            "0.073048, 0.146621, 0.197763, 0.29032, 0.457989, 0.746244, 1.2294", \
+            "0.101948, 0.178933, 0.223448, 0.307723, 0.467839, 0.750608, 1.23174" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0731546, 0.138653, 0.174161, 0.232003, 0.328184, 0.488471, 0.754971", \
+            "0.112068, 0.178565, 0.214197, 0.272037, 0.368254, 0.528499, 0.794785", \
+            "0.138853, 0.207876, 0.24368, 0.3016, 0.397846, 0.557648, 0.824385", \
+            "0.178247, 0.252189, 0.288045, 0.345718, 0.441898, 0.601821, 0.868004", \
+            "0.232262, 0.316723, 0.352694, 0.410685, 0.50624, 0.665808, 0.93187", \
+            "0.300923, 0.401311, 0.440493, 0.500097, 0.594701, 0.753236, 1.01809", \
+            "0.383907, 0.506275, 0.550272, 0.613572, 0.710445, 0.869899, 1.13512" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.018457, 0.0845529, 0.130069, 0.207082, 0.33689, 0.55378, 0.915326", \
+            "0.0206189, 0.0851417, 0.130481, 0.207281, 0.336931, 0.554048, 0.915422", \
+            "0.0244208, 0.0868421, 0.131515, 0.207585, 0.33727, 0.554104, 0.915423", \
+            "0.0318346, 0.0911151, 0.134406, 0.209451, 0.337886, 0.554394, 0.916007", \
+            "0.044215, 0.100511, 0.140865, 0.21351, 0.34015, 0.555543, 0.916012", \
+            "0.062935, 0.118257, 0.154615, 0.223032, 0.345172, 0.558211, 0.918813", \
+            "0.091634, 0.150945, 0.183039, 0.243077, 0.358804, 0.566181, 0.922375" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.121094, 0.210044, 0.255274, 0.32805, 0.448608, 0.648675, 0.982184", \
+            "0.153584, 0.242931, 0.288392, 0.361214, 0.481827, 0.681967, 1.01656", \
+            "0.179479, 0.270298, 0.315952, 0.388795, 0.509439, 0.709676, 1.04321", \
+            "0.220003, 0.314374, 0.360346, 0.433504, 0.554166, 0.754666, 1.08818", \
+            "0.280307, 0.381701, 0.428512, 0.500585, 0.62096, 0.820976, 1.15489", \
+            "0.364509, 0.480918, 0.528895, 0.600924, 0.720674, 0.920686, 1.25366", \
+            "0.480071, 0.618376, 0.672422, 0.747682, 0.869313, 1.06818, 1.39952" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0298717, 0.117608, 0.177297, 0.278898, 0.452217, 0.742576, 1.22678", \
+            "0.0307258, 0.117609, 0.177408, 0.279066, 0.452237, 0.742577, 1.22766", \
+            "0.0329176, 0.118794, 0.178254, 0.279461, 0.452289, 0.742767, 1.22767", \
+            "0.0378425, 0.121753, 0.180453, 0.280976, 0.453163, 0.742907, 1.22768", \
+            "0.0474298, 0.129096, 0.185575, 0.283798, 0.454615, 0.743866, 1.22769", \
+            "0.064884, 0.143711, 0.195073, 0.290226, 0.457767, 0.745728, 1.22911", \
+            "0.091068, 0.172168, 0.220256, 0.306559, 0.467532, 0.749643, 1.23149" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.078297, 0.144475, 0.180176, 0.238039, 0.33435, 0.494531, 0.761176", \
+            "0.118345, 0.185315, 0.221206, 0.279122, 0.375452, 0.535617, 0.802182", \
+            "0.146979, 0.216022, 0.252132, 0.310088, 0.406463, 0.566555, 0.832981", \
+            "0.18969, 0.263063, 0.299289, 0.35718, 0.453506, 0.613387, 0.880049", \
+            "0.249713, 0.332529, 0.369651, 0.427609, 0.523484, 0.683373, 0.950024", \
+            "0.324979, 0.423042, 0.462501, 0.521791, 0.617211, 0.77615, 1.0414", \
+            "0.417819, 0.536143, 0.58082, 0.643552, 0.739441, 0.897913, 1.16273" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0190677, 0.0849376, 0.130644, 0.20743, 0.337173, 0.554041, 0.915398", \
+            "0.0207455, 0.0855005, 0.13096, 0.207598, 0.337279, 0.554399, 0.915611", \
+            "0.0241945, 0.0869924, 0.131832, 0.208054, 0.337636, 0.5544, 0.916031", \
+            "0.0309815, 0.0909981, 0.134478, 0.209455, 0.338114, 0.554464, 0.916353", \
+            "0.0427808, 0.0989758, 0.140135, 0.212956, 0.340448, 0.555746, 0.916354", \
+            "0.060651, 0.115751, 0.153601, 0.221946, 0.344844, 0.558084, 0.918741", \
+            "0.087385, 0.146147, 0.178818, 0.240317, 0.356573, 0.564863, 0.92222" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.125011, 0.213921, 0.259106, 0.331764, 0.452431, 0.652379, 0.985949", \
+            "0.155033, 0.24422, 0.289768, 0.362592, 0.483089, 0.683346, 1.01735", \
+            "0.177916, 0.268346, 0.313975, 0.386821, 0.507461, 0.707623, 1.04194", \
+            "0.214039, 0.307874, 0.353932, 0.426961, 0.547623, 0.747927, 1.08125", \
+            "0.269278, 0.368721, 0.416187, 0.488563, 0.609242, 0.809538, 1.14272", \
+            "0.345158, 0.458917, 0.507058, 0.581662, 0.701029, 0.901316, 1.23455", \
+            "0.446099, 0.582405, 0.6359, 0.712721, 0.834024, 1.0353, 1.36764" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0298372, 0.117634, 0.177325, 0.278921, 0.452075, 0.742342, 1.22678", \
+            "0.0303968, 0.117635, 0.177326, 0.279114, 0.452215, 0.742387, 1.22765", \
+            "0.0320075, 0.118443, 0.178004, 0.279429, 0.452222, 0.742515, 1.22774", \
+            "0.0354636, 0.121005, 0.179898, 0.280605, 0.452855, 0.742594, 1.23077", \
+            "0.0430836, 0.126972, 0.18464, 0.283234, 0.454252, 0.743542, 1.23078", \
+            "0.058393, 0.14106, 0.194137, 0.290164, 0.457325, 0.745235, 1.23079", \
+            "0.083362, 0.167999, 0.217603, 0.305825, 0.467778, 0.750322, 1.23116" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0819688, 0.148998, 0.184927, 0.243064, 0.339469, 0.499753, 0.766533", \
+            "0.122864, 0.19063, 0.226637, 0.284784, 0.381292, 0.541547, 0.808265", \
+            "0.15307, 0.222733, 0.258793, 0.317015, 0.413461, 0.573783, 0.840788", \
+            "0.198512, 0.272088, 0.308413, 0.366562, 0.463003, 0.623016, 0.889708", \
+            "0.263073, 0.345346, 0.38269, 0.440549, 0.536703, 0.696768, 0.96304", \
+            "0.345412, 0.442281, 0.481184, 0.540064, 0.636602, 0.796243, 1.06186", \
+            "0.447722, 0.565987, 0.609062, 0.670571, 0.765826, 0.92591, 1.19032" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197862, 0.0858173, 0.131475, 0.208126, 0.337749, 0.554492, 0.915969", \
+            "0.0212025, 0.0861474, 0.131498, 0.208287, 0.337937, 0.554723, 0.91597", \
+            "0.024325, 0.0874746, 0.132341, 0.208576, 0.338057, 0.554724, 0.916189", \
+            "0.0306464, 0.0913954, 0.134878, 0.209814, 0.338637, 0.555126, 0.916206", \
+            "0.0420879, 0.0987364, 0.140353, 0.213237, 0.340745, 0.555947, 0.916655", \
+            "0.059367, 0.114976, 0.152517, 0.220586, 0.344826, 0.558398, 0.918531", \
+            "0.085008, 0.143296, 0.17602, 0.238314, 0.355573, 0.565028, 0.922828" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.011438, 0.011846, 0.0120215, 0.0120686, 0.011839, 0.011485, 0.0114453", \
+            "0.0112387, 0.0116951, 0.0117462, 0.0118874, 0.0116296, 0.0112928, 0.0115151", \
+            "0.011413, 0.0114478, 0.0116185, 0.011692, 0.0115429, 0.0112188, 0.0113484", \
+            "0.0120259, 0.0117597, 0.011706, 0.011647, 0.0119895, 0.011277, 0.0113028", \
+            "0.0131749, 0.0122095, 0.012157, 0.0122008, 0.0118074, 0.011425, 0.0110055", \
+            "0.0155303, 0.0135901, 0.013616, 0.0133976, 0.013469, 0.0128762, 0.0119151", \
+            "0.0203634, 0.0170028, 0.0169102, 0.0164047, 0.0164366, 0.0163261, 0.0161296" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00934407, 0.0103677, 0.0103958, 0.0103289, 0.0101659, 0.0098237, 0.00925939", \
+            "0.00910245, 0.00993593, 0.0101836, 0.0100764, 0.0099235, 0.00968889, 0.00898377", \
+            "0.00918227, 0.00973438, 0.0098484, 0.0100995, 0.00980857, 0.00952876, 0.00888841", \
+            "0.00952183, 0.0097819, 0.00986514, 0.00965162, 0.00964699, 0.00938127, 0.00858639", \
+            "0.0106276, 0.0102888, 0.0101369, 0.0103937, 0.0102162, 0.00943517, 0.0100718", \
+            "0.0130322, 0.0117485, 0.0117315, 0.0121011, 0.0118884, 0.0119721, 0.0106231", \
+            "0.0179981, 0.015076, 0.0149224, 0.0148814, 0.0145843, 0.0152293, 0.0149798" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127873, 0.0133114, 0.0133553, 0.0133094, 0.0132049, 0.0126854, 0.012788", \
+            "0.0126138, 0.0131446, 0.0132525, 0.0131663, 0.0130815, 0.0127106, 0.0130419", \
+            "0.0126978, 0.0128706, 0.013051, 0.0132371, 0.012911, 0.0125852, 0.0125948", \
+            "0.0129951, 0.0129774, 0.0130632, 0.0129799, 0.0133234, 0.0125535, 0.0126584", \
+            "0.0136307, 0.0132992, 0.0132687, 0.0131871, 0.0128913, 0.0128021, 0.0124742", \
+            "0.0155876, 0.0142883, 0.014134, 0.0140295, 0.013946, 0.0138437, 0.0130469", \
+            "0.0199237, 0.0171289, 0.017129, 0.0166853, 0.0168088, 0.0167277, 0.0164444" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00952371, 0.0104601, 0.0105362, 0.0104879, 0.0103864, 0.0100476, 0.00923959", \
+            "0.00928355, 0.010089, 0.0104066, 0.0103346, 0.0101204, 0.00990495, 0.0091608", \
+            "0.00939003, 0.00994974, 0.0100812, 0.010289, 0.00998974, 0.00978151, 0.0090943", \
+            "0.00979056, 0.00993384, 0.0100534, 0.00989731, 0.00997262, 0.01001, 0.0119086", \
+            "0.0107882, 0.0103702, 0.0104931, 0.0106615, 0.0106207, 0.00996609, 0.0106037", \
+            "0.0131754, 0.0118466, 0.011887, 0.0121605, 0.0121572, 0.0122029, 0.0109907", \
+            "0.0179681, 0.0151372, 0.0149894, 0.0151898, 0.0146432, 0.0150251, 0.0147031" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0140854, 0.0145686, 0.0146254, 0.0145558, 0.014445, 0.0139246, 0.0138252", \
+            "0.0138745, 0.014451, 0.0144699, 0.0145612, 0.0143451, 0.0140029, 0.0142491", \
+            "0.0139326, 0.0141977, 0.0143662, 0.0144461, 0.014217, 0.0138368, 0.0142334", \
+            "0.0140013, 0.0142369, 0.0142476, 0.0142542, 0.0145481, 0.0138399, 0.0144938", \
+            "0.0145142, 0.0142398, 0.0143595, 0.0142913, 0.0140049, 0.0138001, 0.0134305", \
+            "0.0162673, 0.0151625, 0.0150406, 0.0151766, 0.0150278, 0.0148995, 0.014257", \
+            "0.0201371, 0.0178215, 0.017753, 0.0174053, 0.0174799, 0.017649, 0.0176541" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00967906, 0.0105226, 0.0105443, 0.0104967, 0.0103559, 0.0100961, 0.0093761", \
+            "0.00947312, 0.0102515, 0.0105451, 0.0104361, 0.0103035, 0.00999938, 0.00932898", \
+            "0.00959057, 0.0101444, 0.0102381, 0.010456, 0.0101605, 0.00987745, 0.00946901", \
+            "0.00997258, 0.0101557, 0.0102524, 0.0101002, 0.0101846, 0.0100325, 0.00956421", \
+            "0.0109873, 0.0105353, 0.0107003, 0.0107516, 0.0107144, 0.0100663, 0.0102195", \
+            "0.0132808, 0.0120179, 0.0119715, 0.0121493, 0.0123218, 0.0124291, 0.0111538", \
+            "0.0180138, 0.0154059, 0.0152579, 0.0152639, 0.0145955, 0.0152508, 0.0145363" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00255446;
+      rise_capacitance : 0.00255073;
+      rise_capacitance_range (0.00237823, 0.00268409);
+      fall_capacitance : 0.00255819;
+      fall_capacitance_range (0.00232587, 0.0027481);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00252396;
+      rise_capacitance : 0.00257083;
+      rise_capacitance_range (0.00226443, 0.00283506);
+      fall_capacitance : 0.00247709;
+      fall_capacitance_range (0.00229638, 0.00262999);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00252784;
+      rise_capacitance : 0.00258596;
+      rise_capacitance_range (0.00228302, 0.00286771);
+      fall_capacitance : 0.00246972;
+      fall_capacitance_range (0.00234462, 0.00258799);
+    }
+  }
+  cell (sg13g2_and4_1) {
+    area : 14.5152;
+    cell_footprint : "and4";
+    cell_leakage_power : 151.909;
+    leakage_power () {
+      value : 148.023;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 153.233;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 138.14;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 159.395;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 135.012;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 142.303;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 123.893;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 177.139;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 135.298;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 141.383;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 124.398;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 157.281;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 123.642;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 139.215;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 121.252;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 310.935;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.113783, 0.19665, 0.242218, 0.314731, 0.434768, 0.634549, 0.966897", \
+            "0.14386, 0.227413, 0.2729, 0.345443, 0.465448, 0.665044, 0.997441", \
+            "0.168425, 0.252895, 0.298685, 0.371451, 0.491633, 0.691146, 1.02355", \
+            "0.205512, 0.291996, 0.338017, 0.410977, 0.531537, 0.730977, 1.06367", \
+            "0.258575, 0.351427, 0.397371, 0.469836, 0.589715, 0.788515, 1.12142", \
+            "0.332953, 0.439785, 0.486001, 0.559043, 0.678693, 0.87797, 1.20978", \
+            "0.438103, 0.566954, 0.618976, 0.693217, 0.813993, 1.01386, 1.3455" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0311118, 0.116643, 0.175903, 0.276887, 0.449352, 0.73831, 1.22079", \
+            "0.0320483, 0.116693, 0.176036, 0.277146, 0.449395, 0.738311, 1.2208", \
+            "0.0344631, 0.118092, 0.177235, 0.27788, 0.449638, 0.73838, 1.22141", \
+            "0.0398835, 0.120555, 0.179073, 0.279658, 0.451004, 0.739441, 1.22348", \
+            "0.0495037, 0.125189, 0.182669, 0.281627, 0.45267, 0.740864, 1.22349", \
+            "0.064155, 0.137858, 0.190247, 0.285707, 0.454549, 0.74235, 1.22408", \
+            "0.085786, 0.163209, 0.210418, 0.299259, 0.462342, 0.746068, 1.22642" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0635453, 0.120534, 0.155371, 0.21257, 0.308107, 0.466955, 0.731735", \
+            "0.0992837, 0.157571, 0.192563, 0.249784, 0.345322, 0.50417, 0.770305", \
+            "0.12202, 0.182192, 0.217401, 0.274805, 0.370172, 0.529001, 0.793828", \
+            "0.154092, 0.218794, 0.254021, 0.311256, 0.4069, 0.565896, 0.83096", \
+            "0.195591, 0.268556, 0.304799, 0.361965, 0.457321, 0.615744, 0.880699", \
+            "0.246705, 0.334222, 0.371727, 0.429846, 0.525374, 0.68388, 0.947813", \
+            "0.300851, 0.410616, 0.453989, 0.516298, 0.612589, 0.772187, 1.03728" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165018, 0.08052, 0.126449, 0.203453, 0.332659, 0.548095, 0.907081", \
+            "0.0189053, 0.0812436, 0.126947, 0.203554, 0.334974, 0.548096, 0.909151", \
+            "0.0221068, 0.082749, 0.127746, 0.203987, 0.334975, 0.548097, 0.909152", \
+            "0.0282359, 0.0858732, 0.129742, 0.20537, 0.334976, 0.548775, 0.909153", \
+            "0.038199, 0.0926711, 0.134681, 0.207766, 0.335109, 0.549757, 0.909154", \
+            "0.052658, 0.106526, 0.144128, 0.214117, 0.338401, 0.551868, 0.909449", \
+            "0.074288, 0.133467, 0.167368, 0.232016, 0.350125, 0.558153, 0.914246" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.127583, 0.210797, 0.255763, 0.328406, 0.44857, 0.647727, 0.979931", \
+            "0.157046, 0.240545, 0.285983, 0.35858, 0.478557, 0.678141, 1.0117", \
+            "0.18056, 0.26552, 0.311143, 0.383898, 0.504006, 0.703886, 1.036", \
+            "0.217087, 0.304998, 0.350972, 0.42413, 0.544678, 0.744496, 1.07682", \
+            "0.270831, 0.3647, 0.411112, 0.48413, 0.604255, 0.804193, 1.13718", \
+            "0.345623, 0.453648, 0.501508, 0.574126, 0.69408, 0.894551, 1.22651", \
+            "0.453219, 0.583462, 0.636456, 0.712449, 0.833553, 1.03429, 1.36555" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0310353, 0.116583, 0.175892, 0.276856, 0.449304, 0.738373, 1.22069", \
+            "0.0319776, 0.116584, 0.176001, 0.277008, 0.449305, 0.738374, 1.22175", \
+            "0.0337258, 0.117826, 0.176994, 0.277655, 0.44947, 0.73887, 1.22176", \
+            "0.037887, 0.120317, 0.178979, 0.27922, 0.450625, 0.738964, 1.22415", \
+            "0.0463328, 0.126035, 0.182773, 0.281409, 0.452043, 0.740315, 1.22416", \
+            "0.060198, 0.138473, 0.191028, 0.286485, 0.45439, 0.741776, 1.22417", \
+            "0.079971, 0.162827, 0.212383, 0.300174, 0.462613, 0.745335, 1.2254" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.069027, 0.126704, 0.161655, 0.21889, 0.314599, 0.473541, 0.738497", \
+            "0.106531, 0.165229, 0.200373, 0.257705, 0.353365, 0.512293, 0.777106", \
+            "0.131452, 0.191854, 0.227064, 0.284519, 0.380124, 0.539298, 0.804158", \
+            "0.167432, 0.231837, 0.267211, 0.324783, 0.420678, 0.579639, 0.844704", \
+            "0.215501, 0.287487, 0.323903, 0.380821, 0.476645, 0.635543, 0.900492", \
+            "0.274934, 0.359727, 0.397831, 0.455039, 0.551265, 0.709485, 0.974221", \
+            "0.340357, 0.445713, 0.487522, 0.548319, 0.644209, 0.803527, 1.06868" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171241, 0.0809609, 0.126894, 0.203757, 0.332954, 0.548363, 0.907879", \
+            "0.0189551, 0.081602, 0.127253, 0.203906, 0.333576, 0.548694, 0.90788", \
+            "0.0219167, 0.0828732, 0.128073, 0.204311, 0.333577, 0.549634, 0.908064", \
+            "0.027517, 0.0855604, 0.129832, 0.2054, 0.333856, 0.549635, 0.908065", \
+            "0.0369252, 0.091853, 0.134117, 0.207808, 0.335127, 0.549967, 0.908235", \
+            "0.050415, 0.104074, 0.143086, 0.213209, 0.338208, 0.551797, 0.90973", \
+            "0.070337, 0.128056, 0.162021, 0.22691, 0.346736, 0.557039, 0.913229" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.135677, 0.218892, 0.264012, 0.336482, 0.456441, 0.65585, 0.988265", \
+            "0.163985, 0.247489, 0.292928, 0.36531, 0.48539, 0.684994, 1.01794", \
+            "0.185561, 0.270213, 0.315775, 0.388469, 0.508559, 0.708161, 1.04128", \
+            "0.219531, 0.307341, 0.353256, 0.42628, 0.546785, 0.74646, 1.07889", \
+            "0.270197, 0.363509, 0.410133, 0.483019, 0.603446, 0.803371, 1.13614", \
+            "0.337828, 0.445484, 0.495133, 0.56716, 0.688023, 0.887675, 1.21953", \
+            "0.431613, 0.562597, 0.6174, 0.694354, 0.817206, 1.01706, 1.35046" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0310711, 0.116484, 0.175924, 0.276844, 0.449302, 0.738228, 1.2208", \
+            "0.0316086, 0.116485, 0.175935, 0.276895, 0.44932, 0.738447, 1.22158", \
+            "0.0331584, 0.117474, 0.176698, 0.277467, 0.449403, 0.738448, 1.22174", \
+            "0.0361737, 0.119917, 0.178514, 0.278855, 0.450193, 0.738777, 1.22175", \
+            "0.0432915, 0.12498, 0.182554, 0.281101, 0.451765, 0.739974, 1.22176", \
+            "0.056536, 0.137415, 0.192257, 0.286715, 0.454389, 0.741204, 1.2229", \
+            "0.076519, 0.163707, 0.213644, 0.302098, 0.464056, 0.745607, 1.22488" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.072987, 0.131599, 0.166804, 0.2243, 0.32015, 0.479314, 0.744203", \
+            "0.111721, 0.171103, 0.206437, 0.264028, 0.359763, 0.518955, 0.783803", \
+            "0.138432, 0.19938, 0.234746, 0.292333, 0.388277, 0.547593, 0.81249", \
+            "0.177515, 0.241537, 0.277022, 0.334739, 0.430552, 0.589979, 0.854883", \
+            "0.231594, 0.303285, 0.33866, 0.396424, 0.491983, 0.651301, 0.916153", \
+            "0.2974, 0.38138, 0.419438, 0.476439, 0.572571, 0.730713, 0.995697", \
+            "0.374288, 0.477286, 0.519, 0.579649, 0.674604, 0.833855, 1.09852" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0178439, 0.0817979, 0.127698, 0.204402, 0.333473, 0.54879, 0.907845", \
+            "0.0192891, 0.0822912, 0.127966, 0.204504, 0.333522, 0.548907, 0.90786", \
+            "0.0220649, 0.0833999, 0.128654, 0.204871, 0.333722, 0.548967, 0.908367", \
+            "0.0273355, 0.0859358, 0.130222, 0.205999, 0.334307, 0.549177, 0.908368", \
+            "0.0362467, 0.0919851, 0.133921, 0.208008, 0.335463, 0.550301, 0.908911", \
+            "0.049273, 0.103261, 0.142839, 0.213115, 0.338314, 0.552009, 0.910268", \
+            "0.068391, 0.125143, 0.159992, 0.22658, 0.346251, 0.556739, 0.913742" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.139669, 0.222515, 0.268042, 0.340424, 0.460277, 0.659686, 0.992166", \
+            "0.167619, 0.250848, 0.296248, 0.368772, 0.488779, 0.688332, 1.02136", \
+            "0.188147, 0.272422, 0.317811, 0.390374, 0.51056, 0.710065, 1.04319", \
+            "0.219707, 0.306693, 0.352879, 0.425586, 0.545731, 0.74549, 1.07782", \
+            "0.266848, 0.358678, 0.406037, 0.478739, 0.599117, 0.799065, 1.13135", \
+            "0.328531, 0.433812, 0.482444, 0.556144, 0.67682, 0.876498, 1.209", \
+            "0.406744, 0.535035, 0.590055, 0.667628, 0.790693, 0.991839, 1.32368" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0310654, 0.116271, 0.175874, 0.276829, 0.449253, 0.738237, 1.22079", \
+            "0.0314068, 0.116272, 0.175875, 0.277008, 0.449584, 0.738357, 1.22156", \
+            "0.0326016, 0.117231, 0.176463, 0.277258, 0.449585, 0.738488, 1.2221", \
+            "0.0348372, 0.119291, 0.178215, 0.278425, 0.450027, 0.738489, 1.22416", \
+            "0.0401414, 0.124153, 0.181915, 0.280598, 0.451229, 0.739302, 1.22417", \
+            "0.051743, 0.135823, 0.191339, 0.286335, 0.453948, 0.74064, 1.22418", \
+            "0.071323, 0.160841, 0.212625, 0.302121, 0.464577, 0.745793, 1.22488" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0755129, 0.13527, 0.170896, 0.228749, 0.324749, 0.484264, 0.749383", \
+            "0.115428, 0.175677, 0.211323, 0.269148, 0.365199, 0.524604, 0.789879", \
+            "0.143619, 0.205319, 0.240922, 0.298877, 0.395013, 0.554577, 0.819589", \
+            "0.18553, 0.250019, 0.285686, 0.343525, 0.439692, 0.599178, 0.864291", \
+            "0.244135, 0.315382, 0.351497, 0.409359, 0.505356, 0.665009, 0.930255", \
+            "0.317265, 0.400167, 0.437747, 0.496164, 0.591087, 0.750849, 1.01511", \
+            "0.404781, 0.506436, 0.547566, 0.608232, 0.703554, 0.862439, 1.1274" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0186368, 0.0830187, 0.128826, 0.205374, 0.334534, 0.549564, 0.90844", \
+            "0.0197925, 0.0831977, 0.128866, 0.205452, 0.334535, 0.549565, 0.908493", \
+            "0.0223763, 0.0841843, 0.129376, 0.205826, 0.334536, 0.550064, 0.908494", \
+            "0.0273989, 0.0866087, 0.130917, 0.206693, 0.335263, 0.550102, 0.909158", \
+            "0.0360857, 0.0918357, 0.134421, 0.208732, 0.336267, 0.550736, 0.909159", \
+            "0.048936, 0.102875, 0.142218, 0.213599, 0.338682, 0.552548, 0.910964", \
+            "0.067232, 0.123618, 0.15992, 0.225959, 0.34638, 0.557191, 0.914162" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00807906, 0.00837575, 0.00842594, 0.00843694, 0.00833525, 0.0081919, 0.00822403", \
+            "0.00783756, 0.00812998, 0.00815009, 0.0082084, 0.00808467, 0.0079215, 0.00788385", \
+            "0.00789752, 0.00803402, 0.00810905, 0.008164, 0.00806192, 0.00785528, 0.00788896", \
+            "0.00814607, 0.0082413, 0.00826217, 0.00820775, 0.00838645, 0.0080342, 0.00813319", \
+            "0.00881923, 0.00867611, 0.00875038, 0.00874918, 0.00850487, 0.00835285, 0.00805401", \
+            "0.0104507, 0.0100895, 0.00999006, 0.0100036, 0.00993945, 0.0098022, 0.00935648", \
+            "0.0140538, 0.0132548, 0.0132472, 0.0130656, 0.0131456, 0.0130238, 0.0128803" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00608962, 0.00655888, 0.00656405, 0.00655284, 0.00645815, 0.00628862, 0.00592572", \
+            "0.00577908, 0.00619324, 0.00630184, 0.00627575, 0.00645002, 0.00600176, 0.00599631", \
+            "0.00578615, 0.00611505, 0.00612299, 0.00624343, 0.00626509, 0.00593913, 0.00565258", \
+            "0.00596301, 0.0062475, 0.00630349, 0.00624138, 0.00619461, 0.00649278, 0.00606959", \
+            "0.00664456, 0.00669603, 0.00685475, 0.00690109, 0.00689865, 0.00642405, 0.00689065", \
+            "0.00835525, 0.00816098, 0.00817292, 0.00817802, 0.00829661, 0.00831534, 0.00765691", \
+            "0.0120718, 0.0114285, 0.0113905, 0.0114604, 0.0114311, 0.0114788, 0.011569" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00957914, 0.00987903, 0.00989723, 0.00991424, 0.00985505, 0.00960283, 0.00953134", \
+            "0.00935148, 0.00968673, 0.00972747, 0.00976025, 0.00964224, 0.00945525, 0.00957529", \
+            "0.00936092, 0.00951942, 0.00959744, 0.00974226, 0.009545, 0.0094143, 0.00937388", \
+            "0.00946567, 0.00959374, 0.00958745, 0.00959251, 0.00972947, 0.00939909, 0.00951808", \
+            "0.00982844, 0.00981538, 0.00979276, 0.00984821, 0.009597, 0.00967996, 0.0093253", \
+            "0.0111453, 0.0108316, 0.0107948, 0.0107272, 0.0107325, 0.0106666, 0.0103288", \
+            "0.0142362, 0.01359, 0.0135757, 0.0134075, 0.0134628, 0.0135349, 0.0133431" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00620684, 0.00666422, 0.00667803, 0.00664063, 0.00660667, 0.00640205, 0.0061096", \
+            "0.00593327, 0.0063229, 0.00642706, 0.00638395, 0.00637907, 0.00619736, 0.00581225", \
+            "0.00589379, 0.00623878, 0.00625358, 0.0063596, 0.00631484, 0.00622113, 0.00586127", \
+            "0.00604942, 0.00630405, 0.0063807, 0.00631481, 0.00633088, 0.00646513, 0.00619385", \
+            "0.0067034, 0.00674791, 0.00689935, 0.00693924, 0.00692112, 0.00657422, 0.00694978", \
+            "0.00834901, 0.00814558, 0.00824146, 0.00816039, 0.00832254, 0.00828242, 0.00778979", \
+            "0.0118391, 0.0112401, 0.0111704, 0.011178, 0.011075, 0.0112055, 0.0112777" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.010861, 0.0111776, 0.0111928, 0.0111898, 0.0110941, 0.0108615, 0.0108484", \
+            "0.0106384, 0.0110023, 0.0110234, 0.0110929, 0.0109382, 0.0107541, 0.0109064", \
+            "0.0106271, 0.0108218, 0.0108955, 0.0110879, 0.0108349, 0.0106374, 0.0107296", \
+            "0.0106185, 0.0108375, 0.0108602, 0.0108416, 0.0109711, 0.0107136, 0.0105392", \
+            "0.0108827, 0.0108759, 0.0108831, 0.0109197, 0.0107724, 0.0107202, 0.0105102", \
+            "0.0119122, 0.0116614, 0.0117996, 0.0116593, 0.0117197, 0.0116308, 0.011114", \
+            "0.0148796, 0.0143683, 0.0143815, 0.0141785, 0.0143058, 0.0142773, 0.0143466" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00639418, 0.00683886, 0.00686665, 0.00682335, 0.00677771, 0.00661977, 0.00627152", \
+            "0.00614918, 0.00653248, 0.00665087, 0.0065833, 0.00652585, 0.00635575, 0.00602659", \
+            "0.00613288, 0.00644737, 0.00648194, 0.00659418, 0.00647502, 0.00632373, 0.00610184", \
+            "0.00629662, 0.0065003, 0.0065439, 0.00652405, 0.00644433, 0.00651474, 0.00618101", \
+            "0.00693142, 0.00701557, 0.00697083, 0.00710177, 0.00701978, 0.00683178, 0.00698682", \
+            "0.00854313, 0.00837276, 0.00845536, 0.00832933, 0.00845893, 0.00830701, 0.00775524", \
+            "0.0119959, 0.0114168, 0.0113708, 0.0115003, 0.0112718, 0.0113588, 0.0113083" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.012139, 0.0124247, 0.0124699, 0.0124664, 0.0123404, 0.0121038, 0.0120694", \
+            "0.011903, 0.0122622, 0.0122969, 0.012285, 0.0122113, 0.0120017, 0.0120915", \
+            "0.0118973, 0.0121111, 0.0121731, 0.0122571, 0.0120941, 0.011919, 0.0119807", \
+            "0.0118535, 0.0121094, 0.0121333, 0.0121147, 0.0122719, 0.0118746, 0.0121097", \
+            "0.0120033, 0.0120744, 0.0121662, 0.0121596, 0.0120903, 0.0120557, 0.0116819", \
+            "0.0128259, 0.0127313, 0.0127941, 0.0127354, 0.0127671, 0.0127126, 0.0123436", \
+            "0.0155492, 0.0151435, 0.0151697, 0.0149688, 0.0150908, 0.0151367, 0.0150465" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00657036, 0.00696984, 0.00700387, 0.00698844, 0.00691157, 0.00674068, 0.00644824", \
+            "0.00636476, 0.00672973, 0.00683738, 0.00676927, 0.00671633, 0.00654172, 0.00625283", \
+            "0.00637193, 0.00668711, 0.00669654, 0.00682441, 0.00670615, 0.00659623, 0.00621322", \
+            "0.0065505, 0.0067486, 0.00676384, 0.00672996, 0.00671814, 0.00670277, 0.00630494", \
+            "0.00716099, 0.00714687, 0.00718652, 0.00726879, 0.00722358, 0.00699549, 0.00710953", \
+            "0.00872107, 0.00850528, 0.00847548, 0.00854896, 0.00841772, 0.00854152, 0.007862", \
+            "0.0122699, 0.0116945, 0.0116347, 0.0117002, 0.0114262, 0.01145, 0.0113329" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00236977;
+      rise_capacitance : 0.0023564;
+      rise_capacitance_range (0.00215511, 0.00248976);
+      fall_capacitance : 0.00238314;
+      fall_capacitance_range (0.00208392, 0.0026277);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249579;
+      rise_capacitance : 0.00253026;
+      rise_capacitance_range (0.00221335, 0.00280311);
+      fall_capacitance : 0.00246131;
+      fall_capacitance_range (0.0022174, 0.00266038);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249119;
+      rise_capacitance : 0.00253497;
+      rise_capacitance_range (0.00222051, 0.00282873);
+      fall_capacitance : 0.00244741;
+      fall_capacitance_range (0.00225529, 0.00260864);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249915;
+      rise_capacitance : 0.00255237;
+      rise_capacitance_range (0.00224909, 0.00283577);
+      fall_capacitance : 0.00244592;
+      fall_capacitance_range (0.00231763, 0.00257304);
+    }
+  }
+  cell (sg13g2_and4_2) {
+    area : 16.3296;
+    cell_footprint : "and4";
+    cell_leakage_power : 231.889;
+    leakage_power () {
+      value : 230.432;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 235.642;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 220.555;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 241.81;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 217.422;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 224.712;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 206.308;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 259.554;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 217.703;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 223.788;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 206.808;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 239.691;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 206.047;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 221.62;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 203.662;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 354.475;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.14227, 0.241777, 0.28901, 0.363027, 0.483532, 0.683175, 1.01573", \
+            "0.174226, 0.273951, 0.321487, 0.395438, 0.516409, 0.717071, 1.04849", \
+            "0.202519, 0.303009, 0.350588, 0.424863, 0.54581, 0.745874, 1.07851", \
+            "0.246947, 0.350296, 0.398105, 0.472495, 0.593498, 0.793834, 1.12605", \
+            "0.312647, 0.424253, 0.472528, 0.545647, 0.667243, 0.867597, 1.19993", \
+            "0.405162, 0.530017, 0.580158, 0.654325, 0.773821, 0.972674, 1.30435", \
+            "0.534839, 0.684228, 0.736955, 0.815581, 0.936277, 1.13238, 1.46315" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0377283, 0.127805, 0.185719, 0.285052, 0.455435, 0.743821, 1.22595", \
+            "0.0384666, 0.127806, 0.18572, 0.286138, 0.455858, 0.74495, 1.2262", \
+            "0.0411973, 0.128908, 0.186715, 0.286139, 0.455886, 0.744951, 1.22681", \
+            "0.0477801, 0.132369, 0.189419, 0.287576, 0.45733, 0.744952, 1.22691", \
+            "0.0591228, 0.140056, 0.194727, 0.291399, 0.459482, 0.746184, 1.22766", \
+            "0.07903, 0.155167, 0.206342, 0.297776, 0.46325, 0.748397, 1.22948", \
+            "0.108874, 0.18926, 0.233626, 0.316761, 0.473467, 0.753091, 1.23161" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0757996, 0.141523, 0.177011, 0.234544, 0.330187, 0.489525, 0.754641", \
+            "0.115365, 0.182111, 0.217667, 0.275189, 0.370922, 0.530226, 0.795176", \
+            "0.142733, 0.211955, 0.247701, 0.305382, 0.40111, 0.560368, 0.825236", \
+            "0.182876, 0.25713, 0.293006, 0.350585, 0.445954, 0.604939, 0.869743", \
+            "0.238666, 0.323666, 0.359917, 0.417341, 0.51301, 0.671685, 0.935732", \
+            "0.307413, 0.408063, 0.447882, 0.507637, 0.60208, 0.758984, 1.02346", \
+            "0.386663, 0.510933, 0.557322, 0.621645, 0.717529, 0.875913, 1.13875" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0191471, 0.0847348, 0.130046, 0.206443, 0.335481, 0.551204, 0.91089", \
+            "0.0211609, 0.0852806, 0.13043, 0.206501, 0.336298, 0.551715, 0.910891", \
+            "0.0248298, 0.0871074, 0.131398, 0.206957, 0.336299, 0.551716, 0.910892", \
+            "0.032152, 0.0915373, 0.134523, 0.208796, 0.336494, 0.551717, 0.911569", \
+            "0.0443876, 0.100988, 0.140772, 0.212786, 0.338735, 0.553001, 0.91157", \
+            "0.063219, 0.119118, 0.155407, 0.223097, 0.344044, 0.555597, 0.913948", \
+            "0.092442, 0.153185, 0.184487, 0.245467, 0.35824, 0.564026, 0.918262" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.155848, 0.25536, 0.30266, 0.376285, 0.496737, 0.69657, 1.02923", \
+            "0.186775, 0.286222, 0.333966, 0.40784, 0.528726, 0.729299, 1.0614", \
+            "0.213057, 0.31363, 0.361474, 0.435589, 0.556512, 0.756445, 1.08883", \
+            "0.255704, 0.359395, 0.407489, 0.482379, 0.603375, 0.803227, 1.13588", \
+            "0.320903, 0.430683, 0.48027, 0.554422, 0.675076, 0.875278, 1.20759", \
+            "0.414826, 0.538418, 0.589043, 0.663242, 0.784082, 0.982781, 1.3152", \
+            "0.547761, 0.693038, 0.749237, 0.828113, 0.949777, 1.14785, 1.47862" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0379273, 0.127779, 0.18564, 0.285144, 0.455601, 0.743739, 1.22595", \
+            "0.0382034, 0.12778, 0.185641, 0.285229, 0.455602, 0.744424, 1.22657", \
+            "0.0401745, 0.128417, 0.18652, 0.285539, 0.455992, 0.744425, 1.22658", \
+            "0.0447105, 0.131818, 0.188957, 0.287262, 0.456837, 0.744426, 1.2344", \
+            "0.0538903, 0.138945, 0.195058, 0.291074, 0.459016, 0.745833, 1.23441", \
+            "0.071678, 0.152872, 0.204571, 0.298119, 0.463029, 0.747817, 1.23442", \
+            "0.098615, 0.183612, 0.230964, 0.315889, 0.473652, 0.752407, 1.23443" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.081198, 0.147573, 0.183177, 0.240885, 0.336631, 0.49599, 0.761025", \
+            "0.121714, 0.188887, 0.224604, 0.282343, 0.378155, 0.537477, 0.802614", \
+            "0.150773, 0.220073, 0.256016, 0.313753, 0.409568, 0.568837, 0.833895", \
+            "0.194211, 0.268375, 0.304295, 0.362024, 0.457948, 0.617071, 0.882255", \
+            "0.255114, 0.338621, 0.375819, 0.433648, 0.529304, 0.688051, 0.953318", \
+            "0.331139, 0.430309, 0.469568, 0.529024, 0.624236, 0.782602, 1.0465", \
+            "0.419191, 0.543075, 0.584774, 0.650902, 0.746504, 0.904447, 1.1682" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0197246, 0.0852659, 0.130428, 0.206953, 0.335773, 0.551484, 0.911126", \
+            "0.0213105, 0.0857638, 0.130738, 0.206954, 0.335855, 0.551926, 0.911149", \
+            "0.0246377, 0.087302, 0.131598, 0.207457, 0.335974, 0.551927, 0.91115", \
+            "0.0312875, 0.0915256, 0.134489, 0.209008, 0.336713, 0.551928, 0.911893", \
+            "0.04309, 0.0996412, 0.140259, 0.212516, 0.339052, 0.553154, 0.911918", \
+            "0.061055, 0.116769, 0.153913, 0.221868, 0.343679, 0.555614, 0.913674", \
+            "0.088669, 0.147837, 0.180456, 0.24138, 0.356216, 0.562874, 0.917649" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.164102, 0.26281, 0.310518, 0.384186, 0.50492, 0.704782, 1.03735", \
+            "0.193103, 0.292539, 0.340481, 0.414482, 0.535171, 0.735165, 1.06751", \
+            "0.216531, 0.317117, 0.364783, 0.438867, 0.559717, 0.759816, 1.09211", \
+            "0.254728, 0.358528, 0.406767, 0.480894, 0.602009, 0.801888, 1.13449", \
+            "0.314731, 0.423901, 0.473836, 0.548206, 0.669364, 0.869569, 1.20195", \
+            "0.400302, 0.522698, 0.574139, 0.648452, 0.769316, 0.97, 1.30226", \
+            "0.518775, 0.662981, 0.719697, 0.79917, 0.922077, 1.12172, 1.45368" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0377932, 0.127555, 0.185828, 0.285075, 0.455432, 0.743628, 1.22595", \
+            "0.0380415, 0.127556, 0.185829, 0.285076, 0.455483, 0.744236, 1.226", \
+            "0.0394388, 0.128163, 0.186289, 0.285393, 0.455829, 0.744874, 1.22604", \
+            "0.042886, 0.131566, 0.188891, 0.287053, 0.456648, 0.744875, 1.22685", \
+            "0.050016, 0.137659, 0.194042, 0.290417, 0.458532, 0.745392, 1.22686", \
+            "0.065932, 0.151595, 0.204341, 0.297519, 0.46302, 0.747765, 1.2286", \
+            "0.09206, 0.180312, 0.229272, 0.315834, 0.474255, 0.753117, 1.23061" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0852265, 0.1525, 0.188285, 0.246199, 0.342134, 0.501525, 0.76698", \
+            "0.126342, 0.194354, 0.230308, 0.288234, 0.384208, 0.543599, 0.808827", \
+            "0.156907, 0.22674, 0.262706, 0.320672, 0.416803, 0.576135, 0.841798", \
+            "0.202949, 0.277186, 0.313225, 0.371119, 0.466973, 0.626225, 0.891883", \
+            "0.268372, 0.351641, 0.388276, 0.446351, 0.542198, 0.701093, 0.966423", \
+            "0.350654, 0.448836, 0.487774, 0.547783, 0.642449, 0.801341, 1.06532", \
+            "0.450688, 0.567966, 0.612334, 0.676692, 0.772584, 0.930938, 1.19506" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0204141, 0.0860666, 0.131154, 0.207643, 0.336343, 0.551891, 0.911506", \
+            "0.0218044, 0.0864226, 0.131439, 0.207644, 0.33661, 0.551892, 0.91158", \
+            "0.024824, 0.0877797, 0.132179, 0.207945, 0.336611, 0.551991, 0.911936", \
+            "0.0310302, 0.0918342, 0.134815, 0.209268, 0.337217, 0.552325, 0.911937", \
+            "0.0424462, 0.0996325, 0.140258, 0.212814, 0.339175, 0.553349, 0.912667", \
+            "0.059939, 0.116018, 0.153024, 0.221755, 0.343975, 0.55597, 0.914101", \
+            "0.085918, 0.145993, 0.178703, 0.239289, 0.355875, 0.56296, 0.918247" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.16799, 0.266941, 0.314442, 0.387928, 0.509749, 0.708489, 1.0411", \
+            "0.1966, 0.295924, 0.343739, 0.417784, 0.538429, 0.738523, 1.07079", \
+            "0.218312, 0.318436, 0.366087, 0.440165, 0.56105, 0.760889, 1.09361", \
+            "0.252832, 0.35552, 0.403629, 0.478143, 0.599036, 0.798832, 1.13134", \
+            "0.306838, 0.415002, 0.4644, 0.538597, 0.659594, 0.859599, 1.19227", \
+            "0.383453, 0.502926, 0.553567, 0.629666, 0.751062, 0.950741, 1.28347", \
+            "0.485595, 0.62629, 0.683185, 0.76286, 0.88849, 1.08699, 1.41888" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0378251, 0.127515, 0.185789, 0.285174, 0.45549, 0.743786, 1.22597", \
+            "0.0379888, 0.127516, 0.18579, 0.285789, 0.455491, 0.743831, 1.22598", \
+            "0.0389731, 0.128059, 0.186185, 0.28579, 0.455753, 0.744904, 1.22612", \
+            "0.0415868, 0.130642, 0.188194, 0.286552, 0.45651, 0.744905, 1.22807", \
+            "0.0469612, 0.136399, 0.193087, 0.289903, 0.458172, 0.744975, 1.22808", \
+            "0.059892, 0.148659, 0.202158, 0.29695, 0.462278, 0.747333, 1.22811", \
+            "0.084174, 0.174685, 0.227177, 0.314887, 0.475479, 0.753481, 1.23066" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0879624, 0.156384, 0.192553, 0.250681, 0.346973, 0.506726, 0.772198", \
+            "0.129998, 0.198874, 0.234977, 0.293205, 0.389498, 0.549278, 0.814495", \
+            "0.161638, 0.232133, 0.268398, 0.326491, 0.422863, 0.582443, 0.848092", \
+            "0.209892, 0.284121, 0.320613, 0.37894, 0.474964, 0.63451, 0.89988", \
+            "0.279374, 0.362001, 0.399229, 0.4575, 0.553168, 0.712568, 0.977658", \
+            "0.368204, 0.465919, 0.504976, 0.563852, 0.659898, 0.818767, 1.08253", \
+            "0.47814, 0.596802, 0.640691, 0.702314, 0.798586, 0.95862, 1.22016" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0212421, 0.0869983, 0.132279, 0.208445, 0.33704, 0.552607, 0.912065", \
+            "0.0223182, 0.0872652, 0.132335, 0.208446, 0.337441, 0.553026, 0.91212", \
+            "0.0250948, 0.0884948, 0.132923, 0.20869, 0.337442, 0.553773, 0.912869", \
+            "0.0310493, 0.0921484, 0.135487, 0.210008, 0.338027, 0.553774, 0.91287", \
+            "0.0420817, 0.0995744, 0.140716, 0.213335, 0.339962, 0.553932, 0.912871", \
+            "0.05917, 0.115209, 0.152832, 0.221007, 0.344388, 0.556302, 0.914489", \
+            "0.084412, 0.143159, 0.176209, 0.238474, 0.355653, 0.562922, 0.919328" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0122603, 0.0124956, 0.0124994, 0.0126035, 0.0122412, 0.0118446, 0.0119062", \
+            "0.0120368, 0.0123593, 0.012277, 0.0124955, 0.0123647, 0.0122724, 0.0121033", \
+            "0.0122006, 0.012061, 0.0122064, 0.0122678, 0.012261, 0.0118986, 0.0119213", \
+            "0.0126411, 0.0122643, 0.0122108, 0.0121453, 0.0125129, 0.0118127, 0.0118752", \
+            "0.0137494, 0.0128025, 0.0127206, 0.0125811, 0.0124214, 0.0126174, 0.012416", \
+            "0.0161115, 0.0140424, 0.0140975, 0.0140191, 0.0137398, 0.0130744, 0.0123184", \
+            "0.0209603, 0.017484, 0.0172096, 0.0170638, 0.0167892, 0.0164414, 0.016181" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00971297, 0.0106913, 0.0107693, 0.010674, 0.0105009, 0.0101509, 0.00948259", \
+            "0.00949078, 0.0103076, 0.0106019, 0.0104773, 0.0105263, 0.0101566, 0.00938074", \
+            "0.00953241, 0.0101363, 0.0101971, 0.0104648, 0.0102088, 0.00988907, 0.00922062", \
+            "0.00984839, 0.010126, 0.0101564, 0.0100689, 0.00990579, 0.00998955, 0.00882734", \
+            "0.0108708, 0.0105873, 0.0104924, 0.0106133, 0.0106106, 0.00986667, 0.0101412", \
+            "0.0132097, 0.0118981, 0.0119246, 0.0123048, 0.0121351, 0.0118737, 0.0109523", \
+            "0.0180692, 0.0151796, 0.0150075, 0.0152553, 0.0147124, 0.0152453, 0.0149482" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0137182, 0.013978, 0.0140167, 0.0138856, 0.0136306, 0.0131665, 0.0133284", \
+            "0.0135265, 0.0138744, 0.0139008, 0.0138853, 0.0137873, 0.0137423, 0.0136842", \
+            "0.0135908, 0.0135273, 0.0137345, 0.0138587, 0.0138632, 0.0133008, 0.0133731", \
+            "0.0138418, 0.0135619, 0.0135503, 0.0136354, 0.0139572, 0.0132198, 0.0144719", \
+            "0.014576, 0.0140071, 0.014031, 0.0138934, 0.0136916, 0.0137524, 0.0132804", \
+            "0.0166384, 0.0148559, 0.0147068, 0.0145779, 0.0145338, 0.0140511, 0.0132492", \
+            "0.0207034, 0.0178542, 0.0175936, 0.017446, 0.0172172, 0.0169258, 0.0165562" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00978407, 0.0107266, 0.0107748, 0.0107256, 0.0106057, 0.0103317, 0.00962467", \
+            "0.00959519, 0.0103995, 0.0106855, 0.0106414, 0.0104494, 0.0102165, 0.00945438", \
+            "0.00967243, 0.0102081, 0.0102933, 0.0105687, 0.0102613, 0.00992484, 0.00928399", \
+            "0.00997156, 0.010255, 0.0102451, 0.0101793, 0.0102192, 0.0103692, 0.0122728", \
+            "0.0109496, 0.0105456, 0.0106511, 0.0108297, 0.0107587, 0.0101288, 0.0108149", \
+            "0.0132259, 0.0119421, 0.0118944, 0.0122493, 0.0122127, 0.0122208, 0.011108", \
+            "0.0178289, 0.0150819, 0.0148083, 0.0152017, 0.0146534, 0.0151528, 0.014967" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0150453, 0.0150711, 0.0151576, 0.015045, 0.0148943, 0.0145931, 0.0146122", \
+            "0.0147994, 0.015144, 0.0152388, 0.015267, 0.0151252, 0.0148329, 0.0148641", \
+            "0.0148154, 0.0148564, 0.0150412, 0.0151679, 0.0152073, 0.014731, 0.0146667", \
+            "0.0149818, 0.0149262, 0.0149124, 0.0149131, 0.0152585, 0.0143846, 0.0146123", \
+            "0.0155215, 0.0149726, 0.0151202, 0.015138, 0.0148924, 0.0150763, 0.0147907", \
+            "0.0171371, 0.0158329, 0.0157262, 0.0155207, 0.0155302, 0.0153627, 0.0145159", \
+            "0.0210196, 0.0184686, 0.0182862, 0.01798, 0.0178919, 0.018052, 0.0177975" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100392, 0.0108583, 0.0109177, 0.0108543, 0.0107653, 0.0104678, 0.0098095", \
+            "0.0098052, 0.0105827, 0.0109088, 0.0107034, 0.0106673, 0.0103341, 0.00969362", \
+            "0.00989391, 0.0104121, 0.0104968, 0.0107989, 0.0104946, 0.0101532, 0.00970594", \
+            "0.0102454, 0.0104437, 0.0105147, 0.0103364, 0.0103602, 0.0101371, 0.00979976", \
+            "0.0111253, 0.0108044, 0.0108266, 0.0109702, 0.0108443, 0.0101445, 0.0104222", \
+            "0.0135129, 0.0122109, 0.0120353, 0.0124823, 0.0123439, 0.0124704, 0.0111284", \
+            "0.0179769, 0.0153629, 0.0151901, 0.0151765, 0.0147191, 0.0151703, 0.014878" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0162751, 0.0163955, 0.0164256, 0.0162418, 0.0165691, 0.0157169, 0.0157687", \
+            "0.0160677, 0.0163962, 0.0165679, 0.0166593, 0.0163482, 0.0161359, 0.0162239", \
+            "0.0160782, 0.016115, 0.0163039, 0.016331, 0.0165243, 0.0160361, 0.0160239", \
+            "0.0161732, 0.0161176, 0.0161455, 0.0161797, 0.0162986, 0.0156925, 0.015888", \
+            "0.0165304, 0.0162188, 0.016299, 0.0162591, 0.0158535, 0.0159785, 0.0156645", \
+            "0.0179081, 0.0168023, 0.0166614, 0.0166233, 0.0166899, 0.0163781, 0.0154099", \
+            "0.0213194, 0.0190681, 0.0191872, 0.0188539, 0.0192129, 0.0189501, 0.0186857" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0101677, 0.0109449, 0.0110267, 0.0109911, 0.010753, 0.0105789, 0.00979515", \
+            "0.010019, 0.0107614, 0.0109539, 0.0110315, 0.0108384, 0.0106475, 0.0098091", \
+            "0.0101234, 0.0105948, 0.0107001, 0.0109498, 0.0107132, 0.0106292, 0.0100405", \
+            "0.0104502, 0.0105237, 0.0106616, 0.0106112, 0.0105905, 0.0105121, 0.0101887", \
+            "0.01133, 0.0109655, 0.01105, 0.0111122, 0.0110341, 0.01032, 0.0110778", \
+            "0.0135722, 0.0125008, 0.0123459, 0.0123093, 0.0125216, 0.0126328, 0.0111805", \
+            "0.0182884, 0.0156063, 0.0154177, 0.0154825, 0.0150466, 0.0158197, 0.0147577" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00237367;
+      rise_capacitance : 0.00236495;
+      rise_capacitance_range (0.00220201, 0.00248362);
+      fall_capacitance : 0.0023824;
+      fall_capacitance_range (0.00215019, 0.00258836);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249258;
+      rise_capacitance : 0.00253172;
+      rise_capacitance_range (0.00222969, 0.0027949);
+      fall_capacitance : 0.00245345;
+      fall_capacitance_range (0.00224678, 0.00263252);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249039;
+      rise_capacitance : 0.00253879;
+      rise_capacitance_range (0.00223949, 0.00282);
+      fall_capacitance : 0.00244199;
+      fall_capacitance_range (0.00227275, 0.00259109);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0024971;
+      rise_capacitance : 0.00255491;
+      rise_capacitance_range (0.00226665, 0.00282622);
+      fall_capacitance : 0.00243929;
+      fall_capacitance_range (0.00232587, 0.00255386);
+    }
+  }
+  cell (sg13g2_antennanp) {
+    area : 5.4432;
+    cell_footprint : "antennanp";
+    cell_leakage_power : 4.32001;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 4.32002;
+      when : "A";
+    }
+    leakage_power () {
+      value : 4.32;
+      when : "!A";
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0010804;
+      rise_capacitance : 0.00104669;
+      rise_capacitance_range (0.000250496, 0.00167391);
+      fall_capacitance : 0.0011141;
+      fall_capacitance_range (0.000251979, 0.00177329);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00027363, -0.000274251, -0.000275315, -0.000276772, -0.000277726, -0.000276892, -0.00027666" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00027363, 0.000274251, 0.000275315, 0.000276772, 0.000277726, 0.000276892, 0.00027666" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_buf_1) {
+    area : 7.2576;
+    cell_footprint : "buf";
+    cell_leakage_power : 110.317;
+    leakage_power () {
+      value : 113.99;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 106.645;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0497009, 0.115315, 0.158891, 0.230819, 0.350969, 0.551218, 0.884669", \
+            "0.0829743, 0.149228, 0.192875, 0.26469, 0.385024, 0.585176, 0.91895", \
+            "0.103788, 0.170779, 0.214343, 0.286279, 0.406452, 0.606907, 0.940268", \
+            "0.132908, 0.202704, 0.246186, 0.317797, 0.437829, 0.63809, 0.971759", \
+            "0.172056, 0.249008, 0.292117, 0.363637, 0.483223, 0.683356, 1.01661", \
+            "0.224761, 0.315172, 0.358203, 0.429152, 0.5489, 0.747993, 1.08054", \
+            "0.295565, 0.406667, 0.45348, 0.525325, 0.64542, 0.845755, 1.1786" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0148479, 0.103623, 0.166575, 0.270805, 0.445088, 0.735811, 1.22004", \
+            "0.0181928, 0.104025, 0.166777, 0.270806, 0.445129, 0.736054, 1.2205", \
+            "0.0217277, 0.104673, 0.167231, 0.271031, 0.445237, 0.736055, 1.22051", \
+            "0.0280569, 0.106106, 0.167992, 0.271767, 0.445664, 0.736116, 1.22052", \
+            "0.0381003, 0.109997, 0.169903, 0.272661, 0.446648, 0.736729, 1.22053", \
+            "0.05259, 0.120176, 0.176167, 0.275944, 0.4484, 0.738021, 1.22151", \
+            "0.07334, 0.143797, 0.193341, 0.286936, 0.455576, 0.743008, 1.22454" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0526983, 0.107891, 0.142774, 0.200168, 0.296146, 0.455843, 0.722237", \
+            "0.0854813, 0.142136, 0.177085, 0.234525, 0.330515, 0.491617, 0.756459", \
+            "0.105421, 0.163464, 0.198522, 0.256115, 0.352066, 0.511884, 0.778005", \
+            "0.132725, 0.194589, 0.229552, 0.287209, 0.383192, 0.54323, 0.809102", \
+            "0.16867, 0.237272, 0.27227, 0.32979, 0.425438, 0.585066, 0.851331", \
+            "0.212305, 0.292907, 0.329177, 0.387075, 0.482603, 0.641712, 0.908017", \
+            "0.262584, 0.362418, 0.402889, 0.463657, 0.559591, 0.719389, 0.985341" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0142603, 0.0798307, 0.126236, 0.20392, 0.333904, 0.550456, 0.911534", \
+            "0.0170934, 0.0803422, 0.126696, 0.20393, 0.333905, 0.552129, 0.911591", \
+            "0.0205422, 0.0815901, 0.127513, 0.204469, 0.33424, 0.55213, 0.911592", \
+            "0.0264691, 0.0842409, 0.129041, 0.205575, 0.335016, 0.552131, 0.911622", \
+            "0.0362112, 0.0899094, 0.132552, 0.207571, 0.336431, 0.552187, 0.91227", \
+            "0.050655, 0.101654, 0.140507, 0.21282, 0.339127, 0.554676, 0.914052", \
+            "0.072176, 0.126086, 0.160767, 0.228397, 0.349559, 0.560992, 0.918866" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00571442, 0.00612442, 0.00611389, 0.00607173, 0.00596166, 0.00572424, 0.00575695", \
+            "0.00544305, 0.00577911, 0.00585591, 0.00588466, 0.00571297, 0.00551299, 0.00546386", \
+            "0.00548104, 0.00572757, 0.00573619, 0.00587753, 0.00567364, 0.0055038, 0.00535642", \
+            "0.00574037, 0.00594445, 0.00599347, 0.0059121, 0.00594892, 0.00568437, 0.00560531", \
+            "0.00646227, 0.00653468, 0.0065674, 0.00663232, 0.00644847, 0.00643652, 0.0062099", \
+            "0.00823411, 0.00805472, 0.00806091, 0.00808491, 0.0081432, 0.00806626, 0.0074756", \
+            "0.0121275, 0.0115316, 0.0115407, 0.0114801, 0.0114495, 0.0114599, 0.0114363" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00560081, 0.00608631, 0.00605849, 0.00602768, 0.00593387, 0.00573787, 0.00543733", \
+            "0.00537903, 0.0057855, 0.00586417, 0.00584041, 0.00574235, 0.00581643, 0.00524399", \
+            "0.0054384, 0.005791, 0.0057813, 0.00585647, 0.00581554, 0.00568624, 0.00524668", \
+            "0.00573874, 0.00608248, 0.00614403, 0.00611678, 0.0060243, 0.00618662, 0.00636336", \
+            "0.00647285, 0.00664716, 0.00672568, 0.00680657, 0.00679562, 0.00639149, 0.00674109", \
+            "0.00833748, 0.00818055, 0.00822235, 0.00828262, 0.00837605, 0.00830618, 0.00797452", \
+            "0.0123304, 0.0117041, 0.0116732, 0.0117721, 0.0117054, 0.0116274, 0.0116887" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00226339;
+      rise_capacitance : 0.00229273;
+      rise_capacitance_range (0.00207295, 0.00245048);
+      fall_capacitance : 0.00223405;
+      fall_capacitance_range (0.0020413, 0.0024117);
+    }
+  }
+  cell (sg13g2_buf_16) {
+    area : 45.36;
+    cell_footprint : "buf";
+    cell_leakage_power : 1385.39;
+    leakage_power () {
+      value : 1191.03;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 1579.74;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 4.8;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0559696, 0.129942, 0.174003, 0.246122, 0.366899, 0.567565, 0.901839", \
+            "0.09361, 0.168776, 0.212744, 0.284899, 0.405533, 0.606663, 0.940961", \
+            "0.118026, 0.195208, 0.238981, 0.311206, 0.431669, 0.632459, 0.966917", \
+            "0.153532, 0.234971, 0.278392, 0.350112, 0.470125, 0.670778, 1.00496", \
+            "0.20233, 0.294003, 0.336776, 0.408536, 0.527923, 0.72739, 1.06152", \
+            "0.267844, 0.375442, 0.419163, 0.490642, 0.60992, 0.808407, 1.14129", \
+            "0.357741, 0.487835, 0.534002, 0.609052, 0.728364, 0.926306, 1.25873" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0143893, 0.105484, 0.168647, 0.272987, 0.448141, 0.73996, 1.22662", \
+            "0.0182284, 0.106017, 0.168712, 0.273053, 0.448313, 0.740718, 1.22663", \
+            "0.022387, 0.107078, 0.169237, 0.273323, 0.448314, 0.740719, 1.22664", \
+            "0.0299519, 0.109613, 0.170571, 0.274165, 0.448636, 0.74072, 1.22665", \
+            "0.0424618, 0.11613, 0.174092, 0.275804, 0.449911, 0.740916, 1.22666", \
+            "0.06189, 0.130618, 0.183506, 0.281087, 0.452389, 0.74268, 1.22809", \
+            "0.090288, 0.161437, 0.207135, 0.295544, 0.461274, 0.747786, 1.23134" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0631229, 0.12956, 0.165312, 0.223308, 0.320019, 0.480939, 0.749005", \
+            "0.100157, 0.167888, 0.203552, 0.261638, 0.358405, 0.519348, 0.78702", \
+            "0.124746, 0.194519, 0.230303, 0.288416, 0.385101, 0.546034, 0.813954", \
+            "0.160312, 0.234926, 0.270804, 0.328902, 0.425571, 0.586231, 0.854067", \
+            "0.208986, 0.292811, 0.329244, 0.386726, 0.482565, 0.643289, 0.910704", \
+            "0.26891, 0.367907, 0.406347, 0.464199, 0.560185, 0.719694, 0.985989", \
+            "0.346639, 0.465055, 0.50836, 0.569306, 0.66554, 0.826143, 1.0922" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0162904, 0.0847641, 0.131166, 0.208904, 0.33974, 0.55807, 0.922328", \
+            "0.0190539, 0.085481, 0.131534, 0.209037, 0.339741, 0.558144, 0.922329", \
+            "0.0229478, 0.0872058, 0.132586, 0.209687, 0.339944, 0.560023, 0.922527", \
+            "0.0308901, 0.0911443, 0.135164, 0.211204, 0.34086, 0.560024, 0.922528", \
+            "0.0436041, 0.09988, 0.141286, 0.214741, 0.343022, 0.560025, 0.923264", \
+            "0.063211, 0.116329, 0.153802, 0.222658, 0.347712, 0.562658, 0.925167", \
+            "0.092221, 0.147565, 0.180315, 0.242173, 0.360332, 0.570811, 0.930086" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0732475, 0.0815123, 0.0820632, 0.0813934, 0.0799462, 0.0765595, 0.0775965", \
+            "0.0720957, 0.0778322, 0.079736, 0.0781428, 0.07705, 0.0752941, 0.074534", \
+            "0.073269, 0.076575, 0.0771449, 0.0784897, 0.0760406, 0.0735501, 0.0727478", \
+            "0.0766776, 0.0775131, 0.0778127, 0.0763092, 0.0774119, 0.075041, 0.0734516", \
+            "0.0862742, 0.0824705, 0.0824739, 0.0832204, 0.0810689, 0.0777267, 0.0737491", \
+            "0.106539, 0.0935121, 0.0935061, 0.0940448, 0.0960282, 0.0924177, 0.0834238", \
+            "0.148349, 0.123357, 0.122601, 0.120879, 0.124023, 0.122517, 0.121514" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0706358, 0.0795022, 0.0799289, 0.0793034, 0.0781045, 0.0763136, 0.0714311", \
+            "0.0698521, 0.0764021, 0.0785027, 0.0772193, 0.0763419, 0.0738435, 0.0685339", \
+            "0.0712503, 0.076058, 0.0762041, 0.0778806, 0.0764772, 0.0768652, 0.069925", \
+            "0.0754166, 0.0772385, 0.077871, 0.0769289, 0.0759089, 0.0782363, 0.0771587", \
+            "0.0857906, 0.0819394, 0.0825587, 0.0832196, 0.0815535, 0.0768166, 0.080503", \
+            "0.106991, 0.0943308, 0.0953187, 0.0941772, 0.0962423, 0.0962223, 0.0866833", \
+            "0.149211, 0.122943, 0.122393, 0.122678, 0.120862, 0.124837, 0.124035" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0170499;
+      rise_capacitance : 0.0173358;
+      rise_capacitance_range (0.0158377, 0.0185105);
+      fall_capacitance : 0.016764;
+      fall_capacitance_range (0.0154452, 0.017924);
+    }
+  }
+  cell (sg13g2_buf_2) {
+    area : 9.072;
+    cell_footprint : "buf";
+    cell_leakage_power : 181.545;
+    leakage_power () {
+      value : 202.562;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 160.527;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0560683, 0.126202, 0.169967, 0.241918, 0.362315, 0.562233, 0.895548", \
+            "0.0935084, 0.164723, 0.20844, 0.280341, 0.400506, 0.601202, 0.934418", \
+            "0.117733, 0.190429, 0.234213, 0.306203, 0.42641, 0.626761, 0.960431", \
+            "0.152792, 0.229717, 0.272788, 0.344359, 0.46425, 0.664215, 0.997503", \
+            "0.200937, 0.287749, 0.330368, 0.401223, 0.520785, 0.719891, 1.05289", \
+            "0.26609, 0.368462, 0.411913, 0.48229, 0.601108, 0.800279, 1.13212", \
+            "0.354724, 0.48041, 0.528316, 0.600564, 0.719995, 0.917843, 1.24889" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148739, 0.10412, 0.167103, 0.271373, 0.446249, 0.737585, 1.2228", \
+            "0.0186397, 0.104487, 0.167257, 0.271374, 0.44625, 0.737999, 1.22295", \
+            "0.0226582, 0.105591, 0.167791, 0.271742, 0.446251, 0.738849, 1.22322", \
+            "0.0298677, 0.107847, 0.168947, 0.272498, 0.446761, 0.73885, 1.22323", \
+            "0.0416988, 0.114157, 0.17231, 0.273887, 0.447824, 0.738851, 1.22351", \
+            "0.059482, 0.128013, 0.180808, 0.278734, 0.450082, 0.74008, 1.22428", \
+            "0.085813, 0.156893, 0.202204, 0.292328, 0.458604, 0.744902, 1.22782" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0610477, 0.122568, 0.157706, 0.215185, 0.311077, 0.470558, 0.736255", \
+            "0.0973287, 0.160149, 0.195372, 0.252816, 0.348678, 0.508213, 0.773823", \
+            "0.121182, 0.185907, 0.221283, 0.278717, 0.374545, 0.533945, 0.799671", \
+            "0.154834, 0.224317, 0.259635, 0.317004, 0.4127, 0.572011, 0.837483", \
+            "0.200369, 0.278554, 0.314848, 0.371552, 0.466412, 0.625818, 0.890958", \
+            "0.25536, 0.348347, 0.386094, 0.442896, 0.537948, 0.696205, 0.961124", \
+            "0.323575, 0.436744, 0.478766, 0.539276, 0.635419, 0.794093, 1.05872" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0157796, 0.0819423, 0.127938, 0.205124, 0.334805, 0.551068, 0.911367", \
+            "0.0186004, 0.0825936, 0.128338, 0.205246, 0.337232, 0.551069, 0.911505", \
+            "0.0223713, 0.0842806, 0.129426, 0.205794, 0.337233, 0.551197, 0.911863", \
+            "0.0298265, 0.0879004, 0.1317, 0.207337, 0.337234, 0.551734, 0.911999", \
+            "0.0415829, 0.0958699, 0.137436, 0.210393, 0.337771, 0.553173, 0.912796", \
+            "0.05951, 0.111335, 0.148867, 0.217551, 0.341629, 0.555541, 0.914617", \
+            "0.086232, 0.141088, 0.172641, 0.235499, 0.353801, 0.562308, 0.919345" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00971355, 0.0106993, 0.0107153, 0.0106409, 0.0105181, 0.0100306, 0.0101374", \
+            "0.00944881, 0.0101844, 0.0104275, 0.0101784, 0.0100334, 0.00979835, 0.00954848", \
+            "0.0095243, 0.00992428, 0.0100261, 0.0102495, 0.00999003, 0.00984221, 0.00957189", \
+            "0.00992009, 0.0101239, 0.0101488, 0.0100511, 0.0100853, 0.00987085, 0.00924596", \
+            "0.0111135, 0.0108791, 0.0109086, 0.010899, 0.0107151, 0.0103559, 0.00992008", \
+            "0.0136481, 0.0125448, 0.0125095, 0.0124246, 0.012482, 0.0123854, 0.0110807", \
+            "0.0191379, 0.0166704, 0.0165519, 0.0164228, 0.0167112, 0.0164972, 0.0163025" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00940201, 0.0104921, 0.0104903, 0.010462, 0.0103051, 0.0099396, 0.0093457", \
+            "0.00920769, 0.0100476, 0.0102598, 0.010124, 0.0105786, 0.00965954, 0.00903556", \
+            "0.00934013, 0.00989137, 0.00996544, 0.0101868, 0.0102651, 0.00962642, 0.00905714", \
+            "0.00979578, 0.0101618, 0.010288, 0.0101656, 0.0100085, 0.0102562, 0.00953122", \
+            "0.011016, 0.0108072, 0.0111119, 0.0110822, 0.0108, 0.0104127, 0.0110439", \
+            "0.0137102, 0.012601, 0.0127615, 0.0125922, 0.0126526, 0.0126216, 0.0118747", \
+            "0.0193038, 0.0167403, 0.0164927, 0.0165717, 0.0166593, 0.016805, 0.0168824" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00261926;
+      rise_capacitance : 0.002663;
+      rise_capacitance_range (0.00245416, 0.00282907);
+      fall_capacitance : 0.00257552;
+      fall_capacitance_range (0.00238551, 0.00275503);
+    }
+  }
+  cell (sg13g2_buf_4) {
+    area : 14.5152;
+    cell_footprint : "buf";
+    cell_leakage_power : 337.354;
+    leakage_power () {
+      value : 291.93;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 382.779;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 1.2;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0708627, 0.146472, 0.190494, 0.262318, 0.382614, 0.582578, 0.915767", \
+            "0.112562, 0.189354, 0.233147, 0.305124, 0.425221, 0.625319, 0.958699", \
+            "0.142069, 0.221334, 0.264958, 0.336668, 0.456993, 0.657009, 0.989728", \
+            "0.186016, 0.270647, 0.313167, 0.384914, 0.504516, 0.704125, 1.03711", \
+            "0.250398, 0.343617, 0.387176, 0.458528, 0.576566, 0.774763, 1.10751", \
+            "0.343592, 0.452729, 0.497676, 0.567669, 0.685707, 0.882699, 1.21466", \
+            "0.476174, 0.609273, 0.659483, 0.731131, 0.84833, 1.04444, 1.3752" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0191602, 0.106949, 0.169231, 0.273039, 0.447267, 0.737605, 1.22151", \
+            "0.0226577, 0.107473, 0.169399, 0.273076, 0.447639, 0.737677, 1.22187", \
+            "0.0273014, 0.108949, 0.170164, 0.273389, 0.44764, 0.737678, 1.22195", \
+            "0.0349138, 0.112732, 0.172211, 0.274439, 0.447911, 0.737712, 1.22196", \
+            "0.0487791, 0.120183, 0.176815, 0.276877, 0.44937, 0.738756, 1.22213", \
+            "0.070075, 0.138855, 0.189174, 0.283389, 0.452449, 0.740857, 1.22344", \
+            "0.102412, 0.173428, 0.217402, 0.301595, 0.462639, 0.74598, 1.22703" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0624446, 0.126646, 0.162059, 0.219971, 0.3164, 0.47678, 0.744084", \
+            "0.0998451, 0.165055, 0.200625, 0.258456, 0.354944, 0.515315, 0.782426", \
+            "0.124525, 0.191821, 0.227359, 0.285247, 0.381483, 0.541902, 0.809068", \
+            "0.159644, 0.231784, 0.267445, 0.325087, 0.421314, 0.581694, 0.848629", \
+            "0.206049, 0.287523, 0.324136, 0.381138, 0.476863, 0.636349, 0.903047", \
+            "0.260422, 0.356317, 0.393672, 0.451581, 0.546171, 0.704788, 0.970741", \
+            "0.316414, 0.433542, 0.476436, 0.536923, 0.632485, 0.792146, 1.05667" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0164244, 0.083634, 0.129879, 0.207482, 0.337831, 0.555326, 0.918562", \
+            "0.0192841, 0.0843412, 0.130242, 0.207557, 0.338048, 0.555327, 0.918563", \
+            "0.0232697, 0.0860598, 0.131335, 0.208113, 0.338097, 0.559664, 0.918564", \
+            "0.0314537, 0.0899382, 0.133837, 0.209597, 0.338819, 0.559665, 0.918565", \
+            "0.0447601, 0.0987705, 0.14011, 0.213334, 0.340856, 0.559666, 0.918988", \
+            "0.065051, 0.116528, 0.153567, 0.22238, 0.345694, 0.560316, 0.920702", \
+            "0.095909, 0.149606, 0.180792, 0.24127, 0.358503, 0.567707, 0.925471" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0179385, 0.0197095, 0.0198505, 0.0197485, 0.0193886, 0.0186963, 0.0188865", \
+            "0.0176757, 0.0189108, 0.019216, 0.0192688, 0.0188277, 0.0180428, 0.0182915", \
+            "0.0179517, 0.0186582, 0.018848, 0.0194959, 0.0189262, 0.0178001, 0.0182591", \
+            "0.0187903, 0.0189282, 0.0187912, 0.0186271, 0.0189469, 0.0179054, 0.0173281", \
+            "0.020988, 0.01958, 0.0197083, 0.0196597, 0.0190131, 0.018227, 0.0174266", \
+            "0.0259187, 0.0221117, 0.0222938, 0.0219222, 0.0218389, 0.0207497, 0.0193152", \
+            "0.0351619, 0.0280834, 0.0279932, 0.0272916, 0.027384, 0.0268832, 0.0264267" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0179202, 0.0201153, 0.0202043, 0.0201323, 0.0197913, 0.0190985, 0.0181603", \
+            "0.0176753, 0.0193658, 0.0198627, 0.0195243, 0.0194117, 0.0186429, 0.0173135", \
+            "0.0179269, 0.0191287, 0.0192434, 0.0196763, 0.0193061, 0.0206113, 0.0176885", \
+            "0.0187714, 0.0192658, 0.0195418, 0.0192954, 0.0190452, 0.0188391, 0.0177556", \
+            "0.0210271, 0.0200339, 0.0205348, 0.0206022, 0.0203573, 0.0190392, 0.0205923", \
+            "0.0255969, 0.0224637, 0.0228905, 0.023205, 0.0230216, 0.0228789, 0.0209122", \
+            "0.0348923, 0.0282844, 0.0280421, 0.0279411, 0.028063, 0.0288215, 0.0283844" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00370215;
+      rise_capacitance : 0.0038592;
+      rise_capacitance_range (0.00361258, 0.00403631);
+      fall_capacitance : 0.00354511;
+      fall_capacitance_range (0.00328275, 0.00384679);
+    }
+  }
+  cell (sg13g2_buf_8) {
+    area : 23.5872;
+    cell_footprint : "buf";
+    cell_leakage_power : 692.69;
+    leakage_power () {
+      value : 595.512;
+      when : "A&X";
+    }
+    leakage_power () {
+      value : 789.869;
+      when : "!A&!X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 2.4;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0558704, 0.128711, 0.172578, 0.244419, 0.365035, 0.565099, 0.898737", \
+            "0.0936785, 0.167695, 0.211413, 0.283443, 0.403843, 0.604508, 0.938082", \
+            "0.118276, 0.194256, 0.23788, 0.309986, 0.430223, 0.630608, 0.964049", \
+            "0.153844, 0.234287, 0.277558, 0.348997, 0.468887, 0.668695, 1.00243", \
+            "0.202884, 0.292883, 0.335451, 0.406911, 0.526009, 0.725633, 1.05896", \
+            "0.269509, 0.377137, 0.419155, 0.489546, 0.608051, 0.806617, 1.13888", \
+            "0.359444, 0.487487, 0.536873, 0.606497, 0.725066, 0.923544, 1.25452" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0143063, 0.104541, 0.167555, 0.27166, 0.446389, 0.737319, 1.22286", \
+            "0.0182582, 0.105033, 0.167659, 0.271819, 0.44639, 0.738238, 1.22287", \
+            "0.0224238, 0.106099, 0.168181, 0.272013, 0.446391, 0.73919, 1.22288", \
+            "0.030073, 0.108617, 0.16951, 0.272867, 0.446969, 0.739191, 1.22289", \
+            "0.0425442, 0.1149, 0.173044, 0.274495, 0.448128, 0.739192, 1.22291", \
+            "0.061672, 0.130382, 0.18249, 0.279536, 0.450741, 0.740204, 1.22438", \
+            "0.090064, 0.161296, 0.206632, 0.294814, 0.459524, 0.745212, 1.22763" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0630408, 0.128584, 0.164302, 0.222447, 0.319423, 0.480942, 0.749679", \
+            "0.100198, 0.166951, 0.202729, 0.260967, 0.357986, 0.519298, 0.787991", \
+            "0.124937, 0.193854, 0.229647, 0.287936, 0.384826, 0.546217, 0.814808", \
+            "0.160674, 0.234479, 0.270332, 0.328381, 0.425315, 0.58644, 0.855168", \
+            "0.209615, 0.292884, 0.329405, 0.386781, 0.483137, 0.643491, 0.912004", \
+            "0.270826, 0.368124, 0.405768, 0.465241, 0.5607, 0.720198, 0.98756", \
+            "0.347584, 0.465706, 0.509064, 0.569767, 0.666411, 0.82741, 1.09411" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0161554, 0.0842315, 0.130681, 0.208683, 0.33991, 0.558783, 0.923619", \
+            "0.0189883, 0.0849657, 0.131121, 0.208979, 0.339911, 0.558862, 0.923713", \
+            "0.0229244, 0.0866208, 0.132219, 0.209433, 0.34014, 0.560106, 0.924132", \
+            "0.0309077, 0.0905246, 0.134711, 0.211114, 0.341023, 0.560107, 0.924166", \
+            "0.0435927, 0.0994401, 0.140825, 0.214483, 0.343204, 0.560906, 0.92471", \
+            "0.062926, 0.116172, 0.152773, 0.223199, 0.347896, 0.563392, 0.926685", \
+            "0.0921, 0.147437, 0.180144, 0.241879, 0.360542, 0.571407, 0.931271" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.036906, 0.0411269, 0.0413404, 0.0410048, 0.0404261, 0.0385462, 0.0392692", \
+            "0.036179, 0.0390997, 0.0401096, 0.0393683, 0.0388082, 0.037997, 0.0376895", \
+            "0.0366333, 0.0384884, 0.038719, 0.0402799, 0.0389558, 0.038185, 0.0363394", \
+            "0.0384942, 0.0388794, 0.0390839, 0.0385094, 0.0390587, 0.0367957, 0.0359174", \
+            "0.0430497, 0.040985, 0.0410038, 0.0414367, 0.0404441, 0.0393023, 0.0379036", \
+            "0.053332, 0.0473542, 0.0471563, 0.0470629, 0.0473667, 0.0463092, 0.0423251", \
+            "0.0738813, 0.0617499, 0.0619279, 0.06061, 0.0613613, 0.0611599, 0.0598987" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.035522, 0.039975, 0.0401603, 0.0398815, 0.0392976, 0.0382798, 0.0355729", \
+            "0.0350015, 0.0383939, 0.0392158, 0.0388675, 0.0383066, 0.0370982, 0.0343257", \
+            "0.0356586, 0.0378128, 0.0381374, 0.0390675, 0.0383426, 0.0375837, 0.0348853", \
+            "0.0376497, 0.0386259, 0.0389185, 0.0387022, 0.0376689, 0.0383707, 0.0407678", \
+            "0.0428198, 0.0411131, 0.0418024, 0.0418984, 0.0413465, 0.0381336, 0.0400724", \
+            "0.0534307, 0.0471751, 0.0468986, 0.048687, 0.0482616, 0.0476603, 0.0425481", \
+            "0.0744043, 0.0615104, 0.0612439, 0.061116, 0.0605441, 0.0624469, 0.0617451" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00856578;
+      rise_capacitance : 0.00870885;
+      rise_capacitance_range (0.0080112, 0.00929224);
+      fall_capacitance : 0.00842272;
+      fall_capacitance_range (0.00781194, 0.00899306);
+    }
+  }
+  cell (sg13g2_decap_4) {
+    area : 7.2576;
+    cell_footprint : "decap";
+    cell_leakage_power : 395.59;
+    dont_touch : true;
+    dont_use : true;
+    is_decap_cell : true;
+  }
+  cell (sg13g2_decap_8) {
+    area : 12.7008;
+    cell_footprint : "decap";
+    cell_leakage_power : 791.198;
+    dont_touch : true;
+    dont_use : true;
+    is_decap_cell : true;
+  }
+  cell (sg13g2_dfrbp_1) {
+    area : 52.6176;
+    cell_footprint : "dfrbp";
+    cell_leakage_power : 567.01;
+    leakage_power () {
+      value : 488.102;
+      when : "!CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 490.231;
+      when : "!CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 486.747;
+      when : "CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 488.876;
+      when : "CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 652.115;
+      when : "!CLK&!D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 517.585;
+      when : "!CLK&!D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 630.512;
+      when : "!CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 637.229;
+      when : "!CLK&D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 638.576;
+      when : "CLK&!D&RESET_B&Q*!Q_N";
+    }
+    leakage_power () {
+      value : 522;
+      when : "CLK&!D&RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 649.088;
+      when : "CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 603.053;
+      when : "CLK&D&RESET_B&!Q&Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.189861, 0.248624, 0.291634, 0.36299, 0.482548, 0.681855, 1.01378", \
+            "0.227802, 0.286641, 0.329792, 0.401171, 0.520449, 0.720401, 1.05179", \
+            "0.253596, 0.312431, 0.355503, 0.426979, 0.546378, 0.74556, 1.07794", \
+            "0.292231, 0.350811, 0.3939, 0.465231, 0.5847, 0.783817, 1.11584", \
+            "0.347959, 0.406589, 0.449613, 0.520873, 0.640398, 0.839543, 1.17149", \
+            "0.427011, 0.485115, 0.528136, 0.599414, 0.719012, 0.918178, 1.25022", \
+            "0.535888, 0.592948, 0.635823, 0.707027, 0.826463, 1.02581, 1.35755" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0200763, 0.103319, 0.165743, 0.269219, 0.442619, 0.731971, 1.21491", \
+            "0.0200773, 0.10332, 0.165744, 0.26962, 0.443089, 0.7326, 1.21492", \
+            "0.0200783, 0.103321, 0.165745, 0.269621, 0.44309, 0.733434, 1.21525", \
+            "0.0200793, 0.103347, 0.165763, 0.269622, 0.443091, 0.733435, 1.21932", \
+            "0.0202436, 0.103348, 0.165764, 0.269623, 0.443092, 0.733436, 1.21933", \
+            "0.020489, 0.103368, 0.165789, 0.269624, 0.443093, 0.733437, 1.21934", \
+            "0.021498, 0.103464, 0.165853, 0.269625, 0.443094, 0.733438, 1.21935" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.172332, 0.223679, 0.258266, 0.315372, 0.410751, 0.569709, 0.835008", \
+            "0.210076, 0.261551, 0.296151, 0.353204, 0.448585, 0.607687, 0.872643", \
+            "0.235512, 0.286983, 0.321577, 0.378566, 0.474014, 0.633081, 0.898006", \
+            "0.272334, 0.323789, 0.358363, 0.41537, 0.510797, 0.669753, 0.934743", \
+            "0.323668, 0.375165, 0.40978, 0.466814, 0.562185, 0.721201, 0.986171", \
+            "0.393752, 0.445135, 0.479712, 0.536742, 0.632176, 0.791238, 1.0562", \
+            "0.480969, 0.532335, 0.566933, 0.624003, 0.719418, 0.878434, 1.14342" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0159345, 0.07901, 0.125276, 0.20224, 0.331532, 0.547236, 0.906853", \
+            "0.0159355, 0.079011, 0.125277, 0.202241, 0.33161, 0.547313, 0.906854", \
+            "0.0159365, 0.079012, 0.125278, 0.202242, 0.331719, 0.547314, 0.908091", \
+            "0.0159375, 0.0790186, 0.125279, 0.20227, 0.33172, 0.547315, 0.908092", \
+            "0.0159385, 0.0790196, 0.12528, 0.202271, 0.331721, 0.547316, 0.908093", \
+            "0.0159395, 0.0790206, 0.125281, 0.202272, 0.331722, 0.547358, 0.908094", \
+            "0.0159405, 0.0790216, 0.125282, 0.202273, 0.331723, 0.547359, 0.908095" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.242095, 0.293463, 0.327994, 0.38513, 0.480534, 0.639664, 0.904867", \
+            "0.28525, 0.336526, 0.371148, 0.428283, 0.523785, 0.682785, 0.948056", \
+            "0.32074, 0.37215, 0.406731, 0.463767, 0.559336, 0.718368, 0.983559", \
+            "0.378857, 0.43017, 0.464787, 0.521839, 0.617297, 0.776401, 1.0416", \
+            "0.467771, 0.519103, 0.553688, 0.610777, 0.70633, 0.865301, 1.13034", \
+            "0.591323, 0.642548, 0.677094, 0.734157, 0.829661, 0.988731, 1.25376", \
+            "0.758454, 0.809389, 0.843913, 0.900939, 0.996501, 1.15556, 1.42059" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0156866, 0.078794, 0.125143, 0.202159, 0.331498, 0.547227, 0.906931", \
+            "0.0156996, 0.0788421, 0.125144, 0.202259, 0.331657, 0.547288, 0.907249", \
+            "0.0157059, 0.0788431, 0.125145, 0.202264, 0.331658, 0.547289, 0.90725", \
+            "0.0157371, 0.0788441, 0.125146, 0.202265, 0.331704, 0.54729, 0.910696", \
+            "0.0158077, 0.078845, 0.125147, 0.202266, 0.331705, 0.547291, 0.910697", \
+            "0.015937, 0.078939, 0.125148, 0.202267, 0.331706, 0.547576, 0.910698", \
+            "0.016189, 0.078959, 0.125149, 0.202268, 0.331707, 0.547577, 0.910699" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0300665, 0.0469564, 0.0582832, 0.0768834, 0.107907, 0.159552, 0.24567", \
+            "0.029639, 0.0465533, 0.0578715, 0.0765579, 0.107567, 0.159304, 0.245327", \
+            "0.0295995, 0.0464474, 0.0578393, 0.0765213, 0.107567, 0.159414, 0.245308", \
+            "0.0298599, 0.0466672, 0.0579908, 0.0765739, 0.107806, 0.159228, 0.246453", \
+            "0.0306923, 0.0474702, 0.0588013, 0.0775282, 0.108464, 0.160358, 0.246091", \
+            "0.0330132, 0.0496122, 0.0610363, 0.079676, 0.110875, 0.162733, 0.248714", \
+            "0.0382566, 0.0546648, 0.066073, 0.0846882, 0.115961, 0.167833, 0.254001" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0307916, 0.0475612, 0.0587946, 0.0772854, 0.108079, 0.15933, 0.244809", \
+            "0.0304735, 0.0473419, 0.0589439, 0.0770545, 0.107806, 0.159088, 0.244534", \
+            "0.0306193, 0.0473612, 0.0586139, 0.0772946, 0.107951, 0.159112, 0.244978", \
+            "0.03094, 0.0477845, 0.0590662, 0.0773955, 0.108392, 0.160479, 0.245011", \
+            "0.0319321, 0.0487097, 0.0601031, 0.0787089, 0.109746, 0.160607, 0.248612", \
+            "0.0343295, 0.0510273, 0.0623286, 0.0810699, 0.112236, 0.164059, 0.249493", \
+            "0.0394266, 0.0561085, 0.0673902, 0.0860325, 0.116868, 0.168963, 0.255344" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0214255, 0.0381611, 0.0494091, 0.0679005, 0.0987258, 0.149965, 0.235476", \
+            "0.0212734, 0.0381715, 0.0492658, 0.0677398, 0.0985944, 0.149855, 0.23536", \
+            "0.0212472, 0.0379919, 0.0493818, 0.0678444, 0.098845, 0.149874, 0.235362", \
+            "0.0214183, 0.0381265, 0.0493596, 0.0678599, 0.0993639, 0.150092, 0.236179", \
+            "0.0218563, 0.0386215, 0.0499348, 0.0684842, 0.0992512, 0.150826, 0.237299", \
+            "0.0231388, 0.0397373, 0.0511123, 0.0696128, 0.100894, 0.152604, 0.237264", \
+            "0.0254719, 0.0419159, 0.0532597, 0.0716632, 0.102888, 0.154799, 0.241008" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.134424, 0.218331, 0.263178, 0.335437, 0.455181, 0.654903, 0.987842", \
+            "0.172205, 0.256026, 0.30094, 0.37314, 0.493072, 0.692852, 1.02595", \
+            "0.197466, 0.28136, 0.32624, 0.398414, 0.518536, 0.718289, 1.05108", \
+            "0.234292, 0.318172, 0.36315, 0.435245, 0.555252, 0.754881, 1.08754", \
+            "0.285677, 0.369505, 0.414426, 0.486594, 0.606554, 0.806209, 1.13865", \
+            "0.355943, 0.439728, 0.484649, 0.556826, 0.676826, 0.876581, 1.20905", \
+            "0.443009, 0.526466, 0.571339, 0.643452, 0.76354, 0.963251, 1.2957" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0260637, 0.112926, 0.171484, 0.272483, 0.445011, 0.734519, 1.21755", \
+            "0.0261458, 0.112927, 0.171507, 0.272484, 0.445297, 0.734563, 1.21819", \
+            "0.0261468, 0.112928, 0.171516, 0.272485, 0.445298, 0.734883, 1.2182", \
+            "0.0261478, 0.112929, 0.171517, 0.272486, 0.445299, 0.734884, 1.2219", \
+            "0.0262028, 0.112983, 0.171546, 0.272487, 0.4453, 0.734885, 1.22191", \
+            "0.0262038, 0.113025, 0.1716, 0.272488, 0.445301, 0.734886, 1.22192", \
+            "0.0262048, 0.113026, 0.171601, 0.272499, 0.445302, 0.734887, 1.22193" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.146066, 0.237912, 0.278425, 0.339109, 0.436229, 0.596276, 0.86275", \
+            "0.183895, 0.275712, 0.316222, 0.376931, 0.474086, 0.634149, 0.900605", \
+            "0.209706, 0.301384, 0.341922, 0.402569, 0.499841, 0.659885, 0.926332", \
+            "0.248273, 0.339941, 0.380502, 0.4411, 0.538307, 0.69845, 0.96495", \
+            "0.304036, 0.395708, 0.436374, 0.49701, 0.594242, 0.7544, 1.02081", \
+            "0.383263, 0.475842, 0.51657, 0.577278, 0.674588, 0.834815, 1.10127", \
+            "0.488272, 0.584604, 0.62555, 0.686536, 0.783855, 0.944079, 1.21058" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0328638, 0.104257, 0.144661, 0.215332, 0.340208, 0.554136, 0.914592", \
+            "0.0328648, 0.104294, 0.144662, 0.215347, 0.340386, 0.554137, 0.914627", \
+            "0.0328658, 0.104349, 0.144695, 0.215502, 0.340387, 0.555092, 0.915335", \
+            "0.0330824, 0.104452, 0.144696, 0.215503, 0.340388, 0.555093, 0.915336", \
+            "0.0335916, 0.104641, 0.144814, 0.215504, 0.340389, 0.555094, 0.915337", \
+            "0.035638, 0.105262, 0.145146, 0.215585, 0.340426, 0.555095, 0.915338", \
+            "0.041328, 0.107705, 0.146618, 0.216512, 0.340706, 0.555096, 0.915339" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.204641, 0.286184, 0.33079, 0.402941, 0.522903, 0.722742, 1.05503", \
+            "0.247786, 0.329318, 0.373881, 0.446039, 0.566082, 0.765772, 1.09878", \
+            "0.283167, 0.36478, 0.409354, 0.481517, 0.601602, 0.801268, 1.1337", \
+            "0.341206, 0.422878, 0.467567, 0.539553, 0.659613, 0.859398, 1.19207", \
+            "0.429988, 0.511821, 0.556414, 0.628538, 0.748592, 0.948122, 1.28061", \
+            "0.553066, 0.635387, 0.680107, 0.752138, 0.87225, 1.07196, 1.40436", \
+            "0.719309, 0.802642, 0.847259, 0.919423, 1.03963, 1.23926, 1.57182" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0263683, 0.111144, 0.170397, 0.271906, 0.445008, 0.734591, 1.21721", \
+            "0.0263689, 0.111149, 0.170398, 0.271979, 0.445035, 0.734592, 1.21737", \
+            "0.0264235, 0.11115, 0.170399, 0.27198, 0.445276, 0.734593, 1.21738", \
+            "0.0265247, 0.111182, 0.1704, 0.271981, 0.445277, 0.734631, 1.21879", \
+            "0.0271985, 0.111358, 0.170441, 0.271982, 0.445278, 0.734632, 1.2188", \
+            "0.028348, 0.111695, 0.170588, 0.271983, 0.445279, 0.734633, 1.21881", \
+            "0.030093, 0.1123, 0.17083, 0.272034, 0.44528, 0.734634, 1.21882" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0308226, 0.0476968, 0.0589998, 0.0776252, 0.108604, 0.160182, 0.246281", \
+            "0.0304981, 0.0474598, 0.0587962, 0.0773565, 0.108378, 0.159899, 0.246242", \
+            "0.0306059, 0.0474619, 0.0588302, 0.077435, 0.108392, 0.160063, 0.246189", \
+            "0.0309476, 0.0478535, 0.059105, 0.0776706, 0.108902, 0.16038, 0.247327", \
+            "0.0319515, 0.0488117, 0.0601086, 0.0788015, 0.109863, 0.161492, 0.247428", \
+            "0.0343211, 0.0511396, 0.0625227, 0.0811414, 0.112288, 0.164151, 0.249995", \
+            "0.0394442, 0.0562409, 0.067601, 0.086167, 0.117411, 0.169231, 0.255549" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0300915, 0.0468943, 0.0581418, 0.0766552, 0.107514, 0.158753, 0.244272", \
+            "0.0296382, 0.0464979, 0.0578574, 0.0763315, 0.107093, 0.15838, 0.244004", \
+            "0.0296232, 0.0463736, 0.0576736, 0.0765011, 0.107129, 0.158468, 0.243939", \
+            "0.0298728, 0.0466774, 0.0579442, 0.076296, 0.10739, 0.159685, 0.244176", \
+            "0.0307427, 0.0473928, 0.0587936, 0.077466, 0.108395, 0.159613, 0.247337", \
+            "0.0330514, 0.0495464, 0.0609091, 0.0795719, 0.110882, 0.162606, 0.247623", \
+            "0.0382768, 0.0546262, 0.0659474, 0.0845717, 0.115578, 0.167474, 0.253954" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0214249, 0.0382772, 0.049632, 0.0682279, 0.0992818, 0.150843, 0.23691", \
+            "0.0212727, 0.0381214, 0.0497077, 0.0680509, 0.0991474, 0.150707, 0.236863", \
+            "0.0212365, 0.0381117, 0.0495359, 0.0682086, 0.099217, 0.150732, 0.236667", \
+            "0.0213978, 0.0382139, 0.0495426, 0.0682476, 0.0993119, 0.151268, 0.237295", \
+            "0.0218664, 0.0386651, 0.0500689, 0.0686698, 0.0996202, 0.151531, 0.237376", \
+            "0.023043, 0.0397557, 0.0511217, 0.069798, 0.101001, 0.152548, 0.238874", \
+            "0.0254651, 0.0420645, 0.0534055, 0.0720425, 0.103291, 0.155114, 0.241437" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00279631;
+      rise_capacitance : 0.00296996;
+      rise_capacitance_range (0.00271744, 0.00316917);
+      fall_capacitance : 0.00253584;
+      fall_capacitance_range (0.00253584, 0.00307487);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.111847, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.131073, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110653, 0.0106882, 0.0106889, 0.0109286, 0.011845, 0.0140222, 0.0189809" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0207225, 0.020366, 0.0204305, 0.0207112, 0.021536, 0.0238346, 0.0291579" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206775, 0.0203299, 0.0203481, 0.0206553, 0.0214939, 0.02377, 0.0291263" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0115886, 0.0112122, 0.0112176, 0.0114782, 0.0123628, 0.0145503, 0.0194933" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107259, 0.0103907, 0.0104355, 0.0107566, 0.0116688, 0.0139111, 0.0189788" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0404243, 0.0391551, 0.0389641, 0.0390112, 0.0399031, 0.0421391, 0.0472151" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108187, 0.0104533, 0.0104567, 0.0106981, 0.011605, 0.0137837, 0.0187328" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107149, 0.0103696, 0.0104322, 0.0107466, 0.0116625, 0.0139033, 0.0189719" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116034, 0.0112368, 0.0112398, 0.0114964, 0.0123769, 0.014566, 0.0195074" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107182, 0.0103693, 0.0104179, 0.0107398, 0.0116495, 0.0138959, 0.0189627" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110653, 0.0106882, 0.0106889, 0.0109286, 0.011845, 0.0140222, 0.0189809" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206775, 0.0203299, 0.0203481, 0.0206553, 0.0214939, 0.02377, 0.0291263" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00154954;
+      rise_capacitance : 0.00141663;
+      rise_capacitance_range (0.00133291, 0.00160421);
+      fall_capacitance : 0.00168246;
+      fall_capacitance_range (0.00168246, 0.00265152);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0562394, -0.00274232, 0.0267168, 0.0639326", \
+            "-0.189436, -0.137509, -0.103929, -0.0653783", \
+            "-0.271036, -0.231739, -0.199679, -0.159731", \
+            "-0.339166, -0.32498, -0.297911, -0.256784" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0317875, 0.0696366, 0.134731, 0.209644", \
+            "-0.189436, -0.094219, -0.0252571, 0.0500797", \
+            "-0.301897, -0.226494, -0.161902, -0.0891074", \
+            "-0.41472, -0.363466, -0.314861, -0.242026" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.112479, 0.0401797, 0.00157274, -0.036949", \
+            "0.271798, 0.185892, 0.140643, 0.0983663", \
+            "0.391909, 0.299922, 0.24825, 0.199281", \
+            "0.514559, 0.412948, 0.357235, 0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.114924, -0.0122326, -0.0910112, -0.169169", \
+            "0.294261, 0.170613, 0.088195, 0.00764929", \
+            "0.443345, 0.326146, 0.245551, 0.162556", \
+            "0.606304, 0.48992, 0.416559, 0.336475" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0015204, 0.00142386, 0.00146215, 0.00159749, 0.0019463, 0.00280168, 0.00467152" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00115114, 0.00106159, 0.00111105, 0.00125973, 0.00163857, 0.00253395, 0.00447048" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0117986, 0.0117252, 0.011764, 0.0118294, 0.0121138, 0.0129562, 0.0149152" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00878455, 0.00867643, 0.00867083, 0.00877627, 0.00915303, 0.010106, 0.0122203" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-2.7158e-05, -2.80806e-05, -2.81384e-05, -2.75688e-05, -2.44418e-05, -2.493e-05, -2.47152e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000253309, 0.000260969, 0.000260851, 0.000261207, 0.000261888, 0.000262659, 0.00026279" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0015204, 0.00142386, 0.00146215, 0.00159749, 0.0019463, 0.00280168, 0.00467152" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00115114, 0.00106159, 0.00111105, 0.00125973, 0.00163857, 0.00253395, 0.00447048" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00513299;
+      rise_capacitance : 0.00521458;
+      rise_capacitance_range (0.00448784, 0.00644869);
+      fall_capacitance : 0.00507471;
+      fall_capacitance_range (0.0047304, 0.00526895);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.119814, 0.050163, 0.0118599, -0.0288539", \
+            "0.271798, 0.190985, 0.14851, 0.109362", \
+            "0.40734, 0.315657, 0.269836, 0.22753", \
+            "0.565828, 0.470677, 0.422209, 0.374845" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.102698, -0.0401797, -0.00414452, 0.0342506", \
+            "-0.251832, -0.178252, -0.140643, -0.101115", \
+            "-0.37905, -0.299922, -0.259043, -0.219055", \
+            "-0.528051, -0.448685, -0.405259, -0.363039" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.111847, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00371202, 0.0036136, 0.00360033, 0.00363857, 0.00379261, 0.00437019, 0.00598682" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0299382, 0.0294199, 0.0293297, 0.0294301, 0.0302368, 0.0325346, 0.0377194" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00116644, 0.00116341, 0.00116764, 0.00116971, 0.00117089, 0.00116456, 0.00116556" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000718477, -0.000844608, -0.000877341, -0.000903346, -0.000927814, -0.000947769, -0.000966472" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141306, 0.0139696, 0.0139425, 0.0139231, 0.0141163, 0.0149731, 0.0172645" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00908719, 0.00872457, 0.00864003, 0.00856306, 0.00888084, 0.00991312, 0.0125396" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00126648, 0.00126733, 0.00127046, 0.00127039, 0.00127708, 0.00126908, 0.00126822" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000864341, -0.000945419, -0.000966906, -0.000984105, -0.000998997, -0.00101079, -0.00102426" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00371202, 0.0036136, 0.00360033, 0.00363857, 0.00379261, 0.00437019, 0.00598682" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00908719, 0.00872457, 0.00864003, 0.00856306, 0.00888084, 0.00991312, 0.0125396" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbp_2) {
+    area : 54.432;
+    cell_footprint : "dfrbp";
+    cell_leakage_power : 686.11;
+    leakage_power () {
+      value : 608.26;
+      when : "!CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 610.398;
+      when : "!CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 606.91;
+      when : "CLK&!D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 609.048;
+      when : "CLK&D&!RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 769.079;
+      when : "!CLK&!D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 637.743;
+      when : "!CLK&!D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 747.486;
+      when : "!CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 757.397;
+      when : "!CLK&D&RESET_B&!Q*Q_N";
+    }
+    leakage_power () {
+      value : 755.545;
+      when : "CLK&!D&RESET_B&Q*!Q_N";
+    }
+    leakage_power () {
+      value : 642.16;
+      when : "CLK&!D&RESET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 766.066;
+      when : "CLK&D&RESET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 723.224;
+      when : "CLK&D&RESET_B&!Q&Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.243572, 0.297559, 0.339856, 0.411191, 0.531425, 0.732512, 1.06811", \
+            "0.281413, 0.335523, 0.377724, 0.449012, 0.56928, 0.770531, 1.10585", \
+            "0.307186, 0.361154, 0.403383, 0.474724, 0.595006, 0.79603, 1.13139", \
+            "0.345691, 0.39962, 0.441888, 0.513163, 0.633413, 0.834517, 1.16975", \
+            "0.401349, 0.455474, 0.497722, 0.56908, 0.689354, 0.890175, 1.2255", \
+            "0.480541, 0.534364, 0.57658, 0.647898, 0.768105, 0.969103, 1.30443", \
+            "0.590931, 0.642107, 0.685247, 0.757654, 0.87782, 1.07877, 1.41421" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0230446, 0.105918, 0.168015, 0.272265, 0.447217, 0.738907, 1.22526", \
+            "0.0230456, 0.105937, 0.168048, 0.272274, 0.447218, 0.738922, 1.2253", \
+            "0.0230466, 0.105938, 0.168049, 0.272275, 0.447219, 0.738983, 1.22531", \
+            "0.0230516, 0.105939, 0.16805, 0.272278, 0.44722, 0.738984, 1.22924", \
+            "0.0230682, 0.105943, 0.168051, 0.272279, 0.44726, 0.738985, 1.22925", \
+            "0.023195, 0.105944, 0.168052, 0.27228, 0.447261, 0.738986, 1.22926", \
+            "0.023607, 0.106073, 0.168136, 0.272281, 0.447262, 0.738987, 1.22927" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.209577, 0.261466, 0.295976, 0.353237, 0.449273, 0.609437, 0.876387", \
+            "0.247432, 0.299342, 0.333882, 0.391284, 0.48714, 0.647367, 0.914645", \
+            "0.272883, 0.324816, 0.359334, 0.416565, 0.512552, 0.672795, 0.939683", \
+            "0.309991, 0.362011, 0.396478, 0.453763, 0.549729, 0.709834, 0.976858", \
+            "0.361715, 0.413597, 0.448112, 0.505421, 0.601476, 0.761643, 1.02853", \
+            "0.432311, 0.484447, 0.519179, 0.576393, 0.672229, 0.832551, 1.09946", \
+            "0.520199, 0.572286, 0.60678, 0.664056, 0.760032, 0.920267, 1.18717" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0192984, 0.0834127, 0.129298, 0.206429, 0.336563, 0.553916, 0.916252", \
+            "0.0193035, 0.0834224, 0.129299, 0.20643, 0.336564, 0.55398, 0.916707", \
+            "0.0193045, 0.0834234, 0.1293, 0.206431, 0.336565, 0.556193, 0.916708", \
+            "0.0193055, 0.0834244, 0.129301, 0.206432, 0.336566, 0.556194, 0.916751", \
+            "0.0193064, 0.083427, 0.129302, 0.206433, 0.336567, 0.556195, 0.916752", \
+            "0.019315, 0.083428, 0.129303, 0.206434, 0.33663, 0.556196, 0.916753", \
+            "0.019316, 0.083429, 0.129304, 0.206439, 0.336631, 0.556197, 0.91678" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.279702, 0.331641, 0.366195, 0.423506, 0.519569, 0.679935, 0.946998", \
+            "0.322903, 0.374764, 0.409317, 0.466626, 0.562847, 0.723238, 0.990475", \
+            "0.3583, 0.410386, 0.444928, 0.502185, 0.598334, 0.758622, 1.02616", \
+            "0.41642, 0.468417, 0.502972, 0.560304, 0.656389, 0.816603, 1.08365", \
+            "0.505571, 0.557481, 0.591999, 0.649324, 0.745369, 0.905642, 1.17257", \
+            "0.630112, 0.681942, 0.716442, 0.773712, 0.869772, 1.03015, 1.29707", \
+            "0.798093, 0.849611, 0.884077, 0.941318, 1.03743, 1.19767, 1.46468" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0190257, 0.0833337, 0.129118, 0.206362, 0.336612, 0.553913, 0.916398", \
+            "0.0190267, 0.0833347, 0.129196, 0.206421, 0.336613, 0.554079, 0.916399", \
+            "0.0190328, 0.0833357, 0.129197, 0.206422, 0.336614, 0.55408, 0.916616", \
+            "0.0190431, 0.0833367, 0.129198, 0.206423, 0.336615, 0.554092, 0.916617", \
+            "0.019081, 0.0833377, 0.129199, 0.206427, 0.336616, 0.554093, 0.916618", \
+            "0.019154, 0.083384, 0.1292, 0.206428, 0.336617, 0.554094, 0.916619", \
+            "0.019285, 0.083458, 0.129201, 0.206429, 0.336618, 0.554095, 0.916715" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372161, 0.0712251, 0.0939016, 0.131172, 0.193435, 0.296711, 0.468833", \
+            "0.0368319, 0.0708834, 0.0935293, 0.130795, 0.192987, 0.296279, 0.46841", \
+            "0.0367129, 0.0706834, 0.0935108, 0.130718, 0.194189, 0.296211, 0.46829", \
+            "0.0369899, 0.0709131, 0.0935368, 0.130905, 0.193348, 0.296435, 0.470368", \
+            "0.037855, 0.0717673, 0.0945259, 0.131929, 0.193951, 0.297756, 0.469731", \
+            "0.0401977, 0.0737673, 0.0965893, 0.134023, 0.196515, 0.300022, 0.472225", \
+            "0.0456369, 0.0787968, 0.101527, 0.138801, 0.201427, 0.305244, 0.478058" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376781, 0.071962, 0.0945155, 0.131528, 0.19309, 0.295739, 0.466711", \
+            "0.0373922, 0.0718837, 0.0946109, 0.131437, 0.192906, 0.295602, 0.466699", \
+            "0.0374644, 0.0717466, 0.0943271, 0.132016, 0.193, 0.296328, 0.466399", \
+            "0.0378526, 0.0723438, 0.0947922, 0.131618, 0.193701, 0.299769, 0.467131", \
+            "0.0388226, 0.0731061, 0.0959041, 0.133213, 0.195357, 0.297371, 0.473449", \
+            "0.0412151, 0.0754067, 0.0981756, 0.135482, 0.197937, 0.301572, 0.47265", \
+            "0.0463292, 0.0804767, 0.103105, 0.140389, 0.202169, 0.306227, 0.478916" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0284114, 0.0625705, 0.0851138, 0.12211, 0.183789, 0.286388, 0.45741", \
+            "0.0282709, 0.0623776, 0.0849539, 0.121961, 0.183682, 0.286379, 0.457445", \
+            "0.0282576, 0.0624799, 0.0853452, 0.12196, 0.183737, 0.2863, 0.457442", \
+            "0.0284015, 0.0625888, 0.0850808, 0.122195, 0.18524, 0.286689, 0.457485", \
+            "0.0288885, 0.0630635, 0.0855655, 0.122898, 0.184551, 0.287606, 0.460674", \
+            "0.0301768, 0.064041, 0.0868511, 0.124009, 0.18601, 0.289548, 0.459399", \
+            "0.0325536, 0.0661718, 0.0888913, 0.12564, 0.188272, 0.291785, 0.464431" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.139143, 0.231172, 0.2772, 0.349949, 0.470109, 0.669998, 1.00268", \
+            "0.176916, 0.268828, 0.315006, 0.387711, 0.507971, 0.708, 1.0408", \
+            "0.202416, 0.294288, 0.340364, 0.413063, 0.533414, 0.733347, 1.06708", \
+            "0.239525, 0.331453, 0.377519, 0.450178, 0.570446, 0.770332, 1.10312", \
+            "0.291238, 0.383117, 0.429234, 0.501912, 0.622166, 0.822018, 1.15481", \
+            "0.360154, 0.451947, 0.498057, 0.570758, 0.690999, 0.890961, 1.22373", \
+            "0.450001, 0.541485, 0.587561, 0.66034, 0.780653, 0.980563, 1.31325" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0259585, 0.117276, 0.17576, 0.275672, 0.447518, 0.737121, 1.22024", \
+            "0.0259595, 0.117277, 0.175761, 0.275979, 0.447754, 0.737122, 1.22063", \
+            "0.0260127, 0.117333, 0.175762, 0.27598, 0.447755, 0.738312, 1.2222", \
+            "0.026055, 0.117334, 0.175806, 0.275981, 0.447756, 0.738313, 1.22221", \
+            "0.026056, 0.117375, 0.175898, 0.275982, 0.447757, 0.738314, 1.22222", \
+            "0.026057, 0.117429, 0.175925, 0.275983, 0.447758, 0.738315, 1.22223", \
+            "0.026058, 0.11743, 0.175926, 0.275984, 0.447759, 0.738316, 1.22224" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.158102, 0.260209, 0.303269, 0.365672, 0.464193, 0.624984, 0.891918", \
+            "0.195862, 0.298189, 0.34116, 0.403626, 0.502106, 0.662995, 0.930238", \
+            "0.221646, 0.32385, 0.36687, 0.429377, 0.527872, 0.688702, 0.955599", \
+            "0.260192, 0.362322, 0.405332, 0.467858, 0.566376, 0.727106, 0.994056", \
+            "0.315939, 0.417963, 0.461056, 0.523527, 0.622163, 0.782934, 1.04986", \
+            "0.395187, 0.496977, 0.540132, 0.602773, 0.70137, 0.862183, 1.12913", \
+            "0.501569, 0.605161, 0.649676, 0.713672, 0.812251, 0.97317, 1.24008" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0349133, 0.114293, 0.155618, 0.224891, 0.348171, 0.561353, 0.921618", \
+            "0.0349143, 0.114294, 0.155619, 0.224995, 0.348406, 0.561354, 0.921972", \
+            "0.0349153, 0.114446, 0.15562, 0.225068, 0.348407, 0.562569, 0.922171", \
+            "0.0349549, 0.114447, 0.155621, 0.225069, 0.348408, 0.56257, 0.922172", \
+            "0.0352304, 0.114541, 0.155716, 0.22507, 0.348409, 0.562571, 0.922173", \
+            "0.036643, 0.11499, 0.155869, 0.225331, 0.348552, 0.562572, 0.922174", \
+            "0.0417, 0.117056, 0.157262, 0.225827, 0.348769, 0.562573, 0.922175" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.210751, 0.300097, 0.345675, 0.418386, 0.538628, 0.738632, 1.07169", \
+            "0.253958, 0.343207, 0.388816, 0.461601, 0.581828, 0.782122, 1.11473", \
+            "0.289317, 0.378703, 0.424333, 0.497091, 0.617434, 0.817342, 1.15001", \
+            "0.347364, 0.436732, 0.482373, 0.555032, 0.675338, 0.875262, 1.20835", \
+            "0.436167, 0.525846, 0.571466, 0.644142, 0.764355, 0.964243, 1.29708", \
+            "0.559663, 0.64981, 0.695395, 0.768115, 0.888394, 1.08841, 1.42109", \
+            "0.726778, 0.817609, 0.863338, 0.936039, 1.05642, 1.25651, 1.58929" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0261424, 0.115315, 0.17448, 0.275074, 0.447374, 0.73698, 1.22051", \
+            "0.0261514, 0.115325, 0.174481, 0.275269, 0.447375, 0.737489, 1.22052", \
+            "0.0261524, 0.115326, 0.174482, 0.27527, 0.447376, 0.73749, 1.22072", \
+            "0.0263432, 0.115348, 0.174483, 0.275271, 0.447377, 0.737491, 1.22073", \
+            "0.0267953, 0.115516, 0.174518, 0.275272, 0.447378, 0.737492, 1.22074", \
+            "0.027765, 0.115822, 0.174717, 0.275273, 0.447379, 0.737493, 1.22075", \
+            "0.029523, 0.116363, 0.175021, 0.275274, 0.447406, 0.737494, 1.22076" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0377316, 0.0721813, 0.0948064, 0.132042, 0.194106, 0.297486, 0.469465", \
+            "0.0373993, 0.0719679, 0.0946191, 0.131932, 0.194007, 0.297209, 0.46909", \
+            "0.0374892, 0.0718772, 0.0946487, 0.132072, 0.194022, 0.297695, 0.470028", \
+            "0.0378836, 0.07239, 0.0949881, 0.132108, 0.194548, 0.297579, 0.469559", \
+            "0.0388548, 0.073277, 0.0959704, 0.13346, 0.195438, 0.299125, 0.470694", \
+            "0.0412387, 0.0755302, 0.0983951, 0.135676, 0.197936, 0.301626, 0.473307", \
+            "0.0463461, 0.0805849, 0.10338, 0.140544, 0.203073, 0.306794, 0.479464" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372262, 0.0710131, 0.093609, 0.130566, 0.192329, 0.295026, 0.466158", \
+            "0.0368291, 0.0708414, 0.0932034, 0.130285, 0.191998, 0.294617, 0.466044", \
+            "0.0367328, 0.0704915, 0.0931272, 0.130957, 0.192238, 0.294905, 0.465971", \
+            "0.0370258, 0.0708425, 0.0934597, 0.130272, 0.192341, 0.297441, 0.466798", \
+            "0.0378724, 0.0715481, 0.0943991, 0.131752, 0.193523, 0.295891, 0.47177", \
+            "0.0401965, 0.0735267, 0.0963061, 0.133546, 0.196317, 0.299928, 0.469698", \
+            "0.0456551, 0.0785878, 0.101252, 0.138513, 0.200493, 0.304381, 0.476984" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0284488, 0.0627222, 0.0854639, 0.122721, 0.184813, 0.288145, 0.460047", \
+            "0.0283096, 0.0625963, 0.0852887, 0.122594, 0.184535, 0.2882, 0.460083", \
+            "0.0282752, 0.0626984, 0.0856266, 0.122886, 0.184632, 0.288085, 0.460013", \
+            "0.0284349, 0.0627284, 0.0853188, 0.122779, 0.185069, 0.288347, 0.460127", \
+            "0.028906, 0.063148, 0.0858571, 0.123138, 0.18519, 0.289315, 0.460415", \
+            "0.0301084, 0.0641757, 0.0869225, 0.124278, 0.186701, 0.289871, 0.462468", \
+            "0.0325607, 0.0663696, 0.0890343, 0.126315, 0.188791, 0.292379, 0.465277" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00280582;
+      rise_capacitance : 0.00297999;
+      rise_capacitance_range (0.00272987, 0.00317829);
+      fall_capacitance : 0.00254457;
+      fall_capacitance_range (0.00254457, 0.00308447);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.137482, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.131073, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111308, 0.0107281, 0.0107445, 0.0109756, 0.0119001, 0.01407, 0.0190272" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0207823, 0.0204042, 0.0204322, 0.0207543, 0.0215796, 0.0238669, 0.029189" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206947, 0.0203305, 0.0203458, 0.020662, 0.0215221, 0.0237581, 0.0291214" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116658, 0.0112925, 0.0112903, 0.0115447, 0.0124216, 0.0146083, 0.0195434" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107722, 0.0104193, 0.010511, 0.0107873, 0.0117014, 0.0139399, 0.0190165" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0492985, 0.0461454, 0.0460987, 0.0459922, 0.0468664, 0.0491282, 0.0542243" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108814, 0.0105447, 0.0105116, 0.0107622, 0.0116655, 0.0138429, 0.0187847" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107469, 0.0103982, 0.0104981, 0.0107786, 0.0116955, 0.0139323, 0.019005" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116689, 0.0113075, 0.0113112, 0.0115639, 0.0124392, 0.0146252, 0.0195616" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107598, 0.0104068, 0.0104936, 0.0107701, 0.0116843, 0.0139227, 0.018999" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111308, 0.0107281, 0.0107445, 0.0109756, 0.0119001, 0.01407, 0.0190272" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206947, 0.0203305, 0.0203458, 0.020662, 0.0215221, 0.0237581, 0.0291214" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00155334;
+      rise_capacitance : 0.00142042;
+      rise_capacitance_range (0.00133681, 0.00160768);
+      fall_capacitance : 0.00168626;
+      fall_capacitance_range (0.00168626, 0.00265487);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0562394, -0.00274232, 0.0292886, 0.066631", \
+            "-0.18694, -0.137509, -0.101307, -0.0626293", \
+            "-0.265892, -0.231739, -0.196981, -0.156906", \
+            "-0.336467, -0.322231, -0.292261, -0.253832" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0317875, 0.0696366, 0.137303, 0.209644", \
+            "-0.191932, -0.094219, -0.0226347, 0.0528287", \
+            "-0.304469, -0.226494, -0.159203, -0.0862825", \
+            "-0.420117, -0.363466, -0.309211, -0.239075" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.110034, 0.0401797, 0.00414452, -0.036949", \
+            "0.271798, 0.185892, 0.143266, 0.0983663", \
+            "0.391909, 0.299922, 0.24825, 0.199281", \
+            "0.511861, 0.412948, 0.36006, 0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.114924, -0.0122326, -0.0910112, -0.16647", \
+            "0.294261, 0.170613, 0.088195, 0.00764929", \
+            "0.443345, 0.326146, 0.245551, 0.162556", \
+            "0.609002, 0.492669, 0.416559, 0.339427" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00152355, 0.00142745, 0.00146455, 0.00160226, 0.00195047, 0.00280348, 0.00467238" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00116353, 0.00107106, 0.00112181, 0.00127164, 0.00165341, 0.00254317, 0.00447877" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.011781, 0.0117114, 0.0117385, 0.0118068, 0.0120954, 0.0129389, 0.0148985" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00880221, 0.00868908, 0.00866434, 0.00879729, 0.00916769, 0.0101255, 0.0122567" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-2.6553e-05, -2.65783e-05, -2.57036e-05, -2.50585e-05, -2.2837e-05, -2.30664e-05, -2.23027e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000250615, 0.000257794, 0.000257515, 0.000257998, 0.000258676, 0.000259405, 0.000259312" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00152355, 0.00142745, 0.00146455, 0.00160226, 0.00195047, 0.00280348, 0.00467238" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00116353, 0.00107106, 0.00112181, 0.00127164, 0.00165341, 0.00254317, 0.00447877" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00518374;
+      rise_capacitance : 0.00526552;
+      rise_capacitance_range (0.0045337, 0.00650065);
+      fall_capacitance : 0.00512532;
+      fall_capacitance_range (0.00477494, 0.00531738);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.117369, 0.0476672, 0.0118599, -0.0288539", \
+            "0.271798, 0.190985, 0.151133, 0.109362", \
+            "0.404768, 0.315657, 0.272535, 0.22753", \
+            "0.565828, 0.470677, 0.422209, 0.374845" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.102698, -0.0401797, -0.00414452, 0.0342506", \
+            "-0.251832, -0.180799, -0.143266, -0.103864", \
+            "-0.381622, -0.302544, -0.261741, -0.219055", \
+            "-0.53075, -0.451434, -0.408084, -0.365991" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.115051, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00375847, 0.00365201, 0.00364239, 0.00367607, 0.0038308, 0.0044112, 0.0060247" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0370052, 0.0364992, 0.0363931, 0.0364931, 0.0373105, 0.0396265, 0.0448556" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00120376, 0.00120361, 0.00120717, 0.00120891, 0.00120987, 0.00120346, 0.00120351" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000755012, -0.000879528, -0.000913636, -0.000938867, -0.000962959, -0.000983685, -0.00100185" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141468, 0.0139804, 0.0139636, 0.0139392, 0.0141359, 0.0149929, 0.0172729" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00906971, 0.00871088, 0.00861771, 0.00854565, 0.00886139, 0.00988783, 0.0125287" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130563, 0.00130483, 0.00130652, 0.00130726, 0.00131537, 0.00130985, 0.00130716" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000901367, -0.000980925, -0.00100404, -0.0010225, -0.00103677, -0.00104895, -0.00106186" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00375847, 0.00365201, 0.00364239, 0.00367607, 0.0038308, 0.0044112, 0.0060247" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00906971, 0.00871088, 0.00861771, 0.00854565, 0.00886139, 0.00988783, 0.0125287" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbpq_1) {
+    area : 48.9888;
+    cell_footprint : "dfrbpq";
+    cell_leakage_power : 510.517;
+    leakage_power () {
+      value : 444.566;
+      when : "!CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 446.695;
+      when : "!CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 443.211;
+      when : "CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 445.34;
+      when : "CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 569.708;
+      when : "!CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 474.049;
+      when : "!CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 548.105;
+      when : "!CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 593.692;
+      when : "!CLK&D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 556.17;
+      when : "CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 478.464;
+      when : "CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 566.682;
+      when : "CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 559.517;
+      when : "CLK&D&RESET_B&!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.156308, 0.221619, 0.264884, 0.336648, 0.456168, 0.655301, 0.987326", \
+            "0.193833, 0.259633, 0.303122, 0.374638, 0.49415, 0.693612, 1.02512", \
+            "0.219572, 0.285242, 0.328648, 0.400126, 0.51977, 0.718833, 1.05258", \
+            "0.258013, 0.32367, 0.367176, 0.438641, 0.558131, 0.757192, 1.08914", \
+            "0.313359, 0.378974, 0.422383, 0.493974, 0.61348, 0.812568, 1.14437", \
+            "0.389641, 0.455279, 0.498779, 0.570213, 0.68982, 0.889048, 1.22068", \
+            "0.492539, 0.558489, 0.60192, 0.673416, 0.792976, 0.992205, 1.32397" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171605, 0.103075, 0.165507, 0.268958, 0.442314, 0.731734, 1.21384", \
+            "0.0171621, 0.103076, 0.165508, 0.268959, 0.443122, 0.732028, 1.21385", \
+            "0.0172075, 0.103077, 0.165509, 0.26896, 0.443123, 0.732029, 1.21578", \
+            "0.0172326, 0.103078, 0.16551, 0.268961, 0.443124, 0.73203, 1.21579", \
+            "0.0173876, 0.10308, 0.165511, 0.268962, 0.443125, 0.732031, 1.2158", \
+            "0.017971, 0.103138, 0.165539, 0.268963, 0.443126, 0.732032, 1.21581", \
+            "0.019207, 0.103278, 0.16562, 0.26902, 0.443127, 0.732033, 1.21582" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.154252, 0.208924, 0.243909, 0.300975, 0.396358, 0.555269, 0.820046", \
+            "0.191806, 0.24679, 0.281541, 0.33864, 0.434081, 0.593547, 0.857895", \
+            "0.217165, 0.272095, 0.306808, 0.36389, 0.459341, 0.61828, 0.883153", \
+            "0.253696, 0.308646, 0.343403, 0.40046, 0.495937, 0.654806, 0.919635", \
+            "0.304532, 0.35949, 0.394261, 0.451313, 0.546747, 0.705659, 0.970533", \
+            "0.373192, 0.428141, 0.462904, 0.51997, 0.61541, 0.774318, 1.03915", \
+            "0.460276, 0.515177, 0.549932, 0.607016, 0.702474, 0.861501, 1.12629" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145535, 0.0787171, 0.125034, 0.201995, 0.331272, 0.54687, 0.906244", \
+            "0.0145714, 0.0787181, 0.12505, 0.201996, 0.331431, 0.547473, 0.906316", \
+            "0.014575, 0.0787191, 0.125051, 0.202084, 0.331432, 0.547474, 0.907458", \
+            "0.0145937, 0.0787316, 0.125052, 0.202085, 0.331433, 0.547475, 0.907459", \
+            "0.0145947, 0.0787326, 0.125053, 0.202086, 0.331434, 0.547476, 0.90746", \
+            "0.0145957, 0.0787336, 0.125054, 0.202087, 0.331435, 0.547477, 0.907461", \
+            "0.014609, 0.0787346, 0.125055, 0.202088, 0.331436, 0.547478, 0.907462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.221458, 0.276283, 0.31105, 0.368243, 0.463661, 0.622635, 0.887673", \
+            "0.264618, 0.319452, 0.354201, 0.411393, 0.506754, 0.665863, 0.930731", \
+            "0.299967, 0.354785, 0.389549, 0.446714, 0.542152, 0.701103, 0.966008", \
+            "0.358145, 0.413003, 0.447709, 0.504828, 0.600374, 0.759315, 1.02434", \
+            "0.446737, 0.501589, 0.536349, 0.59352, 0.689004, 0.847914, 1.1128", \
+            "0.569179, 0.624153, 0.65892, 0.716167, 0.811618, 0.970573, 1.23545", \
+            "0.734448, 0.789524, 0.824319, 0.881475, 0.977, 1.136, 1.40086" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144994, 0.0785595, 0.124868, 0.201963, 0.331271, 0.546873, 0.906252", \
+            "0.0145004, 0.0785926, 0.124884, 0.201964, 0.331432, 0.546874, 0.906319", \
+            "0.0145014, 0.0785936, 0.124885, 0.201965, 0.331433, 0.546882, 0.906503", \
+            "0.0145276, 0.0785946, 0.124886, 0.202044, 0.331434, 0.546883, 0.906504", \
+            "0.0145686, 0.0785956, 0.124906, 0.202045, 0.331435, 0.546884, 0.906505", \
+            "0.01477, 0.078623, 0.124907, 0.202046, 0.331436, 0.547195, 0.906506", \
+            "0.014984, 0.078693, 0.124928, 0.202047, 0.331437, 0.547196, 0.906507" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0251131, 0.0254725, 0.0254472, 0.0254579, 0.0253556, 0.0251666, 0.0252001", \
+            "0.0246342, 0.0251174, 0.0251156, 0.0250636, 0.0250095, 0.0248135, 0.0247885", \
+            "0.0246334, 0.0250032, 0.0250637, 0.0250503, 0.0249003, 0.0246879, 0.0248815", \
+            "0.024823, 0.0252402, 0.0252326, 0.0251834, 0.0253187, 0.024939, 0.0249982", \
+            "0.0257029, 0.0260902, 0.0261106, 0.026171, 0.0259684, 0.0259731, 0.0258028", \
+            "0.02795, 0.0282851, 0.0283749, 0.0283714, 0.0284097, 0.0283172, 0.0279473", \
+            "0.033103, 0.0334423, 0.0335073, 0.0334477, 0.0335466, 0.0335482, 0.033436" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0259578, 0.0263787, 0.0264472, 0.0263914, 0.0262725, 0.0260883, 0.0257081", \
+            "0.0256334, 0.0261136, 0.0262207, 0.0260931, 0.0260016, 0.0258911, 0.0254199", \
+            "0.0257769, 0.0262252, 0.0262104, 0.0262392, 0.0261158, 0.0259563, 0.0257356", \
+            "0.0260985, 0.026584, 0.0266091, 0.0265719, 0.0264378, 0.0264612, 0.0260407", \
+            "0.0271087, 0.0275813, 0.0276343, 0.0276189, 0.0276492, 0.0271998, 0.0274477", \
+            "0.02948, 0.029938, 0.0299477, 0.0300234, 0.0299989, 0.0300215, 0.029733", \
+            "0.0345652, 0.0350182, 0.0350279, 0.0350979, 0.0349476, 0.0350093, 0.03509" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0163321, 0.0167759, 0.0167933, 0.0167601, 0.0166612, 0.016475, 0.0161872", \
+            "0.0161685, 0.0166634, 0.0166178, 0.0165869, 0.01649, 0.0163125, 0.0159498", \
+            "0.0161346, 0.0165707, 0.0165998, 0.0166112, 0.0165976, 0.0162731, 0.0159645", \
+            "0.0163164, 0.0167582, 0.0167667, 0.0167219, 0.0167846, 0.0164821, 0.0161228", \
+            "0.0167875, 0.0172294, 0.0172841, 0.0173073, 0.0172292, 0.0169194, 0.0170781", \
+            "0.018058, 0.0184695, 0.0185414, 0.018534, 0.0185469, 0.0186209, 0.0178853", \
+            "0.0203505, 0.0207718, 0.0208186, 0.0207714, 0.0207759, 0.0208211, 0.0206655" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00276976;
+      rise_capacitance : 0.00296935;
+      rise_capacitance_range (0.0027217, 0.00316911);
+      fall_capacitance : 0.00253691;
+      fall_capacitance_range (0.00253691, 0.00307489);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0926208, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.131073, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110356, 0.0106749, 0.0106884, 0.0109122, 0.0118398, 0.0140243, 0.0189927" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0210991, 0.0207545, 0.0207998, 0.0211, 0.0219278, 0.0242271, 0.0295465" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206859, 0.020313, 0.02035, 0.0206571, 0.0214941, 0.0237711, 0.0291293" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0115939, 0.011221, 0.0112103, 0.0114703, 0.0123634, 0.0145585, 0.0194936" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107147, 0.0103875, 0.0104422, 0.0107559, 0.0116692, 0.0139106, 0.0189849" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0350779, 0.0353329, 0.0350719, 0.0352458, 0.0361795, 0.0384197, 0.0435512" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108139, 0.0104442, 0.0104514, 0.0106937, 0.0116054, 0.0137886, 0.0187342" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106987, 0.0103653, 0.01043, 0.0107458, 0.011636, 0.0139066, 0.0189709" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0115992, 0.0112382, 0.0112285, 0.0114863, 0.0123799, 0.0145747, 0.0195092" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106899, 0.0103729, 0.0104247, 0.0107393, 0.0116519, 0.0138944, 0.0189676" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110356, 0.0106749, 0.0106884, 0.0109122, 0.0118398, 0.0140243, 0.0189927" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206859, 0.020313, 0.02035, 0.0206571, 0.0214941, 0.0237711, 0.0291293" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00141954;
+      rise_capacitance : 0.00140953;
+      rise_capacitance_range (0.00133328, 0.0016042);
+      fall_capacitance : 0.00142955;
+      fall_capacitance_range (0.00142955, 0.00178052);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0586846, -0.00523815, 0.0267168, 0.0612343", \
+            "-0.194428, -0.140055, -0.106552, -0.0681273", \
+            "-0.278751, -0.236984, -0.199679, -0.159731", \
+            "-0.355356, -0.330478, -0.300736, -0.259735" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0342327, 0.0696366, 0.134731, 0.212343", \
+            "-0.191932, -0.094219, -0.0252571, 0.0555777", \
+            "-0.301897, -0.226494, -0.161902, -0.0834575", \
+            "-0.417418, -0.366215, -0.312036, -0.236123" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.112479, 0.0401797, 0.00157274, -0.036949", \
+            "0.274294, 0.185892, 0.140643, 0.0983663", \
+            "0.394481, 0.299922, 0.24825, 0.199281", \
+            "0.517258, 0.412948, 0.36006, 0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.112479, -0.0147285, -0.0910112, -0.169169", \
+            "0.291765, 0.168066, 0.088195, 0.00490029", \
+            "0.440773, 0.323524, 0.242853, 0.159731", \
+            "0.603606, 0.48992, 0.413734, 0.333524" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00152046, 0.00142316, 0.00146151, 0.00160188, 0.00194679, 0.00280133, 0.00467108" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00114937, 0.00106175, 0.00111188, 0.00126, 0.00163909, 0.00253447, 0.004471" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0117994, 0.011727, 0.011762, 0.0118292, 0.0121156, 0.0129554, 0.0149151" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00878114, 0.00867533, 0.00867643, 0.00877689, 0.00915336, 0.0101063, 0.0122206" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-2.71678e-05, -2.79567e-05, -2.74915e-05, -2.53384e-05, -2.39678e-05, -2.53262e-05, -2.41497e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000254292, 0.000261565, 0.000261569, 0.000261781, 0.000262528, 0.00026322, 0.000263367" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00152046, 0.00142316, 0.00146151, 0.00160188, 0.00194679, 0.00280133, 0.00467108" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00114937, 0.00106175, 0.00111188, 0.00126, 0.00163909, 0.00253447, 0.004471" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00508684;
+      rise_capacitance : 0.00509668;
+      rise_capacitance_range (0.00448162, 0.0060048);
+      fall_capacitance : 0.00507863;
+      fall_capacitance_range (0.00472812, 0.00525355);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.119814, 0.050163, 0.0118599, -0.0288539", \
+            "0.274294, 0.190985, 0.14851, 0.109362", \
+            "0.40734, 0.315657, 0.269836, 0.22753", \
+            "0.565828, 0.470677, 0.422209, 0.374845" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0376839, -0.00157274, 0.036949", \
+            "-0.249336, -0.178252, -0.140643, -0.101115", \
+            "-0.373907, -0.2973, -0.256345, -0.21623", \
+            "-0.522655, -0.445936, -0.405259, -0.363039" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.111847, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00371796, 0.0036166, 0.00360303, 0.0036384, 0.00379121, 0.00438142, 0.00598705" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0256007, 0.0250538, 0.0249665, 0.0250789, 0.0258853, 0.0281576, 0.0332885" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00116874, 0.00116261, 0.00116704, 0.00116909, 0.00117006, 0.00116388, 0.00116429" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000718324, -0.000844419, -0.000878158, -0.000902381, -0.000927749, -0.000947448, -0.000965843" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141331, 0.0139633, 0.0139418, 0.0139218, 0.0141162, 0.0149696, 0.0172626" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00908895, 0.00872491, 0.00864809, 0.00856565, 0.00888451, 0.00991101, 0.0125374" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00127542, 0.00126836, 0.00126885, 0.00127017, 0.00127529, 0.0012692, 0.00126547" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000864978, -0.000944072, -0.000966557, -0.000982798, -0.000998994, -0.00101096, -0.00102376" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00371796, 0.0036166, 0.00360303, 0.0036384, 0.00379121, 0.00438142, 0.00598705" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00908895, 0.00872491, 0.00864809, 0.00856565, 0.00888451, 0.00991101, 0.0125374" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dfrbpq_2) {
+    area : 50.8032;
+    cell_footprint : "dfrbpq";
+    cell_leakage_power : 573.121;
+    leakage_power () {
+      value : 521.186;
+      when : "!CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 523.325;
+      when : "!CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 519.834;
+      when : "CLK&!D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 521.974;
+      when : "CLK&D&!RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 604.262;
+      when : "!CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 550.669;
+      when : "!CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 582.667;
+      when : "!CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 670.323;
+      when : "!CLK&D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 590.727;
+      when : "CLK&!D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 555.083;
+      when : "CLK&!D&RESET_B&!Q";
+    }
+    leakage_power () {
+      value : 601.249;
+      when : "CLK&D&RESET_B&Q";
+    }
+    leakage_power () {
+      value : 636.149;
+      when : "CLK&D&RESET_B&!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.167509, 0.239244, 0.282804, 0.354412, 0.474129, 0.673521, 1.006", \
+            "0.205028, 0.276785, 0.320311, 0.392012, 0.511729, 0.711206, 1.04357", \
+            "0.230715, 0.302456, 0.345941, 0.417511, 0.537241, 0.736556, 1.0695", \
+            "0.269105, 0.340814, 0.384362, 0.455974, 0.575667, 0.774967, 1.10725", \
+            "0.3243, 0.396061, 0.439583, 0.511148, 0.630938, 0.830225, 1.16242", \
+            "0.400433, 0.47233, 0.515871, 0.587529, 0.707205, 0.906748, 1.23883", \
+            "0.502744, 0.575123, 0.618683, 0.690349, 0.810033, 1.00941, 1.34157" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0191252, 0.104344, 0.16661, 0.270117, 0.443846, 0.733494, 1.21649", \
+            "0.0191307, 0.104345, 0.166611, 0.270519, 0.44409, 0.733865, 1.21651", \
+            "0.0191458, 0.104346, 0.166612, 0.27052, 0.444091, 0.733866, 1.21694", \
+            "0.0191834, 0.104347, 0.166613, 0.270521, 0.444092, 0.733867, 1.22149", \
+            "0.0193765, 0.104374, 0.166614, 0.270522, 0.444093, 0.733868, 1.2215", \
+            "0.019906, 0.104444, 0.166615, 0.270523, 0.444094, 0.733869, 1.22151", \
+            "0.020967, 0.104611, 0.166651, 0.270524, 0.444095, 0.73387, 1.22152" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.166772, 0.229169, 0.264228, 0.321604, 0.417295, 0.576601, 0.841756", \
+            "0.204373, 0.266674, 0.301771, 0.359087, 0.454836, 0.614001, 0.879566", \
+            "0.229688, 0.291984, 0.327085, 0.384473, 0.480137, 0.639458, 0.904642", \
+            "0.266348, 0.328652, 0.363775, 0.42114, 0.516847, 0.676008, 0.941281", \
+            "0.317347, 0.379652, 0.414753, 0.472102, 0.567793, 0.727, 0.992259", \
+            "0.386113, 0.448498, 0.483598, 0.540978, 0.636648, 0.795895, 1.06114", \
+            "0.47277, 0.535037, 0.570129, 0.627507, 0.723248, 0.882508, 1.14765" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0172843, 0.0823084, 0.128097, 0.204982, 0.334434, 0.550448, 0.910477", \
+            "0.0172847, 0.0823094, 0.128098, 0.204983, 0.334986, 0.550458, 0.910702", \
+            "0.0172857, 0.0823104, 0.128102, 0.204995, 0.334987, 0.550459, 0.91073", \
+            "0.0172867, 0.0823253, 0.128148, 0.204996, 0.334988, 0.55046, 0.910731", \
+            "0.0172962, 0.0823263, 0.128149, 0.204997, 0.334989, 0.550461, 0.910732", \
+            "0.0172972, 0.0823273, 0.12815, 0.205089, 0.33499, 0.550594, 0.910733", \
+            "0.0172982, 0.0823283, 0.128151, 0.20509, 0.334991, 0.550595, 0.910734" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.232746, 0.29471, 0.329834, 0.387246, 0.483072, 0.642386, 0.907657", \
+            "0.275818, 0.337861, 0.372978, 0.430409, 0.526158, 0.685506, 0.95089", \
+            "0.311189, 0.373147, 0.408282, 0.465736, 0.561567, 0.720861, 0.986472", \
+            "0.369399, 0.431359, 0.466527, 0.523919, 0.619652, 0.779034, 1.04431", \
+            "0.457974, 0.520004, 0.555107, 0.612546, 0.708325, 0.867564, 1.13281", \
+            "0.58038, 0.642491, 0.677633, 0.735117, 0.830976, 0.990209, 1.2554", \
+            "0.745616, 0.807842, 0.843019, 0.900406, 0.996179, 1.15557, 1.42082" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0170218, 0.0822016, 0.128013, 0.204959, 0.334415, 0.550448, 0.910588", \
+            "0.0170412, 0.0822133, 0.128014, 0.205194, 0.334428, 0.550456, 0.910589", \
+            "0.0170518, 0.0822187, 0.128072, 0.205195, 0.334429, 0.550649, 0.91092", \
+            "0.017063, 0.0822197, 0.128097, 0.205196, 0.33443, 0.55065, 0.913728", \
+            "0.017171, 0.0822207, 0.128098, 0.205197, 0.334431, 0.550651, 0.913729", \
+            "0.017248, 0.082251, 0.128099, 0.205198, 0.334432, 0.550689, 0.91373", \
+            "0.01751, 0.082325, 0.1281, 0.205199, 0.334454, 0.55069, 0.913731" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0283876, 0.0292367, 0.0293117, 0.0292654, 0.0290801, 0.0286616, 0.0286139", \
+            "0.0279207, 0.0288607, 0.028852, 0.0288225, 0.0286539, 0.0282044, 0.0283356", \
+            "0.0279026, 0.028685, 0.0287968, 0.0289917, 0.0286103, 0.0281359, 0.02819", \
+            "0.0280616, 0.0289112, 0.0289962, 0.0289109, 0.029035, 0.028323, 0.0292648", \
+            "0.0289339, 0.0297758, 0.0298299, 0.0299994, 0.0297498, 0.0296855, 0.0292282", \
+            "0.0311886, 0.0319311, 0.0321268, 0.0321947, 0.0322415, 0.0320868, 0.0313183", \
+            "0.0362927, 0.0369734, 0.0371801, 0.037093, 0.0372682, 0.0373146, 0.0372565" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0290475, 0.030112, 0.0301471, 0.0301231, 0.02995, 0.0295534, 0.0288343", \
+            "0.0287352, 0.0297973, 0.0300718, 0.0298297, 0.0297208, 0.0291714, 0.0285527", \
+            "0.0288905, 0.0298886, 0.0299293, 0.0300463, 0.0298356, 0.0293679, 0.0287319", \
+            "0.0292227, 0.0303289, 0.0303957, 0.030279, 0.0300886, 0.0308324, 0.0290493", \
+            "0.0302083, 0.0312352, 0.0314092, 0.0314188, 0.0314565, 0.0308853, 0.0313393", \
+            "0.0326036, 0.0336182, 0.0337133, 0.0339082, 0.0339118, 0.0339705, 0.0332991", \
+            "0.0376556, 0.0386692, 0.0387459, 0.0388547, 0.0386067, 0.0387751, 0.0388249" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0193548, 0.0202954, 0.0203207, 0.0202959, 0.0201714, 0.019781, 0.0190702", \
+            "0.0191796, 0.0202674, 0.0201778, 0.0201974, 0.0199911, 0.0196955, 0.0190455", \
+            "0.019129, 0.0200599, 0.020188, 0.0202721, 0.0200568, 0.0196733, 0.0190306", \
+            "0.0193114, 0.0202426, 0.0203199, 0.0202446, 0.0203472, 0.0200682, 0.019877", \
+            "0.0197779, 0.0207669, 0.0208739, 0.0209148, 0.0207926, 0.0201793, 0.0216197", \
+            "0.0211537, 0.0220366, 0.0221882, 0.0221979, 0.0222779, 0.022369, 0.0208759", \
+            "0.0233386, 0.0241842, 0.0243335, 0.0242073, 0.0242673, 0.0243129, 0.024331" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00277906;
+      rise_capacitance : 0.00297907;
+      rise_capacitance_range (0.0027291, 0.00317824);
+      fall_capacitance : 0.00254571;
+      fall_capacitance_range (0.00254571, 0.0030845);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0894165, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.131073, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111032, 0.0107347, 0.0107249, 0.0109737, 0.0118945, 0.0140764, 0.0190295" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0215306, 0.0211821, 0.0212031, 0.021533, 0.0223594, 0.0246495, 0.0299711" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206983, 0.0203178, 0.0203485, 0.0206652, 0.0214993, 0.0237153, 0.0291278" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116557, 0.0112792, 0.0112756, 0.0115337, 0.0124227, 0.0146194, 0.0195514" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107407, 0.0104059, 0.0105082, 0.0107866, 0.0116997, 0.0139395, 0.0190138" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0386121, 0.0387911, 0.0385427, 0.0387249, 0.039655, 0.0419112, 0.0469715" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108855, 0.0105099, 0.0105014, 0.0107534, 0.0116622, 0.0138455, 0.018789" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107273, 0.0103987, 0.0105001, 0.0107769, 0.0116915, 0.0139362, 0.0190038" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116639, 0.0113025, 0.0112952, 0.0115549, 0.012437, 0.0146337, 0.0195668" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0107331, 0.0103914, 0.0104996, 0.0107709, 0.0116815, 0.0139237, 0.0189969" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111032, 0.0107347, 0.0107249, 0.0109737, 0.0118945, 0.0140764, 0.0190295" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206983, 0.0203178, 0.0203485, 0.0206652, 0.0214993, 0.0237153, 0.0291278" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      nextstate_type : "data";
+      max_transition : 2.5074;
+      capacitance : 0.00142328;
+      rise_capacitance : 0.00141333;
+      rise_capacitance_range (0.00133779, 0.00160769);
+      fall_capacitance : 0.00143324;
+      fall_capacitance_range (0.00143324, 0.00178386);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0611298, -0.00773397, 0.0267168, 0.0612343", \
+            "-0.196924, -0.142602, -0.106552, -0.0681273", \
+            "-0.283895, -0.239607, -0.202377, -0.162556", \
+            "-0.360753, -0.330478, -0.303561, -0.259735" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0342327, 0.0696366, 0.134731, 0.212343", \
+            "-0.194428, -0.094219, -0.0252571, 0.0555777", \
+            "-0.307041, -0.229117, -0.161902, -0.0834575", \
+            "-0.422815, -0.366215, -0.312036, -0.236123" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.112479, 0.0401797, 0.00157274, -0.0396474", \
+            "0.271798, 0.185892, 0.140643, 0.0983663", \
+            "0.391909, 0.299922, 0.24825, 0.199281", \
+            "0.517258, 0.412948, 0.36006, 0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.112479, -0.0147285, -0.0910112, -0.169169", \
+            "0.291765, 0.168066, 0.0855726, 0.00490029", \
+            "0.440773, 0.323524, 0.242853, 0.159731", \
+            "0.600907, 0.487171, 0.413734, 0.333524" \
+          );
+        }
+      }
+      internal_power () {
+        when : "CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0015253, 0.00142523, 0.00146474, 0.00160144, 0.00195077, 0.00280372, 0.00467231" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00115937, 0.0010703, 0.00111877, 0.00127165, 0.00165345, 0.00254307, 0.00447871" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0117814, 0.0117134, 0.0117379, 0.0118086, 0.0120949, 0.0129389, 0.0148981" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00879696, 0.0086873, 0.008671, 0.00879797, 0.00916734, 0.0101247, 0.0122381" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !RESET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-2.7039e-05, -2.57536e-05, -2.42543e-05, -2.23234e-05, -2.11544e-05, -2.12228e-05, -2.12084e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00025206, 0.000258907, 0.000259066, 0.000259028, 0.000259734, 0.000260629, 0.000260393" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0015253, 0.00142523, 0.00146474, 0.00160144, 0.00195077, 0.00280372, 0.00467231" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00115937, 0.0010703, 0.00111877, 0.00127165, 0.00165345, 0.00254307, 0.00447871" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00513072;
+      rise_capacitance : 0.00514108;
+      rise_capacitance_range (0.00451961, 0.00604962);
+      fall_capacitance : 0.00512209;
+      fall_capacitance_range (0.00476415, 0.00529797);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.119814, 0.0476672, 0.0118599, -0.0288539", \
+            "0.271798, 0.190985, 0.14851, 0.109362", \
+            "0.40734, 0.315657, 0.272535, 0.22753", \
+            "0.56313, 0.470677, 0.422209, 0.374845" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.100253, -0.0376839, -0.00157274, 0.036949", \
+            "-0.24684, -0.178252, -0.140643, -0.0983663", \
+            "-0.373907, -0.2973, -0.256345, -0.21623", \
+            "-0.519956, -0.445936, -0.402434, -0.360088" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.108643, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00374884, 0.00364687, 0.00363501, 0.0036697, 0.00382462, 0.00441538, 0.00600837" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0285932, 0.0280781, 0.0279543, 0.0280672, 0.0288705, 0.0311595, 0.0362675" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0011979, 0.001197, 0.0012004, 0.00120273, 0.00120305, 0.00119678, 0.00119631" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000750387, -0.000873499, -0.000908137, -0.000933687, -0.000956823, -0.000977088, -0.000996595" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141392, 0.0139702, 0.0139564, 0.0139334, 0.0141294, 0.0149681, 0.0172663" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00905828, 0.00870989, 0.00863279, 0.00855406, 0.00886713, 0.00989636, 0.0125341" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00130174, 0.00129878, 0.0013013, 0.00130221, 0.0013071, 0.00130282, 0.00129842" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000899192, -0.000974326, -0.000999483, -0.00101604, -0.00102967, -0.00104232, -0.00105547" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00374884, 0.00364687, 0.00363501, 0.0036697, 0.00382462, 0.00441538, 0.00600837" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00905828, 0.00870989, 0.00863279, 0.00855406, 0.00886713, 0.00989636, 0.0125341" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "D";
+    }
+  }
+  cell (sg13g2_dlhq_1) {
+    area : 30.8448;
+    cell_footprint : "dlhq";
+    cell_leakage_power : 368.537;
+    leakage_power () {
+      value : 353.771;
+      when : "!D&!GATE&!Q";
+    }
+    leakage_power () {
+      value : 339.702;
+      when : "!D&!GATE&Q";
+    }
+    leakage_power () {
+      value : 381.839;
+      when : "!D&GATE&!Q";
+    }
+    leakage_power () {
+      value : 417.211;
+      when : "D&!GATE&!Q";
+    }
+    leakage_power () {
+      value : 350.027;
+      when : "D&!GATE&Q";
+    }
+    leakage_power () {
+      value : 368.67;
+      when : "D&GATE&Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.17648, 0.243252, 0.286767, 0.358379, 0.478117, 0.677545, 1.01003", \
+            "0.210095, 0.276844, 0.320311, 0.391915, 0.511613, 0.71117, 1.0435", \
+            "0.231604, 0.29841, 0.34179, 0.413457, 0.533126, 0.732599, 1.06477", \
+            "0.262537, 0.32928, 0.372747, 0.444332, 0.563989, 0.763324, 1.09561", \
+            "0.306441, 0.373201, 0.416701, 0.488329, 0.60811, 0.80745, 1.13949", \
+            "0.369088, 0.435863, 0.479377, 0.550991, 0.670694, 0.870093, 1.20228", \
+            "0.452943, 0.519832, 0.563357, 0.635014, 0.754713, 0.954151, 1.28627" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0174124, 0.102798, 0.165274, 0.268977, 0.442619, 0.732175, 1.21492", \
+            "0.0174134, 0.102812, 0.165275, 0.26942, 0.442955, 0.732543, 1.21494", \
+            "0.0174144, 0.102813, 0.165276, 0.269421, 0.442956, 0.734151, 1.21495", \
+            "0.0174154, 0.102814, 0.165277, 0.269422, 0.442957, 0.734152, 1.21957", \
+            "0.0174164, 0.102815, 0.165278, 0.269423, 0.442958, 0.734153, 1.21958", \
+            "0.017551, 0.102816, 0.165389, 0.269424, 0.442959, 0.734154, 1.21959", \
+            "0.017988, 0.102858, 0.16539, 0.269425, 0.44296, 0.734155, 1.2196" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.156208, 0.213052, 0.247589, 0.304361, 0.399311, 0.557285, 0.82064", \
+            "0.189404, 0.246215, 0.280762, 0.33754, 0.432467, 0.590432, 0.854295", \
+            "0.210107, 0.266944, 0.301486, 0.358256, 0.453209, 0.611168, 0.874698", \
+            "0.239618, 0.296474, 0.331033, 0.387821, 0.482692, 0.640676, 0.903965", \
+            "0.280541, 0.337445, 0.37199, 0.428772, 0.523667, 0.681672, 0.944854", \
+            "0.332991, 0.389945, 0.424522, 0.481309, 0.576248, 0.734177, 0.997626", \
+            "0.397002, 0.4541, 0.4887, 0.545491, 0.640391, 0.798486, 1.06173" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0160635, 0.0784744, 0.124135, 0.200658, 0.32921, 0.543537, 0.901431", \
+            "0.0160645, 0.0784754, 0.124136, 0.200673, 0.329324, 0.543581, 0.901432", \
+            "0.0160671, 0.0784756, 0.124137, 0.200792, 0.329325, 0.543813, 0.9016", \
+            "0.0161248, 0.0784766, 0.124138, 0.200793, 0.329326, 0.543814, 0.901601", \
+            "0.0161757, 0.0784776, 0.124162, 0.200794, 0.329342, 0.543815, 0.901602", \
+            "0.016296, 0.078528, 0.124194, 0.200795, 0.329343, 0.543816, 0.901603", \
+            "0.016589, 0.078599, 0.124195, 0.200796, 0.329344, 0.543817, 0.901604" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.150504, 0.217125, 0.260621, 0.332264, 0.451955, 0.651464, 0.9838", \
+            "0.184221, 0.250949, 0.294347, 0.365996, 0.485692, 0.685115, 1.01808", \
+            "0.205944, 0.272602, 0.316091, 0.387667, 0.507308, 0.706676, 1.03896", \
+            "0.238449, 0.30508, 0.348571, 0.420151, 0.539778, 0.739115, 1.07136", \
+            "0.28358, 0.350262, 0.393726, 0.465347, 0.585021, 0.784351, 1.11651", \
+            "0.344125, 0.41097, 0.454436, 0.5261, 0.645796, 0.845213, 1.17742", \
+            "0.414688, 0.481902, 0.525386, 0.597066, 0.7168, 0.916212, 1.24842" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0172361, 0.10278, 0.165309, 0.268976, 0.44262, 0.732269, 1.21492", \
+            "0.0172371, 0.102787, 0.16531, 0.268977, 0.442724, 0.732298, 1.2157", \
+            "0.0172953, 0.102799, 0.165311, 0.268978, 0.44273, 0.732299, 1.21571", \
+            "0.0173392, 0.1028, 0.165312, 0.268979, 0.442731, 0.7323, 1.21744", \
+            "0.0176118, 0.102806, 0.165313, 0.26898, 0.442732, 0.732301, 1.21745", \
+            "0.018106, 0.102896, 0.165373, 0.268981, 0.442733, 0.732302, 1.21746", \
+            "0.019193, 0.103004, 0.165374, 0.268982, 0.442738, 0.732303, 1.21747" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.16055, 0.21719, 0.251728, 0.308546, 0.403483, 0.561448, 0.824825", \
+            "0.194937, 0.251575, 0.286185, 0.34307, 0.437979, 0.596079, 0.859283", \
+            "0.216938, 0.273564, 0.308127, 0.364911, 0.459787, 0.61781, 0.881106", \
+            "0.247666, 0.304277, 0.338856, 0.395631, 0.490508, 0.648478, 0.911777", \
+            "0.288552, 0.345206, 0.379757, 0.436541, 0.531407, 0.689499, 0.952673", \
+            "0.341249, 0.397799, 0.43094, 0.487724, 0.584487, 0.74251, 1.00576", \
+            "0.401102, 0.457758, 0.492323, 0.549106, 0.644037, 0.802007, 1.06532" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0158862, 0.0784579, 0.124129, 0.200645, 0.329211, 0.543537, 0.900784", \
+            "0.0158872, 0.0784589, 0.124147, 0.200646, 0.329301, 0.543874, 0.900876", \
+            "0.0158882, 0.0784599, 0.124148, 0.200681, 0.329407, 0.543875, 0.902204", \
+            "0.0158892, 0.0784609, 0.124149, 0.200775, 0.329408, 0.543876, 0.902205", \
+            "0.0158953, 0.0784619, 0.12415, 0.200776, 0.329409, 0.543877, 0.902206", \
+            "0.015914, 0.078467, 0.124151, 0.200777, 0.32941, 0.543878, 0.902207", \
+            "0.015946, 0.078468, 0.124261, 0.200778, 0.329411, 0.543879, 0.902208" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144351, 0.0148224, 0.0148528, 0.0148252, 0.0147239, 0.0145354, 0.0145291", \
+            "0.0143994, 0.0148312, 0.0148264, 0.0148177, 0.0147232, 0.0145246, 0.0144682", \
+            "0.0144024, 0.0147881, 0.0148338, 0.0148293, 0.0146826, 0.0146657, 0.0145473", \
+            "0.0143627, 0.0147962, 0.0148125, 0.0147258, 0.0148571, 0.0145679, 0.0148667", \
+            "0.014326, 0.0147448, 0.0147952, 0.0148432, 0.0147418, 0.0147029, 0.0143899", \
+            "0.0143121, 0.0146914, 0.0147913, 0.0147941, 0.014827, 0.0147421, 0.0142703", \
+            "0.0141847, 0.0145477, 0.0146295, 0.0145725, 0.0146796, 0.0146733, 0.0146326" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0152419, 0.0157415, 0.0157472, 0.0157141, 0.0156207, 0.015433, 0.0151723", \
+            "0.0151934, 0.015702, 0.0157379, 0.0157851, 0.0155725, 0.0153772, 0.0151686", \
+            "0.0151663, 0.0156342, 0.0156428, 0.0157952, 0.0155294, 0.015376, 0.0151072", \
+            "0.0151422, 0.0156558, 0.0156914, 0.0155786, 0.0156007, 0.0153785, 0.0149781", \
+            "0.0151123, 0.0156233, 0.015661, 0.0157011, 0.0156207, 0.0152721, 0.0156028", \
+            "0.015034, 0.0155327, 0.01557, 0.0155869, 0.0155988, 0.0156253, 0.0151632", \
+            "0.0148715, 0.0153538, 0.0153622, 0.0153673, 0.01539, 0.0154108, 0.0154127" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0123123, 0.0127219, 0.0127639, 0.012728, 0.0126195, 0.012415, 0.0124121", \
+            "0.0122008, 0.0126592, 0.0126697, 0.0126602, 0.0125214, 0.0123054, 0.0123691", \
+            "0.0121372, 0.0125203, 0.0125758, 0.0125901, 0.0124498, 0.0122339, 0.0123396", \
+            "0.0121153, 0.0125576, 0.0125712, 0.0125047, 0.0126312, 0.0122325, 0.0124314", \
+            "0.0120781, 0.012484, 0.0125506, 0.0125779, 0.012485, 0.0124157, 0.0121397", \
+            "0.0121331, 0.0124981, 0.0125855, 0.0125919, 0.0126423, 0.0125096, 0.0120474", \
+            "0.0124304, 0.0127574, 0.012834, 0.0128048, 0.0128803, 0.0128738, 0.0127832" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0134542, 0.0139484, 0.0139627, 0.0139293, 0.01384, 0.013647, 0.0133234", \
+            "0.0134933, 0.0139852, 0.0141075, 0.0140992, 0.0138992, 0.0137347, 0.0133833", \
+            "0.0135771, 0.0140498, 0.0140602, 0.014081, 0.0139731, 0.0138011, 0.0136323", \
+            "0.0135871, 0.0141018, 0.0141358, 0.0141104, 0.0139675, 0.0142771, 0.0134812", \
+            "0.0136276, 0.0141634, 0.0141778, 0.0141599, 0.0142151, 0.013936, 0.0140196", \
+            "0.0137425, 0.0142189, 0.0141833, 0.0142766, 0.0142817, 0.014304, 0.0140927", \
+            "0.0137726, 0.0142483, 0.0142575, 0.0143025, 0.0141669, 0.0143002, 0.0142843" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00228262;
+      rise_capacitance : 0.00231188;
+      rise_capacitance_range (0.0020933, 0.00247009);
+      fall_capacitance : 0.00225337;
+      fall_capacitance_range (0.00205824, 0.00243433);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0626421, -0.0427212, -0.0197167", \
+            "-0.209403, -0.173159, -0.153755, -0.128605", \
+            "-0.286466, -0.244851, -0.226663, -0.202105", \
+            "-0.368848, -0.322231, -0.300736, -0.277445" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0366779, 0.0796199, 0.150162, 0.228533", \
+            "-0.147007, -0.0254646, 0.0481705, 0.127052", \
+            "-0.211885, -0.0848842, -0.00809509, 0.0719148", \
+            "-0.274405, -0.143546, -0.060615, 0.0206608" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.102698, 0.0876004, 0.101872, 0.138445", \
+            "0.214394, 0.190985, 0.193091, 0.211075", \
+            "0.29161, 0.260586, 0.256345, 0.261429", \
+            "0.374245, 0.335976, 0.32616, 0.324669" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0464586, -0.0721324, -0.139875, -0.215041", \
+            "0.154495, 0.033104, -0.0403032, -0.116056", \
+            "0.2196, 0.0927515, 0.0161902, -0.0634399", \
+            "0.285199, 0.149044, 0.0690899, -0.0118062" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0037281, 0.00350909, 0.0035308, 0.00377115, 0.00437439, 0.00590013, 0.00934457" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00367271, 0.00355469, 0.00361832, 0.00388976, 0.00453635, 0.00613212, 0.00974162" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00368267, 0.00348785, 0.00351585, 0.00376404, 0.00437267, 0.0059225, 0.00936686" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00375207, 0.0035922, 0.00365172, 0.00389673, 0.00453301, 0.00611048, 0.00971235" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0037281, 0.00350909, 0.0035308, 0.00377115, 0.00437439, 0.00590013, 0.00934457" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00375207, 0.0035922, 0.00365172, 0.00389673, 0.00453301, 0.00611048, 0.00971235" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00228336;
+      rise_capacitance : 0.00258113;
+      rise_capacitance_range (0.00232967, 0.00281398);
+      fall_capacitance : 0.00168783;
+      fall_capacitance_range (0.00168783, 0.00271845);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0798035, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00832806, 0.00804969, 0.00801957, 0.00829924, 0.00905198, 0.010972, 0.0152502" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0148037, 0.0148754, 0.0149261, 0.0152214, 0.0160348, 0.0180699, 0.0224883" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00832806, 0.00804969, 0.00801957, 0.00829924, 0.00905198, 0.010972, 0.0152502" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0148037, 0.0148754, 0.0149261, 0.0152214, 0.0160348, 0.0180699, 0.0224883" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dlhr_1) {
+    area : 32.6592;
+    cell_footprint : "dlhr";
+    cell_leakage_power : 508.576;
+    leakage_power () {
+      value : 461.804;
+      when : "!RESET_B*!Q*Q_N*!D*!GATE";
+    }
+    leakage_power () {
+      value : 485.692;
+      when : "!RESET_B*!Q*Q_N*!D*GATE";
+    }
+    leakage_power () {
+      value : 529.477;
+      when : "!RESET_B*!Q*Q_N*D*!GATE";
+    }
+    leakage_power () {
+      value : 484.397;
+      when : "!RESET_B*!Q*Q_N*D*GATE";
+    }
+    leakage_power () {
+      value : 480.573;
+      when : "RESET_B*!GATE*!D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 480.573;
+      when : "RESET_B*!GATE*!D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 548.247;
+      when : "RESET_B*!GATE*D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 548.247;
+      when : "RESET_B*!GATE*D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 562.274;
+      when : "D*GATE*RESET_B*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 504.478;
+      when : "!D*GATE*RESET_B*!Q*Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.202275, 0.281418, 0.325654, 0.397534, 0.517376, 0.716864, 1.04946", \
+            "0.235401, 0.314501, 0.35876, 0.430607, 0.55042, 0.749917, 1.08234", \
+            "0.256529, 0.335666, 0.379958, 0.451809, 0.571655, 0.771102, 1.10347", \
+            "0.286845, 0.365948, 0.410168, 0.482075, 0.601808, 0.801301, 1.13369", \
+            "0.329678, 0.408761, 0.453033, 0.52488, 0.644794, 0.844123, 1.17641", \
+            "0.389698, 0.468801, 0.513014, 0.584876, 0.704672, 0.904251, 1.23656", \
+            "0.472133, 0.551439, 0.595656, 0.667526, 0.787379, 0.986835, 1.31919" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0252771, 0.109235, 0.16913, 0.271099, 0.444543, 0.734056, 1.21684", \
+            "0.0252781, 0.109255, 0.169131, 0.271199, 0.444544, 0.734057, 1.21686", \
+            "0.0252791, 0.109256, 0.169132, 0.2712, 0.444545, 0.734304, 1.2172", \
+            "0.0252801, 0.109258, 0.169166, 0.271201, 0.444546, 0.734305, 1.2176", \
+            "0.0253063, 0.109286, 0.169213, 0.271202, 0.444547, 0.734306, 1.21761", \
+            "0.025359, 0.10932, 0.169214, 0.271203, 0.444548, 0.734307, 1.21762", \
+            "0.025636, 0.109423, 0.169264, 0.271204, 0.444549, 0.734308, 1.21763" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.171158, 0.234224, 0.269398, 0.326561, 0.422017, 0.580915, 0.845673", \
+            "0.20402, 0.266979, 0.302217, 0.359378, 0.454821, 0.613788, 0.878742", \
+            "0.224428, 0.287442, 0.322602, 0.379758, 0.475252, 0.634123, 0.898951", \
+            "0.253296, 0.316328, 0.35146, 0.408671, 0.504097, 0.662958, 0.927813", \
+            "0.293555, 0.356629, 0.391845, 0.449009, 0.544434, 0.703313, 0.967965", \
+            "0.345195, 0.40827, 0.443473, 0.500639, 0.596082, 0.754969, 1.01968", \
+            "0.408559, 0.47182, 0.507006, 0.564211, 0.65968, 0.818586, 1.08334" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0182636, 0.0820233, 0.126446, 0.202195, 0.331148, 0.546522, 0.905704", \
+            "0.0182646, 0.0820243, 0.126447, 0.20232, 0.33121, 0.546526, 0.905705", \
+            "0.0182656, 0.0820253, 0.126448, 0.202321, 0.331212, 0.547422, 0.90587", \
+            "0.0182709, 0.0820263, 0.126449, 0.202322, 0.331213, 0.547423, 0.905871", \
+            "0.0182717, 0.0820273, 0.126495, 0.202323, 0.331214, 0.547424, 0.905872", \
+            "0.018394, 0.082051, 0.126496, 0.202324, 0.331215, 0.547425, 0.905873", \
+            "0.018626, 0.082099, 0.126509, 0.202325, 0.331216, 0.547426, 0.905999" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.184282, 0.263135, 0.307355, 0.379144, 0.498971, 0.698588, 1.03121", \
+            "0.218207, 0.297123, 0.341316, 0.413198, 0.533058, 0.732725, 1.06491", \
+            "0.240567, 0.31933, 0.363542, 0.435424, 0.555285, 0.754862, 1.08714", \
+            "0.273382, 0.352203, 0.396383, 0.468336, 0.5881, 0.787553, 1.11986", \
+            "0.318907, 0.39777, 0.441996, 0.513844, 0.633669, 0.833118, 1.16539", \
+            "0.379893, 0.458905, 0.503139, 0.575012, 0.694918, 0.894389, 1.22656", \
+            "0.450637, 0.530048, 0.574295, 0.646201, 0.766074, 0.965621, 1.29786" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.025097, 0.109277, 0.169185, 0.271108, 0.444351, 0.733851, 1.21684", \
+            "0.025098, 0.109278, 0.169186, 0.271459, 0.444437, 0.73421, 1.21691", \
+            "0.025106, 0.109279, 0.169187, 0.27146, 0.444521, 0.734211, 1.21692", \
+            "0.0251552, 0.10928, 0.169188, 0.271461, 0.444522, 0.734212, 1.22116", \
+            "0.0252409, 0.109281, 0.169189, 0.271462, 0.444523, 0.734213, 1.22117", \
+            "0.025545, 0.109335, 0.16919, 0.271463, 0.444524, 0.734214, 1.22118", \
+            "0.026263, 0.109616, 0.169278, 0.271464, 0.444525, 0.734215, 1.22119" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.177838, 0.241144, 0.276345, 0.333502, 0.428934, 0.587791, 0.852574", \
+            "0.212987, 0.276265, 0.311473, 0.368634, 0.46405, 0.623987, 0.887698", \
+            "0.235528, 0.298771, 0.333938, 0.391114, 0.486505, 0.645489, 0.910167", \
+            "0.266793, 0.330015, 0.365222, 0.422349, 0.517781, 0.676621, 0.941346", \
+            "0.309386, 0.372593, 0.407786, 0.464929, 0.560336, 0.719191, 0.983923", \
+            "0.362805, 0.426022, 0.461222, 0.518392, 0.61376, 0.772725, 1.03741", \
+            "0.424635, 0.487875, 0.523079, 0.580212, 0.675629, 0.834558, 1.09929" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0185898, 0.0820177, 0.1265, 0.202212, 0.331059, 0.546527, 0.905704", \
+            "0.0185905, 0.0820184, 0.126501, 0.202213, 0.331962, 0.547516, 0.905712", \
+            "0.0185915, 0.0820381, 0.126502, 0.202234, 0.331963, 0.547517, 0.906335", \
+            "0.0185925, 0.0820424, 0.126503, 0.202235, 0.331964, 0.547518, 0.906336", \
+            "0.0185985, 0.0820434, 0.126504, 0.202236, 0.331965, 0.547519, 0.906337", \
+            "0.0185995, 0.0820444, 0.126505, 0.202285, 0.331966, 0.54752, 0.906338", \
+            "0.018603, 0.0820454, 0.126506, 0.202317, 0.331967, 0.547521, 0.906339" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0713062, 0.134283, 0.169478, 0.226748, 0.32224, 0.481279, 0.746174", \
+            "0.109721, 0.173753, 0.209112, 0.266476, 0.362041, 0.520992, 0.785884", \
+            "0.135748, 0.20239, 0.237911, 0.295362, 0.390957, 0.549981, 0.814896", \
+            "0.173679, 0.245878, 0.281857, 0.339371, 0.435174, 0.594238, 0.859083", \
+            "0.225276, 0.308441, 0.345279, 0.402994, 0.498885, 0.657997, 0.922955", \
+            "0.288573, 0.389536, 0.428848, 0.487545, 0.583398, 0.742275, 1.00733", \
+            "0.362142, 0.489975, 0.535, 0.596613, 0.694017, 0.853366, 1.11856" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0177883, 0.0821755, 0.126653, 0.202459, 0.331308, 0.546761, 0.905992", \
+            "0.0196919, 0.0827213, 0.126882, 0.202567, 0.331546, 0.546896, 0.906533", \
+            "0.0227069, 0.0841385, 0.127722, 0.203127, 0.331547, 0.550346, 0.906552", \
+            "0.0285629, 0.087453, 0.129793, 0.204168, 0.332253, 0.550347, 0.90675", \
+            "0.0380188, 0.0948207, 0.134427, 0.20649, 0.333423, 0.550348, 0.906988", \
+            "0.051586, 0.109462, 0.144953, 0.212232, 0.336012, 0.550349, 0.908344", \
+            "0.071253, 0.136462, 0.166168, 0.225807, 0.344215, 0.553546, 0.910321" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00420055, 0.00459945, 0.00465525, 0.00466095, 0.00461775, 0.00450075, 0.00429675", \
+            "0.00416615, 0.00457775, 0.00463725, 0.00463135, 0.00456805, 0.00447175, 0.00429945", \
+            "0.00417645, 0.00457365, 0.00464635, 0.00467025, 0.00481715, 0.00452565, 0.00433895", \
+            "0.0041791, 0.0046011, 0.0046416, 0.004635, 0.0046692, 0.0044926, 0.0043719", \
+            "0.00416805, 0.00457905, 0.00464455, 0.00469885, 0.00456905, 0.00462235, 0.00433825", \
+            "0.00415695, 0.00454815, 0.00463575, 0.00465975, 0.00467395, 0.00465515, 0.00443955", \
+            "0.00414875, 0.00454175, 0.00462155, 0.00461625, 0.00465865, 0.00467245, 0.00468315" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0019934, 0.0023637, 0.002368, 0.0022942, 0.0021274, 0.0018395, 0.0013692", \
+            "0.000589, 0.000994501, 0.0009778, 0.0011151, 0.000729401, 0.0004396, -3.11993e-05", \
+            "0.00050345, 0.00086565, 0.00091095, 0.00115485, 0.00073575, 0.00037805, -0.00013565", \
+            "0.0004787, 0.0008946, 0.000890899, 0.0007933, 0.0008331, 0.000444099, -0.0001344", \
+            "0.0004353, 0.0008665, 0.0009195, 0.000951, 0.0007038, 0.0004089, 0.000998", \
+            "0.00039625, 0.000793849, 0.00078565, 0.000875549, 0.00085295, 0.000797849, 0.00022315", \
+            "0.0003016, 0.000640701, 0.000658301, 0.000684501, 0.000623, 0.000749799, 0.000621299" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0085709, 0.0089793, 0.0090424, 0.0090218, 0.0089712, 0.0088807, 0.008684", \
+            "0.00857015, 0.00901605, 0.00903735, 0.00906855, 0.00898295, 0.00891185, 0.00869925", \
+            "0.0085552, 0.0089314, 0.0089995, 0.0090274, 0.0090714, 0.0088317, 0.0086573", \
+            "0.0085439, 0.0089443, 0.0090045, 0.0089764, 0.009068, 0.0088276, 0.009163", \
+            "0.0085115, 0.0089193, 0.0089706, 0.0090333, 0.0089232, 0.0089683, 0.0086589", \
+            "0.0085055, 0.0088797, 0.0089689, 0.0089908, 0.0090012, 0.008977, 0.0087459", \
+            "0.0084497, 0.008822, 0.0088968, 0.0088841, 0.0089438, 0.0089361, 0.0089951" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0085756, 0.0089458, 0.008956, 0.0088828, 0.0087058, 0.008422, 0.0079568", \
+            "0.00865155, 0.00905525, 0.00921185, 0.00895515, 0.00888105, 0.00862685, 0.00803535", \
+            "0.0087294, 0.0090911, 0.0091119, 0.0092164, 0.0088764, 0.0086197, 0.0082053", \
+            "0.0087537, 0.0091759, 0.0091881, 0.0090599, 0.0089713, 0.0091015, 0.0081578", \
+            "0.0087789, 0.0091514, 0.009248, 0.0092671, 0.0091437, 0.0087089, 0.0095537", \
+            "0.0087634, 0.0091381, 0.009172, 0.0092374, 0.0092505, 0.0092551, 0.0087803", \
+            "0.0085903, 0.0089497, 0.0089804, 0.0090322, 0.0088573, 0.0090356, 0.0089335" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00759591, 0.00795152, 0.00794932, 0.00787077, 0.00771302, 0.00740597, 0.00691858", \
+            "0.0074662, 0.00780604, 0.00794794, 0.00774157, 0.00761141, 0.00729503, 0.00690709", \
+            "0.00749035, 0.00775428, 0.00778509, 0.00787887, 0.00760048, 0.00764882, 0.00690723", \
+            "0.00765981, 0.00793422, 0.00793646, 0.00785589, 0.00786003, 0.00781304, 0.00759372", \
+            "0.00814205, 0.00823852, 0.00830071, 0.00840887, 0.0082846, 0.00799652, 0.00872582", \
+            "0.00933049, 0.00925257, 0.00928666, 0.00932543, 0.00938207, 0.00935442, 0.00876084", \
+            "0.0118702, 0.0114785, 0.0114993, 0.0114362, 0.011356, 0.0116037, 0.0114493" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.209435, 0.27138, 0.31463, 0.386183, 0.505851, 0.705188, 1.03748", \
+            "0.242274, 0.304183, 0.347534, 0.419035, 0.538916, 0.738001, 1.07049", \
+            "0.262672, 0.324609, 0.367892, 0.439396, 0.559076, 0.75839, 1.09167", \
+            "0.291536, 0.353449, 0.396705, 0.468157, 0.587806, 0.787156, 1.11971", \
+            "0.331863, 0.393882, 0.437218, 0.508673, 0.628347, 0.827644, 1.1598", \
+            "0.383827, 0.445757, 0.489018, 0.56052, 0.6801, 0.879555, 1.2117", \
+            "0.446716, 0.508619, 0.551953, 0.623464, 0.743144, 0.942647, 1.27473" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164676, 0.103177, 0.165786, 0.269548, 0.44324, 0.732855, 1.21547", \
+            "0.0164677, 0.103178, 0.165787, 0.269699, 0.443855, 0.732928, 1.21551", \
+            "0.0164687, 0.103179, 0.165809, 0.2697, 0.444001, 0.733066, 1.21661", \
+            "0.0164697, 0.103185, 0.165818, 0.269701, 0.444002, 0.733067, 1.21662", \
+            "0.0164751, 0.103186, 0.165819, 0.269702, 0.444003, 0.733068, 1.21663", \
+            "0.0164761, 0.103187, 0.16582, 0.269703, 0.444004, 0.733069, 1.21664", \
+            "0.016493, 0.103188, 0.165821, 0.269704, 0.444005, 0.73307, 1.21665" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.24631, 0.297753, 0.332289, 0.389372, 0.48472, 0.643621, 0.908601", \
+            "0.279377, 0.330853, 0.36542, 0.422467, 0.517863, 0.677117, 0.941628", \
+            "0.3006, 0.352056, 0.386511, 0.443641, 0.539038, 0.697852, 0.962794", \
+            "0.330838, 0.382324, 0.416867, 0.473858, 0.569299, 0.72814, 0.993011", \
+            "0.373667, 0.425128, 0.459714, 0.516748, 0.61216, 0.771011, 1.03573", \
+            "0.434848, 0.486311, 0.520837, 0.57788, 0.673219, 0.832163, 1.09694", \
+            "0.516341, 0.567705, 0.602285, 0.659337, 0.754746, 0.913594, 1.17836" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165603, 0.0795653, 0.125726, 0.202672, 0.331954, 0.547493, 0.90718", \
+            "0.0165613, 0.0795663, 0.125742, 0.202673, 0.331997, 0.547932, 0.907181", \
+            "0.0165623, 0.0796115, 0.125743, 0.202689, 0.331998, 0.54865, 0.907352", \
+            "0.0165633, 0.0796125, 0.125744, 0.202722, 0.331999, 0.548651, 0.907353", \
+            "0.0165643, 0.0796135, 0.125745, 0.202723, 0.332, 0.548652, 0.907354", \
+            "0.0165653, 0.0796145, 0.125746, 0.202796, 0.332001, 0.548653, 0.907355", \
+            "0.016588, 0.0796155, 0.125747, 0.202797, 0.332002, 0.548654, 0.907356" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.216314, 0.278256, 0.321535, 0.393013, 0.512642, 0.711999, 1.04438", \
+            "0.251412, 0.313408, 0.356779, 0.428281, 0.547868, 0.747346, 1.07957", \
+            "0.273953, 0.335945, 0.379217, 0.450707, 0.570416, 0.769736, 1.10207", \
+            "0.305235, 0.367153, 0.410465, 0.481883, 0.601508, 0.800874, 1.13309", \
+            "0.347776, 0.409766, 0.453108, 0.524498, 0.644084, 0.843424, 1.17562", \
+            "0.401142, 0.46311, 0.506454, 0.577875, 0.697462, 0.89688, 1.22895", \
+            "0.463064, 0.524995, 0.568245, 0.639789, 0.759378, 0.958917, 1.291" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.01649, 0.103159, 0.165786, 0.269525, 0.443247, 0.732871, 1.21582", \
+            "0.016491, 0.10316, 0.165787, 0.269591, 0.443299, 0.732919, 1.21583", \
+            "0.016492, 0.103165, 0.165817, 0.269592, 0.4433, 0.733034, 1.21584", \
+            "0.016493, 0.103166, 0.165879, 0.269593, 0.443301, 0.733035, 1.21813", \
+            "0.016494, 0.103167, 0.16588, 0.269594, 0.443302, 0.733036, 1.21814", \
+            "0.016495, 0.103168, 0.165881, 0.2696, 0.443303, 0.733037, 1.21815", \
+            "0.016496, 0.103169, 0.165882, 0.269601, 0.443304, 0.733038, 1.21816" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.228076, 0.279521, 0.314035, 0.371114, 0.466473, 0.625382, 0.890376", \
+            "0.261962, 0.313489, 0.347999, 0.405076, 0.500495, 0.659437, 0.924361", \
+            "0.284252, 0.335794, 0.370323, 0.427312, 0.522708, 0.681613, 0.946504", \
+            "0.317106, 0.368597, 0.403111, 0.460195, 0.555512, 0.714419, 0.979202", \
+            "0.362714, 0.414169, 0.448697, 0.505765, 0.601146, 0.760019, 1.02476", \
+            "0.423631, 0.475039, 0.509597, 0.566622, 0.662035, 0.820889, 1.08563", \
+            "0.495028, 0.546251, 0.580847, 0.637919, 0.733309, 0.892152, 1.1569" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165261, 0.0796081, 0.125701, 0.202672, 0.33195, 0.547492, 0.906901", \
+            "0.0165271, 0.0796084, 0.125702, 0.202727, 0.332177, 0.547505, 0.906979", \
+            "0.0165281, 0.0796094, 0.125703, 0.202728, 0.332178, 0.547951, 0.90698", \
+            "0.0165291, 0.0796104, 0.125704, 0.202729, 0.332179, 0.547952, 0.906981", \
+            "0.0165414, 0.0796114, 0.125705, 0.202787, 0.33218, 0.547953, 0.906982", \
+            "0.016573, 0.0796124, 0.125746, 0.202788, 0.332181, 0.547954, 0.906983", \
+            "0.016651, 0.0796134, 0.125747, 0.202789, 0.332182, 0.547955, 0.907211" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.109373, 0.171521, 0.214782, 0.286313, 0.405921, 0.605356, 0.937531", \
+            "0.148761, 0.210498, 0.253805, 0.325293, 0.444931, 0.6446, 0.977192", \
+            "0.177131, 0.237932, 0.281161, 0.352579, 0.472304, 0.671655, 1.00393", \
+            "0.219697, 0.278763, 0.321762, 0.393255, 0.512791, 0.7121, 1.04443", \
+            "0.279819, 0.335864, 0.378573, 0.449867, 0.569351, 0.768624, 1.10079", \
+            "0.354443, 0.406349, 0.448725, 0.519054, 0.63835, 0.837679, 1.16982", \
+            "0.446499, 0.493379, 0.534823, 0.604697, 0.723618, 0.922663, 1.25488" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0163715, 0.103197, 0.165838, 0.269532, 0.44314, 0.732867, 1.21563", \
+            "0.016605, 0.103198, 0.165839, 0.269533, 0.443629, 0.733243, 1.21651", \
+            "0.0171121, 0.103211, 0.165877, 0.269582, 0.44363, 0.733244, 1.21652", \
+            "0.0182691, 0.103326, 0.165908, 0.269583, 0.443631, 0.733245, 1.21653", \
+            "0.0208421, 0.10362, 0.16597, 0.269587, 0.443632, 0.733246, 1.21654", \
+            "0.025184, 0.10425, 0.166356, 0.269795, 0.443633, 0.733247, 1.21655", \
+            "0.03179, 0.105725, 0.167004, 0.270184, 0.443634, 0.733248, 1.21656" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0020065, 0.0024578, 0.002484, 0.0024886, 0.0024199, 0.0023012, 0.0021195", \
+            "0.0006021, 0.0010543, 0.0011177, 0.0011008, 0.0011162, 0.0009278, 0.0007188", \
+            "0.00052215, 0.000961551, 0.00105205, 0.00098845, 0.00102285, 0.00082645, 0.00075195", \
+            "0.0004904, 0.0009384, 0.0009637, 0.0009819, 0.0009445, 0.000791799, 0.0006088", \
+            "0.000449, 0.000905, 0.0009719, 0.0009976, 0.0009222, 0.0009698, 0.0006818", \
+            "0.00040755, 0.00084655, 0.00090275, 0.000938649, 0.00094355, 0.00091635, 0.00066385", \
+            "0.0003215, 0.000743001, 0.000798699, 0.0008282, 0.00085, 0.0008278, 0.0008404" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00419255, 0.00455375, 0.00456415, 0.00452795, 0.00435685, 0.00408985, 0.00363875", \
+            "0.00415625, 0.00457645, 0.00453785, 0.00449265, 0.00435795, 0.00415795, 0.00364105", \
+            "0.00416555, 0.00453225, 0.00455905, 0.00460115, 0.00447605, 0.00419645, 0.00374985", \
+            "0.0041726, 0.0045794, 0.0046033, 0.0045132, 0.0044511, 0.0048048, 0.0038265", \
+            "0.00415865, 0.00453255, 0.00462235, 0.00464795, 0.00450565, 0.00419845, 0.00497055", \
+            "0.00416615, 0.00451895, 0.00457405, 0.00463175, 0.00466535, 0.00463825, 0.00390255", \
+            "0.00413805, 0.00448295, 0.00452975, 0.00455835, 0.00445615, 0.00445015, 0.00453275" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0144145, 0.0148716, 0.0149051, 0.0148987, 0.0148455, 0.0147522, 0.0145889", \
+            "0.0143003, 0.0147913, 0.014831, 0.0148088, 0.0147505, 0.0146394, 0.0144186", \
+            "0.0143436, 0.0147915, 0.0148567, 0.0148538, 0.0148609, 0.0146563, 0.014491", \
+            "0.0144928, 0.0149556, 0.0149977, 0.0149796, 0.0150504, 0.0147787, 0.0149242", \
+            "0.0148953, 0.0153679, 0.0154035, 0.0154485, 0.0153234, 0.0153648, 0.0150734", \
+            "0.0158713, 0.0163199, 0.0163937, 0.0164252, 0.0164333, 0.0163796, 0.0160745", \
+            "0.0180228, 0.0184705, 0.0185318, 0.0185019, 0.018575, 0.0185225, 0.0185464" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0085734, 0.0089288, 0.0089303, 0.0088947, 0.0087211, 0.008454, 0.0080751", \
+            "0.00856505, 0.00896825, 0.00896395, 0.00891615, 0.00877315, 0.00847525, 0.00808605", \
+            "0.0085461, 0.0088996, 0.0089191, 0.0090469, 0.0088437, 0.008506, 0.0080372", \
+            "0.0085295, 0.0089363, 0.0089412, 0.0088349, 0.0087998, 0.0087068, 0.0081118", \
+            "0.0085037, 0.0088697, 0.0089462, 0.0089946, 0.008835, 0.0084753, 0.0093094", \
+            "0.0084974, 0.008835, 0.0088875, 0.0089418, 0.0089925, 0.008962, 0.0082268", \
+            "0.0084416, 0.0087589, 0.008798, 0.0088653, 0.0087373, 0.0087847, 0.0087755" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00758767, 0.00803678, 0.00806702, 0.00805331, 0.00799684, 0.00787891, 0.00770121", \
+            "0.00746244, 0.00789204, 0.00794335, 0.00796543, 0.00792564, 0.00781211, 0.007623", \
+            "0.00750443, 0.00783112, 0.00792044, 0.00791837, 0.0078841, 0.00775123, 0.00757971", \
+            "0.00765816, 0.00792553, 0.00796863, 0.00800148, 0.00811011, 0.00800978, 0.00766158", \
+            "0.00813812, 0.00826556, 0.00833339, 0.00838459, 0.00829933, 0.00836243, 0.00814204", \
+            "0.00932439, 0.00924315, 0.00928562, 0.00934365, 0.00932695, 0.00932658, 0.0091322", \
+            "0.0118894, 0.0114829, 0.0114897, 0.011521, 0.0115831, 0.0116345, 0.0116265" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00207682;
+      rise_capacitance : 0.00225755;
+      rise_capacitance_range (0.0020319, 0.00241885);
+      fall_capacitance : 0.00189609;
+      fall_capacitance_range (0.00189609, 0.00238393);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0929172, -0.0526588, -0.0298623, -0.00352648", \
+            "-0.204411, -0.160427, -0.138021, -0.109362", \
+            "-0.278751, -0.229117, -0.207774, -0.179506", \
+            "-0.358054, -0.305737, -0.280961, -0.250881" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0440134, 0.0796199, 0.152734, 0.231231", \
+            "-0.151999, -0.0254646, 0.0507929, 0.13255", \
+            "-0.217028, -0.0848842, -0.00539673, 0.0775647", \
+            "-0.279802, -0.143546, -0.060615, 0.0265638" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.107588, 0.0801129, 0.0838696, 0.106064", \
+            "0.21689, 0.183345, 0.179979, 0.186334", \
+            "0.29161, 0.250096, 0.242853, 0.24448", \
+            "0.374245, 0.327729, 0.314861, 0.309912" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0537942, -0.0696366, -0.142447, -0.217739", \
+            "0.161982, 0.033104, -0.0429256, -0.121554", \
+            "0.227315, 0.0953739, 0.0134918, -0.0690899", \
+            "0.290595, 0.154542, 0.0690899, -0.0147577" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00356175, 0.00334702, 0.00338324, 0.00363251, 0.00424008, 0.00581714, 0.00926933" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00385763, 0.00374827, 0.00382086, 0.0040836, 0.00475384, 0.00635934, 0.00987204" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0175867, 0.0173945, 0.0174075, 0.017625, 0.0182401, 0.0197629, 0.0231659" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0214986, 0.0241002, 0.0242933, 0.0245712, 0.0252652, 0.0268591, 0.0304462" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0175867, 0.0173945, 0.0174075, 0.017625, 0.0182401, 0.0197629, 0.0231659" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0214986, 0.0241002, 0.0242933, 0.0245712, 0.0252652, 0.0268591, 0.0304462" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00223878;
+      rise_capacitance : 0.00256375;
+      rise_capacitance_range (0.00231573, 0.0027907);
+      fall_capacitance : 0.00167007;
+      fall_capacitance_range (0.00167007, 0.00270182);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0894165, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.011671, 0.0112897, 0.0112176, 0.0114694, 0.0122274, 0.0142292, 0.0188502" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0123796, 0.0120482, 0.0121145, 0.0123968, 0.0132731, 0.0153972, 0.0201211" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0149371, 0.0150263, 0.0150873, 0.0153714, 0.0161682, 0.0181621, 0.0226226" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00842091, 0.0081515, 0.00811322, 0.00841103, 0.00914774, 0.0110412, 0.0153214" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0149838, 0.015082, 0.0151156, 0.0154038, 0.0162343, 0.0182289, 0.0226259" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.011671, 0.0112897, 0.0112176, 0.0114694, 0.0122274, 0.0142292, 0.0188502" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0149371, 0.0150263, 0.0150873, 0.0153714, 0.0161682, 0.0181621, 0.0226226" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00311214;
+      rise_capacitance : 0.00323724;
+      rise_capacitance_range (0.00284325, 0.00359601);
+      fall_capacitance : 0.00303708;
+      fall_capacitance_range (0.00282429, 0.00319661);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : recovery_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.00733557, -0.112066, -0.173308, -0.244723", \
+            "0.0821157, -0.0356504, -0.113731, -0.198526", \
+            "0.139875, 0.0193239, -0.0620624, -0.153838", \
+            "0.206946, 0.0913147, 0.00976587, -0.0826431" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : removal_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0220067, 0.13952, 0.2196, 0.309484", \
+            "-0.064645, 0.061115, 0.1452, 0.237012", \
+            "-0.124444, -0.000967038, 0.0863477, 0.179263", \
+            "-0.193454, -0.0748207, 0.0100088, 0.109207" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.185547, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-8.80183e-06, -1.36075e-05, -8.96491e-06, -6.02773e-06, -1.12424e-05, -1.68493e-05, -1.52133e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000267137, 0.000204908, 0.000186876, 0.000170891, 0.000157213, 0.000146732, 0.000135111" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000130685, -8.4172e-05, -6.53992e-05, -5.03476e-05, -3.65487e-05, -2.60399e-05, -1.38657e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000148418, 8.4172e-05, 6.53992e-05, 5.03476e-05, 3.65487e-05, 2.60399e-05, 1.38657e-05" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000130685, -8.4172e-05, -6.53992e-05, -5.03476e-05, -3.65487e-05, -2.60399e-05, -1.38657e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000148418, 8.4172e-05, 6.53992e-05, 5.03476e-05, 3.65487e-05, 2.60399e-05, 1.38657e-05" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dlhrq_1) {
+    area : 27.216;
+    cell_footprint : "dlhrq";
+    cell_leakage_power : 397.189;
+    leakage_power () {
+      value : 350.185;
+      when : "!RESET_B*!Q*!D*!GATE";
+    }
+    leakage_power () {
+      value : 374.069;
+      when : "!RESET_B*!Q*!D*GATE";
+    }
+    leakage_power () {
+      value : 417.802;
+      when : "!RESET_B*!Q*D*!GATE";
+    }
+    leakage_power () {
+      value : 375.238;
+      when : "!RESET_B*!Q*D*GATE";
+    }
+    leakage_power () {
+      value : 371.381;
+      when : "RESET_B*!GATE*!D*!Q";
+    }
+    leakage_power () {
+      value : 371.381;
+      when : "RESET_B*!GATE*!D*Q";
+    }
+    leakage_power () {
+      value : 438.991;
+      when : "RESET_B*!GATE*D*!Q";
+    }
+    leakage_power () {
+      value : 438.991;
+      when : "RESET_B*!GATE*D*Q";
+    }
+    leakage_power () {
+      value : 438.571;
+      when : "D*GATE*RESET_B*Q";
+    }
+    leakage_power () {
+      value : 395.285;
+      when : "!D*GATE*RESET_B*!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.187169, 0.258766, 0.302386, 0.373984, 0.493548, 0.692823, 1.02452", \
+            "0.22074, 0.292269, 0.335901, 0.407495, 0.527071, 0.726811, 1.05795", \
+            "0.242235, 0.313814, 0.357405, 0.429025, 0.548438, 0.747596, 1.07957", \
+            "0.273049, 0.344605, 0.388231, 0.459772, 0.57936, 0.778425, 1.1102", \
+            "0.316605, 0.388109, 0.431804, 0.503393, 0.622993, 0.82201, 1.15375", \
+            "0.37825, 0.449834, 0.49348, 0.565041, 0.684594, 0.883743, 1.21543", \
+            "0.460904, 0.532597, 0.576267, 0.647879, 0.767478, 0.966631, 1.29827" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.022176, 0.105706, 0.167338, 0.270389, 0.443742, 0.732954, 1.2148", \
+            "0.022177, 0.105707, 0.167339, 0.271695, 0.443926, 0.73364, 1.21481", \
+            "0.022178, 0.105708, 0.16734, 0.271696, 0.443927, 0.733641, 1.2155", \
+            "0.022179, 0.105709, 0.167341, 0.271697, 0.443928, 0.733642, 1.22093", \
+            "0.02218, 0.10571, 0.167342, 0.271698, 0.443929, 0.733643, 1.22094", \
+            "0.022228, 0.105729, 0.167343, 0.271699, 0.44393, 0.733644, 1.22095", \
+            "0.022566, 0.10583, 0.167344, 0.2717, 0.443962, 0.733645, 1.22096" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.16499, 0.223111, 0.258177, 0.315648, 0.411652, 0.571602, 0.838028", \
+            "0.198169, 0.256233, 0.291299, 0.348743, 0.444774, 0.604738, 0.871512", \
+            "0.219106, 0.277163, 0.312222, 0.369661, 0.465695, 0.625608, 0.892008", \
+            "0.248438, 0.306539, 0.341634, 0.399079, 0.4951, 0.654959, 0.921346", \
+            "0.289618, 0.347693, 0.382731, 0.440229, 0.536254, 0.696159, 0.962452", \
+            "0.342033, 0.400237, 0.435307, 0.492774, 0.588875, 0.748746, 1.01513", \
+            "0.406175, 0.464515, 0.499576, 0.557095, 0.65315, 0.813106, 1.07948" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167086, 0.0802598, 0.126314, 0.20368, 0.33378, 0.550781, 0.912282", \
+            "0.0167096, 0.0802608, 0.126315, 0.203687, 0.333781, 0.550886, 0.912883", \
+            "0.0167106, 0.0802618, 0.126344, 0.203688, 0.333986, 0.551444, 0.912961", \
+            "0.0167116, 0.0802628, 0.126345, 0.203689, 0.333987, 0.551445, 0.912962", \
+            "0.0167743, 0.0802638, 0.126346, 0.20369, 0.333988, 0.551446, 0.912963", \
+            "0.016868, 0.080278, 0.126347, 0.203691, 0.333989, 0.551447, 0.912964", \
+            "0.017158, 0.080356, 0.12638, 0.203716, 0.33399, 0.551448, 0.912965" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.168423, 0.239765, 0.283399, 0.355088, 0.474581, 0.673838, 1.00548", \
+            "0.202635, 0.273982, 0.317609, 0.389252, 0.508842, 0.708129, 1.03989", \
+            "0.224888, 0.296146, 0.339778, 0.411399, 0.530914, 0.730103, 1.06281", \
+            "0.258043, 0.329342, 0.372988, 0.444533, 0.564066, 0.763133, 1.09493", \
+            "0.303753, 0.375078, 0.41874, 0.49037, 0.60999, 0.808959, 1.14067", \
+            "0.364474, 0.435984, 0.479634, 0.551263, 0.670868, 0.870016, 1.2017", \
+            "0.435034, 0.506847, 0.550523, 0.622182, 0.741827, 0.940984, 1.27266" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.021917, 0.105641, 0.16732, 0.270394, 0.443743, 0.732953, 1.21499", \
+            "0.021918, 0.105656, 0.167321, 0.270395, 0.444469, 0.732981, 1.215", \
+            "0.0219665, 0.105695, 0.167322, 0.270442, 0.44447, 0.73327, 1.2165", \
+            "0.0219675, 0.105696, 0.167323, 0.270487, 0.444471, 0.733271, 1.21949", \
+            "0.0221291, 0.105697, 0.167324, 0.270488, 0.444472, 0.733272, 1.2195", \
+            "0.022609, 0.10581, 0.167334, 0.270489, 0.444473, 0.733273, 1.21951", \
+            "0.023363, 0.106046, 0.167489, 0.270567, 0.444474, 0.733274, 1.21952" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.171415, 0.229748, 0.264805, 0.322267, 0.418302, 0.578257, 0.844633", \
+            "0.206693, 0.26504, 0.300056, 0.357532, 0.453549, 0.613439, 0.879868", \
+            "0.229392, 0.28768, 0.322694, 0.380159, 0.476174, 0.636142, 0.902463", \
+            "0.260877, 0.319182, 0.354209, 0.411684, 0.507729, 0.667539, 0.933902", \
+            "0.303989, 0.362312, 0.397325, 0.454818, 0.550799, 0.710684, 0.977063", \
+            "0.358555, 0.416875, 0.451894, 0.509383, 0.605368, 0.765234, 1.03166", \
+            "0.42019, 0.478505, 0.51353, 0.571008, 0.667035, 0.826994, 1.0933" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171187, 0.0802953, 0.12632, 0.203677, 0.333812, 0.550781, 0.912288", \
+            "0.0171197, 0.0802963, 0.126333, 0.203688, 0.334409, 0.550782, 0.912448", \
+            "0.0171207, 0.0802973, 0.12634, 0.203823, 0.33441, 0.550859, 0.912849", \
+            "0.0171217, 0.0802983, 0.126341, 0.203824, 0.334411, 0.55086, 0.91285", \
+            "0.0171227, 0.0802993, 0.126445, 0.203825, 0.334412, 0.550861, 0.912851", \
+            "0.0171237, 0.0803003, 0.126446, 0.203826, 0.334413, 0.550862, 0.912852", \
+            "0.0171247, 0.0803013, 0.126447, 0.203827, 0.334414, 0.550863, 0.913035" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.065428, 0.123576, 0.158755, 0.216218, 0.312368, 0.472293, 0.738766", \
+            "0.102375, 0.161523, 0.196807, 0.254475, 0.350693, 0.510634, 0.777105", \
+            "0.126861, 0.188017, 0.223456, 0.28121, 0.37739, 0.537447, 0.803945", \
+            "0.162036, 0.227188, 0.262826, 0.320796, 0.417046, 0.577141, 0.843633", \
+            "0.210159, 0.283385, 0.319755, 0.377321, 0.473695, 0.633752, 0.900349", \
+            "0.270183, 0.355863, 0.393407, 0.45179, 0.548573, 0.708295, 0.975076", \
+            "0.341978, 0.447545, 0.48942, 0.551288, 0.647209, 0.807855, 1.07562" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162801, 0.0803599, 0.126628, 0.203954, 0.334008, 0.550959, 0.912694", \
+            "0.0182637, 0.0809646, 0.126912, 0.2042, 0.334009, 0.551363, 0.912896", \
+            "0.0210235, 0.0821104, 0.127698, 0.204496, 0.334483, 0.554772, 0.913219", \
+            "0.0266539, 0.0846734, 0.129274, 0.205519, 0.334928, 0.554773, 0.91322", \
+            "0.0352937, 0.0905301, 0.133225, 0.207565, 0.336222, 0.554774, 0.913732", \
+            "0.04761, 0.101455, 0.140465, 0.212163, 0.338355, 0.554775, 0.914782", \
+            "0.065433, 0.122939, 0.158105, 0.2252, 0.346436, 0.558558, 0.918082" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.000297699, 0.000655599, 0.000675, 0.000655198, 0.0005586, 0.000354899, 0.0003173", \
+            "0.000223501, 0.0006267, 0.0006206, 0.0006881, 0.0005007, 0.0003582, 0.0003368", \
+            "0.000254901, 0.000599001, 0.000667701, 0.0006468, 0.0005899, 0.0002877, 0.0002633", \
+            "0.000256499, 0.000638099, 0.000667099, 0.000605999, 0.000724999, 0.0003103, 0.000793699", \
+            "0.0001901, 0.000570899, 0.0005996, 0.000667701, 0.0004574, 0.000515699, 0.000267399", \
+            "0.000200201, 0.0005414, 0.000631999, 0.0006391, 0.000682401, 0.0005762, 0.0002877", \
+            "0.0001479, 0.000476599, 0.000558499, 0.0004998, 0.0006123, 0.0005842, 0.000564499" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "-0.000297699, -0.000655599, -0.000675, -0.000655198, -0.0005586, -0.000354899, -0.0003173", \
+            "-0.000223501, -0.0006267, -0.0006206, -0.0006881, -0.0005007, -0.0003582, -0.0003368", \
+            "-0.000254901, -0.000599001, -0.000667701, -0.0006468, -0.0005899, -0.0002877, -0.0002633", \
+            "-0.000256499, -0.000638099, -0.000667099, -0.000605999, -0.000724999, -0.0003103, -0.000793699", \
+            "-0.0001901, -0.000570899, -0.0005996, -0.000667701, -0.0004574, -0.000515699, -0.000267399", \
+            "-0.000200201, -0.0005414, -0.000631999, -0.0006391, -0.000682401, -0.0005762, -0.0002877", \
+            "-0.0001479, -0.000476599, -0.000558499, -0.0004998, -0.0006123, -0.0005842, -0.000564499" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0092468, 0.0096249, 0.0096551, 0.0096469, 0.0095294, 0.0093364, 0.0093978", \
+            "0.0092324, 0.0096422, 0.0096286, 0.0095914, 0.0095788, 0.009302, 0.0093538", \
+            "0.0092285, 0.0095607, 0.009631, 0.0096864, 0.0095031, 0.0093187, 0.0095057", \
+            "0.0092062, 0.0095958, 0.0096209, 0.0095697, 0.0096621, 0.0092725, 0.0096734", \
+            "0.0091408, 0.0095068, 0.0095661, 0.0096152, 0.0094625, 0.0094431, 0.0091447", \
+            "0.0091455, 0.0094744, 0.0095658, 0.0095735, 0.0096217, 0.0095397, 0.0092165", \
+            "0.0090367, 0.0093379, 0.0094139, 0.0093682, 0.0094757, 0.009442, 0.0094136" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0091835, 0.0096846, 0.0097038, 0.0096755, 0.0095754, 0.0093938, 0.0090312", \
+            "0.0093183, 0.0098268, 0.0098985, 0.0098209, 0.0097931, 0.0095566, 0.0092214", \
+            "0.0094813, 0.0099668, 0.0099552, 0.0100232, 0.0098557, 0.0096785, 0.0093828", \
+            "0.0095157, 0.0100424, 0.0100855, 0.0099955, 0.0099284, 0.0101896, 0.0093963", \
+            "0.0095393, 0.0100475, 0.010113, 0.0101094, 0.0101366, 0.0098346, 0.0099768", \
+            "0.0095186, 0.0100316, 0.0100395, 0.010114, 0.0101183, 0.0101352, 0.0099325", \
+            "0.0091816, 0.0096625, 0.0096681, 0.0097365, 0.009592, 0.0097571, 0.0098103" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00752097, 0.00798873, 0.0080121, 0.00796166, 0.00787189, 0.00771972, 0.00735045", \
+            "0.00733819, 0.00772779, 0.00783029, 0.00780922, 0.00768696, 0.007562, 0.00721098", \
+            "0.00737271, 0.00770416, 0.00774833, 0.00786404, 0.0078339, 0.00798497, 0.00729924", \
+            "0.00769406, 0.00797645, 0.00805704, 0.00804308, 0.00796592, 0.00804394, 0.00761122", \
+            "0.00855595, 0.00868771, 0.008822, 0.00888781, 0.00889837, 0.00861289, 0.00904866", \
+            "0.0106537, 0.0105142, 0.0105536, 0.0105812, 0.010659, 0.0107403, 0.0102265", \
+            "0.015108, 0.0145559, 0.014516, 0.0146575, 0.0145339, 0.0146412, 0.0148087" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00212744;
+      rise_capacitance : 0.00234731;
+      rise_capacitance_range (0.00212264, 0.00250858);
+      fall_capacitance : 0.00190757;
+      fall_capacitance_range (0.00190757, 0.00246832);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : hold_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0855817, -0.0476672, -0.022147, 0.00456862", \
+            "-0.19942, -0.157881, -0.132776, -0.103864", \
+            "-0.276179, -0.226494, -0.202377, -0.171031", \
+            "-0.355356, -0.302988, -0.278136, -0.244978" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0415682, 0.0821157, 0.155306, 0.236628", \
+            "-0.151999, -0.0254646, 0.0534153, 0.135299", \
+            "-0.217028, -0.0875066, -0.00539673, 0.0775647", \
+            "-0.2825, -0.146295, -0.060615, 0.0236123" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : setup_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0978076, 0.0751213, 0.0812978, 0.106064", \
+            "0.211899, 0.178252, 0.177357, 0.183585", \
+            "0.286466, 0.247474, 0.240154, 0.23883", \
+            "0.368848, 0.32498, 0.309211, 0.304008" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.051349, -0.0721324, -0.145019, -0.223136", \
+            "0.161982, 0.033104, -0.045548, -0.124303", \
+            "0.227315, 0.0953739, 0.0134918, -0.0690899", \
+            "0.290595, 0.154542, 0.0690899, -0.0147577" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!GATE * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00349242, 0.00327314, 0.00330326, 0.00355365, 0.00415709, 0.00569417, 0.00915104" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00387343, 0.00376149, 0.00382476, 0.00408993, 0.00474351, 0.00633825, 0.00981633" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.017967, 0.0177729, 0.017777, 0.0179859, 0.0186355, 0.0201439, 0.0235335" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0218095, 0.0243345, 0.024514, 0.0248001, 0.0254919, 0.0271288, 0.0306552" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.017967, 0.0177729, 0.017777, 0.0179859, 0.0186355, 0.0201439, 0.0235335" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0218095, 0.0243345, 0.024514, 0.0248001, 0.0254919, 0.0271288, 0.0306552" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00218896;
+      rise_capacitance : 0.00258692;
+      rise_capacitance_range (0.00234178, 0.00281247);
+      fall_capacitance : 0.00169151;
+      fall_capacitance_range (0.00169151, 0.00272547);
+      timing () {
+        related_pin : "GATE";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0798035, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0119879, 0.0116109, 0.011533, 0.0117786, 0.0125435, 0.0145217, 0.0191378" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0121234, 0.0117694, 0.011826, 0.0121221, 0.0129901, 0.0150882, 0.0198139" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015027, 0.0151588, 0.0151936, 0.015489, 0.0163573, 0.0183377, 0.0227831" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00873235, 0.00844941, 0.0084219, 0.00872686, 0.00942686, 0.0113355, 0.0156054" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0151357, 0.0152727, 0.0153053, 0.0155938, 0.0164313, 0.0184221, 0.0228537" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0119879, 0.0116109, 0.011533, 0.0117786, 0.0125435, 0.0145217, 0.0191378" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015027, 0.0151588, 0.0151936, 0.015489, 0.0163573, 0.0183377, 0.0227831" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00294627;
+      rise_capacitance : 0.00302941;
+      rise_capacitance_range (0.00263944, 0.00339203);
+      fall_capacitance : 0.00288392;
+      fall_capacitance_range (0.0026686, 0.00302996);
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : recovery_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0146711, -0.124545, -0.191311, -0.263612", \
+            "0.0571575, -0.0636615, -0.142577, -0.228765", \
+            "0.0987266, -0.0252571, -0.107935, -0.199038", \
+            "0.144884, 0.0280877, -0.058033, -0.150528" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE";
+        sdf_edges : both_edges;
+        timing_type : removal_falling;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0293423, 0.149503, 0.232459, 0.322976", \
+            "-0.0421825, 0.0840332, 0.168801, 0.264502", \
+            "-0.0858677, 0.0409916, 0.126823, 0.221637", \
+            "-0.13409, -0.0143427, 0.0721577, 0.168238" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.179138, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000110516, 0.000105327, 0.000110631, 0.000109922, 0.000107789, 0.000102409, 0.000102921" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00017581, 0.000105683, 8.81411e-05, 7.06547e-05, 5.78683e-05, 4.59865e-05, 3.34731e-05" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !GATE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-1.16937e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "5.33573e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-1.16937e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "5.33573e-05, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "GATE";
+    }
+  }
+  cell (sg13g2_dllr_1) {
+    area : 34.4736;
+    cell_footprint : "dllr";
+    cell_leakage_power : 518.326;
+    leakage_power () {
+      value : 485.679;
+      when : "!RESET_B*!Q*Q_N*!D*!GATE_N";
+    }
+    leakage_power () {
+      value : 461.772;
+      when : "!RESET_B*!Q*Q_N*!D*GATE_N";
+    }
+    leakage_power () {
+      value : 484.319;
+      when : "!RESET_B*!Q*Q_N*D*!GATE_N";
+    }
+    leakage_power () {
+      value : 529.381;
+      when : "!RESET_B*!Q*Q_N*D*GATE_N";
+    }
+    leakage_power () {
+      value : 504.473;
+      when : "RESET_B*!GATE_N*!D*!Q*!Q_N";
+    }
+    leakage_power () {
+      value : 504.473;
+      when : "RESET_B*!GATE_N*!D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 504.473;
+      when : "RESET_B*!GATE_N*!D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 504.473;
+      when : "RESET_B*!GATE_N*!D*Q*Q_N";
+    }
+    leakage_power () {
+      value : 562.182;
+      when : "RESET_B*!GATE_N*D*!Q*!Q_N";
+    }
+    leakage_power () {
+      value : 562.182;
+      when : "RESET_B*!GATE_N*D*!Q*Q_N";
+    }
+    leakage_power () {
+      value : 562.182;
+      when : "RESET_B*!GATE_N*D*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 562.182;
+      when : "RESET_B*!GATE_N*D*Q*Q_N";
+    }
+    leakage_power () {
+      value : 548.212;
+      when : "D*GATE_N*RESET_B*Q*!Q_N";
+    }
+    leakage_power () {
+      value : 480.581;
+      when : "!D*GATE_N*RESET_B*!Q*Q_N";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.203906, 0.282767, 0.327029, 0.398919, 0.518723, 0.718179, 1.0508", \
+            "0.236955, 0.315802, 0.360081, 0.431906, 0.551736, 0.75115, 1.08361", \
+            "0.258036, 0.336938, 0.381145, 0.453018, 0.57291, 0.772337, 1.10468", \
+            "0.288275, 0.367059, 0.411259, 0.483082, 0.602902, 0.802346, 1.13471", \
+            "0.330853, 0.409683, 0.453934, 0.525736, 0.645527, 0.844992, 1.1772", \
+            "0.390645, 0.469457, 0.513704, 0.585504, 0.705317, 0.904762, 1.23712", \
+            "0.472721, 0.551716, 0.596, 0.667832, 0.787686, 0.987191, 1.31946" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0256192, 0.109533, 0.16936, 0.271325, 0.444543, 0.734029, 1.21675", \
+            "0.0256202, 0.109534, 0.169384, 0.27134, 0.444551, 0.734047, 1.21686", \
+            "0.0256212, 0.109535, 0.169408, 0.271379, 0.444558, 0.734328, 1.21687", \
+            "0.0256222, 0.109536, 0.169409, 0.271404, 0.444559, 0.734329, 1.22456", \
+            "0.0256232, 0.109537, 0.16941, 0.271405, 0.44456, 0.73433, 1.22457", \
+            "0.025685, 0.109538, 0.169411, 0.271406, 0.444561, 0.734331, 1.22458", \
+            "0.025955, 0.109641, 0.169437, 0.271407, 0.444562, 0.734332, 1.22459" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.173047, 0.235922, 0.271089, 0.328289, 0.423722, 0.582673, 0.847473", \
+            "0.205891, 0.268709, 0.303891, 0.361094, 0.456522, 0.61552, 0.880365", \
+            "0.226218, 0.289019, 0.324176, 0.381406, 0.476837, 0.63576, 0.9006", \
+            "0.254829, 0.317707, 0.352867, 0.41005, 0.505493, 0.664402, 0.929236", \
+            "0.294932, 0.357776, 0.392998, 0.450161, 0.545613, 0.70453, 0.969217", \
+            "0.346467, 0.409346, 0.444551, 0.50176, 0.597169, 0.756122, 1.02087", \
+            "0.409382, 0.472406, 0.507608, 0.56485, 0.660295, 0.819232, 1.08415" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0185214, 0.0822249, 0.126661, 0.202462, 0.33137, 0.546834, 0.906066", \
+            "0.0185224, 0.0822259, 0.126695, 0.202483, 0.331494, 0.54687, 0.906278", \
+            "0.018531, 0.0822269, 0.126696, 0.202494, 0.331495, 0.54774, 0.906279", \
+            "0.018532, 0.0822279, 0.126697, 0.202495, 0.331496, 0.547741, 0.906311", \
+            "0.0185344, 0.0822289, 0.12673, 0.202496, 0.331497, 0.547742, 0.906312", \
+            "0.018635, 0.08224, 0.126731, 0.202497, 0.331498, 0.547743, 0.906313", \
+            "0.018912, 0.082322, 0.126772, 0.202501, 0.331499, 0.547744, 0.906314" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.226333, 0.304904, 0.34897, 0.420947, 0.540793, 0.740234, 1.07281", \
+            "0.262767, 0.3413, 0.385506, 0.457363, 0.577211, 0.776902, 1.10913", \
+            "0.286929, 0.365472, 0.409681, 0.48152, 0.601376, 0.800838, 1.13313", \
+            "0.322324, 0.400863, 0.44504, 0.516896, 0.636657, 0.836141, 1.16852", \
+            "0.372186, 0.450701, 0.494914, 0.566752, 0.686659, 0.885966, 1.21816", \
+            "0.438279, 0.516818, 0.561017, 0.632866, 0.752683, 0.952167, 1.2844", \
+            "0.527328, 0.605817, 0.650022, 0.72187, 0.841707, 1.04122, 1.37343" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0254476, 0.109511, 0.169346, 0.271331, 0.44453, 0.73392, 1.21675", \
+            "0.0254486, 0.109512, 0.169347, 0.271427, 0.444584, 0.734158, 1.21676", \
+            "0.0254496, 0.109513, 0.16936, 0.271428, 0.444857, 0.734159, 1.21677", \
+            "0.0254506, 0.109514, 0.169368, 0.271429, 0.444858, 0.73416, 1.21849", \
+            "0.0254516, 0.109515, 0.169369, 0.27143, 0.444859, 0.734161, 1.2185", \
+            "0.0254526, 0.109516, 0.16937, 0.271431, 0.44486, 0.734162, 1.21851", \
+            "0.0254536, 0.109517, 0.169371, 0.271432, 0.444861, 0.734163, 1.21852" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.167433, 0.230482, 0.26569, 0.322878, 0.418261, 0.577202, 0.84198", \
+            "0.204472, 0.267519, 0.302685, 0.359909, 0.455306, 0.614318, 0.879298", \
+            "0.230333, 0.293359, 0.328545, 0.385743, 0.481162, 0.640086, 0.904925", \
+            "0.269247, 0.332304, 0.36749, 0.424647, 0.520079, 0.678987, 0.9438", \
+            "0.325771, 0.389021, 0.424236, 0.481388, 0.576837, 0.735747, 1.00045", \
+            "0.401217, 0.464555, 0.499755, 0.556986, 0.652441, 0.811376, 1.07612", \
+            "0.507182, 0.570999, 0.606225, 0.663478, 0.758981, 0.917945, 1.18287" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188827, 0.0822343, 0.126742, 0.202442, 0.331364, 0.546834, 0.906172", \
+            "0.0188837, 0.0822353, 0.126743, 0.202457, 0.331503, 0.546839, 0.906602", \
+            "0.0188847, 0.0822461, 0.126744, 0.202464, 0.331504, 0.547774, 0.906743", \
+            "0.0189598, 0.0822698, 0.126745, 0.202528, 0.331505, 0.547775, 0.906744", \
+            "0.0191228, 0.082294, 0.126764, 0.202529, 0.331506, 0.547776, 0.906745", \
+            "0.019502, 0.082444, 0.126765, 0.20253, 0.331518, 0.547777, 0.906746", \
+            "0.02027, 0.082622, 0.12686, 0.202531, 0.331519, 0.547778, 0.906747" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0712623, 0.137058, 0.173809, 0.231525, 0.326814, 0.48561, 0.750264", \
+            "0.109602, 0.176684, 0.213384, 0.271125, 0.366429, 0.525178, 0.790038", \
+            "0.135654, 0.205653, 0.242411, 0.300089, 0.395378, 0.554234, 0.818949", \
+            "0.173804, 0.250223, 0.287225, 0.344752, 0.440046, 0.598826, 0.863561", \
+            "0.225948, 0.315039, 0.352273, 0.409483, 0.504633, 0.663428, 0.928091", \
+            "0.290534, 0.398956, 0.43638, 0.49288, 0.587707, 0.746309, 1.01095", \
+            "0.367178, 0.499975, 0.537385, 0.59302, 0.687401, 0.845887, 1.11003" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0186364, 0.0859159, 0.129853, 0.204212, 0.330973, 0.545583, 0.904848", \
+            "0.0207379, 0.0864366, 0.129982, 0.204213, 0.330974, 0.545584, 0.904849", \
+            "0.0238741, 0.087857, 0.130387, 0.204214, 0.330997, 0.546571, 0.90485", \
+            "0.0302638, 0.0912681, 0.132265, 0.204386, 0.33116, 0.546572, 0.905333", \
+            "0.0404769, 0.0988875, 0.135867, 0.205232, 0.331161, 0.546573, 0.905334", \
+            "0.055405, 0.111787, 0.141734, 0.206735, 0.331269, 0.546574, 0.905335", \
+            "0.076537, 0.128083, 0.148992, 0.207921, 0.331687, 0.546575, 0.905336" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0089509, 0.0258747, 0.0372155, 0.0558171, 0.0868137, 0.138436, 0.22444", \
+            "0.0088263, 0.025854, 0.0372276, 0.0556863, 0.0866843, 0.138366, 0.224472", \
+            "0.0088363, 0.0257748, 0.0371476, 0.0557432, 0.0871761, 0.138432, 0.22445", \
+            "0.0088519, 0.0258198, 0.0370986, 0.055711, 0.0868738, 0.138325, 0.226046", \
+            "0.0088237, 0.0257758, 0.0370986, 0.0558001, 0.0866773, 0.138547, 0.224459", \
+            "0.0087876, 0.0256704, 0.0370762, 0.0557247, 0.086865, 0.138647, 0.224455", \
+            "0.0087425, 0.0256324, 0.0370372, 0.0555985, 0.0868161, 0.138633, 0.224989" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.006353, 0.0232061, 0.0344575, 0.0528863, 0.0836683, 0.134918, 0.22036", \
+            "0.0001844, 0.0171422, 0.0283322, 0.0467272, 0.0775325, 0.12877, 0.214243", \
+            "-0.000487301, 0.0163592, 0.0276673, 0.0465926, 0.0770313, 0.128142, 0.213582", \
+            "-0.000635199, 0.0163178, 0.0275465, 0.0458965, 0.0771052, 0.128066, 0.21349", \
+            "-0.000696501, 0.0162719, 0.0276464, 0.0462767, 0.0768879, 0.12817, 0.214646", \
+            "-0.000790799, 0.0161034, 0.0273393, 0.046078, 0.0771529, 0.128918, 0.214044", \
+            "-0.000980701, 0.0158118, 0.0270926, 0.0456795, 0.0767588, 0.128777, 0.214835" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0178628, 0.0347932, 0.0461072, 0.0646944, 0.0956667, 0.147328, 0.233338", \
+            "0.0178855, 0.0348208, 0.0461798, 0.0647102, 0.0957088, 0.147374, 0.233414", \
+            "0.017844, 0.0347786, 0.046226, 0.0647487, 0.0957525, 0.14734, 0.233319", \
+            "0.0178779, 0.0348025, 0.0461297, 0.0647647, 0.0958448, 0.147572, 0.233941", \
+            "0.0179041, 0.034879, 0.0462169, 0.064864, 0.0957719, 0.147699, 0.233505", \
+            "0.0179563, 0.0348626, 0.0462755, 0.0648998, 0.0960495, 0.147574, 0.233789", \
+            "0.0177778, 0.0346852, 0.0460573, 0.0646306, 0.0958847, 0.147588, 0.234119" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162357, 0.033101, 0.0443553, 0.0627902, 0.0935637, 0.144815, 0.230242", \
+            "0.0161356, 0.0330837, 0.0443869, 0.0627639, 0.0934718, 0.144708, 0.230172", \
+            "0.0160795, 0.0329643, 0.0442681, 0.0633102, 0.0935125, 0.144741, 0.230194", \
+            "0.0160693, 0.0330159, 0.0442039, 0.0626086, 0.0938658, 0.144711, 0.23021", \
+            "0.0160382, 0.0330222, 0.0444072, 0.0629461, 0.0936359, 0.144922, 0.231262", \
+            "0.0161703, 0.0330678, 0.0442742, 0.0630885, 0.0942135, 0.145856, 0.231003", \
+            "0.0162009, 0.032972, 0.0442577, 0.0629389, 0.0936847, 0.145956, 0.23194" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0236832, 0.0405701, 0.051808, 0.070256, 0.101028, 0.15219, 0.237668", \
+            "0.0231825, 0.0400699, 0.0514459, 0.069751, 0.100515, 0.151808, 0.237261", \
+            "0.0230856, 0.0398543, 0.051089, 0.0700409, 0.100394, 0.151833, 0.237159", \
+            "0.0232165, 0.0399257, 0.0512135, 0.0696373, 0.100644, 0.152289, 0.237458", \
+            "0.0239789, 0.0403783, 0.0517493, 0.0704926, 0.101379, 0.152454, 0.240055", \
+            "0.0261821, 0.0421681, 0.0533952, 0.0721307, 0.103187, 0.154849, 0.240265", \
+            "0.0307433, 0.045863, 0.0570412, 0.0755693, 0.106574, 0.158694, 0.24478" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : "output";
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.211157, 0.273021, 0.316245, 0.387682, 0.507203, 0.706546, 1.03819", \
+            "0.243924, 0.305871, 0.34915, 0.420567, 0.540351, 0.739235, 1.07119", \
+            "0.264231, 0.326245, 0.36949, 0.440864, 0.560374, 0.75947, 1.09232", \
+            "0.292925, 0.354799, 0.397995, 0.469351, 0.588803, 0.787898, 1.11972", \
+            "0.332995, 0.394891, 0.438137, 0.509529, 0.628961, 0.828017, 1.15976", \
+            "0.384843, 0.446669, 0.489919, 0.561411, 0.68075, 0.879914, 1.21165", \
+            "0.447806, 0.509659, 0.552942, 0.62436, 0.743882, 0.943143, 1.27482" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165278, 0.103105, 0.165621, 0.269192, 0.442752, 0.732051, 1.21439", \
+            "0.0165288, 0.103106, 0.165622, 0.269289, 0.442984, 0.732052, 1.2144", \
+            "0.0165298, 0.103107, 0.165623, 0.26929, 0.443398, 0.732244, 1.21499", \
+            "0.0165308, 0.103108, 0.165647, 0.269291, 0.443399, 0.732245, 1.215", \
+            "0.0165318, 0.103109, 0.165648, 0.269292, 0.4434, 0.732246, 1.21501", \
+            "0.016544, 0.10311, 0.165649, 0.269293, 0.443401, 0.732247, 1.21502", \
+            "0.01658, 0.103111, 0.16565, 0.269294, 0.443402, 0.732248, 1.21503" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.24765, 0.299191, 0.33377, 0.390818, 0.486215, 0.645145, 0.91023", \
+            "0.280656, 0.332219, 0.366791, 0.423853, 0.51927, 0.678528, 0.943361", \
+            "0.301804, 0.353383, 0.387937, 0.444997, 0.540386, 0.699295, 0.964219", \
+            "0.331946, 0.383508, 0.418042, 0.47513, 0.57046, 0.729377, 0.994311", \
+            "0.374553, 0.426086, 0.460646, 0.517682, 0.6131, 0.77202, 1.03683", \
+            "0.435716, 0.487321, 0.521815, 0.578859, 0.674205, 0.833252, 1.09805", \
+            "0.516626, 0.568109, 0.60268, 0.659706, 0.755153, 0.914038, 1.17886" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0166188, 0.0796338, 0.125726, 0.20273, 0.332028, 0.547607, 0.906767", \
+            "0.0166198, 0.0796348, 0.125789, 0.202731, 0.332296, 0.548051, 0.906768", \
+            "0.0166208, 0.0796358, 0.12579, 0.202751, 0.332297, 0.548641, 0.90753", \
+            "0.0166218, 0.0796368, 0.125791, 0.20281, 0.332298, 0.548642, 0.907531", \
+            "0.0166228, 0.0796378, 0.125792, 0.202811, 0.332299, 0.548643, 0.907532", \
+            "0.0166238, 0.0796388, 0.125793, 0.202812, 0.3323, 0.548644, 0.907533", \
+            "0.016654, 0.0796398, 0.125794, 0.202844, 0.332301, 0.548645, 0.907534" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.205649, 0.267541, 0.310801, 0.382177, 0.501703, 0.700735, 1.03253", \
+            "0.242705, 0.304606, 0.347861, 0.419211, 0.539027, 0.73789, 1.06966", \
+            "0.268539, 0.330508, 0.373795, 0.445067, 0.564561, 0.763718, 1.09559", \
+            "0.307516, 0.369385, 0.412633, 0.483994, 0.603435, 0.802568, 1.13444", \
+            "0.364104, 0.426127, 0.469384, 0.540744, 0.66021, 0.859272, 1.19101", \
+            "0.440789, 0.502553, 0.545786, 0.617162, 0.736652, 0.935773, 1.26756", \
+            "0.54564, 0.607326, 0.650603, 0.722028, 0.841512, 1.0407, 1.37231" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165241, 0.10307, 0.165621, 0.269247, 0.44271, 0.73203, 1.21382", \
+            "0.0165444, 0.103092, 0.165622, 0.269428, 0.443349, 0.732072, 1.21388", \
+            "0.0165454, 0.103101, 0.165623, 0.269429, 0.445614, 0.73214, 1.21439", \
+            "0.0165464, 0.103102, 0.165624, 0.26943, 0.445615, 0.732141, 1.21481", \
+            "0.0165536, 0.103103, 0.165625, 0.269431, 0.445616, 0.732142, 1.21482", \
+            "0.016599, 0.103104, 0.165626, 0.269432, 0.445617, 0.732143, 1.21483", \
+            "0.016682, 0.103105, 0.165627, 0.269433, 0.445618, 0.732144, 1.21484" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.269769, 0.321308, 0.355832, 0.413004, 0.508388, 0.667336, 0.932339", \
+            "0.306211, 0.35779, 0.392361, 0.449438, 0.544801, 0.703743, 0.968907", \
+            "0.330395, 0.381964, 0.416536, 0.473596, 0.568992, 0.727909, 0.992924", \
+            "0.365779, 0.417298, 0.451867, 0.50894, 0.604295, 0.763249, 1.02826", \
+            "0.415618, 0.467203, 0.501782, 0.558852, 0.654271, 0.813095, 1.07793", \
+            "0.480255, 0.531853, 0.56642, 0.6235, 0.718859, 0.877783, 1.1426", \
+            "0.571185, 0.622764, 0.657339, 0.714314, 0.809841, 0.968722, 1.23357" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165819, 0.0795434, 0.125781, 0.202729, 0.332033, 0.547608, 0.906763", \
+            "0.0165829, 0.0795803, 0.125788, 0.202829, 0.332034, 0.547609, 0.907052", \
+            "0.0165839, 0.0796512, 0.125789, 0.20283, 0.332035, 0.547947, 0.907205", \
+            "0.0165849, 0.0796522, 0.12579, 0.202831, 0.332114, 0.547948, 0.90975", \
+            "0.0165859, 0.0796532, 0.125791, 0.202832, 0.332115, 0.547949, 0.909751", \
+            "0.0165869, 0.0796542, 0.125792, 0.202833, 0.332116, 0.54795, 0.909752", \
+            "0.0165879, 0.0796552, 0.125793, 0.202834, 0.332117, 0.547951, 0.909753" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.110114, 0.17216, 0.215441, 0.286759, 0.406393, 0.605347, 0.937258", \
+            "0.14951, 0.211223, 0.254522, 0.325909, 0.445385, 0.644561, 0.976588", \
+            "0.178038, 0.238922, 0.28206, 0.35348, 0.472917, 0.672182, 1.00394", \
+            "0.221308, 0.280433, 0.323479, 0.394795, 0.514162, 0.713194, 1.0451", \
+            "0.282771, 0.338886, 0.381593, 0.452736, 0.572033, 0.771048, 1.10282", \
+            "0.359547, 0.412238, 0.453889, 0.525023, 0.643612, 0.842872, 1.1745", \
+            "0.454986, 0.503132, 0.544333, 0.614018, 0.732425, 0.931123, 1.26301" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0167873, 0.1032, 0.165706, 0.269213, 0.44276, 0.732309, 1.21393", \
+            "0.0170061, 0.103224, 0.165707, 0.269214, 0.443476, 0.73231, 1.21411", \
+            "0.0175467, 0.103254, 0.165728, 0.269243, 0.443477, 0.732311, 1.21412", \
+            "0.0189024, 0.103416, 0.165798, 0.269244, 0.443478, 0.732312, 1.21431", \
+            "0.021806, 0.103758, 0.165938, 0.26933, 0.443479, 0.732313, 1.21432", \
+            "0.026662, 0.104627, 0.166258, 0.269387, 0.44348, 0.732314, 1.21433", \
+            "0.033644, 0.106226, 0.166827, 0.269701, 0.443481, 0.732315, 1.21434" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0063805, 0.0233942, 0.0346786, 0.0532428, 0.0842373, 0.135852, 0.221932", \
+            "0.000210101, 0.0172315, 0.0286013, 0.0471277, 0.0781705, 0.129721, 0.215697", \
+            "-0.000462301, 0.0165507, 0.0279208, 0.0464061, 0.0775713, 0.12903, 0.215367", \
+            "-0.0006005, 0.0164116, 0.0276866, 0.0463171, 0.0773482, 0.128826, 0.214805", \
+            "-0.0006712, 0.0163697, 0.0277224, 0.0463497, 0.0773339, 0.129088, 0.215245", \
+            "-0.0007663, 0.0162211, 0.0275803, 0.0462067, 0.0773629, 0.129018, 0.214947", \
+            "-0.000926301, 0.0160358, 0.0273766, 0.0460118, 0.0771738, 0.128974, 0.215234" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0089347, 0.0257811, 0.0370277, 0.0555334, 0.0863167, 0.137601, 0.223151", \
+            "0.0088104, 0.0257824, 0.036952, 0.0554189, 0.0862803, 0.137685, 0.22308", \
+            "0.0088279, 0.0256877, 0.0369681, 0.0558489, 0.0863921, 0.137766, 0.223274", \
+            "0.0088333, 0.0257645, 0.0370495, 0.0553944, 0.0864328, 0.138807, 0.223513", \
+            "0.0088058, 0.0256901, 0.0370508, 0.0557019, 0.0866793, 0.137738, 0.225713", \
+            "0.008782, 0.0256223, 0.0369415, 0.0555625, 0.086788, 0.138617, 0.223574", \
+            "0.0087199, 0.0255457, 0.0368663, 0.0555307, 0.0863881, 0.138289, 0.224796" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0291079, 0.046148, 0.0574444, 0.0760541, 0.107008, 0.158621, 0.244639", \
+            "0.028739, 0.0457914, 0.0571553, 0.0757026, 0.106797, 0.158302, 0.244192", \
+            "0.0287658, 0.0457864, 0.0571769, 0.0756417, 0.107234, 0.158235, 0.244332", \
+            "0.0290332, 0.0460669, 0.0573248, 0.0759771, 0.107006, 0.158546, 0.244653", \
+            "0.0297839, 0.0468577, 0.0582124, 0.076814, 0.107726, 0.159728, 0.245435", \
+            "0.0318469, 0.0488307, 0.060219, 0.0788449, 0.110004, 0.161662, 0.247647", \
+            "0.0363987, 0.0533558, 0.0647398, 0.0833228, 0.114563, 0.166323, 0.252604" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0178485, 0.034679, 0.0459317, 0.0644368, 0.0952357, 0.146512, 0.232013", \
+            "0.0178717, 0.034877, 0.0460682, 0.0644382, 0.0952858, 0.146557, 0.232196", \
+            "0.0178337, 0.0346788, 0.0460454, 0.0644941, 0.0952305, 0.146608, 0.232162", \
+            "0.0178759, 0.0347416, 0.0459909, 0.0644835, 0.0958358, 0.14663, 0.23262", \
+            "0.0178872, 0.0347785, 0.0461928, 0.0647848, 0.0953269, 0.146926, 0.233098", \
+            "0.017916, 0.0347497, 0.0460929, 0.0648183, 0.0959275, 0.147571, 0.232623", \
+            "0.0177368, 0.0345643, 0.0458631, 0.0645271, 0.0953687, 0.147596, 0.233383" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0235315, 0.0406093, 0.0519187, 0.0704392, 0.101458, 0.153034, 0.238987", \
+            "0.0230486, 0.0401256, 0.051439, 0.0699785, 0.101197, 0.152634, 0.238532", \
+            "0.0229765, 0.0398189, 0.0512178, 0.0697675, 0.10108, 0.152426, 0.238434", \
+            "0.0230808, 0.0398246, 0.0511499, 0.069775, 0.10101, 0.152495, 0.238487", \
+            "0.0238445, 0.0403028, 0.0516962, 0.0703212, 0.101274, 0.153271, 0.239215", \
+            "0.0260468, 0.0420659, 0.0533121, 0.0719929, 0.103113, 0.154945, 0.240925", \
+            "0.0306638, 0.0458589, 0.0570699, 0.0756906, 0.106772, 0.158752, 0.245032" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00214712;
+      rise_capacitance : 0.00232823;
+      rise_capacitance_range (0.00210099, 0.00249063);
+      fall_capacitance : 0.001966;
+      fall_capacitance_range (0.001966, 0.00245296);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0758009, 0.0346951, 0.0884395, 0.13409", \
+            "-0.18694, -0.0763938, -0.0173898, 0.0308367", \
+            "-0.26332, -0.150445, -0.089046, -0.0382583", \
+            "-0.341864, -0.228765, -0.165138, -0.112158" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0855817, -0.0626421, -0.0581518, -0.0628905", \
+            "-0.194428, -0.168066, -0.161623, -0.167091", \
+            "-0.258177, -0.226494, -0.221266, -0.224705", \
+            "-0.320277, -0.283745, -0.275311, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0929172, -0.0222159, -0.0781524, -0.120598", \
+            "0.201915, 0.0891261, 0.0305019, -0.0170917", \
+            "0.276179, 0.160934, 0.0998395, 0.0523831", \
+            "0.358054, 0.24251, 0.179263, 0.126916" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0978076, 0.0876004, 0.109587, 0.168127", \
+            "0.204411, 0.188438, 0.200959, 0.238565", \
+            "0.265892, 0.244851, 0.253646, 0.284029", \
+            "0.328372, 0.300239, 0.306386, 0.327621" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(GATE_N * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00361561, 0.0033998, 0.00343875, 0.00368814, 0.00429763, 0.00589221, 0.00933193" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00337513, 0.00325988, 0.00333512, 0.00360354, 0.0042674, 0.00587683, 0.00950428" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0182003, 0.0180597, 0.0180829, 0.0183022, 0.0189147, 0.020464, 0.0238529" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0197527, 0.0257135, 0.0264177, 0.0267748, 0.0274631, 0.0290701, 0.0326652" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0182003, 0.0180597, 0.0180829, 0.0183022, 0.0189147, 0.020464, 0.0238529" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0197527, 0.0257135, 0.0264177, 0.0267748, 0.0274631, 0.0290701, 0.0326652" \
+          );
+        }
+      }
+    }
+    pin (GATE_N) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.002304;
+      rise_capacitance : 0.00173754;
+      rise_capacitance_range (0.00173754, 0.00285837);
+      fall_capacitance : 0.00262769;
+      fall_capacitance_range (0.00244415, 0.00276889);
+      timing () {
+        related_pin : "GATE_N";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.118256, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0134832, 0.0131291, 0.0131435, 0.013377, 0.0140271, 0.0158602, 0.0200215" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128683, 0.0125952, 0.0126605, 0.0129462, 0.0137391, 0.0156495, 0.0202003" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138516, 0.0152584, 0.0153845, 0.015666, 0.0164309, 0.0182947, 0.0226062" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138996, 0.0153001, 0.0154327, 0.0157185, 0.0164438, 0.0183405, 0.0226402" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00858116, 0.00832073, 0.00838795, 0.00868685, 0.00951584, 0.0114797, 0.0160438" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138516, 0.0152584, 0.0153845, 0.015666, 0.0164309, 0.0182947, 0.0226062" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0128683, 0.0125952, 0.0126605, 0.0129462, 0.0137391, 0.0156495, 0.0202003" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0030741;
+      rise_capacitance : 0.00320002;
+      rise_capacitance_range (0.00280792, 0.00356304);
+      fall_capacitance : 0.00299854;
+      fall_capacitance_range (0.00278377, 0.00315854);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0268971, -0.134528, -0.193882, -0.247421", \
+            "0.0521658, -0.0560221, -0.116353, -0.171036", \
+            "0.106442, -0.00165537, -0.0647607, -0.119939", \
+            "0.169169, 0.0665737, 0.00694092, -0.0472246" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0415682, 0.151999, 0.214457, 0.269008", \
+            "-0.0371909, 0.0713009, 0.13471, 0.190279", \
+            "-0.0910112, 0.0173898, 0.0782526, 0.134064", \
+            "-0.158375, -0.0528287, 0.00718383, 0.0619823" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.185547, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000265005, 0.000260896, 0.000265488, 0.000264352, 0.00026226, 0.000257261, 0.000257" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000300196, 0.000236555, 0.000218247, 0.000202028, 0.000188285, 0.000177483, 0.000165025" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000156509, -0.000115103, -9.72372e-05, -8.03088e-05, -6.69444e-05, -5.59603e-05, -4.31201e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00017694, 0.000115103, 9.72372e-05, 8.03088e-05, 6.69444e-05, 5.59603e-05, 4.31201e-05" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000156509, -0.000115103, -9.72372e-05, -8.03088e-05, -6.69444e-05, -5.59603e-05, -4.31201e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00017694, 0.000115103, 9.72372e-05, 8.03088e-05, 6.69444e-05, 5.59603e-05, 4.31201e-05" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "!GATE_N";
+    }
+  }
+  cell (sg13g2_dllrq_1) {
+    area : 29.0304;
+    cell_footprint : "dllrq";
+    cell_leakage_power : 397.168;
+    leakage_power () {
+      value : 374.08;
+      when : "!RESET_B*!Q*!D*!GATE_N";
+    }
+    leakage_power () {
+      value : 350.111;
+      when : "!RESET_B*!Q*!D*GATE_N";
+    }
+    leakage_power () {
+      value : 375.184;
+      when : "!RESET_B*!Q*D*!GATE_N";
+    }
+    leakage_power () {
+      value : 417.754;
+      when : "!RESET_B*!Q*D*GATE_N";
+    }
+    leakage_power () {
+      value : 371.372;
+      when : "RESET_B*GATE_N*!D*!Q";
+    }
+    leakage_power () {
+      value : 371.372;
+      when : "RESET_B*GATE_N*!D*Q";
+    }
+    leakage_power () {
+      value : 438.998;
+      when : "RESET_B*GATE_N*D*!Q";
+    }
+    leakage_power () {
+      value : 438.998;
+      when : "RESET_B*GATE_N*D*Q";
+    }
+    leakage_power () {
+      value : 438.527;
+      when : "D*!GATE_N*RESET_B*Q";
+    }
+    leakage_power () {
+      value : 395.285;
+      when : "!D*!GATE_N*RESET_B*!Q";
+    }
+    pin (Q) {
+      direction : "output";
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.186067, 0.257408, 0.301096, 0.372871, 0.492517, 0.692044, 1.02434", \
+            "0.219391, 0.290681, 0.334381, 0.40608, 0.525832, 0.725832, 1.0573", \
+            "0.240691, 0.312083, 0.355642, 0.427362, 0.547216, 0.746577, 1.07906", \
+            "0.271293, 0.342605, 0.386308, 0.457953, 0.577699, 0.77704, 1.10926", \
+            "0.31447, 0.385723, 0.429471, 0.501149, 0.620916, 0.82022, 1.15238", \
+            "0.374812, 0.446124, 0.489816, 0.561518, 0.68129, 0.88067, 1.21283", \
+            "0.457262, 0.528708, 0.572407, 0.644131, 0.763904, 0.963341, 1.29545" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0226276, 0.106345, 0.168078, 0.271283, 0.444861, 0.734361, 1.21713", \
+            "0.0226286, 0.106346, 0.168079, 0.273102, 0.445033, 0.735087, 1.21714", \
+            "0.0226296, 0.106347, 0.16808, 0.273103, 0.445034, 0.735088, 1.21779", \
+            "0.0226306, 0.106348, 0.168081, 0.273104, 0.445035, 0.735089, 1.22241", \
+            "0.0226324, 0.106349, 0.168082, 0.273105, 0.445036, 0.73509, 1.22242", \
+            "0.022727, 0.106376, 0.168083, 0.273106, 0.445037, 0.735091, 1.22243", \
+            "0.023055, 0.106459, 0.168084, 0.273107, 0.445088, 0.735092, 1.22244" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.164097, 0.221559, 0.25641, 0.31348, 0.408944, 0.567975, 0.832812", \
+            "0.197078, 0.254677, 0.289452, 0.346542, 0.442043, 0.600916, 0.866135", \
+            "0.217791, 0.27524, 0.310067, 0.367157, 0.462625, 0.621639, 0.886798", \
+            "0.246875, 0.304356, 0.339174, 0.396321, 0.491758, 0.650683, 0.915478", \
+            "0.287629, 0.345066, 0.379942, 0.437047, 0.532478, 0.691525, 0.956147", \
+            "0.339532, 0.397157, 0.432007, 0.489131, 0.584574, 0.743521, 1.00833", \
+            "0.402934, 0.460662, 0.495517, 0.552677, 0.648154, 0.807152, 1.07202" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0170532, 0.0801413, 0.125908, 0.202808, 0.331987, 0.547551, 0.906826", \
+            "0.0170542, 0.0801423, 0.125909, 0.202809, 0.332163, 0.54786, 0.907249", \
+            "0.0170552, 0.0801433, 0.125956, 0.202878, 0.332164, 0.547901, 0.907405", \
+            "0.0170562, 0.0801443, 0.125957, 0.202879, 0.332165, 0.547902, 0.907406", \
+            "0.0170834, 0.0801453, 0.125958, 0.20288, 0.332166, 0.547903, 0.907407", \
+            "0.017152, 0.080169, 0.125959, 0.202881, 0.332167, 0.547904, 0.907408", \
+            "0.017427, 0.080242, 0.125964, 0.202882, 0.332168, 0.547905, 0.907409" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : falling_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.208553, 0.279484, 0.323253, 0.394892, 0.514747, 0.714167, 1.04639", \
+            "0.245005, 0.316036, 0.359731, 0.431428, 0.551185, 0.750599, 1.08321", \
+            "0.269069, 0.340103, 0.383805, 0.455492, 0.57525, 0.774653, 1.10718", \
+            "0.304571, 0.375576, 0.419224, 0.490984, 0.610634, 0.810073, 1.14252", \
+            "0.354326, 0.425369, 0.46905, 0.540763, 0.660543, 0.85975, 1.19192", \
+            "0.419452, 0.490472, 0.534181, 0.605887, 0.725611, 0.92512, 1.25715", \
+            "0.509477, 0.580506, 0.624205, 0.695904, 0.815658, 1.01519, 1.34731" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0224329, 0.106298, 0.168061, 0.271276, 0.444862, 0.734454, 1.21715", \
+            "0.0224357, 0.106299, 0.168062, 0.27196, 0.444972, 0.734455, 1.21748", \
+            "0.022441, 0.1063, 0.168063, 0.271961, 0.447238, 0.734475, 1.21749", \
+            "0.022442, 0.106301, 0.168064, 0.271962, 0.447239, 0.734476, 1.21919", \
+            "0.022443, 0.106302, 0.168065, 0.271963, 0.44724, 0.734477, 1.2192", \
+            "0.022444, 0.106303, 0.168066, 0.271964, 0.447241, 0.734494, 1.21921", \
+            "0.022445, 0.106304, 0.168067, 0.271965, 0.447242, 0.734573, 1.21922" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.157508, 0.215188, 0.249987, 0.307119, 0.402579, 0.561559, 0.826413", \
+            "0.194442, 0.252153, 0.28701, 0.344124, 0.439537, 0.598646, 0.863694", \
+            "0.220203, 0.277902, 0.312728, 0.369867, 0.465303, 0.624233, 0.889398", \
+            "0.258931, 0.316668, 0.351464, 0.408619, 0.504025, 0.662931, 0.927775", \
+            "0.315142, 0.372992, 0.407825, 0.464965, 0.560411, 0.719291, 0.984028", \
+            "0.389643, 0.447728, 0.482571, 0.539734, 0.635201, 0.794114, 1.05891", \
+            "0.494192, 0.552747, 0.587608, 0.644794, 0.740296, 0.899247, 1.16407" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173799, 0.0801757, 0.125995, 0.20278, 0.332037, 0.547551, 0.906826", \
+            "0.0173992, 0.0801767, 0.125996, 0.202781, 0.332038, 0.547764, 0.907266", \
+            "0.0174138, 0.0801777, 0.126038, 0.202785, 0.332096, 0.547993, 0.907382", \
+            "0.0175057, 0.0801787, 0.126039, 0.202866, 0.332097, 0.547994, 0.907383", \
+            "0.0177113, 0.0802241, 0.12604, 0.202867, 0.332098, 0.547995, 0.907384", \
+            "0.018139, 0.080344, 0.126101, 0.202868, 0.332099, 0.547996, 0.907385", \
+            "0.019152, 0.080606, 0.12616, 0.202869, 0.3321, 0.547997, 0.907386" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0659087, 0.123535, 0.158523, 0.215638, 0.311243, 0.470151, 0.73501", \
+            "0.102935, 0.161563, 0.19665, 0.253987, 0.349588, 0.50863, 0.773535", \
+            "0.127413, 0.187916, 0.223145, 0.280509, 0.376165, 0.535233, 0.8001", \
+            "0.162712, 0.227103, 0.262455, 0.32017, 0.415824, 0.574931, 0.839894", \
+            "0.210946, 0.282902, 0.31935, 0.376523, 0.472447, 0.63147, 0.896506", \
+            "0.271078, 0.355737, 0.393211, 0.452055, 0.546919, 0.706593, 0.9717", \
+            "0.343372, 0.447585, 0.489248, 0.550817, 0.646235, 0.805966, 1.0722" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165905, 0.0803157, 0.126253, 0.20302, 0.332258, 0.54774, 0.907037", \
+            "0.0185956, 0.0808887, 0.126542, 0.203181, 0.332259, 0.547914, 0.907038", \
+            "0.021418, 0.082036, 0.127345, 0.203696, 0.332514, 0.549755, 0.907259", \
+            "0.026978, 0.0845341, 0.128858, 0.204642, 0.333164, 0.549756, 0.907278", \
+            "0.0356589, 0.0901018, 0.132793, 0.206592, 0.334486, 0.549757, 0.907912", \
+            "0.048048, 0.101386, 0.140244, 0.21195, 0.336786, 0.550976, 0.90916", \
+            "0.065904, 0.12291, 0.157858, 0.224503, 0.344905, 0.555419, 0.912322" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0862257, 0.157462, 0.200995, 0.272854, 0.392467, 0.591813, 0.92405", \
+            "0.115282, 0.187044, 0.230775, 0.302475, 0.422274, 0.621966, 0.953885", \
+            "0.136748, 0.209924, 0.253748, 0.325539, 0.445237, 0.644639, 0.976873", \
+            "0.169071, 0.244993, 0.288929, 0.360881, 0.480715, 0.680125, 1.01229", \
+            "0.214853, 0.297694, 0.341941, 0.413801, 0.533694, 0.733168, 1.06535", \
+            "0.274082, 0.371226, 0.416645, 0.488888, 0.609035, 0.807782, 1.14023", \
+            "0.352468, 0.471595, 0.521111, 0.59559, 0.716259, 0.917179, 1.24905" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0220065, 0.10624, 0.168015, 0.271348, 0.444909, 0.734434, 1.21689", \
+            "0.0230857, 0.106493, 0.168144, 0.271349, 0.445138, 0.734873, 1.21708", \
+            "0.0249514, 0.107312, 0.168646, 0.271604, 0.445139, 0.735532, 1.21709", \
+            "0.0290249, 0.108986, 0.169639, 0.272122, 0.445373, 0.735533, 1.21739", \
+            "0.0373585, 0.112798, 0.17187, 0.273227, 0.446104, 0.735534, 1.2174", \
+            "0.050774, 0.123203, 0.178304, 0.276768, 0.447748, 0.736073, 1.21818", \
+            "0.069551, 0.144865, 0.194975, 0.287852, 0.454492, 0.74015, 1.2208" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0063181, 0.0066747, 0.0067052, 0.0066893, 0.006584, 0.0063848, 0.0064779", \
+            "0.0063728, 0.0067696, 0.0067744, 0.0068743, 0.0066578, 0.0065457, 0.0063605", \
+            "0.0063727, 0.006728, 0.0067964, 0.006836, 0.0067398, 0.0065164, 0.0064888", \
+            "0.0063569, 0.0067428, 0.0067875, 0.0067176, 0.0068619, 0.0064374, 0.0068302", \
+            "0.0062928, 0.0066798, 0.0067157, 0.0067877, 0.0065938, 0.0066318, 0.0064249", \
+            "0.0062171, 0.0065611, 0.006648, 0.0066732, 0.0066937, 0.0066228, 0.0061544", \
+            "0.0061611, 0.0064941, 0.0065777, 0.0065286, 0.0066238, 0.0066445, 0.0065772" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0035715, 0.0040428, 0.0040604, 0.00402, 0.003933, 0.0037352, 0.0033672", \
+            "0.0001167, 0.0006427, 0.0006928, 0.0005816, 0.0005132, 0.0003586, 3.97004e-05", \
+            "-7.83987e-05, 0.0003739, 0.000394, 0.0005305, 0.0003832, 0.000120401, -0.000195799", \
+            "-0.000154801, 0.000336099, 0.000373699, 0.0002675, 0.000315599, 9.06996e-05, 0.0003959", \
+            "-0.000228301, 0.0002719, 0.000309, 0.000358799, 0.000323599, -7.11009e-05, 0.0001706", \
+            "-0.0003516, 0.000142699, 0.000161098, 0.000216199, 0.000225199, 0.000239799, -0.000279602", \
+            "-0.0005075, -4.36008e-05, -2.81017e-05, 1.60001e-06, -1.94013e-05, 6.47996e-05, 0.000114299" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "GATE_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0067318, 0.0070833, 0.0071178, 0.0070871, 0.0070038, 0.006795, 0.0068606", \
+            "0.0063686, 0.0067338, 0.0069052, 0.0067962, 0.0066605, 0.0064558, 0.0065838", \
+            "0.0063521, 0.0067263, 0.0068516, 0.0067542, 0.0068292, 0.0064567, 0.0065403", \
+            "0.0064238, 0.0067659, 0.0067686, 0.0067987, 0.0068154, 0.0065172, 0.0066941", \
+            "0.0063536, 0.006767, 0.0068309, 0.0068265, 0.0066339, 0.0068303, 0.0066772", \
+            "0.0063055, 0.0066696, 0.006763, 0.0067922, 0.0068101, 0.0065902, 0.0063799", \
+            "0.0060674, 0.0064283, 0.0064981, 0.0064942, 0.0065436, 0.0065552, 0.0065283" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0054967, 0.0059911, 0.0060077, 0.0059712, 0.0058922, 0.0056829, 0.0053272", \
+            "0.0050313, 0.0055355, 0.0056262, 0.0057125, 0.0054038, 0.0052469, 0.0049205", \
+            "0.0050092, 0.0054728, 0.0054987, 0.0055768, 0.0054246, 0.0052221, 0.0049104", \
+            "0.0050037, 0.0055003, 0.005549, 0.0054401, 0.0054741, 0.0052377, 0.004858", \
+            "0.0049414, 0.0054593, 0.0054992, 0.005558, 0.0054862, 0.0051309, 0.0055066", \
+            "0.0049962, 0.0055024, 0.0054959, 0.0055863, 0.0056056, 0.0055852, 0.0050572", \
+            "0.0049742, 0.0054244, 0.0054486, 0.005513, 0.0053903, 0.0055643, 0.005478" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00988898, 0.0103018, 0.0102947, 0.0102926, 0.0101323, 0.0101179, 0.0100069", \
+            "0.00964736, 0.0100084, 0.0100815, 0.0100238, 0.00990572, 0.00993849, 0.00991142", \
+            "0.00958038, 0.0098659, 0.00992314, 0.00999304, 0.00997904, 0.00985433, 0.0098173", \
+            "0.00961283, 0.00986363, 0.00993039, 0.00984013, 0.00999129, 0.00984398, 0.00968902", \
+            "0.0100053, 0.0101091, 0.0102011, 0.0102684, 0.0101689, 0.0100802, 0.0101048", \
+            "0.0114871, 0.0113888, 0.011448, 0.0114906, 0.011648, 0.0115238, 0.0110866", \
+            "0.0154641, 0.0150329, 0.0150493, 0.0149667, 0.015072, 0.0151805, 0.015109" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00764249, 0.00809683, 0.00811396, 0.00807112, 0.00800245, 0.00779286, 0.00745787", \
+            "0.00746791, 0.0078484, 0.00796003, 0.00793444, 0.00780647, 0.0076692, 0.00729448", \
+            "0.00753257, 0.0078449, 0.00789808, 0.0079996, 0.00786603, 0.00793172, 0.0073825", \
+            "0.00786263, 0.00813123, 0.00821072, 0.00820045, 0.00811411, 0.00844084, 0.00796795", \
+            "0.00872953, 0.00880872, 0.00898961, 0.00904649, 0.00907597, 0.00877788, 0.00895571", \
+            "0.010837, 0.0107089, 0.0107458, 0.010902, 0.0108352, 0.0110412, 0.0104946", \
+            "0.0152931, 0.0147703, 0.0147373, 0.0148723, 0.0148038, 0.0148742, 0.0149788" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00203855;
+      rise_capacitance : 0.00225741;
+      rise_capacitance_range (0.00203423, 0.00241776);
+      fall_capacitance : 0.00181969;
+      fall_capacitance_range (0.00181969, 0.00237928);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0660201, 0.0421825, 0.093583, 0.139487", \
+            "-0.179453, -0.0713009, -0.012145, 0.0335857", \
+            "-0.255605, -0.142577, -0.0836493, -0.0354333", \
+            "-0.336467, -0.223267, -0.159488, -0.106255" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0831365, -0.0601463, -0.0530083, -0.0574938", \
+            "-0.191932, -0.16552, -0.159, -0.161593", \
+            "-0.258177, -0.223872, -0.218568, -0.22188", \
+            "-0.320277, -0.283745, -0.275311, -0.274493" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0806913, -0.0297034, -0.0832959, -0.123297", \
+            "0.191932, 0.0814867, 0.0252571, -0.0225897", \
+            "0.268464, 0.155689, 0.0944428, 0.0467332", \
+            "0.349959, 0.234263, 0.173613, 0.121013" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0929172, 0.0826087, 0.107016, 0.16273", \
+            "0.19942, 0.183345, 0.195714, 0.235816", \
+            "0.26332, 0.242229, 0.24825, 0.278379", \
+            "0.325674, 0.29749, 0.300736, 0.324669" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(GATE_N * RESET_B * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00342224, 0.00320697, 0.00323852, 0.00348854, 0.00410143, 0.00568283, 0.00909654" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00383688, 0.00372414, 0.00379267, 0.00405326, 0.00471781, 0.00631842, 0.00983415" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!RESET_B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0118426, 0.0115165, 0.0115553, 0.0117838, 0.0124361, 0.0140138, 0.0174412" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0142491, 0.0174859, 0.0177271, 0.0180197, 0.0187068, 0.0203214, 0.0238857" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0118426, 0.0115165, 0.0115553, 0.0117838, 0.0124361, 0.0140138, 0.0174412" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0142491, 0.0174859, 0.0177271, 0.0180197, 0.0187068, 0.0203214, 0.0238857" \
+          );
+        }
+      }
+    }
+    pin (GATE_N) {
+      clock : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00217115;
+      rise_capacitance : 0.0025669;
+      rise_capacitance_range (0.00232165, 0.00280268);
+      fall_capacitance : 0.00197328;
+      fall_capacitance_range (0.00197328, 0.00271303);
+      timing () {
+        related_pin : "GATE_N";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.108643, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0134156, 0.0130632, 0.0130692, 0.0133011, 0.013954, 0.0157817, 0.0199434" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0126695, 0.0123932, 0.0124518, 0.0127327, 0.0135378, 0.0154375, 0.0198814" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015103, 0.0152059, 0.0152494, 0.015518, 0.0163676, 0.0183502, 0.0230049" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * !RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00790098, 0.00762054, 0.00758472, 0.00788473, 0.00860849, 0.0105185, 0.0147835" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0151556, 0.0152565, 0.0152955, 0.0155824, 0.0164072, 0.0183933, 0.0229212" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0134156, 0.0130632, 0.0130692, 0.0133011, 0.013954, 0.0157817, 0.0199434" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015103, 0.0152059, 0.0152494, 0.015518, 0.0163676, 0.0183502, 0.0230049" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00298489;
+      rise_capacitance : 0.00310033;
+      rise_capacitance_range (0.0025823, 0.00368836);
+      fall_capacitance : 0.00286946;
+      fall_capacitance_range (0.00265471, 0.00301559);
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0342327, -0.144511, -0.204169, -0.258215", \
+            "0.0297034, -0.0789403, -0.139955, -0.195777", \
+            "0.0678652, -0.0409916, -0.102538, -0.159488", \
+            "0.112503, 0.0088447, -0.0523831, -0.109207" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "GATE_N";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0489038, 0.159486, 0.222172, 0.277103", \
+            "-0.0172243, 0.0916726, 0.155689, 0.212271", \
+            "-0.0550064, 0.0514812, 0.113331, 0.170788", \
+            "-0.104408, 0.00215129, 0.0636829, 0.118062" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.179138, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000203332, 0.000195991, 0.000203889, 0.000204339, 0.000205252, 0.000196785, 0.000195597" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000186418, 0.000116341, 9.7442e-05, 8.15619e-05, 6.85199e-05, 5.72199e-05, 4.51212e-05" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * GATE_N * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "8.14143e-05, 7.32063e-05, 8.21619e-05, 8.20078e-05, 8.35649e-05, 7.48764e-05, 7.3173e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "6.49418e-05, -4.58502e-06, -2.3837e-05, -3.95122e-05, -5.21818e-05, -6.37136e-05, -7.3173e-05" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "8.14143e-05, 7.32063e-05, 8.21619e-05, 8.20078e-05, 8.35649e-05, 7.48764e-05, 7.3173e-05" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "6.49418e-05, -4.58502e-06, -2.3837e-05, -3.95122e-05, -5.21818e-05, -6.37136e-05, -7.3173e-05" \
+          );
+        }
+      }
+    }
+    latch (IQ,IQN) {
+      clear : "!RESET_B";
+      data_in : "D";
+      enable : "!GATE_N";
+    }
+  }
+  cell (sg13g2_dlygate4sd1_1) {
+    area : 14.5152;
+    cell_footprint : "dlygate4sd1";
+    cell_leakage_power : 186.799;
+    leakage_power () {
+      value : 196.778;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 176.82;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.115075, 0.182001, 0.225454, 0.297016, 0.416641, 0.616105, 0.948361", \
+            "0.149291, 0.216143, 0.259596, 0.331161, 0.450843, 0.650203, 0.982484", \
+            "0.170814, 0.237497, 0.280979, 0.352587, 0.472233, 0.671753, 1.00415", \
+            "0.201296, 0.268157, 0.311714, 0.383424, 0.503049, 0.702325, 1.03449", \
+            "0.241475, 0.308259, 0.351811, 0.423541, 0.543196, 0.74254, 1.07456", \
+            "0.292057, 0.358934, 0.402397, 0.474135, 0.593864, 0.793283, 1.12529", \
+            "0.345581, 0.412553, 0.456055, 0.527815, 0.64756, 0.84698, 1.17921" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173, 0.103843, 0.166344, 0.270026, 0.443675, 0.733162, 1.21564", \
+            "0.017301, 0.103844, 0.166345, 0.270063, 0.443703, 0.733603, 1.21596", \
+            "0.0173984, 0.103845, 0.166346, 0.270064, 0.443704, 0.735062, 1.21614", \
+            "0.0174403, 0.103846, 0.166347, 0.270093, 0.443705, 0.735063, 1.21615", \
+            "0.0177388, 0.103847, 0.166348, 0.270094, 0.443783, 0.735064, 1.21616", \
+            "0.018106, 0.103855, 0.166397, 0.270095, 0.443825, 0.735065, 1.21617", \
+            "0.018867, 0.103909, 0.166458, 0.270175, 0.443826, 0.735066, 1.21618" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.135037, 0.190051, 0.224891, 0.28225, 0.378141, 0.537923, 0.804245", \
+            "0.174188, 0.229275, 0.264145, 0.321569, 0.417575, 0.577196, 0.843402", \
+            "0.201992, 0.257062, 0.291939, 0.349349, 0.445265, 0.605108, 0.871563", \
+            "0.243955, 0.299057, 0.333911, 0.391344, 0.487258, 0.646979, 0.913205", \
+            "0.305771, 0.360978, 0.395868, 0.453286, 0.549273, 0.70896, 0.97507", \
+            "0.390222, 0.445743, 0.480613, 0.53809, 0.634118, 0.793831, 1.05997", \
+            "0.509456, 0.565334, 0.600325, 0.657782, 0.753856, 0.913627, 1.17984" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0140168, 0.0789398, 0.125534, 0.203068, 0.333027, 0.549637, 0.910771", \
+            "0.0140178, 0.0789408, 0.125535, 0.203122, 0.333491, 0.549754, 0.910772", \
+            "0.014059, 0.0789417, 0.125536, 0.203123, 0.333492, 0.549813, 0.91142", \
+            "0.0141859, 0.0789427, 0.125597, 0.203124, 0.333493, 0.549814, 0.911421", \
+            "0.0144812, 0.0789761, 0.125598, 0.203125, 0.333494, 0.549815, 0.911422", \
+            "0.014895, 0.079081, 0.125599, 0.203126, 0.333495, 0.549886, 0.911423", \
+            "0.01591, 0.079311, 0.125691, 0.203127, 0.333496, 0.549982, 0.911424" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0125645, 0.0129907, 0.0129897, 0.0129482, 0.0128454, 0.0126359, 0.0125878", \
+            "0.0123168, 0.0127566, 0.0127449, 0.0127159, 0.0125919, 0.012407, 0.0123162", \
+            "0.0122567, 0.012638, 0.0126618, 0.0127966, 0.0126433, 0.0124721, 0.0124273", \
+            "0.0123128, 0.0127491, 0.0127739, 0.0126852, 0.0127936, 0.0124132, 0.0123341", \
+            "0.0126383, 0.0130137, 0.0130832, 0.0131355, 0.0130195, 0.0129382, 0.0126664", \
+            "0.0134847, 0.0138529, 0.0138999, 0.0139108, 0.0139783, 0.0139322, 0.0134404", \
+            "0.0155765, 0.015883, 0.0159473, 0.0159836, 0.0160044, 0.0160348, 0.0159742" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119927, 0.0124352, 0.0124294, 0.012381, 0.0123029, 0.0121389, 0.0117822", \
+            "0.0118005, 0.0122701, 0.0123945, 0.0122618, 0.0122218, 0.011971, 0.0116421", \
+            "0.0117863, 0.012217, 0.0122238, 0.0123456, 0.0121404, 0.0119326, 0.0116666", \
+            "0.0118695, 0.0123419, 0.0123587, 0.0122686, 0.0122826, 0.0121216, 0.011829", \
+            "0.01219, 0.0126516, 0.0126782, 0.0127324, 0.0126932, 0.0123259, 0.0128319", \
+            "0.0131033, 0.0135618, 0.0135455, 0.0136224, 0.0136563, 0.013654, 0.0131408", \
+            "0.0152266, 0.0156254, 0.0156444, 0.0157059, 0.015595, 0.0158062, 0.0157239" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00148644;
+      rise_capacitance : 0.00147215;
+      rise_capacitance_range (0.00133542, 0.00160214);
+      fall_capacitance : 0.00150073;
+      fall_capacitance_range (0.00141149, 0.00156312);
+    }
+  }
+  cell (sg13g2_dlygate4sd2_1) {
+    area : 14.5152;
+    cell_footprint : "dlygate4sd2";
+    cell_leakage_power : 188.572;
+    leakage_power () {
+      value : 198.55;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 178.595;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.167027, 0.234929, 0.278357, 0.350007, 0.46973, 0.669224, 1.00129", \
+            "0.203445, 0.271336, 0.314845, 0.386611, 0.506267, 0.705761, 1.03788", \
+            "0.227857, 0.295737, 0.339284, 0.410827, 0.530511, 0.729921, 1.06218", \
+            "0.263386, 0.331249, 0.374832, 0.446399, 0.566053, 0.765324, 1.0975", \
+            "0.313086, 0.381005, 0.424566, 0.496229, 0.615904, 0.81526, 1.14729", \
+            "0.378315, 0.446331, 0.489934, 0.561568, 0.681258, 0.88065, 1.21277", \
+            "0.452654, 0.520854, 0.56438, 0.636067, 0.755858, 0.955424, 1.28743" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188881, 0.104448, 0.166827, 0.27044, 0.444023, 0.733533, 1.21611", \
+            "0.0188891, 0.104449, 0.166836, 0.270605, 0.444511, 0.733654, 1.21628", \
+            "0.0188901, 0.10445, 0.166837, 0.270606, 0.444512, 0.734099, 1.21629", \
+            "0.0188981, 0.104453, 0.166838, 0.270607, 0.444513, 0.7341, 1.21712", \
+            "0.0190239, 0.104476, 0.166839, 0.270608, 0.444514, 0.734101, 1.21713", \
+            "0.019502, 0.104535, 0.166883, 0.270609, 0.444515, 0.734102, 1.21714", \
+            "0.020235, 0.10471, 0.167013, 0.27061, 0.444516, 0.734103, 1.21715" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.189468, 0.251529, 0.287116, 0.344799, 0.440875, 0.600811, 0.867", \
+            "0.230811, 0.292912, 0.328505, 0.386155, 0.48228, 0.642342, 0.908459", \
+            "0.262153, 0.324273, 0.359812, 0.417437, 0.513552, 0.673367, 0.939594", \
+            "0.311487, 0.373525, 0.409094, 0.466801, 0.562816, 0.722712, 0.988947", \
+            "0.384765, 0.44696, 0.482507, 0.540209, 0.636356, 0.796165, 1.06236", \
+            "0.484851, 0.547218, 0.582832, 0.640159, 0.736262, 0.896192, 1.16241", \
+            "0.620726, 0.683443, 0.719124, 0.776811, 0.872977, 1.03285, 1.29914" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0198558, 0.0841196, 0.129456, 0.206138, 0.335671, 0.552284, 0.913389", \
+            "0.0198568, 0.0841267, 0.129577, 0.206139, 0.335675, 0.552492, 0.91339", \
+            "0.0198578, 0.0841277, 0.129578, 0.20614, 0.335676, 0.552493, 0.913391", \
+            "0.0198588, 0.0841287, 0.129579, 0.20617, 0.335823, 0.552494, 0.913392", \
+            "0.020062, 0.0841976, 0.12958, 0.206171, 0.335824, 0.552495, 0.913764", \
+            "0.020354, 0.084365, 0.129764, 0.206231, 0.335825, 0.552496, 0.913765", \
+            "0.020981, 0.084695, 0.129874, 0.206254, 0.335826, 0.552497, 0.913966" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0148134, 0.0152161, 0.0152233, 0.0151988, 0.0150801, 0.0148827, 0.0149211", \
+            "0.01453, 0.0149898, 0.0149568, 0.0149473, 0.0148383, 0.0146184, 0.0146991", \
+            "0.0144894, 0.0148692, 0.0149399, 0.0150102, 0.0147726, 0.0145907, 0.014618", \
+            "0.0145026, 0.0149372, 0.0149454, 0.0148893, 0.0149228, 0.0145675, 0.0147123", \
+            "0.014756, 0.0151733, 0.015211, 0.015259, 0.0151257, 0.015117, 0.0148504", \
+            "0.0155498, 0.0158888, 0.0159848, 0.0159925, 0.0160089, 0.0159632, 0.0154442", \
+            "0.0174849, 0.0178112, 0.017892, 0.0178423, 0.0179383, 0.0179621, 0.0178512" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0143144, 0.0147847, 0.0148101, 0.0147772, 0.0146945, 0.0145199, 0.0142214", \
+            "0.0140422, 0.0145614, 0.014593, 0.0145224, 0.0144435, 0.0143416, 0.0139551", \
+            "0.0139887, 0.0144574, 0.0144975, 0.0146193, 0.0144679, 0.0142191, 0.0139077", \
+            "0.0140844, 0.0145508, 0.0145535, 0.0145302, 0.0145559, 0.0142849, 0.0140139", \
+            "0.0143353, 0.0147944, 0.014886, 0.0149145, 0.0147566, 0.0145768, 0.0152145", \
+            "0.0152478, 0.0156549, 0.0157116, 0.0157637, 0.0157904, 0.0158263, 0.0152489", \
+            "0.0173163, 0.0177005, 0.0177439, 0.0178068, 0.0177244, 0.0178627, 0.0177817" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00148265;
+      rise_capacitance : 0.00146765;
+      rise_capacitance_range (0.00134557, 0.00158779);
+      fall_capacitance : 0.00149766;
+      fall_capacitance_range (0.00142274, 0.00155454);
+    }
+  }
+  cell (sg13g2_dlygate4sd3_1) {
+    area : 16.3296;
+    cell_footprint : "dlygate4sd3";
+    cell_leakage_power : 399.858;
+    leakage_power () {
+      value : 409.819;
+      when : "!A&!X";
+    }
+    leakage_power () {
+      value : 389.897;
+      when : "A&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.345051, 0.422955, 0.467798, 0.540285, 0.660611, 0.859992, 1.19218", \
+            "0.385669, 0.463611, 0.508373, 0.581009, 0.70106, 0.900757, 1.23277", \
+            "0.415674, 0.493533, 0.53849, 0.610883, 0.731079, 0.930462, 1.26296", \
+            "0.461351, 0.539393, 0.584227, 0.656789, 0.776793, 0.976513, 1.30874", \
+            "0.528205, 0.60632, 0.651133, 0.723748, 0.843957, 1.04332, 1.37549", \
+            "0.623385, 0.701443, 0.746487, 0.818748, 0.938895, 1.13876, 1.4709", \
+            "0.743936, 0.822147, 0.867085, 0.939523, 1.05976, 1.25922, 1.59155" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.027473, 0.112583, 0.173255, 0.275354, 0.447978, 0.736938, 1.21904", \
+            "0.027474, 0.112584, 0.173256, 0.275362, 0.448121, 0.737035, 1.21905", \
+            "0.02749, 0.112585, 0.173257, 0.275363, 0.448387, 0.737036, 1.21947", \
+            "0.027491, 0.112586, 0.173294, 0.275363, 0.448388, 0.737037, 1.2195", \
+            "0.0275189, 0.112587, 0.173295, 0.275364, 0.448389, 0.737038, 1.21951", \
+            "0.027679, 0.112708, 0.173296, 0.275444, 0.44839, 0.737039, 1.21952", \
+            "0.028081, 0.112962, 0.173472, 0.275514, 0.448391, 0.73704, 1.21953" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.35893, 0.437052, 0.476526, 0.536837, 0.634141, 0.794506, 1.061", \
+            "0.402075, 0.480173, 0.51913, 0.579847, 0.677245, 0.837373, 1.10383", \
+            "0.438218, 0.516379, 0.555918, 0.616099, 0.71346, 0.873871, 1.14025", \
+            "0.499116, 0.577275, 0.61644, 0.677031, 0.774362, 0.93469, 1.20117", \
+            "0.593103, 0.671387, 0.710501, 0.770994, 0.868489, 1.02876, 1.29527", \
+            "0.727564, 0.805561, 0.84478, 0.905353, 1.00285, 1.16316, 1.42966", \
+            "0.90967, 0.988401, 1.02775, 1.08858, 1.18601, 1.34632, 1.61288" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0312882, 0.0999122, 0.144104, 0.217966, 0.344094, 0.55831, 0.918461", \
+            "0.0312892, 0.0999538, 0.144105, 0.217967, 0.344454, 0.558419, 0.918467", \
+            "0.0312902, 0.0999548, 0.144106, 0.217968, 0.344455, 0.55842, 0.918468", \
+            "0.0312912, 0.0999821, 0.144107, 0.217969, 0.344456, 0.558496, 0.919442", \
+            "0.031371, 0.100003, 0.144108, 0.21797, 0.344457, 0.558497, 0.919443", \
+            "0.03164, 0.100297, 0.144125, 0.217971, 0.344458, 0.558498, 0.919444", \
+            "0.032116, 0.100811, 0.144626, 0.218165, 0.344501, 0.55863, 0.919445" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0210515, 0.0213802, 0.0214375, 0.0214382, 0.0213404, 0.0211207, 0.0211992", \
+            "0.0208115, 0.0211057, 0.0211433, 0.0211672, 0.0210855, 0.0209123, 0.0209236", \
+            "0.0206463, 0.0209668, 0.0211431, 0.0210617, 0.0209731, 0.0206667, 0.0208239", \
+            "0.0206162, 0.0209155, 0.0209424, 0.0209995, 0.020992, 0.0207327, 0.0207521", \
+            "0.0207208, 0.0210544, 0.0211532, 0.0211568, 0.0210181, 0.0212001, 0.0211685", \
+            "0.0214293, 0.0217332, 0.0217841, 0.0218903, 0.0219002, 0.0217406, 0.0213794", \
+            "0.0231324, 0.0234076, 0.0234155, 0.0235097, 0.023445, 0.0235677, 0.0235575" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206855, 0.0210822, 0.0211644, 0.0211475, 0.0210683, 0.0209387, 0.020582", \
+            "0.0204606, 0.0208127, 0.0208443, 0.0208477, 0.0207539, 0.0206067, 0.0202384", \
+            "0.0202797, 0.0206908, 0.0208077, 0.0208449, 0.0206294, 0.0205197, 0.0201598", \
+            "0.0202406, 0.0206376, 0.0206873, 0.0207165, 0.0208049, 0.0206687, 0.0202293", \
+            "0.0204626, 0.0208499, 0.0209146, 0.0209491, 0.0207761, 0.0207497, 0.0207277", \
+            "0.021166, 0.0215038, 0.021528, 0.0216233, 0.021632, 0.0216787, 0.021026", \
+            "0.0230068, 0.0233302, 0.0233424, 0.0233684, 0.0235119, 0.0234839, 0.0234587" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00150175;
+      rise_capacitance : 0.00148316;
+      rise_capacitance_range (0.00139554, 0.00157797);
+      fall_capacitance : 0.00152035;
+      fall_capacitance_range (0.00146182, 0.00156778);
+    }
+  }
+  cell (sg13g2_ebufn_2) {
+    area : 18.144;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 236.415;
+    leakage_power () {
+      value : 186.811;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 138.427;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 289.18;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 331.24;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 0.6;
+      capacitance : 0.00595145;
+      rise_capacitance : 0.0044993;
+      rise_capacitance_range (0.0044993, 0.0044993);
+      fall_capacitance : 0.00740361;
+      fall_capacitance_range (0.00740361, 0.00740361);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.063101, 0.201028, 0.289679, 0.436931, 0.684429, 1.09753, 1.78686", \
+            "0.100393, 0.239165, 0.328839, 0.47635, 0.723384, 1.13645, 1.82502", \
+            "0.124515, 0.263341, 0.353382, 0.501446, 0.748774, 1.16115, 1.85124", \
+            "0.159045, 0.298525, 0.38902, 0.537237, 0.785312, 1.19818, 1.88629", \
+            "0.208294, 0.351262, 0.44097, 0.589358, 0.837824, 1.25094, 1.93945", \
+            "0.273663, 0.427239, 0.516086, 0.664396, 0.912349, 1.32558, 2.01346", \
+            "0.362551, 0.535218, 0.620769, 0.769963, 1.01829, 1.42867, 2.11741" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.021191, 0.204689, 0.330201, 0.538001, 0.885868, 1.46566, 2.43192", \
+            "0.0240434, 0.20469, 0.330242, 0.538002, 0.885987, 1.46575, 2.43193", \
+            "0.0276244, 0.204945, 0.330342, 0.538018, 0.887813, 1.46576, 2.43323", \
+            "0.034374, 0.20568, 0.33092, 0.538085, 0.887814, 1.46577, 2.43324", \
+            "0.0451036, 0.207293, 0.33182, 0.538938, 0.887815, 1.46578, 2.43654", \
+            "0.062105, 0.212917, 0.334323, 0.540617, 0.887816, 1.46579, 2.43655", \
+            "0.088018, 0.230151, 0.343989, 0.545932, 0.890767, 1.46796, 2.43656" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0662378, 0.170688, 0.235668, 0.342617, 0.521111, 0.818494, 1.31433", \
+            "0.102209, 0.20698, 0.272074, 0.378915, 0.557491, 0.855059, 1.35101", \
+            "0.125844, 0.231362, 0.296322, 0.40323, 0.58189, 0.879598, 1.37538", \
+            "0.159251, 0.267613, 0.3326, 0.439431, 0.618354, 0.915889, 1.41194", \
+            "0.204416, 0.318954, 0.382879, 0.489269, 0.668453, 0.965614, 1.46101", \
+            "0.26142, 0.385884, 0.449441, 0.555322, 0.732859, 1.02922, 1.52447", \
+            "0.329307, 0.474325, 0.539126, 0.644747, 0.821316, 1.11754, 1.61152" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.018874, 0.142461, 0.228773, 0.371297, 0.609485, 1.00702, 1.66948", \
+            "0.0212974, 0.142685, 0.228815, 0.371321, 0.609954, 1.00703, 1.6706", \
+            "0.0246993, 0.143412, 0.228937, 0.371322, 0.610066, 1.00782, 1.67082", \
+            "0.0319093, 0.145002, 0.229974, 0.37164, 0.610067, 1.00783, 1.67083", \
+            "0.0433702, 0.149314, 0.232099, 0.373098, 0.610632, 1.00784, 1.67084", \
+            "0.060731, 0.159045, 0.237816, 0.375596, 0.612558, 1.0093, 1.67085", \
+            "0.087383, 0.181314, 0.252638, 0.385333, 0.618216, 1.01227, 1.67252" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.0460745, 0.0460749, 0.0460759, 0.0460769, 0.0460779, 0.0460789, 0.0460799", \
+            "0.0743273, 0.0743283, 0.0743293, 0.0743303, 0.0743313, 0.0743323, 0.0743333", \
+            "0.08875, 0.088751, 0.088752, 0.088753, 0.088754, 0.088755, 0.088756", \
+            "0.1097, 0.109701, 0.109702, 0.109703, 0.109704, 0.109705, 0.109706", \
+            "0.139031, 0.139032, 0.139033, 0.139034, 0.139035, 0.139036, 0.139037", \
+            "0.180985, 0.180986, 0.180987, 0.180988, 0.180989, 0.18099, 0.180991", \
+            "0.236878, 0.236879, 0.23688, 0.236881, 0.236882, 0.236883, 0.236884" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.0460745, 0.0460749, 0.0460759, 0.0460769, 0.0460779, 0.0460789, 0.0460799", \
+            "0.0743273, 0.0743283, 0.0743293, 0.0743303, 0.0743313, 0.0743323, 0.0743333", \
+            "0.08875, 0.088751, 0.088752, 0.088753, 0.088754, 0.088755, 0.088756", \
+            "0.1097, 0.109701, 0.109702, 0.109703, 0.109704, 0.109705, 0.109706", \
+            "0.139031, 0.139032, 0.139033, 0.139034, 0.139035, 0.139036, 0.139037", \
+            "0.180985, 0.180986, 0.180987, 0.180988, 0.180989, 0.18099, 0.180991", \
+            "0.236878, 0.236879, 0.23688, 0.236881, 0.236882, 0.236883, 0.236884" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0275658, 0.0275668, 0.0275678, 0.0275688, 0.0275698, 0.0275708, 0.0275718", \
+            "0.0275668, 0.0275678, 0.0275688, 0.0275698, 0.0275708, 0.0275718, 0.0275728", \
+            "0.0277261, 0.0277271, 0.0277281, 0.0277291, 0.0277301, 0.0277311, 0.0277321", \
+            "0.03192, 0.031921, 0.031922, 0.031923, 0.031924, 0.031925, 0.031926", \
+            "0.0410024, 0.0410034, 0.0410044, 0.0410054, 0.0410064, 0.0410074, 0.0410084", \
+            "0.0589856, 0.0589866, 0.0589876, 0.0589886, 0.0589896, 0.0589906, 0.0589916", \
+            "0.0956223, 0.0956233, 0.0956243, 0.0956253, 0.0956263, 0.0956273, 0.0956283" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0275658, 0.0275668, 0.0275678, 0.0275688, 0.0275698, 0.0275708, 0.0275718", \
+            "0.0275668, 0.0275678, 0.0275688, 0.0275698, 0.0275708, 0.0275718, 0.0275728", \
+            "0.0277261, 0.0277271, 0.0277281, 0.0277291, 0.0277301, 0.0277311, 0.0277321", \
+            "0.03192, 0.031921, 0.031922, 0.031923, 0.031924, 0.031925, 0.031926", \
+            "0.0410024, 0.0410034, 0.0410044, 0.0410054, 0.0410064, 0.0410074, 0.0410084", \
+            "0.0589856, 0.0589866, 0.0589876, 0.0589886, 0.0589896, 0.0589906, 0.0589916", \
+            "0.0956223, 0.0956233, 0.0956243, 0.0956253, 0.0956263, 0.0956273, 0.0956283" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.0355194, 0.167415, 0.257537, 0.405974, 0.65446, 1.06909, 1.75923", \
+            "0.058224, 0.199818, 0.289848, 0.438438, 0.68726, 1.10206, 1.79338", \
+            "0.0690872, 0.22748, 0.31868, 0.467539, 0.716532, 1.13114, 1.82136", \
+            "0.0793029, 0.275041, 0.373037, 0.525508, 0.775341, 1.19032, 1.88067", \
+            "0.0793039, 0.347872, 0.463279, 0.631536, 0.891664, 1.30991, 2.00131", \
+            "0.0793049, 0.440398, 0.59214, 0.795982, 1.09105, 1.53502, 2.23693", \
+            "0.0793059, 0.519989, 0.742649, 1.02279, 1.39083, 1.91149, 2.67268" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.0210387, 0.204525, 0.330342, 0.537908, 0.886024, 1.46535, 2.43088", \
+            "0.027508, 0.205951, 0.33047, 0.537909, 0.886143, 1.46551, 2.43111", \
+            "0.0349402, 0.212499, 0.333775, 0.53905, 0.886736, 1.46552, 2.43232", \
+            "0.0502265, 0.234014, 0.350346, 0.548118, 0.889134, 1.4665, 2.43233", \
+            "0.0804033, 0.284961, 0.398604, 0.587602, 0.913903, 1.47609, 2.43422", \
+            "0.133048, 0.384523, 0.501167, 0.687396, 1.00154, 1.53677, 2.46039", \
+            "0.233985, 0.567403, 0.708453, 0.898418, 1.20846, 1.72582, 2.60967" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0639538, 0.228564, 0.338266, 0.519658, 0.823719, 1.33072, 2.17525", \
+            "0.0945472, 0.258003, 0.367169, 0.548223, 0.852101, 1.35936, 2.20484", \
+            "0.112887, 0.2763, 0.38518, 0.565926, 0.869459, 1.37625, 2.22104", \
+            "0.137905, 0.302643, 0.410855, 0.5908, 0.893791, 1.4, 2.24447", \
+            "0.171436, 0.339095, 0.446054, 0.625853, 0.927669, 1.43194, 2.27624", \
+            "0.210824, 0.386411, 0.494118, 0.671887, 0.971288, 1.47466, 2.3165", \
+            "0.255681, 0.448924, 0.555852, 0.732539, 1.02997, 1.52893, 2.36703" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0165414, 0.142501, 0.228598, 0.37101, 0.609547, 1.00769, 1.66937", \
+            "0.0168421, 0.142604, 0.228599, 0.371011, 0.609944, 1.0077, 1.66938", \
+            "0.0173971, 0.142674, 0.228795, 0.371299, 0.609945, 1.00771, 1.66939", \
+            "0.0187537, 0.142859, 0.228821, 0.3713, 0.609946, 1.00911, 1.67055", \
+            "0.0218138, 0.14299, 0.228991, 0.371301, 0.609947, 1.00912, 1.67056", \
+            "0.027621, 0.143525, 0.229388, 0.371772, 0.609948, 1.00913, 1.67072", \
+            "0.037442, 0.147075, 0.231307, 0.372993, 0.610353, 1.00914, 1.67073" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.00931465, 0.0100254, 0.00964625, 0.00920045, 0.00866635, 0.00837225, 0.00803105", \
+            "0.00927654, 0.0102937, 0.0101195, 0.00969724, 0.00911614, 0.00869814, 0.00825384", \
+            "0.00921988, 0.0101073, 0.0100799, 0.010025, 0.00944208, 0.00882098, 0.00849948", \
+            "0.00922248, 0.00976078, 0.00988888, 0.0100834, 0.00956338, 0.00893578, 0.00836328", \
+            "0.00936799, 0.00953269, 0.00971429, 0.00969939, 0.00986649, 0.00924389, 0.00903669", \
+            "0.00982296, 0.00929586, 0.00942776, 0.00962646, 0.00956336, 0.00930846, 0.00893966", \
+            "0.0106891, 0.0091457, 0.0089916, 0.0091826, 0.0093618, 0.0092954, 0.0085446" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.00813449, 0.00955219, 0.00960569, 0.00955179, 0.00931819, 0.00894449, 0.00829259", \
+            "0.00794544, 0.00928284, 0.00933604, 0.00931984, 0.00918354, 0.00878184, 0.00834324", \
+            "0.00790396, 0.00896996, 0.00928506, 0.00928826, 0.00898866, 0.00871966, 0.00820586", \
+            "0.00792762, 0.00879142, 0.00881592, 0.00901882, 0.00885532, 0.00846622, 0.00796202", \
+            "0.00813022, 0.00859902, 0.00877612, 0.00877982, 0.00866682, 0.00860312, 0.00828982", \
+            "0.00867316, 0.00827396, 0.00843546, 0.00856646, 0.00868656, 0.00782346, 0.00855096", \
+            "0.0096608, 0.0080069, 0.0080242, 0.008043, 0.0083067, 0.0082274, 0.0081743" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0054993, 0.0512993, 0.0824993, 0.134099, 0.220499, 0.364499, 0.604499");
+          values ( \
+            "0.0015402, 0.0014084, 0.0013256, 0.0011812, 0.0009618, 0.0008991, 0.000658", \
+            "0.0015173, 0.0013873, 0.0013702, 0.001144, 0.0009591, 0.0008805, 0.0007348", \
+            "0.0015081, 0.001476, 0.0012988, 0.0011671, 0.001029, 0.000800001, 0.0006862", \
+            "0.0015194, 0.0014163, 0.0014052, 0.0012574, 0.0012645, 0.0009885, 0.0005904", \
+            "0.001509, 0.001573, 0.0014679, 0.0012661, 0.0014964, 0.0010356, 0.000852599", \
+            "0.0015565, 0.0015636, 0.0015678, 0.001534, 0.0010198, 0.0014353, 0.000806399", \
+            "0.0015224, 0.001462, 0.0016995, 0.0015636, 0.0014971, 0.0009101, 0.000884799" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00840361, 0.0542036, 0.0854036, 0.137004, 0.223404, 0.367404, 0.607404");
+          values ( \
+            "0.0020347, 0.0127159, 0.0206847, 0.0339567, 0.0563626, 0.0938114, 0.155831", \
+            "0.0018881, 0.0119894, 0.0194443, 0.0327056, 0.0547332, 0.092086, 0.154351", \
+            "0.0018265, 0.011172, 0.0191636, 0.0318787, 0.0541926, 0.0909121, 0.153748", \
+            "0.0017452, 0.0108871, 0.0178134, 0.0305784, 0.0545112, 0.0897826, 0.150932", \
+            "0.0016456, 0.0100415, 0.0171091, 0.0294063, 0.0500896, 0.089901, 0.147478", \
+            "0.0015502, 0.0088788, 0.0152361, 0.0274121, 0.0482953, 0.0832794, 0.14592", \
+            "0.0014569, 0.00756, 0.0133823, 0.0242679, 0.0436208, 0.079026, 0.139514" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00261694;
+      rise_capacitance : 0.00265546;
+      rise_capacitance_range (0.00238463, 0.00285772);
+      fall_capacitance : 0.00257843;
+      fall_capacitance_range (0.00234251, 0.00281621);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00363485, 0.00342526, 0.00352792, 0.00383832, 0.00463481, 0.00657054, 0.0108165" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00305161, 0.00296256, 0.00308604, 0.00341608, 0.00426268, 0.00626344, 0.0105687" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00638076;
+      rise_capacitance : 0.00658011;
+      rise_capacitance_range (0.00496073, 0.00782443);
+      fall_capacitance : 0.00618141;
+      fall_capacitance_range (0.0046977, 0.00744524);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.000402136, -5.06471e-05, -5.58564e-05, 0.00017855, 0.000897229, 0.00275369, 0.00690604" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0138186, 0.013764, 0.0138789, 0.0142174, 0.015042, 0.0169926, 0.021237" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_ebufn_4) {
+    area : 27.216;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 376.429;
+    leakage_power () {
+      value : 244.761;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 180.477;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 481.934;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 598.545;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 1.2;
+      capacitance : 0.0116701;
+      rise_capacitance : 0.00884142;
+      rise_capacitance_range (0.00884142, 0.00884142);
+      fall_capacitance : 0.0144988;
+      fall_capacitance_range (0.0144988, 0.0144988);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0742405, 0.217385, 0.307249, 0.455756, 0.705127, 1.12144, 1.81594", \
+            "0.117245, 0.261097, 0.351699, 0.500416, 0.750247, 1.16606, 1.86053", \
+            "0.146459, 0.29086, 0.381714, 0.531012, 0.780324, 1.19628, 1.89114", \
+            "0.189205, 0.335362, 0.425547, 0.575126, 0.82573, 1.2418, 1.93583", \
+            "0.251292, 0.400712, 0.490904, 0.640546, 0.889025, 1.30674, 2.00093", \
+            "0.335928, 0.497723, 0.583856, 0.731853, 0.983283, 1.39995, 2.09418", \
+            "0.446779, 0.629492, 0.718487, 0.86507, 1.1127, 1.52565, 2.22001" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0236259, 0.208211, 0.334876, 0.544369, 0.895137, 1.47975, 2.45409", \
+            "0.0267655, 0.208284, 0.334877, 0.54437, 0.895631, 1.48025, 2.45414", \
+            "0.0310143, 0.208474, 0.335068, 0.544427, 0.895636, 1.48026, 2.45515", \
+            "0.0383125, 0.209536, 0.335496, 0.544622, 0.895637, 1.48027, 2.45516", \
+            "0.0517745, 0.21253, 0.337074, 0.54536, 0.895638, 1.48028, 2.46313", \
+            "0.073809, 0.221009, 0.340949, 0.547706, 0.897216, 1.48029, 2.46314", \
+            "0.108195, 0.244668, 0.354216, 0.553987, 0.900782, 1.48223, 2.46315" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0857552, 0.197187, 0.262496, 0.36974, 0.548254, 0.845846, 1.34194", \
+            "0.125686, 0.237203, 0.302472, 0.40964, 0.588498, 0.886096, 1.38176", \
+            "0.155122, 0.267543, 0.33312, 0.439903, 0.61887, 0.916755, 1.41235", \
+            "0.199698, 0.314266, 0.37895, 0.486411, 0.66467, 0.961945, 1.46139", \
+            "0.261711, 0.383953, 0.447875, 0.55338, 0.731862, 1.02819, 1.52373", \
+            "0.342204, 0.477672, 0.539887, 0.644233, 0.821465, 1.11667, 1.61048", \
+            "0.444067, 0.597553, 0.66545, 0.771026, 0.947088, 1.24071, 1.73276" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0246309, 0.147225, 0.233015, 0.375355, 0.61346, 1.01131, 1.67406", \
+            "0.0264364, 0.147353, 0.233016, 0.375356, 0.613743, 1.01132, 1.67408", \
+            "0.0303657, 0.14815, 0.233166, 0.375357, 0.614837, 1.01214, 1.67518", \
+            "0.0383329, 0.150772, 0.234389, 0.37595, 0.614838, 1.01346, 1.67748", \
+            "0.0532102, 0.157008, 0.237861, 0.378114, 0.614983, 1.01347, 1.67749", \
+            "0.076006, 0.171683, 0.247456, 0.382771, 0.617471, 1.01348, 1.6775", \
+            "0.110589, 0.201704, 0.269377, 0.394864, 0.624792, 1.01739, 1.67751" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0531024, 0.0531034, 0.0531044, 0.0531054, 0.0531064, 0.0531074, 0.0531084", \
+            "0.0851036, 0.0851046, 0.0851056, 0.0851066, 0.0851076, 0.0851086, 0.0851096", \
+            "0.103823, 0.103824, 0.103825, 0.103826, 0.103827, 0.103828, 0.103829", \
+            "0.131663, 0.131664, 0.131665, 0.131666, 0.131667, 0.131668, 0.131669", \
+            "0.170202, 0.170203, 0.170204, 0.170205, 0.170206, 0.170207, 0.170208", \
+            "0.225372, 0.225373, 0.225374, 0.225375, 0.225376, 0.225377, 0.225378", \
+            "0.287952, 0.287953, 0.287954, 0.287955, 0.287956, 0.287957, 0.287958" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0531024, 0.0531034, 0.0531044, 0.0531054, 0.0531064, 0.0531074, 0.0531084", \
+            "0.0851036, 0.0851046, 0.0851056, 0.0851066, 0.0851076, 0.0851086, 0.0851096", \
+            "0.103823, 0.103824, 0.103825, 0.103826, 0.103827, 0.103828, 0.103829", \
+            "0.131663, 0.131664, 0.131665, 0.131666, 0.131667, 0.131668, 0.131669", \
+            "0.170202, 0.170203, 0.170204, 0.170205, 0.170206, 0.170207, 0.170208", \
+            "0.225372, 0.225373, 0.225374, 0.225375, 0.225376, 0.225377, 0.225378", \
+            "0.287952, 0.287953, 0.287954, 0.287955, 0.287956, 0.287957, 0.287958" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0287799, 0.0287809, 0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859", \
+            "0.0287809, 0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859, 0.0287869", \
+            "0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859, 0.0287869, 0.0287879", \
+            "0.0326581, 0.0326591, 0.0326601, 0.0326611, 0.0326621, 0.0326631, 0.0326641", \
+            "0.0415973, 0.0415983, 0.0415993, 0.0416003, 0.0416013, 0.0416023, 0.0416033", \
+            "0.059573, 0.059574, 0.059575, 0.059576, 0.059577, 0.059578, 0.059579", \
+            "0.0974247, 0.0974257, 0.0974267, 0.0974277, 0.0974287, 0.0974297, 0.0974307" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0287799, 0.0287809, 0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859", \
+            "0.0287809, 0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859, 0.0287869", \
+            "0.0287819, 0.0287829, 0.0287839, 0.0287849, 0.0287859, 0.0287869, 0.0287879", \
+            "0.0326581, 0.0326591, 0.0326601, 0.0326611, 0.0326621, 0.0326631, 0.0326641", \
+            "0.0415973, 0.0415983, 0.0415993, 0.0416003, 0.0416013, 0.0416023, 0.0416033", \
+            "0.059573, 0.059574, 0.059575, 0.059576, 0.059577, 0.059578, 0.059579", \
+            "0.0974247, 0.0974257, 0.0974267, 0.0974277, 0.0974287, 0.0974297, 0.0974307" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0354658, 0.171285, 0.262058, 0.411826, 0.662588, 1.08034, 1.77732", \
+            "0.0565514, 0.202004, 0.292877, 0.442895, 0.69392, 1.11171, 1.80899", \
+            "0.0662226, 0.229257, 0.321432, 0.471712, 0.722838, 1.1417, 1.83702", \
+            "0.074755, 0.27663, 0.375618, 0.529529, 0.781561, 1.19987, 1.89636", \
+            "0.074756, 0.34928, 0.465805, 0.635663, 0.897712, 1.31955, 2.01683", \
+            "0.074757, 0.44181, 0.594124, 0.799548, 1.09702, 1.54421, 2.25188", \
+            "0.074758, 0.521904, 0.745212, 1.02662, 1.39693, 1.92033, 2.68729" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0232374, 0.207911, 0.334854, 0.544486, 0.895337, 1.48002, 2.45379", \
+            "0.0268843, 0.209054, 0.334973, 0.544885, 0.895338, 1.48021, 2.45476", \
+            "0.0328874, 0.215618, 0.338426, 0.545467, 0.896177, 1.48106, 2.45477", \
+            "0.0467533, 0.236959, 0.354806, 0.554401, 0.898396, 1.48107, 2.45478", \
+            "0.0753597, 0.287614, 0.402117, 0.593571, 0.922268, 1.48969, 2.45659", \
+            "0.126933, 0.386771, 0.504606, 0.692678, 1.00995, 1.54952, 2.48318", \
+            "0.223953, 0.569254, 0.706789, 0.901517, 1.21721, 1.73851, 2.62791" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.076195, 0.249918, 0.359731, 0.541222, 0.845216, 1.35195, 2.19688", \
+            "0.111073, 0.283689, 0.39301, 0.574247, 0.877837, 1.38527, 2.23028", \
+            "0.133748, 0.306795, 0.415884, 0.596726, 0.900177, 1.40661, 2.25128", \
+            "0.165872, 0.341188, 0.449812, 0.629901, 0.932835, 1.43872, 2.283", \
+            "0.210161, 0.390836, 0.498503, 0.678329, 0.980021, 1.48485, 2.32831", \
+            "0.26454, 0.456216, 0.56339, 0.742318, 1.04162, 1.54381, 2.38636", \
+            "0.327689, 0.542604, 0.650728, 0.828221, 1.12443, 1.62304, 2.46167" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0191234, 0.146724, 0.232687, 0.375159, 0.613707, 1.01134, 1.67533", \
+            "0.019253, 0.146729, 0.232873, 0.375417, 0.613756, 1.01135, 1.67534", \
+            "0.0196915, 0.146782, 0.232874, 0.37658, 0.614234, 1.01144, 1.67535", \
+            "0.0211946, 0.14684, 0.232875, 0.376581, 0.614235, 1.01214, 1.67536", \
+            "0.0246619, 0.147083, 0.233006, 0.376582, 0.614236, 1.01215, 1.67562", \
+            "0.031434, 0.148329, 0.233235, 0.376583, 0.614358, 1.01216, 1.67563", \
+            "0.043347, 0.152644, 0.235326, 0.376588, 0.614812, 1.01217, 1.67564" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0178033, 0.0194124, 0.0188181, 0.0179965, 0.0170232, 0.0164198, 0.0157052", \
+            "0.018287, 0.020224, 0.0199876, 0.0193352, 0.0183366, 0.0174451, 0.0168889", \
+            "0.0185226, 0.020224, 0.020178, 0.0201752, 0.0189424, 0.0180635, 0.0170032", \
+            "0.0186985, 0.0196241, 0.0198621, 0.0200194, 0.0193756, 0.0183752, 0.0176923", \
+            "0.019471, 0.0193397, 0.0195619, 0.0194634, 0.0194109, 0.0187786, 0.0193449", \
+            "0.0212732, 0.0190103, 0.019202, 0.0194781, 0.019497, 0.0192712, 0.0187255", \
+            "0.0243149, 0.0188216, 0.018737, 0.0188291, 0.0191299, 0.0193237, 0.0177987" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0159256, 0.0187386, 0.0188615, 0.0188453, 0.0184128, 0.0178207, 0.0166736", \
+            "0.0158247, 0.0183419, 0.0186037, 0.018513, 0.0182546, 0.0175393, 0.0163185", \
+            "0.0160591, 0.0179065, 0.0183586, 0.0183837, 0.0182075, 0.0174562, 0.0163621", \
+            "0.0164453, 0.0172911, 0.0173283, 0.0179108, 0.0179082, 0.0172793, 0.016776", \
+            "0.0175046, 0.017089, 0.0173275, 0.0171699, 0.0169605, 0.0175848, 0.0152416", \
+            "0.0194954, 0.0168453, 0.0171084, 0.0172018, 0.017268, 0.015163, 0.0166395", \
+            "0.0227664, 0.0165932, 0.0170448, 0.016713, 0.0172709, 0.0171642, 0.0158863" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00984142, 0.102441, 0.164841, 0.268041, 0.440841, 0.728841, 1.20884");
+          values ( \
+            "0.0029457, 0.0027024, 0.0025491, 0.0022983, 0.0017638, 0.0018413, 0.0018333", \
+            "0.0029745, 0.0028055, 0.0025339, 0.0023374, 0.0017772, 0.0017708, 0.0022114", \
+            "0.0029456, 0.0028246, 0.0026915, 0.0022597, 0.0020064, 0.0019785, 0.0011585", \
+            "0.0029652, 0.0028094, 0.0027159, 0.0023453, 0.0018683, 0.0017415, 0.0017229", \
+            "0.0030294, 0.0030422, 0.0028891, 0.002429, 0.002827, 0.0025627, 0.0015118", \
+            "0.0030632, 0.0030674, 0.0029384, 0.0028979, 0.0021955, 0.0028598, 0.0016498", \
+            "0.0030131, 0.002946, 0.0029541, 0.0029532, 0.0030552, 0.0018297, 0.0015543" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0154988, 0.108099, 0.170499, 0.273699, 0.446499, 0.734499, 1.2145");
+          values ( \
+            "0.0037493, 0.0250519, 0.0407068, 0.067349, 0.11163, 0.186408, 0.311036", \
+            "0.003538, 0.0239173, 0.0389385, 0.0650336, 0.108711, 0.183553, 0.309274", \
+            "0.0035078, 0.0221461, 0.0383594, 0.0633254, 0.107834, 0.181706, 0.305489", \
+            "0.0033045, 0.0211285, 0.0353177, 0.0606413, 0.107375, 0.17741, 0.301189", \
+            "0.0032069, 0.0199239, 0.0339311, 0.0582505, 0.0991852, 0.178994, 0.29822", \
+            "0.002992, 0.0177329, 0.0302, 0.0541594, 0.0959262, 0.166176, 0.290867", \
+            "0.0028602, 0.0151003, 0.0266009, 0.0480812, 0.0869705, 0.156685, 0.275551" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00295943;
+      rise_capacitance : 0.00300683;
+      rise_capacitance_range (0.00274173, 0.00321924);
+      fall_capacitance : 0.00291204;
+      fall_capacitance_range (0.00269266, 0.00313335);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00600686, 0.00575396, 0.00576744, 0.00610269, 0.00691653, 0.00901992, 0.0137808" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00482346, 0.00466241, 0.00475848, 0.00514163, 0.00601742, 0.00817118, 0.0129878" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0104467;
+      rise_capacitance : 0.0108192;
+      rise_capacitance_range (0.00774883, 0.0131385);
+      fall_capacitance : 0.0100741;
+      fall_capacitance_range (0.00724697, 0.0123306);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.000455872, -0.00115297, -0.00125414, -0.00108131, -0.000431721, 0.00151761, 0.00607999" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0267001, 0.0265472, 0.0266432, 0.0269971, 0.0278588, 0.0299728, 0.0346925" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_ebufn_8) {
+    area : 45.36;
+    cell_footprint : "ebufn";
+    cell_leakage_power : 689.888;
+    leakage_power () {
+      value : 407.12;
+      when : "A&TE_B";
+    }
+    leakage_power () {
+      value : 278.544;
+      when : "!A&TE_B";
+    }
+    leakage_power () {
+      value : 920.336;
+      when : "A&!TE_B";
+    }
+    leakage_power () {
+      value : 1153.55;
+      when : "!A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "A";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 2.4;
+      capacitance : 0.0230497;
+      rise_capacitance : 0.017552;
+      rise_capacitance_range (0.017552, 0.017552);
+      fall_capacitance : 0.0285474;
+      fall_capacitance_range (0.0285474, 0.0285474);
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0722713, 0.216919, 0.306884, 0.455927, 0.705965, 1.12335, 1.81937", \
+            "0.114933, 0.260449, 0.351321, 0.500602, 0.750532, 1.16697, 1.86363", \
+            "0.143744, 0.290085, 0.381183, 0.53093, 0.781024, 1.19766, 1.89405", \
+            "0.186227, 0.333008, 0.424524, 0.57484, 0.824315, 1.24204, 1.93756", \
+            "0.247206, 0.399167, 0.488386, 0.638467, 0.888005, 1.30654, 2.00215", \
+            "0.32844, 0.492414, 0.58183, 0.730932, 0.980925, 1.39862, 2.0957", \
+            "0.439658, 0.624634, 0.712591, 0.858637, 1.10663, 1.52369, 2.21962" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0226334, 0.208983, 0.3361, 0.546313, 0.898289, 1.48493, 2.46265", \
+            "0.0258578, 0.209016, 0.336123, 0.546607, 0.899316, 1.48494, 2.46266", \
+            "0.0301819, 0.20932, 0.336203, 0.546608, 0.899317, 1.48607, 2.46296", \
+            "0.0374916, 0.210409, 0.336752, 0.546747, 0.899318, 1.48612, 2.46297", \
+            "0.0512884, 0.21331, 0.338215, 0.547626, 0.899319, 1.48613, 2.49059", \
+            "0.074209, 0.221827, 0.342306, 0.549962, 0.900155, 1.48614, 2.4906", \
+            "0.108579, 0.244992, 0.355348, 0.556036, 0.904699, 1.48842, 2.49061" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0834901, 0.195908, 0.261372, 0.368909, 0.549056, 0.848179, 1.34665", \
+            "0.123196, 0.235564, 0.301178, 0.40891, 0.588571, 0.887862, 1.38636", \
+            "0.152207, 0.265765, 0.331252, 0.438985, 0.61895, 0.91818, 1.41653", \
+            "0.19616, 0.311984, 0.376639, 0.484171, 0.663659, 0.962685, 1.46529", \
+            "0.256731, 0.379369, 0.443676, 0.550379, 0.729758, 1.02812, 1.52632", \
+            "0.337, 0.472292, 0.536633, 0.641624, 0.818453, 1.11542, 1.61281", \
+            "0.437015, 0.591803, 0.659064, 0.76322, 0.941187, 1.23629, 1.73206" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0237858, 0.147967, 0.23441, 0.377449, 0.618152, 1.01779, 1.68457", \
+            "0.02566, 0.148129, 0.234411, 0.378026, 0.618153, 1.0178, 1.68564", \
+            "0.0296974, 0.148744, 0.234559, 0.378027, 0.618827, 1.01858, 1.68574", \
+            "0.0378245, 0.151374, 0.235781, 0.378299, 0.618828, 1.02006, 1.68736", \
+            "0.0530144, 0.157549, 0.23918, 0.380096, 0.618919, 1.02007, 1.68737", \
+            "0.075811, 0.172071, 0.24849, 0.38501, 0.621417, 1.02008, 1.68738", \
+            "0.110755, 0.201447, 0.269305, 0.396837, 0.628557, 1.02469, 1.68862" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0665676, 0.0665686, 0.0665696, 0.0665706, 0.0665716, 0.0665726, 0.0665736", \
+            "0.10577, 0.105771, 0.105772, 0.105773, 0.105774, 0.105775, 0.105776", \
+            "0.132055, 0.132056, 0.132057, 0.132058, 0.132059, 0.13206, 0.132061", \
+            "0.170709, 0.17071, 0.170711, 0.170712, 0.170713, 0.170714, 0.170715", \
+            "0.227285, 0.227286, 0.227287, 0.227288, 0.227289, 0.22729, 0.227291", \
+            "0.300349, 0.30035, 0.300351, 0.300352, 0.300353, 0.300354, 0.300355", \
+            "0.401635, 0.401636, 0.401637, 0.401638, 0.401639, 0.40164, 0.401641" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0665676, 0.0665686, 0.0665696, 0.0665706, 0.0665716, 0.0665726, 0.0665736", \
+            "0.10577, 0.105771, 0.105772, 0.105773, 0.105774, 0.105775, 0.105776", \
+            "0.132055, 0.132056, 0.132057, 0.132058, 0.132059, 0.13206, 0.132061", \
+            "0.170709, 0.17071, 0.170711, 0.170712, 0.170713, 0.170714, 0.170715", \
+            "0.227285, 0.227286, 0.227287, 0.227288, 0.227289, 0.22729, 0.227291", \
+            "0.300349, 0.30035, 0.300351, 0.300352, 0.300353, 0.300354, 0.300355", \
+            "0.401635, 0.401636, 0.401637, 0.401638, 0.401639, 0.40164, 0.401641" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0298773, 0.0298783, 0.0298793, 0.0298803, 0.0298813, 0.0298823, 0.0298833", \
+            "0.0298783, 0.0298793, 0.0298803, 0.0298813, 0.0298823, 0.0298833, 0.0298843", \
+            "0.0302734, 0.0302744, 0.0302754, 0.0302764, 0.0302774, 0.0302784, 0.0302794", \
+            "0.035236, 0.035237, 0.035238, 0.035239, 0.03524, 0.035241, 0.035242", \
+            "0.0452197, 0.0452207, 0.0452217, 0.0452227, 0.0452237, 0.0452247, 0.0452257", \
+            "0.0648594, 0.0648604, 0.0648614, 0.0648624, 0.0648634, 0.0648644, 0.0648654", \
+            "0.102621, 0.102622, 0.102623, 0.102624, 0.102625, 0.102626, 0.102627" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0298773, 0.0298783, 0.0298793, 0.0298803, 0.0298813, 0.0298823, 0.0298833", \
+            "0.0298783, 0.0298793, 0.0298803, 0.0298813, 0.0298823, 0.0298833, 0.0298843", \
+            "0.0302734, 0.0302744, 0.0302754, 0.0302764, 0.0302774, 0.0302784, 0.0302794", \
+            "0.035236, 0.035237, 0.035238, 0.035239, 0.03524, 0.035241, 0.035242", \
+            "0.0452197, 0.0452207, 0.0452217, 0.0452227, 0.0452237, 0.0452247, 0.0452257", \
+            "0.0648594, 0.0648604, 0.0648614, 0.0648624, 0.0648634, 0.0648644, 0.0648654", \
+            "0.102621, 0.102622, 0.102623, 0.102624, 0.102625, 0.102626, 0.102627" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0355921, 0.173371, 0.264388, 0.414846, 0.66659, 1.08604, 1.78507", \
+            "0.0564718, 0.203573, 0.294798, 0.445377, 0.697201, 1.11651, 1.81583", \
+            "0.0659092, 0.230451, 0.322965, 0.473687, 0.72581, 1.14603, 1.84395", \
+            "0.0734352, 0.277516, 0.376807, 0.531273, 0.784204, 1.20395, 1.90291", \
+            "0.0734362, 0.350066, 0.466889, 0.637137, 0.900091, 1.32345, 2.02311", \
+            "0.0734372, 0.442452, 0.595162, 0.80113, 1.09868, 1.5476, 2.25732", \
+            "0.0734382, 0.52251, 0.746152, 1.02747, 1.39869, 1.92307, 2.69216" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0220654, 0.20732, 0.336245, 0.546541, 0.898677, 1.48523, 2.46309", \
+            "0.0251011, 0.208182, 0.33638, 0.546542, 0.898678, 1.4859, 2.46321", \
+            "0.0308661, 0.214565, 0.339385, 0.547055, 0.898807, 1.48666, 2.46322", \
+            "0.0445088, 0.236161, 0.355895, 0.556501, 0.901916, 1.48667, 2.46365", \
+            "0.0730038, 0.286872, 0.403256, 0.595464, 0.925899, 1.49518, 2.46588", \
+            "0.124294, 0.386827, 0.505417, 0.694854, 1.01243, 1.55442, 2.49099", \
+            "0.220022, 0.569005, 0.70764, 0.903152, 1.21826, 1.74259, 2.63825" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0998381, 0.281504, 0.392026, 0.574568, 0.880184, 1.3897, 2.23901", \
+            "0.13898, 0.319506, 0.4294, 0.61155, 0.916895, 1.42667, 2.27599", \
+            "0.16775, 0.349254, 0.459205, 0.640839, 0.94594, 1.45496, 2.30409", \
+            "0.211843, 0.397153, 0.506225, 0.687469, 0.991662, 1.50012, 2.3488", \
+            "0.272943, 0.46719, 0.574808, 0.755699, 1.05815, 1.5657, 2.4129", \
+            "0.34947, 0.56126, 0.670583, 0.849466, 1.15161, 1.65569, 2.5019", \
+            "0.441526, 0.685787, 0.795188, 0.973973, 1.27455, 1.77524, 2.61659" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.019853, 0.147678, 0.23423, 0.377653, 0.6177, 1.01778, 1.68457", \
+            "0.0201124, 0.147886, 0.234704, 0.377952, 0.617701, 1.01779, 1.68458", \
+            "0.0209381, 0.147887, 0.234705, 0.377953, 0.617803, 1.0178, 1.68459", \
+            "0.0232325, 0.148192, 0.234706, 0.377954, 0.617804, 1.01853, 1.6846", \
+            "0.0287713, 0.149143, 0.234707, 0.377955, 0.617805, 1.01858, 1.68966", \
+            "0.038955, 0.151755, 0.235455, 0.378125, 0.618056, 1.01859, 1.68967", \
+            "0.055183, 0.159386, 0.238618, 0.379198, 0.618688, 1.01888, 1.68968" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0356243, 0.0388805, 0.0376765, 0.036127, 0.0342169, 0.0331239, 0.0316709", \
+            "0.036517, 0.0405938, 0.0401502, 0.0390888, 0.0370751, 0.0353568, 0.033932", \
+            "0.0369074, 0.0405857, 0.0406166, 0.0408403, 0.0379721, 0.0368619, 0.0349676", \
+            "0.0374175, 0.0392075, 0.04004, 0.0416637, 0.0388762, 0.0380734, 0.0359919", \
+            "0.0391352, 0.0389811, 0.0393348, 0.0395868, 0.0406031, 0.0391459, 0.0459586", \
+            "0.0428298, 0.037878, 0.0384474, 0.0394658, 0.0395962, 0.0400135, 0.0400452", \
+            "0.0489331, 0.0378247, 0.0378063, 0.0379341, 0.0396182, 0.0405069, 0.0389469" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0318128, 0.0375786, 0.0378628, 0.0375607, 0.0372889, 0.0355565, 0.0333372", \
+            "0.0316109, 0.0370636, 0.0372317, 0.0373543, 0.0365905, 0.0350968, 0.0332888", \
+            "0.031995, 0.0357764, 0.0366388, 0.0364538, 0.0363386, 0.0349421, 0.0327988", \
+            "0.0329084, 0.0345565, 0.0349175, 0.0355957, 0.0348235, 0.0344755, 0.0332362", \
+            "0.0350447, 0.0340988, 0.0344911, 0.034034, 0.0339445, 0.0355013, 0.0307879", \
+            "0.0391275, 0.0336989, 0.0344312, 0.0346089, 0.034083, 0.0303774, 0.0339368", \
+            "0.045428, 0.0332016, 0.0337577, 0.0329954, 0.0346844, 0.0338727, 0.0322714" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.018552, 0.204752, 0.329552, 0.535952, 0.881552, 1.45755, 2.41755");
+          values ( \
+            "0.0057893, 0.0054969, 0.0051631, 0.0045098, 0.0035179, 0.0030868, 0.0025318", \
+            "0.005959, 0.0056074, 0.0052261, 0.0046363, 0.0035969, 0.0037565, 0.0032072", \
+            "0.005964, 0.0058562, 0.0053633, 0.0044825, 0.0037332, 0.0041913, 0.0025534", \
+            "0.0059656, 0.0055978, 0.005468, 0.0047113, 0.0037742, 0.003427, 0.0023977", \
+            "0.0058803, 0.0059253, 0.0057212, 0.00475, 0.0059556, 0.004415, 0.0029758", \
+            "0.0060949, 0.0060446, 0.0058667, 0.0058977, 0.0039091, 0.0041854, 0.0025729", \
+            "0.00606479, 0.0057792, 0.006001, 0.0058577, 0.0059085, 0.0032463, 0.00327" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0295474, 0.215747, 0.340547, 0.546947, 0.892547, 1.46855, 2.42855");
+          values ( \
+            "0.0070641, 0.0490666, 0.0803126, 0.132928, 0.222161, 0.370505, 0.62116", \
+            "0.0068563, 0.0478834, 0.0771571, 0.128893, 0.216835, 0.366868, 0.613503", \
+            "0.0067031, 0.0437636, 0.0755749, 0.127279, 0.214537, 0.361254, 0.613033", \
+            "0.0065307, 0.0414442, 0.0695957, 0.120926, 0.213019, 0.353629, 0.599895", \
+            "0.0061879, 0.0382412, 0.066368, 0.113065, 0.197717, 0.353247, 0.590813", \
+            "0.0058245, 0.0345485, 0.061093, 0.106349, 0.189849, 0.326537, 0.57555", \
+            "0.0055336, 0.0298351, 0.053207, 0.093643, 0.173396, 0.310537, 0.549152" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00577312;
+      rise_capacitance : 0.00586929;
+      rise_capacitance_range (0.00531469, 0.00630491);
+      fall_capacitance : 0.00567695;
+      fall_capacitance_range (0.00520966, 0.00614021);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0112217, 0.0107386, 0.0108223, 0.0115269, 0.0131449, 0.0174815, 0.0270276" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00904656, 0.008748, 0.00906381, 0.00972834, 0.0114933, 0.0159254, 0.0256803" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0175575;
+      rise_capacitance : 0.0182468;
+      rise_capacitance_range (0.0120697, 0.0229184);
+      fall_capacitance : 0.0168682;
+      fall_capacitance_range (0.0110652, 0.0213665);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00304089, -0.00391727, -0.00419801, -0.00424274, -0.00380738, -0.00231645, 0.00178643" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0516324, 0.0511989, 0.0513551, 0.0516223, 0.052379, 0.054281, 0.058673" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_2) {
+    area : 16.3296;
+    cell_footprint : "einvn";
+    cell_leakage_power : 240.424;
+    leakage_power () {
+      value : 201.554;
+      when : "!A&!TE_B&Z";
+    }
+    leakage_power () {
+      value : 279.293;
+      when : "A&!TE_B&!Z";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 0.6;
+      capacitance : 0.00599833;
+      rise_capacitance : 0.00456375;
+      rise_capacitance_range (0.00456375, 0.00456375);
+      fall_capacitance : 0.00743291;
+      fall_capacitance_range (0.00743291, 0.00743291);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.027603, 0.16546, 0.255972, 0.404891, 0.654124, 1.07001, 1.76208", \
+            "0.0452149, 0.200734, 0.291436, 0.441086, 0.690908, 1.10667, 1.80011", \
+            "0.054083, 0.233603, 0.325878, 0.475345, 0.725218, 1.14188, 1.83409", \
+            "0.06565, 0.291, 0.393174, 0.547689, 0.798259, 1.21411, 1.90681", \
+            "0.0801819, 0.376803, 0.503311, 0.680002, 0.94435, 1.36366, 2.05601", \
+            "0.0970041, 0.493541, 0.657229, 0.880447, 1.19187, 1.6469, 2.34958", \
+            "0.1151, 0.642661, 0.865777, 1.1612, 1.5605, 2.11211, 2.89972" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.018129, 0.202502, 0.328615, 0.53676, 0.885801, 1.46667, 2.43479", \
+            "0.0333811, 0.204993, 0.328967, 0.536761, 0.885802, 1.46736, 2.43642", \
+            "0.0435397, 0.216436, 0.334539, 0.538041, 0.886839, 1.46738, 2.43643", \
+            "0.060418, 0.250763, 0.361588, 0.553643, 0.890505, 1.46739, 2.43644", \
+            "0.0881704, 0.320557, 0.432361, 0.61445, 0.929415, 1.48265, 2.44041", \
+            "0.134083, 0.436067, 0.565597, 0.755015, 1.06144, 1.57525, 2.4798", \
+            "0.213227, 0.619944, 0.782073, 1.00807, 1.33899, 1.85178, 2.70106" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00843291, 0.0542329, 0.0854329, 0.137033, 0.223433, 0.367433, 0.607433");
+          values ( \
+            "0.0241186, 0.123079, 0.187798, 0.294428, 0.4731, 0.770755, 1.26687", \
+            "0.0419525, 0.164713, 0.230377, 0.3373, 0.516063, 0.814148, 1.30992", \
+            "0.0513821, 0.200107, 0.270293, 0.379003, 0.557829, 0.85562, 1.35196", \
+            "0.0631345, 0.255183, 0.337323, 0.456818, 0.640493, 0.938369, 1.43433", \
+            "0.0790328, 0.336112, 0.441713, 0.585522, 0.792874, 1.10505, 1.60271", \
+            "0.0992838, 0.450455, 0.590276, 0.777969, 1.03438, 1.39715, 1.9317", \
+            "0.122848, 0.600367, 0.795041, 1.04838, 1.38751, 1.84655, 2.48482" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00843291, 0.0542329, 0.0854329, 0.137033, 0.223433, 0.367433, 0.607433");
+          values ( \
+            "0.0124458, 0.138078, 0.224405, 0.366759, 0.605824, 1.00334, 1.66648", \
+            "0.0259608, 0.144304, 0.226745, 0.367158, 0.605825, 1.00435, 1.66649", \
+            "0.0361292, 0.160815, 0.238638, 0.373017, 0.60671, 1.00436, 1.6665", \
+            "0.0525299, 0.196816, 0.273804, 0.400091, 0.621388, 1.00737, 1.66651", \
+            "0.0793551, 0.261568, 0.343991, 0.47289, 0.683367, 1.04563, 1.67961", \
+            "0.12366, 0.368675, 0.469953, 0.61037, 0.830696, 1.18078, 1.77597", \
+            "0.19958, 0.545034, 0.672027, 0.84654, 1.09681, 1.4764, 2.05864" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.050315, 0.0503154, 0.0503155, 0.0503165, 0.0503175, 0.0503185, 0.0503195", \
+            "0.0813192, 0.0813202, 0.0813212, 0.0813222, 0.0813232, 0.0813242, 0.0813252", \
+            "0.100785, 0.100786, 0.100787, 0.100788, 0.100789, 0.10079, 0.100791", \
+            "0.126698, 0.126699, 0.1267, 0.126701, 0.126702, 0.126703, 0.126704", \
+            "0.16388, 0.163881, 0.163882, 0.163883, 0.163884, 0.163885, 0.163886", \
+            "0.21741, 0.217411, 0.217412, 0.217413, 0.217414, 0.217415, 0.217416", \
+            "0.2791, 0.279101, 0.279102, 0.279103, 0.279104, 0.279105, 0.279106" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.050315, 0.0503154, 0.0503155, 0.0503165, 0.0503175, 0.0503185, 0.0503195", \
+            "0.0813192, 0.0813202, 0.0813212, 0.0813222, 0.0813232, 0.0813242, 0.0813252", \
+            "0.100785, 0.100786, 0.100787, 0.100788, 0.100789, 0.10079, 0.100791", \
+            "0.126698, 0.126699, 0.1267, 0.126701, 0.126702, 0.126703, 0.126704", \
+            "0.16388, 0.163881, 0.163882, 0.163883, 0.163884, 0.163885, 0.163886", \
+            "0.21741, 0.217411, 0.217412, 0.217413, 0.217414, 0.217415, 0.217416", \
+            "0.2791, 0.279101, 0.279102, 0.279103, 0.279104, 0.279105, 0.279106" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.033526, 0.165894, 0.256007, 0.404878, 0.654357, 1.06979, 1.76199", \
+            "0.0577862, 0.199297, 0.289417, 0.438457, 0.687875, 1.10324, 1.79685", \
+            "0.0690584, 0.227013, 0.318195, 0.467282, 0.716857, 1.13263, 1.8248", \
+            "0.0795649, 0.274741, 0.372575, 0.525179, 0.775517, 1.19118, 1.88386", \
+            "0.0795659, 0.347931, 0.463341, 0.631782, 0.892122, 1.31126, 2.00455", \
+            "0.0795669, 0.441188, 0.592597, 0.7968, 1.09169, 1.5368, 2.24045", \
+            "0.0795679, 0.522186, 0.744543, 1.02505, 1.39339, 1.91458, 2.67774" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.0179973, 0.202582, 0.328649, 0.536946, 0.885671, 1.46728, 2.43481", \
+            "0.0258266, 0.203867, 0.328796, 0.537073, 0.885672, 1.4673, 2.43641", \
+            "0.0340262, 0.210445, 0.332025, 0.537708, 0.886519, 1.46731, 2.43642", \
+            "0.0498985, 0.232189, 0.348716, 0.547147, 0.888882, 1.46749, 2.43643", \
+            "0.080435, 0.28346, 0.3973, 0.586792, 0.913758, 1.4775, 2.43805", \
+            "0.134055, 0.384154, 0.500295, 0.686876, 1.00114, 1.53798, 2.46533", \
+            "0.23241, 0.566429, 0.70748, 0.898191, 1.20876, 1.72742, 2.61184" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.00264985, 0.00391975, 0.00392642, 0.00379157, 0.00358092, 0.00351318, 0.00330235", \
+            "0.00265909, 0.00347084, 0.00354187, 0.00356903, 0.00345226, 0.00350307, 0.00339269", \
+            "0.00298178, 0.00332842, 0.00347277, 0.00340594, 0.00344988, 0.00347011, 0.00314781", \
+            "0.00387255, 0.00327757, 0.00331665, 0.00329017, 0.00389543, 0.00319908, 0.00321446", \
+            "0.00583131, 0.00400932, 0.00375274, 0.00349427, 0.00341584, 0.00340593, 0.0032855", \
+            "0.0102016, 0.00656632, 0.00573361, 0.00508425, 0.00417473, 0.00403647, 0.00333978", \
+            "0.0192794, 0.0125793, 0.0111201, 0.00945611, 0.00827902, 0.00608546, 0.00491667" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00843291, 0.0542329, 0.0854329, 0.137033, 0.223433, 0.367433, 0.607433");
+          values ( \
+            "0.00262871, 0.00391678, 0.00390387, 0.00377269, 0.00361617, 0.00320863, 0.00249927", \
+            "0.00242381, 0.0035675, 0.00366809, 0.00364507, 0.0035537, 0.00334616, 0.00250204", \
+            "0.00270701, 0.00328416, 0.00352321, 0.00353564, 0.00356902, 0.00320772, 0.00260666", \
+            "0.00352144, 0.0033274, 0.00335768, 0.00340466, 0.00349924, 0.00363591, 0.00245689", \
+            "0.00545158, 0.00383295, 0.00376464, 0.00368348, 0.00338499, 0.00395463, 0.00253163", \
+            "0.0097228, 0.00602073, 0.00545814, 0.00491415, 0.00453438, 0.00374961, 0.00400395", \
+            "0.0186336, 0.0120529, 0.0103678, 0.00879659, 0.00763258, 0.00667814, 0.00458802" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.00556376, 0.0513638, 0.0825638, 0.134164, 0.220564, 0.364564, 0.604564");
+          values ( \
+            "0.00769637, 0.00758407, 0.00751217, 0.00735407, 0.00708577, 0.00708967, 0.00698157", \
+            "0.00764955, 0.00754615, 0.00754535, 0.00733925, 0.00707455, 0.00699935, 0.00721505", \
+            "0.00760891, 0.00755131, 0.00748821, 0.00727841, 0.00712111, 0.00698191, 0.00677991", \
+            "0.00759174, 0.00749414, 0.00746294, 0.00729544, 0.00755444, 0.00695394, 0.00674084", \
+            "0.00752168, 0.00755318, 0.00751038, 0.00725078, 0.00764708, 0.00731518, 0.00676938", \
+            "0.00750616, 0.00750426, 0.00747826, 0.00746636, 0.00707546, 0.00743216, 0.00672366", \
+            "0.0073671, 0.0072869, 0.0074979, 0.0073935, 0.0072863, 0.0069672, 0.006632" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00408184;
+      rise_capacitance : 0.00417065;
+      rise_capacitance_range (0.00244586, 0.00663879);
+      fall_capacitance : 0.00399303;
+      fall_capacitance_range (0.00237783, 0.00634266);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00486017;
+      rise_capacitance : 0.00556323;
+      rise_capacitance_range (0.00520326, 0.00575228);
+      fall_capacitance : 0.0041571;
+      fall_capacitance_range (0.00308959, 0.00613553);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00182609, -0.00211296, -0.00215129, -0.00206379, -0.00168155, -0.000659772, 0.0017458" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00711433, 0.00708565, 0.00715489, 0.00736896, 0.00789722, 0.00905524, 0.0116876" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_4) {
+    area : 23.5872;
+    cell_footprint : "einvn";
+    cell_leakage_power : 477.268;
+    leakage_power () {
+      value : 399.525;
+      when : "!A&!TE_B";
+    }
+    leakage_power () {
+      value : 555.01;
+      when : "A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 1.2;
+      capacitance : 0.0117786;
+      rise_capacitance : 0.00902387;
+      rise_capacitance_range (0.00902387, 0.00902387);
+      fall_capacitance : 0.0145333;
+      fall_capacitance_range (0.0145333, 0.0145333);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0256771, 0.165534, 0.256184, 0.405251, 0.654803, 1.07118, 1.764", \
+            "0.0418917, 0.20081, 0.291731, 0.441384, 0.691503, 1.10763, 1.80128", \
+            "0.0499781, 0.233995, 0.326418, 0.476054, 0.726066, 1.14347, 1.83598", \
+            "0.0603057, 0.291172, 0.393432, 0.548101, 0.79895, 1.21503, 1.90854", \
+            "0.0732712, 0.376989, 0.503535, 0.680495, 0.945105, 1.36499, 2.05799", \
+            "0.0879545, 0.493769, 0.657615, 0.88131, 1.19284, 1.6485, 2.35183", \
+            "0.103015, 0.642969, 0.866202, 1.16196, 1.56166, 2.11379, 2.90223" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0161227, 0.202644, 0.328927, 0.537363, 0.886882, 1.46862, 2.43806", \
+            "0.0309571, 0.205125, 0.329277, 0.537364, 0.886883, 1.46926, 2.43954", \
+            "0.0404685, 0.216513, 0.334688, 0.538675, 0.888288, 1.46989, 2.43955", \
+            "0.0567386, 0.250889, 0.361906, 0.554232, 0.891582, 1.4699, 2.43956", \
+            "0.082825, 0.320732, 0.43259, 0.615032, 0.930628, 1.4846, 2.44222", \
+            "0.126667, 0.436298, 0.565989, 0.756513, 1.06236, 1.57689, 2.48352", \
+            "0.203319, 0.620206, 0.782629, 1.00881, 1.34031, 1.85365, 2.70505" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0155333, 0.108133, 0.170533, 0.273733, 0.446533, 0.734533, 1.21453");
+          values ( \
+            "0.0225253, 0.122783, 0.187407, 0.293939, 0.47237, 0.769642, 1.26507", \
+            "0.0391305, 0.164584, 0.230104, 0.336853, 0.515469, 0.813206, 1.30817", \
+            "0.0477908, 0.199976, 0.270084, 0.378683, 0.557255, 0.854665, 1.35038", \
+            "0.0584837, 0.255129, 0.337533, 0.456647, 0.640163, 0.937519, 1.43285", \
+            "0.0727915, 0.336051, 0.441648, 0.585451, 0.792588, 1.10451, 1.60155", \
+            "0.0907934, 0.450497, 0.59027, 0.778078, 1.0344, 1.39708, 1.93124", \
+            "0.111488, 0.599984, 0.795179, 1.04852, 1.3878, 1.84667, 2.4849" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0155333, 0.108133, 0.170533, 0.273733, 0.446533, 0.734533, 1.21453");
+          values ( \
+            "0.0111103, 0.137894, 0.224147, 0.366653, 0.605309, 1.00311, 1.66492", \
+            "0.0240172, 0.144091, 0.226451, 0.366781, 0.60531, 1.00346, 1.66594", \
+            "0.0337352, 0.160662, 0.238417, 0.372686, 0.606539, 1.00347, 1.66595", \
+            "0.0490976, 0.196471, 0.273599, 0.399816, 0.62098, 1.00723, 1.66596", \
+            "0.0745315, 0.26154, 0.343923, 0.472748, 0.682944, 1.04488, 1.6782", \
+            "0.117291, 0.368747, 0.469952, 0.610366, 0.830679, 1.18011, 1.77522", \
+            "0.191439, 0.545104, 0.67234, 0.846666, 1.09761, 1.47595, 2.05794" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0513595, 0.0513605, 0.0514116, 0.0515359, 0.0515369, 0.0516377, 0.0516387", \
+            "0.0833689, 0.0833699, 0.0833709, 0.0833719, 0.0833729, 0.0833739, 0.0833749", \
+            "0.102162, 0.102163, 0.102164, 0.102165, 0.102166, 0.102167, 0.102168", \
+            "0.130481, 0.130482, 0.130483, 0.130484, 0.130485, 0.130486, 0.130487", \
+            "0.167648, 0.167649, 0.16765, 0.167651, 0.167652, 0.167653, 0.167654", \
+            "0.223986, 0.223987, 0.223988, 0.223989, 0.22399, 0.223991, 0.223992", \
+            "0.286184, 0.286185, 0.286186, 0.286187, 0.286188, 0.286189, 0.28619" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0513595, 0.0513605, 0.0514116, 0.0515359, 0.0515369, 0.0516377, 0.0516387", \
+            "0.0833689, 0.0833699, 0.0833709, 0.0833719, 0.0833729, 0.0833739, 0.0833749", \
+            "0.102162, 0.102163, 0.102164, 0.102165, 0.102166, 0.102167, 0.102168", \
+            "0.130481, 0.130482, 0.130483, 0.130484, 0.130485, 0.130486, 0.130487", \
+            "0.167648, 0.167649, 0.16765, 0.167651, 0.167652, 0.167653, 0.167654", \
+            "0.223986, 0.223987, 0.223988, 0.223989, 0.22399, 0.223991, 0.223992", \
+            "0.286184, 0.286185, 0.286186, 0.286187, 0.286188, 0.286189, 0.28619" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0322209, 0.166253, 0.256412, 0.405503, 0.655072, 1.07142, 1.76499", \
+            "0.0555241, 0.199451, 0.289662, 0.438888, 0.688608, 1.10456, 1.79894", \
+            "0.0659959, 0.227123, 0.318402, 0.467646, 0.717312, 1.13374, 1.82714", \
+            "0.0748876, 0.274613, 0.372537, 0.525341, 0.775879, 1.19212, 1.88554", \
+            "0.0748886, 0.347563, 0.462962, 0.631673, 0.892266, 1.31197, 2.00559", \
+            "0.0748896, 0.440413, 0.591956, 0.796139, 1.09207, 1.53713, 2.24132", \
+            "0.0748906, 0.520733, 0.743289, 1.02403, 1.39239, 1.91382, 2.67768" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0159732, 0.202633, 0.328738, 0.537544, 0.886902, 1.46862, 2.43872", \
+            "0.0237961, 0.204052, 0.328914, 0.537683, 0.886903, 1.46929, 2.43878", \
+            "0.0316138, 0.210616, 0.332346, 0.538296, 0.887538, 1.4693, 2.43879", \
+            "0.047272, 0.232501, 0.349036, 0.547592, 0.889375, 1.46931, 2.4388", \
+            "0.0769225, 0.283562, 0.39723, 0.587374, 0.914791, 1.47914, 2.43983", \
+            "0.12919, 0.383857, 0.500665, 0.68754, 1.00267, 1.53915, 2.46785", \
+            "0.226521, 0.567979, 0.703492, 0.898666, 1.21075, 1.72864, 2.61443" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.00521793, 0.00793116, 0.00793545, 0.00767499, 0.00729039, 0.00707132, 0.00643463", \
+            "0.00535755, 0.00701889, 0.00717521, 0.00723301, 0.00698128, 0.00707216, 0.0067678", \
+            "0.00606983, 0.00667048, 0.00676153, 0.00691162, 0.00716669, 0.00710895, 0.0066408", \
+            "0.00792999, 0.00663864, 0.00673819, 0.00665756, 0.00696536, 0.0064693, 0.00646134", \
+            "0.0119276, 0.00810266, 0.00754789, 0.00707737, 0.00740504, 0.00668675, 0.00663896", \
+            "0.0207787, 0.0131887, 0.0115606, 0.0103842, 0.0082948, 0.00792901, 0.00711285", \
+            "0.0390359, 0.0252307, 0.0223485, 0.0189441, 0.0166319, 0.0120024, 0.0100166" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0155333, 0.108133, 0.170533, 0.273733, 0.446533, 0.734533, 1.21453");
+          values ( \
+            "0.00492619, 0.00774862, 0.00769892, 0.00750404, 0.00715174, 0.00640544, 0.00494573", \
+            "0.00467793, 0.00702975, 0.00720514, 0.00718316, 0.00696428, 0.00654167, 0.00521134", \
+            "0.00531393, 0.00650384, 0.0069263, 0.00694901, 0.00752787, 0.0064723, 0.00503634", \
+            "0.00700768, 0.00651893, 0.00668115, 0.00670144, 0.00770436, 0.00661232, 0.00500285", \
+            "0.0109742, 0.00754216, 0.00738814, 0.0072056, 0.00667967, 0.00778128, 0.00499702", \
+            "0.0196203, 0.01192, 0.0107892, 0.00968005, 0.00889346, 0.00699623, 0.00791362", \
+            "0.0374951, 0.0239378, 0.0206099, 0.0174409, 0.015229, 0.0129531, 0.00943782" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0100239, 0.102624, 0.165024, 0.268224, 0.441024, 0.729024, 1.20902");
+          values ( \
+            "0.0156072, 0.0153503, 0.0151924, 0.014958, 0.0144776, 0.0142505, 0.0139872", \
+            "0.0155015, 0.0153522, 0.0152434, 0.0148543, 0.0142522, 0.0143158, 0.0139904", \
+            "0.0154794, 0.0153989, 0.0152261, 0.0147821, 0.0144294, 0.0140834, 0.0140261", \
+            "0.0153892, 0.0151914, 0.0151633, 0.0147624, 0.0152232, 0.0140508, 0.0135994", \
+            "0.0153596, 0.0153678, 0.0152124, 0.0148058, 0.0156294, 0.0139934, 0.0134445", \
+            "0.0151756, 0.0151932, 0.0151, 0.0151147, 0.0141557, 0.0148348, 0.0139028", \
+            "0.0148601, 0.0147624, 0.0147379, 0.0149899, 0.0148268, 0.0138708, 0.0134226" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00796158;
+      rise_capacitance : 0.00813547;
+      rise_capacitance_range (0.00465521, 0.0132011);
+      fall_capacitance : 0.00778769;
+      fall_capacitance_range (0.00452198, 0.0126161);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00906303;
+      rise_capacitance : 0.0103962;
+      rise_capacitance_range (0.00954745, 0.010795);
+      fall_capacitance : 0.0077299;
+      fall_capacitance_range (0.00564843, 0.0117139);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.00429951, -0.00480514, -0.00488712, -0.00472278, -0.00402365, -0.00209648, 0.00251563" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0141002, 0.0140703, 0.0141715, 0.0146197, 0.0155684, 0.017886, 0.0229838" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_einvn_8) {
+    area : 39.9168;
+    cell_footprint : "einvn";
+    cell_leakage_power : 910.997;
+    leakage_power () {
+      value : 755.515;
+      when : "!A&!TE_B";
+    }
+    leakage_power () {
+      value : 1066.48;
+      when : "A&!TE_B";
+    }
+    pin (Z) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      three_state : "TE_B";
+      max_capacitance : 2.4;
+      capacitance : 0.023454;
+      rise_capacitance : 0.0179916;
+      rise_capacitance_range (0.0179916, 0.0179916);
+      fall_capacitance : 0.0289164;
+      fall_capacitance_range (0.0289164, 0.0289164);
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0248027, 0.166229, 0.257178, 0.406897, 0.657632, 1.07509, 1.77127", \
+            "0.0402975, 0.201456, 0.292808, 0.442908, 0.694199, 1.11207, 1.80927", \
+            "0.0480223, 0.234587, 0.327207, 0.477459, 0.728716, 1.14757, 1.84401", \
+            "0.0577069, 0.291857, 0.394461, 0.549719, 0.801585, 1.21938, 1.91606", \
+            "0.0698544, 0.37792, 0.504869, 0.682182, 0.947759, 1.36924, 2.0652", \
+            "0.0836757, 0.494626, 0.659008, 0.882943, 1.19576, 1.65295, 2.35877", \
+            "0.0974009, 0.644222, 0.868525, 1.16444, 1.56514, 2.11913, 2.9095" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0151918, 0.203665, 0.330385, 0.5397, 0.890396, 1.47458, 2.44861", \
+            "0.0298167, 0.206051, 0.330709, 0.540169, 0.890449, 1.4757, 2.45024", \
+            "0.039073, 0.217349, 0.33606, 0.540935, 0.890712, 1.47571, 2.45025", \
+            "0.0550321, 0.251577, 0.363155, 0.556392, 0.895756, 1.47572, 2.45026", \
+            "0.0804204, 0.321824, 0.433991, 0.617281, 0.93406, 1.49121, 2.45409", \
+            "0.123381, 0.437134, 0.567316, 0.758639, 1.06544, 1.58317, 2.49277", \
+            "0.198873, 0.62129, 0.784761, 1.01125, 1.34274, 1.85934, 2.71382" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0299164, 0.216116, 0.340916, 0.547316, 0.892916, 1.46892, 2.42892");
+          values ( \
+            "0.0217804, 0.122913, 0.187843, 0.295139, 0.474738, 0.773985, 1.27243", \
+            "0.0378697, 0.164959, 0.230822, 0.338273, 0.517984, 0.817603, 1.31581", \
+            "0.0461108, 0.200572, 0.270951, 0.380171, 0.559886, 0.859182, 1.35867", \
+            "0.0562998, 0.255912, 0.338349, 0.458289, 0.642599, 0.942048, 1.44064", \
+            "0.0698845, 0.337068, 0.443096, 0.587421, 0.795632, 1.10919, 1.60929", \
+            "0.08682, 0.451786, 0.591992, 0.780533, 1.03791, 1.40189, 1.93898", \
+            "0.106315, 0.601755, 0.797409, 1.05142, 1.39218, 1.85265, 2.49406" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0299164, 0.216116, 0.340916, 0.547316, 0.892916, 1.46892, 2.42892");
+          values ( \
+            "0.0104267, 0.138698, 0.225674, 0.369394, 0.609339, 1.01029, 1.67658", \
+            "0.0230414, 0.144812, 0.227963, 0.369395, 0.60934, 1.01055, 1.67772", \
+            "0.0326064, 0.161215, 0.239755, 0.37544, 0.610459, 1.01056, 1.67773", \
+            "0.0475044, 0.197472, 0.274908, 0.402199, 0.625038, 1.01338, 1.67774", \
+            "0.0723203, 0.262429, 0.345023, 0.474996, 0.686837, 1.05177, 1.69094", \
+            "0.114125, 0.369854, 0.471551, 0.612839, 0.8344, 1.18575, 1.78577", \
+            "0.187589, 0.54633, 0.674228, 0.848934, 1.10179, 1.48007, 2.06825" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : three_state_disable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0644108, 0.064411, 0.064412, 0.064413, 0.064414, 0.064415, 0.064416", \
+            "0.10381, 0.103811, 0.103812, 0.103813, 0.103814, 0.103815, 0.103816", \
+            "0.131404, 0.131405, 0.131406, 0.131407, 0.131408, 0.131409, 0.13141", \
+            "0.169501, 0.169502, 0.169503, 0.169504, 0.169505, 0.169506, 0.169507", \
+            "0.228171, 0.228172, 0.228173, 0.228174, 0.228175, 0.228176, 0.228177", \
+            "0.299086, 0.299087, 0.299088, 0.299089, 0.29909, 0.299091, 0.299092", \
+            "0.396609, 0.39661, 0.396611, 0.396612, 0.396613, 0.396614, 0.396615" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0644108, 0.064411, 0.064412, 0.064413, 0.064414, 0.064415, 0.064416", \
+            "0.10381, 0.103811, 0.103812, 0.103813, 0.103814, 0.103815, 0.103816", \
+            "0.131404, 0.131405, 0.131406, 0.131407, 0.131408, 0.131409, 0.13141", \
+            "0.169501, 0.169502, 0.169503, 0.169504, 0.169505, 0.169506, 0.169507", \
+            "0.228171, 0.228172, 0.228173, 0.228174, 0.228175, 0.228176, 0.228177", \
+            "0.299086, 0.299087, 0.299088, 0.299089, 0.29909, 0.299091, 0.299092", \
+            "0.396609, 0.39661, 0.396611, 0.396612, 0.396613, 0.396614, 0.396615" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "TE_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : three_state_enable_rise;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0330276, 0.16847, 0.258928, 0.408722, 0.65949, 1.07699, 1.77372", \
+            "0.055964, 0.201505, 0.29205, 0.441802, 0.692321, 1.11026, 1.80655", \
+            "0.0661197, 0.229039, 0.320669, 0.470536, 0.721239, 1.14007, 1.83507", \
+            "0.0742312, 0.276394, 0.37461, 0.527936, 0.779531, 1.19749, 1.89385", \
+            "0.0742322, 0.349135, 0.464893, 0.633795, 0.895438, 1.31668, 2.01339", \
+            "0.0742332, 0.4418, 0.593546, 0.798325, 1.09436, 1.54146, 2.24846", \
+            "0.0742342, 0.521926, 0.744909, 1.02513, 1.39481, 1.91729, 2.68372" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0151971, 0.203495, 0.330287, 0.539777, 0.89037, 1.47551, 2.44924", \
+            "0.0227895, 0.204919, 0.330613, 0.540376, 0.890627, 1.47563, 2.45023", \
+            "0.0304783, 0.211399, 0.33378, 0.540646, 0.891448, 1.4765, 2.45024", \
+            "0.0457847, 0.23314, 0.350348, 0.549729, 0.893785, 1.47651, 2.45025", \
+            "0.0750786, 0.284288, 0.398452, 0.589136, 0.918242, 1.48532, 2.4517", \
+            "0.126842, 0.384944, 0.501534, 0.689397, 1.00524, 1.545, 2.47777", \
+            "0.222132, 0.568369, 0.705051, 0.898452, 1.21355, 1.73441, 2.62487" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.010311, 0.0160011, 0.0159818, 0.0154433, 0.0145306, 0.013959, 0.0130953", \
+            "0.0107743, 0.0140773, 0.0145429, 0.0147795, 0.0140722, 0.0138994, 0.0140742", \
+            "0.0122343, 0.0135894, 0.013883, 0.0138386, 0.0137364, 0.0140449, 0.0134366", \
+            "0.0160292, 0.013284, 0.0135809, 0.0133948, 0.0137245, 0.0132837, 0.0131146", \
+            "0.0241044, 0.0162962, 0.01514, 0.0142539, 0.0142657, 0.0134174, 0.0132044", \
+            "0.0418863, 0.0263716, 0.0231749, 0.0206518, 0.0168012, 0.0161571, 0.0138151", \
+            "0.0784042, 0.0504537, 0.0449193, 0.0378902, 0.033061, 0.0237685, 0.0202035" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0299164, 0.216116, 0.340916, 0.547316, 0.892916, 1.46892, 2.42892");
+          values ( \
+            "0.0095457, 0.0154236, 0.0152754, 0.0148822, 0.0140643, 0.012855, 0.00993256", \
+            "0.00922509, 0.0139435, 0.0143522, 0.0142465, 0.0137321, 0.0130308, 0.0103654", \
+            "0.0105535, 0.0128865, 0.0138232, 0.0138832, 0.0142949, 0.0124246, 0.0105065", \
+            "0.0140387, 0.013005, 0.0130115, 0.0134275, 0.0143472, 0.0144512, 0.00956779", \
+            "0.0220457, 0.015013, 0.0146656, 0.0143597, 0.0133586, 0.0151983, 0.00987122", \
+            "0.039398, 0.0236301, 0.0214191, 0.019336, 0.01747, 0.0134506, 0.0141293", \
+            "0.0751345, 0.0477041, 0.0411725, 0.0344579, 0.0305605, 0.025604, 0.0185189" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "TE_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.0189916, 0.205192, 0.329992, 0.536392, 0.881992, 1.45799, 2.41799");
+          values ( \
+            "0.0333506, 0.0328885, 0.0324525, 0.0319828, 0.0310155, 0.0307113, 0.0299959", \
+            "0.0320953, 0.0316829, 0.031342, 0.0310173, 0.0298164, 0.0296349, 0.029094", \
+            "0.0319843, 0.0318003, 0.0314959, 0.0306361, 0.0298964, 0.0300759, 0.0289026", \
+            "0.0319761, 0.0317765, 0.031526, 0.0307022, 0.0301676, 0.0292494, 0.0297034", \
+            "0.0316802, 0.0317909, 0.0315115, 0.0305174, 0.0312557, 0.0297757, 0.0287528", \
+            "0.0316983, 0.0317292, 0.0316018, 0.0315435, 0.0292704, 0.031226, 0.028181", \
+            "0.0312581, 0.0311266, 0.0313398, 0.0311313, 0.0314474, 0.0293489, 0.0286133" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0157512;
+      rise_capacitance : 0.0160995;
+      rise_capacitance_range (0.00905651, 0.0263546);
+      fall_capacitance : 0.0154029;
+      fall_capacitance_range (0.00880418, 0.0252315);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0, 0, 0, 0, 0, 0, 0" \
+          );
+        }
+      }
+    }
+    pin (TE_B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0155516;
+      rise_capacitance : 0.0176426;
+      rise_capacitance_range (0.0153782, 0.018388);
+      fall_capacitance : 0.0134606;
+      fall_capacitance_range (0.0102729, 0.0204137);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "-0.0108758, -0.0114237, -0.0116592, -0.0116418, -0.0112384, -0.00965744, -0.00556653" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0242429, 0.0251439, 0.0253186, 0.0256152, 0.0265831, 0.0286782, 0.0334285" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_fill_1) {
+    area : 1.8144;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_2) {
+    area : 3.6288;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_4) {
+    area : 7.2576;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_fill_8) {
+    area : 14.5152;
+    cell_footprint : "fill";
+    cell_leakage_power : 0;
+    dont_touch : true;
+    dont_use : true;
+    is_filler_cell : true;
+  }
+  cell (sg13g2_inv_1) {
+    area : 5.4432;
+    cell_footprint : "inv";
+    cell_leakage_power : 63.0032;
+    leakage_power () {
+      value : 82.469;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 43.5374;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0205647, 0.0848969, 0.128137, 0.199515, 0.318905, 0.518173, 0.849492", \
+            "0.0398334, 0.127379, 0.172342, 0.243951, 0.363448, 0.563548, 0.894211", \
+            "0.0494593, 0.16103, 0.211237, 0.285953, 0.405855, 0.604919, 0.93662", \
+            "0.06145, 0.213087, 0.276414, 0.363301, 0.491278, 0.693125, 1.02497", \
+            "0.0755205, 0.288689, 0.374069, 0.487653, 0.64212, 0.86334, 1.20383", \
+            "0.0904964, 0.386189, 0.508826, 0.663145, 0.869187, 1.1435, 1.52963", \
+            "0.103076, 0.507299, 0.680755, 0.904929, 1.19043, 1.56201, 2.05537" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126307, 0.100854, 0.163465, 0.267101, 0.44044, 0.729681, 1.21162", \
+            "0.0294124, 0.110169, 0.168005, 0.268377, 0.44053, 0.730647, 1.21163", \
+            "0.0403832, 0.128637, 0.18274, 0.276993, 0.443535, 0.733586, 1.21164", \
+            "0.0585181, 0.1676, 0.221528, 0.310425, 0.465559, 0.739269, 1.21311", \
+            "0.0869432, 0.235708, 0.29811, 0.389208, 0.537851, 0.791143, 1.23917", \
+            "0.133685, 0.345868, 0.423899, 0.533757, 0.692914, 0.942666, 1.35673", \
+            "0.212562, 0.512127, 0.629664, 0.77292, 0.968291, 1.24551, 1.66746" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0198838, 0.0721482, 0.106608, 0.163526, 0.258838, 0.417664, 0.68239", \
+            "0.0396842, 0.11785, 0.155482, 0.21366, 0.309006, 0.467732, 0.732414", \
+            "0.0504068, 0.151895, 0.196172, 0.259858, 0.357974, 0.517016, 0.781368", \
+            "0.0639681, 0.20284, 0.259958, 0.33725, 0.447722, 0.613551, 0.87889", \
+            "0.0825663, 0.278092, 0.355484, 0.457674, 0.59548, 0.788178, 1.07181", \
+            "0.10692, 0.382434, 0.493138, 0.633677, 0.820791, 1.06594, 1.40599", \
+            "0.138582, 0.518518, 0.678865, 0.883179, 1.1421, 1.4823, 1.92415" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0103667, 0.0750913, 0.121834, 0.198897, 0.328196, 0.54397, 0.902738", \
+            "0.0251025, 0.0889091, 0.130571, 0.202911, 0.329086, 0.543971, 0.902739", \
+            "0.035907, 0.108866, 0.149668, 0.217648, 0.337198, 0.54592, 0.90285", \
+            "0.0529507, 0.145053, 0.189243, 0.257574, 0.369556, 0.564976, 0.908703", \
+            "0.0807046, 0.207079, 0.258767, 0.334706, 0.450542, 0.636544, 0.955698", \
+            "0.125988, 0.310089, 0.37616, 0.469372, 0.600289, 0.799383, 1.10896", \
+            "0.202164, 0.471297, 0.570687, 0.689485, 0.858306, 1.08551, 1.43025" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00151837, 0.00195253, 0.00194656, 0.00190313, 0.00178648, 0.00162798, 0.0016214", \
+            "0.00151792, 0.00171085, 0.00178751, 0.00174981, 0.00170063, 0.00167752, 0.00150417", \
+            "0.0017014, 0.00165515, 0.00170146, 0.00172013, 0.00175302, 0.00186689, 0.00148071", \
+            "0.00220016, 0.00181054, 0.00172741, 0.00168889, 0.0018937, 0.00160448, 0.00141306", \
+            "0.00329496, 0.00229348, 0.00214365, 0.00197951, 0.00176246, 0.00182467, 0.00147309", \
+            "0.00579099, 0.00386327, 0.00337089, 0.00291656, 0.00259616, 0.00192501, 0.00184749", \
+            "0.010947, 0.0075789, 0.00660752, 0.00577824, 0.00473181, 0.00388307, 0.00297948" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00154942, 0.00200401, 0.0019843, 0.00193211, 0.00184551, 0.001701, 0.0013452", \
+            "0.0014285, 0.00175268, 0.00180984, 0.00184449, 0.00177791, 0.00158828, 0.00132229", \
+            "0.00159086, 0.00171572, 0.00170616, 0.00173971, 0.00184074, 0.00176697, 0.00129133", \
+            "0.00204094, 0.00176192, 0.00179063, 0.00172062, 0.00165455, 0.00189768, 0.00128374", \
+            "0.00310366, 0.00216138, 0.00205005, 0.00198841, 0.00192388, 0.0015126, 0.00179625", \
+            "0.00550492, 0.00356817, 0.00313194, 0.00277479, 0.00253589, 0.00226722, 0.00181173", \
+            "0.0106063, 0.0071965, 0.0062497, 0.00532712, 0.0044091, 0.0036612, 0.00298854" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00286745;
+      rise_capacitance : 0.0029192;
+      rise_capacitance_range (0.00257641, 0.00326597);
+      fall_capacitance : 0.00281571;
+      fall_capacitance_range (0.00257013, 0.00324525);
+    }
+  }
+  cell (sg13g2_inv_16) {
+    area : 34.4736;
+    cell_footprint : "inv";
+    cell_leakage_power : 1007.55;
+    leakage_power () {
+      value : 1318.51;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 696.599;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 4.8;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0190126, 0.0883984, 0.131994, 0.203994, 0.324217, 0.524929, 0.858989", \
+            "0.0333817, 0.130561, 0.175759, 0.248079, 0.368446, 0.569768, 0.903406", \
+            "0.0403469, 0.16409, 0.214698, 0.289905, 0.410885, 0.611486, 0.945659", \
+            "0.0485546, 0.216138, 0.279774, 0.367228, 0.496244, 0.699463, 1.03379", \
+            "0.0576969, 0.291625, 0.377329, 0.491319, 0.646516, 0.869157, 1.21187", \
+            "0.0661356, 0.3888, 0.512028, 0.666893, 0.8744, 1.14959, 1.53698", \
+            "0.0705707, 0.51011, 0.684575, 0.908584, 1.19552, 1.56865, 2.06424" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.00962251, 0.101906, 0.164995, 0.269428, 0.444394, 0.735768, 1.22185", \
+            "0.0238995, 0.111048, 0.169483, 0.270774, 0.444503, 0.736715, 1.22186", \
+            "0.0334596, 0.129429, 0.184114, 0.279193, 0.447081, 0.736716, 1.22187", \
+            "0.0488384, 0.168058, 0.222613, 0.31235, 0.469038, 0.745373, 1.22323", \
+            "0.0734158, 0.236327, 0.299685, 0.391188, 0.541371, 0.796906, 1.24879", \
+            "0.114051, 0.34627, 0.425247, 0.536059, 0.696179, 0.948175, 1.36629", \
+            "0.187377, 0.512599, 0.630772, 0.775334, 0.971038, 1.25203, 1.67731" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0189125, 0.0758374, 0.110636, 0.1681, 0.264475, 0.424567, 0.691704", \
+            "0.0346355, 0.121172, 0.159142, 0.217839, 0.314078, 0.474222, 0.741532", \
+            "0.0426883, 0.155225, 0.199779, 0.263998, 0.362946, 0.523437, 0.790379", \
+            "0.0527701, 0.206265, 0.263714, 0.341552, 0.452734, 0.619839, 0.887651", \
+            "0.0663251, 0.281448, 0.35928, 0.461961, 0.600293, 0.794263, 1.08045", \
+            "0.0845547, 0.385912, 0.497079, 0.638065, 0.826357, 1.07343, 1.4149", \
+            "0.107571, 0.522001, 0.682848, 0.887818, 1.14733, 1.48926, 1.93422" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.00824923, 0.0764111, 0.123469, 0.201525, 0.332376, 0.550171, 0.912923", \
+            "0.0209092, 0.0900516, 0.132268, 0.205553, 0.333019, 0.550172, 0.912924", \
+            "0.0302662, 0.109967, 0.151248, 0.219989, 0.340833, 0.552286, 0.912925", \
+            "0.0444611, 0.145913, 0.190748, 0.259692, 0.373121, 0.570803, 0.918689", \
+            "0.0683227, 0.208238, 0.261328, 0.337016, 0.45371, 0.64199, 0.96499", \
+            "0.10841, 0.311169, 0.378275, 0.471642, 0.603067, 0.802867, 1.11704", \
+            "0.17909, 0.472249, 0.572273, 0.692079, 0.859891, 1.09043, 1.43768" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0204118, 0.0292975, 0.0291942, 0.028301, 0.0266843, 0.0238536, 0.0237027", \
+            "0.022566, 0.0255349, 0.0265507, 0.0263195, 0.0252061, 0.0242344, 0.0233971", \
+            "0.0268124, 0.0243621, 0.0252666, 0.0252448, 0.0266967, 0.021655, 0.0212492", \
+            "0.035852, 0.0268065, 0.0259317, 0.024969, 0.0283811, 0.0225686, 0.0209763", \
+            "0.0553883, 0.035074, 0.0326367, 0.029319, 0.0248613, 0.0274647, 0.0211301", \
+            "0.0965442, 0.061192, 0.0531704, 0.0453941, 0.0405406, 0.0307739, 0.0262527", \
+            "0.181029, 0.120264, 0.104398, 0.0912699, 0.074351, 0.062928, 0.046726" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.3744, 0.624, 1.0368, 1.728, 2.88, 4.8");
+          values ( \
+            "0.0176747, 0.0276828, 0.0270453, 0.0263491, 0.0252726, 0.0227691, 0.0177798", \
+            "0.0186016, 0.023503, 0.0249154, 0.0256874, 0.0266937, 0.0220178, 0.0169012", \
+            "0.0224009, 0.0230273, 0.0229831, 0.0236044, 0.0243536, 0.027093, 0.016481", \
+            "0.0312866, 0.024074, 0.0245661, 0.0240759, 0.0223955, 0.0266136, 0.0165846", \
+            "0.0504006, 0.0302919, 0.0293837, 0.0275572, 0.0254816, 0.0198075, 0.0258292", \
+            "0.0903309, 0.0532002, 0.0460333, 0.0400537, 0.0358836, 0.0306617, 0.021151", \
+            "0.173281, 0.111776, 0.0961142, 0.0809354, 0.0648151, 0.0544829, 0.044196" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0435406;
+      rise_capacitance : 0.0443145;
+      rise_capacitance_range (0.0329871, 0.0520904);
+      fall_capacitance : 0.0427666;
+      fall_capacitance_range (0.0333422, 0.052419);
+    }
+  }
+  cell (sg13g2_inv_2) {
+    area : 7.2576;
+    cell_footprint : "inv";
+    cell_leakage_power : 125.956;
+    leakage_power () {
+      value : 164.83;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 87.0811;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0178818, 0.0843021, 0.127549, 0.198992, 0.318416, 0.517816, 0.849262", \
+            "0.0336635, 0.126716, 0.171697, 0.243441, 0.362913, 0.562381, 0.893961", \
+            "0.0413265, 0.160105, 0.210484, 0.285225, 0.40538, 0.604393, 0.936297", \
+            "0.0504743, 0.212087, 0.275556, 0.362528, 0.490817, 0.692684, 1.02415", \
+            "0.0607632, 0.287058, 0.372857, 0.486796, 0.641531, 0.862875, 1.20346", \
+            "0.0707555, 0.383972, 0.507, 0.661913, 0.86813, 1.14253, 1.5285", \
+            "0.0768273, 0.504002, 0.678295, 0.903117, 1.18919, 1.56176, 2.05379" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0100079, 0.0999539, 0.162577, 0.266303, 0.439881, 0.729383, 1.2118", \
+            "0.025209, 0.109342, 0.167293, 0.2676, 0.439982, 0.729384, 1.21181", \
+            "0.0351637, 0.127798, 0.182062, 0.276365, 0.442731, 0.72995, 1.21182", \
+            "0.0513122, 0.166577, 0.220777, 0.309773, 0.465223, 0.738836, 1.21301", \
+            "0.0768168, 0.234716, 0.297239, 0.388395, 0.53747, 0.791027, 1.23939", \
+            "0.118672, 0.344349, 0.422951, 0.53362, 0.692945, 0.943306, 1.357", \
+            "0.193065, 0.509664, 0.628039, 0.77172, 0.967362, 1.24464, 1.6695" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0173028, 0.0716669, 0.106156, 0.163123, 0.258475, 0.417396, 0.68226", \
+            "0.0342181, 0.117249, 0.15504, 0.213225, 0.308645, 0.46743, 0.732307", \
+            "0.0429622, 0.15119, 0.195612, 0.259395, 0.357625, 0.516723, 0.781222", \
+            "0.0539328, 0.201876, 0.259013, 0.336465, 0.4471, 0.613105, 0.878538", \
+            "0.0687964, 0.27678, 0.354385, 0.456963, 0.594909, 0.787725, 1.07158", \
+            "0.0883517, 0.380479, 0.491683, 0.632519, 0.819937, 1.06572, 1.40555", \
+            "0.113438, 0.515765, 0.676644, 0.88139, 1.14059, 1.48104, 1.92428" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00831782, 0.0744176, 0.121129, 0.19841, 0.327863, 0.544047, 0.903113", \
+            "0.0215994, 0.0883182, 0.130003, 0.202416, 0.328778, 0.544048, 0.903114", \
+            "0.0312781, 0.108065, 0.149165, 0.217211, 0.336918, 0.546147, 0.903204", \
+            "0.0462469, 0.144539, 0.188954, 0.25721, 0.369202, 0.564988, 0.909399", \
+            "0.0708216, 0.206166, 0.259203, 0.334209, 0.450212, 0.636343, 0.955865", \
+            "0.112077, 0.308931, 0.375311, 0.468697, 0.59926, 0.797976, 1.10948", \
+            "0.184686, 0.469186, 0.569337, 0.688519, 0.858376, 1.08446, 1.42999" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00262726, 0.00364295, 0.00362774, 0.00354683, 0.00332798, 0.00299185, 0.00296994", \
+            "0.00276017, 0.00314162, 0.00329529, 0.00321323, 0.00313252, 0.00284353, 0.00275883", \
+            "0.00328792, 0.00304897, 0.00316273, 0.00329678, 0.00319149, 0.00274853, 0.00275791", \
+            "0.00428812, 0.00335051, 0.00323361, 0.00309551, 0.00341138, 0.00279359, 0.00250965", \
+            "0.00660168, 0.00434481, 0.0040218, 0.00368111, 0.00329432, 0.0033862, 0.00296183", \
+            "0.0117385, 0.00737192, 0.00661664, 0.00568197, 0.00504054, 0.00374982, 0.0032106", \
+            "0.022202, 0.0149528, 0.0129757, 0.011301, 0.00922715, 0.00756917, 0.00572939" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00237915, 0.00346918, 0.00342855, 0.00334123, 0.00318086, 0.00287032, 0.00216263", \
+            "0.00232971, 0.00296029, 0.00310529, 0.00320801, 0.00304399, 0.00268382, 0.00207841", \
+            "0.00271714, 0.00288957, 0.00295164, 0.00299977, 0.00348947, 0.0028511, 0.00206154", \
+            "0.00371561, 0.00302222, 0.00305726, 0.00297203, 0.00276096, 0.00331064, 0.00287885", \
+            "0.00596125, 0.00381844, 0.00367922, 0.00346673, 0.00335191, 0.00247359, 0.00313294", \
+            "0.0109278, 0.00665216, 0.00578331, 0.00502739, 0.00447319, 0.00396612, 0.00282956", \
+            "0.0212482, 0.0139294, 0.0120152, 0.0101294, 0.00834564, 0.00687632, 0.00551698" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00567488;
+      rise_capacitance : 0.0057764;
+      rise_capacitance_range (0.00501018, 0.00655516);
+      fall_capacitance : 0.00557335;
+      fall_capacitance_range (0.00501673, 0.00658036);
+    }
+  }
+  cell (sg13g2_inv_4) {
+    area : 10.8864;
+    cell_footprint : "inv";
+    cell_leakage_power : 251.89;
+    leakage_power () {
+      value : 329.63;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 174.15;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 1.2;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.01671, 0.0844096, 0.127816, 0.19952, 0.319393, 0.519524, 0.852236", \
+            "0.031066, 0.126824, 0.17191, 0.243966, 0.363921, 0.563875, 0.897199", \
+            "0.0379709, 0.16034, 0.210845, 0.285806, 0.406411, 0.6062, 0.939507", \
+            "0.0459545, 0.212193, 0.275806, 0.363018, 0.491678, 0.694287, 1.02737", \
+            "0.0547583, 0.287164, 0.373185, 0.487323, 0.642389, 0.864387, 1.20605", \
+            "0.0626853, 0.384039, 0.507319, 0.662527, 0.868879, 1.14411, 1.53181", \
+            "0.0663318, 0.503964, 0.678712, 0.903827, 1.19042, 1.56368, 2.05668" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00903074, 0.101017, 0.163031, 0.267188, 0.441409, 0.732022, 1.2161", \
+            "0.0234878, 0.109565, 0.167774, 0.268447, 0.441457, 0.732023, 1.21611", \
+            "0.0331225, 0.128046, 0.182414, 0.277094, 0.444461, 0.736005, 1.21612", \
+            "0.0483572, 0.166761, 0.221166, 0.310515, 0.466381, 0.741302, 1.21755", \
+            "0.0726269, 0.234931, 0.297666, 0.389359, 0.538565, 0.793118, 1.24325", \
+            "0.113208, 0.344639, 0.423378, 0.534353, 0.69329, 0.944704, 1.36086", \
+            "0.185827, 0.509832, 0.628486, 0.772533, 0.968625, 1.24702, 1.6721" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.0162646, 0.0721143, 0.106943, 0.164463, 0.260761, 0.421334, 0.688736", \
+            "0.0319803, 0.117677, 0.155566, 0.214491, 0.310953, 0.471342, 0.73874", \
+            "0.0399339, 0.151627, 0.196367, 0.260684, 0.359729, 0.520436, 0.787565", \
+            "0.0498548, 0.202455, 0.260076, 0.338028, 0.4494, 0.616963, 0.884761", \
+            "0.0632911, 0.277363, 0.355427, 0.458509, 0.59727, 0.791468, 1.07765", \
+            "0.0809626, 0.381209, 0.492814, 0.63427, 0.822692, 1.06998, 1.41155", \
+            "0.10351, 0.516585, 0.67809, 0.883321, 1.14304, 1.48649, 1.93155" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00754162, 0.0750662, 0.122346, 0.200273, 0.331045, 0.548972, 0.912072", \
+            "0.0202404, 0.0889119, 0.131099, 0.204175, 0.331921, 0.548973, 0.912073", \
+            "0.0295378, 0.108818, 0.150331, 0.218919, 0.340094, 0.55114, 0.912074", \
+            "0.0435454, 0.144909, 0.189602, 0.258771, 0.372182, 0.570017, 0.918072", \
+            "0.0668484, 0.206516, 0.260188, 0.335422, 0.452661, 0.6412, 0.96432", \
+            "0.106612, 0.309696, 0.37647, 0.470521, 0.602765, 0.803624, 1.117", \
+            "0.177537, 0.470127, 0.57069, 0.690582, 0.861851, 1.08975, 1.43766" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00518486, 0.00758254, 0.00727604, 0.00712056, 0.00662243, 0.00607731, 0.00596133", \
+            "0.00554841, 0.00632026, 0.00666941, 0.00648679, 0.00626001, 0.00563903, 0.00587203", \
+            "0.00647041, 0.00612557, 0.00635656, 0.00649362, 0.00655037, 0.00695436, 0.00562775", \
+            "0.00871115, 0.00673639, 0.00645175, 0.00621523, 0.00631344, 0.00547377, 0.00512783", \
+            "0.0134239, 0.00872874, 0.00806875, 0.00742869, 0.00634006, 0.00640681, 0.00580146", \
+            "0.0236527, 0.0150164, 0.0132203, 0.0113657, 0.00976074, 0.00730082, 0.00664018", \
+            "0.0448238, 0.0297993, 0.0259627, 0.0225757, 0.0185901, 0.0151089, 0.0110795" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0936, 0.156, 0.2592, 0.432, 0.72, 1.2");
+          values ( \
+            "0.00450045, 0.00687469, 0.00679613, 0.00654451, 0.00625803, 0.00566994, 0.00431708", \
+            "0.00454077, 0.00586171, 0.00607772, 0.00630924, 0.00716034, 0.00538906, 0.0040529", \
+            "0.00537758, 0.00570681, 0.0058194, 0.00589168, 0.00651842, 0.00641362, 0.00411931", \
+            "0.00742457, 0.00593325, 0.00601692, 0.00576292, 0.00542741, 0.00652411, 0.00401629", \
+            "0.0120145, 0.00748175, 0.00727344, 0.00671165, 0.00647557, 0.00495995, 0.0061901", \
+            "0.0220828, 0.0131766, 0.0114268, 0.00996004, 0.00910226, 0.0080732, 0.00509509", \
+            "0.0428358, 0.0276959, 0.0238922, 0.0201414, 0.0164489, 0.0135621, 0.0109866" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0112211;
+      rise_capacitance : 0.0114223;
+      rise_capacitance_range (0.00987459, 0.0130548);
+      fall_capacitance : 0.0110198;
+      fall_capacitance_range (0.00989031, 0.0131695);
+    }
+  }
+  cell (sg13g2_inv_8) {
+    area : 18.144;
+    cell_footprint : "inv";
+    cell_leakage_power : 503.803;
+    leakage_power () {
+      value : 659.308;
+      when : "A&!Y";
+    }
+    leakage_power () {
+      value : 348.298;
+      when : "!A&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A)";
+      min_capacitance : 0.001;
+      max_capacitance : 2.4;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0163317, 0.0846279, 0.12808, 0.199868, 0.319812, 0.520044, 0.853016", \
+            "0.0300496, 0.127015, 0.172225, 0.244338, 0.364367, 0.565383, 0.897713", \
+            "0.0366033, 0.160663, 0.211124, 0.285928, 0.406703, 0.606652, 0.940107", \
+            "0.0441293, 0.212411, 0.276005, 0.363332, 0.492021, 0.694798, 1.02802", \
+            "0.0523154, 0.28743, 0.373348, 0.487656, 0.642536, 0.864862, 1.20697", \
+            "0.0593359, 0.384414, 0.507394, 0.663035, 0.869787, 1.14378, 1.53119", \
+            "0.062054, 0.504316, 0.679407, 0.904246, 1.1909, 1.56416, 2.05753" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.00866655, 0.100306, 0.163293, 0.267445, 0.441865, 0.732726, 1.21722", \
+            "0.0226403, 0.109711, 0.167848, 0.268786, 0.441964, 0.733608, 1.21723", \
+            "0.0322105, 0.12808, 0.182578, 0.277419, 0.44468, 0.736782, 1.21724", \
+            "0.0470331, 0.167081, 0.22128, 0.310762, 0.466824, 0.74197, 1.21872", \
+            "0.0708793, 0.235076, 0.297777, 0.389424, 0.539095, 0.793819, 1.24454", \
+            "0.110766, 0.344733, 0.423662, 0.533818, 0.692867, 0.946651, 1.36174", \
+            "0.182672, 0.51005, 0.62893, 0.772801, 0.969008, 1.24577, 1.67239" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0159371, 0.0723144, 0.107146, 0.164706, 0.26106, 0.421597, 0.689141", \
+            "0.0310848, 0.117886, 0.155919, 0.214725, 0.311194, 0.471667, 0.73927", \
+            "0.0387197, 0.151832, 0.196554, 0.260868, 0.359994, 0.520693, 0.788143", \
+            "0.0482215, 0.202612, 0.260273, 0.338249, 0.449549, 0.617043, 0.885419", \
+            "0.0610033, 0.277622, 0.355669, 0.458757, 0.597622, 0.791836, 1.07819", \
+            "0.0778976, 0.381385, 0.493128, 0.634615, 0.822966, 1.07065, 1.41234", \
+            "0.0993741, 0.516814, 0.678424, 0.88408, 1.14375, 1.48657, 1.93235" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.00723167, 0.0752402, 0.122407, 0.200487, 0.331328, 0.549357, 0.912731", \
+            "0.0196577, 0.0890135, 0.13122, 0.204493, 0.332155, 0.549358, 0.912732", \
+            "0.0288694, 0.108937, 0.150258, 0.219085, 0.340358, 0.551603, 0.912733", \
+            "0.0424304, 0.145209, 0.189791, 0.258954, 0.372392, 0.569967, 0.918896", \
+            "0.0652338, 0.206743, 0.259285, 0.336124, 0.452838, 0.641549, 0.964738", \
+            "0.104514, 0.309792, 0.376591, 0.470677, 0.602969, 0.802512, 1.11734", \
+            "0.174387, 0.470266, 0.570876, 0.690824, 0.862106, 1.09019, 1.43809" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0102627, 0.0146404, 0.014598, 0.0142545, 0.0133005, 0.0121492, 0.0119752", \
+            "0.0111107, 0.0126863, 0.0131827, 0.0130813, 0.0125651, 0.0124851, 0.0111641", \
+            "0.013133, 0.0122274, 0.0127255, 0.0130282, 0.013031, 0.0140406, 0.0108999", \
+            "0.0175878, 0.0135157, 0.012997, 0.0124428, 0.0141027, 0.010997, 0.0106662", \
+            "0.0271039, 0.0174537, 0.0161471, 0.0148419, 0.0127468, 0.013775, 0.0117757", \
+            "0.0478067, 0.0298349, 0.0269524, 0.022909, 0.0200976, 0.0151428, 0.0133187", \
+            "0.0900392, 0.0596425, 0.0521871, 0.0451189, 0.0370915, 0.0297972, 0.0214429" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.1872, 0.312, 0.5184, 0.864, 1.44, 2.4");
+          values ( \
+            "0.0088769, 0.0138356, 0.0135409, 0.0130823, 0.0125431, 0.0113001, 0.00894887", \
+            "0.00918875, 0.0116602, 0.0122715, 0.0134394, 0.013079, 0.0106288, 0.00814814", \
+            "0.0108716, 0.0114567, 0.0115562, 0.011758, 0.0130385, 0.0121725, 0.00812547", \
+            "0.0150377, 0.0119217, 0.0120661, 0.0117705, 0.0108774, 0.0114408, 0.00890818", \
+            "0.024302, 0.0151578, 0.0141575, 0.0137326, 0.0129422, 0.00994841, 0.0124375", \
+            "0.0444817, 0.026313, 0.0228686, 0.0199091, 0.0181035, 0.0154267, 0.0102305", \
+            "0.0860266, 0.0553979, 0.0478186, 0.0400653, 0.0331164, 0.0272281, 0.0215797" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0224507;
+      rise_capacitance : 0.0228521;
+      rise_capacitance_range (0.0196154, 0.0262055);
+      fall_capacitance : 0.0220493;
+      fall_capacitance_range (0.0196897, 0.0265021);
+    }
+  }
+  cell (sg13g2_lgcp_1) {
+    area : 27.216;
+    cell_footprint : "lgcp";
+    cell_leakage_power : 389.668;
+    clock_gating_integrated_cell : "latch_posedge";
+    dont_use : true;
+    leakage_power () {
+      value : 376.584;
+      when : "!CLK&GATE&!GCLK";
+    }
+    leakage_power () {
+      value : 412.84;
+      when : "CLK&GATE&GCLK";
+    }
+    leakage_power () {
+      value : 379.58;
+      when : "!GATE&!GCLK";
+    }
+    statetable ("CLK GATE", "int_GATE") {
+      table : "L L : - : L ,\
+               L H : - : H ,\
+               H - : - : N ";
+    }
+    pin (int_GATE) {
+      direction : "internal";
+      internal_node : "int_GATE";
+    }
+    pin (GCLK) {
+      clock_gate_out_pin : true;
+      direction : "output";
+      min_capacitance : 0.001;
+      state_function : "CLK * int_GATE";
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        timing_sense : positive_unate;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0750641, 0.144092, 0.187715, 0.25934, 0.378797, 0.577996, 0.909574", \
+            "0.104813, 0.174607, 0.218203, 0.289764, 0.409408, 0.608831, 0.94052", \
+            "0.125743, 0.196841, 0.240586, 0.312216, 0.431845, 0.630909, 0.962581", \
+            "0.156129, 0.229798, 0.273518, 0.345389, 0.465045, 0.66416, 0.995803", \
+            "0.197398, 0.277629, 0.321516, 0.393217, 0.51289, 0.712064, 1.04379", \
+            "0.249948, 0.343697, 0.388582, 0.460441, 0.579885, 0.7789, 1.11067", \
+            "0.319193, 0.434299, 0.48342, 0.557028, 0.677296, 0.877416, 1.20926" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188101, 0.104866, 0.167039, 0.270477, 0.443928, 0.733076, 1.21488", \
+            "0.0203841, 0.105251, 0.167241, 0.270596, 0.443995, 0.733243, 1.21498", \
+            "0.0224398, 0.10603, 0.167731, 0.270871, 0.444024, 0.734595, 1.21499", \
+            "0.0269661, 0.107612, 0.168612, 0.271479, 0.444457, 0.734596, 1.215", \
+            "0.0354431, 0.111504, 0.170883, 0.272508, 0.445292, 0.734597, 1.21523", \
+            "0.048698, 0.121725, 0.177349, 0.276008, 0.4471, 0.734942, 1.21641", \
+            "0.067275, 0.143611, 0.194781, 0.287859, 0.454549, 0.74, 1.21909" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0610188, 0.117542, 0.152493, 0.209824, 0.305285, 0.464219, 0.72925", \
+            "0.0968716, 0.154442, 0.189505, 0.246812, 0.34244, 0.501447, 0.76643", \
+            "0.120022, 0.179066, 0.214234, 0.271668, 0.367236, 0.526291, 0.791162", \
+            "0.15338, 0.215728, 0.250979, 0.308486, 0.404262, 0.56343, 0.828361", \
+            "0.198594, 0.26757, 0.303054, 0.360413, 0.456029, 0.615315, 0.880393", \
+            "0.254735, 0.335009, 0.371484, 0.428958, 0.52451, 0.683405, 0.948358", \
+            "0.324523, 0.422973, 0.462718, 0.521934, 0.618208, 0.777723, 1.04286" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.015372, 0.0797427, 0.125948, 0.202989, 0.332169, 0.547679, 0.906947", \
+            "0.0175387, 0.0803388, 0.126385, 0.2031, 0.332805, 0.547844, 0.906948", \
+            "0.0204205, 0.081572, 0.127065, 0.203526, 0.332806, 0.550371, 0.907165", \
+            "0.0260535, 0.0838728, 0.12861, 0.204782, 0.333277, 0.550372, 0.907166", \
+            "0.0349725, 0.0889574, 0.131763, 0.206582, 0.334774, 0.550373, 0.907973", \
+            "0.048088, 0.09955, 0.13912, 0.210914, 0.337281, 0.551584, 0.909306", \
+            "0.067198, 0.120333, 0.155502, 0.222652, 0.345122, 0.556524, 0.913092" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00866545, 0.00909355, 0.00908725, 0.00903015, 0.00892815, 0.00898545, 0.00893875", \
+            "0.00840442, 0.00880432, 0.00885492, 0.00879322, 0.00868042, 0.00869562, 0.00855802", \
+            "0.00833152, 0.00868992, 0.00870552, 0.00890042, 0.00866512, 0.00877242, 0.00849342", \
+            "0.00834068, 0.00860518, 0.00870308, 0.00864758, 0.00875938, 0.00885068, 0.00847368", \
+            "0.00872206, 0.00883076, 0.00890546, 0.00897366, 0.00887436, 0.00879946, 0.00885176", \
+            "0.0100414, 0.00996126, 0.00997806, 0.0100303, 0.0101432, 0.0101347, 0.00961186", \
+            "0.0134634, 0.0129475, 0.0130074, 0.012959, 0.0130043, 0.01313, 0.0131486" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0051701, 0.005668, 0.0056751, 0.0056574, 0.0055754, 0.0053635, 0.0050693", \
+            "0.00504157, 0.00546297, 0.00557407, 0.00557197, 0.00550637, 0.00530397, 0.00496617", \
+            "0.00515027, 0.00550467, 0.00548917, 0.00561907, 0.00561837, 0.00558577, 0.00505627", \
+            "0.00539883, 0.00566753, 0.00573823, 0.00570753, 0.00564913, 0.00574403, 0.00533823", \
+            "0.00619503, 0.00624773, 0.00635773, 0.00642763, 0.00643593, 0.00612513, 0.00660983", \
+            "0.0080571, 0.0078611, 0.0079314, 0.0079214, 0.0079871, 0.0080655, 0.0076098", \
+            "0.0118508, 0.0112132, 0.0111797, 0.0111865, 0.0112511, 0.0113213, 0.0112582" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      clock_gate_clock_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00493856;
+      rise_capacitance : 0.00497755;
+      rise_capacitance_range (0.00437826, 0.005764);
+      fall_capacitance : 0.00489956;
+      fall_capacitance_range (0.00452406, 0.00517495);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.230408, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.102234, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00729835, 0.00702468, 0.00700188, 0.00730092, 0.00806354, 0.00993074, 0.0141967" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.008779, 0.00843733, 0.00853493, 0.00879687, 0.00961057, 0.0115571, 0.0159948" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock_gate_enable_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.002298;
+      rise_capacitance : 0.00255801;
+      rise_capacitance_range (0.00230022, 0.002823);
+      fall_capacitance : 0.00203799;
+      fall_capacitance_range (0.00203799, 0.00231672);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0368317, -0.012929, -0.00561327, -0.00754496", \
+            "-0.150493, -0.102603, -0.0886616, -0.0892242", \
+            "-0.228242, -0.173699, -0.1585, -0.154466", \
+            "-0.310888, -0.259, -0.239204, -0.237626" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0197185, 0.07855, 0.130188, 0.170715", \
+            "-0.122182, -0.0119232, 0.0503256, 0.104229", \
+            "-0.183434, -0.0744003, -0.0109656, 0.0515318", \
+            "-0.241417, -0.131159, -0.0671875, -0.00301434" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0745221, 0.0464976, 0.0466875, 0.0577089", \
+            "0.206635, 0.150626, 0.149446, 0.149844", \
+            "0.300726, 0.239376, 0.23146, 0.232457", \
+            "0.40737, 0.339368, 0.332051, 0.326594" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.054886, -0.0570509, -0.110814, -0.145969", \
+            "0.17342, 0.0534921, -0.0136515, -0.0674098", \
+            "0.247139, 0.125985, 0.0560303, -0.00512403", \
+            "0.319102, 0.195176, 0.125758, 0.0622819" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0192369, 0.0199628, 0.0200322, 0.0200184, 0.0203648, 0.0216571, 0.0248164" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013152, 0.0260829, 0.0282159, 0.02863, 0.0291822, 0.03062, 0.0340622" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0192369, 0.0199628, 0.0200322, 0.0200184, 0.0203648, 0.0216571, 0.0248164" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.013152, 0.0260829, 0.0282159, 0.02863, 0.0291822, 0.03062, 0.0340622" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux2_1) {
+    area : 18.144;
+    cell_footprint : "mux2";
+    cell_leakage_power : 246.339;
+    leakage_power () {
+      value : 223.461;
+      when : "!A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 242.777;
+      when : "A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 220.225;
+      when : "!A0&A1&!S";
+    }
+    leakage_power () {
+      value : 235.824;
+      when : "A0&A1&!S";
+    }
+    leakage_power () {
+      value : 254.996;
+      when : "!A0&!A1&S";
+    }
+    leakage_power () {
+      value : 251.755;
+      when : "A0&!A1&S";
+    }
+    leakage_power () {
+      value : 274.316;
+      when : "!A0&A1&S";
+    }
+    leakage_power () {
+      value : 267.359;
+      when : "A0&A1&S";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(!S*A0)+(S*A1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0777625, 0.147273, 0.190965, 0.26268, 0.382368, 0.581847, 0.913768", \
+            "0.112718, 0.182556, 0.226343, 0.298075, 0.417865, 0.617136, 0.948978", \
+            "0.136505, 0.207222, 0.25115, 0.32316, 0.442973, 0.642231, 0.974335", \
+            "0.170835, 0.242963, 0.286643, 0.35909, 0.479003, 0.678387, 1.01013", \
+            "0.218396, 0.296652, 0.339802, 0.411553, 0.53116, 0.730301, 1.06282", \
+            "0.278558, 0.370748, 0.41202, 0.483438, 0.602774, 0.802315, 1.13396", \
+            "0.350312, 0.463567, 0.511556, 0.583101, 0.703297, 0.902573, 1.23461" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206536, 0.106281, 0.168358, 0.271772, 0.445123, 0.734339, 1.21626", \
+            "0.0224157, 0.106825, 0.168592, 0.271889, 0.446372, 0.73434, 1.21627", \
+            "0.0250387, 0.107618, 0.169234, 0.272278, 0.446373, 0.734341, 1.21628", \
+            "0.0300602, 0.109216, 0.170157, 0.273011, 0.446374, 0.73469, 1.21663", \
+            "0.0391531, 0.112645, 0.171956, 0.273842, 0.447001, 0.735667, 1.21694", \
+            "0.052672, 0.122421, 0.177604, 0.276752, 0.448226, 0.736881, 1.21831", \
+            "0.072476, 0.143476, 0.194004, 0.286363, 0.45444, 0.740585, 1.22114" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0971854, 0.171616, 0.209093, 0.267538, 0.363944, 0.523848, 0.790087", \
+            "0.128783, 0.204304, 0.241968, 0.300432, 0.396833, 0.557041, 0.823281", \
+            "0.152721, 0.23051, 0.268471, 0.327405, 0.423886, 0.583899, 0.850116", \
+            "0.188436, 0.271403, 0.310242, 0.369712, 0.466601, 0.626813, 0.893201", \
+            "0.238917, 0.332161, 0.371955, 0.432103, 0.529344, 0.689808, 0.956511", \
+            "0.307178, 0.415934, 0.45792, 0.520382, 0.617178, 0.778138, 1.04525", \
+            "0.401057, 0.532151, 0.580746, 0.646987, 0.747363, 0.908586, 1.17439" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0294268, 0.0922688, 0.136401, 0.210252, 0.338039, 0.553792, 0.914837", \
+            "0.0312908, 0.0930403, 0.13641, 0.210374, 0.338524, 0.554246, 0.914926", \
+            "0.034855, 0.0949483, 0.13762, 0.211368, 0.33877, 0.555644, 0.914927", \
+            "0.0425355, 0.0991645, 0.141174, 0.213837, 0.340242, 0.555645, 0.914928", \
+            "0.0553416, 0.107548, 0.147005, 0.217505, 0.343049, 0.557056, 0.916571", \
+            "0.073695, 0.123632, 0.15912, 0.22619, 0.347143, 0.558937, 0.918733", \
+            "0.100461, 0.152141, 0.183914, 0.244733, 0.358935, 0.565834, 0.922382" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0739772, 0.147182, 0.190821, 0.262339, 0.381917, 0.58114, 0.91278", \
+            "0.10688, 0.181721, 0.225516, 0.297168, 0.416751, 0.61599, 0.948034", \
+            "0.128941, 0.206308, 0.25024, 0.32202, 0.441679, 0.640791, 0.972701", \
+            "0.160148, 0.242939, 0.28699, 0.358847, 0.478802, 0.678058, 1.00997", \
+            "0.203497, 0.297555, 0.341776, 0.413615, 0.533619, 0.732956, 1.0646", \
+            "0.258935, 0.371554, 0.417337, 0.490087, 0.608886, 0.808814, 1.13903", \
+            "0.327581, 0.465905, 0.518083, 0.59248, 0.712915, 0.912528, 1.24421" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0244592, 0.106967, 0.168296, 0.271504, 0.444837, 0.733979, 1.21571", \
+            "0.0278075, 0.107745, 0.16869, 0.27158, 0.44499, 0.734188, 1.2164", \
+            "0.032053, 0.109076, 0.169605, 0.271986, 0.445028, 0.734405, 1.21641", \
+            "0.0400372, 0.111847, 0.171162, 0.272896, 0.445785, 0.734539, 1.21642", \
+            "0.0527941, 0.118074, 0.174303, 0.274365, 0.446679, 0.735237, 1.21647", \
+            "0.071417, 0.133577, 0.183502, 0.279216, 0.44824, 0.736272, 1.21798", \
+            "0.098377, 0.162328, 0.206946, 0.293696, 0.456398, 0.740306, 1.22043" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0969935, 0.171768, 0.209285, 0.267736, 0.364094, 0.52397, 0.790293", \
+            "0.128675, 0.204437, 0.242149, 0.300674, 0.397011, 0.557194, 0.823168", \
+            "0.152699, 0.230586, 0.268573, 0.327502, 0.423945, 0.58401, 0.850178", \
+            "0.188545, 0.271794, 0.310339, 0.370033, 0.467021, 0.627078, 0.893433", \
+            "0.239042, 0.332715, 0.372456, 0.432614, 0.529993, 0.690466, 0.957403", \
+            "0.306832, 0.41617, 0.459313, 0.521213, 0.618894, 0.779639, 1.04617", \
+            "0.400154, 0.532625, 0.581955, 0.649399, 0.748703, 0.910653, 1.17651" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0295883, 0.09243, 0.136466, 0.210362, 0.338042, 0.553985, 0.914829", \
+            "0.0314312, 0.0931914, 0.136503, 0.210434, 0.338267, 0.554205, 0.91483", \
+            "0.0350329, 0.0951148, 0.137739, 0.211384, 0.338787, 0.554206, 0.914873", \
+            "0.0427578, 0.0993605, 0.141177, 0.213786, 0.340208, 0.555296, 0.91531", \
+            "0.0556271, 0.10762, 0.147119, 0.217553, 0.343106, 0.556924, 0.916603", \
+            "0.074452, 0.124145, 0.159535, 0.225725, 0.34717, 0.558788, 0.918594", \
+            "0.101828, 0.152593, 0.184489, 0.246232, 0.359772, 0.566217, 0.922613" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0808728, 0.150152, 0.193838, 0.265669, 0.385407, 0.584785, 0.916762", \
+            "0.113414, 0.183284, 0.227079, 0.298858, 0.418772, 0.617998, 0.949924", \
+            "0.136715, 0.207691, 0.251577, 0.32345, 0.443238, 0.642549, 0.974643", \
+            "0.171314, 0.244714, 0.288712, 0.360701, 0.480434, 0.679789, 1.01169", \
+            "0.219989, 0.299167, 0.343024, 0.41516, 0.53493, 0.734569, 1.06642", \
+            "0.282658, 0.373902, 0.418993, 0.490737, 0.610973, 0.810027, 1.14211", \
+            "0.36298, 0.472968, 0.520724, 0.594256, 0.714521, 0.914576, 1.24661" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.020411, 0.106184, 0.168307, 0.271756, 0.445184, 0.734307, 1.21624", \
+            "0.0216761, 0.106568, 0.16852, 0.271799, 0.44601, 0.734308, 1.21625", \
+            "0.0235928, 0.107218, 0.168998, 0.272111, 0.446011, 0.734908, 1.21628", \
+            "0.0273354, 0.108586, 0.169642, 0.272627, 0.446012, 0.734909, 1.21684", \
+            "0.0351915, 0.111814, 0.171401, 0.27342, 0.44647, 0.735094, 1.21685", \
+            "0.047097, 0.12035, 0.176586, 0.276168, 0.44781, 0.736042, 1.21729", \
+            "0.063526, 0.138459, 0.18979, 0.284681, 0.452851, 0.739595, 1.22007" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.108231, 0.174103, 0.210186, 0.268315, 0.364718, 0.52482, 0.791297", \
+            "0.13872, 0.20482, 0.241274, 0.299409, 0.395742, 0.555853, 0.822246", \
+            "0.160688, 0.228133, 0.264794, 0.323126, 0.419581, 0.579726, 0.846489", \
+            "0.194421, 0.265247, 0.302119, 0.360774, 0.4575, 0.617735, 0.884337", \
+            "0.242293, 0.319649, 0.357619, 0.416473, 0.513441, 0.673999, 0.940927", \
+            "0.305747, 0.394415, 0.434667, 0.494957, 0.591891, 0.752426, 1.01931", \
+            "0.392534, 0.498699, 0.543199, 0.606752, 0.705641, 0.86717, 1.13446" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0236985, 0.0879531, 0.132748, 0.208834, 0.337775, 0.554187, 0.915205", \
+            "0.0242392, 0.0881328, 0.132941, 0.208835, 0.338461, 0.554565, 0.915206", \
+            "0.0257775, 0.0892539, 0.133688, 0.209345, 0.338462, 0.554566, 0.916208", \
+            "0.0294008, 0.0919746, 0.135723, 0.21073, 0.339016, 0.554873, 0.916209", \
+            "0.0365729, 0.0974108, 0.139802, 0.213228, 0.340487, 0.55612, 0.916349", \
+            "0.04803, 0.108141, 0.148353, 0.219393, 0.343675, 0.557633, 0.918025", \
+            "0.064564, 0.127961, 0.165752, 0.232881, 0.353305, 0.563534, 0.921357" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0808728, 0.150152, 0.193838, 0.265669, 0.385407, 0.584785, 0.916762", \
+            "0.113414, 0.183284, 0.227079, 0.298858, 0.418772, 0.617998, 0.949924", \
+            "0.136715, 0.207691, 0.251577, 0.32345, 0.443238, 0.642549, 0.974643", \
+            "0.171314, 0.244714, 0.288712, 0.360701, 0.480434, 0.679789, 1.01169", \
+            "0.219989, 0.299167, 0.343024, 0.41516, 0.53493, 0.734569, 1.06642", \
+            "0.282658, 0.373902, 0.418993, 0.490737, 0.610973, 0.810027, 1.14211", \
+            "0.36298, 0.472968, 0.520724, 0.594256, 0.714521, 0.914576, 1.24661" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.020411, 0.106184, 0.168307, 0.271756, 0.445184, 0.734307, 1.21624", \
+            "0.0216761, 0.106568, 0.16852, 0.271799, 0.44601, 0.734308, 1.21625", \
+            "0.0235928, 0.107218, 0.168998, 0.272111, 0.446011, 0.734908, 1.21628", \
+            "0.0273354, 0.108586, 0.169642, 0.272627, 0.446012, 0.734909, 1.21684", \
+            "0.0351915, 0.111814, 0.171401, 0.27342, 0.44647, 0.735094, 1.21685", \
+            "0.047097, 0.12035, 0.176586, 0.276168, 0.44781, 0.736042, 1.21729", \
+            "0.063526, 0.138459, 0.18979, 0.284681, 0.452851, 0.739595, 1.22007" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.108231, 0.174103, 0.210186, 0.268315, 0.364718, 0.52482, 0.791297", \
+            "0.13872, 0.20482, 0.241274, 0.299409, 0.395742, 0.555853, 0.822246", \
+            "0.160688, 0.228133, 0.264794, 0.323126, 0.419581, 0.579726, 0.846489", \
+            "0.194421, 0.265247, 0.302119, 0.360774, 0.4575, 0.617735, 0.884337", \
+            "0.242293, 0.319649, 0.357619, 0.416473, 0.513441, 0.673999, 0.940927", \
+            "0.305747, 0.394415, 0.434667, 0.494957, 0.591891, 0.752426, 1.01931", \
+            "0.392534, 0.498699, 0.543199, 0.606752, 0.705641, 0.86717, 1.13446" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0236985, 0.0879531, 0.132748, 0.208834, 0.337775, 0.554187, 0.915205", \
+            "0.0242392, 0.0881328, 0.132941, 0.208835, 0.338461, 0.554565, 0.915206", \
+            "0.0257775, 0.0892539, 0.133688, 0.209345, 0.338462, 0.554566, 0.916208", \
+            "0.0294008, 0.0919746, 0.135723, 0.21073, 0.339016, 0.554873, 0.916209", \
+            "0.0365729, 0.0974108, 0.139802, 0.213228, 0.340487, 0.55612, 0.916349", \
+            "0.04803, 0.108141, 0.148353, 0.219393, 0.343675, 0.557633, 0.918025", \
+            "0.064564, 0.127961, 0.165752, 0.232881, 0.353305, 0.563534, 0.921357" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.115562, 0.184804, 0.228487, 0.300162, 0.420002, 0.619189, 0.950864", \
+            "0.148863, 0.218209, 0.261906, 0.333675, 0.453421, 0.652689, 0.984593", \
+            "0.169573, 0.238893, 0.282511, 0.354227, 0.473924, 0.673092, 1.00505", \
+            "0.198968, 0.268352, 0.312032, 0.383808, 0.503451, 0.702602, 1.03451", \
+            "0.239616, 0.309238, 0.352924, 0.424786, 0.544443, 0.743686, 1.07545", \
+            "0.291374, 0.361519, 0.405289, 0.477068, 0.596893, 0.796155, 1.12786", \
+            "0.354329, 0.426147, 0.46997, 0.541779, 0.661602, 0.861093, 1.19323" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208505, 0.106445, 0.16842, 0.271796, 0.445151, 0.734189, 1.21607", \
+            "0.0208515, 0.106446, 0.168431, 0.271797, 0.445756, 0.73432, 1.21619", \
+            "0.0210006, 0.106447, 0.168439, 0.271798, 0.445757, 0.734496, 1.2162", \
+            "0.0212401, 0.106448, 0.16844, 0.271799, 0.445758, 0.734497, 1.21621", \
+            "0.0218156, 0.106529, 0.168525, 0.271841, 0.445759, 0.734498, 1.21622", \
+            "0.022996, 0.106916, 0.168661, 0.271854, 0.44576, 0.734499, 1.21623", \
+            "0.025597, 0.107879, 0.169135, 0.272179, 0.445761, 0.7345, 1.21625" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.138607, 0.204684, 0.240811, 0.299048, 0.395457, 0.555442, 0.821987", \
+            "0.171992, 0.237997, 0.274246, 0.332492, 0.428918, 0.58914, 0.855724", \
+            "0.193266, 0.259153, 0.295551, 0.353757, 0.450214, 0.610351, 0.876965", \
+            "0.223782, 0.289763, 0.326061, 0.384371, 0.480781, 0.640974, 0.90745", \
+            "0.268417, 0.334422, 0.370815, 0.429111, 0.525507, 0.685743, 0.952196", \
+            "0.330238, 0.396961, 0.433315, 0.491585, 0.588106, 0.748273, 1.01484", \
+            "0.412935, 0.481315, 0.517845, 0.576458, 0.672935, 0.833431, 1.0999" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0240652, 0.0883727, 0.132947, 0.208846, 0.33799, 0.554304, 0.915335", \
+            "0.0240662, 0.0883737, 0.132952, 0.209053, 0.338177, 0.554664, 0.915479", \
+            "0.0240672, 0.0883747, 0.133042, 0.209081, 0.338178, 0.554665, 0.917434", \
+            "0.0241029, 0.0883757, 0.133061, 0.209082, 0.338179, 0.554666, 0.917435", \
+            "0.0244197, 0.0883767, 0.13311, 0.209089, 0.33818, 0.554667, 0.917436", \
+            "0.025211, 0.088873, 0.133336, 0.209211, 0.338301, 0.554668, 0.917437", \
+            "0.027155, 0.090242, 0.134303, 0.209665, 0.338471, 0.554669, 0.917438" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00882852, 0.00923608, 0.00924431, 0.00918552, 0.00908473, 0.00884032, 0.00892972", \
+            "0.00847926, 0.00881373, 0.00887966, 0.00882957, 0.00883262, 0.00866412, 0.00862767", \
+            "0.00847366, 0.00869512, 0.00876273, 0.00891881, 0.0088377, 0.00853546, 0.00840859", \
+            "0.00873177, 0.0089448, 0.00896298, 0.00890732, 0.00898124, 0.00871174, 0.00862841", \
+            "0.00957066, 0.00955782, 0.00961592, 0.00971643, 0.00964477, 0.0095484, 0.00934561", \
+            "0.0115468, 0.011329, 0.0112544, 0.0112659, 0.011331, 0.0113369, 0.0109022", \
+            "0.0160072, 0.0152259, 0.0151573, 0.0151176, 0.0151522, 0.0151734, 0.0150906" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00868952, 0.00917637, 0.00920403, 0.00917, 0.00914494, 0.00896011, 0.00860552", \
+            "0.00839922, 0.00878705, 0.00894408, 0.00887151, 0.0088228, 0.00870922, 0.00834801", \
+            "0.00851309, 0.00876186, 0.00884599, 0.00897499, 0.00886269, 0.0088664, 0.00835328", \
+            "0.00884554, 0.00901121, 0.00911303, 0.00905652, 0.00910713, 0.00912479, 0.00864581", \
+            "0.00975623, 0.00971622, 0.00977367, 0.00984899, 0.00986874, 0.00956981, 0.0100391", \
+            "0.0119026, 0.0115168, 0.0114666, 0.0116666, 0.0116224, 0.0117357, 0.0113321", \
+            "0.0164351, 0.0154424, 0.0153732, 0.0154538, 0.0152497, 0.0156318, 0.0153839" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00893124, 0.00935948, 0.00936688, 0.00933743, 0.00922847, 0.00901353, 0.00907827", \
+            "0.00856782, 0.0089072, 0.00896939, 0.00895039, 0.00886582, 0.00867509, 0.00872635", \
+            "0.00854399, 0.00880085, 0.00885881, 0.00891399, 0.00895896, 0.00862652, 0.00852503", \
+            "0.00881599, 0.00900225, 0.00906712, 0.00901422, 0.00915748, 0.00895014, 0.00879619", \
+            "0.00966838, 0.00963904, 0.00970071, 0.00978496, 0.00974346, 0.00967025, 0.00939288", \
+            "0.0116675, 0.0113575, 0.0113378, 0.0114173, 0.0114313, 0.0115016, 0.0110744", \
+            "0.0161547, 0.0153092, 0.0152696, 0.0151239, 0.0152473, 0.015242, 0.0151854" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00861664, 0.00909891, 0.00912643, 0.00909721, 0.00905638, 0.00888389, 0.00854742", \
+            "0.00831326, 0.00872434, 0.00886701, 0.00884708, 0.00873226, 0.00862548, 0.00826714", \
+            "0.00841959, 0.00869693, 0.00876794, 0.00890589, 0.00878998, 0.00859355, 0.00826909", \
+            "0.00878354, 0.00893301, 0.00899609, 0.00896376, 0.00899871, 0.00898943, 0.00862068", \
+            "0.00970233, 0.00963488, 0.00968851, 0.00977448, 0.00978538, 0.00949222, 0.00960788", \
+            "0.01183, 0.0114347, 0.0114106, 0.0114864, 0.0116081, 0.0116881, 0.0112708", \
+            "0.016382, 0.0153668, 0.0153145, 0.0154777, 0.0152834, 0.015585, 0.0154215" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(A0 * !A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0091915, 0.009539, 0.0095492, 0.0095147, 0.0094263, 0.0092205, 0.0092128", \
+            "0.00917499, 0.00958619, 0.00960449, 0.00951929, 0.00948869, 0.00923719, 0.00925099", \
+            "0.00914273, 0.00944643, 0.00952483, 0.00944823, 0.00943493, 0.00916193, 0.00916153", \
+            "0.00912752, 0.00948582, 0.00946032, 0.00944352, 0.00956672, 0.00915332, 0.00907122", \
+            "0.00911824, 0.00944574, 0.00951984, 0.00955874, 0.00930884, 0.00944354, 0.00930964", \
+            "0.0090421, 0.009311, 0.0093349, 0.0094163, 0.0094052, 0.0093054, 0.0090346", \
+            "0.00902709, 0.00921679, 0.00924729, 0.00932299, 0.00934629, 0.00939079, 0.00940759" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00931687, 0.00973097, 0.00974487, 0.00975227, 0.00967347, 0.00946917, 0.00902607", \
+            "0.00935023, 0.00977973, 0.00990593, 0.00983963, 0.00976003, 0.00962633, 0.00924643", \
+            "0.00937233, 0.00976583, 0.00979553, 0.00984253, 0.00972363, 0.00960423, 0.00950503", \
+            "0.00932731, 0.00974131, 0.00980991, 0.00978131, 0.00969401, 0.0100156, 0.00920071", \
+            "0.00935275, 0.00973625, 0.00979685, 0.00982015, 0.00983715, 0.00966435, 0.00980505", \
+            "0.00932207, 0.00969157, 0.00968127, 0.00982637, 0.00984897, 0.00987207, 0.00959987", \
+            "0.00926795, 0.00953895, 0.00955885, 0.00968285, 0.00959165, 0.00972015, 0.00974765" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(!A0 * A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00907677, 0.00945737, 0.00948487, 0.00946987, 0.00936657, 0.00917187, 0.00911377", \
+            "0.00898543, 0.00934673, 0.00940513, 0.00936033, 0.00935453, 0.00911283, 0.00902953", \
+            "0.00895423, 0.00924473, 0.00930633, 0.00949083, 0.00942213, 0.00910843, 0.00898403", \
+            "0.00900851, 0.00927461, 0.00934581, 0.00928971, 0.00938091, 0.00922671, 0.00901801", \
+            "0.00951465, 0.00961555, 0.00970235, 0.00979445, 0.00974575, 0.00969335, 0.00939585", \
+            "0.0108415, 0.0107707, 0.0108476, 0.0108564, 0.011008, 0.010916, 0.0104995", \
+            "0.0143216, 0.01395, 0.0139575, 0.0139369, 0.0140355, 0.0140512, 0.0140592" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0087154, 0.0091911, 0.0091989, 0.0091786, 0.009152, 0.0089192, 0.0086263", \
+            "0.00861559, 0.00905429, 0.00921829, 0.00910369, 0.00909649, 0.00892749, 0.00850809", \
+            "0.00861493, 0.00892623, 0.00900443, 0.00913513, 0.00896023, 0.00877893, 0.00859123", \
+            "0.00868402, 0.00901502, 0.00906592, 0.00904082, 0.00905412, 0.00889482, 0.00991222", \
+            "0.00913504, 0.00934074, 0.00939384, 0.00949914, 0.00949254, 0.00920934, 0.00970044", \
+            "0.0105178, 0.0105077, 0.0105515, 0.0107221, 0.0107804, 0.0108344, 0.010404", \
+            "0.0141744, 0.013782, 0.0137994, 0.0139159, 0.013807, 0.0141134, 0.0140612" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00907677, 0.00945737, 0.00948487, 0.00946987, 0.00936657, 0.00917187, 0.00911377", \
+            "0.00898543, 0.00934673, 0.00940513, 0.00936033, 0.00935453, 0.00911283, 0.00902953", \
+            "0.00895423, 0.00924473, 0.00930633, 0.00949083, 0.00942213, 0.00910843, 0.00898403", \
+            "0.00900851, 0.00927461, 0.00934581, 0.00928971, 0.00938091, 0.00922671, 0.00901801", \
+            "0.00951465, 0.00961555, 0.00970235, 0.00979445, 0.00974575, 0.00969335, 0.00939585", \
+            "0.0108415, 0.0107707, 0.0108476, 0.0108564, 0.011008, 0.010916, 0.0104995", \
+            "0.0143216, 0.01395, 0.0139575, 0.0139369, 0.0140355, 0.0140512, 0.0140592" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0087154, 0.0091911, 0.0091989, 0.0091786, 0.009152, 0.0089192, 0.0086263", \
+            "0.00861559, 0.00905429, 0.00921829, 0.00910369, 0.00909649, 0.00892749, 0.00850809", \
+            "0.00861493, 0.00892623, 0.00900443, 0.00913513, 0.00896023, 0.00877893, 0.00859123", \
+            "0.00868402, 0.00901502, 0.00906592, 0.00904082, 0.00905412, 0.00889482, 0.00991222", \
+            "0.00913504, 0.00934074, 0.00939384, 0.00949914, 0.00949254, 0.00920934, 0.00970044", \
+            "0.0105178, 0.0105077, 0.0105515, 0.0107221, 0.0107804, 0.0108344, 0.010404", \
+            "0.0141744, 0.013782, 0.0137994, 0.0139159, 0.013807, 0.0141134, 0.0140612" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00278055;
+      rise_capacitance : 0.00282301;
+      rise_capacitance_range (0.00246638, 0.00309771);
+      fall_capacitance : 0.00273808;
+      fall_capacitance_range (0.00242215, 0.0029306);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00288461;
+      rise_capacitance : 0.0029269;
+      rise_capacitance_range (0.00257304, 0.00320012);
+      fall_capacitance : 0.00284232;
+      fall_capacitance_range (0.00252836, 0.00303622);
+    }
+    pin (S) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00505031;
+      rise_capacitance : 0.00509659;
+      rise_capacitance_range (0.00436972, 0.00599562);
+      fall_capacitance : 0.00500403;
+      fall_capacitance_range (0.00436307, 0.00595536);
+      internal_power () {
+        when : "(A0 * A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00408193, 0.00374977, 0.00376687, 0.00399089, 0.00457345, 0.00611613, 0.00954565" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00390739, 0.00376578, 0.00382369, 0.00407561, 0.00471751, 0.0062649, 0.00973783" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00377794, 0.00355565, 0.00357734, 0.00381652, 0.00442878, 0.00596855, 0.00935396" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0041577, 0.00395121, 0.00402717, 0.00425738, 0.00489406, 0.0064793, 0.00994911" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00408193, 0.00374977, 0.00376687, 0.00399089, 0.00457345, 0.00611613, 0.00954565" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0041577, 0.00395121, 0.00402717, 0.00425738, 0.00489406, 0.0064793, 0.00994911" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux2_2) {
+    area : 19.9584;
+    cell_footprint : "mux2";
+    cell_leakage_power : 309.292;
+    leakage_power () {
+      value : 305.868;
+      when : "!A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 286.286;
+      when : "A0&!A1&!S";
+    }
+    leakage_power () {
+      value : 302.631;
+      when : "!A0&A1&!S";
+    }
+    leakage_power () {
+      value : 279.333;
+      when : "A0&A1&!S";
+    }
+    leakage_power () {
+      value : 337.393;
+      when : "!A0&!A1&S";
+    }
+    leakage_power () {
+      value : 334.121;
+      when : "A0&!A1&S";
+    }
+    leakage_power () {
+      value : 317.846;
+      when : "!A0&A1&S";
+    }
+    leakage_power () {
+      value : 310.857;
+      when : "A0&A1&S";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(!S*A0)+(S*A1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0900114, 0.167762, 0.211974, 0.28391, 0.403955, 0.603464, 0.935735", \
+            "0.127689, 0.205887, 0.250026, 0.322191, 0.442057, 0.641677, 0.973898", \
+            "0.155061, 0.234901, 0.279026, 0.35121, 0.471251, 0.670687, 1.00307", \
+            "0.194989, 0.278658, 0.32297, 0.394923, 0.514834, 0.71444, 1.04688", \
+            "0.250951, 0.342265, 0.38608, 0.45804, 0.577315, 0.776713, 1.10814", \
+            "0.325153, 0.432411, 0.476736, 0.547934, 0.666702, 0.865451, 1.19719", \
+            "0.415936, 0.547742, 0.597483, 0.670179, 0.788461, 0.987128, 1.31798" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0224746, 0.108791, 0.170346, 0.273321, 0.446778, 0.736042, 1.21843", \
+            "0.0241746, 0.109233, 0.170474, 0.273345, 0.446779, 0.736563, 1.21856", \
+            "0.027572, 0.11037, 0.171129, 0.273683, 0.44685, 0.736564, 1.21888", \
+            "0.0336849, 0.112872, 0.172694, 0.274762, 0.447588, 0.736565, 1.21889", \
+            "0.0446537, 0.118552, 0.175997, 0.276535, 0.448774, 0.737561, 1.21939", \
+            "0.061839, 0.133296, 0.184789, 0.28098, 0.450757, 0.739016, 1.22062", \
+            "0.087982, 0.1618, 0.206992, 0.294707, 0.458167, 0.742749, 1.22328" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.117344, 0.205617, 0.244768, 0.304757, 0.401746, 0.561746, 0.827735", \
+            "0.150593, 0.239095, 0.278648, 0.338579, 0.435648, 0.595608, 0.862106", \
+            "0.178231, 0.268842, 0.30834, 0.368692, 0.465879, 0.625767, 0.892101", \
+            "0.221289, 0.316626, 0.357023, 0.417799, 0.515155, 0.675228, 0.941223", \
+            "0.284356, 0.389728, 0.431096, 0.492923, 0.590769, 0.751275, 1.01732", \
+            "0.367454, 0.490931, 0.535836, 0.59984, 0.696788, 0.857342, 1.12393", \
+            "0.484498, 0.627835, 0.678827, 0.747027, 0.847704, 1.00781, 1.27385" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0336137, 0.101467, 0.144438, 0.217416, 0.343771, 0.558311, 0.918405", \
+            "0.0347374, 0.101608, 0.144552, 0.21746, 0.343813, 0.558348, 0.918909", \
+            "0.0382767, 0.103284, 0.145669, 0.218283, 0.344158, 0.559145, 0.919293", \
+            "0.0462515, 0.108152, 0.149466, 0.221056, 0.345797, 0.559579, 0.919294", \
+            "0.0612795, 0.117834, 0.15662, 0.226195, 0.349483, 0.561451, 0.920041", \
+            "0.083734, 0.137476, 0.172795, 0.237517, 0.355501, 0.564755, 0.923102", \
+            "0.115876, 0.171103, 0.202899, 0.260397, 0.370908, 0.573106, 0.926894" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0843377, 0.16754, 0.211775, 0.283649, 0.40349, 0.602932, 0.935083", \
+            "0.120523, 0.205087, 0.24939, 0.321278, 0.441184, 0.640608, 0.972725", \
+            "0.146316, 0.233833, 0.278277, 0.350322, 0.470109, 0.669583, 1.00252", \
+            "0.183788, 0.277485, 0.322087, 0.393781, 0.513864, 0.713195, 1.04567", \
+            "0.23547, 0.342214, 0.387084, 0.459445, 0.578984, 0.778433, 1.1104", \
+            "0.306741, 0.430994, 0.479458, 0.552198, 0.670938, 0.869606, 1.20215", \
+            "0.393769, 0.545916, 0.600439, 0.675748, 0.79607, 0.993623, 1.32538" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0255022, 0.109996, 0.170639, 0.273163, 0.44633, 0.735849, 1.21838", \
+            "0.028262, 0.110714, 0.170978, 0.273217, 0.446974, 0.73585, 1.21839", \
+            "0.0327399, 0.112421, 0.171924, 0.273677, 0.446975, 0.737495, 1.2191", \
+            "0.040623, 0.116062, 0.174142, 0.275014, 0.447374, 0.737496, 1.21983", \
+            "0.0549465, 0.12398, 0.178723, 0.277518, 0.448542, 0.737497, 1.21984", \
+            "0.076456, 0.142835, 0.190827, 0.283951, 0.451233, 0.738542, 1.22025", \
+            "0.109447, 0.177917, 0.220669, 0.302531, 0.461489, 0.743078, 1.22253" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.117097, 0.20561, 0.244723, 0.305047, 0.40191, 0.561859, 0.827866", \
+            "0.1503, 0.239162, 0.278747, 0.338701, 0.435686, 0.595757, 0.861901", \
+            "0.178017, 0.268907, 0.308448, 0.368704, 0.465944, 0.625961, 0.892192", \
+            "0.221071, 0.316842, 0.357216, 0.418024, 0.515418, 0.675721, 0.941462", \
+            "0.28414, 0.390032, 0.431855, 0.493296, 0.591081, 0.751658, 1.01794", \
+            "0.367274, 0.490559, 0.535376, 0.600627, 0.697972, 0.85806, 1.12451", \
+            "0.484591, 0.629114, 0.680247, 0.748529, 0.849482, 1.01056, 1.27616" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0336532, 0.101712, 0.144408, 0.217653, 0.343756, 0.558295, 0.918376", \
+            "0.0348085, 0.101746, 0.144649, 0.217673, 0.343787, 0.558314, 0.918449", \
+            "0.0383363, 0.103429, 0.145761, 0.218301, 0.344165, 0.559064, 0.918565", \
+            "0.0463633, 0.1083, 0.149575, 0.221103, 0.345825, 0.559185, 0.919236", \
+            "0.0614978, 0.118067, 0.15736, 0.226267, 0.349259, 0.561465, 0.920073", \
+            "0.084211, 0.138073, 0.172686, 0.237652, 0.355714, 0.5648, 0.923054", \
+            "0.116673, 0.171568, 0.203477, 0.261038, 0.371012, 0.573556, 0.92654" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0927207, 0.17039, 0.214471, 0.286467, 0.406589, 0.60618, 0.938443", \
+            "0.127029, 0.205277, 0.24937, 0.32148, 0.441399, 0.64093, 0.972935", \
+            "0.152754, 0.232461, 0.276707, 0.348743, 0.468754, 0.668196, 1.00041", \
+            "0.191936, 0.275266, 0.319387, 0.39156, 0.511796, 0.711203, 1.04342", \
+            "0.249436, 0.339375, 0.383924, 0.45592, 0.575975, 0.775503, 1.10763", \
+            "0.326198, 0.430028, 0.475827, 0.54837, 0.668062, 0.867424, 1.19925", \
+            "0.425322, 0.550393, 0.599639, 0.673898, 0.793937, 0.993335, 1.32478" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0222084, 0.108676, 0.170214, 0.273163, 0.446742, 0.736163, 1.21861", \
+            "0.0233713, 0.108977, 0.170288, 0.273336, 0.447818, 0.736422, 1.21863", \
+            "0.0255503, 0.109967, 0.170885, 0.273541, 0.447819, 0.736423, 1.21899", \
+            "0.0297197, 0.112188, 0.172062, 0.274309, 0.44782, 0.736458, 1.22033", \
+            "0.0385033, 0.116592, 0.175042, 0.275854, 0.448156, 0.737006, 1.22034", \
+            "0.053161, 0.128018, 0.182519, 0.28016, 0.450094, 0.738402, 1.22035", \
+            "0.07482, 0.151593, 0.199797, 0.291484, 0.45707, 0.741848, 1.22238" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.129359, 0.208098, 0.245825, 0.305099, 0.401617, 0.561606, 0.827789", \
+            "0.16078, 0.239513, 0.277549, 0.336717, 0.43339, 0.593449, 0.860206", \
+            "0.184982, 0.264767, 0.302877, 0.362261, 0.45912, 0.619209, 0.885455", \
+            "0.22366, 0.306787, 0.345415, 0.405203, 0.502309, 0.662273, 0.928614", \
+            "0.281418, 0.371096, 0.410847, 0.471371, 0.568473, 0.729071, 0.995039", \
+            "0.359791, 0.461775, 0.503719, 0.566228, 0.663517, 0.823924, 1.09", \
+            "0.466823, 0.587272, 0.633691, 0.699675, 0.7999, 0.959665, 1.22613" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0289559, 0.0966672, 0.140412, 0.215195, 0.342695, 0.558386, 0.918757", \
+            "0.029377, 0.0967341, 0.140583, 0.215237, 0.3427, 0.558454, 0.919271", \
+            "0.0309605, 0.0975847, 0.141385, 0.215786, 0.343199, 0.558748, 0.919272", \
+            "0.0347584, 0.100667, 0.143727, 0.21733, 0.344143, 0.558909, 0.919417", \
+            "0.0430842, 0.107298, 0.148975, 0.221135, 0.346529, 0.560241, 0.919868", \
+            "0.057337, 0.120471, 0.159989, 0.22949, 0.35138, 0.562861, 0.921569", \
+            "0.079263, 0.14484, 0.18119, 0.246193, 0.364026, 0.570033, 0.925288" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0927207, 0.17039, 0.214471, 0.286467, 0.406589, 0.60618, 0.938443", \
+            "0.127029, 0.205277, 0.24937, 0.32148, 0.441399, 0.64093, 0.972935", \
+            "0.152754, 0.232461, 0.276707, 0.348743, 0.468754, 0.668196, 1.00041", \
+            "0.191936, 0.275266, 0.319387, 0.39156, 0.511796, 0.711203, 1.04342", \
+            "0.249436, 0.339375, 0.383924, 0.45592, 0.575975, 0.775503, 1.10763", \
+            "0.326198, 0.430028, 0.475827, 0.54837, 0.668062, 0.867424, 1.19925", \
+            "0.425322, 0.550393, 0.599639, 0.673898, 0.793937, 0.993335, 1.32478" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0222084, 0.108676, 0.170214, 0.273163, 0.446742, 0.736163, 1.21861", \
+            "0.0233713, 0.108977, 0.170288, 0.273336, 0.447818, 0.736422, 1.21863", \
+            "0.0255503, 0.109967, 0.170885, 0.273541, 0.447819, 0.736423, 1.21899", \
+            "0.0297197, 0.112188, 0.172062, 0.274309, 0.44782, 0.736458, 1.22033", \
+            "0.0385033, 0.116592, 0.175042, 0.275854, 0.448156, 0.737006, 1.22034", \
+            "0.053161, 0.128018, 0.182519, 0.28016, 0.450094, 0.738402, 1.22035", \
+            "0.07482, 0.151593, 0.199797, 0.291484, 0.45707, 0.741848, 1.22238" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.129359, 0.208098, 0.245825, 0.305099, 0.401617, 0.561606, 0.827789", \
+            "0.16078, 0.239513, 0.277549, 0.336717, 0.43339, 0.593449, 0.860206", \
+            "0.184982, 0.264767, 0.302877, 0.362261, 0.45912, 0.619209, 0.885455", \
+            "0.22366, 0.306787, 0.345415, 0.405203, 0.502309, 0.662273, 0.928614", \
+            "0.281418, 0.371096, 0.410847, 0.471371, 0.568473, 0.729071, 0.995039", \
+            "0.359791, 0.461775, 0.503719, 0.566228, 0.663517, 0.823924, 1.09", \
+            "0.466823, 0.587272, 0.633691, 0.699675, 0.7999, 0.959665, 1.22613" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0289559, 0.0966672, 0.140412, 0.215195, 0.342695, 0.558386, 0.918757", \
+            "0.029377, 0.0967341, 0.140583, 0.215237, 0.3427, 0.558454, 0.919271", \
+            "0.0309605, 0.0975847, 0.141385, 0.215786, 0.343199, 0.558748, 0.919272", \
+            "0.0347584, 0.100667, 0.143727, 0.21733, 0.344143, 0.558909, 0.919417", \
+            "0.0430842, 0.107298, 0.148975, 0.221135, 0.346529, 0.560241, 0.919868", \
+            "0.057337, 0.120471, 0.159989, 0.22949, 0.35138, 0.562861, 0.921569", \
+            "0.079263, 0.14484, 0.18119, 0.246193, 0.364026, 0.570033, 0.925288" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.127595, 0.205286, 0.249364, 0.321305, 0.441252, 0.640498, 0.972664", \
+            "0.161034, 0.238787, 0.282912, 0.354887, 0.474792, 0.674852, 1.00671", \
+            "0.181965, 0.259622, 0.303755, 0.375725, 0.495725, 0.69525, 1.02751", \
+            "0.21151, 0.289257, 0.333334, 0.405353, 0.525239, 0.724668, 1.0569", \
+            "0.252583, 0.330581, 0.37461, 0.446701, 0.566777, 0.766128, 1.09824", \
+            "0.30482, 0.38338, 0.427428, 0.499515, 0.619597, 0.819121, 1.15126", \
+            "0.370328, 0.450551, 0.494739, 0.566805, 0.686746, 0.886563, 1.21884" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0225001, 0.108857, 0.170154, 0.273234, 0.446721, 0.736257, 1.21855", \
+            "0.0225219, 0.108873, 0.170155, 0.273722, 0.44712, 0.736712, 1.21862", \
+            "0.0226107, 0.108874, 0.170248, 0.273723, 0.447121, 0.736713, 1.21873", \
+            "0.022784, 0.108947, 0.170249, 0.273724, 0.447122, 0.736714, 1.21874", \
+            "0.023165, 0.109103, 0.170349, 0.273725, 0.447123, 0.736715, 1.21875", \
+            "0.024314, 0.109537, 0.170521, 0.273726, 0.447124, 0.736716, 1.21876", \
+            "0.026937, 0.110519, 0.171113, 0.273727, 0.447125, 0.736717, 1.21877" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.15996, 0.238554, 0.27659, 0.335951, 0.43254, 0.592519, 0.858846", \
+            "0.193317, 0.272163, 0.310003, 0.369416, 0.466192, 0.626262, 0.892759", \
+            "0.214624, 0.293276, 0.331283, 0.390525, 0.48729, 0.647503, 0.913652", \
+            "0.245266, 0.323874, 0.36169, 0.42102, 0.517797, 0.677954, 0.944068", \
+            "0.28999, 0.36845, 0.406695, 0.465923, 0.56268, 0.722743, 0.98889", \
+            "0.352524, 0.431608, 0.469421, 0.528779, 0.62552, 0.785975, 1.05203", \
+            "0.437078, 0.517357, 0.555379, 0.61486, 0.71183, 0.872073, 1.13843" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0293378, 0.0967668, 0.140636, 0.215416, 0.342932, 0.558468, 0.918882", \
+            "0.0293388, 0.0967976, 0.140713, 0.215448, 0.343073, 0.55886, 0.919238", \
+            "0.0293398, 0.0967986, 0.140719, 0.21549, 0.343137, 0.558861, 0.919239", \
+            "0.029354, 0.0970381, 0.140897, 0.215491, 0.343138, 0.558862, 0.91924", \
+            "0.0294301, 0.0970391, 0.141103, 0.215492, 0.343139, 0.558863, 0.919282", \
+            "0.029972, 0.097372, 0.14111, 0.215567, 0.34323, 0.558864, 0.919283", \
+            "0.031696, 0.098488, 0.141827, 0.215983, 0.343357, 0.558865, 0.919284" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0126829, 0.0134982, 0.0135464, 0.0134778, 0.0133068, 0.0129143, 0.0129113", \
+            "0.0123988, 0.0130408, 0.0131075, 0.0132903, 0.0132728, 0.0125689, 0.0124601", \
+            "0.0125081, 0.0128356, 0.0129431, 0.0132136, 0.0131993, 0.012438, 0.0126845", \
+            "0.0129356, 0.012966, 0.0130172, 0.0128976, 0.0132205, 0.012754, 0.0126245", \
+            "0.0140209, 0.0134912, 0.0135317, 0.0137358, 0.013568, 0.013511, 0.0130089", \
+            "0.0167356, 0.0151935, 0.0152715, 0.0151433, 0.0151477, 0.0153402, 0.0144545", \
+            "0.0222337, 0.0191553, 0.018933, 0.0189597, 0.0189862, 0.0190316, 0.018923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0125326, 0.0132592, 0.0133493, 0.0132714, 0.0132111, 0.0129046, 0.0123165", \
+            "0.0122409, 0.0128023, 0.0130314, 0.0132882, 0.0129112, 0.0126213, 0.0121511", \
+            "0.0124234, 0.012612, 0.0127554, 0.0130181, 0.0130895, 0.012507, 0.0120908", \
+            "0.0130106, 0.0128119, 0.0129367, 0.0128413, 0.0130001, 0.0125904, 0.0121012", \
+            "0.0144136, 0.0134208, 0.0135527, 0.0136402, 0.0136436, 0.0133241, 0.0134457", \
+            "0.0173154, 0.0152445, 0.0152829, 0.0155943, 0.0154398, 0.0156914, 0.0149198", \
+            "0.0230319, 0.0192788, 0.0191597, 0.0192107, 0.0190108, 0.0191858, 0.0193876" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0127324, 0.0136135, 0.0136927, 0.0136499, 0.013447, 0.0130715, 0.0130929", \
+            "0.0124922, 0.0131448, 0.0132202, 0.0134542, 0.013169, 0.0126678, 0.0125994", \
+            "0.0125953, 0.0129353, 0.0130631, 0.0133106, 0.0129882, 0.0128862, 0.012745", \
+            "0.0129888, 0.0130512, 0.0131744, 0.0130156, 0.0133771, 0.0128503, 0.0128252", \
+            "0.0141477, 0.0135839, 0.0136247, 0.0138591, 0.013647, 0.0136734, 0.0132675", \
+            "0.0169146, 0.0152444, 0.0152539, 0.0153552, 0.0154055, 0.0154441, 0.0145834", \
+            "0.0224295, 0.0192184, 0.0192424, 0.0187849, 0.0191112, 0.0189128, 0.0190027" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0124936, 0.013157, 0.0132284, 0.0132796, 0.0131963, 0.0128303, 0.0122664", \
+            "0.0121624, 0.0127125, 0.0130492, 0.0129693, 0.0128017, 0.0125411, 0.011947", \
+            "0.0123327, 0.0125369, 0.0126758, 0.0130455, 0.0127174, 0.0125758, 0.0118619", \
+            "0.0129515, 0.0126924, 0.0128427, 0.0127472, 0.0129117, 0.0125083, 0.0119136", \
+            "0.0143456, 0.0133474, 0.0136191, 0.0135735, 0.0136475, 0.0132288, 0.0143386", \
+            "0.0172618, 0.0151177, 0.0151219, 0.0155131, 0.0154357, 0.0156136, 0.0146102", \
+            "0.0229386, 0.0192437, 0.0191229, 0.0191264, 0.0189147, 0.019347, 0.0190987" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(A0 * !A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0129679, 0.0136435, 0.0136975, 0.0136299, 0.0134252, 0.0129861, 0.0130833", \
+            "0.0129508, 0.0138025, 0.0137566, 0.0138046, 0.0136363, 0.0133259, 0.013277", \
+            "0.0129743, 0.0135784, 0.0138013, 0.0136916, 0.0136179, 0.0131284, 0.0130054", \
+            "0.0129722, 0.0136624, 0.0136764, 0.0137161, 0.0138609, 0.0131901, 0.0130138", \
+            "0.012987, 0.0135966, 0.013764, 0.0138291, 0.013526, 0.0136678, 0.0131828", \
+            "0.0129042, 0.0134156, 0.0134572, 0.0136554, 0.0135933, 0.0134728, 0.0128079", \
+            "0.0129476, 0.0132383, 0.0133377, 0.0135161, 0.0134926, 0.0136007, 0.0136017" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130097, 0.0136018, 0.013743, 0.0138371, 0.0136671, 0.0131223, 0.01255", \
+            "0.0130336, 0.0137504, 0.0140493, 0.0140124, 0.0138224, 0.0135077, 0.0128687", \
+            "0.0130656, 0.0136264, 0.0136971, 0.0139023, 0.0137204, 0.0133149, 0.0126792", \
+            "0.0130665, 0.0136853, 0.0137708, 0.0137296, 0.0135441, 0.0137456, 0.012685", \
+            "0.0130725, 0.0135367, 0.0138325, 0.0139306, 0.0140541, 0.0133702, 0.0138628", \
+            "0.0131241, 0.0135579, 0.0136518, 0.0138484, 0.0139194, 0.0141628, 0.0133901", \
+            "0.0130682, 0.0133844, 0.0134751, 0.0137053, 0.013493, 0.0138335, 0.0138798" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        when : "(!A0 * A1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0128324, 0.0136033, 0.013689, 0.0136438, 0.0135209, 0.0131254, 0.0133706", \
+            "0.0127998, 0.0135162, 0.0135831, 0.0136848, 0.0136478, 0.0130484, 0.013002", \
+            "0.0128585, 0.0133561, 0.013465, 0.0136005, 0.0137964, 0.0129991, 0.0131455", \
+            "0.0129928, 0.013419, 0.0135194, 0.0134264, 0.0137056, 0.0134435, 0.0132047", \
+            "0.0135976, 0.013564, 0.0137184, 0.013876, 0.0136453, 0.0136793, 0.013272", \
+            "0.0154866, 0.0146848, 0.0148362, 0.01498, 0.015157, 0.0151358, 0.0143073", \
+            "0.0197319, 0.0178475, 0.0177794, 0.0177111, 0.0180777, 0.0181297, 0.0179742" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0123778, 0.0131133, 0.0131619, 0.0132728, 0.0129187, 0.0125713, 0.0118886", \
+            "0.0123124, 0.0130196, 0.0132561, 0.0133511, 0.0130533, 0.0127692, 0.0123153", \
+            "0.0123756, 0.0127765, 0.0129372, 0.0133295, 0.0130237, 0.012632, 0.0119967", \
+            "0.0125991, 0.0128261, 0.0129803, 0.0129287, 0.0130264, 0.0126006, 0.0120902", \
+            "0.0132719, 0.0130671, 0.0131811, 0.0133527, 0.0132507, 0.012836, 0.0130756", \
+            "0.0151665, 0.0141725, 0.0141899, 0.0146803, 0.014637, 0.014711, 0.0136821", \
+            "0.0196584, 0.0174771, 0.0173873, 0.017666, 0.0177813, 0.0179154, 0.0177761" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0128324, 0.0136033, 0.013689, 0.0136438, 0.0135209, 0.0131254, 0.0133706", \
+            "0.0127998, 0.0135162, 0.0135831, 0.0136848, 0.0136478, 0.0130484, 0.013002", \
+            "0.0128585, 0.0133561, 0.013465, 0.0136005, 0.0137964, 0.0129991, 0.0131455", \
+            "0.0129928, 0.013419, 0.0135194, 0.0134264, 0.0137056, 0.0134435, 0.0132047", \
+            "0.0135976, 0.013564, 0.0137184, 0.013876, 0.0136453, 0.0136793, 0.013272", \
+            "0.0154866, 0.0146848, 0.0148362, 0.01498, 0.015157, 0.0151358, 0.0143073", \
+            "0.0197319, 0.0178475, 0.0177794, 0.0177111, 0.0180777, 0.0181297, 0.0179742" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0123778, 0.0131133, 0.0131619, 0.0132728, 0.0129187, 0.0125713, 0.0118886", \
+            "0.0123124, 0.0130196, 0.0132561, 0.0133511, 0.0130533, 0.0127692, 0.0123153", \
+            "0.0123756, 0.0127765, 0.0129372, 0.0133295, 0.0130237, 0.012632, 0.0119967", \
+            "0.0125991, 0.0128261, 0.0129803, 0.0129287, 0.0130264, 0.0126006, 0.0120902", \
+            "0.0132719, 0.0130671, 0.0131811, 0.0133527, 0.0132507, 0.012836, 0.0130756", \
+            "0.0151665, 0.0141725, 0.0141899, 0.0146803, 0.014637, 0.014711, 0.0136821", \
+            "0.0196584, 0.0174771, 0.0173873, 0.017666, 0.0177813, 0.0179154, 0.0177761" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00277208;
+      rise_capacitance : 0.00281155;
+      rise_capacitance_range (0.00251814, 0.0030569);
+      fall_capacitance : 0.0027326;
+      fall_capacitance_range (0.00246879, 0.00290262);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00287527;
+      rise_capacitance : 0.00291488;
+      rise_capacitance_range (0.00262339, 0.00315971);
+      fall_capacitance : 0.00283566;
+      fall_capacitance_range (0.00257628, 0.00300527);
+    }
+    pin (S) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00504218;
+      rise_capacitance : 0.0050886;
+      rise_capacitance_range (0.00436336, 0.00598744);
+      fall_capacitance : 0.00499575;
+      fall_capacitance_range (0.0043546, 0.00594745);
+      internal_power () {
+        when : "(A0 * A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00407941, 0.00374698, 0.00376124, 0.00398537, 0.00459371, 0.00610552, 0.00954177" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0039091, 0.00376814, 0.00382221, 0.00407813, 0.00472239, 0.00626689, 0.00974257" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00377922, 0.00354513, 0.00357454, 0.0038091, 0.0044207, 0.00595915, 0.00934721" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00416025, 0.0039597, 0.00403781, 0.00426126, 0.00489753, 0.0064842, 0.00995313" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00407941, 0.00374698, 0.00376124, 0.00398537, 0.00459371, 0.00610552, 0.00954177" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00416025, 0.0039597, 0.00403781, 0.00426126, 0.00489753, 0.0064842, 0.00995313" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_mux4_1) {
+    area : 38.1024;
+    cell_footprint : "mux4";
+    cell_leakage_power : 464.975;
+    leakage_power () {
+      value : 346.844;
+      when : "!S1&!S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 455.129;
+      when : "!S1&!S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 361.285;
+      when : "!S1&!S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 419.039;
+      when : "!S1&!S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 492.565;
+      when : "!S1&!S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 465.97;
+      when : "!S1&!S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 507.007;
+      when : "!S1&!S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 429.879;
+      when : "!S1&!S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 361.278;
+      when : "!S1&!S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 469.563;
+      when : "!S1&!S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 375.719;
+      when : "!S1&!S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 433.472;
+      when : "!S1&!S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 456.469;
+      when : "!S1&!S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 429.873;
+      when : "!S1&!S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 470.91;
+      when : "!S1&!S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 393.782;
+      when : "!S1&!S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 382.526;
+      when : "!S1&S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 396.965;
+      when : "!S1&S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 490.813;
+      when : "!S1&S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 454.72;
+      when : "!S1&S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 396.965;
+      when : "!S1&S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 411.404;
+      when : "!S1&S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 505.252;
+      when : "!S1&S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 469.159;
+      when : "!S1&S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 528.242;
+      when : "!S1&S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 542.681;
+      when : "!S1&S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 501.647;
+      when : "!S1&S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 465.555;
+      when : "!S1&S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 492.151;
+      when : "!S1&S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 506.59;
+      when : "!S1&S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 465.556;
+      when : "!S1&S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 429.464;
+      when : "!S1&S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 382.514;
+      when : "S1&!S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 528.236;
+      when : "S1&!S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 396.955;
+      when : "S1&!S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 492.145;
+      when : "S1&!S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 490.8;
+      when : "S1&!S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 501.64;
+      when : "S1&!S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 505.241;
+      when : "S1&!S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 465.55;
+      when : "S1&!S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 396.948;
+      when : "S1&!S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 542.67;
+      when : "S1&!S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 411.389;
+      when : "S1&!S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 506.579;
+      when : "S1&!S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 454.704;
+      when : "S1&!S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 465.544;
+      when : "S1&!S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 469.145;
+      when : "S1&!S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 429.453;
+      when : "S1&!S0&A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 418.196;
+      when : "S1&S0&!A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 432.636;
+      when : "S1&S0&!A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 563.919;
+      when : "S1&S0&!A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 527.827;
+      when : "S1&S0&!A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 432.635;
+      when : "S1&S0&!A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 447.075;
+      when : "S1&S0&!A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 578.358;
+      when : "S1&S0&!A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 542.266;
+      when : "S1&S0&!A3&A2&A1&A0";
+    }
+    leakage_power () {
+      value : 526.477;
+      when : "S1&S0&A3&!A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 540.916;
+      when : "S1&S0&A3&!A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 537.318;
+      when : "S1&S0&A3&!A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 501.226;
+      when : "S1&S0&A3&!A2&A1&A0";
+    }
+    leakage_power () {
+      value : 490.386;
+      when : "S1&S0&A3&A2&!A1&!A0";
+    }
+    leakage_power () {
+      value : 504.825;
+      when : "S1&S0&A3&A2&!A1&A0";
+    }
+    leakage_power () {
+      value : 501.227;
+      when : "S1&S0&A3&A2&A1&!A0";
+    }
+    leakage_power () {
+      value : 465.135;
+      when : "S1&S0&A3&A2&A1&A0";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A0*(!S0*!S1))+(A1*(S0*!S1))+(A2*(!S0*S1))+(A3*(S0*S1))";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.137493, 0.217175, 0.262142, 0.334386, 0.454458, 0.654346, 0.987523", \
+            "0.170446, 0.250263, 0.295247, 0.367682, 0.487883, 0.687882, 1.02145", \
+            "0.198003, 0.278768, 0.323773, 0.39624, 0.516612, 0.716752, 1.04985", \
+            "0.241796, 0.325088, 0.370227, 0.44293, 0.56334, 0.76339, 1.09627", \
+            "0.309018, 0.397317, 0.443216, 0.515932, 0.636203, 0.836195, 1.16918", \
+            "0.405084, 0.503483, 0.551512, 0.624493, 0.744973, 0.944936, 1.27788", \
+            "0.533364, 0.65156, 0.703258, 0.778146, 0.899907, 1.09989, 1.43168" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0270157, 0.112132, 0.172455, 0.274496, 0.447704, 0.737507, 1.22107", \
+            "0.0273387, 0.112279, 0.172584, 0.274602, 0.447879, 0.737644, 1.22187", \
+            "0.028544, 0.113071, 0.173033, 0.274879, 0.44788, 0.737934, 1.22188", \
+            "0.0309744, 0.114914, 0.174318, 0.27564, 0.448072, 0.737935, 1.22322", \
+            "0.0360562, 0.119461, 0.177123, 0.277189, 0.448976, 0.738364, 1.22323", \
+            "0.04658, 0.127768, 0.183968, 0.281142, 0.450653, 0.739207, 1.22324", \
+            "0.063429, 0.14744, 0.200081, 0.291475, 0.456995, 0.741695, 1.22391" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.160107, 0.239196, 0.27888, 0.338862, 0.435718, 0.595361, 0.860521", \
+            "0.191998, 0.271473, 0.310727, 0.371028, 0.467848, 0.627889, 0.89278", \
+            "0.216852, 0.296916, 0.336302, 0.396654, 0.493608, 0.653345, 0.920447", \
+            "0.257202, 0.339716, 0.37964, 0.440488, 0.537758, 0.697489, 0.962998", \
+            "0.316184, 0.404079, 0.445711, 0.507291, 0.604985, 0.765144, 1.03061", \
+            "0.394519, 0.49329, 0.537469, 0.601333, 0.699728, 0.859713, 1.12546", \
+            "0.494955, 0.611746, 0.660329, 0.728932, 0.831233, 0.99216, 1.25803" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0314924, 0.0989497, 0.142539, 0.215181, 0.340715, 0.55409, 0.912767", \
+            "0.0314934, 0.099149, 0.14254, 0.215182, 0.341161, 0.55483, 0.913005", \
+            "0.032354, 0.0995952, 0.142731, 0.215559, 0.341162, 0.554831, 0.914438", \
+            "0.0347824, 0.102144, 0.144729, 0.217156, 0.341835, 0.554939, 0.914439", \
+            "0.0402116, 0.107415, 0.149645, 0.22058, 0.344305, 0.555914, 0.91444", \
+            "0.050509, 0.11817, 0.159562, 0.228222, 0.348841, 0.558526, 0.915107", \
+            "0.067595, 0.13926, 0.17813, 0.244798, 0.361137, 0.5651, 0.918274" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.133116, 0.212433, 0.257277, 0.32967, 0.449746, 0.649602, 0.982559", \
+            "0.16857, 0.248164, 0.293081, 0.36538, 0.485607, 0.685501, 1.01895", \
+            "0.196474, 0.276974, 0.322002, 0.394456, 0.514723, 0.714704, 1.04956", \
+            "0.240607, 0.323754, 0.368851, 0.441431, 0.561912, 0.761813, 1.09454", \
+            "0.307611, 0.395377, 0.441436, 0.514182, 0.634777, 0.834591, 1.16747", \
+            "0.402266, 0.501343, 0.549558, 0.622322, 0.742874, 0.942752, 1.27579", \
+            "0.528671, 0.648035, 0.699841, 0.775647, 0.897158, 1.09705, 1.4301" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0266018, 0.111873, 0.172251, 0.274276, 0.447531, 0.737381, 1.22097", \
+            "0.0270871, 0.112072, 0.172399, 0.274444, 0.447655, 0.737539, 1.22174", \
+            "0.0282748, 0.112791, 0.172847, 0.274646, 0.447656, 0.738221, 1.22311", \
+            "0.0307211, 0.11469, 0.174095, 0.275437, 0.448105, 0.738222, 1.22312", \
+            "0.0362259, 0.118827, 0.177082, 0.277072, 0.448735, 0.738223, 1.22313", \
+            "0.046702, 0.128001, 0.184291, 0.281124, 0.450572, 0.739285, 1.22314", \
+            "0.063916, 0.148213, 0.199799, 0.291717, 0.456928, 0.741615, 1.2233" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.161784, 0.241322, 0.280499, 0.340712, 0.43776, 0.597447, 0.862654", \
+            "0.192336, 0.271941, 0.311543, 0.371484, 0.468442, 0.628528, 0.893394", \
+            "0.216692, 0.296882, 0.336367, 0.396693, 0.493791, 0.653457, 0.920638", \
+            "0.256637, 0.339078, 0.379203, 0.440079, 0.53723, 0.697211, 0.962652", \
+            "0.315771, 0.403541, 0.445125, 0.50648, 0.6045, 0.764635, 1.03021", \
+            "0.395719, 0.493291, 0.53735, 0.601182, 0.699297, 0.859966, 1.12575", \
+            "0.497714, 0.614006, 0.662082, 0.730227, 0.83108, 0.993631, 1.25928" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0317236, 0.0994779, 0.142351, 0.215433, 0.340842, 0.55409, 0.912961", \
+            "0.0317246, 0.0994789, 0.142507, 0.215434, 0.341281, 0.554708, 0.912962", \
+            "0.0325119, 0.0997648, 0.142803, 0.215766, 0.341415, 0.554709, 0.91476", \
+            "0.0349819, 0.102199, 0.145008, 0.217279, 0.341963, 0.555061, 0.914761", \
+            "0.0402869, 0.107497, 0.149686, 0.220586, 0.344109, 0.555969, 0.914762", \
+            "0.050187, 0.117817, 0.159272, 0.228112, 0.348773, 0.558574, 0.915557", \
+            "0.06688, 0.138078, 0.17709, 0.24381, 0.359468, 0.564814, 0.918546" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.14247, 0.223085, 0.268214, 0.34065, 0.460595, 0.660482, 0.993435", \
+            "0.176387, 0.257096, 0.302233, 0.37469, 0.494987, 0.694853, 1.02824", \
+            "0.204682, 0.286403, 0.331643, 0.404145, 0.524551, 0.724454, 1.05874", \
+            "0.24978, 0.334543, 0.379768, 0.452569, 0.572892, 0.772975, 1.10576", \
+            "0.31958, 0.409472, 0.45534, 0.528425, 0.648849, 0.848941, 1.18167", \
+            "0.419297, 0.519794, 0.567535, 0.641153, 0.761743, 0.961408, 1.29447", \
+            "0.552939, 0.674155, 0.726165, 0.802324, 0.92407, 1.12453, 1.45701" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0276439, 0.112748, 0.172815, 0.2746, 0.447568, 0.737385, 1.22097", \
+            "0.027902, 0.112885, 0.172925, 0.274684, 0.448291, 0.737494, 1.22137", \
+            "0.0290445, 0.113647, 0.173368, 0.274905, 0.448292, 0.737901, 1.2226", \
+            "0.0315702, 0.115977, 0.174814, 0.275645, 0.448293, 0.737902, 1.22261", \
+            "0.0367807, 0.120429, 0.177838, 0.277554, 0.448867, 0.738046, 1.22262", \
+            "0.04743, 0.129574, 0.184691, 0.281698, 0.450881, 0.738947, 1.22263", \
+            "0.064625, 0.149889, 0.201281, 0.292847, 0.457412, 0.741807, 1.2232" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.169884, 0.250933, 0.290518, 0.351305, 0.448405, 0.608069, 0.873406", \
+            "0.201829, 0.282889, 0.322916, 0.383259, 0.48058, 0.640507, 0.905618", \
+            "0.227137, 0.308401, 0.348543, 0.40936, 0.506572, 0.666273, 0.931593", \
+            "0.26871, 0.352597, 0.393311, 0.454309, 0.551826, 0.71173, 0.977068", \
+            "0.330393, 0.419352, 0.461079, 0.523465, 0.621845, 0.782009, 1.04729", \
+            "0.414134, 0.513587, 0.557748, 0.622727, 0.72157, 0.882173, 1.14754", \
+            "0.521825, 0.639629, 0.688975, 0.756961, 0.860346, 1.02188, 1.28795" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0323722, 0.100725, 0.143799, 0.216552, 0.341466, 0.554386, 0.912862", \
+            "0.0323732, 0.100726, 0.14393, 0.216902, 0.341467, 0.554587, 0.912934", \
+            "0.0331854, 0.101033, 0.144208, 0.216903, 0.341721, 0.554672, 0.912935", \
+            "0.035562, 0.103609, 0.14641, 0.21835, 0.34248, 0.555434, 0.914027", \
+            "0.0410015, 0.108914, 0.150903, 0.221861, 0.3449, 0.556248, 0.914076", \
+            "0.050957, 0.119565, 0.160751, 0.22991, 0.349915, 0.559051, 0.915342", \
+            "0.067957, 0.140412, 0.179903, 0.245443, 0.362236, 0.565707, 0.918585" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A3";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.138426, 0.21883, 0.26393, 0.336231, 0.456296, 0.656063, 0.98908", \
+            "0.174003, 0.254582, 0.299593, 0.372028, 0.492342, 0.692324, 1.02565", \
+            "0.202644, 0.284116, 0.329362, 0.40186, 0.522222, 0.722049, 1.05653", \
+            "0.24822, 0.332479, 0.377927, 0.450575, 0.570985, 0.77091, 1.10376", \
+            "0.317976, 0.407117, 0.45406, 0.52638, 0.647213, 0.846925, 1.17975", \
+            "0.417626, 0.518559, 0.565672, 0.639448, 0.760083, 0.960001, 1.29279", \
+            "0.549974, 0.671055, 0.723911, 0.800413, 0.921039, 1.12034, 1.45343" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273449, 0.112598, 0.172657, 0.274465, 0.447524, 0.73735, 1.22094", \
+            "0.0276207, 0.112717, 0.172711, 0.274683, 0.447999, 0.7374, 1.22146", \
+            "0.0288442, 0.113448, 0.173283, 0.27484, 0.448, 0.737662, 1.22286", \
+            "0.0315103, 0.115705, 0.174741, 0.275602, 0.448144, 0.737663, 1.22287", \
+            "0.036749, 0.119744, 0.178188, 0.277598, 0.448934, 0.738145, 1.22288", \
+            "0.047448, 0.129655, 0.184551, 0.281596, 0.45081, 0.739016, 1.22289", \
+            "0.064849, 0.14979, 0.201994, 0.294244, 0.457504, 0.741446, 1.22348" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.171646, 0.252591, 0.292632, 0.35304, 0.450289, 0.609899, 0.875172", \
+            "0.202228, 0.283032, 0.323331, 0.383775, 0.480932, 0.640871, 0.905893", \
+            "0.227146, 0.308496, 0.348614, 0.409296, 0.506531, 0.666243, 0.931639", \
+            "0.267934, 0.351823, 0.392339, 0.453465, 0.551104, 0.710953, 0.976282", \
+            "0.329568, 0.418673, 0.460433, 0.522594, 0.620875, 0.781179, 1.04643", \
+            "0.412592, 0.512076, 0.556659, 0.621203, 0.719968, 0.880527, 1.14614", \
+            "0.519973, 0.63789, 0.687234, 0.755539, 0.857572, 1.0203, 1.2863" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0323708, 0.100848, 0.144122, 0.216556, 0.34147, 0.554429, 0.912861", \
+            "0.0323718, 0.100849, 0.144123, 0.216557, 0.341471, 0.55456, 0.912862", \
+            "0.0332003, 0.101052, 0.144265, 0.216894, 0.341915, 0.554665, 0.913462", \
+            "0.0355707, 0.103603, 0.146299, 0.218195, 0.342494, 0.555252, 0.913463", \
+            "0.0409634, 0.109131, 0.151066, 0.222025, 0.345028, 0.556335, 0.914141", \
+            "0.050914, 0.119756, 0.161158, 0.22999, 0.34983, 0.559053, 0.915664", \
+            "0.067813, 0.140351, 0.179469, 0.245298, 0.36109, 0.565541, 0.918559" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A2 == 1'b0 && A3 == 1'b1 && S1 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A2 * A3 * S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.120473, 0.201212, 0.245938, 0.31833, 0.438591, 0.638412, 0.971346", \
+            "0.158619, 0.239544, 0.284612, 0.357111, 0.477384, 0.677227, 1.01079", \
+            "0.187564, 0.270084, 0.315357, 0.387927, 0.508186, 0.708321, 1.04138", \
+            "0.230923, 0.317411, 0.362997, 0.435976, 0.556406, 0.756398, 1.08933", \
+            "0.294302, 0.388551, 0.435374, 0.508506, 0.629241, 0.828878, 1.16201", \
+            "0.379656, 0.490892, 0.539744, 0.613962, 0.734719, 0.93428, 1.26718", \
+            "0.489721, 0.62756, 0.683652, 0.761491, 0.883191, 1.08307, 1.41562" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0271738, 0.112663, 0.172734, 0.27447, 0.44768, 0.737385, 1.22094", \
+            "0.0280931, 0.112879, 0.172885, 0.27463, 0.447681, 0.737482, 1.22183", \
+            "0.0302611, 0.114027, 0.173679, 0.274992, 0.447875, 0.73764, 1.2219", \
+            "0.0350397, 0.116859, 0.175636, 0.276327, 0.448385, 0.737641, 1.22547", \
+            "0.0436476, 0.122873, 0.179785, 0.278731, 0.449494, 0.738564, 1.22548", \
+            "0.058794, 0.137826, 0.189694, 0.284366, 0.452019, 0.739849, 1.22549", \
+            "0.081365, 0.16671, 0.214621, 0.300456, 0.460989, 0.742991, 1.2255" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.147822, 0.228796, 0.268886, 0.329145, 0.426098, 0.585956, 0.850967", \
+            "0.181903, 0.263095, 0.302791, 0.363457, 0.460794, 0.620463, 0.885726", \
+            "0.209312, 0.291555, 0.331782, 0.392559, 0.489963, 0.649667, 0.916798", \
+            "0.252078, 0.337926, 0.379124, 0.440587, 0.538252, 0.698232, 0.963634", \
+            "0.313724, 0.406915, 0.449222, 0.51213, 0.610736, 0.77141, 1.03674", \
+            "0.394077, 0.502035, 0.54756, 0.612854, 0.711865, 0.872234, 1.13902", \
+            "0.495674, 0.627254, 0.67902, 0.749813, 0.851542, 1.01322, 1.28045" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0322723, 0.100629, 0.143928, 0.216482, 0.34163, 0.554415, 0.912859", \
+            "0.0325766, 0.100769, 0.143929, 0.216515, 0.341631, 0.554416, 0.913004", \
+            "0.0342844, 0.101587, 0.144596, 0.21711, 0.34209, 0.556356, 0.914728", \
+            "0.0385022, 0.105058, 0.147843, 0.219433, 0.343193, 0.556357, 0.914729", \
+            "0.0472442, 0.112551, 0.153736, 0.224091, 0.346671, 0.5574, 0.9148", \
+            "0.061997, 0.128186, 0.16662, 0.233596, 0.35215, 0.560357, 0.917242", \
+            "0.084619, 0.155915, 0.191852, 0.254866, 0.365712, 0.568099, 0.919757" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A0 == 1'b0 && A1 == 1'b1 && S1 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A1 * !S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.113584, 0.192975, 0.237992, 0.310171, 0.430328, 0.630233, 0.963147", \
+            "0.150301, 0.230251, 0.27517, 0.347539, 0.467821, 0.667641, 1.00041", \
+            "0.177463, 0.259071, 0.304022, 0.376598, 0.497031, 0.696852, 1.03079", \
+            "0.218095, 0.303496, 0.348897, 0.421673, 0.542239, 0.742175, 1.07487", \
+            "0.277103, 0.370143, 0.416324, 0.489484, 0.609866, 0.81019, 1.14284", \
+            "0.357375, 0.466903, 0.515103, 0.589004, 0.709533, 0.909735, 1.24172", \
+            "0.459718, 0.595515, 0.650327, 0.727308, 0.849617, 1.04947, 1.3816" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0265022, 0.111843, 0.172146, 0.274375, 0.44746, 0.737383, 1.22097", \
+            "0.0276101, 0.112187, 0.172422, 0.274395, 0.447576, 0.737592, 1.22098", \
+            "0.0296723, 0.113425, 0.173272, 0.274886, 0.447787, 0.737593, 1.22226", \
+            "0.0343023, 0.116075, 0.175085, 0.276106, 0.448365, 0.737825, 1.2247", \
+            "0.0430976, 0.121992, 0.178864, 0.278203, 0.449438, 0.738813, 1.22471", \
+            "0.05809, 0.136236, 0.188316, 0.283767, 0.451818, 0.740129, 1.22472", \
+            "0.080522, 0.164782, 0.212815, 0.298914, 0.460664, 0.743221, 1.22473" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.134583, 0.213949, 0.253667, 0.313582, 0.410395, 0.569871, 0.835229", \
+            "0.168289, 0.248026, 0.287299, 0.347758, 0.444489, 0.604093, 0.869798", \
+            "0.194607, 0.275583, 0.315342, 0.375703, 0.472842, 0.632549, 0.897815", \
+            "0.234652, 0.319322, 0.359733, 0.420823, 0.518411, 0.678319, 0.943747", \
+            "0.292098, 0.384266, 0.426075, 0.488408, 0.586357, 0.74696, 1.01279", \
+            "0.366195, 0.473007, 0.517685, 0.582495, 0.680878, 0.841563, 1.10755", \
+            "0.460289, 0.589945, 0.64154, 0.710162, 0.814176, 0.974855, 1.23933" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0312392, 0.0987066, 0.142267, 0.215042, 0.34075, 0.554136, 0.912733", \
+            "0.0318952, 0.0991947, 0.142268, 0.215401, 0.340751, 0.554312, 0.913239", \
+            "0.0337571, 0.100308, 0.14337, 0.215866, 0.341305, 0.554525, 0.913337", \
+            "0.0380835, 0.103925, 0.146216, 0.218377, 0.342809, 0.555324, 0.913338", \
+            "0.0470484, 0.111066, 0.152242, 0.223113, 0.345951, 0.557113, 0.91422", \
+            "0.061677, 0.12634, 0.164611, 0.232303, 0.35114, 0.559993, 0.916889", \
+            "0.084128, 0.154332, 0.189756, 0.251358, 0.365668, 0.567592, 0.919149" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.120473, 0.201212, 0.245938, 0.31833, 0.438591, 0.638412, 0.971346", \
+            "0.158619, 0.239544, 0.284612, 0.357111, 0.477384, 0.677227, 1.01079", \
+            "0.187564, 0.270084, 0.315357, 0.387927, 0.508186, 0.708321, 1.04138", \
+            "0.230923, 0.317411, 0.362997, 0.435976, 0.556406, 0.756398, 1.08933", \
+            "0.294302, 0.388551, 0.435374, 0.508506, 0.629241, 0.828878, 1.16201", \
+            "0.379656, 0.490892, 0.539744, 0.613962, 0.734719, 0.93428, 1.26718", \
+            "0.489721, 0.62756, 0.683652, 0.761491, 0.883191, 1.08307, 1.41562" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0271738, 0.112663, 0.172734, 0.27447, 0.44768, 0.737385, 1.22094", \
+            "0.0280931, 0.112879, 0.172885, 0.27463, 0.447681, 0.737482, 1.22183", \
+            "0.0302611, 0.114027, 0.173679, 0.274992, 0.447875, 0.73764, 1.2219", \
+            "0.0350397, 0.116859, 0.175636, 0.276327, 0.448385, 0.737641, 1.22547", \
+            "0.0436476, 0.122873, 0.179785, 0.278731, 0.449494, 0.738564, 1.22548", \
+            "0.058794, 0.137826, 0.189694, 0.284366, 0.452019, 0.739849, 1.22549", \
+            "0.081365, 0.16671, 0.214621, 0.300456, 0.460989, 0.742991, 1.2255" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.147822, 0.228796, 0.268886, 0.329145, 0.426098, 0.585956, 0.850967", \
+            "0.181903, 0.263095, 0.302791, 0.363457, 0.460794, 0.620463, 0.885726", \
+            "0.209312, 0.291555, 0.331782, 0.392559, 0.489963, 0.649667, 0.916798", \
+            "0.252078, 0.337926, 0.379124, 0.440587, 0.538252, 0.698232, 0.963634", \
+            "0.313724, 0.406915, 0.449222, 0.51213, 0.610736, 0.77141, 1.03674", \
+            "0.394077, 0.502035, 0.54756, 0.612854, 0.711865, 0.872234, 1.13902", \
+            "0.495674, 0.627254, 0.67902, 0.749813, 0.851542, 1.01322, 1.28045" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0322723, 0.100629, 0.143928, 0.216482, 0.34163, 0.554415, 0.912859", \
+            "0.0325766, 0.100769, 0.143929, 0.216515, 0.341631, 0.554416, 0.913004", \
+            "0.0342844, 0.101587, 0.144596, 0.21711, 0.34209, 0.556356, 0.914728", \
+            "0.0385022, 0.105058, 0.147843, 0.219433, 0.343193, 0.556357, 0.914729", \
+            "0.0472442, 0.112551, 0.153736, 0.224091, 0.346671, 0.5574, 0.9148", \
+            "0.061997, 0.128186, 0.16662, 0.233596, 0.35215, 0.560357, 0.917242", \
+            "0.084619, 0.155915, 0.191852, 0.254866, 0.365712, 0.568099, 0.919757" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A2 == 1'b1 && A3 == 1'b0 && S1 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A2 * !A3 * S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.175779, 0.256402, 0.301511, 0.373926, 0.494211, 0.694209, 1.02728", \
+            "0.21308, 0.294029, 0.338883, 0.411314, 0.532334, 0.731548, 1.06431", \
+            "0.238237, 0.318773, 0.363891, 0.436381, 0.556708, 0.756573, 1.09035", \
+            "0.275811, 0.356416, 0.401294, 0.473722, 0.594029, 0.793962, 1.12679", \
+            "0.329027, 0.40965, 0.454814, 0.527097, 0.647316, 0.847113, 1.1798", \
+            "0.400326, 0.482234, 0.526959, 0.59931, 0.719753, 0.919616, 1.25221", \
+            "0.490342, 0.573973, 0.618512, 0.691125, 0.811876, 1.01172, 1.34459" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0277668, 0.112818, 0.172838, 0.274539, 0.447668, 0.737384, 1.22097", \
+            "0.0277678, 0.112943, 0.172839, 0.274674, 0.448355, 0.737458, 1.22098", \
+            "0.0277688, 0.112944, 0.172901, 0.274733, 0.448523, 0.738051, 1.22216", \
+            "0.0277698, 0.112945, 0.172902, 0.274734, 0.448524, 0.738052, 1.224", \
+            "0.0282791, 0.112946, 0.172903, 0.274735, 0.448525, 0.738053, 1.22401", \
+            "0.029589, 0.113685, 0.173146, 0.274736, 0.448526, 0.738054, 1.22402", \
+            "0.032707, 0.11518, 0.174543, 0.275568, 0.448527, 0.738055, 1.22403" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.194835, 0.275779, 0.316005, 0.376246, 0.473544, 0.633285, 0.898353", \
+            "0.234428, 0.315231, 0.355565, 0.416041, 0.513167, 0.672991, 0.938279", \
+            "0.259685, 0.3404, 0.380296, 0.440952, 0.538142, 0.697789, 0.963171", \
+            "0.296848, 0.377372, 0.417106, 0.477745, 0.574825, 0.734406, 0.999884", \
+            "0.352369, 0.433161, 0.472763, 0.533236, 0.630368, 0.789764, 1.05485", \
+            "0.432988, 0.514317, 0.554269, 0.61458, 0.711835, 0.871289, 1.13639", \
+            "0.545097, 0.628162, 0.66899, 0.729649, 0.827378, 0.987331, 1.25271" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.032431, 0.100805, 0.14412, 0.216585, 0.341465, 0.554654, 0.912793", \
+            "0.032432, 0.100806, 0.144121, 0.216586, 0.341653, 0.554655, 0.913274", \
+            "0.032433, 0.100807, 0.144122, 0.216587, 0.341781, 0.554922, 0.913328", \
+            "0.032434, 0.100808, 0.144123, 0.216588, 0.341782, 0.554923, 0.913329", \
+            "0.032435, 0.100809, 0.144124, 0.216589, 0.341783, 0.554924, 0.91333", \
+            "0.033408, 0.101184, 0.144125, 0.21659, 0.341784, 0.554925, 0.913331", \
+            "0.036052, 0.102758, 0.145907, 0.217671, 0.342269, 0.554926, 0.913332" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S0";
+        sdf_cond : "A0 == 1'b1 && A1 == 1'b0 && S1 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A1 * !S1)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.17041, 0.250106, 0.295117, 0.367432, 0.487848, 0.687808, 1.02084", \
+            "0.207481, 0.287178, 0.332204, 0.404544, 0.52468, 0.724907, 1.05765", \
+            "0.232368, 0.312074, 0.356982, 0.429363, 0.549675, 0.749631, 1.08335", \
+            "0.269458, 0.348996, 0.393901, 0.466285, 0.586632, 0.786655, 1.1193", \
+            "0.321581, 0.401588, 0.446277, 0.518743, 0.638929, 0.838808, 1.17156", \
+            "0.390089, 0.471285, 0.515954, 0.588248, 0.708609, 0.908609, 1.24141", \
+            "0.478109, 0.561877, 0.606987, 0.679691, 0.80019, 1.00058, 1.33335" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0274785, 0.112221, 0.172492, 0.274443, 0.447799, 0.737486, 1.22107", \
+            "0.0274795, 0.112222, 0.172493, 0.274459, 0.447948, 0.737555, 1.22118", \
+            "0.0274805, 0.112301, 0.17252, 0.274616, 0.449455, 0.73765, 1.22189", \
+            "0.0274815, 0.112302, 0.172521, 0.274617, 0.449456, 0.737737, 1.22313", \
+            "0.0279844, 0.112513, 0.172522, 0.274618, 0.449457, 0.737738, 1.22314", \
+            "0.029531, 0.113289, 0.172855, 0.274619, 0.449458, 0.737739, 1.22315", \
+            "0.033184, 0.115469, 0.174494, 0.275654, 0.449459, 0.737853, 1.22316" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.183971, 0.263468, 0.303296, 0.363058, 0.460231, 0.619933, 0.885279", \
+            "0.223264, 0.303039, 0.342299, 0.402451, 0.499551, 0.65925, 0.92481", \
+            "0.248338, 0.327956, 0.367084, 0.427403, 0.52448, 0.684124, 0.949478", \
+            "0.284773, 0.364298, 0.403593, 0.463527, 0.560485, 0.720088, 0.985573", \
+            "0.340326, 0.419834, 0.459334, 0.519137, 0.616085, 0.775652, 1.04076", \
+            "0.419089, 0.499153, 0.5387, 0.598875, 0.695935, 0.855623, 1.12062", \
+            "0.528658, 0.611252, 0.651619, 0.712051, 0.809567, 0.969618, 1.2352" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0318457, 0.0993289, 0.142654, 0.215398, 0.340825, 0.554203, 0.913393", \
+            "0.0318467, 0.0993299, 0.142655, 0.215399, 0.341032, 0.554233, 0.913394", \
+            "0.0318477, 0.0993309, 0.142656, 0.2154, 0.341126, 0.556159, 0.913395", \
+            "0.0318487, 0.0993319, 0.142657, 0.215401, 0.341127, 0.55616, 0.913465", \
+            "0.0320224, 0.0993329, 0.142658, 0.215402, 0.341128, 0.556161, 0.913466", \
+            "0.033138, 0.099632, 0.142659, 0.21548, 0.341129, 0.556162, 0.913467", \
+            "0.036381, 0.102186, 0.145021, 0.217193, 0.341973, 0.556163, 0.913492" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A1 == 1'b0 && A3 == 1'b1 && S0 == 1'b1";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A1 * A3 * S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0714862, 0.151422, 0.196118, 0.268271, 0.388302, 0.58796, 0.920707", \
+            "0.103251, 0.183296, 0.228265, 0.300632, 0.420646, 0.62035, 0.952918", \
+            "0.123719, 0.20492, 0.25008, 0.322731, 0.442776, 0.642655, 0.975288", \
+            "0.151927, 0.23645, 0.281738, 0.354364, 0.474943, 0.674875, 1.00739", \
+            "0.190877, 0.283406, 0.328524, 0.401289, 0.521714, 0.72145, 1.05466", \
+            "0.242441, 0.349965, 0.397112, 0.470307, 0.589741, 0.790534, 1.12287", \
+            "0.310828, 0.439547, 0.492397, 0.568034, 0.689024, 0.890243, 1.22302" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0247509, 0.111581, 0.171947, 0.274243, 0.447266, 0.737083, 1.22066", \
+            "0.0264165, 0.112438, 0.172596, 0.274477, 0.448806, 0.737463, 1.22067", \
+            "0.0296628, 0.113681, 0.173786, 0.275268, 0.448807, 0.737464, 1.22068", \
+            "0.0359168, 0.116073, 0.175503, 0.276775, 0.449185, 0.738044, 1.221", \
+            "0.044782, 0.122236, 0.178937, 0.278602, 0.450517, 0.739804, 1.22232", \
+            "0.057419, 0.136013, 0.188467, 0.28411, 0.452847, 0.741136, 1.22383", \
+            "0.076482, 0.162802, 0.211316, 0.30031, 0.463177, 0.747173, 1.22705" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.087241, 0.165838, 0.204852, 0.264773, 0.361299, 0.520734, 0.785853", \
+            "0.116215, 0.194721, 0.233951, 0.29383, 0.390607, 0.550377, 0.815386", \
+            "0.136318, 0.21581, 0.255465, 0.315955, 0.413025, 0.572506, 0.837499", \
+            "0.165297, 0.247615, 0.287533, 0.348795, 0.446634, 0.606653, 0.871963", \
+            "0.203998, 0.29396, 0.334828, 0.395684, 0.493904, 0.654837, 0.92105", \
+            "0.255959, 0.359572, 0.401777, 0.465195, 0.562979, 0.723222, 0.989352", \
+            "0.323479, 0.449607, 0.498231, 0.564346, 0.665431, 0.827259, 1.09371" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0287424, 0.0976574, 0.141406, 0.214673, 0.340415, 0.553984, 0.912317", \
+            "0.0293636, 0.0980125, 0.141814, 0.214707, 0.340509, 0.554124, 0.912868", \
+            "0.0321099, 0.0998937, 0.143431, 0.216315, 0.341323, 0.554229, 0.912869", \
+            "0.0386566, 0.103024, 0.146154, 0.219189, 0.34392, 0.556205, 0.913361", \
+            "0.0487937, 0.109956, 0.151182, 0.22252, 0.346925, 0.559196, 0.916362", \
+            "0.063635, 0.124304, 0.161321, 0.230466, 0.351172, 0.56156, 0.919303", \
+            "0.086222, 0.15466, 0.188567, 0.250544, 0.365155, 0.570855, 0.923302" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A0 == 1'b0 && A2 == 1'b1 && S0 == 1'b0";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "(!A0 * A2 * !S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0712805, 0.151234, 0.195961, 0.268102, 0.388116, 0.587785, 0.920534", \
+            "0.103212, 0.183182, 0.228192, 0.300542, 0.420576, 0.620664, 0.952845", \
+            "0.123687, 0.204911, 0.250162, 0.32264, 0.442852, 0.642718, 0.975479", \
+            "0.151923, 0.236424, 0.281716, 0.354372, 0.474924, 0.674874, 1.00734", \
+            "0.190024, 0.283942, 0.32906, 0.401598, 0.522175, 0.722374, 1.0553", \
+            "0.241687, 0.349065, 0.396876, 0.46952, 0.589554, 0.78941, 1.1223", \
+            "0.309695, 0.438819, 0.49166, 0.568709, 0.689697, 0.890489, 1.22338" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246803, 0.111648, 0.172016, 0.274189, 0.447274, 0.737135, 1.22065", \
+            "0.0264191, 0.112456, 0.172619, 0.274502, 0.448482, 0.737519, 1.22066", \
+            "0.0296416, 0.113682, 0.173769, 0.275334, 0.448483, 0.73752, 1.22067", \
+            "0.0359082, 0.116041, 0.175508, 0.276722, 0.449192, 0.738082, 1.22126", \
+            "0.0450466, 0.122199, 0.1789, 0.278572, 0.450535, 0.739684, 1.22199", \
+            "0.057659, 0.135313, 0.188442, 0.283937, 0.452814, 0.741184, 1.22399", \
+            "0.076889, 0.163119, 0.211391, 0.300686, 0.463291, 0.74718, 1.22719" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0870964, 0.165571, 0.204835, 0.264752, 0.36125, 0.52069, 0.785815", \
+            "0.116064, 0.194557, 0.233701, 0.293798, 0.390533, 0.55024, 0.815017", \
+            "0.136139, 0.215636, 0.25532, 0.315797, 0.412901, 0.572367, 0.837371", \
+            "0.164953, 0.247108, 0.287381, 0.348454, 0.446372, 0.606299, 0.871629", \
+            "0.20432, 0.2937, 0.334953, 0.395905, 0.494085, 0.654988, 0.921246", \
+            "0.256009, 0.359425, 0.40234, 0.464753, 0.562905, 0.722645, 0.989457", \
+            "0.323507, 0.449663, 0.497491, 0.565418, 0.665577, 0.827886, 1.09407" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0286945, 0.0973831, 0.141315, 0.21473, 0.340433, 0.553741, 0.912304", \
+            "0.0293344, 0.0980335, 0.141723, 0.214731, 0.340547, 0.554119, 0.912436", \
+            "0.0320852, 0.0999157, 0.143404, 0.216327, 0.341307, 0.554246, 0.912437", \
+            "0.0385578, 0.103041, 0.146451, 0.219265, 0.343816, 0.556039, 0.91366", \
+            "0.0486712, 0.109401, 0.151107, 0.2226, 0.346948, 0.559241, 0.91631", \
+            "0.063485, 0.124245, 0.162526, 0.23017, 0.351001, 0.561721, 0.91929", \
+            "0.086162, 0.154534, 0.188179, 0.25131, 0.365118, 0.570906, 0.923302" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0712805, 0.151234, 0.195961, 0.268102, 0.388116, 0.587785, 0.920534", \
+            "0.103212, 0.183182, 0.228192, 0.300542, 0.420576, 0.620664, 0.952845", \
+            "0.123687, 0.204911, 0.250162, 0.32264, 0.442852, 0.642718, 0.975479", \
+            "0.151923, 0.236424, 0.281716, 0.354372, 0.474924, 0.674874, 1.00734", \
+            "0.190024, 0.283942, 0.32906, 0.401598, 0.522175, 0.722374, 1.0553", \
+            "0.241687, 0.349065, 0.396876, 0.46952, 0.589554, 0.78941, 1.1223", \
+            "0.309695, 0.438819, 0.49166, 0.568709, 0.689697, 0.890489, 1.22338" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0246803, 0.111648, 0.172016, 0.274189, 0.447274, 0.737135, 1.22065", \
+            "0.0264191, 0.112456, 0.172619, 0.274502, 0.448482, 0.737519, 1.22066", \
+            "0.0296416, 0.113682, 0.173769, 0.275334, 0.448483, 0.73752, 1.22067", \
+            "0.0359082, 0.116041, 0.175508, 0.276722, 0.449192, 0.738082, 1.22126", \
+            "0.0450466, 0.122199, 0.1789, 0.278572, 0.450535, 0.739684, 1.22199", \
+            "0.057659, 0.135313, 0.188442, 0.283937, 0.452814, 0.741184, 1.22399", \
+            "0.076889, 0.163119, 0.211391, 0.300686, 0.463291, 0.74718, 1.22719" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0870964, 0.165571, 0.204835, 0.264752, 0.36125, 0.52069, 0.785815", \
+            "0.116064, 0.194557, 0.233701, 0.293798, 0.390533, 0.55024, 0.815017", \
+            "0.136139, 0.215636, 0.25532, 0.315797, 0.412901, 0.572367, 0.837371", \
+            "0.164953, 0.247108, 0.287381, 0.348454, 0.446372, 0.606299, 0.871629", \
+            "0.20432, 0.2937, 0.334953, 0.395905, 0.494085, 0.654988, 0.921246", \
+            "0.256009, 0.359425, 0.40234, 0.464753, 0.562905, 0.722645, 0.989457", \
+            "0.323507, 0.449663, 0.497491, 0.565418, 0.665577, 0.827886, 1.09407" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0286945, 0.0973831, 0.141315, 0.21473, 0.340433, 0.553741, 0.912304", \
+            "0.0293344, 0.0980335, 0.141723, 0.214731, 0.340547, 0.554119, 0.912436", \
+            "0.0320852, 0.0999157, 0.143404, 0.216327, 0.341307, 0.554246, 0.912437", \
+            "0.0385578, 0.103041, 0.146451, 0.219265, 0.343816, 0.556039, 0.91366", \
+            "0.0486712, 0.109401, 0.151107, 0.2226, 0.346948, 0.559241, 0.91631", \
+            "0.063485, 0.124245, 0.162526, 0.23017, 0.351001, 0.561721, 0.91929", \
+            "0.086162, 0.154534, 0.188179, 0.25131, 0.365118, 0.570906, 0.923302" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A1 == 1'b1 && A3 == 1'b0 && S0 == 1'b1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A1 * !A3 * S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0952307, 0.174014, 0.218732, 0.29096, 0.411124, 0.610899, 0.943753", \
+            "0.128745, 0.206935, 0.251626, 0.323848, 0.443904, 0.643804, 0.977035", \
+            "0.150366, 0.228152, 0.272668, 0.344739, 0.464857, 0.664629, 0.997211", \
+            "0.178593, 0.256294, 0.300569, 0.37238, 0.49204, 0.691575, 1.02424", \
+            "0.215575, 0.293781, 0.338224, 0.410078, 0.52947, 0.728565, 1.06066", \
+            "0.26212, 0.34088, 0.385486, 0.457775, 0.577982, 0.777153, 1.10888", \
+            "0.31508, 0.396585, 0.441872, 0.514847, 0.636003, 0.836506, 1.16946" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0258374, 0.111541, 0.172084, 0.273922, 0.447378, 0.737085, 1.22069", \
+            "0.0258384, 0.111542, 0.172085, 0.273967, 0.447553, 0.737124, 1.22175", \
+            "0.0258394, 0.111543, 0.172086, 0.273968, 0.447554, 0.737125, 1.22176", \
+            "0.0258404, 0.111544, 0.172087, 0.273969, 0.447555, 0.737126, 1.22177", \
+            "0.0264213, 0.111545, 0.172088, 0.27397, 0.447556, 0.737127, 1.22178", \
+            "0.02841, 0.112464, 0.172298, 0.273971, 0.447557, 0.737128, 1.22179", \
+            "0.033117, 0.115133, 0.175602, 0.277677, 0.450149, 0.738553, 1.2218" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.107335, 0.187315, 0.227219, 0.287446, 0.384481, 0.543866, 0.80927", \
+            "0.141587, 0.220567, 0.259993, 0.320431, 0.41745, 0.577123, 0.842188", \
+            "0.163688, 0.241839, 0.280922, 0.340915, 0.43775, 0.597449, 0.862538", \
+            "0.193455, 0.271671, 0.310707, 0.370411, 0.466713, 0.625629, 0.890644", \
+            "0.236047, 0.31412, 0.353356, 0.413523, 0.509486, 0.668014, 0.932278", \
+            "0.292444, 0.372149, 0.411528, 0.471952, 0.568564, 0.727565, 0.991569", \
+            "0.370403, 0.45045, 0.490468, 0.551979, 0.650204, 0.811769, 1.07779" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0306737, 0.0997475, 0.143188, 0.216001, 0.340893, 0.554239, 0.912481", \
+            "0.0306747, 0.0997485, 0.143189, 0.216002, 0.341632, 0.554486, 0.912482", \
+            "0.0306757, 0.0997495, 0.14319, 0.216003, 0.341633, 0.554487, 0.912483", \
+            "0.0306767, 0.0997505, 0.143191, 0.216004, 0.341634, 0.554488, 0.912484", \
+            "0.0306777, 0.0997515, 0.143192, 0.216005, 0.341635, 0.554489, 0.912485", \
+            "0.0306787, 0.099756, 0.143193, 0.216006, 0.341636, 0.55449, 0.912486", \
+            "0.033445, 0.102235, 0.145698, 0.21943, 0.345116, 0.557291, 0.913296" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "S1";
+        sdf_cond : "A0 == 1'b1 && A2 == 1'b0 && S0 == 1'b0";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(A0 * !A2 * !S0)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0949337, 0.173739, 0.21844, 0.290662, 0.410765, 0.610589, 0.943518", \
+            "0.128645, 0.206853, 0.251576, 0.323697, 0.443844, 0.643597, 0.976862", \
+            "0.150257, 0.227897, 0.272401, 0.344537, 0.464535, 0.664505, 0.997064", \
+            "0.17889, 0.256486, 0.300846, 0.372539, 0.492232, 0.691813, 1.02444", \
+            "0.215874, 0.294181, 0.338535, 0.41026, 0.529788, 0.72889, 1.06104", \
+            "0.261845, 0.340989, 0.385658, 0.457767, 0.57763, 0.777126, 1.10886", \
+            "0.315146, 0.396756, 0.442136, 0.514737, 0.635899, 0.83638, 1.16931" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0257454, 0.111373, 0.172032, 0.273883, 0.447381, 0.737086, 1.22069", \
+            "0.0257464, 0.111374, 0.172033, 0.273914, 0.44756, 0.737121, 1.22173", \
+            "0.0257474, 0.111375, 0.172034, 0.273915, 0.447561, 0.737195, 1.22174", \
+            "0.0257484, 0.111376, 0.172035, 0.273916, 0.447562, 0.737196, 1.22175", \
+            "0.0263334, 0.111377, 0.172036, 0.273917, 0.447563, 0.737197, 1.22176", \
+            "0.028375, 0.112449, 0.172424, 0.273918, 0.447564, 0.737198, 1.22177", \
+            "0.033117, 0.115147, 0.175581, 0.277701, 0.450245, 0.738609, 1.22178" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.10757, 0.187725, 0.227155, 0.288156, 0.384656, 0.544167, 0.809322", \
+            "0.14176, 0.220658, 0.260218, 0.320721, 0.417458, 0.57696, 0.842318", \
+            "0.163474, 0.241906, 0.281089, 0.341114, 0.437953, 0.597489, 0.862644", \
+            "0.193493, 0.271724, 0.310685, 0.370476, 0.46678, 0.625706, 0.890717", \
+            "0.236059, 0.314133, 0.353394, 0.413567, 0.509536, 0.668131, 0.93233", \
+            "0.29287, 0.371868, 0.411329, 0.471705, 0.568457, 0.727318, 0.99131", \
+            "0.36921, 0.450182, 0.490405, 0.551917, 0.650193, 0.81168, 1.07771" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0306726, 0.0997399, 0.14297, 0.216291, 0.341309, 0.55381, 0.912454", \
+            "0.0306736, 0.0997409, 0.142971, 0.216292, 0.341644, 0.554088, 0.912472", \
+            "0.0306746, 0.0997419, 0.142972, 0.216293, 0.341645, 0.554207, 0.913079", \
+            "0.0306756, 0.0997429, 0.142973, 0.216294, 0.341646, 0.554208, 0.91308", \
+            "0.0306766, 0.0997439, 0.142974, 0.216295, 0.341647, 0.554209, 0.913081", \
+            "0.0306776, 0.099749, 0.142975, 0.216296, 0.341648, 0.55421, 0.913082", \
+            "0.033467, 0.101824, 0.145733, 0.219438, 0.345002, 0.557216, 0.913232" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0177322, 0.017977, 0.0180352, 0.0180175, 0.0179341, 0.0177285, 0.0178592", \
+            "0.0175631, 0.017841, 0.017919, 0.0178997, 0.0178198, 0.0176745, 0.0178467", \
+            "0.0175538, 0.0176821, 0.0177662, 0.0179347, 0.0176934, 0.0175808, 0.0175608", \
+            "0.0175612, 0.0176856, 0.0177105, 0.0176948, 0.0178137, 0.0175804, 0.0177732", \
+            "0.0179307, 0.0179205, 0.017943, 0.0180045, 0.017837, 0.0179341, 0.0177829", \
+            "0.0191939, 0.0188679, 0.0189276, 0.0189193, 0.0189604, 0.018864, 0.0185069", \
+            "0.0222331, 0.0216697, 0.0216432, 0.0214447, 0.0215372, 0.0216054, 0.0213858" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0128971, 0.0131211, 0.0132422, 0.0132341, 0.0131854, 0.0130693, 0.012745", \
+            "0.012788, 0.0131148, 0.0131383, 0.0131876, 0.0132319, 0.0131441, 0.0127737", \
+            "0.0127714, 0.0129539, 0.0130085, 0.0131291, 0.0130149, 0.012911, 0.0129007", \
+            "0.012874, 0.0129965, 0.0129863, 0.0130254, 0.013108, 0.0128273, 0.0125269", \
+            "0.0131844, 0.0131274, 0.0132785, 0.0132978, 0.0132838, 0.0130281, 0.0135585", \
+            "0.0143712, 0.0140804, 0.0141622, 0.0142515, 0.0142593, 0.0142653, 0.0136878", \
+            "0.0176089, 0.0169409, 0.0168842, 0.0170332, 0.0169758, 0.0170507, 0.0170568" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0184867, 0.0187504, 0.0187852, 0.0188285, 0.0187152, 0.01855, 0.0185435", \
+            "0.0182856, 0.0185641, 0.018616, 0.0186253, 0.0185659, 0.0184017, 0.0185556", \
+            "0.0182741, 0.0184117, 0.0185088, 0.0186804, 0.0184394, 0.0183383, 0.0185316", \
+            "0.0182683, 0.0183966, 0.0184299, 0.0184047, 0.0185579, 0.0181983, 0.0183969", \
+            "0.0186401, 0.0185752, 0.0186069, 0.0186798, 0.0185323, 0.0186471, 0.0184856", \
+            "0.0198597, 0.0195663, 0.0196443, 0.0196103, 0.0196565, 0.0195772, 0.0192062", \
+            "0.0228904, 0.0223447, 0.0223156, 0.0221853, 0.0222841, 0.022316, 0.0222475" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0131618, 0.0134286, 0.0134475, 0.0134806, 0.0134968, 0.013348, 0.0130337", \
+            "0.0130598, 0.0133748, 0.0134495, 0.013428, 0.0134675, 0.0133764, 0.0129752", \
+            "0.0130475, 0.0132233, 0.0133082, 0.0134035, 0.0133076, 0.0132084, 0.0132104", \
+            "0.0131707, 0.0132498, 0.0133292, 0.0133121, 0.0133757, 0.0131577, 0.0128601", \
+            "0.0135084, 0.0134409, 0.0135851, 0.013574, 0.0136172, 0.0133298, 0.0139702", \
+            "0.0148119, 0.0144455, 0.0145259, 0.014641, 0.0146197, 0.014723, 0.0141702", \
+            "0.0179862, 0.0173572, 0.0172872, 0.0174263, 0.0171344, 0.0174622, 0.0173715" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190336, 0.0192632, 0.0193221, 0.0193506, 0.0192186, 0.0190466, 0.0190454", \
+            "0.0188692, 0.0191126, 0.0191694, 0.0191712, 0.0191996, 0.0189638, 0.0190657", \
+            "0.0188537, 0.0189755, 0.0190759, 0.0190979, 0.0190089, 0.018884, 0.0190656", \
+            "0.0188791, 0.0190039, 0.0190089, 0.0190025, 0.0192028, 0.0188104, 0.0187978", \
+            "0.0192463, 0.0192467, 0.0192257, 0.019321, 0.0191494, 0.0192754, 0.0190423", \
+            "0.020437, 0.0201505, 0.0201401, 0.0201615, 0.0201957, 0.0200337, 0.019733", \
+            "0.0235867, 0.0229835, 0.0228867, 0.0227487, 0.0228353, 0.0229514, 0.0228772" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0181435, 0.0184118, 0.0184282, 0.0185042, 0.0184581, 0.0182938, 0.0179872", \
+            "0.0180804, 0.0183665, 0.0184735, 0.0184595, 0.0184393, 0.0183367, 0.0180061", \
+            "0.0180707, 0.0182087, 0.0183035, 0.0185487, 0.0183578, 0.0182115, 0.0179382", \
+            "0.0182008, 0.0182573, 0.0182785, 0.0182694, 0.0183754, 0.0181649, 0.017916", \
+            "0.0185438, 0.0184357, 0.0185173, 0.0185882, 0.0185144, 0.0183299, 0.0184594", \
+            "0.0198105, 0.019422, 0.0194364, 0.0195957, 0.019563, 0.0196327, 0.0190268", \
+            "0.0229396, 0.0222634, 0.0222329, 0.0222143, 0.0222699, 0.0223494, 0.0223719" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A3";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179211, 0.0181441, 0.0182176, 0.0182314, 0.0181154, 0.0179246, 0.0179161", \
+            "0.0177103, 0.0179869, 0.0180212, 0.018027, 0.0180155, 0.0177978, 0.0178509", \
+            "0.0177145, 0.0178256, 0.0179235, 0.0180182, 0.0178744, 0.017712, 0.0179897", \
+            "0.0177431, 0.0178447, 0.0178815, 0.0178589, 0.0179659, 0.0176735, 0.0177012", \
+            "0.0181051, 0.0180391, 0.0181237, 0.018157, 0.0180261, 0.0180949, 0.0179164", \
+            "0.0193571, 0.0191072, 0.0190509, 0.0190819, 0.0191202, 0.0190497, 0.0186331", \
+            "0.0223947, 0.0218358, 0.0217992, 0.021761, 0.0216561, 0.0216515, 0.0215447" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0138869, 0.0141384, 0.014228, 0.0142325, 0.0142347, 0.0140831, 0.0137522", \
+            "0.0137907, 0.0140411, 0.0141577, 0.0141371, 0.0141546, 0.0140198, 0.0136985", \
+            "0.0137715, 0.0139158, 0.0140228, 0.0142204, 0.0140992, 0.0138608, 0.0136587", \
+            "0.0138929, 0.0139552, 0.0139502, 0.0139782, 0.0140609, 0.0138185, 0.013534", \
+            "0.0142643, 0.0141751, 0.0142711, 0.0143344, 0.0142325, 0.0141219, 0.014544", \
+            "0.0154767, 0.0151205, 0.015191, 0.0153187, 0.0152716, 0.015366, 0.0147304", \
+            "0.018682, 0.0180029, 0.0179534, 0.0179779, 0.017825, 0.0180869, 0.0181281" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(A2 * !A3 * S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126183, 0.0128503, 0.0129136, 0.0129288, 0.0128854, 0.0127309, 0.0127395", \
+            "0.0116683, 0.0119098, 0.0119576, 0.0119641, 0.0120179, 0.0117405, 0.0117633", \
+            "0.0113661, 0.0115867, 0.0117307, 0.0116541, 0.0116669, 0.0115031, 0.0115916", \
+            "0.0108936, 0.0110717, 0.0110707, 0.011137, 0.0111314, 0.0108852, 0.011125", \
+            "0.0098877, 0.0100764, 0.0101584, 0.0102019, 0.0100347, 0.0101492, 0.0099798", \
+            "0.0080016, 0.0081341, 0.0082103, 0.0082738, 0.0083823, 0.0081885, 0.0080148", \
+            "0.0042678, 0.0043113, 0.0043466, 0.004357, 0.0045047, 0.0045145, 0.004534" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0119848, 0.0122004, 0.0123225, 0.012304, 0.0122983, 0.0121564, 0.0117905", \
+            "0.0114667, 0.0117163, 0.0118119, 0.0118096, 0.0118217, 0.0117087, 0.0113623", \
+            "0.0113967, 0.011614, 0.0116946, 0.0118267, 0.0117412, 0.0116073, 0.0113186", \
+            "0.0113842, 0.0116036, 0.0116592, 0.0116809, 0.0117055, 0.0118893, 0.011178", \
+            "0.0112823, 0.0114903, 0.0115495, 0.0116326, 0.0116591, 0.0113713, 0.0117255", \
+            "0.0113343, 0.0114766, 0.0115632, 0.0115504, 0.0117385, 0.0117486, 0.0115803", \
+            "0.0114553, 0.0114629, 0.0116118, 0.0115929, 0.0116695, 0.0117325, 0.0118402" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(A0 * !A1 * !S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126213, 0.0128358, 0.012888, 0.012879, 0.0128468, 0.0126606, 0.01273", \
+            "0.0116699, 0.0119457, 0.0119466, 0.0119651, 0.0119119, 0.011744, 0.0118207", \
+            "0.0113839, 0.0116146, 0.0117439, 0.0116533, 0.0117169, 0.0114641, 0.0116481", \
+            "0.0109416, 0.0111236, 0.0111274, 0.0111879, 0.0112229, 0.0109447, 0.0110973", \
+            "0.0099348, 0.0101278, 0.0102083, 0.0102427, 0.0101439, 0.0103099, 0.0099769", \
+            "0.0079882, 0.0081239, 0.0082055, 0.008244, 0.0083297, 0.0082099, 0.0079859", \
+            "0.0042414, 0.004306, 0.0043501, 0.0043689, 0.0044615, 0.0045341, 0.0045381" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0118802, 0.0121354, 0.0122609, 0.0121957, 0.0122232, 0.0120669, 0.0118399", \
+            "0.0118797, 0.0121997, 0.012223, 0.0122413, 0.0122586, 0.012113, 0.0117999", \
+            "0.0118181, 0.0120819, 0.0121178, 0.0122605, 0.0121854, 0.0122537, 0.0117204", \
+            "0.0117083, 0.0119767, 0.0120728, 0.0120042, 0.0120203, 0.0120069, 0.0115898", \
+            "0.0116309, 0.0118431, 0.0119623, 0.0120077, 0.0120384, 0.0117253, 0.0120674", \
+            "0.011593, 0.0117036, 0.0118148, 0.0118712, 0.0119879, 0.0120507, 0.0117458", \
+            "0.0116656, 0.0117207, 0.0118437, 0.0118531, 0.0118328, 0.0119096, 0.012068" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(!A2 * A3 * S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0013028, 0.0016124, 0.0016493, 0.001647, 0.0016131, 0.0014289, 0.0014849", \
+            "-0.0010992, -0.0008441, -0.0008134, -0.000700301, -0.0008361, -0.0009897, -0.0008123", \
+            "-0.0011442, -0.0010547, -0.000972399, -0.000779301, -0.0010023, -0.0011434, -0.0010884", \
+            "-0.000662301, -0.0006177, -0.0006184, -0.0006033, -0.000514701, -0.000796201, -0.0004662", \
+            "0.0008818, 0.0007014, 0.0007178, 0.000825901, 0.000721199, 0.0007127, 0.000482799", \
+            "0.0045139, 0.0040547, 0.0040118, 0.0040564, 0.0040938, 0.0040119, 0.0036015", \
+            "0.0121502, 0.0112844, 0.0114025, 0.0112174, 0.0112696, 0.0112741, 0.0112571" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0081342, 0.0084221, 0.0085268, 0.0085094, 0.0083196, 0.0083077, 0.0077239", \
+            "0.0073557, 0.0076495, 0.0076502, 0.0077058, 0.007738, 0.0074806, 0.0071462", \
+            "0.0074337, 0.0075484, 0.0076365, 0.0077474, 0.0076298, 0.0077382, 0.0074061", \
+            "0.0077874, 0.0077462, 0.0078202, 0.00779, 0.007856, 0.0076155, 0.0072249", \
+            "0.0086059, 0.0083055, 0.0083826, 0.0084477, 0.0084395, 0.0081527, 0.0087365", \
+            "0.0105794, 0.0099852, 0.009972, 0.0100677, 0.0100623, 0.0100663, 0.0095459", \
+            "0.0146631, 0.0136085, 0.0134948, 0.013621, 0.013284, 0.0134604, 0.0136766" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        when : "(!A0 * A1 * !S1)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0013584, 0.0016632, 0.0017304, 0.0017185, 0.0016236, 0.0014767, 0.0015508", \
+            "-0.0010939, -0.0008134, -0.0007976, -0.0006749, -0.0008255, -0.000996999, -0.000933999", \
+            "-0.0011989, -0.0010806, -0.0010029, -0.000864301, -0.000953, -0.0011968, -0.0010336", \
+            "-0.0007252, -0.0006388, -0.000648201, -0.000647301, -0.000492901, -0.0007286, -0.000594301", \
+            "0.0006795, 0.000551101, 0.0005631, 0.0006696, 0.000554699, 0.0006292, 0.000479899", \
+            "0.0043505, 0.0039481, 0.0039213, 0.0039491, 0.0040202, 0.0038799, 0.0034947", \
+            "0.0118682, 0.0110351, 0.0110352, 0.0108308, 0.0109595, 0.0109814, 0.0108302" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0079742, 0.0082696, 0.0084036, 0.0083798, 0.0083076, 0.0080668, 0.0077982", \
+            "0.0078038, 0.0081041, 0.0081605, 0.0083068, 0.0081148, 0.0079778, 0.0077266", \
+            "0.0079094, 0.0080322, 0.0081278, 0.008248, 0.0081657, 0.0079798, 0.0077143", \
+            "0.0081666, 0.0081763, 0.0082113, 0.0081793, 0.008266, 0.0080485, 0.0076592", \
+            "0.0090392, 0.0088311, 0.0089035, 0.0089678, 0.0089747, 0.008579, 0.0092671", \
+            "0.0108833, 0.0103824, 0.0103542, 0.0105441, 0.0104804, 0.0105727, 0.0099513", \
+            "0.0149925, 0.0139876, 0.0139324, 0.0139633, 0.0140308, 0.0140967, 0.0137907" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S0";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0013028, 0.0016124, 0.0016493, 0.001647, 0.0016131, 0.0014289, 0.0014849", \
+            "-0.0010992, -0.0008441, -0.0008134, -0.000700301, -0.0008361, -0.0009897, -0.0008123", \
+            "-0.0011442, -0.0010547, -0.000972399, -0.000779301, -0.0010023, -0.0011434, -0.0010884", \
+            "-0.000662301, -0.0006177, -0.0006184, -0.0006033, -0.000514701, -0.000796201, -0.0004662", \
+            "0.0008818, 0.0007014, 0.0007178, 0.000825901, 0.000721199, 0.0007127, 0.000482799", \
+            "0.0045139, 0.0040547, 0.0040118, 0.0040564, 0.0040938, 0.0040119, 0.0036015", \
+            "0.0121502, 0.0112844, 0.0114025, 0.0112174, 0.0112696, 0.0112741, 0.0112571" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0079742, 0.0082696, 0.0084036, 0.0083798, 0.0083076, 0.0080668, 0.0077982", \
+            "0.0078038, 0.0081041, 0.0081605, 0.0083068, 0.0081148, 0.0079778, 0.0077266", \
+            "0.0079094, 0.0080322, 0.0081278, 0.008248, 0.0081657, 0.0079798, 0.0077143", \
+            "0.0081666, 0.0081763, 0.0082113, 0.0081793, 0.008266, 0.0080485, 0.0076592", \
+            "0.0090392, 0.0088311, 0.0089035, 0.0089678, 0.0089747, 0.008579, 0.0092671", \
+            "0.0108833, 0.0103824, 0.0103542, 0.0105441, 0.0104804, 0.0105727, 0.0099513", \
+            "0.0149925, 0.0139876, 0.0139324, 0.0139633, 0.0140308, 0.0140967, 0.0137907" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(A1 * !A3 * S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00743647, 0.00773567, 0.00778137, 0.00779537, 0.00774907, 0.00754437, 0.00756097", \
+            "0.00772987, 0.00809227, 0.00811607, 0.00808037, 0.00802157, 0.00784787, 0.00789467", \
+            "0.00800182, 0.00827592, 0.00834792, 0.00830992, 0.00845692, 0.00805762, 0.00797102", \
+            "0.00829164, 0.00854114, 0.00852584, 0.00853884, 0.00858684, 0.00849444, 0.00828734", \
+            "0.00882156, 0.00903116, 0.00909636, 0.00913696, 0.00898366, 0.00904026, 0.00926036", \
+            "0.00979637, 0.0100202, 0.0100159, 0.0100886, 0.0100303, 0.0100057, 0.00960927", \
+            "0.0123937, 0.0122997, 0.0122976, 0.0123585, 0.0123369, 0.0123917, 0.0124996" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00696154, 0.00733384, 0.00743244, 0.00737464, 0.00742424, 0.00719984, 0.00694734", \
+            "0.00738531, 0.00772861, 0.00787301, 0.00783721, 0.00785221, 0.00771541, 0.00732671", \
+            "0.00761948, 0.00790348, 0.00795848, 0.00801358, 0.00800958, 0.00791638, 0.00747598", \
+            "0.00791447, 0.00822927, 0.00834407, 0.00831507, 0.00824687, 0.00833387, 0.00792717", \
+            "0.00853109, 0.00880189, 0.00884699, 0.00888679, 0.00893519, 0.00867869, 0.00891339", \
+            "0.00940163, 0.00968603, 0.00964793, 0.00977613, 0.00981013, 0.00996193, 0.00969443", \
+            "0.0118595, 0.011904, 0.0118811, 0.0119348, 0.0118333, 0.0119697, 0.0120832" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(A0 * !A2 * !S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00744057, 0.00775087, 0.00779547, 0.00780967, 0.00775007, 0.00755627, 0.00758397", \
+            "0.00774707, 0.00806877, 0.00811467, 0.00811197, 0.00804827, 0.00785427, 0.00795667", \
+            "0.00800432, 0.00831322, 0.00839492, 0.00835592, 0.00840292, 0.00811912, 0.00809282", \
+            "0.00828634, 0.00854054, 0.00853634, 0.00854424, 0.00877134, 0.00829554, 0.00833494", \
+            "0.00892386, 0.00915286, 0.00922056, 0.00924996, 0.00902636, 0.00916206, 0.00887596", \
+            "0.00986537, 0.0100318, 0.0100325, 0.010094, 0.0101241, 0.0101123, 0.00970857", \
+            "0.0124307, 0.0123284, 0.0123505, 0.0124135, 0.0123711, 0.0124342, 0.0125655" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00696444, 0.00736114, 0.00739944, 0.00746084, 0.00737704, 0.00722814, 0.00687594", \
+            "0.00736721, 0.00772951, 0.00788721, 0.00785441, 0.00785611, 0.00762491, 0.00735121", \
+            "0.00760388, 0.00791048, 0.00795208, 0.00804458, 0.00799398, 0.00817278, 0.00757078", \
+            "0.00791277, 0.00822857, 0.00833647, 0.00827887, 0.00824287, 0.00834107, 0.00806817", \
+            "0.00852129, 0.00879759, 0.00884409, 0.00888529, 0.00895449, 0.00873649, 0.00890079", \
+            "0.00942973, 0.00965533, 0.00963563, 0.00976463, 0.00981583, 0.00992393, 0.00962943", \
+            "0.0118866, 0.0118632, 0.0118712, 0.0119345, 0.0118154, 0.0119269, 0.0120757" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(!A1 * A3 * S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00514161, 0.00556796, 0.00558086, 0.00555058, 0.00544778, 0.005235, 0.00530168", \
+            "0.00493852, 0.00528336, 0.00532608, 0.00530554, 0.0053494, 0.00505415, 0.00498083", \
+            "0.00493524, 0.0051763, 0.00532814, 0.00545922, 0.00531631, 0.00508835, 0.00515695", \
+            "0.00516543, 0.00535707, 0.00542027, 0.00535507, 0.00546257, 0.00514697, 0.00514014", \
+            "0.00584159, 0.00586119, 0.00591439, 0.00598879, 0.00592979, 0.00583279, 0.00557609", \
+            "0.00753063, 0.00728333, 0.00732053, 0.00734783, 0.00736553, 0.00749123, 0.00703033", \
+            "0.0113906, 0.0106176, 0.0106478, 0.0105509, 0.0105503, 0.0106195, 0.0105866" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.004624, 0.00512427, 0.00514568, 0.00515002, 0.0050284, 0.00496847, 0.00461755", \
+            "0.00444675, 0.00484354, 0.00501858, 0.00495013, 0.00487136, 0.0048154, 0.00442279", \
+            "0.00458399, 0.00478887, 0.00484812, 0.00498163, 0.00482246, 0.00467021, 0.00434609", \
+            "0.00482003, 0.00503334, 0.00505213, 0.00506234, 0.00506123, 0.0049477, 0.00490587", \
+            "0.00559086, 0.00559306, 0.00566956, 0.00575026, 0.00575346, 0.00549846, 0.00587316", \
+            "0.00747027, 0.00708687, 0.00708117, 0.00732537, 0.00734577, 0.00738617, 0.00687657", \
+            "0.011425, 0.0104549, 0.0104403, 0.0105131, 0.0104291, 0.0107204, 0.0106882" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        when : "(!A0 * A2 * !S0)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00509957, 0.00559094, 0.00558874, 0.00556121, 0.00547129, 0.00522804, 0.00532135", \
+            "0.00494254, 0.00529734, 0.00533759, 0.00534442, 0.00532975, 0.00507008, 0.00497239", \
+            "0.00494769, 0.00519079, 0.00526006, 0.00543321, 0.00521143, 0.00501431, 0.00508987", \
+            "0.00517469, 0.00536587, 0.00543467, 0.00537427, 0.00547677, 0.00518722, 0.00517378", \
+            "0.00582369, 0.00591459, 0.00596549, 0.00601739, 0.00598529, 0.00590379, 0.00562239", \
+            "0.00752913, 0.00722103, 0.00733623, 0.00732633, 0.00740893, 0.00741753, 0.00694023", \
+            "0.0113329, 0.0105992, 0.0106177, 0.0106718, 0.010615, 0.0106438, 0.0106285" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00398047, 0.0044495, 0.00452357, 0.00451178, 0.00437884, 0.00424149, 0.00397472", \
+            "0.00379175, 0.00419321, 0.00435343, 0.00426362, 0.00422357, 0.004159, 0.00371266", \
+            "0.00389018, 0.00413742, 0.00419421, 0.00434342, 0.00416203, 0.00402348, 0.00370093", \
+            "0.00418034, 0.00437835, 0.00445244, 0.00441412, 0.00440144, 0.00434637, 0.00456212", \
+            "0.00497116, 0.00494126, 0.00505756, 0.00515246, 0.00519726, 0.00495826, 0.00527426", \
+            "0.00680487, 0.00643417, 0.00655097, 0.00663017, 0.00663767, 0.00661887, 0.00622187", \
+            "0.0106464, 0.0097123, 0.0096258, 0.0098143, 0.0096816, 0.0099576, 0.0099244" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "S1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00743647, 0.00773567, 0.00778137, 0.00779537, 0.00774907, 0.00754437, 0.00756097", \
+            "0.00772987, 0.00809227, 0.00811607, 0.00808037, 0.00802157, 0.00784787, 0.00789467", \
+            "0.00800182, 0.00827592, 0.00834792, 0.00830992, 0.00845692, 0.00805762, 0.00797102", \
+            "0.00829164, 0.00854114, 0.00852584, 0.00853884, 0.00858684, 0.00849444, 0.00828734", \
+            "0.00882156, 0.00903116, 0.00909636, 0.00913696, 0.00898366, 0.00904026, 0.00926036", \
+            "0.00979637, 0.0100202, 0.0100159, 0.0100886, 0.0100303, 0.0100057, 0.00960927", \
+            "0.0123937, 0.0122997, 0.0122976, 0.0123585, 0.0123369, 0.0123917, 0.0124996" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.004624, 0.00512427, 0.00514568, 0.00515002, 0.0050284, 0.00496847, 0.00461755", \
+            "0.00444675, 0.00484354, 0.00501858, 0.00495013, 0.00487136, 0.0048154, 0.00442279", \
+            "0.00458399, 0.00478887, 0.00484812, 0.00498163, 0.00482246, 0.00467021, 0.00434609", \
+            "0.00482003, 0.00503334, 0.00505213, 0.00506234, 0.00506123, 0.0049477, 0.00490587", \
+            "0.00559086, 0.00559306, 0.00566956, 0.00575026, 0.00575346, 0.00549846, 0.00587316", \
+            "0.00747027, 0.00708687, 0.00708117, 0.00732537, 0.00734577, 0.00738617, 0.00687657", \
+            "0.011425, 0.0104549, 0.0104403, 0.0105131, 0.0104291, 0.0107204, 0.0106882" \
+          );
+        }
+      }
+    }
+    pin (A0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0027824;
+      rise_capacitance : 0.00282588;
+      rise_capacitance_range (0.00247361, 0.00310975);
+      fall_capacitance : 0.00273892;
+      fall_capacitance_range (0.00241151, 0.00303577);
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00275974;
+      rise_capacitance : 0.00280055;
+      rise_capacitance_range (0.00247246, 0.00310484);
+      fall_capacitance : 0.00271894;
+      fall_capacitance_range (0.00236221, 0.00300177);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00278105;
+      rise_capacitance : 0.0028228;
+      rise_capacitance_range (0.002473, 0.00310582);
+      fall_capacitance : 0.0027393;
+      fall_capacitance_range (0.00239407, 0.00302853);
+    }
+    pin (A3) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00284281;
+      rise_capacitance : 0.00288339;
+      rise_capacitance_range (0.00252366, 0.00317363);
+      fall_capacitance : 0.00280222;
+      fall_capacitance_range (0.00243725, 0.00308314);
+    }
+    pin (S0) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00824878;
+      rise_capacitance : 0.00983066;
+      rise_capacitance_range (0.00751536, 0.0111626);
+      fall_capacitance : 0.0066669;
+      fall_capacitance_range (0.00404943, 0.00976284);
+      internal_power () {
+        when : "(A2 * A3 * S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0149969, 0.0162475, 0.0164794, 0.0168132, 0.0175794, 0.0193843, 0.0235726" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0103587, 0.0103882, 0.010618, 0.0113146, 0.0128734, 0.016615, 0.024687" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(A0 * A1 * !S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0156788, 0.0174453, 0.0176854, 0.0179414, 0.0186818, 0.0204207, 0.0245591" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116898, 0.0123317, 0.0125425, 0.0131802, 0.0147183, 0.01835, 0.0263583" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A2 * !A3 * S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0152942, 0.0165078, 0.016744, 0.0170937, 0.0178991, 0.0197359, 0.0239419" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0101916, 0.0101793, 0.0103905, 0.0110953, 0.0126191, 0.0163496, 0.0243724" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A1 * !S1)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0162667, 0.0180347, 0.018281, 0.0185753, 0.0193239, 0.0211037, 0.0252217" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0164302, 0.0185399, 0.0187682, 0.0190288, 0.0196966, 0.0214349, 0.0255547" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0156788, 0.0174453, 0.0176854, 0.0179414, 0.0186818, 0.0204207, 0.0245591" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0116898, 0.0123317, 0.0125425, 0.0131802, 0.0147183, 0.01835, 0.0263583" \
+          );
+        }
+      }
+    }
+    pin (S1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00501805;
+      rise_capacitance : 0.0050733;
+      rise_capacitance_range (0.00424396, 0.00594877);
+      fall_capacitance : 0.0049628;
+      fall_capacitance_range (0.00424492, 0.00576095);
+      internal_power () {
+        when : "(A1 * A3 * S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00427706, 0.00408895, 0.00422786, 0.00456504, 0.00536585, 0.00732872, 0.0115801" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00426925, 0.00423299, 0.00439533, 0.00478385, 0.00567381, 0.00766691, 0.0121366" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(A0 * A2 * !S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00426908, 0.00408811, 0.00422078, 0.00456157, 0.00537005, 0.00731727, 0.0115778" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00426025, 0.00423024, 0.00439568, 0.00475524, 0.00564285, 0.00769066, 0.0120869" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A1 * !A3 * S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00441436, 0.00421599, 0.00435592, 0.00471113, 0.00552731, 0.00750887, 0.0117589" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00423599, 0.00418947, 0.00434111, 0.0047159, 0.00558744, 0.00755195, 0.0119204" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!A0 * !A2 * !S0)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00441745, 0.00423529, 0.00437396, 0.00473139, 0.00552909, 0.0074884, 0.0117405" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00424803, 0.00419773, 0.00435118, 0.00472316, 0.00560584, 0.00763423, 0.0119321" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00441436, 0.00421599, 0.00435592, 0.00471113, 0.00552731, 0.00750887, 0.0117589" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00424803, 0.00419773, 0.00435118, 0.00472316, 0.00560584, 0.00763423, 0.0119321" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nand2_1) {
+    area : 7.2576;
+    cell_footprint : "nand2";
+    cell_leakage_power : 81.2456;
+    leakage_power () {
+      value : 49.0589;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 67.7793;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 43.355;
+      when : "A*!B";
+    }
+    leakage_power () {
+      value : 164.789;
+      when : "A*B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.022718, 0.0868603, 0.130096, 0.20142, 0.320847, 0.520133, 0.85146", \
+            "0.0437056, 0.129513, 0.174291, 0.246105, 0.365471, 0.565524, 0.89649", \
+            "0.0541793, 0.163308, 0.213434, 0.287968, 0.407899, 0.606988, 0.938816", \
+            "0.0673349, 0.215685, 0.278617, 0.36541, 0.493274, 0.695091, 1.0268", \
+            "0.0822709, 0.29173, 0.37664, 0.49014, 0.644312, 0.865312, 1.20561", \
+            "0.0964593, 0.388683, 0.511224, 0.665425, 0.871485, 1.1448, 1.53076", \
+            "0.10454, 0.507495, 0.681373, 0.905076, 1.19194, 1.56387, 2.05647" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0143488, 0.102952, 0.165568, 0.269125, 0.442624, 0.731872, 1.21372", \
+            "0.0317579, 0.111801, 0.169878, 0.270391, 0.442738, 0.732736, 1.21396", \
+            "0.0437933, 0.129935, 0.184358, 0.278808, 0.445534, 0.732737, 1.21397", \
+            "0.0635856, 0.169095, 0.223035, 0.311904, 0.467225, 0.741205, 1.21526", \
+            "0.0952224, 0.238084, 0.299692, 0.39119, 0.539294, 0.792961, 1.24078", \
+            "0.145902, 0.351114, 0.427566, 0.536611, 0.695076, 0.945032, 1.35809", \
+            "0.230859, 0.52223, 0.637956, 0.77939, 0.972192, 1.24785, 1.67089" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0301493, 0.124142, 0.187883, 0.29313, 0.469409, 0.762919, 1.25192", \
+            "0.0529312, 0.165599, 0.230177, 0.335584, 0.511926, 0.805905, 1.2946", \
+            "0.0657727, 0.201198, 0.27019, 0.377409, 0.55381, 0.84744, 1.33675", \
+            "0.083334, 0.257155, 0.338092, 0.455491, 0.636576, 0.930417, 1.41947", \
+            "0.108238, 0.339725, 0.442995, 0.58445, 0.789091, 1.09727, 1.58804", \
+            "0.142924, 0.458353, 0.594399, 0.778627, 1.03151, 1.38982, 1.91688", \
+            "0.191579, 0.617376, 0.80621, 1.05328, 1.38733, 1.84044, 2.47157" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190132, 0.139827, 0.224911, 0.365353, 0.600521, 0.991789, 1.6446", \
+            "0.0343447, 0.146448, 0.227411, 0.365737, 0.600522, 0.99179, 1.64575", \
+            "0.0467113, 0.163075, 0.239611, 0.371641, 0.602016, 0.992042, 1.64576", \
+            "0.0660637, 0.199508, 0.275101, 0.399147, 0.616535, 0.995453, 1.64577", \
+            "0.096863, 0.263708, 0.345073, 0.472004, 0.678938, 1.03494, 1.65969", \
+            "0.146364, 0.369891, 0.470376, 0.609211, 0.82753, 1.17026, 1.75664", \
+            "0.228657, 0.542539, 0.668924, 0.843886, 1.09181, 1.4632, 2.04013" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0264791, 0.090237, 0.133536, 0.204924, 0.324401, 0.523744, 0.855106", \
+            "0.0522366, 0.133473, 0.178013, 0.249646, 0.36911, 0.568743, 0.899858", \
+            "0.0659379, 0.1681, 0.217453, 0.29175, 0.411651, 0.610547, 0.942475", \
+            "0.0840519, 0.222351, 0.284003, 0.369849, 0.497313, 0.699015, 1.03054", \
+            "0.106256, 0.301444, 0.384298, 0.495999, 0.649235, 0.869541, 1.20945", \
+            "0.131124, 0.403961, 0.522651, 0.673976, 0.877915, 1.15026, 1.53505", \
+            "0.154918, 0.530652, 0.699457, 0.919187, 1.20134, 1.57142, 2.06205" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0175648, 0.106891, 0.169634, 0.273219, 0.44667, 0.735867, 1.21761", \
+            "0.0342951, 0.115369, 0.173721, 0.274506, 0.448206, 0.736772, 1.21762", \
+            "0.0471684, 0.133106, 0.187829, 0.282689, 0.449763, 0.739797, 1.21775", \
+            "0.0676081, 0.171764, 0.22603, 0.315505, 0.471099, 0.745503, 1.21922", \
+            "0.100242, 0.240621, 0.30265, 0.393735, 0.542748, 0.796709, 1.24501", \
+            "0.149332, 0.353015, 0.42996, 0.539671, 0.697303, 0.948491, 1.36234", \
+            "0.227629, 0.522708, 0.637508, 0.779372, 0.975031, 1.24942, 1.67342" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0350609, 0.128175, 0.191859, 0.297118, 0.473446, 0.766725, 1.25585", \
+            "0.0596944, 0.16506, 0.229528, 0.335047, 0.5114, 0.805367, 1.2942", \
+            "0.0739712, 0.196359, 0.264002, 0.370969, 0.547623, 0.84148, 1.33094", \
+            "0.0923331, 0.247586, 0.323694, 0.43819, 0.618674, 0.913244, 1.40263", \
+            "0.116725, 0.327295, 0.421046, 0.55329, 0.750662, 1.05624, 1.54838", \
+            "0.151386, 0.445147, 0.56843, 0.735453, 0.970356, 1.31214, 1.83084", \
+            "0.202186, 0.606791, 0.781096, 1.00635, 1.30755, 1.72415, 2.31785" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0183373, 0.139932, 0.224895, 0.365343, 0.600129, 0.991798, 1.64461", \
+            "0.0280175, 0.14381, 0.226306, 0.365384, 0.60013, 0.992995, 1.64462", \
+            "0.0380559, 0.154704, 0.234099, 0.369292, 0.601042, 0.992996, 1.64463", \
+            "0.0566929, 0.179844, 0.257991, 0.387689, 0.610845, 0.995609, 1.64478", \
+            "0.0888833, 0.230389, 0.309543, 0.438518, 0.653458, 1.02052, 1.65594", \
+            "0.139734, 0.322173, 0.408717, 0.541076, 0.75927, 1.114, 1.71909", \
+            "0.216304, 0.477311, 0.5858, 0.735055, 0.964638, 1.3264, 1.91937" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00166701, 0.00211483, 0.00210629, 0.00205432, 0.0019537, 0.00179035, 0.00140893", \
+            "0.00153747, 0.00187958, 0.00196429, 0.00193322, 0.0018776, 0.00183597, 0.001374", \
+            "0.00167677, 0.00176929, 0.00185698, 0.00191102, 0.00195496, 0.00168577, 0.00135045", \
+            "0.00212707, 0.00186877, 0.00184433, 0.00183189, 0.00205246, 0.00175114, 0.00130451", \
+            "0.0031313, 0.0022714, 0.00215125, 0.00207257, 0.00189045, 0.00197894, 0.00139035", \
+            "0.00545569, 0.00372503, 0.00323176, 0.00288914, 0.00260111, 0.00200635, 0.0018632", \
+            "0.0103002, 0.00717384, 0.00631192, 0.00546276, 0.00451693, 0.00379296, 0.00290196" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0023494, 0.00273678, 0.00273291, 0.0026901, 0.00262195, 0.00241456, 0.00204603", \
+            "0.00217357, 0.00253237, 0.00255911, 0.00256601, 0.00251449, 0.00236141, 0.00208217", \
+            "0.00229621, 0.00242011, 0.00250049, 0.00250431, 0.00296769, 0.00234817, 0.0020211", \
+            "0.00268919, 0.00249753, 0.0024626, 0.00245605, 0.0026822, 0.00242212, 0.00197867", \
+            "0.0036323, 0.0028462, 0.00274171, 0.00265508, 0.00242688, 0.00262493, 0.00203409", \
+            "0.00583381, 0.00411981, 0.00377064, 0.00343356, 0.00317917, 0.00253531, 0.00264684", \
+            "0.0105834, 0.00742976, 0.00660292, 0.00569276, 0.0050198, 0.00425768, 0.00335023" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00191815, 0.00206323, 0.00203896, 0.00196666, 0.00184102, 0.00169657, 0.00125982", \
+            "0.00176814, 0.00192937, 0.00193448, 0.00190943, 0.00193476, 0.0017201, 0.00127025", \
+            "0.00188254, 0.00186873, 0.00190522, 0.00187647, 0.00193475, 0.00194576, 0.00128306", \
+            "0.00227525, 0.00201066, 0.00193209, 0.00187521, 0.00206096, 0.00166265, 0.00119374", \
+            "0.00318439, 0.00244113, 0.00231839, 0.00217478, 0.00191399, 0.00202798, 0.0013193", \
+            "0.00531988, 0.00386706, 0.00344798, 0.00307737, 0.00271169, 0.00208136, 0.001851", \
+            "0.00975022, 0.00739884, 0.00643849, 0.00563435, 0.00475866, 0.00392414, 0.002957" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0040948, 0.00434687, 0.00433338, 0.00428427, 0.00418331, 0.00399316, 0.00363097", \
+            "0.00384051, 0.00419309, 0.00417679, 0.00418677, 0.00412448, 0.0040264, 0.0036168", \
+            "0.00382675, 0.00405342, 0.00414162, 0.00415219, 0.00410344, 0.0039785, 0.00364297", \
+            "0.00396208, 0.00405204, 0.0040696, 0.00409127, 0.00412519, 0.00396261, 0.00364262", \
+            "0.00458633, 0.00421571, 0.0042015, 0.00420037, 0.0040409, 0.00408236, 0.00399145", \
+            "0.00645281, 0.00511339, 0.00482387, 0.004639, 0.00456819, 0.00415491, 0.0041741", \
+            "0.0107433, 0.00784871, 0.00717687, 0.00644771, 0.00597911, 0.00534625, 0.0047433" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00288593;
+      rise_capacitance : 0.00292764;
+      rise_capacitance_range (0.00260166, 0.00319719);
+      fall_capacitance : 0.00284422;
+      fall_capacitance_range (0.00248978, 0.00331715);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00297812;
+      rise_capacitance : 0.00309603;
+      rise_capacitance_range (0.00266108, 0.00344888);
+      fall_capacitance : 0.0028602;
+      fall_capacitance_range (0.00266141, 0.00318646);
+    }
+  }
+  cell (sg13g2_nand2_2) {
+    area : 10.8864;
+    cell_footprint : "nand2";
+    cell_leakage_power : 160.595;
+    leakage_power () {
+      value : 97.8931;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 132.621;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 85.5764;
+      when : "A*!B";
+    }
+    leakage_power () {
+      value : 326.291;
+      when : "A*B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0204448, 0.0866931, 0.130066, 0.201709, 0.321519, 0.521535, 0.854174", \
+            "0.0389719, 0.129352, 0.17423, 0.246253, 0.366263, 0.566894, 0.898911", \
+            "0.0479238, 0.162963, 0.213153, 0.287989, 0.408361, 0.608127, 0.94122", \
+            "0.0586559, 0.215349, 0.278572, 0.365618, 0.493871, 0.696396, 1.0294", \
+            "0.0700427, 0.290943, 0.376267, 0.490198, 0.644725, 0.866484, 1.20814", \
+            "0.0791267, 0.387389, 0.510154, 0.665455, 0.870482, 1.14542, 1.53377", \
+            "0.0791996, 0.503868, 0.678895, 0.90381, 1.19155, 1.56492, 2.05927" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121969, 0.102881, 0.165788, 0.269869, 0.444149, 0.734714, 1.21877", \
+            "0.0288303, 0.111809, 0.170131, 0.271081, 0.444293, 0.735398, 1.21878", \
+            "0.0400603, 0.129971, 0.184645, 0.279578, 0.447063, 0.738525, 1.21879", \
+            "0.0586091, 0.16895, 0.223251, 0.312564, 0.468673, 0.744022, 1.22004", \
+            "0.0879824, 0.238152, 0.300146, 0.391453, 0.540873, 0.795376, 1.24576", \
+            "0.13565, 0.351068, 0.428054, 0.537074, 0.696458, 0.947425, 1.36255", \
+            "0.21605, 0.523092, 0.638887, 0.780651, 0.973305, 1.25206, 1.67478" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.027759, 0.128487, 0.194985, 0.3049, 0.488909, 0.795165, 1.30555", \
+            "0.0486642, 0.169885, 0.237191, 0.347275, 0.531201, 0.837848, 1.34838", \
+            "0.0604594, 0.205843, 0.277278, 0.388975, 0.572965, 0.879277, 1.39052", \
+            "0.0763355, 0.262417, 0.345925, 0.467489, 0.655471, 0.962134, 1.4726", \
+            "0.099341, 0.346731, 0.452737, 0.598365, 0.809961, 1.12933, 1.64114", \
+            "0.131764, 0.467953, 0.607116, 0.796369, 1.05556, 1.42464, 1.97195", \
+            "0.178595, 0.631576, 0.82412, 1.07624, 1.41814, 1.88283, 2.53313" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0164401, 0.145551, 0.23417, 0.380929, 0.626604, 1.03677, 1.71852", \
+            "0.0313531, 0.15172, 0.236832, 0.38209, 0.626605, 1.03678, 1.71853", \
+            "0.0424801, 0.168035, 0.248212, 0.387216, 0.627717, 1.0374, 1.72032", \
+            "0.0601731, 0.204261, 0.28305, 0.413532, 0.641677, 1.03942, 1.72033", \
+            "0.0886615, 0.269559, 0.354519, 0.48621, 0.70304, 1.07595, 1.73032", \
+            "0.135056, 0.376106, 0.477783, 0.62352, 0.849276, 1.20936, 1.82496", \
+            "0.21349, 0.549602, 0.679071, 0.858706, 1.11406, 1.50274, 2.10559" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0246127, 0.0903247, 0.133784, 0.205462, 0.325464, 0.525477, 0.858124", \
+            "0.0487727, 0.133504, 0.17829, 0.250165, 0.370137, 0.570481, 0.902809", \
+            "0.0611994, 0.168046, 0.21761, 0.292105, 0.412426, 0.612261, 0.945095", \
+            "0.0776601, 0.22231, 0.28416, 0.370306, 0.49817, 0.700453, 1.03333", \
+            "0.0970966, 0.301209, 0.384331, 0.496352, 0.649772, 0.871069, 1.21215", \
+            "0.117837, 0.402762, 0.52099, 0.672913, 0.87744, 1.15228, 1.53852", \
+            "0.135257, 0.528177, 0.697817, 0.918504, 1.20165, 1.57283, 2.06489" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0154518, 0.10703, 0.170066, 0.274063, 0.448474, 0.738911, 1.22288", \
+            "0.03147, 0.115477, 0.174151, 0.275416, 0.449503, 0.739905, 1.22289", \
+            "0.0433427, 0.133255, 0.188211, 0.283598, 0.451331, 0.739906, 1.22318", \
+            "0.0625099, 0.171915, 0.226296, 0.31621, 0.472749, 0.748372, 1.22466", \
+            "0.092664, 0.240748, 0.303001, 0.394388, 0.544258, 0.799362, 1.25027", \
+            "0.139162, 0.352693, 0.431706, 0.541427, 0.699589, 0.950606, 1.36652", \
+            "0.213238, 0.523197, 0.638252, 0.780961, 0.976862, 1.25223, 1.67718" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0335398, 0.133185, 0.199677, 0.309473, 0.493418, 0.799786, 1.31017", \
+            "0.0573555, 0.170153, 0.237361, 0.347459, 0.53152, 0.838136, 1.34871", \
+            "0.0707263, 0.201703, 0.271956, 0.383336, 0.567648, 0.874229, 1.38559", \
+            "0.0874377, 0.253501, 0.332187, 0.450887, 0.638709, 0.946017, 1.45676", \
+            "0.109149, 0.33448, 0.431088, 0.567201, 0.771483, 1.08904, 1.60204", \
+            "0.141235, 0.454795, 0.580609, 0.752435, 0.993675, 1.34648, 1.8855", \
+            "0.190172, 0.620193, 0.797667, 1.02807, 1.33693, 1.76615, 2.37824" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0156067, 0.145483, 0.234121, 0.380904, 0.62661, 1.03604, 1.71951", \
+            "0.0248812, 0.149162, 0.235863, 0.381111, 0.626913, 1.0368, 1.71952", \
+            "0.0342651, 0.159745, 0.243079, 0.385015, 0.627338, 1.03719, 1.7203", \
+            "0.0519197, 0.184722, 0.266485, 0.402106, 0.636618, 1.03808, 1.72031", \
+            "0.0831718, 0.235505, 0.318212, 0.45227, 0.677184, 1.06315, 1.72704", \
+            "0.132282, 0.327328, 0.417429, 0.555954, 0.781987, 1.15308, 1.78909", \
+            "0.206468, 0.483672, 0.59548, 0.748436, 0.988164, 1.3666, 1.98568" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00293565, 0.00393856, 0.0039099, 0.0038188, 0.00358511, 0.00326542, 0.00248053", \
+            "0.0027946, 0.00348981, 0.00362173, 0.0035762, 0.0034553, 0.00336898, 0.00248685", \
+            "0.00314292, 0.003332, 0.00350716, 0.00352761, 0.00336505, 0.00380825, 0.00244552", \
+            "0.00406913, 0.00347166, 0.00340697, 0.00338262, 0.00341104, 0.00326809, 0.00233983", \
+            "0.00611631, 0.00424381, 0.00403566, 0.0038056, 0.00345815, 0.00342533, 0.00234016", \
+            "0.0107053, 0.00703222, 0.00619449, 0.0054896, 0.00493287, 0.00377202, 0.00348798", \
+            "0.0203336, 0.0138286, 0.0120985, 0.0104465, 0.0085805, 0.00744054, 0.00540966" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.004424, 0.00533207, 0.00529761, 0.00521339, 0.00504554, 0.00471908, 0.0039988", \
+            "0.0042034, 0.00492364, 0.0050319, 0.00507426, 0.00484544, 0.00462894, 0.00387797", \
+            "0.00445181, 0.00466973, 0.00487309, 0.00487179, 0.00474947, 0.00468651, 0.00407875", \
+            "0.0052665, 0.00480369, 0.00472863, 0.00481596, 0.00485331, 0.00467426, 0.00368973", \
+            "0.00721565, 0.00554135, 0.00538576, 0.00509322, 0.00486809, 0.00551713, 0.00389654", \
+            "0.0116341, 0.00800659, 0.00725082, 0.00662842, 0.0060414, 0.00492443, 0.0056034", \
+            "0.0210844, 0.0144892, 0.0128504, 0.011045, 0.0095042, 0.00829292, 0.00656517" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0038376, 0.00416932, 0.00411242, 0.00397777, 0.00375198, 0.00342392, 0.00256072", \
+            "0.00355756, 0.00389618, 0.0039378, 0.00386682, 0.00382988, 0.00347786, 0.00257716", \
+            "0.00382455, 0.003821, 0.00387565, 0.00388648, 0.00393293, 0.00338451, 0.00256325", \
+            "0.00461748, 0.00406297, 0.00390492, 0.00377301, 0.00373145, 0.0034402, 0.00248402", \
+            "0.00643855, 0.00489474, 0.00465167, 0.00432925, 0.00388003, 0.00408438, 0.00259537", \
+            "0.0106378, 0.00789208, 0.00715098, 0.00625904, 0.00549084, 0.00422244, 0.00395398", \
+            "0.0193959, 0.0144439, 0.0126682, 0.0110526, 0.00943278, 0.00776376, 0.00571017" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00781214, 0.0084155, 0.00836573, 0.00827386, 0.00810467, 0.00769867, 0.00715274", \
+            "0.00734748, 0.00811544, 0.00819069, 0.00808974, 0.00800251, 0.00770185, 0.00698148", \
+            "0.0073347, 0.00785495, 0.0080465, 0.00800744, 0.00789154, 0.00777662, 0.00712541", \
+            "0.00762606, 0.00780901, 0.00781843, 0.00791085, 0.00815713, 0.00780821, 0.00693952", \
+            "0.00887793, 0.00813739, 0.00814711, 0.00805081, 0.00781096, 0.0084179, 0.0068967", \
+            "0.0126468, 0.00982902, 0.00930165, 0.0090352, 0.00878907, 0.00795425, 0.00803692", \
+            "0.0212067, 0.0151132, 0.0138378, 0.0122904, 0.0114736, 0.0104039, 0.00910878" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00559162;
+      rise_capacitance : 0.00568422;
+      rise_capacitance_range (0.00498354, 0.00622475);
+      fall_capacitance : 0.00549903;
+      fall_capacitance_range (0.00473801, 0.00658635);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00571313;
+      rise_capacitance : 0.00595231;
+      rise_capacitance_range (0.00509954, 0.00665741);
+      fall_capacitance : 0.00547395;
+      fall_capacitance_range (0.00505483, 0.00618505);
+    }
+  }
+  cell (sg13g2_nand2b_1) {
+    area : 9.072;
+    cell_footprint : "nand2b";
+    cell_leakage_power : 128.618;
+    leakage_power () {
+      value : 196.395;
+      when : "!A_N&B";
+    }
+    leakage_power () {
+      value : 130.926;
+      when : "A_N&B";
+    }
+    leakage_power () {
+      value : 112.198;
+      when : "A_N&!B";
+    }
+    leakage_power () {
+      value : 74.9549;
+      when : "!A_N&!B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0520899, 0.117563, 0.161084, 0.23316, 0.35317, 0.5536, 0.887144", \
+            "0.0854411, 0.151485, 0.195193, 0.267197, 0.387421, 0.587662, 0.921631", \
+            "0.106475, 0.173123, 0.216762, 0.288729, 0.409, 0.609352, 0.943071", \
+            "0.136113, 0.205001, 0.248552, 0.320037, 0.440378, 0.640785, 0.97438", \
+            "0.176159, 0.251246, 0.294552, 0.365985, 0.48575, 0.68581, 1.01954", \
+            "0.230913, 0.318409, 0.361631, 0.432675, 0.552261, 0.75204, 1.08467", \
+            "0.301708, 0.409804, 0.456663, 0.529058, 0.649462, 0.848381, 1.18183" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0169306, 0.10607, 0.168956, 0.27332, 0.447822, 0.738634, 1.22366", \
+            "0.0200009, 0.106384, 0.169199, 0.273321, 0.447823, 0.738635, 1.22367", \
+            "0.0234196, 0.107011, 0.169617, 0.273556, 0.447843, 0.741379, 1.22368", \
+            "0.0297192, 0.108386, 0.17037, 0.274258, 0.448245, 0.74138, 1.22369", \
+            "0.0402061, 0.112245, 0.172259, 0.275162, 0.449087, 0.741381, 1.22397", \
+            "0.055006, 0.122368, 0.178506, 0.278525, 0.451198, 0.741382, 1.22492", \
+            "0.076735, 0.145784, 0.195672, 0.289782, 0.458606, 0.745762, 1.22804" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0626503, 0.158686, 0.222765, 0.32854, 0.505194, 0.799829, 1.29049", \
+            "0.0948581, 0.191487, 0.25572, 0.361616, 0.538731, 0.83314, 1.32399", \
+            "0.11484, 0.211766, 0.276001, 0.381948, 0.558875, 0.853438, 1.34449", \
+            "0.142651, 0.240671, 0.305152, 0.411212, 0.588038, 0.882696, 1.37386", \
+            "0.179495, 0.280579, 0.34457, 0.450354, 0.627321, 0.922105, 1.41301", \
+            "0.224471, 0.333789, 0.397423, 0.502937, 0.67897, 0.973889, 1.46451", \
+            "0.27708, 0.403655, 0.467955, 0.573956, 0.750569, 1.04411, 1.53455" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0225361, 0.143771, 0.228885, 0.36955, 0.605372, 0.999045, 1.65319", \
+            "0.0246068, 0.14401, 0.228886, 0.369676, 0.60549, 0.999046, 1.65447", \
+            "0.0273331, 0.144476, 0.229157, 0.370082, 0.605491, 0.999047, 1.65448", \
+            "0.032601, 0.145589, 0.229951, 0.370291, 0.605652, 0.999244, 1.65567", \
+            "0.0421103, 0.148003, 0.231472, 0.371543, 0.606392, 0.999245, 1.65568", \
+            "0.056427, 0.154751, 0.235401, 0.373408, 0.608656, 1.00013, 1.65569", \
+            "0.077791, 0.172648, 0.247108, 0.381839, 0.613511, 1.00322, 1.65599" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0261567, 0.0904872, 0.133911, 0.205497, 0.325273, 0.524883, 0.85685", \
+            "0.0523392, 0.133828, 0.178331, 0.250164, 0.369948, 0.569893, 0.901993", \
+            "0.0661732, 0.168479, 0.217948, 0.292339, 0.412477, 0.611799, 0.94405", \
+            "0.0846568, 0.222798, 0.284512, 0.370442, 0.498059, 0.700032, 1.03219", \
+            "0.107456, 0.302077, 0.38495, 0.496777, 0.649932, 0.870633, 1.21111", \
+            "0.133244, 0.404969, 0.52356, 0.674861, 0.878904, 1.1514, 1.53669", \
+            "0.157814, 0.532113, 0.700797, 0.920418, 1.20266, 1.57268, 2.06406" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0186165, 0.107818, 0.170548, 0.274258, 0.448108, 0.737767, 1.22046", \
+            "0.0355371, 0.116148, 0.174606, 0.275551, 0.44915, 0.738736, 1.22089", \
+            "0.0487432, 0.133874, 0.188586, 0.283684, 0.450969, 0.738806, 1.2209", \
+            "0.0694526, 0.172668, 0.226884, 0.316448, 0.472337, 0.747333, 1.22224", \
+            "0.102539, 0.241385, 0.303412, 0.394607, 0.543811, 0.798467, 1.2478", \
+            "0.152208, 0.352829, 0.430694, 0.539811, 0.698524, 0.949834, 1.36479", \
+            "0.231375, 0.524017, 0.638542, 0.780369, 0.975813, 1.25141, 1.67561" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0378554, 0.132506, 0.196462, 0.302053, 0.478916, 0.773413, 1.26427", \
+            "0.0611691, 0.167966, 0.232847, 0.338875, 0.515902, 0.81089, 1.30158", \
+            "0.0754259, 0.198831, 0.266945, 0.37446, 0.551809, 0.846785, 1.33795", \
+            "0.0940075, 0.24977, 0.326231, 0.441276, 0.622631, 0.918241, 1.40941", \
+            "0.118875, 0.329258, 0.423382, 0.556032, 0.754215, 1.0608, 1.55492", \
+            "0.15409, 0.447406, 0.570418, 0.737968, 0.97323, 1.31611, 1.83709", \
+            "0.205912, 0.609021, 0.783527, 1.00924, 1.31097, 1.72908, 2.32408" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0217111, 0.143614, 0.228723, 0.369842, 0.605889, 0.99906, 1.65326", \
+            "0.0298379, 0.147467, 0.230478, 0.3702, 0.60589, 0.999061, 1.65327", \
+            "0.0391778, 0.157914, 0.237936, 0.373997, 0.606258, 0.999062, 1.65328", \
+            "0.0573925, 0.182771, 0.261452, 0.391426, 0.615941, 1.00122, 1.65329", \
+            "0.0895064, 0.232933, 0.312309, 0.441892, 0.657536, 1.02676, 1.66437", \
+            "0.140815, 0.323913, 0.411258, 0.545848, 0.762979, 1.11863, 1.72843", \
+            "0.218077, 0.47938, 0.587977, 0.737756, 0.967087, 1.33128, 1.92615" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00192755, 0.0023715, 0.00234249, 0.00230903, 0.00218047, 0.00198349, 0.00167087", \
+            "0.00174377, 0.00217021, 0.00222875, 0.00218403, 0.00208536, 0.00186748, 0.00158171", \
+            "0.00167128, 0.00202535, 0.00205811, 0.00220775, 0.00203232, 0.002018, 0.00151432", \
+            "0.00164073, 0.00196708, 0.00201301, 0.00193878, 0.00202662, 0.00174225, 0.00151281", \
+            "0.00171938, 0.00190929, 0.00198436, 0.00203305, 0.00185657, 0.00185536, 0.00144628", \
+            "0.00183564, 0.00186941, 0.00187158, 0.00193353, 0.00195681, 0.00196186, 0.00134752", \
+            "0.00216691, 0.00177681, 0.00183131, 0.00183051, 0.00186311, 0.00184731, 0.00184851" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00409755, 0.00450128, 0.00448835, 0.00445088, 0.00433901, 0.00418438, 0.00380221", \
+            "0.00393408, 0.00440622, 0.00439297, 0.00434669, 0.00429277, 0.00413688, 0.00387905", \
+            "0.00387847, 0.00422114, 0.00434482, 0.00431602, 0.00422356, 0.00406697, 0.00383688", \
+            "0.00390022, 0.00423587, 0.00422947, 0.00431048, 0.00419085, 0.00412605, 0.00396753", \
+            "0.00391798, 0.00413642, 0.00422805, 0.00425016, 0.00410337, 0.00448622, 0.00379339", \
+            "0.00405071, 0.00404359, 0.00410118, 0.00418574, 0.00423145, 0.00391601, 0.00419512", \
+            "0.00440217, 0.00406267, 0.00402817, 0.00410087, 0.00415477, 0.00406987, 0.00404587" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00203708, 0.00218975, 0.00216363, 0.00209362, 0.00198881, 0.00182279, 0.00142772", \
+            "0.00189283, 0.00205823, 0.00208232, 0.00203614, 0.00202449, 0.00184487, 0.00141129", \
+            "0.00202284, 0.00199807, 0.00203456, 0.00203315, 0.00206317, 0.0018126, 0.00141252", \
+            "0.00240697, 0.00213721, 0.00208255, 0.00202179, 0.00197642, 0.00179322, 0.00135911", \
+            "0.00331447, 0.00256665, 0.00244159, 0.00227436, 0.00204658, 0.00206793, 0.00142746", \
+            "0.0053785, 0.00397409, 0.00357435, 0.00316911, 0.00283618, 0.00220381, 0.00196703", \
+            "0.00987102, 0.00751791, 0.00656342, 0.00575114, 0.00486519, 0.00404768, 0.00307211" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00411399, 0.00437459, 0.00435504, 0.00431411, 0.00423968, 0.00405535, 0.00369771", \
+            "0.00388467, 0.00423015, 0.00423716, 0.00422436, 0.0041688, 0.00400559, 0.00362856", \
+            "0.00387341, 0.00408753, 0.00417555, 0.00418364, 0.00424715, 0.00399475, 0.00363554", \
+            "0.00400044, 0.00409206, 0.00411188, 0.00411422, 0.00413245, 0.00405753, 0.00356762", \
+            "0.00460714, 0.00426543, 0.00424134, 0.00423126, 0.00404602, 0.00432234, 0.00388336", \
+            "0.00645148, 0.0051444, 0.0048595, 0.00471892, 0.00459338, 0.00414931, 0.00431013", \
+            "0.0107344, 0.00786258, 0.0071895, 0.00648427, 0.00595088, 0.00542732, 0.00478448" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00224218;
+      rise_capacitance : 0.0022721;
+      rise_capacitance_range (0.00203866, 0.00243946);
+      fall_capacitance : 0.00221226;
+      fall_capacitance_range (0.00201752, 0.0023925);
+      internal_power () {
+        when : "!B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406513, 0.00392969, 0.00400105, 0.00426714, 0.00488086, 0.00648536, 0.00997759" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00230654, 0.00220356, 0.00229443, 0.0025587, 0.00323196, 0.00484254, 0.00835743" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00406513, 0.00392969, 0.00400105, 0.00426714, 0.00488086, 0.00648536, 0.00997759" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00230654, 0.00220356, 0.00229443, 0.0025587, 0.00323196, 0.00484254, 0.00835743" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00302537;
+      rise_capacitance : 0.00314371;
+      rise_capacitance_range (0.00270156, 0.00349571);
+      fall_capacitance : 0.00290704;
+      fall_capacitance_range (0.00270645, 0.00323163);
+    }
+  }
+  cell (sg13g2_nand2b_2) {
+    area : 14.5152;
+    cell_footprint : "nand2b";
+    cell_leakage_power : 207.93;
+    leakage_power () {
+      value : 357.852;
+      when : "!A_N&B";
+    }
+    leakage_power () {
+      value : 148.673;
+      when : "A_N&B";
+    }
+    leakage_power () {
+      value : 161.001;
+      when : "A_N&!B";
+    }
+    leakage_power () {
+      value : 164.194;
+      when : "!A_N&!B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0679004, 0.13623, 0.179769, 0.251552, 0.371601, 0.570745, 0.902864", \
+            "0.107314, 0.176272, 0.219833, 0.291523, 0.411156, 0.610886, 0.943022", \
+            "0.133942, 0.204032, 0.247426, 0.319054, 0.438709, 0.63826, 0.970171", \
+            "0.172589, 0.24539, 0.288625, 0.359612, 0.479198, 0.677945, 1.0105", \
+            "0.227716, 0.306691, 0.349367, 0.420226, 0.53914, 0.737793, 1.06937", \
+            "0.300297, 0.393859, 0.437776, 0.508459, 0.626295, 0.824276, 1.15468", \
+            "0.395982, 0.512954, 0.56183, 0.633135, 0.750151, 0.946037, 1.2761" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.02054, 0.110485, 0.173075, 0.276886, 0.450827, 0.740345, 1.22307", \
+            "0.0232529, 0.110882, 0.173283, 0.277022, 0.450859, 0.74064, 1.22328", \
+            "0.0270465, 0.111773, 0.173842, 0.277238, 0.45086, 0.74137, 1.22329", \
+            "0.0334333, 0.114164, 0.175087, 0.278063, 0.451346, 0.741371, 1.2233", \
+            "0.0448988, 0.119776, 0.178388, 0.279562, 0.452515, 0.741372, 1.22353", \
+            "0.062212, 0.134332, 0.187309, 0.284603, 0.454924, 0.743216, 1.22492", \
+            "0.086933, 0.163409, 0.209503, 0.299057, 0.46345, 0.74782, 1.22776" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0842136, 0.188233, 0.254974, 0.364938, 0.548765, 0.855287, 1.36588", \
+            "0.122387, 0.226631, 0.293458, 0.40356, 0.587554, 0.894106, 1.40512", \
+            "0.148539, 0.254066, 0.320917, 0.431082, 0.615266, 0.92166, 1.43262", \
+            "0.18721, 0.295218, 0.362141, 0.472347, 0.656424, 0.963047, 1.47398", \
+            "0.240283, 0.354225, 0.421262, 0.53126, 0.715459, 1.02227, 1.53309", \
+            "0.305728, 0.43165, 0.497936, 0.608675, 0.79228, 1.09934, 1.60973", \
+            "0.386684, 0.53154, 0.601177, 0.71073, 0.894434, 1.20021, 1.71059" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0204369, 0.147462, 0.235776, 0.382739, 0.628141, 1.03771, 1.72022", \
+            "0.0215767, 0.147562, 0.235777, 0.383673, 0.628514, 1.03772, 1.72143", \
+            "0.0236648, 0.147825, 0.236039, 0.383674, 0.629278, 1.03838, 1.72144", \
+            "0.0284588, 0.148857, 0.236464, 0.383675, 0.629279, 1.04066, 1.72156", \
+            "0.0375993, 0.151689, 0.237715, 0.383676, 0.62928, 1.04067, 1.72157", \
+            "0.052476, 0.158765, 0.241241, 0.3848, 0.629859, 1.04068, 1.72158", \
+            "0.07486, 0.174475, 0.25247, 0.390108, 0.631446, 1.04069, 1.72159" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0202435, 0.0865096, 0.129812, 0.201265, 0.320846, 0.520404, 0.852267", \
+            "0.0386663, 0.129232, 0.174052, 0.245891, 0.36561, 0.564777, 0.897035", \
+            "0.0476274, 0.162803, 0.213004, 0.287592, 0.407751, 0.60722, 0.939566", \
+            "0.0583071, 0.215122, 0.278341, 0.36516, 0.493253, 0.695358, 1.02753", \
+            "0.0696699, 0.29076, 0.37596, 0.489502, 0.644076, 0.865425, 1.2064", \
+            "0.0788589, 0.387043, 0.50979, 0.664964, 0.869806, 1.14435, 1.532", \
+            "0.0788599, 0.503476, 0.67855, 0.903463, 1.19085, 1.56368, 2.05773" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0120571, 0.102629, 0.165355, 0.269178, 0.442933, 0.732717, 1.21546", \
+            "0.0287092, 0.11152, 0.169671, 0.270349, 0.44306, 0.732718, 1.21547", \
+            "0.0398965, 0.129764, 0.18426, 0.27889, 0.445836, 0.733697, 1.21548", \
+            "0.0584679, 0.168736, 0.222861, 0.31185, 0.467621, 0.741866, 1.21697", \
+            "0.0878318, 0.238002, 0.299791, 0.390584, 0.539836, 0.793663, 1.24256", \
+            "0.135467, 0.350736, 0.427688, 0.536333, 0.695282, 0.945674, 1.35988", \
+            "0.216676, 0.522811, 0.638637, 0.780218, 0.972893, 1.25041, 1.67319" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0274965, 0.129096, 0.195818, 0.305778, 0.489816, 0.795967, 1.30659", \
+            "0.0485484, 0.170376, 0.237851, 0.348011, 0.532262, 0.838785, 1.34963", \
+            "0.0602434, 0.206255, 0.277839, 0.389677, 0.573805, 0.880281, 1.39175", \
+            "0.0761152, 0.262702, 0.346226, 0.467526, 0.655995, 0.963397, 1.47363", \
+            "0.099079, 0.347005, 0.453088, 0.598841, 0.810331, 1.13004, 1.64208", \
+            "0.131598, 0.468002, 0.607383, 0.796731, 1.05601, 1.42521, 1.97253", \
+            "0.178514, 0.631787, 0.824381, 1.07649, 1.41881, 1.88333, 2.53376" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.016867, 0.146946, 0.235982, 0.382707, 0.628177, 1.03849, 1.72023", \
+            "0.0315978, 0.15293, 0.23805, 0.382847, 0.628178, 1.0385, 1.72024", \
+            "0.0425883, 0.169006, 0.249484, 0.388612, 0.629236, 1.03904, 1.7221", \
+            "0.0603979, 0.204983, 0.284367, 0.414884, 0.643076, 1.04106, 1.72211", \
+            "0.0889469, 0.270786, 0.355219, 0.487116, 0.703512, 1.07731, 1.73231", \
+            "0.135358, 0.37632, 0.47922, 0.624162, 0.850843, 1.21092, 1.82632", \
+            "0.213701, 0.549857, 0.679412, 0.859186, 1.11566, 1.50355, 2.10667" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00378147, 0.00421367, 0.00417017, 0.00408167, 0.00393417, 0.00344887, 0.00287488", \
+            "0.0036431, 0.0040824, 0.0041116, 0.0040008, 0.0037694, 0.00341808, 0.00276501", \
+            "0.00363811, 0.0040123, 0.0039968, 0.0040646, 0.0040001, 0.00355631, 0.00276899", \
+            "0.00373833, 0.00399153, 0.00399623, 0.00368973, 0.00386713, 0.00320537, 0.00263532", \
+            "0.00391353, 0.00383803, 0.00385433, 0.00387333, 0.00354283, 0.00328063, 0.00233321", \
+            "0.00437244, 0.00394354, 0.00398784, 0.00401874, 0.00398504, 0.00361844, 0.00258854", \
+            "0.0054733, 0.0041833, 0.0041657, 0.0038981, 0.0041799, 0.0037174, 0.0035249" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00818835, 0.00894795, 0.00893885, 0.00887075, 0.00865145, 0.00826515, 0.00761185", \
+            "0.0080486, 0.0089351, 0.0087924, 0.0089459, 0.0086317, 0.0082427, 0.0078441", \
+            "0.00800108, 0.00865668, 0.00892388, 0.00880328, 0.00866668, 0.00831018, 0.00780998", \
+            "0.00794165, 0.00861035, 0.00863025, 0.00879675, 0.00874155, 0.00854345, 0.00772685", \
+            "0.00797821, 0.00852401, 0.00869201, 0.00865261, 0.00857301, 0.00882871, 0.00940241", \
+            "0.00827635, 0.00852755, 0.00864395, 0.00886095, 0.00899185, 0.00827765, 0.00898045", \
+            "0.0089242, 0.0084141, 0.0086383, 0.0085085, 0.0087666, 0.0086547, 0.0081583" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00290406, 0.00391241, 0.003882, 0.00378331, 0.0035504, 0.00325851, 0.00246489", \
+            "0.00276901, 0.00347242, 0.00366298, 0.00356004, 0.00344702, 0.00311848, 0.00245206", \
+            "0.00311937, 0.00329338, 0.00345192, 0.00345613, 0.00361083, 0.00323066, 0.00239602", \
+            "0.00404011, 0.00343825, 0.00342047, 0.00334155, 0.00380712, 0.00290059, 0.00229117", \
+            "0.00609295, 0.00422997, 0.00400361, 0.00371825, 0.00340771, 0.00367014, 0.00234897", \
+            "0.0106961, 0.00699774, 0.00615817, 0.00545481, 0.00491092, 0.00367306, 0.00349959", \
+            "0.0203194, 0.0137952, 0.0120729, 0.0104326, 0.00858017, 0.00734579, 0.00549497" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00440521, 0.00533672, 0.00534294, 0.00527018, 0.0050731, 0.00473445, 0.00397178", \
+            "0.00420697, 0.00495181, 0.00505999, 0.00499184, 0.00490549, 0.00463805, 0.00396482", \
+            "0.00447235, 0.0046941, 0.00490024, 0.00489532, 0.00478516, 0.00470844, 0.00414193", \
+            "0.00529256, 0.00481586, 0.00475799, 0.00477463, 0.00479908, 0.00468118, 0.00377007", \
+            "0.00723391, 0.00561635, 0.00541376, 0.00502836, 0.00479724, 0.00554021, 0.0040227", \
+            "0.0116627, 0.00799761, 0.00728745, 0.00666695, 0.00608183, 0.0050293, 0.00517124", \
+            "0.0211164, 0.0145107, 0.0128722, 0.011067, 0.00954718, 0.00831365, 0.00666289" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00219968;
+      rise_capacitance : 0.00223209;
+      rise_capacitance_range (0.00207025, 0.00236747);
+      fall_capacitance : 0.00216728;
+      fall_capacitance_range (0.00201809, 0.00231119);
+      internal_power () {
+        when : "!B";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00660943, 0.0063603, 0.0063334, 0.00644497, 0.00703587, 0.00838756, 0.0115361" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00617715, 0.0059887, 0.00600732, 0.00621285, 0.00678399, 0.00816545, 0.0114802" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00660943, 0.0063603, 0.0063334, 0.00644497, 0.00703587, 0.00838756, 0.0115361" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00617715, 0.0059887, 0.00600732, 0.00621285, 0.00678399, 0.00816545, 0.0114802" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00561566;
+      rise_capacitance : 0.00570838;
+      rise_capacitance_range (0.00500472, 0.00624916);
+      fall_capacitance : 0.00552294;
+      fall_capacitance_range (0.00475134, 0.00661391);
+    }
+  }
+  cell (sg13g2_nand3_1) {
+    area : 9.072;
+    cell_footprint : "nand3";
+    cell_leakage_power : 87.1848;
+    leakage_power () {
+      value : 68.4871;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 73.3218;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 52.5;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 92.0235;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 51.0803;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 67.6128;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 45.2796;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 247.173;
+      when : "A&B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0256186, 0.0893872, 0.132626, 0.204086, 0.323584, 0.523091, 0.854981", \
+            "0.0492942, 0.132368, 0.176997, 0.248766, 0.368561, 0.568178, 0.900278", \
+            "0.0610425, 0.166523, 0.216295, 0.290763, 0.410918, 0.610094, 0.942383", \
+            "0.0764684, 0.219743, 0.282208, 0.3685, 0.496372, 0.6983, 1.03041", \
+            "0.093772, 0.296743, 0.380926, 0.493789, 0.64748, 0.868578, 1.20932", \
+            "0.109851, 0.394886, 0.516224, 0.669968, 0.874703, 1.14801, 1.53438", \
+            "0.116703, 0.512206, 0.685813, 0.909425, 1.19502, 1.56868, 2.06045" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173719, 0.10645, 0.169148, 0.272907, 0.446478, 0.735905, 1.21865", \
+            "0.0352603, 0.114865, 0.173256, 0.273977, 0.447809, 0.73683, 1.21866", \
+            "0.0489429, 0.132928, 0.187369, 0.282292, 0.449305, 0.739767, 1.21867", \
+            "0.0707851, 0.17174, 0.225821, 0.315049, 0.470878, 0.745241, 1.22006", \
+            "0.10665, 0.241967, 0.303003, 0.393843, 0.542825, 0.796466, 1.24547", \
+            "0.163292, 0.357386, 0.432613, 0.540124, 0.697562, 0.948453, 1.36259", \
+            "0.255367, 0.534267, 0.647714, 0.785199, 0.979223, 1.25451, 1.6733" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0439296, 0.180243, 0.273306, 0.426913, 0.684112, 1.11264, 1.82685", \
+            "0.0694206, 0.217081, 0.310674, 0.464647, 0.722055, 1.15111, 1.86538", \
+            "0.0856332, 0.252329, 0.347774, 0.502035, 0.759518, 1.18809, 1.90242", \
+            "0.108146, 0.311207, 0.416124, 0.575859, 0.834069, 1.2623, 1.97746", \
+            "0.140848, 0.401689, 0.527262, 0.708536, 0.98259, 1.41476, 2.12781", \
+            "0.187646, 0.531913, 0.692326, 0.915855, 1.23504, 1.70455, 2.43509", \
+            "0.254861, 0.712685, 0.926169, 1.21319, 1.61689, 2.17871, 2.99382" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0339527, 0.2108, 0.334022, 0.537341, 0.879331, 1.44737, 2.39483", \
+            "0.0483449, 0.213633, 0.334621, 0.537398, 0.879332, 1.44753, 2.39484", \
+            "0.0615474, 0.225602, 0.341367, 0.540183, 0.879333, 1.44754, 2.39485", \
+            "0.0839097, 0.258631, 0.369035, 0.556889, 0.885613, 1.44767, 2.39508", \
+            "0.118555, 0.323049, 0.436758, 0.618603, 0.927702, 1.46788, 2.39645", \
+            "0.174018, 0.434073, 0.5618, 0.754301, 1.05933, 1.56937, 2.45359", \
+            "0.263976, 0.612338, 0.766701, 0.994129, 1.32387, 1.84101, 2.68372" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0295372, 0.0930953, 0.136422, 0.208544, 0.327595, 0.527243, 0.85908", \
+            "0.057047, 0.136423, 0.18092, 0.252667, 0.372284, 0.571684, 0.903882", \
+            "0.0721303, 0.171405, 0.220565, 0.294749, 0.414805, 0.614123, 0.946171", \
+            "0.0919035, 0.226326, 0.287454, 0.373062, 0.500542, 0.702267, 1.03455", \
+            "0.116275, 0.306293, 0.388494, 0.499949, 0.652717, 0.873069, 1.21365", \
+            "0.142293, 0.409546, 0.527117, 0.676919, 0.880621, 1.15463, 1.53984", \
+            "0.164137, 0.535143, 0.703779, 0.922972, 1.20536, 1.57533, 2.06682" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.020788, 0.110438, 0.173248, 0.277665, 0.450751, 0.74034, 1.22272", \
+            "0.037726, 0.118426, 0.177121, 0.278137, 0.451542, 0.740464, 1.22273", \
+            "0.0516848, 0.135843, 0.190849, 0.286061, 0.453371, 0.74117, 1.22274", \
+            "0.0744029, 0.17477, 0.229004, 0.318437, 0.474729, 0.749641, 1.22459", \
+            "0.111295, 0.244595, 0.305721, 0.39686, 0.54606, 0.800619, 1.25014", \
+            "0.166526, 0.359651, 0.435216, 0.544914, 0.702029, 0.951348, 1.36634", \
+            "0.253571, 0.535889, 0.647414, 0.786934, 0.980241, 1.25411, 1.67763" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0533148, 0.188643, 0.281644, 0.435409, 0.692412, 1.12095, 1.83511", \
+            "0.0793009, 0.223065, 0.316535, 0.470481, 0.727995, 1.15692, 1.87092", \
+            "0.0964369, 0.254611, 0.349713, 0.504202, 0.761771, 1.19054, 1.9057", \
+            "0.119542, 0.308527, 0.411013, 0.569884, 0.82877, 1.25777, 1.97299", \
+            "0.151558, 0.395689, 0.514605, 0.689952, 0.960926, 1.39386, 2.10871", \
+            "0.19783, 0.52577, 0.675432, 0.886294, 1.19177, 1.65365, 2.38264", \
+            "0.268195, 0.709684, 0.911292, 1.18024, 1.55747, 2.09096, 2.88425" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0338247, 0.210956, 0.334223, 0.538079, 0.878562, 1.44685, 2.39674", \
+            "0.0430943, 0.212496, 0.334628, 0.53808, 0.879255, 1.44746, 2.39675", \
+            "0.0541075, 0.220585, 0.338731, 0.53958, 0.879359, 1.44747, 2.39676", \
+            "0.0753033, 0.244291, 0.358064, 0.550525, 0.883473, 1.44767, 2.39677", \
+            "0.111301, 0.294835, 0.408473, 0.593989, 0.912177, 1.46051, 2.39678", \
+            "0.168404, 0.391515, 0.51096, 0.69838, 1.00738, 1.53114, 2.43432", \
+            "0.25425, 0.555908, 0.691452, 0.897561, 1.21534, 1.73612, 2.59636" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0313866, 0.0958941, 0.139441, 0.211636, 0.330721, 0.53022, 0.861751", \
+            "0.0617536, 0.139592, 0.184045, 0.255866, 0.375537, 0.575159, 0.906614", \
+            "0.0792797, 0.175198, 0.224006, 0.298042, 0.417999, 0.617091, 0.948859", \
+            "0.102656, 0.231595, 0.291776, 0.376799, 0.503878, 0.705288, 1.03718", \
+            "0.132787, 0.314283, 0.394878, 0.504831, 0.656829, 0.876483, 1.21634", \
+            "0.167397, 0.421963, 0.536974, 0.685804, 0.887002, 1.15827, 1.54223", \
+            "0.202573, 0.555001, 0.719473, 0.935239, 1.21367, 1.58174, 2.07117" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0238457, 0.113931, 0.17665, 0.280904, 0.453934, 0.743232, 1.22508", \
+            "0.0401618, 0.121449, 0.180274, 0.281497, 0.454236, 0.74414, 1.22548", \
+            "0.0544134, 0.138557, 0.193754, 0.289167, 0.456564, 0.744918, 1.22558", \
+            "0.0779121, 0.17707, 0.23124, 0.321192, 0.477682, 0.752146, 1.22692", \
+            "0.115662, 0.246807, 0.307863, 0.399292, 0.548695, 0.803198, 1.25217", \
+            "0.171886, 0.361924, 0.436886, 0.545609, 0.703591, 0.954276, 1.36867", \
+            "0.258812, 0.536626, 0.64812, 0.787099, 0.982276, 1.25603, 1.68007" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0571511, 0.192513, 0.285443, 0.439264, 0.696317, 1.12471, 1.839", \
+            "0.0828929, 0.223763, 0.317191, 0.471129, 0.728545, 1.15743, 1.87152", \
+            "0.099889, 0.250183, 0.344842, 0.499122, 0.756678, 1.18554, 1.8998", \
+            "0.123249, 0.295429, 0.395541, 0.55316, 0.811579, 1.24064, 1.95658", \
+            "0.153729, 0.37037, 0.482429, 0.65214, 0.919915, 1.35218, 2.06685", \
+            "0.191117, 0.4857, 0.621321, 0.817591, 1.11162, 1.56554, 2.29138", \
+            "0.248953, 0.650458, 0.832689, 1.07665, 1.42319, 1.93123, 2.70611" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0337616, 0.210923, 0.334228, 0.538084, 0.879359, 1.44854, 2.39483", \
+            "0.0394674, 0.211848, 0.334265, 0.538085, 0.87936, 1.44855, 2.39484", \
+            "0.0468883, 0.217655, 0.337502, 0.53869, 0.879441, 1.44856, 2.39672", \
+            "0.0633042, 0.234997, 0.351663, 0.547354, 0.881625, 1.44866, 2.39673", \
+            "0.0957515, 0.27421, 0.389215, 0.580653, 0.904558, 1.45728, 2.39952", \
+            "0.155334, 0.353762, 0.470342, 0.65934, 0.978693, 1.51216, 2.42588", \
+            "0.245881, 0.506234, 0.630679, 0.824374, 1.14435, 1.67184, 2.55269" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00182934, 0.00218178, 0.00216902, 0.00211316, 0.00198792, 0.00182787, 0.00146813", \
+            "0.00161112, 0.0020007, 0.00208347, 0.00202287, 0.00209691, 0.00190533, 0.00150556", \
+            "0.00173588, 0.00189946, 0.00198837, 0.00202487, 0.00209299, 0.00210817, 0.00145724", \
+            "0.00208457, 0.00194546, 0.00193595, 0.00195179, 0.00210578, 0.00176105, 0.00138604", \
+            "0.00304091, 0.00227485, 0.00220218, 0.00212756, 0.00191675, 0.00198261, 0.00148821", \
+            "0.00509377, 0.00353077, 0.00317003, 0.00285818, 0.00259229, 0.00201456, 0.00190973", \
+            "0.00967916, 0.00685589, 0.00598788, 0.00513843, 0.00439637, 0.00385611, 0.00283521" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00365008, 0.00394473, 0.00393342, 0.00386716, 0.00380254, 0.00360592, 0.00330988", \
+            "0.0033966, 0.00371161, 0.00380718, 0.00376534, 0.00369408, 0.00356137, 0.00328951", \
+            "0.00347046, 0.0036314, 0.00377562, 0.00372302, 0.00369819, 0.0035192, 0.00315964", \
+            "0.0037986, 0.00363192, 0.00363962, 0.00381105, 0.00376938, 0.00346894, 0.00325281", \
+            "0.00463308, 0.00400281, 0.00389019, 0.00374582, 0.00382025, 0.00348665, 0.00317037", \
+            "0.00661291, 0.00516283, 0.00485903, 0.00453288, 0.00406952, 0.0038959, 0.00334899", \
+            "0.0110233, 0.00820212, 0.0074616, 0.00671937, 0.00596372, 0.00520626, 0.00422494" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00207983, 0.00220247, 0.00217676, 0.00219134, 0.0019998, 0.00180903, 0.0014015", \
+            "0.00181922, 0.00206472, 0.00209823, 0.00207276, 0.00200291, 0.00177678, 0.00142451", \
+            "0.00187877, 0.00198826, 0.00203923, 0.00199084, 0.00192369, 0.00179653, 0.00140291", \
+            "0.00218907, 0.00207087, 0.00202443, 0.00199531, 0.00204595, 0.00192229, 0.00140146", \
+            "0.00303442, 0.00241575, 0.00232398, 0.00221731, 0.00202851, 0.00214258, 0.00148562", \
+            "0.00501303, 0.00376137, 0.00338871, 0.00307048, 0.00275682, 0.00218841, 0.00203058", \
+            "0.00915317, 0.0069444, 0.00609292, 0.00534123, 0.00453804, 0.00378743, 0.00289788" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00540973, 0.00559362, 0.00557536, 0.00552561, 0.005409, 0.0052057, 0.00497148", \
+            "0.00511521, 0.00538712, 0.00548325, 0.00541241, 0.00537102, 0.0051963, 0.0049707", \
+            "0.00507471, 0.00532609, 0.00538262, 0.00538306, 0.00534451, 0.00516285, 0.00494896", \
+            "0.00515337, 0.00523184, 0.00527531, 0.00537037, 0.0053052, 0.0051138, 0.00491814", \
+            "0.0056636, 0.00540544, 0.0053974, 0.00530814, 0.00543389, 0.00510087, 0.00487268", \
+            "0.0072964, 0.00616788, 0.00602073, 0.0058574, 0.00550602, 0.00540156, 0.00488743", \
+            "0.011246, 0.00869849, 0.00807276, 0.00746035, 0.00696251, 0.00643629, 0.00555973" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00232837, 0.00234017, 0.00230095, 0.0023055, 0.00210538, 0.00193369, 0.00154219", \
+            "0.00211818, 0.00223454, 0.0022288, 0.00222209, 0.00208844, 0.00197469, 0.00149673", \
+            "0.00217747, 0.0021787, 0.00221017, 0.00214025, 0.00226438, 0.00201442, 0.00152918", \
+            "0.00248058, 0.0023116, 0.00224268, 0.00215125, 0.00227674, 0.00204338, 0.00149196", \
+            "0.00327076, 0.00268382, 0.00257524, 0.0024264, 0.00222165, 0.0022823, 0.00152723", \
+            "0.00523354, 0.00402301, 0.00361299, 0.00327013, 0.00291464, 0.00228736, 0.0021305", \
+            "0.00945781, 0.00731928, 0.00649536, 0.00563664, 0.00483646, 0.00403475, 0.00329277" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00687846, 0.00705265, 0.0070351, 0.00699331, 0.00687652, 0.00671822, 0.00641647", \
+            "0.00657529, 0.00685115, 0.00692261, 0.00687554, 0.00683168, 0.00666437, 0.00637998", \
+            "0.00651412, 0.00678084, 0.00690223, 0.00686841, 0.00681524, 0.00661882, 0.00642203", \
+            "0.00652678, 0.00667726, 0.00672624, 0.00690439, 0.00686227, 0.00661958, 0.00641942", \
+            "0.00685889, 0.0067823, 0.00679605, 0.00672334, 0.00682464, 0.00654161, 0.0064442", \
+            "0.00822987, 0.00737579, 0.00724568, 0.00715357, 0.00691948, 0.00680028, 0.00637026", \
+            "0.0121416, 0.00973155, 0.0092284, 0.00866853, 0.00835956, 0.00779506, 0.00701002" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00287977;
+      rise_capacitance : 0.00291574;
+      rise_capacitance_range (0.00261846, 0.00313392);
+      fall_capacitance : 0.0028438;
+      fall_capacitance_range (0.00244977, 0.0033271);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00300949;
+      rise_capacitance : 0.00311491;
+      rise_capacitance_range (0.00269367, 0.0034513);
+      fall_capacitance : 0.00290407;
+      fall_capacitance_range (0.00263811, 0.00326572);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00297917;
+      rise_capacitance : 0.00310025;
+      rise_capacitance_range (0.0026814, 0.00345652);
+      fall_capacitance : 0.00285809;
+      fall_capacitance_range (0.00269708, 0.00313327);
+    }
+  }
+  cell (sg13g2_nand3b_1) {
+    area : 12.7008;
+    cell_footprint : "nand3b";
+    cell_leakage_power : 134.524;
+    leakage_power () {
+      value : 82.6627;
+      when : "!A_N&!B&!C";
+    }
+    leakage_power () {
+      value : 99.2039;
+      when : "!A_N&!B&C";
+    }
+    leakage_power () {
+      value : 76.8416;
+      when : "!A_N&B&!C";
+    }
+    leakage_power () {
+      value : 278.727;
+      when : "!A_N&B&C";
+    }
+    leakage_power () {
+      value : 131.599;
+      when : "A_N&!B&!C";
+    }
+    leakage_power () {
+      value : 136.442;
+      when : "A_N&!B&C";
+    }
+    leakage_power () {
+      value : 115.591;
+      when : "A_N&B&!C";
+    }
+    leakage_power () {
+      value : 155.123;
+      when : "A_N&B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(!A_N*B*C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0549079, 0.1195, 0.162832, 0.234508, 0.354152, 0.553448, 0.885461", \
+            "0.088347, 0.153572, 0.19705, 0.268636, 0.388261, 0.587871, 0.919588", \
+            "0.109583, 0.17525, 0.218786, 0.290191, 0.409819, 0.609231, 0.94149", \
+            "0.139806, 0.207043, 0.25019, 0.321721, 0.441278, 0.640783, 0.972894", \
+            "0.180736, 0.252942, 0.295869, 0.367354, 0.48638, 0.685741, 1.01781", \
+            "0.236668, 0.320865, 0.363197, 0.434253, 0.55363, 0.751948, 1.08296", \
+            "0.308638, 0.411987, 0.459141, 0.530151, 0.649159, 0.848522, 1.18019" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0200367, 0.108943, 0.171608, 0.275364, 0.448947, 0.738462, 1.22114", \
+            "0.0227523, 0.109288, 0.171772, 0.275365, 0.449009, 0.73874, 1.22115", \
+            "0.0258645, 0.109865, 0.172172, 0.275603, 0.449045, 0.739691, 1.22116", \
+            "0.0322421, 0.11117, 0.172998, 0.276346, 0.44952, 0.739692, 1.22117", \
+            "0.0427542, 0.114823, 0.174731, 0.277321, 0.450519, 0.739693, 1.22137", \
+            "0.058446, 0.125189, 0.180738, 0.280288, 0.452162, 0.74074, 1.22233", \
+            "0.08117, 0.14784, 0.198509, 0.291624, 0.459854, 0.745883, 1.22548" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0761481, 0.214057, 0.307378, 0.461502, 0.71923, 1.14883, 1.86472", \
+            "0.107709, 0.245637, 0.339225, 0.493611, 0.751407, 1.18122, 1.89755", \
+            "0.127132, 0.265134, 0.35891, 0.513288, 0.772956, 1.2013, 1.91731", \
+            "0.155041, 0.292877, 0.386609, 0.541097, 0.799201, 1.22905, 1.94541", \
+            "0.192686, 0.330485, 0.424028, 0.578499, 0.836764, 1.26663, 1.98261", \
+            "0.239366, 0.381156, 0.473999, 0.627672, 0.88559, 1.31557, 2.03175", \
+            "0.293573, 0.447047, 0.540555, 0.693723, 0.950757, 1.38022, 2.09688" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0370025, 0.214549, 0.338107, 0.54238, 0.883365, 1.45279, 2.40341", \
+            "0.0382878, 0.214601, 0.340277, 0.542381, 0.883852, 1.45478, 2.40478", \
+            "0.0399597, 0.214608, 0.340278, 0.54338, 0.886043, 1.45479, 2.40479", \
+            "0.0439043, 0.215356, 0.340279, 0.543381, 0.886044, 1.4577, 2.4048", \
+            "0.0520516, 0.216463, 0.34028, 0.543382, 0.886045, 1.45771, 2.40481", \
+            "0.066057, 0.220347, 0.341247, 0.544862, 0.886046, 1.45772, 2.40482", \
+            "0.087511, 0.232014, 0.349582, 0.549625, 0.88884, 1.45773, 2.40483" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0291764, 0.0932452, 0.136665, 0.2082, 0.327877, 0.527546, 0.859472", \
+            "0.0570372, 0.136611, 0.18119, 0.253037, 0.37277, 0.5721, 0.904621", \
+            "0.0722879, 0.171515, 0.220624, 0.294848, 0.414928, 0.614086, 0.946228", \
+            "0.0925, 0.226642, 0.287743, 0.373425, 0.500811, 0.702557, 1.0348", \
+            "0.117382, 0.306837, 0.388956, 0.500336, 0.652941, 0.873202, 1.2139", \
+            "0.144117, 0.41038, 0.527797, 0.677264, 0.881073, 1.15463, 1.54008", \
+            "0.166797, 0.536431, 0.704787, 0.923853, 1.20581, 1.57587, 2.06706" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218821, 0.111179, 0.173906, 0.277555, 0.451285, 0.740858, 1.22339", \
+            "0.0390332, 0.119097, 0.177726, 0.278629, 0.452137, 0.74092, 1.22358", \
+            "0.0534724, 0.136609, 0.191489, 0.286642, 0.453898, 0.741685, 1.22359", \
+            "0.0761679, 0.175111, 0.229331, 0.318996, 0.475165, 0.749924, 1.2285", \
+            "0.113335, 0.245484, 0.306536, 0.397364, 0.546469, 0.800939, 1.25054", \
+            "0.168855, 0.359326, 0.435833, 0.545546, 0.70268, 0.95198, 1.36722", \
+            "0.256951, 0.535409, 0.648218, 0.787053, 0.981226, 1.25456, 1.67779" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0562315, 0.19242, 0.285745, 0.439816, 0.697499, 1.12695, 1.84265", \
+            "0.0810279, 0.225939, 0.319727, 0.47418, 0.73225, 1.16213, 1.87851", \
+            "0.0980159, 0.25704, 0.352557, 0.507577, 0.765987, 1.19567, 1.91296", \
+            "0.121287, 0.31072, 0.413477, 0.572987, 0.832639, 1.26295, 1.97972", \
+            "0.153734, 0.397579, 0.516569, 0.692803, 0.964421, 1.39853, 2.11516", \
+            "0.200712, 0.527741, 0.677613, 0.888549, 1.195, 1.65775, 2.38904", \
+            "0.271947, 0.712413, 0.913553, 1.18291, 1.56147, 2.09513, 2.89043" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367733, 0.214353, 0.337837, 0.542394, 0.884448, 1.45296, 2.40316", \
+            "0.045036, 0.216012, 0.338261, 0.542395, 0.884458, 1.45505, 2.4048", \
+            "0.0554366, 0.223849, 0.342571, 0.543887, 0.884459, 1.45506, 2.4058", \
+            "0.0761867, 0.247156, 0.361342, 0.554758, 0.888073, 1.45507, 2.40581", \
+            "0.112167, 0.297251, 0.411112, 0.597993, 0.917307, 1.46698, 2.40582", \
+            "0.169749, 0.3934, 0.51202, 0.701235, 1.01201, 1.53745, 2.4424", \
+            "0.256199, 0.5576, 0.693874, 0.900138, 1.22084, 1.73912, 2.60459" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0315096, 0.0961214, 0.139659, 0.211355, 0.330994, 0.530291, 0.861954", \
+            "0.0621269, 0.139847, 0.18431, 0.256023, 0.375759, 0.575435, 0.906548", \
+            "0.0798479, 0.175476, 0.224255, 0.298282, 0.418232, 0.617284, 0.949049", \
+            "0.103538, 0.231987, 0.292106, 0.377111, 0.504108, 0.705561, 1.03732", \
+            "0.134111, 0.314845, 0.395351, 0.505231, 0.657139, 0.876721, 1.21638", \
+            "0.169325, 0.422866, 0.53763, 0.686415, 0.888048, 1.15876, 1.54254", \
+            "0.205154, 0.556267, 0.720519, 0.935841, 1.21424, 1.58237, 2.07152" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0251462, 0.114653, 0.177238, 0.280924, 0.4544, 0.743654, 1.22545", \
+            "0.0412555, 0.122071, 0.180904, 0.282016, 0.454682, 0.74455, 1.22593", \
+            "0.0559641, 0.13913, 0.194281, 0.289657, 0.457024, 0.744551, 1.22594", \
+            "0.0796046, 0.177672, 0.231749, 0.321706, 0.477983, 0.752561, 1.22691", \
+            "0.117722, 0.247734, 0.308215, 0.399745, 0.549051, 0.803409, 1.25263", \
+            "0.174571, 0.361811, 0.437686, 0.546014, 0.70323, 0.954231, 1.36914", \
+            "0.261969, 0.538045, 0.649069, 0.789247, 0.983034, 1.2563, 1.68033" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0602347, 0.196311, 0.289526, 0.443685, 0.701302, 1.13078, 1.84671", \
+            "0.0852217, 0.226951, 0.320666, 0.475036, 0.733121, 1.16292, 1.87931", \
+            "0.10193, 0.253028, 0.347963, 0.502714, 0.761096, 1.19073, 1.90678", \
+            "0.125252, 0.297875, 0.3982, 0.556315, 0.81563, 1.24579, 1.96327", \
+            "0.156048, 0.372453, 0.48493, 0.655241, 0.923731, 1.35708, 2.07363", \
+            "0.194118, 0.488339, 0.623842, 0.820704, 1.115, 1.57035, 2.29791", \
+            "0.252543, 0.653643, 0.835225, 1.07949, 1.42691, 1.93549, 2.71271" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0367346, 0.214514, 0.337837, 0.542431, 0.88373, 1.45494, 2.40341", \
+            "0.0418264, 0.215495, 0.338103, 0.542432, 0.884472, 1.45504, 2.40508", \
+            "0.0487085, 0.220968, 0.341216, 0.542905, 0.884539, 1.45505, 2.40509", \
+            "0.0644099, 0.238044, 0.355313, 0.551397, 0.888001, 1.45536, 2.40668", \
+            "0.0965042, 0.276097, 0.392911, 0.58455, 0.909277, 1.46398, 2.40889", \
+            "0.156, 0.356377, 0.473584, 0.663456, 0.98318, 1.51837, 2.43503", \
+            "0.247516, 0.50744, 0.633194, 0.826657, 1.14875, 1.67377, 2.56128" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0020655, 0.00241357, 0.00239265, 0.00235424, 0.00224639, 0.0020257, 0.00169928", \
+            "0.00185279, 0.00226323, 0.00230518, 0.0022477, 0.00214352, 0.00199968, 0.00162028", \
+            "0.00175654, 0.00214701, 0.0021442, 0.00226771, 0.00212603, 0.0019476, 0.0016199", \
+            "0.00169384, 0.00205454, 0.00211262, 0.00203311, 0.00211107, 0.00188296, 0.00162703", \
+            "0.00173495, 0.00198056, 0.00204755, 0.00213011, 0.00198389, 0.00192725, 0.00154136", \
+            "0.00180381, 0.00198996, 0.00196008, 0.00203368, 0.002119, 0.0020447, 0.00162797", \
+            "0.00204896, 0.00182816, 0.00194846, 0.00189556, 0.00195266, 0.00201306, 0.00193936" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00538657, 0.00571483, 0.0057099, 0.0056665, 0.00553217, 0.00533552, 0.00512719", \
+            "0.0051987, 0.00557026, 0.00570057, 0.00559354, 0.00549003, 0.00535916, 0.00515667", \
+            "0.00513948, 0.00551883, 0.00555201, 0.00557372, 0.00555344, 0.00531344, 0.00507751", \
+            "0.00513199, 0.00541808, 0.0054928, 0.00552112, 0.00547577, 0.00550079, 0.00506529", \
+            "0.00513617, 0.0053763, 0.00543149, 0.00538106, 0.00556109, 0.00529899, 0.0049941", \
+            "0.00521751, 0.00530071, 0.00536551, 0.00543741, 0.00527571, 0.00536951, 0.00507862", \
+            "0.00547509, 0.00527459, 0.00534019, 0.00535079, 0.00538539, 0.00537839, 0.00494919" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00224479, 0.00238228, 0.00236027, 0.00228899, 0.00216445, 0.001987, 0.00161958", \
+            "0.00201135, 0.00224685, 0.00225715, 0.00224657, 0.0022004, 0.00195164, 0.00163605", \
+            "0.00209892, 0.0021775, 0.00223024, 0.00217128, 0.00210165, 0.00196007, 0.00155388", \
+            "0.00238101, 0.00224627, 0.00221028, 0.00218273, 0.0023443, 0.0019653, 0.00184904", \
+            "0.00321234, 0.00260853, 0.00252022, 0.00240476, 0.00222015, 0.00231668, 0.0016723", \
+            "0.00520217, 0.00391264, 0.00358087, 0.00324527, 0.00295287, 0.0023217, 0.00226706", \
+            "0.00932523, 0.00709322, 0.00627109, 0.00553047, 0.004746, 0.00394518, 0.00307143" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00537565, 0.00555787, 0.00554384, 0.00550306, 0.00539453, 0.00517758, 0.00490174", \
+            "0.00509236, 0.00536665, 0.00542245, 0.00540013, 0.00534132, 0.00521211, 0.00493358", \
+            "0.00505713, 0.00530035, 0.00541732, 0.00541944, 0.0052811, 0.00511785, 0.00496253", \
+            "0.00513854, 0.00522872, 0.00525613, 0.00536625, 0.00530548, 0.00512355, 0.00490924", \
+            "0.00562996, 0.00538342, 0.00537979, 0.00527926, 0.00541708, 0.0050428, 0.00477134", \
+            "0.0072582, 0.00615407, 0.00595588, 0.00581738, 0.00547762, 0.00541846, 0.00490686", \
+            "0.011184, 0.00867077, 0.00803485, 0.00744493, 0.00699656, 0.00637842, 0.0056148" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0024699, 0.00248709, 0.0024511, 0.00239071, 0.00226432, 0.00209449, 0.00166998", \
+            "0.00226343, 0.00238221, 0.00236495, 0.00236635, 0.0022173, 0.0021304, 0.00169075", \
+            "0.00232985, 0.00232263, 0.00235439, 0.00228208, 0.0024101, 0.00201126, 0.00166256", \
+            "0.00263001, 0.00246102, 0.00235581, 0.00230722, 0.00234022, 0.00216942, 0.00161451", \
+            "0.00342061, 0.00283886, 0.00271561, 0.00257636, 0.002386, 0.00244657, 0.00168568", \
+            "0.00538887, 0.00411835, 0.00376714, 0.00340045, 0.00306258, 0.00248696, 0.00228538", \
+            "0.0096046, 0.00745481, 0.00663585, 0.00579902, 0.00499811, 0.00420827, 0.00324572" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00686601, 0.00705906, 0.00703488, 0.00699493, 0.00687667, 0.00670924, 0.0063795", \
+            "0.00657978, 0.00687795, 0.00696627, 0.00689169, 0.00684154, 0.00671107, 0.0064377", \
+            "0.0065263, 0.00678032, 0.00687914, 0.00687114, 0.00681388, 0.00662781, 0.00633662", \
+            "0.00654303, 0.00668997, 0.00673153, 0.00689476, 0.00688316, 0.00662396, 0.0065061", \
+            "0.00686118, 0.00675745, 0.00680026, 0.0067058, 0.00682808, 0.00664516, 0.00649905", \
+            "0.0082227, 0.00739104, 0.00727566, 0.00716392, 0.00692428, 0.00685416, 0.00641602", \
+            "0.0121249, 0.00974781, 0.00923881, 0.00865376, 0.00837404, 0.00773029, 0.00703872" \
+          );
+        }
+      }
+    }
+    pin (A_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00222256;
+      rise_capacitance : 0.00225252;
+      rise_capacitance_range (0.0020181, 0.00241982);
+      fall_capacitance : 0.00219259;
+      fall_capacitance_range (0.00199962, 0.00237313);
+      internal_power () {
+        when : "(B * !C) + (!B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00407132, 0.00392832, 0.00400112, 0.00427748, 0.00489055, 0.00648371, 0.00998244" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00228748, 0.00217912, 0.00227012, 0.00253503, 0.0032064, 0.00482229, 0.00833851" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00407132, 0.00392832, 0.00400112, 0.00427748, 0.00489055, 0.00648371, 0.00998244" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00228748, 0.00217912, 0.00227012, 0.00253503, 0.0032064, 0.00482229, 0.00833851" \
+          );
+        }
+      }
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00297309;
+      rise_capacitance : 0.00307879;
+      rise_capacitance_range (0.00265074, 0.00341451);
+      fall_capacitance : 0.00286738;
+      fall_capacitance_range (0.00259636, 0.00322734);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00298984;
+      rise_capacitance : 0.00311115;
+      rise_capacitance_range (0.00269433, 0.00346703);
+      fall_capacitance : 0.00286853;
+      fall_capacitance_range (0.00270556, 0.00314293);
+    }
+  }
+  cell (sg13g2_nand4_1) {
+    area : 10.8864;
+    cell_footprint : "nand4";
+    cell_leakage_power : 91.5718;
+    leakage_power () {
+      value : 89.0856;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 92.8168;
+      when : "!A&!B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 74.3098;
+      when : "!A&!B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 97.6652;
+      when : "!A&!B&C&D&Y";
+    }
+    leakage_power () {
+      value : 70.5844;
+      when : "!A&B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 76.8556;
+      when : "!A&B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 54.4711;
+      when : "!A&B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 116.393;
+      when : "!A&B&C&D&Y";
+    }
+    leakage_power () {
+      value : 70.6494;
+      when : "A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 75.4053;
+      when : "A&!B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 54.7446;
+      when : "A&!B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 91.9516;
+      when : "A&!B&C&D&Y";
+    }
+    leakage_power () {
+      value : 53.4708;
+      when : "A&B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 69.6306;
+      when : "A&B&!C&D&Y";
+    }
+    leakage_power () {
+      value : 47.4607;
+      when : "A&B&C&!D&Y";
+    }
+    leakage_power () {
+      value : 329.654;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A*B*C*D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0272572, 0.0907276, 0.133988, 0.205597, 0.324992, 0.524654, 0.856616", \
+            "0.0525253, 0.133998, 0.17854, 0.250358, 0.369924, 0.569295, 0.901812", \
+            "0.0650716, 0.168478, 0.217994, 0.292364, 0.412503, 0.611744, 0.943811", \
+            "0.0814472, 0.222153, 0.284059, 0.370227, 0.497999, 0.699821, 1.03206", \
+            "0.0997191, 0.299722, 0.383367, 0.49595, 0.649433, 0.870393, 1.21101", \
+            "0.115788, 0.398111, 0.518628, 0.67223, 0.877459, 1.15124, 1.53689", \
+            "0.120122, 0.51377, 0.687656, 0.911749, 1.19725, 1.56992, 2.06166" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0192574, 0.108499, 0.171246, 0.275078, 0.448548, 0.738108, 1.22086", \
+            "0.0370715, 0.11668, 0.175203, 0.276124, 0.448748, 0.738146, 1.22111", \
+            "0.0514286, 0.134341, 0.189083, 0.284102, 0.451404, 0.738992, 1.22112", \
+            "0.0747831, 0.173538, 0.227369, 0.316823, 0.472702, 0.747389, 1.22385", \
+            "0.113027, 0.244249, 0.304779, 0.395286, 0.544476, 0.798412, 1.24769", \
+            "0.172826, 0.361357, 0.435812, 0.542752, 0.700407, 0.949799, 1.36467", \
+            "0.270352, 0.543098, 0.653945, 0.790374, 0.980713, 1.25637, 1.67671" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0571428, 0.236288, 0.358772, 0.560981, 0.899751, 1.46363, 2.40448", \
+            "0.0832838, 0.269501, 0.392506, 0.59515, 0.934285, 1.4985, 2.43909", \
+            "0.101703, 0.302744, 0.426483, 0.629319, 0.968393, 1.53301, 2.47339", \
+            "0.128065, 0.362824, 0.492722, 0.697559, 1.03638, 1.60097, 2.54201", \
+            "0.166688, 0.458365, 0.607765, 0.82973, 1.17673, 1.74078, 2.68016", \
+            "0.222943, 0.598115, 0.783268, 1.04512, 1.43144, 2.02012, 2.96516", \
+            "0.306274, 0.798252, 1.03454, 1.36326, 1.83016, 2.50546, 3.51281" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.050958, 0.283402, 0.444951, 0.712513, 1.16119, 1.90593, 3.14924", \
+            "0.0627201, 0.284508, 0.445045, 0.712514, 1.1612, 1.90613, 3.14941", \
+            "0.0761305, 0.292829, 0.449118, 0.717893, 1.16121, 1.90757, 3.14942", \
+            "0.0995258, 0.32138, 0.469432, 0.722781, 1.16215, 1.90758, 3.153", \
+            "0.137112, 0.383212, 0.530992, 0.772132, 1.18928, 1.9157, 3.15301", \
+            "0.196144, 0.496925, 0.653351, 0.901148, 1.30175, 1.98892, 3.18092", \
+            "0.292766, 0.675131, 0.862222, 1.13865, 1.56025, 2.22967, 3.35924" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0312458, 0.0946726, 0.137974, 0.209558, 0.329104, 0.528683, 0.860583", \
+            "0.0599621, 0.138172, 0.182562, 0.254309, 0.374, 0.573947, 0.905433", \
+            "0.0758231, 0.173476, 0.222426, 0.296568, 0.416589, 0.615832, 0.947899", \
+            "0.0962333, 0.228698, 0.289446, 0.3749, 0.502147, 0.703886, 1.03609", \
+            "0.121581, 0.309181, 0.391028, 0.501839, 0.654373, 0.874783, 1.21511", \
+            "0.147528, 0.412491, 0.529128, 0.678987, 0.884307, 1.15649, 1.54115", \
+            "0.166141, 0.536214, 0.705146, 0.924847, 1.20701, 1.57712, 2.06782" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0227132, 0.112481, 0.175236, 0.278976, 0.45264, 0.742372, 1.22463", \
+            "0.0394987, 0.120204, 0.178974, 0.280123, 0.453593, 0.743263, 1.22464", \
+            "0.0543679, 0.137353, 0.192471, 0.287866, 0.45528, 0.743264, 1.22465", \
+            "0.0785131, 0.176069, 0.230234, 0.320107, 0.476445, 0.751223, 1.22654", \
+            "0.117622, 0.24665, 0.307419, 0.398149, 0.547735, 0.802258, 1.25149", \
+            "0.17681, 0.363734, 0.438737, 0.54702, 0.701821, 0.952991, 1.36758", \
+            "0.270195, 0.543153, 0.65403, 0.791145, 0.983697, 1.25706, 1.67888" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0712089, 0.249197, 0.371552, 0.573903, 0.912285, 1.47641, 2.41725", \
+            "0.0971044, 0.281225, 0.404134, 0.606985, 0.945845, 1.51009, 2.45064", \
+            "0.115536, 0.311597, 0.435432, 0.638402, 0.97741, 1.54207, 2.48254", \
+            "0.142168, 0.366828, 0.495835, 0.701152, 1.0408, 1.60566, 2.54717", \
+            "0.17965, 0.458491, 0.602686, 0.821419, 1.16821, 1.73441, 2.67534", \
+            "0.23533, 0.597596, 0.774187, 1.02576, 1.4034, 1.98936, 2.93717", \
+            "0.322433, 0.80121, 1.02814, 1.34115, 1.78886, 2.44142, 3.43739" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0510579, 0.2836, 0.445206, 0.712275, 1.16006, 1.90722, 3.14925", \
+            "0.0591795, 0.28434, 0.44537, 0.712681, 1.16007, 1.90723, 3.14942", \
+            "0.0702153, 0.289863, 0.447717, 0.715532, 1.161, 1.90786, 3.14943", \
+            "0.091949, 0.310603, 0.461923, 0.719622, 1.16174, 1.90787, 3.15319", \
+            "0.130984, 0.35988, 0.507871, 0.754791, 1.18035, 1.91355, 3.1532", \
+            "0.192953, 0.457823, 0.609262, 0.854754, 1.26197, 1.9636, 3.1694", \
+            "0.286073, 0.623014, 0.795169, 1.05563, 1.46801, 2.14346, 3.29571" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0334166, 0.0978488, 0.141445, 0.213208, 0.333018, 0.532647, 0.864761", \
+            "0.0646901, 0.141603, 0.186047, 0.257946, 0.377852, 0.577762, 0.909508", \
+            "0.0828102, 0.177369, 0.226036, 0.300051, 0.42022, 0.619558, 0.951869", \
+            "0.107008, 0.234149, 0.294039, 0.378974, 0.506083, 0.707777, 1.04037", \
+            "0.137936, 0.317324, 0.397594, 0.507443, 0.659177, 0.87899, 1.21906", \
+            "0.172153, 0.42507, 0.538469, 0.687246, 0.890213, 1.16166, 1.54586", \
+            "0.203411, 0.556403, 0.721072, 0.936954, 1.21613, 1.58419, 2.07381" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0258806, 0.116554, 0.178919, 0.282824, 0.456674, 0.746364, 1.22875", \
+            "0.0416927, 0.123289, 0.182394, 0.283822, 0.456879, 0.747117, 1.22918", \
+            "0.0569187, 0.140171, 0.195526, 0.291323, 0.458998, 0.747118, 1.22919", \
+            "0.0816226, 0.178517, 0.233071, 0.323199, 0.479908, 0.755271, 1.23077", \
+            "0.12163, 0.249409, 0.309523, 0.401057, 0.550551, 0.805836, 1.25544", \
+            "0.181464, 0.365188, 0.44166, 0.549334, 0.705209, 0.956598, 1.37147", \
+            "0.275142, 0.54569, 0.65491, 0.793558, 0.986261, 1.25931, 1.68346" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0791875, 0.257112, 0.379619, 0.581896, 0.920276, 1.48483, 2.4252", \
+            "0.104859, 0.287115, 0.410026, 0.613095, 0.951774, 1.51633, 2.45635", \
+            "0.122763, 0.31317, 0.436766, 0.639715, 0.978717, 1.54329, 2.48381", \
+            "0.149237, 0.359991, 0.487552, 0.692298, 1.03187, 1.59666, 2.53813", \
+            "0.184844, 0.439808, 0.578611, 0.793642, 1.13877, 1.70465, 2.64553", \
+            "0.231357, 0.56474, 0.728882, 0.968927, 1.33809, 1.91894, 2.86518", \
+            "0.305536, 0.750595, 0.960079, 1.24848, 1.67121, 2.30329, 3.28792" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0510407, 0.28355, 0.445219, 0.712133, 1.15947, 1.90498, 3.14815", \
+            "0.0563605, 0.28405, 0.445267, 0.713564, 1.15997, 1.90505, 3.14942", \
+            "0.0641002, 0.288187, 0.446999, 0.716076, 1.16108, 1.90614, 3.14943", \
+            "0.0812239, 0.303563, 0.457713, 0.71795, 1.16143, 1.9077, 3.15305", \
+            "0.116887, 0.341903, 0.493485, 0.744983, 1.17627, 1.90968, 3.15306", \
+            "0.18196, 0.424766, 0.574333, 0.82284, 1.24056, 1.95169, 3.16888", \
+            "0.280947, 0.583021, 0.739181, 0.989009, 1.4006, 2.09506, 3.26481" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0341984, 0.100109, 0.144286, 0.21595, 0.335947, 0.535491, 0.867341", \
+            "0.0675785, 0.143957, 0.188561, 0.260626, 0.380457, 0.580147, 0.911933", \
+            "0.0875561, 0.180406, 0.228904, 0.302937, 0.423145, 0.622388, 0.954557", \
+            "0.114669, 0.238489, 0.297781, 0.382214, 0.509177, 0.710683, 1.04267", \
+            "0.150398, 0.323961, 0.403129, 0.511877, 0.662822, 0.881918, 1.22176", \
+            "0.191884, 0.435827, 0.548341, 0.695211, 0.895439, 1.16493, 1.54821", \
+            "0.234669, 0.573732, 0.735272, 0.947858, 1.22359, 1.58963, 2.07837" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0286281, 0.119344, 0.182481, 0.285866, 0.459574, 0.748813, 1.23087", \
+            "0.0438816, 0.1262, 0.185447, 0.286784, 0.462036, 0.749308, 1.23123", \
+            "0.059224, 0.142705, 0.198366, 0.294347, 0.462133, 0.750613, 1.23124", \
+            "0.0845221, 0.18085, 0.23516, 0.325675, 0.482839, 0.757927, 1.23232", \
+            "0.125513, 0.251335, 0.311599, 0.403424, 0.552843, 0.808, 1.25754", \
+            "0.186951, 0.367262, 0.44205, 0.549806, 0.707655, 0.958755, 1.37313", \
+            "0.2809, 0.549046, 0.65717, 0.794568, 0.987237, 1.26154, 1.68482" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0829586, 0.260885, 0.383436, 0.585521, 0.924264, 1.48817, 2.42899", \
+            "0.108787, 0.289995, 0.412894, 0.615791, 0.954642, 1.51878, 2.45906", \
+            "0.1265, 0.313435, 0.436852, 0.639799, 0.978801, 1.54337, 2.48388", \
+            "0.15249, 0.354015, 0.480566, 0.684931, 1.0243, 1.58916, 2.53091", \
+            "0.187634, 0.422376, 0.557601, 0.77073, 1.11463, 1.68011, 2.62137", \
+            "0.228723, 0.531542, 0.685669, 0.91864, 1.28187, 1.86062, 2.80524", \
+            "0.284925, 0.693448, 0.885355, 1.15815, 1.56271, 2.18241, 3.15966" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0510385, 0.283545, 0.445156, 0.712554, 1.16006, 1.90602, 3.14925", \
+            "0.0545138, 0.284105, 0.44543, 0.71272, 1.16007, 1.90631, 3.14934", \
+            "0.0599322, 0.28677, 0.446959, 0.715413, 1.16109, 1.90632, 3.14941", \
+            "0.071918, 0.299001, 0.454975, 0.716746, 1.1611, 1.90836, 3.15075", \
+            "0.0997157, 0.329062, 0.48323, 0.73901, 1.17356, 1.90901, 3.15076", \
+            "0.159116, 0.395833, 0.549176, 0.801201, 1.22665, 1.94367, 3.16279", \
+            "0.262997, 0.534089, 0.686849, 0.94085, 1.35688, 2.06383, 3.24731" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00189245, 0.0021903, 0.00217612, 0.00213526, 0.00201351, 0.00183338, 0.00149274", \
+            "0.00166701, 0.00206466, 0.00212671, 0.00212317, 0.00202073, 0.00185183, 0.00155903", \
+            "0.00175584, 0.00195594, 0.00205025, 0.00205356, 0.00216005, 0.0018912, 0.00148441", \
+            "0.00204901, 0.00200221, 0.00199265, 0.00200806, 0.00222018, 0.00178003, 0.00156517", \
+            "0.00290288, 0.00227436, 0.00222695, 0.00218534, 0.00204815, 0.00217074, 0.00147703", \
+            "0.00486015, 0.00342222, 0.00311555, 0.00283122, 0.00264996, 0.0021604, 0.00201521", \
+            "0.0091236, 0.00648932, 0.00568477, 0.00496962, 0.00420934, 0.00372841, 0.00290644" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00440301, 0.00466928, 0.00465398, 0.00460771, 0.0045131, 0.00432338, 0.00400565", \
+            "0.00412327, 0.00446241, 0.00448544, 0.00449658, 0.00442761, 0.0042746, 0.00401647", \
+            "0.0041889, 0.00440796, 0.00441292, 0.00460196, 0.004407, 0.00426069, 0.00402257", \
+            "0.00447694, 0.0043191, 0.00439807, 0.00436886, 0.00440734, 0.00418201, 0.00402857", \
+            "0.0052202, 0.00467492, 0.00456503, 0.00446938, 0.00447485, 0.0047625, 0.00399353", \
+            "0.00705213, 0.00581326, 0.00547683, 0.0051258, 0.00477, 0.0046523, 0.0044414", \
+            "0.0111912, 0.00865296, 0.00790309, 0.0072376, 0.00651506, 0.00555719, 0.00522679" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0021519, 0.00225469, 0.00222115, 0.00215351, 0.00203956, 0.00186157, 0.00146723", \
+            "0.00187554, 0.00215129, 0.00214183, 0.00217406, 0.00208653, 0.00194661, 0.00149063", \
+            "0.00189744, 0.00206544, 0.00212554, 0.00207307, 0.00200141, 0.00185079, 0.00149371", \
+            "0.00222435, 0.00211214, 0.00209551, 0.00206035, 0.00222911, 0.00199982, 0.00147278", \
+            "0.00296674, 0.0024025, 0.00235025, 0.00225171, 0.00206, 0.0022272, 0.00152158", \
+            "0.0047944, 0.00359956, 0.00332605, 0.00300542, 0.00269635, 0.0021706, 0.00204472", \
+            "0.00869048, 0.00666007, 0.00580346, 0.00510522, 0.0043485, 0.00371361, 0.00274159" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00618008, 0.00632954, 0.00630808, 0.00624885, 0.00614454, 0.00598446, 0.00564445", \
+            "0.00587142, 0.00616129, 0.0061763, 0.00617835, 0.00608045, 0.00591745, 0.00567209", \
+            "0.0058179, 0.00610675, 0.00609962, 0.0061929, 0.00606265, 0.00592666, 0.00565434", \
+            "0.00586897, 0.00595814, 0.00605513, 0.00600528, 0.00604787, 0.00593637, 0.00573901", \
+            "0.00629469, 0.00611586, 0.00606229, 0.0060535, 0.00602977, 0.00642197, 0.0056436", \
+            "0.00778547, 0.00683884, 0.00667992, 0.00649731, 0.00623576, 0.00641573, 0.00597174", \
+            "0.0114655, 0.00915667, 0.00856667, 0.00807148, 0.00757931, 0.00680537, 0.00658242" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00242388, 0.00247317, 0.00239279, 0.00232706, 0.00220246, 0.00202075, 0.00162762", \
+            "0.00214251, 0.00231524, 0.00228612, 0.00234297, 0.00217293, 0.00206473, 0.00164458", \
+            "0.00215969, 0.00223873, 0.00228299, 0.00222505, 0.00236704, 0.00195113, 0.00160992", \
+            "0.00239285, 0.00232007, 0.00226345, 0.00222112, 0.00227326, 0.00215211, 0.00162378", \
+            "0.003125, 0.00264537, 0.00255386, 0.0024423, 0.00221618, 0.00235002, 0.00168932", \
+            "0.00493423, 0.00383657, 0.00359318, 0.00323888, 0.00288509, 0.00235277, 0.00221102", \
+            "0.00893982, 0.00687577, 0.00610005, 0.00537033, 0.0046394, 0.00388558, 0.00295918" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00767714, 0.00782674, 0.00781261, 0.00774125, 0.00764158, 0.00742196, 0.00718896", \
+            "0.00736367, 0.00765651, 0.00767722, 0.00769569, 0.00760005, 0.00739119, 0.00717492", \
+            "0.00730758, 0.00757951, 0.00759037, 0.00770363, 0.00756098, 0.00737472, 0.00716036", \
+            "0.00729193, 0.00744069, 0.00754259, 0.00752212, 0.00749501, 0.00743529, 0.00719205", \
+            "0.0075452, 0.00753655, 0.00750718, 0.00752218, 0.00757037, 0.00791475, 0.00711532", \
+            "0.00875984, 0.00805955, 0.00794644, 0.00780792, 0.00765687, 0.00774191, 0.00759353", \
+            "0.0123701, 0.010247, 0.00966775, 0.00923548, 0.00879688, 0.00822567, 0.0080655" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0026316, 0.00259423, 0.00258968, 0.0024816, 0.00237414, 0.00216588, 0.00179493", \
+            "0.00240861, 0.00250082, 0.00244263, 0.0025033, 0.0025085, 0.00212898, 0.00177641", \
+            "0.00243593, 0.00244477, 0.00246646, 0.00237053, 0.00227437, 0.00224032, 0.00177475", \
+            "0.00267357, 0.00255701, 0.00246858, 0.00241683, 0.00238667, 0.00232403, 0.00169753", \
+            "0.00337148, 0.00289587, 0.00278898, 0.00268199, 0.00238816, 0.00242316, 0.00191228", \
+            "0.00520964, 0.00411472, 0.00373825, 0.00340868, 0.00313183, 0.00252924, 0.00236651", \
+            "0.00926234, 0.00726051, 0.00641875, 0.00569368, 0.004883, 0.00410582, 0.00323899" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00911023, 0.00926777, 0.00924595, 0.00918793, 0.00908063, 0.0088929, 0.00862023", \
+            "0.00881051, 0.00909332, 0.00912763, 0.00911726, 0.00900953, 0.00885162, 0.00859385", \
+            "0.00874554, 0.00901384, 0.00904856, 0.00913198, 0.00900189, 0.00881303, 0.00860573", \
+            "0.00869892, 0.00886361, 0.00897492, 0.008961, 0.00895424, 0.00881833, 0.00865938", \
+            "0.00886209, 0.00893524, 0.00892449, 0.00895856, 0.00898565, 0.00924856, 0.00856607", \
+            "0.00985582, 0.00935412, 0.00929638, 0.00920839, 0.0089815, 0.00911608, 0.00867029", \
+            "0.0132843, 0.0113157, 0.0108563, 0.0105416, 0.0101159, 0.00961638, 0.00932906" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00287103;
+      rise_capacitance : 0.00290247;
+      rise_capacitance_range (0.00262315, 0.00309088);
+      fall_capacitance : 0.00283958;
+      fall_capacitance_range (0.0024383, 0.00335005);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301029;
+      rise_capacitance : 0.00310699;
+      rise_capacitance_range (0.00269568, 0.00343381);
+      fall_capacitance : 0.0029136;
+      fall_capacitance_range (0.00260874, 0.00330725);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00302909;
+      rise_capacitance : 0.00313841;
+      rise_capacitance_range (0.00272902, 0.00348805);
+      fall_capacitance : 0.00291978;
+      fall_capacitance_range (0.00269937, 0.00323587);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00299933;
+      rise_capacitance : 0.00312127;
+      rise_capacitance_range (0.00271512, 0.00345946);
+      fall_capacitance : 0.0028774;
+      fall_capacitance_range (0.00273673, 0.00312786);
+    }
+  }
+  cell (sg13g2_nor2_1) {
+    area : 7.2576;
+    cell_footprint : "nor2";
+    cell_leakage_power : 82.9235;
+    leakage_power () {
+      value : 75.3193;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 87.0854;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 103.601;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 65.6883;
+      when : "A&B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0419479, 0.172917, 0.262696, 0.410879, 0.65908, 1.07259, 1.76256", \
+            "0.0656106, 0.20404, 0.294121, 0.442904, 0.691418, 1.10509, 1.79543", \
+            "0.078468, 0.231196, 0.322426, 0.471306, 0.720053, 1.13415, 1.82326", \
+            "0.0942048, 0.278964, 0.376611, 0.528871, 0.778382, 1.19248, 1.88214", \
+            "0.113173, 0.354733, 0.468592, 0.635964, 0.89528, 1.31255, 2.0027", \
+            "0.138483, 0.462657, 0.607311, 0.806095, 1.09842, 1.54006, 2.23976", \
+            "0.171975, 0.607649, 0.801928, 1.06065, 1.41535, 1.92632, 2.68189" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0271739, 0.207136, 0.332565, 0.539472, 0.886402, 1.46516, 2.42828", \
+            "0.0364, 0.208441, 0.33268, 0.539578, 0.886456, 1.46531, 2.42929", \
+            "0.046438, 0.215272, 0.335914, 0.540365, 0.887588, 1.46532, 2.4293", \
+            "0.0653426, 0.237749, 0.353013, 0.550081, 0.889951, 1.46572, 2.42931", \
+            "0.10007, 0.288755, 0.40119, 0.589986, 0.914902, 1.47539, 2.43063", \
+            "0.154014, 0.381938, 0.500848, 0.687899, 1.00264, 1.53623, 2.45761", \
+            "0.236206, 0.538701, 0.677872, 0.880107, 1.20008, 1.72303, 2.60487" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.025147, 0.0766595, 0.111257, 0.168277, 0.263659, 0.422567, 0.687349", \
+            "0.0514367, 0.123247, 0.160424, 0.218452, 0.313842, 0.472716, 0.7375", \
+            "0.0665129, 0.158645, 0.202051, 0.265063, 0.362905, 0.521918, 0.786488", \
+            "0.0866908, 0.21205, 0.267323, 0.343777, 0.45335, 0.618683, 0.883989", \
+            "0.113926, 0.290583, 0.365769, 0.466, 0.602317, 0.793894, 1.07699", \
+            "0.148626, 0.400171, 0.507214, 0.64446, 0.829718, 1.07396, 1.41199", \
+            "0.191444, 0.541828, 0.697173, 0.897456, 1.15292, 1.49153, 1.93182" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0145775, 0.0801875, 0.12688, 0.204148, 0.333503, 0.549046, 0.908295", \
+            "0.0300031, 0.0932289, 0.135215, 0.208043, 0.334351, 0.549047, 0.908407", \
+            "0.0423256, 0.112728, 0.153855, 0.222379, 0.34213, 0.551152, 0.908408", \
+            "0.062613, 0.148937, 0.193238, 0.261463, 0.374404, 0.569729, 0.914979", \
+            "0.0944669, 0.212057, 0.263374, 0.338998, 0.454331, 0.641218, 0.960511", \
+            "0.143999, 0.316438, 0.382199, 0.474305, 0.604595, 0.802122, 1.11333", \
+            "0.222313, 0.482728, 0.579022, 0.697684, 0.863295, 1.09013, 1.43528" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0354437, 0.167884, 0.257977, 0.406183, 0.654438, 1.06774, 1.75696", \
+            "0.0583183, 0.203188, 0.293381, 0.442158, 0.690831, 1.10461, 1.79402", \
+            "0.0706742, 0.236449, 0.327929, 0.476635, 0.725244, 1.14, 1.82824", \
+            "0.0875366, 0.294866, 0.395804, 0.54924, 0.798443, 1.21217, 1.90141", \
+            "0.110238, 0.382659, 0.507416, 0.682432, 0.944948, 1.36212, 2.05097", \
+            "0.139966, 0.503209, 0.664244, 0.885028, 1.19355, 1.64636, 2.34522", \
+            "0.178398, 0.659607, 0.878351, 1.16965, 1.5666, 2.11326, 2.89652" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273948, 0.207018, 0.332533, 0.539548, 0.886462, 1.46502, 2.42801", \
+            "0.0440387, 0.209534, 0.332853, 0.540005, 0.886463, 1.46531, 2.42925", \
+            "0.056478, 0.220938, 0.338303, 0.540927, 0.887839, 1.46615, 2.42926", \
+            "0.0764654, 0.255108, 0.365388, 0.556469, 0.891382, 1.46616, 2.42927", \
+            "0.108369, 0.325107, 0.436212, 0.617258, 0.930774, 1.48079, 2.43028", \
+            "0.160283, 0.439389, 0.568506, 0.757278, 1.06289, 1.5735, 2.47316", \
+            "0.247079, 0.621671, 0.783289, 1.00902, 1.33797, 1.85026, 2.6959" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0219387, 0.0737406, 0.108211, 0.165142, 0.260506, 0.419373, 0.68405", \
+            "0.0431965, 0.119781, 0.157191, 0.215366, 0.310773, 0.469518, 0.734276", \
+            "0.0545436, 0.154157, 0.198188, 0.261703, 0.359724, 0.518755, 0.783124", \
+            "0.0688692, 0.205559, 0.262306, 0.339533, 0.449556, 0.615191, 0.880689", \
+            "0.0873237, 0.280785, 0.358076, 0.459941, 0.597672, 0.790102, 1.0737", \
+            "0.10902, 0.384406, 0.495475, 0.63532, 0.822689, 1.06863, 1.40788", \
+            "0.131103, 0.515321, 0.67762, 0.882984, 1.14255, 1.48329, 1.92656" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.011432, 0.0764964, 0.123136, 0.200279, 0.329881, 0.545133, 0.904263", \
+            "0.026517, 0.0897969, 0.13167, 0.204195, 0.330468, 0.545134, 0.904776", \
+            "0.0381831, 0.10952, 0.150598, 0.218662, 0.338357, 0.547325, 0.904777", \
+            "0.057152, 0.145605, 0.189808, 0.257912, 0.370453, 0.566148, 0.910512", \
+            "0.0878593, 0.208649, 0.260651, 0.335716, 0.451133, 0.637453, 0.956733", \
+            "0.137168, 0.314189, 0.378763, 0.471388, 0.601446, 0.79975, 1.10964", \
+            "0.219946, 0.481743, 0.578549, 0.695043, 0.861731, 1.08686, 1.43091" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00431785, 0.00452943, 0.00451079, 0.00444364, 0.00433371, 0.00433517, 0.00421642", \
+            "0.00414371, 0.00435236, 0.00436145, 0.00434904, 0.00426415, 0.00428918, 0.00428829", \
+            "0.00413259, 0.00431249, 0.00432554, 0.00428404, 0.00429301, 0.00419622, 0.00418304", \
+            "0.00424651, 0.00425762, 0.00427201, 0.00424123, 0.00421994, 0.00421238, 0.0041844", \
+            "0.00485473, 0.00448129, 0.00439315, 0.00429707, 0.00449539, 0.00437085, 0.00417256", \
+            "0.0066978, 0.00538384, 0.00512674, 0.00488461, 0.00452204, 0.00446321, 0.00423297", \
+            "0.0110067, 0.00817966, 0.00746966, 0.00677796, 0.00614427, 0.00539682, 0.00493299" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00202764, 0.00213325, 0.00207201, 0.00200952, 0.00190796, 0.00173651, 0.00140699", \
+            "0.00179735, 0.00195643, 0.00197647, 0.00205843, 0.00214502, 0.00168893, 0.00143292", \
+            "0.0018451, 0.00196139, 0.00193486, 0.00191522, 0.00197558, 0.00169131, 0.00132002", \
+            "0.00218264, 0.00201527, 0.00201581, 0.00194208, 0.00184204, 0.00207944, 0.00167517", \
+            "0.00304707, 0.00234775, 0.00227434, 0.00222861, 0.00206583, 0.00165318, 0.00195489", \
+            "0.00497732, 0.00358805, 0.00326859, 0.00291419, 0.00268215, 0.00241257, 0.00174802", \
+            "0.00924748, 0.00687491, 0.00598943, 0.00518905, 0.00433065, 0.00374516, 0.00309802" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00214703, 0.00254861, 0.00255102, 0.00249284, 0.00238913, 0.00235246, 0.00224419", \
+            "0.00206685, 0.00230515, 0.00233929, 0.00237911, 0.00228948, 0.002327, 0.00224571", \
+            "0.00221496, 0.00228389, 0.00230219, 0.00227609, 0.00229234, 0.00231091, 0.00220175", \
+            "0.00262644, 0.00229234, 0.00229522, 0.00224036, 0.0021901, 0.00215648, 0.00213363", \
+            "0.00355239, 0.0027657, 0.00260086, 0.00240501, 0.00250978, 0.00221765, 0.00214663", \
+            "0.00572008, 0.00408767, 0.00367759, 0.00335468, 0.00278252, 0.00280686, 0.002329", \
+            "0.010379, 0.00736494, 0.00657283, 0.00576563, 0.00494431, 0.00388365, 0.00327137" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00185615, 0.00232065, 0.00225996, 0.00220468, 0.00212689, 0.00198823, 0.00163743", \
+            "0.0016045, 0.00207719, 0.00213516, 0.00221044, 0.00207578, 0.00196448, 0.00171339", \
+            "0.00168965, 0.00201502, 0.00204754, 0.00209213, 0.00220485, 0.00214112, 0.00160344", \
+            "0.00205156, 0.00199837, 0.00207418, 0.00207123, 0.00197255, 0.00228152, 0.00197203", \
+            "0.00298467, 0.00225685, 0.00228132, 0.00222995, 0.00216705, 0.0018373, 0.00210349", \
+            "0.00516141, 0.00346183, 0.00312409, 0.00283916, 0.00270751, 0.00255206, 0.00192866", \
+            "0.00970278, 0.00671201, 0.00585541, 0.00502693, 0.00424195, 0.00366928, 0.00312367" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00304068;
+      rise_capacitance : 0.00301218;
+      rise_capacitance_range (0.00276769, 0.00330083);
+      fall_capacitance : 0.00306918;
+      fall_capacitance_range (0.00264116, 0.00344291);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00291906;
+      rise_capacitance : 0.00299277;
+      rise_capacitance_range (0.00244461, 0.00344126);
+      fall_capacitance : 0.00284534;
+      fall_capacitance_range (0.00257915, 0.00312528);
+    }
+  }
+  cell (sg13g2_nor2_2) {
+    area : 10.8864;
+    cell_footprint : "nor2";
+    cell_leakage_power : 165.861;
+    leakage_power () {
+      value : 150.611;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 174.148;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 207.257;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 131.426;
+      when : "A&B";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0393946, 0.106203, 0.15156, 0.226241, 0.351065, 0.55913, 0.905332", \
+            "0.0627281, 0.136898, 0.183051, 0.258155, 0.383367, 0.591488, 0.938075", \
+            "0.0745904, 0.16073, 0.209575, 0.286174, 0.411712, 0.620061, 0.966714", \
+            "0.0886413, 0.198483, 0.254663, 0.338018, 0.468399, 0.678387, 1.02547", \
+            "0.103554, 0.253653, 0.325128, 0.424193, 0.570256, 0.792368, 1.14477", \
+            "0.12346, 0.326083, 0.422011, 0.551189, 0.728166, 0.984079, 1.36435", \
+            "0.151259, 0.4223, 0.551574, 0.725507, 0.961217, 1.27751, 1.72753" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0220974, 0.112673, 0.175739, 0.280043, 0.454667, 0.745479, 1.23005", \
+            "0.0310048, 0.116629, 0.177552, 0.280429, 0.455264, 0.745777, 1.23083", \
+            "0.0402977, 0.126784, 0.18537, 0.284862, 0.456075, 0.745851, 1.23084", \
+            "0.0581037, 0.151218, 0.208793, 0.303779, 0.468266, 0.750572, 1.2309", \
+            "0.0921064, 0.199453, 0.258858, 0.353579, 0.510961, 0.78108, 1.24621", \
+            "0.146084, 0.280486, 0.349514, 0.450908, 0.610313, 0.872611, 1.31807", \
+            "0.226629, 0.408448, 0.49837, 0.623629, 0.799267, 1.07208, 1.51019" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0236448, 0.0508169, 0.0683908, 0.097183, 0.145152, 0.224997, 0.357875", \
+            "0.0488899, 0.091966, 0.11369, 0.145627, 0.195128, 0.275196, 0.407952", \
+            "0.0630889, 0.119788, 0.147083, 0.184969, 0.24015, 0.323685, 0.457255", \
+            "0.0821447, 0.160538, 0.196736, 0.246165, 0.313683, 0.409898, 0.552432", \
+            "0.107761, 0.21851, 0.269656, 0.336558, 0.427792, 0.549322, 0.718819", \
+            "0.140389, 0.295625, 0.369342, 0.466302, 0.592059, 0.759088, 0.979223", \
+            "0.180284, 0.392225, 0.497334, 0.637543, 0.821696, 1.05597, 1.36156" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0132164, 0.0456682, 0.0689264, 0.107633, 0.172623, 0.280894, 0.46137", \
+            "0.0278684, 0.0622283, 0.0830787, 0.117644, 0.177808, 0.2827, 0.461759", \
+            "0.0394189, 0.0806411, 0.102417, 0.137008, 0.193904, 0.292797, 0.465608", \
+            "0.0583601, 0.112041, 0.137502, 0.175215, 0.234027, 0.328061, 0.488812", \
+            "0.0881911, 0.16561, 0.197335, 0.242605, 0.308126, 0.40786, 0.565187", \
+            "0.134772, 0.250599, 0.297201, 0.355681, 0.437763, 0.551882, 0.725036", \
+            "0.20831, 0.38021, 0.452673, 0.543088, 0.651467, 0.798948, 1.00166" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0310609, 0.0993172, 0.144975, 0.219761, 0.344584, 0.552478, 0.899323", \
+            "0.0515849, 0.133242, 0.179925, 0.255235, 0.380412, 0.588677, 0.935714", \
+            "0.062146, 0.161613, 0.212425, 0.289809, 0.415365, 0.623506, 0.970105", \
+            "0.0767924, 0.204997, 0.266687, 0.354271, 0.486423, 0.696637, 1.04305", \
+            "0.0960221, 0.26652, 0.346924, 0.456857, 0.612191, 0.839146, 1.19266", \
+            "0.121341, 0.34647, 0.454533, 0.599503, 0.797765, 1.07213, 1.46405", \
+            "0.153764, 0.45101, 0.594452, 0.790402, 1.05603, 1.41106, 1.90204" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0224778, 0.11279, 0.175872, 0.279959, 0.454732, 0.745671, 1.23041", \
+            "0.0384061, 0.120216, 0.179312, 0.280902, 0.454788, 0.745672, 1.23053", \
+            "0.0495944, 0.136805, 0.192467, 0.288411, 0.456838, 0.745673, 1.23054", \
+            "0.0675164, 0.171813, 0.227659, 0.318606, 0.476745, 0.753884, 1.23212", \
+            "0.0965147, 0.230778, 0.294909, 0.39031, 0.542662, 0.801368, 1.25555", \
+            "0.144537, 0.322755, 0.403715, 0.517083, 0.681107, 0.938162, 1.3657", \
+            "0.226466, 0.462086, 0.572031, 0.720395, 0.918464, 1.20744, 1.64376" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0197571, 0.0476104, 0.0650549, 0.0937577, 0.141823, 0.221673, 0.354802", \
+            "0.0386333, 0.0870498, 0.10944, 0.141944, 0.191559, 0.271936, 0.405015", \
+            "0.0485818, 0.112864, 0.141504, 0.180362, 0.23623, 0.320312, 0.454285", \
+            "0.060578, 0.150354, 0.188545, 0.239802, 0.308881, 0.40617, 0.549165", \
+            "0.0757694, 0.202549, 0.257308, 0.327136, 0.420615, 0.5438, 0.714947", \
+            "0.0931214, 0.270547, 0.349765, 0.451501, 0.580804, 0.751288, 0.973879", \
+            "0.108972, 0.352664, 0.46555, 0.612956, 0.803258, 1.04346, 1.35258" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00963763, 0.041567, 0.0647852, 0.103568, 0.168743, 0.277097, 0.457999", \
+            "0.0238486, 0.0585807, 0.0795344, 0.113891, 0.17409, 0.27894, 0.458428", \
+            "0.0346407, 0.0767794, 0.0988554, 0.133381, 0.190432, 0.2891, 0.461998", \
+            "0.0518725, 0.108237, 0.134204, 0.171569, 0.230354, 0.324543, 0.485597", \
+            "0.08001, 0.161681, 0.193658, 0.239909, 0.304648, 0.404615, 0.561775", \
+            "0.126397, 0.246091, 0.294432, 0.352355, 0.43567, 0.549498, 0.721663", \
+            "0.204799, 0.376457, 0.450453, 0.5411, 0.649989, 0.796154, 1.00323" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00872463, 0.00916278, 0.0092115, 0.00919721, 0.0091121, 0.00890687, 0.0088495", \
+            "0.00840891, 0.00875217, 0.00882159, 0.00896594, 0.0089455, 0.008783, 0.00851465", \
+            "0.00838311, 0.00859606, 0.00870384, 0.00875062, 0.00889988, 0.00869649, 0.0083941", \
+            "0.00861108, 0.00863273, 0.00863323, 0.0086286, 0.00892731, 0.0088344, 0.00830376", \
+            "0.00980133, 0.0091887, 0.00907105, 0.00895235, 0.00875805, 0.00890062, 0.00828081", \
+            "0.0135339, 0.0113702, 0.0109297, 0.0104624, 0.00997843, 0.00939651, 0.0091324", \
+            "0.0222865, 0.0181788, 0.0168299, 0.0154667, 0.0140676, 0.0127124, 0.0117353" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00405086, 0.00429701, 0.0042305, 0.00418547, 0.00408781, 0.0039039, 0.00360981", \
+            "0.00354878, 0.00389299, 0.0038922, 0.00392868, 0.00413175, 0.00398393, 0.00355456", \
+            "0.00368719, 0.00386086, 0.0039138, 0.00391969, 0.00380857, 0.00406081, 0.00369478", \
+            "0.00438235, 0.00400429, 0.00401621, 0.00403005, 0.00396038, 0.00361417, 0.0038256", \
+            "0.00613166, 0.00507592, 0.00481005, 0.00455327, 0.00432872, 0.00423128, 0.0037043", \
+            "0.0100282, 0.00812562, 0.0073961, 0.00673439, 0.0059584, 0.00542485, 0.00492597", \
+            "0.018566, 0.0154415, 0.0141251, 0.0126417, 0.0108872, 0.0090744, 0.00792601" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00430898, 0.00512855, 0.00522908, 0.00522888, 0.00518365, 0.00497678, 0.00464567", \
+            "0.00426002, 0.00455187, 0.00466614, 0.00485468, 0.00486554, 0.00477257, 0.00454845", \
+            "0.00459153, 0.00448406, 0.0045946, 0.00462429, 0.00486677, 0.00462798, 0.00440539", \
+            "0.00546741, 0.00492865, 0.0047972, 0.00469468, 0.00489404, 0.00453977, 0.00430439", \
+            "0.00741363, 0.00610942, 0.00578027, 0.00545428, 0.00509553, 0.00507934, 0.00439438", \
+            "0.0118542, 0.00931793, 0.00861433, 0.00804302, 0.0072064, 0.00619212, 0.0056693", \
+            "0.0212787, 0.0168754, 0.0153531, 0.0139276, 0.0121861, 0.0105159, 0.00883418" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00284959, 0.00386767, 0.00390176, 0.0038439, 0.00381081, 0.0036209, 0.00338987", \
+            "0.00251971, 0.00327056, 0.00343112, 0.00356766, 0.00373348, 0.00375882, 0.00342437", \
+            "0.0027366, 0.00309015, 0.00333973, 0.00340701, 0.00346541, 0.00373698, 0.00341365", \
+            "0.0035301, 0.00319377, 0.00328667, 0.00341225, 0.00353455, 0.00332598, 0.00346217", \
+            "0.00550989, 0.00419004, 0.00396832, 0.00386556, 0.00372329, 0.00373745, 0.00322619", \
+            "0.00989302, 0.00730746, 0.00655874, 0.00578548, 0.00519146, 0.00484362, 0.00443558", \
+            "0.0191389, 0.0148315, 0.013346, 0.0116408, 0.00984154, 0.00820903, 0.0074998" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00580332;
+      rise_capacitance : 0.0057576;
+      rise_capacitance_range (0.0052249, 0.00633985);
+      fall_capacitance : 0.00584904;
+      fall_capacitance_range (0.00504019, 0.00660367);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00560432;
+      rise_capacitance : 0.00575112;
+      rise_capacitance_range (0.00453207, 0.00672898);
+      fall_capacitance : 0.00545751;
+      fall_capacitance_range (0.00486475, 0.00606172);
+    }
+  }
+  cell (sg13g2_nor2b_1) {
+    area : 9.072;
+    cell_footprint : "nor2b";
+    cell_leakage_power : 130.258;
+    leakage_power () {
+      value : 106.895;
+      when : "!A*!B_N";
+    }
+    leakage_power () {
+      value : 150.184;
+      when : "!A*B_N";
+    }
+    leakage_power () {
+      value : 97.2582;
+      when : "A*!B_N";
+    }
+    leakage_power () {
+      value : 166.694;
+      when : "A*B_N";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+!B_N)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.035322, 0.168088, 0.258256, 0.406608, 0.655046, 1.06863, 1.75833", \
+            "0.0582541, 0.20336, 0.293643, 0.442558, 0.691437, 1.1055, 1.79641", \
+            "0.0706163, 0.236802, 0.328509, 0.477004, 0.725775, 1.13966, 1.83025", \
+            "0.0874777, 0.29499, 0.396034, 0.549591, 0.798989, 1.21307, 1.90281", \
+            "0.110197, 0.382883, 0.507566, 0.682776, 0.945476, 1.363, 2.05223", \
+            "0.139934, 0.503086, 0.664438, 0.88547, 1.19399, 1.64713, 2.34657", \
+            "0.178388, 0.659803, 0.878622, 1.17002, 1.56731, 2.11396, 2.89765" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0276685, 0.207662, 0.333098, 0.540258, 0.887406, 1.46561, 2.42985", \
+            "0.04419, 0.209986, 0.333413, 0.540276, 0.887407, 1.46665, 2.43129", \
+            "0.0566194, 0.221242, 0.338736, 0.541629, 0.888777, 1.46666, 2.4313", \
+            "0.0765428, 0.255463, 0.365911, 0.557099, 0.892834, 1.46667, 2.43131", \
+            "0.10845, 0.325414, 0.4364, 0.617942, 0.931406, 1.48258, 2.4342", \
+            "0.160344, 0.439339, 0.569846, 0.758456, 1.06333, 1.57461, 2.4755", \
+            "0.247132, 0.621869, 0.783568, 1.01102, 1.33749, 1.8509, 2.69664" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218649, 0.0737125, 0.108211, 0.165156, 0.260477, 0.419347, 0.684112", \
+            "0.0430792, 0.119788, 0.157283, 0.215415, 0.310776, 0.469645, 0.734273", \
+            "0.0544813, 0.15415, 0.198173, 0.261727, 0.359744, 0.518857, 0.783385", \
+            "0.0687593, 0.205549, 0.262289, 0.339516, 0.449647, 0.615229, 0.880707", \
+            "0.0872191, 0.280762, 0.358065, 0.460062, 0.597672, 0.79008, 1.07372", \
+            "0.108967, 0.384378, 0.495463, 0.635317, 0.822715, 1.06855, 1.40809", \
+            "0.130693, 0.515384, 0.677396, 0.882971, 1.1426, 1.48354, 1.92662" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0114058, 0.0764556, 0.123136, 0.200285, 0.329641, 0.545565, 0.904337", \
+            "0.0265588, 0.0897844, 0.131672, 0.204179, 0.330483, 0.545566, 0.90485", \
+            "0.0380518, 0.109515, 0.150575, 0.218676, 0.33843, 0.547449, 0.904851", \
+            "0.0570722, 0.145723, 0.190045, 0.25806, 0.370539, 0.566231, 0.910503", \
+            "0.0878035, 0.208643, 0.260651, 0.335585, 0.451136, 0.637373, 0.956761", \
+            "0.137336, 0.314179, 0.378761, 0.471401, 0.601463, 0.799798, 1.10956", \
+            "0.21986, 0.48158, 0.578612, 0.695056, 0.862106, 1.08606, 1.43096" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0718906, 0.203199, 0.292994, 0.441362, 0.689935, 1.10338, 1.79305", \
+            "0.105429, 0.236985, 0.327056, 0.475574, 0.724119, 1.13847, 1.82787", \
+            "0.126989, 0.258726, 0.348764, 0.49739, 0.746092, 1.15988, 1.85035", \
+            "0.15766, 0.290193, 0.380441, 0.529099, 0.777586, 1.19165, 1.88131", \
+            "0.199678, 0.335331, 0.425212, 0.574097, 0.822785, 1.23694, 1.92687", \
+            "0.257633, 0.399417, 0.489182, 0.638048, 0.887326, 1.3009, 1.99071", \
+            "0.33249, 0.488753, 0.578974, 0.728364, 0.977157, 1.39116, 2.08124" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0278988, 0.207567, 0.333042, 0.540444, 0.88742, 1.46572, 2.42988", \
+            "0.0286991, 0.207588, 0.333043, 0.540523, 0.887744, 1.46709, 2.43125", \
+            "0.0298639, 0.207637, 0.333044, 0.540524, 0.887745, 1.4671, 2.43126", \
+            "0.0329129, 0.207951, 0.333137, 0.540525, 0.887746, 1.46711, 2.43127", \
+            "0.0390886, 0.208306, 0.33332, 0.540526, 0.887747, 1.46712, 2.43526", \
+            "0.049559, 0.210735, 0.334082, 0.541074, 0.888055, 1.46713, 2.43527", \
+            "0.066126, 0.218453, 0.338108, 0.542904, 0.889283, 1.46714, 2.43528" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0589287, 0.112919, 0.147915, 0.205441, 0.3015, 0.46138, 0.72774", \
+            "0.0923238, 0.147495, 0.182569, 0.240117, 0.336242, 0.49602, 0.762228", \
+            "0.113054, 0.169206, 0.204346, 0.261917, 0.358008, 0.517771, 0.78403", \
+            "0.141796, 0.200574, 0.23575, 0.293502, 0.38953, 0.549345, 0.81555", \
+            "0.180153, 0.243676, 0.279303, 0.336598, 0.432651, 0.592597, 0.858562", \
+            "0.227179, 0.300972, 0.337455, 0.394904, 0.490573, 0.650177, 0.915576", \
+            "0.280666, 0.371576, 0.412031, 0.471462, 0.567971, 0.728887, 0.994759" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179029, 0.083956, 0.130778, 0.208361, 0.338606, 0.555088, 0.916376", \
+            "0.0200833, 0.0847198, 0.131066, 0.208476, 0.339662, 0.555097, 0.916377", \
+            "0.0227535, 0.0858276, 0.131891, 0.208937, 0.339663, 0.555098, 0.916985", \
+            "0.0277742, 0.0880003, 0.133427, 0.209983, 0.339664, 0.555884, 0.916986", \
+            "0.0364777, 0.0929057, 0.136523, 0.212033, 0.340996, 0.556731, 0.91733", \
+            "0.049916, 0.104203, 0.144467, 0.216698, 0.343137, 0.559151, 0.918701", \
+            "0.069916, 0.126259, 0.163162, 0.230406, 0.353001, 0.565074, 0.923275" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00213508, 0.00254532, 0.00254721, 0.00248896, 0.00237787, 0.00227021, 0.00219783", \
+            "0.00206137, 0.00228497, 0.00233579, 0.00233993, 0.00227935, 0.00231937, 0.0023134", \
+            "0.00220798, 0.00227974, 0.00228869, 0.00227404, 0.00227151, 0.00220549, 0.00215663", \
+            "0.00261931, 0.00228621, 0.00229084, 0.00222859, 0.00228903, 0.00219912, 0.00216663", \
+            "0.00354475, 0.00275775, 0.00258096, 0.00241301, 0.00232469, 0.00235364, 0.00220255", \
+            "0.0057117, 0.00407072, 0.0036836, 0.00337169, 0.00275806, 0.00269349, 0.00236291", \
+            "0.0103716, 0.00735602, 0.00656928, 0.00578855, 0.00490123, 0.00390711, 0.00316491" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00186681, 0.00231945, 0.00226516, 0.00221727, 0.00213359, 0.00197306, 0.00164343", \
+            "0.00161201, 0.00208049, 0.00214745, 0.0021796, 0.00207645, 0.00196364, 0.00171105", \
+            "0.00169083, 0.00202019, 0.00203886, 0.00207764, 0.0022722, 0.0021536, 0.00164307", \
+            "0.00205411, 0.00201333, 0.00208957, 0.00207903, 0.00197504, 0.00210366, 0.00197081", \
+            "0.0029906, 0.00226043, 0.0022863, 0.00224501, 0.00216929, 0.00185297, 0.00210819", \
+            "0.00517592, 0.00346545, 0.00311882, 0.00284301, 0.00270801, 0.00251226, 0.00206525", \
+            "0.00970434, 0.00671747, 0.00585517, 0.00502973, 0.00425947, 0.00360182, 0.00311271" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00436584, 0.0045332, 0.00452125, 0.00445712, 0.00431756, 0.00428526, 0.00419788", \
+            "0.00426615, 0.00448037, 0.00457411, 0.00441981, 0.00431527, 0.00434085, 0.00419392", \
+            "0.00423278, 0.00442954, 0.00443637, 0.00451055, 0.00433471, 0.00429781, 0.00422291", \
+            "0.00418979, 0.00437144, 0.00439731, 0.00455069, 0.00438133, 0.00410338, 0.00423638", \
+            "0.0041639, 0.00437188, 0.00439302, 0.00436186, 0.0044774, 0.00403858, 0.00445429", \
+            "0.00416544, 0.00433994, 0.00436704, 0.00443044, 0.00441104, 0.00429284, 0.00419094", \
+            "0.00422112, 0.00425112, 0.00423562, 0.00431432, 0.00438882, 0.00439432, 0.00397442" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00232802, 0.00243979, 0.00241977, 0.00236424, 0.00228524, 0.00208272, 0.00175542", \
+            "0.00218387, 0.00235344, 0.00239132, 0.00230837, 0.00235929, 0.00202218, 0.00173033", \
+            "0.00212435, 0.00229973, 0.00223881, 0.0022786, 0.00214781, 0.00191967, 0.00167835", \
+            "0.00212139, 0.0023397, 0.00238137, 0.00232664, 0.00216974, 0.00213869, 0.00227488", \
+            "0.00217048, 0.0022962, 0.00239287, 0.00242736, 0.00240077, 0.00207466, 0.00232298", \
+            "0.00230393, 0.00231224, 0.00239758, 0.00234518, 0.00237004, 0.0023981, 0.00190262", \
+            "0.00257715, 0.00224055, 0.00224125, 0.00216745, 0.00218455, 0.00221995, 0.00224205" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00292348;
+      rise_capacitance : 0.00299738;
+      rise_capacitance_range (0.00244784, 0.00344727);
+      fall_capacitance : 0.00284958;
+      fall_capacitance_range (0.00258332, 0.00312982);
+    }
+    pin (B_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00226593;
+      rise_capacitance : 0.00229613;
+      rise_capacitance_range (0.00207737, 0.00245487);
+      fall_capacitance : 0.00223574;
+      fall_capacitance_range (0.00204518, 0.00241163);
+      internal_power () {
+        when : "A";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00416497, 0.00396075, 0.00399581, 0.00424162, 0.00486486, 0.00637916, 0.00981948" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00369559, 0.00356547, 0.00364025, 0.00388667, 0.00449481, 0.00607737, 0.00954575" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00416497, 0.00396075, 0.00399581, 0.00424162, 0.00486486, 0.00637916, 0.00981948" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00369559, 0.00356547, 0.00364025, 0.00388667, 0.00449481, 0.00607737, 0.00954575" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nor2b_2) {
+    area : 12.7008;
+    cell_footprint : "nor2b";
+    cell_leakage_power : 219.031;
+    leakage_power () {
+      value : 186.692;
+      when : "!A*!B_N";
+    }
+    leakage_power () {
+      value : 244.882;
+      when : "!A*B_N";
+    }
+    leakage_power () {
+      value : 165.687;
+      when : "A*!B_N";
+    }
+    leakage_power () {
+      value : 278.864;
+      when : "A*B_N";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+!B_N)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0307219, 0.166918, 0.257092, 0.405377, 0.653767, 1.06762, 1.75655", \
+            "0.0513053, 0.202243, 0.292557, 0.441398, 0.690123, 1.10406, 1.79484", \
+            "0.0617032, 0.235822, 0.327424, 0.476224, 0.724669, 1.13937, 1.82792", \
+            "0.0761514, 0.293664, 0.394833, 0.548381, 0.797729, 1.21153, 1.90119", \
+            "0.0947806, 0.380969, 0.505954, 0.681406, 0.944173, 1.36145, 2.05083", \
+            "0.118572, 0.500238, 0.662401, 0.883606, 1.19224, 1.64553, 2.34493", \
+            "0.148311, 0.654464, 0.874507, 1.16672, 1.56439, 2.11179, 2.89584" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0224731, 0.206631, 0.332121, 0.539317, 0.886564, 1.4653, 2.42919", \
+            "0.0384368, 0.208999, 0.332416, 0.539336, 0.886565, 1.46594, 2.43008", \
+            "0.0496326, 0.220227, 0.337925, 0.540561, 0.888378, 1.46679, 2.43051", \
+            "0.0675542, 0.254203, 0.364914, 0.556228, 0.891871, 1.4668, 2.43052", \
+            "0.0970004, 0.324156, 0.435448, 0.617095, 0.930789, 1.48133, 2.43494", \
+            "0.144807, 0.438455, 0.568228, 0.757189, 1.06255, 1.57397, 2.47514", \
+            "0.226669, 0.62085, 0.783447, 1.00879, 1.33739, 1.85092, 2.69743" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0200522, 0.0762119, 0.112291, 0.171912, 0.271965, 0.438044, 0.715133", \
+            "0.0392955, 0.122412, 0.161426, 0.222074, 0.321781, 0.488043, 0.765435", \
+            "0.0494213, 0.157155, 0.202748, 0.268606, 0.370846, 0.537196, 0.814311", \
+            "0.06187, 0.209249, 0.267419, 0.347226, 0.46118, 0.633665, 0.911071", \
+            "0.0779327, 0.285803, 0.365152, 0.469308, 0.611523, 0.81034, 1.10478", \
+            "0.0969394, 0.391791, 0.504998, 0.648573, 0.839886, 1.09313, 1.44283", \
+            "0.116019, 0.526807, 0.692118, 0.90115, 1.1668, 1.51546, 1.96978" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00984251, 0.0795412, 0.12835, 0.209242, 0.344917, 0.570313, 0.946478", \
+            "0.0241331, 0.0924522, 0.13652, 0.212878, 0.345421, 0.570507, 0.946758", \
+            "0.0350011, 0.112089, 0.154996, 0.226722, 0.352618, 0.57205, 0.946759", \
+            "0.0523407, 0.148626, 0.194793, 0.266199, 0.383896, 0.589357, 0.9521", \
+            "0.0806983, 0.212127, 0.265012, 0.343732, 0.463944, 0.659751, 0.995645", \
+            "0.127311, 0.318096, 0.38502, 0.480216, 0.615519, 0.820659, 1.1467", \
+            "0.205286, 0.487007, 0.585634, 0.705528, 0.878136, 1.11196, 1.4672" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B_N";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0785573, 0.213982, 0.30378, 0.452294, 0.700361, 1.11411, 1.80351", \
+            "0.116584, 0.252127, 0.34221, 0.490906, 0.739416, 1.15316, 1.84362", \
+            "0.14183, 0.278166, 0.368214, 0.51686, 0.765546, 1.17908, 1.86885", \
+            "0.178896, 0.316831, 0.406917, 0.555457, 0.803968, 1.21797, 1.90772", \
+            "0.230183, 0.372619, 0.462722, 0.611102, 0.859727, 1.27363, 1.96328", \
+            "0.299348, 0.451771, 0.541562, 0.690273, 0.938432, 1.35275, 2.04218", \
+            "0.39223, 0.563752, 0.653312, 0.801278, 1.05065, 1.46385, 2.15312" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0238283, 0.206671, 0.332043, 0.53931, 0.886366, 1.46489, 2.42919", \
+            "0.0250025, 0.206672, 0.332044, 0.53945, 0.88659, 1.46593, 2.43081", \
+            "0.0267768, 0.206673, 0.332045, 0.53946, 0.887045, 1.46594, 2.43082", \
+            "0.0305311, 0.206881, 0.332178, 0.539461, 0.887046, 1.46595, 2.43083", \
+            "0.0385004, 0.207818, 0.332337, 0.539757, 0.887047, 1.46596, 2.43762", \
+            "0.051728, 0.21147, 0.333661, 0.540162, 0.887048, 1.46597, 2.43763", \
+            "0.071899, 0.223398, 0.339448, 0.54236, 0.888166, 1.46629, 2.43764" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0700496, 0.129777, 0.165906, 0.225027, 0.323606, 0.48757, 0.760409", \
+            "0.10684, 0.167617, 0.203814, 0.262942, 0.361491, 0.525297, 0.798196", \
+            "0.131482, 0.193655, 0.229943, 0.288948, 0.387458, 0.551188, 0.823979", \
+            "0.167015, 0.232196, 0.268586, 0.327501, 0.425947, 0.58955, 0.86224", \
+            "0.215332, 0.287361, 0.323522, 0.382323, 0.480558, 0.643812, 0.916196", \
+            "0.274089, 0.357559, 0.395418, 0.454866, 0.552959, 0.715062, 0.986886", \
+            "0.34411, 0.448151, 0.490401, 0.55192, 0.649445, 0.813403, 1.08365" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.019739, 0.0885404, 0.136048, 0.215486, 0.348843, 0.570637, 0.940779", \
+            "0.0217213, 0.0892848, 0.136482, 0.215539, 0.348844, 0.570638, 0.941235", \
+            "0.0246964, 0.09055, 0.137365, 0.215969, 0.348986, 0.573048, 0.941236", \
+            "0.0307854, 0.0937314, 0.139326, 0.217335, 0.349629, 0.573049, 0.941237", \
+            "0.0410035, 0.100904, 0.143798, 0.22015, 0.351237, 0.57305, 0.941677", \
+            "0.056602, 0.114285, 0.154316, 0.226775, 0.355028, 0.574555, 0.943442", \
+            "0.079437, 0.141915, 0.176947, 0.243409, 0.365801, 0.581531, 0.947492" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00421845, 0.00514578, 0.00515116, 0.00502514, 0.00480407, 0.00470506, 0.0044268", \
+            "0.00418074, 0.00464847, 0.00475424, 0.00475143, 0.00461763, 0.00470075, 0.00450488", \
+            "0.00451711, 0.00458497, 0.00465331, 0.00460329, 0.00472731, 0.00470694, 0.0044221", \
+            "0.00537272, 0.0046432, 0.00465398, 0.00452698, 0.00512414, 0.00445461, 0.00432686", \
+            "0.00728432, 0.00554425, 0.00518005, 0.00487154, 0.0049495, 0.00430723, 0.00459098", \
+            "0.0116634, 0.00814055, 0.00735892, 0.00672381, 0.00560735, 0.00563956, 0.00479078", \
+            "0.0209173, 0.014537, 0.0130365, 0.0114998, 0.00971328, 0.00771369, 0.006471" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00291226, 0.00393318, 0.00390241, 0.00379569, 0.00368742, 0.00327451, 0.00267736", \
+            "0.00252747, 0.00353735, 0.00369876, 0.0038026, 0.0036437, 0.00333011, 0.0027288", \
+            "0.00277108, 0.00341096, 0.00345455, 0.00355462, 0.00381609, 0.00372196, 0.00269954", \
+            "0.00355343, 0.00336983, 0.00349492, 0.00354146, 0.00333763, 0.00388736, 0.00260588", \
+            "0.00550582, 0.0038712, 0.00386916, 0.0038208, 0.0036637, 0.0030669, 0.00387822", \
+            "0.0098355, 0.00625863, 0.00554515, 0.0050562, 0.00460442, 0.00426907, 0.00302334", \
+            "0.0189388, 0.0126343, 0.0109176, 0.00931493, 0.00783749, 0.00661929, 0.00571321" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B_N";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00842379, 0.00890319, 0.00888409, 0.00874089, 0.00850749, 0.00840309, 0.00813319", \
+            "0.00828632, 0.00874822, 0.00875262, 0.00867332, 0.00850472, 0.00850612, 0.00842012", \
+            "0.00822679, 0.00869709, 0.00869669, 0.00903169, 0.00849259, 0.00841129, 0.00827169", \
+            "0.00820147, 0.00861967, 0.00863467, 0.00877607, 0.00851747, 0.00843627, 0.00828587", \
+            "0.00811919, 0.00852609, 0.00863049, 0.00854729, 0.00861299, 0.00790519, 0.00875019", \
+            "0.00817914, 0.00845304, 0.00853404, 0.00865464, 0.00839404, 0.00836364, 0.00816384", \
+            "0.008677, 0.0085646, 0.0084478, 0.0085233, 0.0087695, 0.0086043, 0.0078802" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00419454, 0.00454414, 0.00449674, 0.00442904, 0.00424124, 0.00390444, 0.00327887", \
+            "0.00399027, 0.00440207, 0.00456497, 0.00434517, 0.00415297, 0.00385831, 0.00323932", \
+            "0.00398335, 0.00431465, 0.00431985, 0.00440505, 0.00412945, 0.00427315, 0.00310055", \
+            "0.00393836, 0.00431856, 0.00435746, 0.00418736, 0.00398446, 0.00399556, 0.00334308", \
+            "0.00415778, 0.00438538, 0.00430718, 0.00439458, 0.00422448, 0.00339808, 0.00364208", \
+            "0.00466291, 0.00437271, 0.00437211, 0.00441201, 0.00456461, 0.00427671, 0.00311171", \
+            "0.0055023, 0.0044972, 0.0043338, 0.0044135, 0.0042245, 0.0045646, 0.0039595" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00567165;
+      rise_capacitance : 0.00582798;
+      rise_capacitance_range (0.00462243, 0.00676554);
+      fall_capacitance : 0.00551533;
+      fall_capacitance_range (0.00493985, 0.00615362);
+    }
+    pin (B_N) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00268047;
+      rise_capacitance : 0.00272502;
+      rise_capacitance_range (0.0025098, 0.00289247);
+      fall_capacitance : 0.00263592;
+      fall_capacitance_range (0.0024487, 0.00281601);
+      internal_power () {
+        when : "A";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00737851, 0.00710828, 0.00710821, 0.00730563, 0.00801061, 0.00976576, 0.0136663" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00628936, 0.00610633, 0.00612035, 0.00641114, 0.00707012, 0.00876899, 0.0127489" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00737851, 0.00710828, 0.00710821, 0.00730563, 0.00801061, 0.00976576, 0.0136663" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00628936, 0.00610633, 0.00612035, 0.00641114, 0.00707012, 0.00876899, 0.0127489" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_nor3_1) {
+    area : 9.072;
+    cell_footprint : "nor3";
+    cell_leakage_power : 95.0841;
+    leakage_power () {
+      value : 77.837;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 133.665;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 97.7442;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 126.036;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 69.669;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 87.8155;
+      when : "B&C";
+    }
+    leakage_power () {
+      value : 72.8217;
+      when : "A&!B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0767666, 0.275602, 0.412142, 0.637529, 1.01487, 1.64369, 2.69153", \
+            "0.10234, 0.302984, 0.439952, 0.666129, 1.04405, 1.67329, 2.72087", \
+            "0.117871, 0.324683, 0.461865, 0.68812, 1.06613, 1.6956, 2.74491", \
+            "0.138629, 0.36402, 0.503558, 0.730314, 1.10864, 1.73853, 2.78774", \
+            "0.162883, 0.429912, 0.579687, 0.813857, 1.19485, 1.82446, 2.87327", \
+            "0.189889, 0.530382, 0.701577, 0.958264, 1.3575, 1.99605, 3.04455", \
+            "0.23146, 0.67351, 0.885641, 1.18532, 1.63072, 2.31122, 3.38852" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.053261, 0.323465, 0.511431, 0.822245, 1.34278, 2.21002, 3.6556", \
+            "0.0574274, 0.323466, 0.511432, 0.822246, 1.34279, 2.21035, 3.65561", \
+            "0.0645076, 0.325696, 0.512104, 0.822247, 1.3428, 2.21036, 3.65562", \
+            "0.079549, 0.337831, 0.519114, 0.824669, 1.34346, 2.21037, 3.65563", \
+            "0.111769, 0.373747, 0.548917, 0.845004, 1.3525, 2.21838, 3.65564", \
+            "0.175272, 0.450479, 0.625016, 0.912602, 1.40257, 2.23611, 3.66144", \
+            "0.277365, 0.59465, 0.777578, 1.06628, 1.54678, 2.35479, 3.7319" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0278029, 0.0786997, 0.112268, 0.167292, 0.258999, 0.411497, 0.665395", \
+            "0.0590057, 0.125673, 0.161481, 0.217407, 0.309087, 0.461483, 0.715203", \
+            "0.0774816, 0.161785, 0.203353, 0.263944, 0.358093, 0.510699, 0.764345", \
+            "0.102843, 0.216692, 0.26917, 0.342482, 0.448096, 0.60715, 0.861856", \
+            "0.136892, 0.296937, 0.368279, 0.46441, 0.595926, 0.780998, 1.05418", \
+            "0.17963, 0.408639, 0.510187, 0.642554, 0.821055, 1.05737, 1.38524", \
+            "0.229591, 0.550907, 0.699447, 0.892119, 1.14014, 1.46802, 1.89721" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0190654, 0.0828746, 0.127606, 0.201725, 0.32564, 0.532146, 0.876199", \
+            "0.034972, 0.0952142, 0.135835, 0.205494, 0.326508, 0.532147, 0.876757", \
+            "0.0486134, 0.114717, 0.154107, 0.219779, 0.334837, 0.534796, 0.876758", \
+            "0.0718474, 0.150592, 0.193364, 0.2588, 0.366817, 0.553912, 0.882953", \
+            "0.108814, 0.213676, 0.263106, 0.335905, 0.446933, 0.626165, 0.931525", \
+            "0.165837, 0.319914, 0.382576, 0.471718, 0.595829, 0.7867, 1.08541", \
+            "0.25427, 0.49189, 0.582426, 0.695082, 0.853983, 1.07346, 1.40529" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0713288, 0.270165, 0.406929, 0.632144, 1.00944, 1.63824, 2.68612", \
+            "0.0964829, 0.298894, 0.436026, 0.66196, 1.03993, 1.66866, 2.71678", \
+            "0.112423, 0.325133, 0.462346, 0.688677, 1.06671, 1.69619, 2.74478", \
+            "0.133441, 0.375226, 0.51581, 0.743072, 1.12124, 1.75103, 2.80035", \
+            "0.161297, 0.45986, 0.614888, 0.851935, 1.23404, 1.86441, 2.91316", \
+            "0.203621, 0.587076, 0.772111, 1.03961, 1.44614, 2.08793, 3.13766", \
+            "0.268895, 0.768212, 1.00489, 1.33168, 1.80298, 2.50073, 3.58586" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0532589, 0.323477, 0.511392, 0.822245, 1.34267, 2.21002, 3.6556", \
+            "0.0608907, 0.323592, 0.511445, 0.822246, 1.34268, 2.21003, 3.65561", \
+            "0.0719253, 0.32718, 0.512464, 0.822247, 1.34284, 2.21004, 3.65562", \
+            "0.0932693, 0.344508, 0.522483, 0.826076, 1.34764, 2.21005, 3.65563", \
+            "0.132879, 0.392969, 0.563353, 0.852868, 1.35465, 2.22176, 3.65564", \
+            "0.194353, 0.489408, 0.661655, 0.942026, 1.41989, 2.24441, 3.66102", \
+            "0.289374, 0.6562, 0.846494, 1.13921, 1.60631, 2.39749, 3.7511" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0273602, 0.0768107, 0.110157, 0.165141, 0.257053, 0.410222, 0.665257", \
+            "0.0555303, 0.123415, 0.159222, 0.215354, 0.307246, 0.460181, 0.715334", \
+            "0.071386, 0.158705, 0.200644, 0.26168, 0.356224, 0.509528, 0.764505", \
+            "0.0924749, 0.211859, 0.265388, 0.339547, 0.445844, 0.605727, 0.861685", \
+            "0.12004, 0.28928, 0.362413, 0.460102, 0.592818, 0.779161, 1.054", \
+            "0.152371, 0.3957, 0.500718, 0.635132, 0.816247, 1.05449, 1.38434", \
+            "0.185397, 0.52852, 0.68235, 0.879703, 1.13179, 1.46298, 1.8961" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0163763, 0.0797983, 0.124685, 0.199125, 0.323771, 0.531361, 0.878179", \
+            "0.0318092, 0.0924811, 0.133212, 0.20322, 0.324685, 0.531362, 0.87818", \
+            "0.0449833, 0.11187, 0.15178, 0.217539, 0.33275, 0.533835, 0.878181", \
+            "0.0672832, 0.147715, 0.190776, 0.256744, 0.36529, 0.553177, 0.88418", \
+            "0.102612, 0.211035, 0.260503, 0.333694, 0.445487, 0.625578, 0.932328", \
+            "0.157743, 0.317508, 0.380045, 0.468393, 0.594533, 0.786207, 1.0863", \
+            "0.245262, 0.488348, 0.580829, 0.693999, 0.852771, 1.07278, 1.40691" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.05497, 0.255903, 0.392517, 0.618077, 0.995398, 1.62475, 2.67217", \
+            "0.079928, 0.28532, 0.42247, 0.648649, 1.02742, 1.6559, 2.70405", \
+            "0.0963977, 0.315647, 0.452484, 0.678887, 1.0568, 1.68655, 2.73439", \
+            "0.11943, 0.375461, 0.516709, 0.74326, 1.12112, 1.75048, 2.79877", \
+            "0.152682, 0.473243, 0.633798, 0.873176, 1.25466, 1.88333, 2.93113", \
+            "0.200094, 0.611651, 0.809913, 1.09075, 1.50509, 2.14683, 3.19143", \
+            "0.268871, 0.802406, 1.05985, 1.41127, 1.91209, 2.6306, 3.7215" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0531283, 0.32357, 0.511454, 0.822241, 1.34266, 2.20974, 3.6556", \
+            "0.0659404, 0.323849, 0.511455, 0.822242, 1.343, 2.21007, 3.65561", \
+            "0.0793392, 0.329416, 0.512435, 0.822243, 1.34301, 2.21061, 3.65562", \
+            "0.101468, 0.355386, 0.528572, 0.828066, 1.34621, 2.21062, 3.65563", \
+            "0.137652, 0.420241, 0.587188, 0.868318, 1.36158, 2.21269, 3.65564", \
+            "0.195543, 0.537113, 0.71496, 0.992532, 1.45755, 2.2617, 3.6665", \
+            "0.292, 0.725384, 0.932193, 1.24064, 1.71203, 2.48763, 3.80099" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0238641, 0.073307, 0.106512, 0.161756, 0.253213, 0.406276, 0.661392", \
+            "0.0474234, 0.119443, 0.155677, 0.211543, 0.303687, 0.456569, 0.71159", \
+            "0.0598103, 0.153787, 0.196343, 0.257812, 0.352501, 0.50582, 0.760773", \
+            "0.0751983, 0.2049, 0.259877, 0.334762, 0.441658, 0.601925, 0.857949", \
+            "0.0941247, 0.279164, 0.354322, 0.453758, 0.587643, 0.774778, 1.05012", \
+            "0.113784, 0.379457, 0.488376, 0.625412, 0.808695, 1.04882, 1.38001", \
+            "0.127289, 0.50184, 0.662337, 0.86494, 1.12072, 1.45502, 1.88945" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0131719, 0.075992, 0.120945, 0.195651, 0.319807, 0.5274, 0.873338", \
+            "0.0286665, 0.0892725, 0.129517, 0.199443, 0.320964, 0.527483, 0.873339", \
+            "0.0410728, 0.108777, 0.148542, 0.213961, 0.329041, 0.529984, 0.874186", \
+            "0.0621328, 0.144532, 0.187334, 0.25341, 0.361716, 0.549339, 0.880076", \
+            "0.0962278, 0.207823, 0.258032, 0.330407, 0.442028, 0.621848, 0.928627", \
+            "0.151015, 0.315135, 0.376562, 0.467024, 0.591373, 0.782499, 1.08273", \
+            "0.240778, 0.486001, 0.579137, 0.691252, 0.849664, 1.0709, 1.40321" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00737642, 0.00754727, 0.00754136, 0.0074868, 0.00736924, 0.00735445, 0.0072847", \
+            "0.00717125, 0.00736538, 0.00739036, 0.00738558, 0.00730207, 0.00731603, 0.00727128", \
+            "0.00713682, 0.00730705, 0.00734255, 0.0073144, 0.00725791, 0.00724681, 0.00723667", \
+            "0.00713631, 0.00722609, 0.00724376, 0.00722929, 0.00719642, 0.00721952, 0.00720086", \
+            "0.00736885, 0.00729794, 0.00724287, 0.00734767, 0.00715553, 0.00731854, 0.00710233", \
+            "0.00864909, 0.00790111, 0.00775861, 0.00755299, 0.00751775, 0.00732882, 0.00720937", \
+            "0.0125969, 0.0102314, 0.00971437, 0.00910676, 0.00866501, 0.0080232, 0.00839682" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00273821, 0.00271643, 0.00267086, 0.00260885, 0.0025099, 0.00233106, 0.00199774", \
+            "0.00248558, 0.00255403, 0.00256718, 0.00253171, 0.0025122, 0.00222344, 0.00199163", \
+            "0.00247934, 0.00257486, 0.00252578, 0.00248839, 0.00260257, 0.00232677, 0.00194691", \
+            "0.00269373, 0.00262798, 0.00261679, 0.00250516, 0.00237798, 0.00253745, 0.00194229", \
+            "0.00339599, 0.00289087, 0.0028577, 0.00276008, 0.0026622, 0.0022644, 0.00244862", \
+            "0.00519815, 0.00401964, 0.00371163, 0.00349429, 0.00316824, 0.00291047, 0.00224372", \
+            "0.00927131, 0.00712185, 0.00632589, 0.0056037, 0.00475068, 0.00416625, 0.00353191" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00546676, 0.00565733, 0.00564225, 0.00559148, 0.00547613, 0.00545918, 0.00538733", \
+            "0.00527122, 0.00546889, 0.0055069, 0.00549155, 0.00541403, 0.0054215, 0.00536769", \
+            "0.00524532, 0.00541777, 0.00544825, 0.00542237, 0.00537902, 0.00539809, 0.00531641", \
+            "0.0052927, 0.00534797, 0.00540497, 0.00535274, 0.00543846, 0.00532148, 0.00528496", \
+            "0.00572447, 0.00547385, 0.00540167, 0.00548913, 0.00528036, 0.00547855, 0.00526738", \
+            "0.0073, 0.00624548, 0.0060599, 0.00578675, 0.00565248, 0.00555707, 0.00528566", \
+            "0.0112041, 0.00877304, 0.00814817, 0.00758171, 0.00688644, 0.0062469, 0.00605945" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00246098, 0.00260789, 0.00247378, 0.00242325, 0.0023188, 0.00213632, 0.00189437", \
+            "0.00214988, 0.00239485, 0.00241462, 0.00244447, 0.00227007, 0.00213065, 0.00188164", \
+            "0.00213247, 0.00236862, 0.00234275, 0.00235503, 0.00240007, 0.00222108, 0.00187634", \
+            "0.00237696, 0.00237652, 0.00241786, 0.00233065, 0.00226533, 0.00227477, 0.00210043", \
+            "0.00308648, 0.00260842, 0.00258796, 0.00259102, 0.00246623, 0.00215039, 0.00228241", \
+            "0.00488544, 0.00368206, 0.00342796, 0.00315314, 0.0029663, 0.00275662, 0.00218406", \
+            "0.00877957, 0.00666271, 0.00587597, 0.00517258, 0.0044052, 0.00395817, 0.00342259" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00333837, 0.00370559, 0.00369836, 0.00365639, 0.00354871, 0.00353771, 0.00346022", \
+            "0.00318666, 0.00346449, 0.00348144, 0.00349286, 0.00347434, 0.00347157, 0.00342321", \
+            "0.00331901, 0.00340182, 0.00341942, 0.0034201, 0.0033778, 0.00342669, 0.0034197", \
+            "0.00365704, 0.00342071, 0.00339046, 0.00336996, 0.00341086, 0.00335582, 0.00339027", \
+            "0.00447118, 0.00381265, 0.00361983, 0.00365393, 0.00343234, 0.00334577, 0.00333797", \
+            "0.00639768, 0.00504028, 0.00470741, 0.00426043, 0.00403106, 0.00362086, 0.00351908", \
+            "0.0106474, 0.00806433, 0.00733642, 0.0065938, 0.005711, 0.00492638, 0.00441421" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00201646, 0.00237583, 0.0023242, 0.00232899, 0.00218901, 0.00201332, 0.00169632", \
+            "0.00176958, 0.00222981, 0.00228463, 0.00230566, 0.00239393, 0.00205401, 0.00174157", \
+            "0.00177687, 0.0021813, 0.00220231, 0.00221382, 0.0022714, 0.00210995, 0.00185323", \
+            "0.00205966, 0.00214852, 0.00222271, 0.00215835, 0.00213346, 0.00222375, 0.00227292", \
+            "0.00285942, 0.00234818, 0.00240191, 0.00236797, 0.00232189, 0.00200692, 0.00211178", \
+            "0.00480148, 0.00339794, 0.00314333, 0.00295413, 0.00273036, 0.00256366, 0.00207217", \
+            "0.00905487, 0.00638575, 0.00559709, 0.00485313, 0.00408809, 0.0038574, 0.00315143" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00301098;
+      rise_capacitance : 0.00297013;
+      rise_capacitance_range (0.00278711, 0.00324259);
+      fall_capacitance : 0.00305182;
+      fall_capacitance_range (0.00264993, 0.0034288);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00302226;
+      rise_capacitance : 0.00301265;
+      rise_capacitance_range (0.00264213, 0.00340149);
+      fall_capacitance : 0.00303188;
+      fall_capacitance_range (0.00260651, 0.00337789);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00289876;
+      rise_capacitance : 0.00297618;
+      rise_capacitance_range (0.00241437, 0.00351166);
+      fall_capacitance : 0.00282134;
+      fall_capacitance_range (0.00256613, 0.00301768);
+    }
+  }
+  cell (sg13g2_nor3_2) {
+    area : 16.3296;
+    cell_footprint : "nor3";
+    cell_leakage_power : 185.71;
+    leakage_power () {
+      value : 153.178;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 261.222;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 192.983;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 249.542;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 134.336;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 168.097;
+      when : "B&C";
+    }
+    leakage_power () {
+      value : 140.615;
+      when : "A&!B&C";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0698204, 0.274513, 0.411829, 0.638429, 1.01783, 1.65016, 2.70379", \
+            "0.0948904, 0.301871, 0.439684, 0.66699, 1.04692, 1.67923, 2.73304", \
+            "0.109775, 0.323608, 0.461461, 0.688967, 1.06903, 1.70201, 2.75691", \
+            "0.128533, 0.362803, 0.502901, 0.731004, 1.11134, 1.74478, 2.79978", \
+            "0.149125, 0.428172, 0.57874, 0.814054, 1.19694, 1.83053, 2.88534", \
+            "0.168562, 0.527175, 0.698296, 0.957682, 1.35908, 2.00138, 3.05584", \
+            "0.199321, 0.666973, 0.881741, 1.18385, 1.63132, 2.31513, 3.39595" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0435082, 0.321505, 0.510644, 0.82332, 1.3469, 2.21952, 3.67393", \
+            "0.0479816, 0.321518, 0.510839, 0.823321, 1.34691, 2.21953, 3.67394", \
+            "0.054747, 0.32377, 0.511159, 0.823343, 1.34692, 2.21954, 3.67414", \
+            "0.0690187, 0.335794, 0.51827, 0.825691, 1.34848, 2.21955, 3.67415", \
+            "0.100446, 0.37144, 0.547923, 0.845982, 1.35645, 2.22968, 3.67416", \
+            "0.162776, 0.448063, 0.622416, 0.913128, 1.406, 2.24566, 3.6792", \
+            "0.263319, 0.592765, 0.777109, 1.06767, 1.55042, 2.36323, 3.74902" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0262725, 0.0810748, 0.116136, 0.173623, 0.269644, 0.42869, 0.693746", \
+            "0.0566135, 0.128272, 0.165481, 0.22373, 0.319471, 0.478643, 0.74375", \
+            "0.0743555, 0.164919, 0.207855, 0.270521, 0.368586, 0.527861, 0.792652", \
+            "0.0987933, 0.220839, 0.274707, 0.350323, 0.459083, 0.62431, 0.890151", \
+            "0.131998, 0.302776, 0.376038, 0.474456, 0.609862, 0.800712, 1.08347", \
+            "0.173993, 0.417637, 0.521407, 0.656807, 0.839378, 1.0822, 1.41932", \
+            "0.224347, 0.56549, 0.717142, 0.913593, 1.16654, 1.502, 1.94158" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0174865, 0.0858091, 0.132701, 0.21017, 0.340126, 0.555618, 0.915446", \
+            "0.0328009, 0.0977615, 0.140317, 0.213678, 0.340506, 0.555896, 0.915447", \
+            "0.0459958, 0.117002, 0.158453, 0.227379, 0.347905, 0.557594, 0.915448", \
+            "0.0679597, 0.153109, 0.197839, 0.266013, 0.379446, 0.576075, 0.920809", \
+            "0.102868, 0.217355, 0.267687, 0.343543, 0.459367, 0.646353, 0.967111", \
+            "0.156987, 0.32478, 0.388643, 0.479598, 0.609446, 0.808385, 1.11886", \
+            "0.241216, 0.497064, 0.589736, 0.705814, 0.869286, 1.09616, 1.44045" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0646975, 0.269395, 0.406645, 0.633352, 1.01275, 1.64505, 2.69874", \
+            "0.0892436, 0.298488, 0.43628, 0.663492, 1.04352, 1.67575, 2.72967", \
+            "0.103805, 0.324675, 0.46273, 0.689967, 1.07028, 1.70316, 2.75697", \
+            "0.121817, 0.374676, 0.516109, 0.744561, 1.12484, 1.75806, 2.81241", \
+            "0.144463, 0.459076, 0.61494, 0.853322, 1.23753, 1.87139, 2.92623", \
+            "0.178861, 0.584793, 0.771326, 1.04058, 1.44919, 2.09473, 3.1501", \
+            "0.233236, 0.762208, 1.00207, 1.33103, 1.8054, 2.50736, 3.5984" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0435112, 0.321539, 0.510612, 0.823315, 1.3469, 2.21952, 3.67387", \
+            "0.0515324, 0.32179, 0.510622, 0.823316, 1.34691, 2.21953, 3.67388", \
+            "0.0619732, 0.325147, 0.511647, 0.823317, 1.34692, 2.21954, 3.67389", \
+            "0.0824108, 0.342483, 0.521716, 0.826671, 1.34803, 2.21955, 3.6739", \
+            "0.12033, 0.390726, 0.562234, 0.853905, 1.35904, 2.22626, 3.67391", \
+            "0.181056, 0.487661, 0.660871, 0.94294, 1.42351, 2.25353, 3.6822", \
+            "0.272964, 0.655707, 0.847046, 1.14071, 1.61034, 2.40587, 3.76844" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0259962, 0.0790378, 0.113762, 0.17102, 0.266748, 0.426286, 0.691721", \
+            "0.0530125, 0.125909, 0.163097, 0.221231, 0.31699, 0.476251, 0.741871", \
+            "0.0680966, 0.161696, 0.204908, 0.267986, 0.366034, 0.525532, 0.790942", \
+            "0.0881933, 0.215769, 0.270692, 0.346734, 0.456017, 0.622074, 0.888127", \
+            "0.114491, 0.29494, 0.369911, 0.469664, 0.605966, 0.797728, 1.08146", \
+            "0.145572, 0.404709, 0.511301, 0.648765, 0.833928, 1.07817, 1.41653", \
+            "0.178473, 0.542892, 0.699736, 0.90064, 1.15677, 1.49532, 1.93762" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148009, 0.0823872, 0.129229, 0.206845, 0.336697, 0.553147, 0.913699", \
+            "0.0296146, 0.0948003, 0.137346, 0.210335, 0.337587, 0.55325, 0.9137", \
+            "0.0421324, 0.114273, 0.15548, 0.224448, 0.345073, 0.555485, 0.913701", \
+            "0.0629925, 0.150398, 0.194854, 0.263549, 0.376847, 0.573808, 0.919306", \
+            "0.0959247, 0.213633, 0.264484, 0.340752, 0.456755, 0.644163, 0.96579", \
+            "0.147949, 0.32081, 0.385666, 0.476939, 0.606849, 0.805252, 1.11815", \
+            "0.230231, 0.492977, 0.586872, 0.703366, 0.867701, 1.09432, 1.43898" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0462979, 0.253526, 0.390759, 0.617562, 0.997037, 1.62928, 2.68308", \
+            "0.0695274, 0.282839, 0.420789, 0.648393, 1.02916, 1.66096, 2.71514", \
+            "0.0837911, 0.313448, 0.451341, 0.678827, 1.05892, 1.69223, 2.74592", \
+            "0.103388, 0.372808, 0.514885, 0.74282, 1.1224, 1.75539, 2.80949", \
+            "0.131708, 0.469908, 0.631673, 0.872589, 1.25616, 1.88833, 2.94145", \
+            "0.171893, 0.606864, 0.806901, 1.08925, 1.50625, 2.1514, 3.20189", \
+            "0.229713, 0.794729, 1.05377, 1.40776, 1.91268, 2.63493, 3.73142" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0431968, 0.321585, 0.510611, 0.823099, 1.3469, 2.21952, 3.67387", \
+            "0.0566059, 0.321926, 0.510612, 0.823382, 1.34722, 2.21953, 3.67388", \
+            "0.0688033, 0.327383, 0.512076, 0.823383, 1.34723, 2.21954, 3.67389", \
+            "0.0888209, 0.353472, 0.527954, 0.82887, 1.35064, 2.21955, 3.6739", \
+            "0.121454, 0.418403, 0.586638, 0.869476, 1.36565, 2.23247, 3.67391", \
+            "0.175045, 0.5349, 0.714258, 0.993817, 1.46095, 2.27082, 3.68449", \
+            "0.265446, 0.724323, 0.932799, 1.24251, 1.71559, 2.49247, 3.81792" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0219158, 0.0750388, 0.109612, 0.166759, 0.262387, 0.421814, 0.687382", \
+            "0.0433905, 0.121461, 0.158881, 0.217158, 0.312757, 0.472176, 0.737876", \
+            "0.0543906, 0.156197, 0.200116, 0.263631, 0.361862, 0.52141, 0.786924", \
+            "0.0677191, 0.208145, 0.264289, 0.341338, 0.451942, 0.617763, 0.884254", \
+            "0.0840272, 0.283749, 0.360884, 0.462441, 0.600295, 0.792951, 1.07718", \
+            "0.100625, 0.386853, 0.497984, 0.638178, 0.825801, 1.07197, 1.41163", \
+            "0.110892, 0.514108, 0.677646, 0.884244, 1.14497, 1.48558, 1.93061" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0112843, 0.078144, 0.12499, 0.202512, 0.332549, 0.548571, 0.909426", \
+            "0.0258723, 0.091071, 0.133299, 0.206233, 0.333164, 0.548635, 0.909427", \
+            "0.0375265, 0.110527, 0.151934, 0.220494, 0.340752, 0.550903, 0.909428", \
+            "0.0568565, 0.146848, 0.191382, 0.259964, 0.372888, 0.569672, 0.914926", \
+            "0.0884274, 0.210279, 0.261832, 0.337201, 0.452862, 0.640417, 0.961666", \
+            "0.139544, 0.317992, 0.381673, 0.473704, 0.60295, 0.802714, 1.11399", \
+            "0.225079, 0.490174, 0.585468, 0.700247, 0.86614, 1.09122, 1.43554" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0143076, 0.0147089, 0.0146742, 0.0145677, 0.0143363, 0.0143013, 0.0142145", \
+            "0.0139442, 0.0143545, 0.0144243, 0.0143675, 0.0142439, 0.0142451, 0.0141423", \
+            "0.0138878, 0.0142001, 0.0142729, 0.0142502, 0.0141141, 0.0141604, 0.0140539", \
+            "0.0138945, 0.0141059, 0.0141709, 0.014062, 0.0140337, 0.0139366, 0.0141332", \
+            "0.014397, 0.0142156, 0.0141163, 0.0141639, 0.0139391, 0.0144496, 0.0137943", \
+            "0.0169492, 0.0153452, 0.0150149, 0.0146864, 0.0145612, 0.014295, 0.0141838", \
+            "0.0247837, 0.0197783, 0.018843, 0.0177346, 0.0168041, 0.0155879, 0.015645" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00501245, 0.0049714, 0.00489513, 0.00477332, 0.00465966, 0.00420581, 0.00354764", \
+            "0.00449483, 0.00465526, 0.00467085, 0.00464268, 0.00475859, 0.00403424, 0.00326801", \
+            "0.0044996, 0.00467192, 0.00459589, 0.00448857, 0.00491775, 0.00473358, 0.00334804", \
+            "0.00493986, 0.0047543, 0.0047506, 0.00461492, 0.00426629, 0.00439801, 0.00356972", \
+            "0.00644294, 0.00536023, 0.00521776, 0.00508453, 0.00485516, 0.00393409, 0.00439047", \
+            "0.00996538, 0.00758263, 0.006924, 0.00638255, 0.00586502, 0.00540768, 0.00394264", \
+            "0.0179908, 0.0136005, 0.0119309, 0.01055, 0.00889562, 0.00768605, 0.00670337" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0105026, 0.0109264, 0.0108731, 0.0107808, 0.0105557, 0.0105219, 0.0103828", \
+            "0.0101465, 0.0105808, 0.0106152, 0.0105716, 0.0104393, 0.0104541, 0.0103513", \
+            "0.010097, 0.0104108, 0.0105301, 0.0104489, 0.0103356, 0.0102974, 0.0101794", \
+            "0.0102059, 0.0103124, 0.0103433, 0.0103098, 0.010267, 0.0103084, 0.010155", \
+            "0.0110732, 0.0105579, 0.0104025, 0.0106305, 0.0102008, 0.0104309, 0.0101375", \
+            "0.0142272, 0.0119885, 0.0116485, 0.0111114, 0.0109181, 0.0108747, 0.0104575", \
+            "0.0220067, 0.0168342, 0.0156425, 0.0145593, 0.0131947, 0.012001, 0.0116201" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00454748, 0.00479281, 0.00463111, 0.00451058, 0.00429509, 0.00397703, 0.00330549", \
+            "0.00389987, 0.0044231, 0.00452398, 0.00442393, 0.00465882, 0.00396086, 0.00322643", \
+            "0.00389328, 0.00440428, 0.00431638, 0.00437621, 0.00470109, 0.00463552, 0.00329294", \
+            "0.00439364, 0.00439139, 0.00444402, 0.00438254, 0.00405983, 0.00447427, 0.00353597", \
+            "0.00582575, 0.00481826, 0.00478841, 0.00480255, 0.00455483, 0.00381484, 0.00436704", \
+            "0.0094085, 0.00692025, 0.00641307, 0.00590876, 0.00550651, 0.00509742, 0.00382526", \
+            "0.0171264, 0.0127233, 0.0112133, 0.00979397, 0.00836057, 0.00723591, 0.00635744" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00614623, 0.00696937, 0.00694543, 0.00685985, 0.00665539, 0.00661041, 0.00648318", \
+            "0.00595836, 0.0064926, 0.00653932, 0.00660126, 0.00649932, 0.00636435, 0.00653103", \
+            "0.00624392, 0.00629698, 0.00667679, 0.00641329, 0.00634886, 0.00639565, 0.0061423", \
+            "0.00696736, 0.00641403, 0.00639729, 0.00628762, 0.00640819, 0.00631776, 0.00613819", \
+            "0.00864533, 0.00715713, 0.006832, 0.0067006, 0.00646089, 0.00683857, 0.00603647", \
+            "0.0125413, 0.00956811, 0.00890946, 0.0080008, 0.00755482, 0.00724326, 0.0065522", \
+            "0.0210166, 0.0155072, 0.0140525, 0.012562, 0.0107944, 0.00905046, 0.00833998" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00318436, 0.00400585, 0.00395516, 0.00385506, 0.00372163, 0.00331656, 0.00278651", \
+            "0.00274435, 0.00377719, 0.00391186, 0.00402269, 0.00427482, 0.0034217, 0.00280865", \
+            "0.00286247, 0.00368399, 0.00371981, 0.00382584, 0.0039918, 0.00404495, 0.00279696", \
+            "0.00346739, 0.00366065, 0.0037612, 0.00367883, 0.0036172, 0.00423506, 0.0031891", \
+            "0.00516049, 0.00399007, 0.00409241, 0.00405803, 0.00400364, 0.00339234, 0.00393285", \
+            "0.00906181, 0.0060523, 0.00553963, 0.00511419, 0.00478764, 0.00463996, 0.00333227", \
+            "0.0175681, 0.0118769, 0.0103196, 0.00889785, 0.00762952, 0.00656049, 0.00569414" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00575969;
+      rise_capacitance : 0.00569391;
+      rise_capacitance_range (0.00530552, 0.00622769);
+      fall_capacitance : 0.00582547;
+      fall_capacitance_range (0.00498872, 0.00659777);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0057518;
+      rise_capacitance : 0.00575015;
+      rise_capacitance_range (0.00495751, 0.00652204);
+      fall_capacitance : 0.00575344;
+      fall_capacitance_range (0.00491943, 0.00647161);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00557185;
+      rise_capacitance : 0.00574315;
+      rise_capacitance_range (0.00449806, 0.00685361);
+      fall_capacitance : 0.00540054;
+      fall_capacitance_range (0.00485698, 0.00583383);
+    }
+  }
+  cell (sg13g2_nor4_1) {
+    area : 10.8864;
+    cell_footprint : "nor4";
+    cell_leakage_power : 99.7618;
+    leakage_power () {
+      value : 174.149;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 145.957;
+      when : "!A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 117.675;
+      when : "!A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 108.044;
+      when : "!A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 97.7726;
+      when : "!A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 91.4941;
+      when : "!A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 88.3517;
+      when : "!A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 105.235;
+      when : "!A&B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 78.3329;
+      when : "A&!B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 74.3177;
+      when : "A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 72.3942;
+      when : "A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 93.993;
+      when : "A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 69.4925;
+      when : "A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 87.0032;
+      when : "A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 85.9797;
+      when : "A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 105.998;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.11587, 0.382602, 0.56597, 0.868755, 1.37557, 2.22015, 3.62772", \
+            "0.141161, 0.408673, 0.592505, 0.895954, 1.40331, 2.24826, 3.6561", \
+            "0.158012, 0.427982, 0.612178, 0.915749, 1.42368, 2.26837, 3.67606", \
+            "0.18102, 0.462158, 0.646941, 0.950795, 1.46273, 2.30383, 3.71338", \
+            "0.208862, 0.519243, 0.710474, 1.01744, 1.52613, 2.37165, 3.78028", \
+            "0.236476, 0.607658, 0.814623, 1.13724, 1.65633, 2.50466, 3.91235", \
+            "0.267911, 0.735866, 0.97832, 1.33281, 1.88841, 2.76148, 4.1777" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0811237, 0.441387, 0.691981, 1.10624, 1.79974, 2.95558, 4.88201", \
+            "0.0830242, 0.441921, 0.692258, 1.10625, 1.79975, 2.95567, 4.88211", \
+            "0.0880902, 0.442452, 0.695402, 1.10626, 1.80062, 2.95568, 4.883", \
+            "0.099234, 0.448796, 0.695403, 1.11156, 1.80433, 2.9569, 4.88437", \
+            "0.125008, 0.473685, 0.714216, 1.11763, 1.80458, 2.95784, 4.88461", \
+            "0.183103, 0.535205, 0.772115, 1.16403, 1.83231, 2.96762, 4.88516", \
+            "0.299455, 0.663825, 0.900873, 1.28741, 1.94064, 3.04318, 4.91851" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0294734, 0.0841917, 0.119816, 0.177803, 0.274208, 0.433464, 0.698707", \
+            "0.0639679, 0.132061, 0.169319, 0.227839, 0.323972, 0.483365, 0.748641", \
+            "0.0853392, 0.169681, 0.212343, 0.274989, 0.373014, 0.532601, 0.797601", \
+            "0.115183, 0.227509, 0.280533, 0.355679, 0.464261, 0.629358, 0.894887", \
+            "0.155886, 0.312346, 0.384369, 0.481438, 0.615874, 0.806098, 1.08838", \
+            "0.207717, 0.431907, 0.533237, 0.666376, 0.84762, 1.08909, 1.42532", \
+            "0.26851, 0.585611, 0.733777, 0.926974, 1.1774, 1.51108, 1.94764" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0224693, 0.0910248, 0.137984, 0.215413, 0.345175, 0.560442, 0.919807", \
+            "0.0392277, 0.102076, 0.14489, 0.218396, 0.345352, 0.560515, 0.919808", \
+            "0.0537017, 0.121185, 0.162696, 0.231892, 0.352773, 0.562712, 0.919809", \
+            "0.0789716, 0.157473, 0.202009, 0.270262, 0.383464, 0.580262, 0.925028", \
+            "0.119698, 0.22183, 0.271856, 0.347463, 0.463093, 0.650302, 0.971403", \
+            "0.183077, 0.330861, 0.39442, 0.483677, 0.613619, 0.811157, 1.12277", \
+            "0.282784, 0.509805, 0.598729, 0.712825, 0.877643, 1.10119, 1.44491" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.110973, 0.377816, 0.561058, 0.863887, 1.37066, 2.21586, 3.62286", \
+            "0.136035, 0.404107, 0.587948, 0.891238, 1.39861, 2.24406, 3.65119", \
+            "0.152795, 0.425111, 0.609337, 0.912966, 1.42021, 2.26533, 3.6744", \
+            "0.176436, 0.465207, 0.650311, 0.954239, 1.46609, 2.30749, 3.71512", \
+            "0.20601, 0.536736, 0.730395, 1.03846, 1.54689, 2.39279, 3.80151", \
+            "0.242056, 0.649116, 0.865109, 1.19216, 1.71385, 2.56176, 3.97013", \
+            "0.303205, 0.820733, 1.07775, 1.44935, 2.01475, 2.89457, 4.31428" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0811012, 0.441641, 0.692164, 1.1062, 1.79979, 2.95707, 4.88201", \
+            "0.0844952, 0.442092, 0.692165, 1.10635, 1.80067, 2.95708, 4.88483", \
+            "0.0919182, 0.442893, 0.695229, 1.10636, 1.80068, 2.95718, 4.88484", \
+            "0.108304, 0.45177, 0.696713, 1.11063, 1.80348, 2.95725, 4.88485", \
+            "0.144229, 0.484348, 0.721061, 1.12084, 1.80377, 2.95726, 4.88486", \
+            "0.213669, 0.561825, 0.792696, 1.17862, 1.83959, 2.97079, 4.88969", \
+            "0.327054, 0.717428, 0.949462, 1.33131, 1.97046, 3.06035, 4.92459" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0302122, 0.0833234, 0.118514, 0.176243, 0.272725, 0.432548, 0.698879", \
+            "0.0628627, 0.130771, 0.167919, 0.226354, 0.322585, 0.482513, 0.748978", \
+            "0.0823981, 0.167724, 0.210465, 0.273354, 0.371582, 0.531697, 0.7979", \
+            "0.109183, 0.224214, 0.277916, 0.353331, 0.462399, 0.628216, 0.895255", \
+            "0.144827, 0.306696, 0.37989, 0.47775, 0.613433, 0.804694, 1.08854", \
+            "0.188167, 0.421961, 0.525226, 0.660719, 0.843342, 1.08657, 1.42466", \
+            "0.234983, 0.566922, 0.719439, 0.916814, 1.1703, 1.50681, 1.94678" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0208968, 0.0880133, 0.135115, 0.212713, 0.343128, 0.559742, 0.921092", \
+            "0.0366567, 0.0995501, 0.142397, 0.216032, 0.343678, 0.559873, 0.921093", \
+            "0.0507216, 0.118679, 0.160251, 0.229742, 0.350854, 0.561677, 0.921094", \
+            "0.0749108, 0.154832, 0.19961, 0.268106, 0.381999, 0.579564, 0.92717", \
+            "0.114077, 0.21906, 0.269529, 0.345628, 0.46151, 0.64967, 0.972646", \
+            "0.175268, 0.327452, 0.391621, 0.483693, 0.612342, 0.811077, 1.12369", \
+            "0.270322, 0.506556, 0.59667, 0.711471, 0.87387, 1.10162, 1.446" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0976314, 0.364548, 0.54786, 0.850522, 1.35733, 2.20188, 3.60953", \
+            "0.121566, 0.390387, 0.574334, 0.877756, 1.38513, 2.22972, 3.63807", \
+            "0.138547, 0.414868, 0.598958, 0.902999, 1.41077, 2.25563, 3.66303", \
+            "0.163263, 0.464243, 0.65016, 0.954189, 1.46602, 2.3075, 3.71508", \
+            "0.196513, 0.553397, 0.750414, 1.06015, 1.56927, 2.41505, 3.82401", \
+            "0.248166, 0.692321, 0.918785, 1.25439, 1.78005, 2.62844, 4.03674", \
+            "0.331906, 0.897811, 1.17703, 1.5711, 2.1554, 3.04668, 4.46944" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0811232, 0.441657, 0.692248, 1.10622, 1.80094, 2.95567, 4.88201", \
+            "0.086979, 0.442552, 0.692249, 1.10688, 1.80095, 2.95711, 4.88202", \
+            "0.0976015, 0.443154, 0.694291, 1.10731, 1.80096, 2.95736, 4.88475", \
+            "0.119811, 0.456074, 0.698635, 1.11457, 1.80346, 2.95737, 4.88476", \
+            "0.161736, 0.499271, 0.730807, 1.12527, 1.80611, 2.95738, 4.88477", \
+            "0.228653, 0.596475, 0.822181, 1.20085, 1.85029, 2.97237, 4.89906", \
+            "0.331917, 0.76781, 1.01164, 1.39012, 2.02021, 3.08902, 4.93638" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0292068, 0.0805655, 0.115359, 0.17273, 0.268886, 0.428424, 0.694622", \
+            "0.0591846, 0.127837, 0.164971, 0.223182, 0.3191, 0.478807, 0.744991", \
+            "0.0762581, 0.164032, 0.206986, 0.269991, 0.36816, 0.527997, 0.794021", \
+            "0.0988753, 0.218884, 0.273313, 0.348912, 0.458717, 0.624486, 0.89124", \
+            "0.128001, 0.298578, 0.372956, 0.472194, 0.608739, 0.800557, 1.08461", \
+            "0.161195, 0.408584, 0.514906, 0.65203, 0.836714, 1.08117, 1.4199", \
+            "0.192162, 0.544527, 0.702036, 0.90352, 1.15986, 1.49871, 1.94061" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0179812, 0.0843852, 0.131407, 0.209165, 0.339567, 0.555871, 0.91709", \
+            "0.0333707, 0.0963772, 0.139024, 0.212556, 0.340075, 0.556148, 0.917091", \
+            "0.0470345, 0.115591, 0.157117, 0.226258, 0.347177, 0.557842, 0.917092", \
+            "0.0703265, 0.151797, 0.196489, 0.265369, 0.378578, 0.576136, 0.923046", \
+            "0.107904, 0.215813, 0.266311, 0.342391, 0.458436, 0.646572, 0.968517", \
+            "0.167059, 0.324445, 0.388694, 0.479148, 0.6093, 0.808384, 1.12128", \
+            "0.260811, 0.501903, 0.5937, 0.708178, 0.871413, 1.09782, 1.44125" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0712824, 0.340684, 0.524092, 0.827121, 1.33399, 2.17858, 3.58569", \
+            "0.0957404, 0.36616, 0.550425, 0.854404, 1.36177, 2.2068, 3.61504", \
+            "0.114737, 0.393262, 0.577371, 0.881373, 1.38924, 2.23396, 3.64324", \
+            "0.142229, 0.450934, 0.636209, 0.939482, 1.44672, 2.29249, 3.70033", \
+            "0.181979, 0.553765, 0.752806, 1.06226, 1.56895, 2.41377, 3.82111", \
+            "0.239627, 0.705366, 0.941185, 1.28362, 1.81035, 2.65385, 4.05714", \
+            "0.326447, 0.919395, 1.21411, 1.62979, 2.23262, 3.13332, 4.55137" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0805695, 0.441641, 0.691954, 1.10619, 1.79974, 2.95558, 4.88149", \
+            "0.0892809, 0.442138, 0.69233, 1.1067, 1.80012, 2.95559, 4.88237", \
+            "0.102602, 0.443611, 0.692624, 1.10697, 1.80055, 2.9556, 4.88437", \
+            "0.124844, 0.462259, 0.701005, 1.10855, 1.80056, 2.95582, 4.88472", \
+            "0.163154, 0.519718, 0.746671, 1.13398, 1.80819, 2.95655, 4.88473", \
+            "0.224437, 0.635226, 0.864627, 1.23823, 1.87306, 2.98044, 4.89784", \
+            "0.327491, 0.82351, 1.08423, 1.47477, 2.10203, 3.14704, 4.9628" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0254532, 0.076734, 0.11138, 0.168656, 0.264502, 0.424242, 0.690394", \
+            "0.0511428, 0.123533, 0.160909, 0.219122, 0.31503, 0.474717, 0.740979", \
+            "0.0647452, 0.158773, 0.202404, 0.265839, 0.364121, 0.523979, 0.79006", \
+            "0.0816772, 0.211649, 0.267381, 0.344309, 0.454333, 0.620703, 0.887295", \
+            "0.102217, 0.288298, 0.364727, 0.465842, 0.603296, 0.795831, 1.08043", \
+            "0.122627, 0.392247, 0.502518, 0.642512, 0.829593, 1.07541, 1.41518", \
+            "0.135059, 0.517929, 0.681673, 0.888423, 1.14875, 1.49061, 1.93492" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0146196, 0.0803832, 0.127311, 0.204974, 0.335004, 0.551705, 0.912883", \
+            "0.0300476, 0.0930515, 0.135372, 0.208623, 0.335812, 0.551913, 0.912884", \
+            "0.0430371, 0.11237, 0.153777, 0.222649, 0.34349, 0.554133, 0.912885", \
+            "0.0651684, 0.148557, 0.192948, 0.261728, 0.374956, 0.572308, 0.918625", \
+            "0.101315, 0.212275, 0.263335, 0.339266, 0.454984, 0.642706, 0.964747", \
+            "0.159505, 0.32199, 0.385273, 0.477083, 0.606181, 0.804576, 1.11695", \
+            "0.254354, 0.499418, 0.592374, 0.705332, 0.870007, 1.0937, 1.43833" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00968677, 0.0098363, 0.00982154, 0.00975482, 0.00964146, 0.00962165, 0.00952008", \
+            "0.0094984, 0.00968143, 0.0096993, 0.00967318, 0.0095841, 0.00957437, 0.00958524", \
+            "0.00944551, 0.00959522, 0.00969088, 0.00961018, 0.00955212, 0.0095544, 0.00949877", \
+            "0.0094337, 0.00958093, 0.00953373, 0.00961525, 0.00959188, 0.00949405, 0.00952836", \
+            "0.00950525, 0.00948504, 0.00952636, 0.00944382, 0.00942085, 0.00943151, 0.00951834", \
+            "0.0102808, 0.00987745, 0.00978974, 0.00966911, 0.00957903, 0.00947173, 0.0094953", \
+            "0.0134779, 0.0116675, 0.011287, 0.0109001, 0.0104183, 0.0103212, 0.00981423" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00315896, 0.00310591, 0.00307157, 0.00301916, 0.00295947, 0.00272892, 0.00241453", \
+            "0.00292951, 0.00294192, 0.00293904, 0.00287715, 0.00279258, 0.0026256, 0.00227909", \
+            "0.00289319, 0.00295026, 0.00288331, 0.00285402, 0.00295914, 0.00309545, 0.00223438", \
+            "0.00302842, 0.00295504, 0.00296422, 0.00287306, 0.00272642, 0.00301461, 0.00234951", \
+            "0.00359554, 0.00320088, 0.00315342, 0.00309688, 0.00295062, 0.00256566, 0.00278989", \
+            "0.0051854, 0.0041998, 0.00392385, 0.00368233, 0.00350507, 0.00323885, 0.00270027", \
+            "0.00894363, 0.0069853, 0.00627671, 0.00560594, 0.00492983, 0.00426153, 0.00372487" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00781834, 0.00797852, 0.0079585, 0.00789513, 0.007766, 0.0077426, 0.00770527", \
+            "0.00762984, 0.00781866, 0.00782292, 0.00780159, 0.00773902, 0.00770252, 0.00774457", \
+            "0.00757656, 0.0077924, 0.00782212, 0.00774942, 0.00767186, 0.00767374, 0.00765292", \
+            "0.00757294, 0.00766867, 0.00767241, 0.00771672, 0.00769786, 0.00765638, 0.0076617", \
+            "0.00771193, 0.00764625, 0.00768431, 0.00760372, 0.00765423, 0.00758468, 0.00751131", \
+            "0.00869695, 0.00811801, 0.00799697, 0.00782956, 0.0077554, 0.00763478, 0.00764736", \
+            "0.0120783, 0.0101159, 0.00961469, 0.0091978, 0.00859302, 0.00852319, 0.00801824" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0029652, 0.0029355, 0.002906, 0.00283236, 0.00275895, 0.00255084, 0.00222852", \
+            "0.00269794, 0.0028008, 0.00280688, 0.00274491, 0.00268507, 0.00251278, 0.00219182", \
+            "0.00263999, 0.00278632, 0.00274203, 0.00273287, 0.00285117, 0.00290436, 0.00217968", \
+            "0.00275982, 0.00279438, 0.00281627, 0.00273727, 0.00260234, 0.00279326, 0.00219898", \
+            "0.00332704, 0.00299738, 0.0029892, 0.00291722, 0.00281265, 0.00244848, 0.00277775", \
+            "0.0048962, 0.0039251, 0.00368696, 0.00355184, 0.00327635, 0.0030836, 0.00254006", \
+            "0.00850852, 0.00661281, 0.00593734, 0.00532215, 0.00463251, 0.00410987, 0.00362377" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00596327, 0.00612532, 0.0061048, 0.00603925, 0.00593702, 0.00588241, 0.00579506", \
+            "0.00577162, 0.00597632, 0.00596702, 0.00595435, 0.00587502, 0.00589905, 0.00582899", \
+            "0.00572467, 0.00589065, 0.00594089, 0.00591318, 0.00583173, 0.00586615, 0.00588494", \
+            "0.00576294, 0.00583345, 0.00583353, 0.00595564, 0.0058603, 0.00581182, 0.00577266", \
+            "0.00608361, 0.00585995, 0.00588724, 0.00578214, 0.00594872, 0.00574631, 0.00578435", \
+            "0.00740137, 0.00656245, 0.00633139, 0.00613738, 0.00620171, 0.00578391, 0.00607091", \
+            "0.010841, 0.00876697, 0.00823317, 0.00767287, 0.00702913, 0.00684054, 0.00618875" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00257357, 0.00265786, 0.00259372, 0.00253042, 0.00246774, 0.0022391, 0.0019389", \
+            "0.00232079, 0.00255496, 0.00258254, 0.0025908, 0.00268021, 0.0023036, 0.00199087", \
+            "0.00227517, 0.00255313, 0.0025312, 0.00250847, 0.00263931, 0.00271481, 0.00198508", \
+            "0.002421, 0.00254037, 0.00258598, 0.00255169, 0.00241691, 0.00251001, 0.00216633", \
+            "0.00301743, 0.00270334, 0.00270919, 0.00268751, 0.00263246, 0.00229459, 0.00257065", \
+            "0.00458388, 0.00360008, 0.00340693, 0.00319726, 0.00307597, 0.00289531, 0.00226558", \
+            "0.00811092, 0.00620543, 0.00554078, 0.0049883, 0.00429089, 0.00387517, 0.00337144" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00387126, 0.00420094, 0.00418836, 0.00414052, 0.00402611, 0.00400071, 0.00393116", \
+            "0.00368971, 0.00395253, 0.00398547, 0.00400077, 0.00393964, 0.00392816, 0.00393672", \
+            "0.00379807, 0.00387875, 0.0039153, 0.0039394, 0.00389105, 0.00387978, 0.00387938", \
+            "0.00409537, 0.00395758, 0.00386566, 0.00385078, 0.0038128, 0.0038598, 0.00388502", \
+            "0.00481404, 0.00419558, 0.00413329, 0.00397152, 0.0039893, 0.00380825, 0.00379177", \
+            "0.00652756, 0.00536438, 0.00499627, 0.0046247, 0.00445099, 0.00405449, 0.00423484", \
+            "0.010264, 0.00801956, 0.00736953, 0.00677051, 0.00579995, 0.00527253, 0.00470596" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00208073, 0.00244246, 0.00233425, 0.00227999, 0.00220677, 0.00205588, 0.00174819", \
+            "0.00187403, 0.00230389, 0.00235337, 0.00239115, 0.00227088, 0.00215865, 0.00179747", \
+            "0.00187034, 0.00227764, 0.00228186, 0.00232824, 0.00251279, 0.00247268, 0.00178521", \
+            "0.00207935, 0.00225904, 0.00232489, 0.00232909, 0.00223013, 0.00254408, 0.00193303", \
+            "0.00275955, 0.00238971, 0.00245574, 0.00247514, 0.00242719, 0.00206808, 0.002395", \
+            "0.00446757, 0.00330551, 0.00308804, 0.00296496, 0.00283375, 0.00268621, 0.00212479", \
+            "0.00826474, 0.00591473, 0.00524607, 0.00461148, 0.00405348, 0.00357381, 0.00322305" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00298675;
+      rise_capacitance : 0.0029524;
+      rise_capacitance_range (0.00279679, 0.00319278);
+      fall_capacitance : 0.00302109;
+      fall_capacitance_range (0.00262017, 0.00338718);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.003003;
+      rise_capacitance : 0.00299387;
+      rise_capacitance_range (0.00269441, 0.00332662);
+      fall_capacitance : 0.00301212;
+      fall_capacitance_range (0.00259094, 0.00338537);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00297233;
+      rise_capacitance : 0.00298617;
+      rise_capacitance_range (0.00258794, 0.00341125);
+      fall_capacitance : 0.00295848;
+      fall_capacitance_range (0.00254663, 0.00329679);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00283259;
+      rise_capacitance : 0.00292446;
+      rise_capacitance_range (0.00239343, 0.0034734);
+      fall_capacitance : 0.00274073;
+      fall_capacitance_range (0.00250336, 0.00290105);
+    }
+  }
+  cell (sg13g2_nor4_2) {
+    area : 21.7728;
+    cell_footprint : "nor4";
+    cell_leakage_power : 199.536;
+    leakage_power () {
+      value : 348.296;
+      when : "!A&!B&!C&!D&Y";
+    }
+    leakage_power () {
+      value : 291.964;
+      when : "!A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 235.35;
+      when : "!A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 216.138;
+      when : "!A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 195.555;
+      when : "!A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 183.048;
+      when : "!A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 176.712;
+      when : "!A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 210.529;
+      when : "!A&B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 156.631;
+      when : "A&!B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 148.651;
+      when : "A&!B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 144.753;
+      when : "A&!B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 188.001;
+      when : "A&!B&C&D&!Y";
+    }
+    leakage_power () {
+      value : 138.96;
+      when : "A&B&!C&!D&!Y";
+    }
+    leakage_power () {
+      value : 174.031;
+      when : "A&B&!C&D&!Y";
+    }
+    leakage_power () {
+      value : 171.934;
+      when : "A&B&C&!D&!Y";
+    }
+    leakage_power () {
+      value : 212.02;
+      when : "A&B&C&D&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.111192, 0.386087, 0.570396, 0.875073, 1.38512, 2.23486, 3.65113", \
+            "0.136643, 0.412148, 0.597213, 0.902453, 1.41294, 2.26311, 3.67946", \
+            "0.153352, 0.431642, 0.617022, 0.922358, 1.43336, 2.28351, 3.6996", \
+            "0.175928, 0.465953, 0.651859, 0.9575, 1.46842, 2.31927, 3.73621", \
+            "0.202226, 0.523629, 0.715405, 1.02432, 1.53561, 2.38634, 3.80394", \
+            "0.22668, 0.609849, 0.818969, 1.14318, 1.66528, 2.51866, 3.93498", \
+            "0.2512, 0.73846, 0.981614, 1.34035, 1.8961, 2.77525, 4.20256" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0718305, 0.442976, 0.6954, 1.11208, 1.81029, 2.97395, 4.9134", \
+            "0.0737752, 0.442977, 0.695439, 1.11232, 1.8103, 2.97397, 4.91372", \
+            "0.078782, 0.443671, 0.698913, 1.11254, 1.81083, 2.97399, 4.91373", \
+            "0.0895417, 0.44987, 0.698914, 1.11891, 1.81084, 2.97482, 4.91609", \
+            "0.114319, 0.474624, 0.716626, 1.12294, 1.81348, 2.97606, 4.9161", \
+            "0.171345, 0.534064, 0.773943, 1.16935, 1.84208, 2.98435, 4.92022", \
+            "0.288063, 0.664022, 0.901746, 1.2932, 1.95047, 3.0609, 4.95097" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0276265, 0.0841573, 0.119921, 0.178023, 0.274536, 0.433924, 0.699363", \
+            "0.0613846, 0.131935, 0.169445, 0.228018, 0.324242, 0.483802, 0.749001", \
+            "0.0820676, 0.169743, 0.212479, 0.275219, 0.37335, 0.533008, 0.798282", \
+            "0.110972, 0.227673, 0.280868, 0.355936, 0.464591, 0.629912, 0.895761", \
+            "0.150336, 0.312653, 0.3847, 0.481723, 0.616266, 0.806567, 1.08898", \
+            "0.200362, 0.432463, 0.533668, 0.667199, 0.848226, 1.08956, 1.42584", \
+            "0.258748, 0.586151, 0.734427, 0.927873, 1.17821, 1.51187, 1.94946" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0207569, 0.0912521, 0.13836, 0.21585, 0.345844, 0.561673, 0.921887", \
+            "0.0373335, 0.102297, 0.145156, 0.218902, 0.345992, 0.561674, 0.921888", \
+            "0.0516054, 0.121316, 0.162865, 0.232273, 0.353105, 0.563612, 0.921889", \
+            "0.0758824, 0.157694, 0.202099, 0.270452, 0.383926, 0.581316, 0.927487", \
+            "0.115198, 0.222645, 0.271952, 0.347635, 0.463425, 0.651194, 0.97291", \
+            "0.176545, 0.330813, 0.394542, 0.484402, 0.614364, 0.811821, 1.12454", \
+            "0.272642, 0.510194, 0.598835, 0.713007, 0.877836, 1.10166, 1.44647" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.106365, 0.381195, 0.565696, 0.870384, 1.38033, 2.23009, 3.64633", \
+            "0.131725, 0.407786, 0.593674, 0.898512, 1.40842, 2.25879, 3.67533", \
+            "0.148278, 0.429122, 0.614518, 0.91977, 1.43031, 2.28105, 3.69708", \
+            "0.171028, 0.469369, 0.655695, 0.961507, 1.47599, 2.32265, 3.73973", \
+            "0.198478, 0.541027, 0.735428, 1.04519, 1.55699, 2.40867, 3.82555", \
+            "0.229603, 0.652954, 0.869726, 1.19944, 1.72379, 2.5771, 3.99454", \
+            "0.283291, 0.823614, 1.08281, 1.45509, 2.02378, 2.90831, 4.33662" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0719571, 0.44305, 0.695042, 1.11206, 1.81029, 2.97397, 4.9134", \
+            "0.0752748, 0.443255, 0.695762, 1.11269, 1.81118, 2.97403, 4.91341", \
+            "0.0823968, 0.44383, 0.69875, 1.1127, 1.81119, 2.97404, 4.91342", \
+            "0.0981631, 0.452796, 0.69967, 1.1189, 1.81488, 2.97521, 4.91348", \
+            "0.132937, 0.484483, 0.723328, 1.1262, 1.8149, 2.97522, 4.91622", \
+            "0.201848, 0.561661, 0.794227, 1.1835, 1.84882, 2.98725, 4.91623", \
+            "0.316048, 0.717901, 0.951635, 1.33456, 1.97834, 3.07723, 4.9555" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0284736, 0.0832255, 0.118417, 0.176112, 0.272412, 0.431909, 0.697656", \
+            "0.0602525, 0.130525, 0.167742, 0.226133, 0.322242, 0.481877, 0.747512", \
+            "0.0791968, 0.167676, 0.210399, 0.27321, 0.371249, 0.531025, 0.796711", \
+            "0.104906, 0.224295, 0.277731, 0.353078, 0.462084, 0.62733, 0.894088", \
+            "0.139299, 0.306879, 0.380001, 0.477883, 0.613126, 0.804046, 1.08732", \
+            "0.180674, 0.422336, 0.525648, 0.660657, 0.842987, 1.08614, 1.42349", \
+            "0.225119, 0.567486, 0.719896, 0.916897, 1.16985, 1.50645, 1.94618" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0193482, 0.088009, 0.135037, 0.212659, 0.342763, 0.559073, 0.919936", \
+            "0.0347985, 0.0995636, 0.142314, 0.215915, 0.343255, 0.559555, 0.919937", \
+            "0.0483734, 0.118575, 0.160126, 0.229573, 0.350486, 0.561347, 0.919938", \
+            "0.0716739, 0.154546, 0.199528, 0.267809, 0.381644, 0.578951, 0.926008", \
+            "0.109143, 0.21944, 0.269429, 0.345133, 0.461296, 0.649095, 0.971579", \
+            "0.168156, 0.326879, 0.390926, 0.481335, 0.612138, 0.809889, 1.12282", \
+            "0.260433, 0.506267, 0.596187, 0.710979, 0.873444, 1.10043, 1.44465" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0914791, 0.366492, 0.550786, 0.855415, 1.3654, 2.21519, 3.63235", \
+            "0.115172, 0.392612, 0.577593, 0.882779, 1.39305, 2.24344, 3.66013", \
+            "0.131075, 0.4169, 0.602112, 0.907989, 1.41884, 2.26838, 3.68633", \
+            "0.153902, 0.466214, 0.653082, 0.959004, 1.46994, 2.32128, 3.7385", \
+            "0.184133, 0.555197, 0.753082, 1.06471, 1.57691, 2.42877, 3.84616", \
+            "0.230436, 0.693595, 0.921414, 1.25848, 1.78737, 2.64089, 4.05705", \
+            "0.308903, 0.898405, 1.17891, 1.57498, 2.16209, 3.05836, 4.48938" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0724872, 0.442992, 0.69502, 1.11209, 1.81038, 2.97397, 4.91586", \
+            "0.0778908, 0.444913, 0.695042, 1.11227, 1.81104, 2.97403, 4.91587", \
+            "0.0882299, 0.444914, 0.697986, 1.11301, 1.81122, 2.97539, 4.91588", \
+            "0.109499, 0.457135, 0.701423, 1.11481, 1.81123, 2.9754, 4.91589", \
+            "0.149885, 0.500083, 0.733224, 1.13065, 1.81567, 2.97562, 4.9159", \
+            "0.215941, 0.596723, 0.824363, 1.20598, 1.86037, 2.98963, 4.92761", \
+            "0.317096, 0.769172, 1.01236, 1.39448, 2.02904, 3.10593, 4.9665" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.027546, 0.0803362, 0.115068, 0.172342, 0.268346, 0.427557, 0.693234", \
+            "0.0563984, 0.127426, 0.164539, 0.222797, 0.318511, 0.477999, 0.743703", \
+            "0.0725331, 0.163736, 0.206705, 0.269576, 0.367603, 0.527169, 0.792746", \
+            "0.0937523, 0.218597, 0.27262, 0.348709, 0.458123, 0.623607, 0.890085", \
+            "0.120817, 0.298235, 0.372583, 0.47204, 0.608101, 0.79967, 1.08326", \
+            "0.151236, 0.408191, 0.514596, 0.651285, 0.836147, 1.08047, 1.41856", \
+            "0.178893, 0.543418, 0.701357, 0.902813, 1.15899, 1.49804, 1.93899" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0164016, 0.0841458, 0.131104, 0.208632, 0.338807, 0.555067, 0.915855", \
+            "0.0312883, 0.0962113, 0.138774, 0.212162, 0.339316, 0.555251, 0.915856", \
+            "0.0444154, 0.115316, 0.15681, 0.226042, 0.347102, 0.557073, 0.915857", \
+            "0.0665937, 0.151303, 0.196316, 0.264828, 0.378023, 0.575462, 0.922296", \
+            "0.10249, 0.215687, 0.266215, 0.341865, 0.458067, 0.645916, 0.967312", \
+            "0.158919, 0.323872, 0.387969, 0.47827, 0.6082, 0.806602, 1.11924", \
+            "0.248485, 0.501754, 0.593225, 0.707547, 0.870647, 1.09652, 1.44149" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0622803, 0.339992, 0.5246, 0.829419, 1.33936, 2.18907, 3.60635", \
+            "0.0865346, 0.365517, 0.550917, 0.856817, 1.36723, 2.21824, 3.63443", \
+            "0.104408, 0.392843, 0.578063, 0.883996, 1.39479, 2.24519, 3.66181", \
+            "0.129405, 0.45037, 0.636715, 0.941766, 1.45294, 2.30372, 3.72097", \
+            "0.166096, 0.553276, 0.753285, 1.06392, 1.57437, 2.42371, 3.84048", \
+            "0.220008, 0.705156, 0.94233, 1.2869, 1.81673, 2.66527, 4.07749", \
+            "0.30099, 0.919772, 1.21568, 1.63282, 2.23815, 3.14485, 4.57069" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0705899, 0.442985, 0.695019, 1.1121, 1.8103, 2.97416, 4.91578", \
+            "0.0797269, 0.443017, 0.695387, 1.11256, 1.81031, 2.97543, 4.91579", \
+            "0.0921407, 0.444978, 0.69552, 1.11273, 1.81111, 2.97544, 4.91615", \
+            "0.112822, 0.463203, 0.703775, 1.11852, 1.81112, 2.97545, 4.91616", \
+            "0.148543, 0.52088, 0.749306, 1.13924, 1.81942, 2.97546, 4.91617", \
+            "0.20682, 0.635672, 0.866771, 1.2437, 1.88342, 2.99931, 4.91985", \
+            "0.305381, 0.823286, 1.08611, 1.48026, 2.11101, 3.16468, 4.99322" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0235814, 0.0761517, 0.110647, 0.16765, 0.263056, 0.422184, 0.687013", \
+            "0.0472805, 0.12297, 0.1602, 0.218225, 0.313635, 0.472614, 0.737572", \
+            "0.0596317, 0.158041, 0.201597, 0.26487, 0.362818, 0.521926, 0.786745", \
+            "0.0744198, 0.210687, 0.266183, 0.342933, 0.45253, 0.618413, 0.884202", \
+            "0.0919063, 0.287067, 0.363486, 0.464604, 0.601623, 0.793689, 1.07719", \
+            "0.108218, 0.390455, 0.50106, 0.640738, 0.827229, 1.07294, 1.41175", \
+            "0.114653, 0.515063, 0.6792, 0.885989, 1.14628, 1.48738, 1.93068" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0128605, 0.0796526, 0.126351, 0.203752, 0.333292, 0.549171, 0.908937", \
+            "0.027872, 0.0924055, 0.134527, 0.207547, 0.334238, 0.549172, 0.908938", \
+            "0.0398585, 0.111716, 0.152994, 0.221556, 0.341686, 0.551309, 0.908939", \
+            "0.0608349, 0.147951, 0.192703, 0.260882, 0.373728, 0.569947, 0.915021", \
+            "0.0949232, 0.211488, 0.26277, 0.338215, 0.453311, 0.640537, 0.960856", \
+            "0.150242, 0.321081, 0.383602, 0.474746, 0.60429, 0.801651, 1.11363", \
+            "0.241869, 0.498517, 0.590984, 0.704074, 0.86828, 1.09058, 1.43515" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0196436, 0.0199927, 0.0199471, 0.0198094, 0.0195909, 0.019538, 0.0194494", \
+            "0.0192837, 0.019656, 0.019699, 0.0196612, 0.019473, 0.019405, 0.0193208", \
+            "0.0191863, 0.0195212, 0.0197224, 0.0195401, 0.0193887, 0.0193211, 0.0193649", \
+            "0.0191661, 0.0194908, 0.0194167, 0.0196416, 0.0192384, 0.0193288, 0.0193593", \
+            "0.0192905, 0.019244, 0.0193651, 0.0191972, 0.0195497, 0.019241, 0.019198", \
+            "0.0208502, 0.019985, 0.0198523, 0.0196094, 0.0200487, 0.0192712, 0.0194409", \
+            "0.0272456, 0.0234908, 0.0227542, 0.0220554, 0.0210853, 0.0210073, 0.0200682" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00622922, 0.00612218, 0.00606764, 0.0059457, 0.00582762, 0.0053642, 0.00480383", \
+            "0.0057573, 0.00577562, 0.00580793, 0.00563991, 0.0054468, 0.00514626, 0.00441804", \
+            "0.00568932, 0.00577769, 0.00571157, 0.00561355, 0.00550291, 0.00536466, 0.00437281", \
+            "0.0059613, 0.00584215, 0.0058396, 0.00570408, 0.00536363, 0.00593538, 0.00448765", \
+            "0.00711945, 0.00636505, 0.00620976, 0.00607429, 0.00583374, 0.00507867, 0.00564581", \
+            "0.0103255, 0.00828581, 0.00772639, 0.00729405, 0.00686652, 0.00630358, 0.00532723", \
+            "0.0178753, 0.0137955, 0.0124185, 0.0110947, 0.009785, 0.00843666, 0.00768422" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0159605, 0.0163116, 0.0162643, 0.0161327, 0.0159076, 0.0158606, 0.0157525", \
+            "0.0155868, 0.0159822, 0.0160527, 0.0159891, 0.0158406, 0.0157569, 0.0157162", \
+            "0.0154834, 0.0159501, 0.016022, 0.0158325, 0.0157129, 0.015729, 0.0156375", \
+            "0.015471, 0.0158115, 0.0157295, 0.0159265, 0.015808, 0.0155814, 0.0154971", \
+            "0.0157302, 0.0156428, 0.0156913, 0.0155334, 0.0154669, 0.0155161, 0.0156759", \
+            "0.0176863, 0.0164925, 0.0162496, 0.015977, 0.0157774, 0.0154078, 0.0156486", \
+            "0.0244733, 0.0203595, 0.0194247, 0.0186135, 0.0174888, 0.0173216, 0.0162391" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00581534, 0.00575533, 0.00569517, 0.00556032, 0.00537797, 0.00498263, 0.00432619", \
+            "0.00526301, 0.00546006, 0.00549047, 0.00537805, 0.00518488, 0.00494197, 0.00421043", \
+            "0.00514125, 0.0054442, 0.00540244, 0.00531423, 0.00550205, 0.00576902, 0.00413984", \
+            "0.00538379, 0.00544737, 0.00548945, 0.00535346, 0.00508953, 0.00560145, 0.00436408", \
+            "0.00656075, 0.00589547, 0.00586527, 0.00571766, 0.0055149, 0.00476552, 0.00545559", \
+            "0.00971273, 0.00768375, 0.00722383, 0.00676881, 0.00636058, 0.00598601, 0.0048968", \
+            "0.0169858, 0.0130991, 0.0116983, 0.0104602, 0.00903514, 0.00807938, 0.00724374" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0122709, 0.0126027, 0.0125539, 0.0124281, 0.0121664, 0.0121374, 0.0120414", \
+            "0.011865, 0.0123498, 0.0122881, 0.0122543, 0.0121087, 0.0120773, 0.0120185", \
+            "0.0117652, 0.0121931, 0.0122688, 0.0121606, 0.0120024, 0.0119975, 0.0119156", \
+            "0.011842, 0.0121157, 0.0120042, 0.0120191, 0.0118536, 0.0118771, 0.0120525", \
+            "0.0125136, 0.0120977, 0.0121082, 0.0119176, 0.0119373, 0.011833, 0.011921", \
+            "0.015173, 0.0134007, 0.0130105, 0.0125584, 0.0126303, 0.0118289, 0.0125723", \
+            "0.0221416, 0.0177337, 0.0166515, 0.0155916, 0.0142384, 0.0137664, 0.012935" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00467541, 0.00488885, 0.00473123, 0.00458771, 0.00446794, 0.00402748, 0.00339432", \
+            "0.00417049, 0.00464062, 0.00472644, 0.00468025, 0.00477043, 0.0042367, 0.00339616", \
+            "0.00408561, 0.00465415, 0.00457809, 0.00459214, 0.00464056, 0.00495678, 0.00356647", \
+            "0.00439694, 0.00462916, 0.00468331, 0.00463112, 0.00432611, 0.00466818, 0.00380719", \
+            "0.00563479, 0.00497152, 0.00499536, 0.00495589, 0.00481089, 0.00408313, 0.00470124", \
+            "0.00881566, 0.00674432, 0.00632264, 0.00586024, 0.00558233, 0.00530937, 0.00405338", \
+            "0.0158805, 0.0119154, 0.0106042, 0.00950346, 0.00812845, 0.00720613, 0.00634719" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00789567, 0.00863097, 0.008612, 0.00850535, 0.00828272, 0.00832236, 0.00829656", \
+            "0.00758986, 0.00811367, 0.00819842, 0.00822896, 0.00805674, 0.00817606, 0.00796659", \
+            "0.00788128, 0.00796635, 0.00803933, 0.00807715, 0.00796859, 0.00802729, 0.00809142", \
+            "0.00847698, 0.00810525, 0.00796503, 0.00812546, 0.00784971, 0.00800698, 0.00790336", \
+            "0.00996309, 0.0086833, 0.00847791, 0.0081145, 0.00833681, 0.00782669, 0.00794572", \
+            "0.0134817, 0.0109734, 0.0102313, 0.00955639, 0.00918057, 0.00849021, 0.00841804", \
+            "0.0210851, 0.0162571, 0.0149806, 0.0137815, 0.0116419, 0.0111058, 0.00966773" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00332865, 0.00415528, 0.00395163, 0.00386955, 0.00371986, 0.00333617, 0.00279162", \
+            "0.00300203, 0.00390549, 0.00402451, 0.00405875, 0.00392967, 0.00351514, 0.00288616", \
+            "0.00301909, 0.00386118, 0.00386475, 0.00397424, 0.00422187, 0.00419142, 0.00292546", \
+            "0.00352095, 0.00383908, 0.0039758, 0.0038655, 0.00371717, 0.00396142, 0.00368102", \
+            "0.00491507, 0.0041213, 0.00425607, 0.00427236, 0.00415442, 0.00345008, 0.00364854", \
+            "0.00842344, 0.00594528, 0.00549664, 0.00513903, 0.00489298, 0.00462055, 0.0034168", \
+            "0.0160973, 0.0111643, 0.00978622, 0.00857051, 0.00743384, 0.00647827, 0.00573867" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00576178;
+      rise_capacitance : 0.0056954;
+      rise_capacitance_range (0.00538301, 0.00618372);
+      fall_capacitance : 0.00582815;
+      fall_capacitance_range (0.00502769, 0.00655482);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00571722;
+      rise_capacitance : 0.00569971;
+      rise_capacitance_range (0.00509493, 0.00637917);
+      fall_capacitance : 0.00573473;
+      fall_capacitance_range (0.00491336, 0.00648573);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00567206;
+      rise_capacitance : 0.00570015;
+      rise_capacitance_range (0.0048855, 0.00658088);
+      fall_capacitance : 0.00564397;
+      fall_capacitance_range (0.00484935, 0.00633209);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00553401;
+      rise_capacitance : 0.00571863;
+      rise_capacitance_range (0.00455957, 0.00690814);
+      fall_capacitance : 0.00534939;
+      fall_capacitance_range (0.00485041, 0.00568296);
+    }
+  }
+  cell (sg13g2_o21ai_1) {
+    area : 9.072;
+    cell_footprint : "o21ai";
+    cell_leakage_power : 126.648;
+    leakage_power () {
+      value : 81.5214;
+      when : "!A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 113.43;
+      when : "A1&!A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 113.434;
+      when : "!A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 128.033;
+      when : "A1&A2&!B1&Y";
+    }
+    leakage_power () {
+      value : 99.9283;
+      when : "!A1&!A2&B1&Y";
+    }
+    leakage_power () {
+      value : 144.709;
+      when : "A1&!A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 169.7;
+      when : "!A1&A2&B1&!Y";
+    }
+    leakage_power () {
+      value : 162.43;
+      when : "A1&A2&B1&!Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!((A1+A2)*B1)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.066851, 0.22364, 0.331, 0.50802, 0.804755, 1.29807, 2.12146", \
+            "0.0953487, 0.256046, 0.36369, 0.540918, 0.837664, 1.33129, 2.15479", \
+            "0.113884, 0.283766, 0.391801, 0.569279, 0.865658, 1.36012, 2.18252", \
+            "0.14018, 0.334522, 0.447093, 0.626579, 0.923513, 1.41809, 2.24225", \
+            "0.177063, 0.419034, 0.545728, 0.737106, 1.04058, 1.53599, 2.35877", \
+            "0.230109, 0.545588, 0.698412, 0.920493, 1.25196, 1.76604, 2.59241", \
+            "0.311663, 0.729803, 0.929625, 1.20332, 1.59581, 2.17108, 3.04504" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.047436, 0.261764, 0.410283, 0.65581, 1.06686, 1.75191, 2.89301", \
+            "0.0536771, 0.262216, 0.410294, 0.655953, 1.06687, 1.75192, 2.89327", \
+            "0.0633214, 0.266463, 0.411849, 0.655954, 1.06688, 1.75193, 2.89344", \
+            "0.0835392, 0.28539, 0.425075, 0.66257, 1.07113, 1.75194, 2.89381", \
+            "0.120539, 0.333314, 0.468552, 0.695653, 1.08687, 1.75722, 2.89382", \
+            "0.17932, 0.424931, 0.56494, 0.787691, 1.16418, 1.80406, 2.90998", \
+            "0.266678, 0.582878, 0.738384, 0.977093, 1.35459, 1.978, 3.03231" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0463237, 0.141391, 0.206097, 0.312838, 0.491524, 0.788777, 1.28458", \
+            "0.0732121, 0.176555, 0.241778, 0.3487, 0.527427, 0.824857, 1.32033", \
+            "0.0898708, 0.206283, 0.274097, 0.382101, 0.560981, 0.858405, 1.35449", \
+            "0.11147, 0.254549, 0.32995, 0.444607, 0.626837, 0.92501, 1.42107", \
+            "0.137591, 0.328458, 0.419869, 0.550991, 0.749079, 1.05726, 1.55545", \
+            "0.166737, 0.43313, 0.552685, 0.716619, 0.949945, 1.29328, 1.81636", \
+            "0.199399, 0.565233, 0.732937, 0.954609, 1.25187, 1.66783, 2.264" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0269136, 0.151718, 0.238375, 0.381335, 0.621125, 1.0205, 1.68595", \
+            "0.0351213, 0.154848, 0.239767, 0.382483, 0.621465, 1.02051, 1.68596", \
+            "0.0449798, 0.164536, 0.246419, 0.385039, 0.62156, 1.02204, 1.68597", \
+            "0.0642585, 0.18845, 0.269198, 0.402078, 0.630881, 1.02313, 1.6869", \
+            "0.0982636, 0.238164, 0.318697, 0.450858, 0.672014, 1.0478, 1.69529", \
+            "0.153434, 0.32943, 0.417719, 0.552554, 0.773646, 1.13869, 1.7577", \
+            "0.236087, 0.485763, 0.594245, 0.745284, 0.979111, 1.34781, 1.95527" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A2";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0584573, 0.216379, 0.3237, 0.501094, 0.797254, 1.29089, 2.11364", \
+            "0.0878977, 0.251998, 0.359716, 0.537209, 0.834043, 1.32768, 2.15052", \
+            "0.108542, 0.286796, 0.394945, 0.572425, 0.869032, 1.36346, 2.1865", \
+            "0.138326, 0.351493, 0.466029, 0.645977, 0.942649, 1.43697, 2.25949", \
+            "0.182284, 0.454788, 0.590405, 0.787468, 1.09312, 1.58775, 2.40961", \
+            "0.24603, 0.602825, 0.773943, 1.01491, 1.36082, 1.8818, 2.70608", \
+            "0.341259, 0.812034, 1.03885, 1.34698, 1.78163, 2.39046, 3.28784" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0474534, 0.261621, 0.410248, 0.655796, 1.06695, 1.75191, 2.89329", \
+            "0.0592595, 0.262457, 0.410276, 0.655807, 1.06696, 1.75192, 2.8933", \
+            "0.0731199, 0.270032, 0.413188, 0.656081, 1.06697, 1.75193, 2.89331", \
+            "0.0966167, 0.299725, 0.434017, 0.666164, 1.07343, 1.75198, 2.89332", \
+            "0.133221, 0.367271, 0.499064, 0.717236, 1.09753, 1.76015, 2.89344", \
+            "0.188533, 0.48372, 0.629054, 0.851204, 1.21398, 1.83249, 2.9192", \
+            "0.276363, 0.666185, 0.843136, 1.10227, 1.48289, 2.08907, 3.10234" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0393356, 0.133657, 0.197858, 0.304057, 0.481726, 0.777598, 1.27088", \
+            "0.0625656, 0.168741, 0.233757, 0.340191, 0.517945, 0.814554, 1.30742", \
+            "0.0752713, 0.197642, 0.265728, 0.373548, 0.551716, 0.847917, 1.34173", \
+            "0.0903018, 0.244209, 0.320506, 0.435625, 0.617644, 0.914507, 1.40805", \
+            "0.105905, 0.314431, 0.408094, 0.540584, 0.739223, 1.04678, 1.54333", \
+            "0.119384, 0.412472, 0.536391, 0.703169, 0.93857, 1.28172, 1.80436", \
+            "0.127418, 0.532427, 0.707497, 0.935264, 1.23622, 1.65535, 2.25106" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0188656, 0.142355, 0.228445, 0.370835, 0.609246, 1.00653, 1.66987", \
+            "0.0277319, 0.145799, 0.229843, 0.371229, 0.609247, 1.00687, 1.66988", \
+            "0.0374523, 0.156021, 0.237122, 0.374677, 0.610099, 1.00688, 1.66989", \
+            "0.0557066, 0.180395, 0.260064, 0.391921, 0.61986, 1.00884, 1.6699", \
+            "0.0886533, 0.230223, 0.310162, 0.44189, 0.660643, 1.03463, 1.67837", \
+            "0.14401, 0.322775, 0.409769, 0.545164, 0.764186, 1.1256, 1.74181", \
+            "0.22915, 0.480815, 0.590619, 0.738289, 0.970722, 1.33607, 1.94032" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        sdf_cond : "(A1 == 1'b0 && A2 == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "(!A1 * A2)";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0262102, 0.103856, 0.156133, 0.242495, 0.386959, 0.627688, 1.02892", \
+            "0.0499918, 0.14726, 0.20067, 0.287192, 0.431966, 0.67272, 1.07468", \
+            "0.0625121, 0.183449, 0.241248, 0.329713, 0.47445, 0.715655, 1.11703", \
+            "0.0802568, 0.241575, 0.311932, 0.41115, 0.561934, 0.804003, 1.20556", \
+            "0.103776, 0.328261, 0.42166, 0.547291, 0.722418, 0.979949, 1.38612", \
+            "0.135369, 0.4465, 0.576661, 0.744915, 0.972705, 1.28195, 1.72665", \
+            "0.176976, 0.604647, 0.78855, 1.02672, 1.33512, 1.74709, 2.29606" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165437, 0.123004, 0.197811, 0.321629, 0.528699, 0.873967, 1.44941", \
+            "0.0336316, 0.129661, 0.200539, 0.321924, 0.5287, 0.873968, 1.45033", \
+            "0.0458866, 0.146391, 0.212308, 0.327809, 0.529941, 0.87492, 1.45034", \
+            "0.0652599, 0.184587, 0.248649, 0.356645, 0.546639, 0.879342, 1.45035", \
+            "0.0972618, 0.25468, 0.325326, 0.43241, 0.610837, 0.920693, 1.46696", \
+            "0.147626, 0.366796, 0.452994, 0.578479, 0.762619, 1.06078, 1.56284", \
+            "0.230828, 0.539807, 0.663436, 0.818018, 1.04123, 1.35972, 1.86253" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0305321, 0.125411, 0.189691, 0.295867, 0.473659, 0.76942, 1.26269", \
+            "0.051325, 0.164929, 0.230122, 0.336451, 0.514194, 0.810726, 1.30398", \
+            "0.0623565, 0.198658, 0.268314, 0.376429, 0.554242, 0.850255, 1.34357", \
+            "0.0764785, 0.250709, 0.332161, 0.450671, 0.633446, 0.929869, 1.42264", \
+            "0.0946925, 0.325772, 0.429484, 0.57201, 0.778372, 1.08925, 1.58426", \
+            "0.116578, 0.429012, 0.565673, 0.750947, 1.00547, 1.36629, 1.89842", \
+            "0.139551, 0.558187, 0.747134, 0.995308, 1.33004, 1.78661, 2.42144" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195124, 0.142568, 0.228478, 0.370835, 0.609264, 1.00642, 1.66871", \
+            "0.0342935, 0.148765, 0.231106, 0.371271, 0.610028, 1.00654, 1.66881", \
+            "0.0464056, 0.165228, 0.243086, 0.377349, 0.61055, 1.00655, 1.66882", \
+            "0.0652064, 0.200945, 0.2783, 0.404849, 0.626141, 1.01077, 1.67049", \
+            "0.0949955, 0.264911, 0.347801, 0.477139, 0.687834, 1.04948, 1.68244", \
+            "0.1427, 0.370521, 0.471833, 0.612976, 0.834359, 1.18574, 1.78042", \
+            "0.221304, 0.538924, 0.670486, 0.845773, 1.09813, 1.47495, 2.0666" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B1";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0262102, 0.103856, 0.156133, 0.242495, 0.386959, 0.627688, 1.02892", \
+            "0.0499918, 0.14726, 0.20067, 0.287192, 0.431966, 0.67272, 1.07468", \
+            "0.0625121, 0.183449, 0.241248, 0.329713, 0.47445, 0.715655, 1.11703", \
+            "0.0802568, 0.241575, 0.311932, 0.41115, 0.561934, 0.804003, 1.20556", \
+            "0.103776, 0.328261, 0.42166, 0.547291, 0.722418, 0.979949, 1.38612", \
+            "0.135369, 0.4465, 0.576661, 0.744915, 0.972705, 1.28195, 1.72665", \
+            "0.176976, 0.604647, 0.78855, 1.02672, 1.33512, 1.74709, 2.29606" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165437, 0.123004, 0.197811, 0.321629, 0.528699, 0.873967, 1.44941", \
+            "0.0336316, 0.129661, 0.200539, 0.321924, 0.5287, 0.873968, 1.45033", \
+            "0.0458866, 0.146391, 0.212308, 0.327809, 0.529941, 0.87492, 1.45034", \
+            "0.0652599, 0.184587, 0.248649, 0.356645, 0.546639, 0.879342, 1.45035", \
+            "0.0972618, 0.25468, 0.325326, 0.43241, 0.610837, 0.920693, 1.46696", \
+            "0.147626, 0.366796, 0.452994, 0.578479, 0.762619, 1.06078, 1.56284", \
+            "0.230828, 0.539807, 0.663436, 0.818018, 1.04123, 1.35972, 1.86253" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0305321, 0.125411, 0.189691, 0.295867, 0.473659, 0.76942, 1.26269", \
+            "0.051325, 0.164929, 0.230122, 0.336451, 0.514194, 0.810726, 1.30398", \
+            "0.0623565, 0.198658, 0.268314, 0.376429, 0.554242, 0.850255, 1.34357", \
+            "0.0764785, 0.250709, 0.332161, 0.450671, 0.633446, 0.929869, 1.42264", \
+            "0.0946925, 0.325772, 0.429484, 0.57201, 0.778372, 1.08925, 1.58426", \
+            "0.116578, 0.429012, 0.565673, 0.750947, 1.00547, 1.36629, 1.89842", \
+            "0.139551, 0.558187, 0.747134, 0.995308, 1.33004, 1.78661, 2.42144" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0195124, 0.142568, 0.228478, 0.370835, 0.609264, 1.00642, 1.66871", \
+            "0.0342935, 0.148765, 0.231106, 0.371271, 0.610028, 1.00654, 1.66881", \
+            "0.0464056, 0.165228, 0.243086, 0.377349, 0.61055, 1.00655, 1.66882", \
+            "0.0652064, 0.200945, 0.2783, 0.404849, 0.626141, 1.01077, 1.67049", \
+            "0.0949955, 0.264911, 0.347801, 0.477139, 0.687834, 1.04948, 1.68244", \
+            "0.1427, 0.370521, 0.471833, 0.612976, 0.834359, 1.18574, 1.78042", \
+            "0.221304, 0.538924, 0.670486, 0.845773, 1.09813, 1.47495, 2.0666" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00512954, 0.00515536, 0.00512221, 0.00505819, 0.00494773, 0.00474331, 0.00450588", \
+            "0.00491095, 0.00503584, 0.00502979, 0.00499673, 0.00489761, 0.00468154, 0.00450658", \
+            "0.0048589, 0.00498197, 0.00496743, 0.00493386, 0.00485169, 0.00466199, 0.00440958", \
+            "0.00492298, 0.00493074, 0.00498486, 0.00490816, 0.0049154, 0.00465164, 0.00448929", \
+            "0.00538048, 0.00515054, 0.00505047, 0.00501989, 0.00486189, 0.00495334, 0.00446268", \
+            "0.00702692, 0.00604565, 0.00582083, 0.00558349, 0.00526022, 0.00504324, 0.00460987", \
+            "0.0111131, 0.00895971, 0.00827836, 0.00761613, 0.00696065, 0.0059883, 0.00597074" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00478476, 0.00477856, 0.00474092, 0.00465691, 0.00457213, 0.00438583, 0.0040573", \
+            "0.0044891, 0.0046897, 0.00467709, 0.00462239, 0.00451297, 0.00433215, 0.00398583", \
+            "0.00442781, 0.00458417, 0.00464016, 0.00455164, 0.00452646, 0.00444161, 0.00396254", \
+            "0.00447048, 0.00459004, 0.00460481, 0.00455651, 0.00469486, 0.00448527, 0.00406192", \
+            "0.00493179, 0.00477738, 0.00475048, 0.00470946, 0.00455836, 0.00483761, 0.00402894", \
+            "0.006471, 0.00560136, 0.00540014, 0.00524146, 0.00506928, 0.00464309, 0.00472712", \
+            "0.0103405, 0.0083214, 0.00765328, 0.00706303, 0.0065817, 0.00603083, 0.00539647" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A2";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00275159, 0.00288567, 0.00285505, 0.00280216, 0.0026902, 0.00249185, 0.0025673", \
+            "0.00248181, 0.00269013, 0.00270996, 0.002699, 0.00260817, 0.00241004, 0.00213579", \
+            "0.002565, 0.00263764, 0.0026563, 0.00263639, 0.00257808, 0.00240355, 0.00219674", \
+            "0.00288907, 0.00266942, 0.00273689, 0.0026203, 0.00266993, 0.0023694, 0.0021003", \
+            "0.00370744, 0.00309666, 0.00292895, 0.00284688, 0.00260051, 0.00280207, 0.00219121", \
+            "0.00565349, 0.00439615, 0.00402604, 0.0036345, 0.00323459, 0.00316137, 0.00244738", \
+            "0.00988482, 0.00764785, 0.00686435, 0.00603268, 0.00523693, 0.00409441, 0.00402049" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00453392, 0.00485893, 0.00483038, 0.00478126, 0.00469947, 0.00450127, 0.00419034", \
+            "0.00412182, 0.00473096, 0.0047943, 0.00475172, 0.00467612, 0.00453414, 0.00418789", \
+            "0.00405345, 0.00457393, 0.0046957, 0.00468058, 0.00473828, 0.00446541, 0.00422502", \
+            "0.00415282, 0.00449797, 0.00456051, 0.00461038, 0.00486971, 0.00462428, 0.00412923", \
+            "0.00470588, 0.00457345, 0.00461576, 0.00467625, 0.00457379, 0.00494534, 0.00460007", \
+            "0.00638033, 0.00535435, 0.00515863, 0.00512831, 0.00503459, 0.00463405, 0.00469837", \
+            "0.0103879, 0.00802642, 0.00739987, 0.00678459, 0.00639556, 0.00595295, 0.00543394" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        when : "(!A1 * A2)";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00172564, 0.00224781, 0.00224049, 0.00220024, 0.00208295, 0.00189875, 0.00156267", \
+            "0.0015698, 0.00200947, 0.0020768, 0.00221065, 0.00202237, 0.00184429, 0.00160481", \
+            "0.00172101, 0.00186157, 0.00200176, 0.00202016, 0.00193534, 0.00189794, 0.00148862", \
+            "0.0021761, 0.00193811, 0.00191024, 0.00196397, 0.00191758, 0.00214324, 0.00143473", \
+            "0.00323773, 0.0023906, 0.00228057, 0.00210233, 0.0020016, 0.00224817, 0.00154497", \
+            "0.00572764, 0.00389153, 0.00342586, 0.0030594, 0.00272436, 0.00219218, 0.00234161", \
+            "0.0107827, 0.00754278, 0.00668538, 0.00571879, 0.0048204, 0.00400198, 0.00299069" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00241514, 0.00282891, 0.00280888, 0.00275467, 0.00265899, 0.00248429, 0.00217064", \
+            "0.00221208, 0.00260991, 0.00265645, 0.00263884, 0.00264827, 0.00244951, 0.00211019", \
+            "0.00234174, 0.00248684, 0.00259374, 0.00257478, 0.00252866, 0.00236844, 0.0021161", \
+            "0.00276453, 0.00258101, 0.00255105, 0.00256896, 0.00273932, 0.00258261, 0.00223233", \
+            "0.00376323, 0.00299042, 0.00288736, 0.00278986, 0.00260909, 0.00279556, 0.00204439", \
+            "0.00606433, 0.00439696, 0.0040297, 0.00365277, 0.00334973, 0.00277628, 0.00292307", \
+            "0.0109364, 0.00800233, 0.00711724, 0.00617477, 0.00545363, 0.00460966, 0.003733" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B1";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00172564, 0.00224781, 0.00224049, 0.00220024, 0.00208295, 0.00189875, 0.00156267", \
+            "0.0015698, 0.00200947, 0.0020768, 0.00221065, 0.00202237, 0.00184429, 0.00160481", \
+            "0.00172101, 0.00186157, 0.00200176, 0.00202016, 0.00193534, 0.00189794, 0.00148862", \
+            "0.0021761, 0.00193811, 0.00191024, 0.00196397, 0.00191758, 0.00214324, 0.00143473", \
+            "0.00323773, 0.0023906, 0.00228057, 0.00210233, 0.0020016, 0.00224817, 0.00154497", \
+            "0.00572764, 0.00389153, 0.00342586, 0.0030594, 0.00272436, 0.00219218, 0.00234161", \
+            "0.0107827, 0.00754278, 0.00668538, 0.00571879, 0.0048204, 0.00400198, 0.00299069" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00241514, 0.00282891, 0.00280888, 0.00275467, 0.00265899, 0.00248429, 0.00217064", \
+            "0.00221208, 0.00260991, 0.00265645, 0.00263884, 0.00264827, 0.00244951, 0.00211019", \
+            "0.00234174, 0.00248684, 0.00259374, 0.00257478, 0.00252866, 0.00236844, 0.0021161", \
+            "0.00276453, 0.00258101, 0.00255105, 0.00256896, 0.00273932, 0.00258261, 0.00223233", \
+            "0.00376323, 0.00299042, 0.00288736, 0.00278986, 0.00260909, 0.00279556, 0.00204439", \
+            "0.00606433, 0.00439696, 0.0040297, 0.00365277, 0.00334973, 0.00277628, 0.00292307", \
+            "0.0109364, 0.00800233, 0.00711724, 0.00617477, 0.00545363, 0.00460966, 0.003733" \
+          );
+        }
+      }
+    }
+    pin (A1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00337156;
+      rise_capacitance : 0.00346414;
+      rise_capacitance_range (0.0030637, 0.00386132);
+      fall_capacitance : 0.00327897;
+      fall_capacitance_range (0.00289123, 0.00362431);
+    }
+    pin (A2) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00334058;
+      rise_capacitance : 0.00352754;
+      rise_capacitance_range (0.00286207, 0.00406548);
+      fall_capacitance : 0.00315362;
+      fall_capacitance_range (0.00290225, 0.00332017);
+    }
+    pin (B1) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00320965;
+      rise_capacitance : 0.00329966;
+      rise_capacitance_range (0.00287115, 0.00371628);
+      fall_capacitance : 0.00311964;
+      fall_capacitance_range (0.00271804, 0.00341728);
+    }
+  }
+  cell (sg13g2_or2_1) {
+    area : 9.072;
+    cell_footprint : "or2";
+    cell_leakage_power : 114.895;
+    leakage_power () {
+      value : 145.58;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 101.563;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 122.063;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 90.3742;
+      when : "A&B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0563667, 0.122341, 0.165774, 0.237463, 0.357008, 0.555979, 0.887581", \
+            "0.0935304, 0.160028, 0.203514, 0.275138, 0.394738, 0.594669, 0.925671", \
+            "0.117497, 0.184864, 0.228309, 0.299867, 0.419418, 0.618627, 0.95038", \
+            "0.152188, 0.221451, 0.264793, 0.336617, 0.45612, 0.655116, 0.987167", \
+            "0.198737, 0.275622, 0.318411, 0.389313, 0.508599, 0.707384, 1.03908", \
+            "0.261431, 0.350174, 0.393657, 0.464476, 0.583084, 0.781821, 1.1128", \
+            "0.339497, 0.449747, 0.495955, 0.566761, 0.686559, 0.884863, 1.21571" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0155835, 0.103432, 0.165777, 0.269392, 0.442636, 0.731684, 1.21355", \
+            "0.0182666, 0.10354, 0.165935, 0.269393, 0.44281, 0.732495, 1.21356", \
+            "0.021519, 0.104133, 0.166301, 0.269599, 0.442818, 0.732496, 1.21357", \
+            "0.0272317, 0.105539, 0.167101, 0.270196, 0.443284, 0.732497, 1.21364", \
+            "0.0367358, 0.1093, 0.169059, 0.271095, 0.443936, 0.732689, 1.21365", \
+            "0.050369, 0.118256, 0.174257, 0.27381, 0.445616, 0.733837, 1.21485", \
+            "0.069878, 0.138705, 0.188669, 0.282274, 0.450837, 0.737568, 1.21708" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0927283, 0.157376, 0.193404, 0.251186, 0.347438, 0.507274, 0.773598", \
+            "0.122088, 0.187558, 0.223618, 0.281505, 0.377676, 0.537585, 0.803749", \
+            "0.142595, 0.209748, 0.246085, 0.304107, 0.400403, 0.56034, 0.826462", \
+            "0.172335, 0.242905, 0.279786, 0.338107, 0.434607, 0.594686, 0.861024", \
+            "0.213307, 0.291009, 0.328787, 0.387454, 0.484162, 0.64445, 0.910705", \
+            "0.26711, 0.357022, 0.396859, 0.456482, 0.553222, 0.713341, 0.979829", \
+            "0.336375, 0.446058, 0.490839, 0.553883, 0.653295, 0.813734, 1.08136" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0221441, 0.0865746, 0.131844, 0.207973, 0.337517, 0.553739, 0.9149", \
+            "0.0230731, 0.0869885, 0.131948, 0.208104, 0.337518, 0.554139, 0.915163", \
+            "0.0251368, 0.0883763, 0.132978, 0.208621, 0.33756, 0.5556, 0.915164", \
+            "0.0296392, 0.0914308, 0.135324, 0.210268, 0.338478, 0.555601, 0.915165", \
+            "0.0378417, 0.0977733, 0.13975, 0.213134, 0.340374, 0.555656, 0.915919", \
+            "0.051035, 0.11019, 0.149566, 0.219414, 0.34393, 0.557557, 0.917483", \
+            "0.070677, 0.133119, 0.170327, 0.23596, 0.355889, 0.565174, 0.921905" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0521907, 0.117816, 0.161141, 0.232647, 0.352077, 0.551049, 0.882594", \
+            "0.0863646, 0.152687, 0.196159, 0.267878, 0.387377, 0.586647, 0.917926", \
+            "0.107793, 0.174958, 0.218268, 0.289655, 0.40913, 0.608383, 0.940146", \
+            "0.137422, 0.208057, 0.251153, 0.322367, 0.44155, 0.640166, 0.97187", \
+            "0.17784, 0.256269, 0.299015, 0.369789, 0.488455, 0.687615, 1.01918", \
+            "0.228646, 0.320902, 0.363674, 0.434384, 0.553135, 0.751489, 1.08225", \
+            "0.29044, 0.405485, 0.452266, 0.524548, 0.644337, 0.84397, 1.17449" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.014987, 0.102912, 0.165482, 0.269069, 0.442457, 0.731624, 1.21355", \
+            "0.0181915, 0.103349, 0.165707, 0.269115, 0.44246, 0.731772, 1.21356", \
+            "0.0217398, 0.103963, 0.166123, 0.269401, 0.442542, 0.734308, 1.21357", \
+            "0.0281975, 0.105493, 0.166951, 0.270035, 0.443058, 0.734309, 1.21358", \
+            "0.0381989, 0.109837, 0.169228, 0.271029, 0.443849, 0.73431, 1.21359", \
+            "0.052979, 0.121776, 0.175893, 0.274687, 0.445845, 0.734311, 1.21468", \
+            "0.074234, 0.146031, 0.193435, 0.286313, 0.453434, 0.738725, 1.21774" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0860163, 0.150795, 0.186651, 0.244755, 0.340859, 0.500857, 0.767174", \
+            "0.117977, 0.183621, 0.219802, 0.277703, 0.373874, 0.533891, 0.800031", \
+            "0.140645, 0.207804, 0.244218, 0.302437, 0.398807, 0.558768, 0.825166", \
+            "0.173712, 0.24389, 0.280525, 0.338969, 0.435678, 0.595908, 0.862273", \
+            "0.219241, 0.296161, 0.333912, 0.39195, 0.488291, 0.648049, 0.914875", \
+            "0.278542, 0.368128, 0.406942, 0.465618, 0.561354, 0.720658, 0.987016", \
+            "0.355177, 0.464747, 0.507278, 0.568846, 0.667107, 0.827075, 1.09223" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0221944, 0.0865579, 0.131629, 0.208248, 0.337258, 0.55374, 0.914825", \
+            "0.0237637, 0.0873135, 0.132206, 0.208249, 0.337383, 0.553919, 0.914826", \
+            "0.0268618, 0.0891859, 0.133557, 0.209067, 0.337972, 0.554098, 0.915206", \
+            "0.0330389, 0.0923125, 0.136061, 0.211185, 0.339544, 0.554922, 0.915207", \
+            "0.0430748, 0.098721, 0.140625, 0.213883, 0.341345, 0.556861, 0.917118", \
+            "0.057823, 0.111443, 0.14982, 0.220247, 0.344603, 0.559045, 0.919205", \
+            "0.080728, 0.137679, 0.171332, 0.235372, 0.355052, 0.564989, 0.922582" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00609221, 0.00651165, 0.00649605, 0.00647465, 0.00638336, 0.0061172, 0.00618073", \
+            "0.0058787, 0.00618763, 0.00626434, 0.00619666, 0.00612257, 0.00602795, 0.00592279", \
+            "0.00587919, 0.00609396, 0.00610299, 0.00616951, 0.0060887, 0.00587039, 0.00588102", \
+            "0.00606394, 0.00617437, 0.0062241, 0.00617161, 0.0062276, 0.00614324, 0.00585809", \
+            "0.00668764, 0.00670886, 0.00673617, 0.00673617, 0.00664669, 0.00654358, 0.006385", \
+            "0.00826796, 0.00801143, 0.00803121, 0.00800026, 0.00804317, 0.00799586, 0.00742818", \
+            "0.0116935, 0.0110489, 0.0110552, 0.0109496, 0.0110016, 0.0109854, 0.0108712" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00750043, 0.00792496, 0.00794452, 0.00789689, 0.00783815, 0.00765607, 0.00733779", \
+            "0.00730072, 0.00774403, 0.0078769, 0.00785113, 0.00772799, 0.00760852, 0.00727532", \
+            "0.00731973, 0.00768466, 0.00772579, 0.00782251, 0.00768171, 0.00772127, 0.00720998", \
+            "0.00736485, 0.00764417, 0.00769878, 0.00768499, 0.0076279, 0.00776549, 0.00737215", \
+            "0.00776235, 0.0078794, 0.00795982, 0.00803156, 0.00802342, 0.00774197, 0.00795985", \
+            "0.00908174, 0.00892455, 0.00900219, 0.00896614, 0.00905073, 0.00909751, 0.00858751", \
+            "0.0123745, 0.0117284, 0.0117601, 0.0117104, 0.011776, 0.0118175, 0.0119497" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00591407, 0.006375, 0.00637036, 0.00632196, 0.00621343, 0.0060063, 0.00594631", \
+            "0.00561484, 0.00597418, 0.00603864, 0.0060412, 0.00590857, 0.00575036, 0.00561312", \
+            "0.00556649, 0.00581427, 0.00583413, 0.00598086, 0.0057859, 0.00579842, 0.00554858", \
+            "0.00576708, 0.00596439, 0.00599957, 0.00594148, 0.00598743, 0.0058588, 0.0058572", \
+            "0.00642838, 0.00648727, 0.00653702, 0.00656702, 0.00644075, 0.00643611, 0.00612337", \
+            "0.00808585, 0.00791808, 0.00786695, 0.0078941, 0.00796001, 0.00786643, 0.00734194", \
+            "0.0116742, 0.0110444, 0.0109618, 0.0110002, 0.0110446, 0.0110991, 0.0110028" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0060047, 0.00642643, 0.0064557, 0.00642297, 0.0063683, 0.00620631, 0.00585128", \
+            "0.00580818, 0.00619221, 0.00632618, 0.00630277, 0.00621264, 0.00605688, 0.00575329", \
+            "0.00593868, 0.00622588, 0.00625234, 0.00638281, 0.00627048, 0.00612395, 0.00585255", \
+            "0.00618979, 0.00636602, 0.00640967, 0.00636887, 0.00631086, 0.00615974, 0.00632938", \
+            "0.00692298, 0.00689447, 0.00701413, 0.00704101, 0.00700363, 0.00654875, 0.00697048", \
+            "0.00861194, 0.00831986, 0.00839282, 0.00842685, 0.00842284, 0.00834964, 0.00771028", \
+            "0.0122787, 0.0114463, 0.0113558, 0.0113549, 0.0114203, 0.0113897, 0.0112654" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00246875;
+      rise_capacitance : 0.0024593;
+      rise_capacitance_range (0.00228712, 0.00260066);
+      fall_capacitance : 0.00247819;
+      fall_capacitance_range (0.00217871, 0.00272821);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00229712;
+      rise_capacitance : 0.00234896;
+      rise_capacitance_range (0.00203095, 0.00256842);
+      fall_capacitance : 0.00224527;
+      fall_capacitance_range (0.00205313, 0.00238245);
+    }
+  }
+  cell (sg13g2_or2_2) {
+    area : 10.8864;
+    cell_footprint : "or2";
+    cell_leakage_power : 168.119;
+    leakage_power () {
+      value : 227.963;
+      when : "!A&!B";
+    }
+    leakage_power () {
+      value : 145.068;
+      when : "A&!B";
+    }
+    leakage_power () {
+      value : 165.567;
+      when : "!A&B";
+    }
+    leakage_power () {
+      value : 133.878;
+      when : "A&B";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0665774, 0.138187, 0.181841, 0.253497, 0.373248, 0.57258, 0.9042", \
+            "0.108122, 0.1805, 0.224137, 0.295809, 0.415702, 0.615435, 0.946755", \
+            "0.136502, 0.211023, 0.254588, 0.326215, 0.44597, 0.645295, 0.977219", \
+            "0.177926, 0.256542, 0.299929, 0.371243, 0.490749, 0.68987, 1.02176", \
+            "0.236795, 0.324088, 0.367198, 0.438144, 0.557071, 0.75584, 1.08746", \
+            "0.316974, 0.418307, 0.462263, 0.532233, 0.650012, 0.848211, 1.17891", \
+            "0.418586, 0.544411, 0.594478, 0.661636, 0.780244, 0.976053, 1.30641" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0173468, 0.104832, 0.167049, 0.270598, 0.444091, 0.733598, 1.21532", \
+            "0.0204607, 0.105179, 0.167218, 0.270657, 0.445241, 0.734444, 1.21542", \
+            "0.0244066, 0.106182, 0.167734, 0.270873, 0.445242, 0.734445, 1.21567", \
+            "0.0311497, 0.108865, 0.169142, 0.271687, 0.445243, 0.734446, 1.21568", \
+            "0.0430151, 0.114838, 0.172448, 0.273502, 0.445918, 0.734447, 1.21593", \
+            "0.061015, 0.130124, 0.18226, 0.278456, 0.448311, 0.735946, 1.21713", \
+            "0.088289, 0.159367, 0.204041, 0.292015, 0.456006, 0.740053, 1.21997" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.120569, 0.199018, 0.236608, 0.295678, 0.392412, 0.552065, 0.817967", \
+            "0.151225, 0.230196, 0.268125, 0.327146, 0.423749, 0.583564, 0.849459", \
+            "0.174911, 0.254961, 0.293035, 0.352274, 0.448916, 0.608921, 0.875103", \
+            "0.212216, 0.295897, 0.334406, 0.393909, 0.490658, 0.650561, 0.916336", \
+            "0.266902, 0.357146, 0.396738, 0.457039, 0.553795, 0.713829, 0.97956", \
+            "0.340435, 0.4432, 0.485506, 0.547161, 0.643461, 0.802925, 1.06844", \
+            "0.437949, 0.558947, 0.605648, 0.670843, 0.770231, 0.931074, 1.19526" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0300687, 0.0980793, 0.141953, 0.216472, 0.344111, 0.559639, 0.920057", \
+            "0.0305894, 0.0980803, 0.141954, 0.216597, 0.34439, 0.55964, 0.920058", \
+            "0.0326214, 0.0989575, 0.142721, 0.216957, 0.344616, 0.559898, 0.920462", \
+            "0.0372087, 0.102978, 0.145669, 0.218951, 0.34544, 0.560476, 0.920463", \
+            "0.0470515, 0.110208, 0.151751, 0.223497, 0.348602, 0.561614, 0.920679", \
+            "0.063778, 0.125483, 0.164918, 0.233041, 0.35401, 0.565198, 0.92329", \
+            "0.090055, 0.153623, 0.188901, 0.251949, 0.367606, 0.573335, 0.927385" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0626715, 0.1338, 0.177295, 0.24904, 0.368722, 0.567835, 0.899412", \
+            "0.102294, 0.174421, 0.217997, 0.289539, 0.409291, 0.608758, 0.940426", \
+            "0.128469, 0.202712, 0.246251, 0.317728, 0.437265, 0.636586, 0.968487", \
+            "0.166148, 0.244875, 0.288163, 0.35927, 0.478811, 0.677432, 1.00973", \
+            "0.21982, 0.308226, 0.351085, 0.421953, 0.540317, 0.738432, 1.06952", \
+            "0.290498, 0.394394, 0.438214, 0.50821, 0.628203, 0.825415, 1.15604", \
+            "0.379081, 0.509252, 0.558452, 0.630701, 0.748118, 0.945898, 1.27516" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0167096, 0.1044, 0.166804, 0.270438, 0.44403, 0.733154, 1.21535", \
+            "0.0202552, 0.104938, 0.167011, 0.270439, 0.444152, 0.733457, 1.21548", \
+            "0.0245131, 0.106041, 0.167631, 0.270745, 0.444174, 0.733502, 1.2155", \
+            "0.0318228, 0.108985, 0.16919, 0.271495, 0.444557, 0.733503, 1.2158", \
+            "0.0443446, 0.115531, 0.172802, 0.273473, 0.445704, 0.73426, 1.21581", \
+            "0.063571, 0.13319, 0.183519, 0.279112, 0.448239, 0.735886, 1.21699", \
+            "0.09281, 0.165087, 0.208364, 0.295026, 0.45699, 0.740718, 1.22003" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.114227, 0.192783, 0.230313, 0.28951, 0.386192, 0.54599, 0.811806", \
+            "0.148559, 0.22736, 0.2652, 0.324328, 0.421035, 0.580968, 0.846809", \
+            "0.176515, 0.256731, 0.294816, 0.354135, 0.450781, 0.610824, 0.877017", \
+            "0.219867, 0.303475, 0.341551, 0.401037, 0.49833, 0.658425, 0.924494", \
+            "0.281916, 0.373075, 0.412187, 0.471538, 0.568074, 0.727133, 0.992667", \
+            "0.362226, 0.467193, 0.507956, 0.569765, 0.664745, 0.82299, 1.08894", \
+            "0.469712, 0.595083, 0.641605, 0.70499, 0.803048, 0.961606, 1.22599" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0300799, 0.0980138, 0.142079, 0.216469, 0.344111, 0.559766, 0.919962", \
+            "0.0310199, 0.0980148, 0.14208, 0.21647, 0.344358, 0.559767, 0.919964", \
+            "0.0342751, 0.0995341, 0.143071, 0.217122, 0.344551, 0.55994, 0.920151", \
+            "0.0414338, 0.104027, 0.146828, 0.219728, 0.346137, 0.560378, 0.920185", \
+            "0.0551156, 0.112627, 0.152989, 0.224421, 0.349326, 0.562648, 0.921695", \
+            "0.075748, 0.130683, 0.166901, 0.234537, 0.354766, 0.56572, 0.924399", \
+            "0.106561, 0.16405, 0.195234, 0.254804, 0.367981, 0.573496, 0.928048" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00994965, 0.0108055, 0.0108548, 0.0107938, 0.0106519, 0.010234, 0.0101737", \
+            "0.0098254, 0.0104352, 0.0106226, 0.0104966, 0.0105249, 0.0101786, 0.0100476", \
+            "0.00988306, 0.0102783, 0.0103573, 0.0107286, 0.0105679, 0.0100234, 0.0100676", \
+            "0.0101928, 0.0103047, 0.0104055, 0.0102296, 0.0105088, 0.00984409, 0.00978659", \
+            "0.0110881, 0.0106307, 0.0107215, 0.0108078, 0.0105606, 0.0104116, 0.0100192", \
+            "0.013398, 0.0120368, 0.0121095, 0.0118991, 0.0118491, 0.0117007, 0.0109905", \
+            "0.0178083, 0.0151364, 0.0151358, 0.0146818, 0.0149261, 0.0146192, 0.0144297" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0113834, 0.0119923, 0.0120102, 0.0119107, 0.0118485, 0.0114146, 0.0106188", \
+            "0.0112049, 0.0119031, 0.0122549, 0.0122364, 0.011999, 0.0116236, 0.0110382", \
+            "0.0112929, 0.0116588, 0.0117774, 0.0120059, 0.0119355, 0.0115337, 0.0109218", \
+            "0.0115463, 0.0116359, 0.0117813, 0.0116389, 0.0117603, 0.0114248, 0.0107761", \
+            "0.0123127, 0.0117794, 0.0118118, 0.0119226, 0.0117855, 0.0110079, 0.0118554", \
+            "0.0141064, 0.0128098, 0.0128223, 0.013071, 0.0127751, 0.0127107, 0.0116193", \
+            "0.0183178, 0.0156028, 0.0154098, 0.0153073, 0.0150505, 0.01563, 0.015107" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00982841, 0.010804, 0.0108431, 0.0108099, 0.01064, 0.0102117, 0.0102718", \
+            "0.00958836, 0.0103013, 0.0105515, 0.0103405, 0.0102183, 0.00989488, 0.0099732", \
+            "0.00960287, 0.0100383, 0.0101825, 0.0105139, 0.0100296, 0.00974085, 0.00984641", \
+            "0.00997977, 0.010037, 0.0101383, 0.00996048, 0.0101458, 0.0095442, 0.00957954", \
+            "0.0108559, 0.0104482, 0.0105702, 0.0106079, 0.0102228, 0.00990996, 0.00931815", \
+            "0.0131615, 0.0118824, 0.0117631, 0.0117276, 0.0117859, 0.011598, 0.0104502", \
+            "0.0177715, 0.0149723, 0.0148278, 0.0145944, 0.0147036, 0.0147781, 0.0144856" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0099255, 0.0105493, 0.0104473, 0.0105443, 0.0103406, 0.0100447, 0.00924936", \
+            "0.0097323, 0.010299, 0.0104825, 0.0105929, 0.0104677, 0.0102139, 0.00953295", \
+            "0.0099507, 0.0101542, 0.0102923, 0.0106585, 0.0103839, 0.0100743, 0.00953453", \
+            "0.0105353, 0.0102697, 0.0102306, 0.0101534, 0.0104138, 0.010096, 0.00956219", \
+            "0.0116626, 0.0107411, 0.0108582, 0.0108978, 0.0106917, 0.00966214, 0.0105313", \
+            "0.014148, 0.0121222, 0.0120094, 0.0125109, 0.0121514, 0.0117901, 0.0108869", \
+            "0.0189109, 0.0153253, 0.0151388, 0.0151452, 0.0148057, 0.0152739, 0.0147728" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00245609;
+      rise_capacitance : 0.00244437;
+      rise_capacitance_range (0.00230062, 0.00257268);
+      fall_capacitance : 0.00246782;
+      fall_capacitance_range (0.0021808, 0.00269577);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00228363;
+      rise_capacitance : 0.00233603;
+      rise_capacitance_range (0.00209818, 0.0025217);
+      fall_capacitance : 0.00223122;
+      fall_capacitance_range (0.00207331, 0.00234653);
+    }
+  }
+  cell (sg13g2_or3_1) {
+    area : 12.7008;
+    cell_footprint : "or3";
+    cell_leakage_power : 121.923;
+    leakage_power () {
+      value : 187.054;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 150.621;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 125.584;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 110.719;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 108.4;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 96.3045;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 93.6689;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 103.03;
+      when : "A&B&C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0645564, 0.132197, 0.175907, 0.247575, 0.367481, 0.566365, 0.897842", \
+            "0.105442, 0.173477, 0.217147, 0.288899, 0.408647, 0.608101, 0.939378", \
+            "0.133239, 0.202366, 0.245998, 0.317735, 0.437532, 0.636829, 0.968314", \
+            "0.174046, 0.245745, 0.289029, 0.360503, 0.480099, 0.67908, 1.01067", \
+            "0.231771, 0.310101, 0.353214, 0.424589, 0.543907, 0.742666, 1.07424", \
+            "0.308918, 0.400592, 0.444142, 0.51498, 0.633435, 0.831727, 1.16281", \
+            "0.411124, 0.523262, 0.569597, 0.641246, 0.760746, 0.959053, 1.28954" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171927, 0.103926, 0.166308, 0.26953, 0.442793, 0.731746, 1.21284", \
+            "0.0194653, 0.104158, 0.166334, 0.269546, 0.442867, 0.731869, 1.21285", \
+            "0.0224212, 0.104695, 0.166709, 0.269815, 0.442924, 0.73245, 1.21286", \
+            "0.0275098, 0.106286, 0.167524, 0.270274, 0.443187, 0.732451, 1.21335", \
+            "0.0367252, 0.109872, 0.169243, 0.271297, 0.443979, 0.732452, 1.21336", \
+            "0.050127, 0.119597, 0.174776, 0.274164, 0.445473, 0.733477, 1.21387", \
+            "0.068875, 0.139998, 0.188894, 0.281971, 0.450431, 0.73672, 1.21646" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.132965, 0.207909, 0.245782, 0.305111, 0.401713, 0.561634, 0.828192", \
+            "0.159973, 0.235072, 0.273302, 0.332383, 0.429097, 0.589222, 0.855583", \
+            "0.178827, 0.255109, 0.293378, 0.352727, 0.449475, 0.60967, 0.876495", \
+            "0.206622, 0.286128, 0.324857, 0.384753, 0.481679, 0.642128, 0.908467", \
+            "0.24427, 0.330144, 0.37013, 0.430836, 0.528326, 0.689079, 0.955634", \
+            "0.289258, 0.387902, 0.430569, 0.492616, 0.591322, 0.751431, 1.01868", \
+            "0.342983, 0.462711, 0.511699, 0.57969, 0.682165, 0.843963, 1.11106" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0281588, 0.0947662, 0.138657, 0.212941, 0.340298, 0.555875, 0.916787", \
+            "0.0284358, 0.0947672, 0.138716, 0.21299, 0.34062, 0.555973, 0.916814", \
+            "0.0296949, 0.095704, 0.13935, 0.21328, 0.340689, 0.556301, 0.917361", \
+            "0.0324983, 0.0988162, 0.14183, 0.215122, 0.341825, 0.556498, 0.917362", \
+            "0.0387324, 0.104836, 0.146826, 0.218768, 0.344201, 0.558059, 0.917754", \
+            "0.050574, 0.117471, 0.158386, 0.226918, 0.348931, 0.560279, 0.919911", \
+            "0.069862, 0.142132, 0.180727, 0.247225, 0.364247, 0.569548, 0.923278" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0619402, 0.128653, 0.172164, 0.243598, 0.363272, 0.562185, 0.893444", \
+            "0.100845, 0.168181, 0.211721, 0.283231, 0.402853, 0.602032, 0.933461", \
+            "0.126526, 0.195142, 0.23864, 0.310164, 0.429851, 0.628781, 0.960133", \
+            "0.163857, 0.234807, 0.278529, 0.349822, 0.469597, 0.668609, 0.99984", \
+            "0.215214, 0.293916, 0.336869, 0.407926, 0.527219, 0.72569, 1.05838", \
+            "0.282335, 0.375686, 0.420568, 0.491051, 0.610327, 0.807465, 1.13818", \
+            "0.368748, 0.485311, 0.533065, 0.603755, 0.722969, 0.921257, 1.25198" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162454, 0.103094, 0.165686, 0.269044, 0.442266, 0.731083, 1.21236", \
+            "0.0188436, 0.103456, 0.165743, 0.269093, 0.442335, 0.731655, 1.21242", \
+            "0.0219705, 0.104133, 0.166149, 0.269362, 0.442397, 0.731656, 1.21243", \
+            "0.0275047, 0.105728, 0.166858, 0.269825, 0.442854, 0.731657, 1.21244", \
+            "0.0370342, 0.109707, 0.169111, 0.270745, 0.443609, 0.731824, 1.21263", \
+            "0.050894, 0.120133, 0.174799, 0.27366, 0.445139, 0.733308, 1.21354", \
+            "0.070419, 0.141835, 0.191346, 0.283201, 0.450462, 0.736505, 1.21602" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.128107, 0.203094, 0.240933, 0.300179, 0.396809, 0.556906, 0.823261", \
+            "0.156272, 0.231527, 0.269774, 0.328907, 0.425563, 0.585704, 0.852069", \
+            "0.177169, 0.254006, 0.292505, 0.351961, 0.448708, 0.608977, 0.87564", \
+            "0.209146, 0.28931, 0.328312, 0.388304, 0.485781, 0.645965, 0.91237", \
+            "0.253286, 0.340232, 0.380473, 0.440705, 0.538595, 0.699444, 0.966367", \
+            "0.31122, 0.411361, 0.453286, 0.516435, 0.613602, 0.774322, 1.04102", \
+            "0.38955, 0.50993, 0.557556, 0.623937, 0.725409, 0.886033, 1.15326" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0281333, 0.0949047, 0.138671, 0.212978, 0.340301, 0.555918, 0.916781", \
+            "0.0286853, 0.0949057, 0.138816, 0.213028, 0.340463, 0.555919, 0.916785", \
+            "0.030456, 0.0963573, 0.139787, 0.213698, 0.340833, 0.556222, 0.916981", \
+            "0.03445, 0.0999392, 0.142883, 0.216119, 0.342682, 0.557132, 0.917193", \
+            "0.0427336, 0.106215, 0.147827, 0.219669, 0.34547, 0.559116, 0.919296", \
+            "0.055993, 0.119085, 0.158349, 0.227564, 0.349312, 0.561456, 0.921247", \
+            "0.075736, 0.144256, 0.179859, 0.244519, 0.362555, 0.568788, 0.924763" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0563994, 0.122522, 0.165827, 0.23746, 0.356866, 0.555543, 0.886858", \
+            "0.0926472, 0.159668, 0.203109, 0.274635, 0.393988, 0.593737, 0.924488", \
+            "0.11542, 0.183625, 0.2273, 0.298759, 0.418055, 0.617061, 0.948263", \
+            "0.147481, 0.219189, 0.262248, 0.333426, 0.452762, 0.651883, 0.982768", \
+            "0.191863, 0.271665, 0.314704, 0.385793, 0.504485, 0.702911, 1.03452", \
+            "0.24877, 0.34367, 0.387653, 0.458886, 0.576995, 0.775897, 1.10679", \
+            "0.318569, 0.438842, 0.487525, 0.560107, 0.680719, 0.877619, 1.20917" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0155344, 0.102911, 0.165277, 0.268918, 0.442095, 0.730916, 1.2125", \
+            "0.0186262, 0.103162, 0.165468, 0.268919, 0.442096, 0.731709, 1.21251", \
+            "0.0221033, 0.103954, 0.165862, 0.269099, 0.442112, 0.73171, 1.21252", \
+            "0.0284473, 0.105716, 0.166844, 0.269705, 0.442658, 0.731711, 1.21253", \
+            "0.0383659, 0.110241, 0.16937, 0.270691, 0.443374, 0.731915, 1.21254", \
+            "0.052911, 0.122791, 0.176589, 0.274796, 0.445289, 0.733012, 1.21359", \
+            "0.073927, 0.148542, 0.196257, 0.287194, 0.453207, 0.737673, 1.21661" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.11264, 0.18736, 0.225768, 0.284654, 0.381402, 0.541525, 0.807811", \
+            "0.141305, 0.216676, 0.254781, 0.314059, 0.410709, 0.570823, 0.837259", \
+            "0.164365, 0.241043, 0.27962, 0.339115, 0.436031, 0.596188, 0.862563", \
+            "0.199386, 0.278259, 0.316905, 0.37684, 0.474305, 0.634851, 0.901166", \
+            "0.247848, 0.333104, 0.372336, 0.432446, 0.529649, 0.690653, 0.957826", \
+            "0.310212, 0.407046, 0.448191, 0.509213, 0.606431, 0.766258, 1.0334", \
+            "0.393843, 0.510343, 0.555991, 0.619816, 0.718433, 0.879112, 1.14576" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0282934, 0.095161, 0.138898, 0.213061, 0.340231, 0.555908, 0.91678", \
+            "0.0289292, 0.095162, 0.138899, 0.213088, 0.340783, 0.555909, 0.916781", \
+            "0.0312343, 0.0968717, 0.140258, 0.214172, 0.341053, 0.556362, 0.916836", \
+            "0.0364839, 0.100276, 0.143453, 0.217036, 0.343378, 0.557517, 0.917421", \
+            "0.0461963, 0.10607, 0.147462, 0.219963, 0.346432, 0.56036, 0.919659", \
+            "0.060599, 0.117881, 0.157303, 0.226382, 0.349129, 0.562664, 0.922961", \
+            "0.082384, 0.143373, 0.177639, 0.241124, 0.359707, 0.568018, 0.925578" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00643668, 0.00680956, 0.00682302, 0.00679076, 0.00673482, 0.00652837, 0.00648643", \
+            "0.00621979, 0.00651727, 0.0065669, 0.00651304, 0.00646959, 0.00632772, 0.00628203", \
+            "0.00620842, 0.00642114, 0.0064518, 0.00651678, 0.00639079, 0.00630189, 0.00628385", \
+            "0.00640087, 0.00649269, 0.00651451, 0.00641352, 0.00650336, 0.00645705, 0.00620062", \
+            "0.00698292, 0.00689739, 0.00693831, 0.00695372, 0.00682527, 0.00674365, 0.00649883", \
+            "0.00856413, 0.00832636, 0.00829694, 0.00822205, 0.00817389, 0.00805179, 0.0075974", \
+            "0.0120999, 0.0114909, 0.0114177, 0.0112388, 0.0113093, 0.0112417, 0.0110646" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0106136, 0.0110058, 0.0110237, 0.0110589, 0.0109247, 0.0107578, 0.0105126", \
+            "0.0104467, 0.0108846, 0.0109886, 0.0110604, 0.0109051, 0.0107571, 0.0104068", \
+            "0.0104503, 0.010758, 0.0108335, 0.0109548, 0.0108725, 0.0106896, 0.0104219", \
+            "0.0104983, 0.0107637, 0.0108092, 0.0107441, 0.0107488, 0.0107163, 0.0103601", \
+            "0.0106916, 0.0108237, 0.0108588, 0.0109079, 0.0108664, 0.0105751, 0.0106953", \
+            "0.0116847, 0.0115812, 0.0115893, 0.0116125, 0.0116719, 0.0115634, 0.0112316", \
+            "0.0148208, 0.0142494, 0.0142445, 0.0143321, 0.0143864, 0.0144348, 0.0143515" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00628833, 0.00672921, 0.00675362, 0.00671211, 0.00663722, 0.00641574, 0.00648726", \
+            "0.00600489, 0.0063397, 0.00647687, 0.00636381, 0.00630091, 0.00616598, 0.00613404", \
+            "0.00595566, 0.00622, 0.00627042, 0.0064283, 0.00631244, 0.00604962, 0.00608", \
+            "0.0061177, 0.0062378, 0.00631003, 0.00620814, 0.0063554, 0.00604929, 0.00598937", \
+            "0.00672601, 0.00671777, 0.00674722, 0.00677253, 0.00666321, 0.00656634, 0.00641823", \
+            "0.0083137, 0.00806473, 0.00805497, 0.00799997, 0.00806473, 0.00802868, 0.0073645", \
+            "0.0117604, 0.0111509, 0.0111734, 0.0109811, 0.0110258, 0.0109863, 0.0109003" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00897211, 0.00937937, 0.00940158, 0.00941471, 0.00935379, 0.00917242, 0.00883", \
+            "0.00881953, 0.00923361, 0.00936704, 0.00939664, 0.00925882, 0.00911829, 0.00880689", \
+            "0.00882447, 0.00909925, 0.00917767, 0.00934695, 0.00914929, 0.00902442, 0.00874932", \
+            "0.00891692, 0.00911083, 0.00912566, 0.00902593, 0.00912373, 0.00895361, 0.00867313", \
+            "0.00927345, 0.00929725, 0.00935286, 0.00934813, 0.00928852, 0.00894192, 0.00931542", \
+            "0.0105648, 0.0103159, 0.0102937, 0.0104857, 0.0103767, 0.0104972, 0.00983615", \
+            "0.0138487, 0.0131616, 0.0131103, 0.0131971, 0.0131655, 0.0132725, 0.0131676" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00599295, 0.00647252, 0.00645917, 0.00644817, 0.00633312, 0.00610019, 0.00614145", \
+            "0.0056989, 0.00605627, 0.00616361, 0.00607624, 0.00596154, 0.00587363, 0.00586063", \
+            "0.00562587, 0.00586209, 0.00593561, 0.00604709, 0.00592727, 0.00574799, 0.00565287", \
+            "0.00579776, 0.005957, 0.00599278, 0.0059259, 0.00600286, 0.0057789, 0.00564158", \
+            "0.00644859, 0.00645169, 0.00650297, 0.00655621, 0.00639883, 0.00631502, 0.00620024", \
+            "0.00810396, 0.00787952, 0.00785723, 0.00790077, 0.00794542, 0.00782107, 0.00751103", \
+            "0.0117911, 0.0111591, 0.0111681, 0.0111172, 0.0112258, 0.0110663, 0.0111399" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00716715, 0.00752016, 0.00763805, 0.00757512, 0.00749776, 0.00737477, 0.00697669", \
+            "0.00696892, 0.00735482, 0.0074772, 0.00742767, 0.0074111, 0.00722622, 0.00694585", \
+            "0.00707965, 0.00730488, 0.00736018, 0.00748002, 0.0073874, 0.00721049, 0.00692263", \
+            "0.00738948, 0.00751558, 0.00751336, 0.00740906, 0.00743177, 0.00729138, 0.00715431", \
+            "0.00809947, 0.00807517, 0.00809657, 0.00813692, 0.0080247, 0.00765682, 0.00783971", \
+            "0.00980813, 0.00941236, 0.00942734, 0.00955943, 0.00952367, 0.00937697, 0.00874338", \
+            "0.0134868, 0.012593, 0.0125651, 0.0125803, 0.0123799, 0.0124931, 0.0123522" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00259423;
+      rise_capacitance : 0.00260481;
+      rise_capacitance_range (0.00244793, 0.00273534);
+      fall_capacitance : 0.00258366;
+      fall_capacitance_range (0.00223168, 0.00291005);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00252763;
+      rise_capacitance : 0.00256438;
+      rise_capacitance_range (0.00227831, 0.00276681);
+      fall_capacitance : 0.00249088;
+      fall_capacitance_range (0.00213127, 0.00278871);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00240308;
+      rise_capacitance : 0.00249939;
+      rise_capacitance_range (0.00212461, 0.00276802);
+      fall_capacitance : 0.00230678;
+      fall_capacitance_range (0.00209251, 0.00245163);
+    }
+  }
+  cell (sg13g2_or3_2) {
+    area : 14.5152;
+    cell_footprint : "or3";
+    cell_leakage_power : 170.385;
+    leakage_power () {
+      value : 269.493;
+      when : "!A&!B&!C";
+    }
+    leakage_power () {
+      value : 194.182;
+      when : "!A&!B&C";
+    }
+    leakage_power () {
+      value : 169.227;
+      when : "!A&B&!C";
+    }
+    leakage_power () {
+      value : 154.363;
+      when : "!A&B&C";
+    }
+    leakage_power () {
+      value : 151.962;
+      when : "A&!B&!C";
+    }
+    leakage_power () {
+      value : 139.866;
+      when : "A&!B&C";
+    }
+    leakage_power () {
+      value : 137.313;
+      when : "A&B&!C";
+    }
+    leakage_power () {
+      value : 146.673;
+      when : "A&B&C";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0744687, 0.148126, 0.192053, 0.264075, 0.383832, 0.583166, 0.915112", \
+            "0.118245, 0.192609, 0.236409, 0.308307, 0.428282, 0.627683, 0.959606", \
+            "0.149609, 0.226001, 0.269674, 0.341497, 0.461394, 0.660597, 0.992525", \
+            "0.195964, 0.276977, 0.320558, 0.392084, 0.511818, 0.711159, 1.04289", \
+            "0.263648, 0.353001, 0.396111, 0.467371, 0.586536, 0.785033, 1.11677", \
+            "0.356012, 0.461645, 0.505707, 0.576274, 0.695085, 0.892673, 1.22339", \
+            "0.478458, 0.607826, 0.656534, 0.728059, 0.846943, 1.04372, 1.37326" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0188571, 0.105529, 0.167537, 0.270966, 0.444362, 0.733509, 1.21539", \
+            "0.0212545, 0.105779, 0.16773, 0.270997, 0.444485, 0.73351, 1.2155", \
+            "0.0248936, 0.106778, 0.168134, 0.271157, 0.444486, 0.733573, 1.21579", \
+            "0.0312468, 0.109319, 0.169469, 0.271826, 0.444921, 0.733675, 1.21595", \
+            "0.0418402, 0.115388, 0.172967, 0.273716, 0.445907, 0.734421, 1.21596", \
+            "0.059248, 0.129478, 0.182394, 0.278405, 0.447958, 0.736007, 1.2171", \
+            "0.084989, 0.158115, 0.203748, 0.291581, 0.455684, 0.739902, 1.21994" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.167108, 0.257825, 0.298744, 0.360392, 0.458509, 0.61879, 0.885058", \
+            "0.194383, 0.285691, 0.326609, 0.388146, 0.486433, 0.646721, 0.913006", \
+            "0.214708, 0.30635, 0.347315, 0.409111, 0.50716, 0.66766, 0.933847", \
+            "0.246853, 0.341083, 0.382763, 0.444765, 0.543171, 0.703945, 0.970135", \
+            "0.293799, 0.39359, 0.436431, 0.499979, 0.59889, 0.759846, 1.02628", \
+            "0.355296, 0.466998, 0.511612, 0.577817, 0.676934, 0.837591, 1.10472", \
+            "0.433351, 0.563854, 0.615027, 0.684058, 0.786925, 0.950371, 1.21711" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376703, 0.109439, 0.15294, 0.225623, 0.350926, 0.564369, 0.923721", \
+            "0.0377526, 0.10944, 0.152941, 0.225624, 0.351028, 0.564665, 0.923863", \
+            "0.0387798, 0.109795, 0.153033, 0.225938, 0.351029, 0.564763, 0.924475", \
+            "0.0417559, 0.1127, 0.155474, 0.227749, 0.352157, 0.565338, 0.924476", \
+            "0.0485411, 0.119428, 0.161368, 0.232587, 0.355501, 0.566494, 0.925306", \
+            "0.0623, 0.133479, 0.173216, 0.242701, 0.361979, 0.570367, 0.927511", \
+            "0.08673, 0.160161, 0.198425, 0.262883, 0.377497, 0.580522, 0.932724" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0716314, 0.144239, 0.187948, 0.259746, 0.379401, 0.57851, 0.910651", \
+            "0.114122, 0.187619, 0.231351, 0.303072, 0.422897, 0.622314, 0.953753", \
+            "0.143737, 0.219537, 0.263175, 0.334835, 0.454524, 0.653714, 0.985587", \
+            "0.187132, 0.267618, 0.311105, 0.382716, 0.502438, 0.701234, 1.03315", \
+            "0.249438, 0.33874, 0.382047, 0.453062, 0.57227, 0.770783, 1.10245", \
+            "0.33522, 0.441867, 0.484346, 0.554919, 0.673196, 0.870949, 1.20209", \
+            "0.441444, 0.572832, 0.622457, 0.6946, 0.812253, 1.00882, 1.33879" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.01794, 0.104716, 0.166907, 0.270468, 0.443864, 0.733115, 1.21527", \
+            "0.0206996, 0.105179, 0.167104, 0.270469, 0.444244, 0.733455, 1.21529", \
+            "0.0244697, 0.106247, 0.167641, 0.270708, 0.444245, 0.733456, 1.2157", \
+            "0.030927, 0.10895, 0.16906, 0.271395, 0.444482, 0.733457, 1.21571", \
+            "0.0423219, 0.114979, 0.172448, 0.27334, 0.44558, 0.73403, 1.21572", \
+            "0.059913, 0.130253, 0.182747, 0.278469, 0.447882, 0.735713, 1.21665", \
+            "0.087307, 0.161301, 0.205921, 0.292991, 0.455948, 0.739855, 1.21969" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.162252, 0.253196, 0.29382, 0.355497, 0.453527, 0.613858, 0.880199", \
+            "0.19095, 0.282222, 0.323342, 0.384695, 0.482738, 0.643483, 0.909409", \
+            "0.214567, 0.306466, 0.347586, 0.409424, 0.507473, 0.668036, 0.934152", \
+            "0.253358, 0.348234, 0.390093, 0.45225, 0.550885, 0.711587, 0.977972", \
+            "0.3108, 0.411926, 0.454646, 0.517968, 0.616838, 0.777972, 1.0444", \
+            "0.388263, 0.501672, 0.546548, 0.610675, 0.710829, 0.871315, 1.13769", \
+            "0.493124, 0.62597, 0.676313, 0.744563, 0.846058, 1.00856, 1.27469" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376643, 0.109852, 0.152965, 0.225859, 0.350956, 0.564382, 0.923957", \
+            "0.0378578, 0.109853, 0.152966, 0.226021, 0.350957, 0.564499, 0.923958", \
+            "0.0394013, 0.110075, 0.153316, 0.226119, 0.351152, 0.564776, 0.924267", \
+            "0.0435685, 0.113502, 0.156373, 0.228316, 0.352625, 0.565543, 0.924268", \
+            "0.0530364, 0.121094, 0.163139, 0.233701, 0.3565, 0.567746, 0.925976", \
+            "0.070271, 0.136607, 0.175292, 0.242853, 0.362505, 0.571477, 0.928878", \
+            "0.09682, 0.165891, 0.201096, 0.263262, 0.376893, 0.580071, 0.932559" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0662323, 0.138294, 0.18181, 0.253477, 0.373024, 0.572253, 0.90394", \
+            "0.106952, 0.180156, 0.223776, 0.295344, 0.415142, 0.614253, 0.946029", \
+            "0.134279, 0.210015, 0.253624, 0.325135, 0.444769, 0.644057, 0.975821", \
+            "0.174081, 0.254544, 0.297513, 0.368916, 0.487936, 0.686651, 1.01862", \
+            "0.22943, 0.320516, 0.363275, 0.434222, 0.552573, 0.750335, 1.08136", \
+            "0.305351, 0.414155, 0.459668, 0.529156, 0.647144, 0.844826, 1.17511", \
+            "0.397216, 0.532637, 0.583135, 0.655928, 0.775174, 0.970945, 1.3009" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.017187, 0.104417, 0.166629, 0.270154, 0.443667, 0.732855, 1.2153", \
+            "0.020427, 0.104913, 0.166811, 0.270175, 0.444821, 0.733311, 1.21531", \
+            "0.0244944, 0.106071, 0.167408, 0.27048, 0.444822, 0.733312, 1.21532", \
+            "0.031482, 0.109152, 0.169207, 0.271293, 0.444823, 0.733313, 1.21533", \
+            "0.0438105, 0.11629, 0.172946, 0.273343, 0.445579, 0.734091, 1.21534", \
+            "0.062459, 0.133508, 0.184997, 0.279115, 0.447962, 0.735699, 1.21657", \
+            "0.092043, 0.167428, 0.21083, 0.296388, 0.457959, 0.740489, 1.21958" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.14715, 0.238257, 0.279294, 0.340483, 0.438591, 0.598889, 0.86539", \
+            "0.176926, 0.267841, 0.309214, 0.370601, 0.46869, 0.629068, 0.895195", \
+            "0.204113, 0.29589, 0.336976, 0.398735, 0.496968, 0.657509, 0.925375", \
+            "0.248011, 0.342316, 0.383738, 0.445965, 0.544819, 0.705832, 0.972236", \
+            "0.312144, 0.412089, 0.45431, 0.516736, 0.615186, 0.776284, 1.04263", \
+            "0.394661, 0.50913, 0.552469, 0.617019, 0.712587, 0.872706, 1.13856", \
+            "0.506949, 0.639821, 0.688314, 0.752884, 0.856087, 1.0158, 1.28081" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376705, 0.109658, 0.153168, 0.225638, 0.3509, 0.564399, 0.923865", \
+            "0.0380467, 0.109659, 0.153169, 0.225639, 0.351218, 0.5644, 0.923866", \
+            "0.0403303, 0.110494, 0.153502, 0.226311, 0.351457, 0.565161, 0.926109", \
+            "0.0465996, 0.11446, 0.157123, 0.229197, 0.353112, 0.565796, 0.92611", \
+            "0.0591997, 0.122475, 0.163851, 0.234233, 0.357358, 0.568836, 0.926246", \
+            "0.079548, 0.139662, 0.176108, 0.243469, 0.362787, 0.572567, 0.930312", \
+            "0.109419, 0.171435, 0.203755, 0.264936, 0.377312, 0.579699, 0.932964" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0103174, 0.011048, 0.0111133, 0.0110966, 0.0109373, 0.0106056, 0.010659", \
+            "0.0101688, 0.0107642, 0.0108748, 0.0108147, 0.0106778, 0.0102872, 0.0101461", \
+            "0.0102149, 0.0105363, 0.0106494, 0.0109935, 0.0109509, 0.0101899, 0.0101382", \
+            "0.0106606, 0.0106945, 0.010719, 0.0106008, 0.0108852, 0.0105353, 0.0103491", \
+            "0.0113825, 0.0110091, 0.0109575, 0.0110675, 0.0107605, 0.0106088, 0.0103585", \
+            "0.0136917, 0.0123366, 0.0123232, 0.0121636, 0.0121719, 0.0118419, 0.0110047", \
+            "0.0182257, 0.0156472, 0.0154914, 0.0151213, 0.0153172, 0.0149974, 0.0147001" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0147161, 0.014842, 0.0149073, 0.0149777, 0.0149, 0.0144194, 0.0138153", \
+            "0.0145604, 0.0149864, 0.0150813, 0.015136, 0.0151359, 0.0148856, 0.014266", \
+            "0.0145544, 0.0146958, 0.0148377, 0.0151803, 0.0150601, 0.0146768, 0.0141475", \
+            "0.0148277, 0.0147448, 0.0147881, 0.014789, 0.0149227, 0.0146084, 0.0138892", \
+            "0.0152586, 0.0146138, 0.014781, 0.0148651, 0.0146684, 0.0142647, 0.0144163", \
+            "0.0167044, 0.0155125, 0.0153241, 0.0157868, 0.015361, 0.0153212, 0.0141635", \
+            "0.0206121, 0.0181143, 0.01801, 0.0179608, 0.0173983, 0.0180213, 0.0180794" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0101539, 0.0110174, 0.0110879, 0.0110788, 0.0108976, 0.0105264, 0.0106463", \
+            "0.0099803, 0.0106394, 0.0107388, 0.0107835, 0.0106639, 0.0102412, 0.0101414", \
+            "0.00999822, 0.0103924, 0.0105035, 0.0107281, 0.0106498, 0.0101073, 0.0100832", \
+            "0.0102912, 0.0104316, 0.0105149, 0.0104447, 0.0106829, 0.0101239, 0.0100028", \
+            "0.011125, 0.0106766, 0.0107228, 0.0108068, 0.0106401, 0.0103973, 0.0099837", \
+            "0.0133932, 0.0121328, 0.0120682, 0.0119669, 0.0119355, 0.0116093, 0.0107119", \
+            "0.017904, 0.0153086, 0.0152385, 0.0149276, 0.0148935, 0.0147548, 0.0144656" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0130792, 0.0132869, 0.0132506, 0.0133093, 0.0131849, 0.0128165, 0.0121301", \
+            "0.0129291, 0.0133223, 0.0135236, 0.013564, 0.0134493, 0.0132263, 0.0125414", \
+            "0.0129699, 0.0130099, 0.0131725, 0.013661, 0.0134104, 0.0129798, 0.0124042", \
+            "0.0133553, 0.0130361, 0.0130904, 0.0131001, 0.0132214, 0.0129141, 0.0122557", \
+            "0.0140057, 0.0131399, 0.0133575, 0.0133096, 0.0130334, 0.0126522, 0.0138794", \
+            "0.0160675, 0.0141258, 0.0140055, 0.0139855, 0.014138, 0.0140377, 0.0128106", \
+            "0.0201288, 0.017158, 0.0169567, 0.0169148, 0.016376, 0.0167687, 0.0165237" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00989595, 0.0108582, 0.0108975, 0.010858, 0.0106783, 0.0102813, 0.0103118", \
+            "0.00969569, 0.0103568, 0.0105457, 0.0104624, 0.0105085, 0.00995401, 0.00947285", \
+            "0.00968447, 0.0101497, 0.0102837, 0.0105219, 0.0104945, 0.00986248, 0.00933688", \
+            "0.0100768, 0.0101228, 0.010149, 0.0100133, 0.0101469, 0.00962322, 0.00911764", \
+            "0.0108235, 0.0104832, 0.0104934, 0.0105814, 0.0102601, 0.00995088, 0.00878933", \
+            "0.0131234, 0.0119534, 0.0120811, 0.011817, 0.0117536, 0.011599, 0.010543", \
+            "0.0179088, 0.0151015, 0.014989, 0.0147163, 0.0150379, 0.0147292, 0.0146556" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0113058, 0.0115874, 0.0117016, 0.0116415, 0.0116266, 0.0110202, 0.0108028", \
+            "0.0110948, 0.0113784, 0.0116142, 0.011597, 0.0117723, 0.0112722, 0.0106653", \
+            "0.0112458, 0.0111936, 0.0113585, 0.0116561, 0.0114713, 0.0113112, 0.0111218", \
+            "0.0118524, 0.0113975, 0.0114593, 0.0114708, 0.0115508, 0.011204, 0.0107246", \
+            "0.0130394, 0.0118762, 0.0120298, 0.0119078, 0.0115998, 0.0111502, 0.0116665", \
+            "0.0155744, 0.0132755, 0.0131397, 0.0135131, 0.0131869, 0.0128166, 0.0113139", \
+            "0.0203422, 0.0166073, 0.0163524, 0.0164031, 0.0163838, 0.0162996, 0.0157801" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00258569;
+      rise_capacitance : 0.00259398;
+      rise_capacitance_range (0.00245247, 0.00271404);
+      fall_capacitance : 0.00257739;
+      fall_capacitance_range (0.00223577, 0.00288832);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00252154;
+      rise_capacitance : 0.00255633;
+      rise_capacitance_range (0.00230271, 0.0027391);
+      fall_capacitance : 0.00248675;
+      fall_capacitance_range (0.0021356, 0.00277408);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00239671;
+      rise_capacitance : 0.002495;
+      rise_capacitance_range (0.00220216, 0.00273298);
+      fall_capacitance : 0.00229842;
+      fall_capacitance_range (0.00211928, 0.00242686);
+    }
+  }
+  cell (sg13g2_or4_1) {
+    area : 14.5152;
+    cell_footprint : "or4";
+    cell_leakage_power : 124.109;
+    leakage_power () {
+      value : 221.973;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 169.336;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 144.382;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 129.507;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 127.055;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 114.949;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 112.395;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 121.746;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 110.136;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 99.9006;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 98.3559;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 111.933;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 96.0269;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 105.739;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 105.037;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 117.266;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.06755, 0.137191, 0.181376, 0.253754, 0.374124, 0.573957, 0.906342", \
+            "0.11063, 0.180118, 0.224318, 0.296609, 0.416869, 0.616705, 0.949453", \
+            "0.140399, 0.211122, 0.255161, 0.327415, 0.4478, 0.64793, 0.980178", \
+            "0.184615, 0.257854, 0.301954, 0.374176, 0.493989, 0.693907, 1.02624", \
+            "0.248172, 0.327626, 0.371061, 0.442376, 0.561968, 0.76142, 1.09428", \
+            "0.332835, 0.426097, 0.469026, 0.540406, 0.659836, 0.858602, 1.19016", \
+            "0.443045, 0.556903, 0.60382, 0.675126, 0.794658, 0.993537, 1.32518" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0183534, 0.105569, 0.167918, 0.271376, 0.444713, 0.733937, 1.21635", \
+            "0.0204053, 0.10557, 0.167919, 0.271377, 0.445589, 0.733938, 1.21636", \
+            "0.0233822, 0.106015, 0.168108, 0.271378, 0.44559, 0.734357, 1.21637", \
+            "0.0281585, 0.107498, 0.168797, 0.271869, 0.445591, 0.734358, 1.21638", \
+            "0.0371139, 0.111118, 0.170639, 0.272821, 0.445684, 0.734519, 1.21648", \
+            "0.050562, 0.120781, 0.176326, 0.275527, 0.447299, 0.735918, 1.21717", \
+            "0.06957, 0.140167, 0.190002, 0.283647, 0.452326, 0.73924, 1.21968" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.186325, 0.273292, 0.314355, 0.376627, 0.47518, 0.635858, 0.90263", \
+            "0.21251, 0.299456, 0.341238, 0.403, 0.501472, 0.662333, 0.928837", \
+            "0.231399, 0.318971, 0.360401, 0.422785, 0.520952, 0.681753, 0.948369", \
+            "0.259576, 0.349301, 0.391453, 0.454151, 0.552887, 0.713769, 0.980452", \
+            "0.297874, 0.392412, 0.436033, 0.500334, 0.599201, 0.760749, 1.0277", \
+            "0.342544, 0.448359, 0.494647, 0.560988, 0.661532, 0.823234, 1.09098", \
+            "0.390952, 0.517973, 0.570618, 0.642783, 0.748923, 0.912335, 1.18113" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0356797, 0.107069, 0.150388, 0.22261, 0.347323, 0.560328, 0.920031", \
+            "0.0357443, 0.10707, 0.150389, 0.223216, 0.347457, 0.560329, 0.920209", \
+            "0.0364003, 0.107071, 0.150558, 0.223251, 0.347595, 0.562812, 0.920285", \
+            "0.038275, 0.109305, 0.152506, 0.224487, 0.348672, 0.562813, 0.920371", \
+            "0.042717, 0.114513, 0.157853, 0.229061, 0.351782, 0.562887, 0.921738", \
+            "0.052368, 0.126559, 0.168638, 0.23816, 0.357752, 0.566291, 0.923546", \
+            "0.071852, 0.152233, 0.192735, 0.25981, 0.375519, 0.577043, 0.929161" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0667696, 0.135036, 0.178975, 0.250824, 0.370919, 0.570563, 0.903066", \
+            "0.108124, 0.176745, 0.220636, 0.292586, 0.412757, 0.612289, 0.944758", \
+            "0.13646, 0.206272, 0.250108, 0.322138, 0.442327, 0.642044, 0.974451", \
+            "0.177688, 0.250115, 0.293567, 0.365563, 0.485663, 0.685311, 1.01757", \
+            "0.236231, 0.315369, 0.358799, 0.430532, 0.550011, 0.749294, 1.08165", \
+            "0.313037, 0.406215, 0.44978, 0.520669, 0.639086, 0.838066, 1.16969", \
+            "0.408486, 0.523287, 0.570751, 0.64175, 0.761593, 0.959694, 1.29159" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0175425, 0.104302, 0.166741, 0.270225, 0.443884, 0.733153, 1.21561", \
+            "0.0197014, 0.10452, 0.166807, 0.270267, 0.444053, 0.733154, 1.21562", \
+            "0.0227117, 0.105079, 0.167152, 0.270505, 0.444054, 0.733547, 1.21583", \
+            "0.0276522, 0.106689, 0.167982, 0.271021, 0.444326, 0.733548, 1.21584", \
+            "0.0369494, 0.110166, 0.169797, 0.272025, 0.445187, 0.734021, 1.21605", \
+            "0.050567, 0.12013, 0.17565, 0.274841, 0.44655, 0.735139, 1.21663", \
+            "0.069973, 0.141204, 0.191482, 0.28346, 0.451527, 0.738473, 1.21923" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.181325, 0.268258, 0.309495, 0.371542, 0.469797, 0.630878, 0.897487", \
+            "0.207851, 0.294941, 0.336359, 0.39829, 0.496781, 0.65741, 0.924235", \
+            "0.227657, 0.315357, 0.35701, 0.419156, 0.517663, 0.678368, 0.945088", \
+            "0.258387, 0.349032, 0.391333, 0.45422, 0.553224, 0.714335, 0.981001", \
+            "0.302247, 0.398725, 0.442148, 0.507058, 0.606433, 0.768389, 1.03559", \
+            "0.357029, 0.466293, 0.512459, 0.57855, 0.680087, 0.842298, 1.10993", \
+            "0.432133, 0.563084, 0.615348, 0.686853, 0.790873, 0.955316, 1.22272" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0357023, 0.107156, 0.150454, 0.222864, 0.347465, 0.560322, 0.92004", \
+            "0.0357862, 0.107157, 0.150455, 0.223258, 0.347466, 0.56066, 0.920208", \
+            "0.0367831, 0.107239, 0.150763, 0.223259, 0.347898, 0.56124, 0.920249", \
+            "0.0393914, 0.110207, 0.153298, 0.225403, 0.349186, 0.561336, 0.920481", \
+            "0.0456223, 0.116556, 0.159029, 0.230408, 0.352908, 0.56416, 0.922471", \
+            "0.058178, 0.129882, 0.170486, 0.238694, 0.358852, 0.567547, 0.925135", \
+            "0.078967, 0.156832, 0.195389, 0.259996, 0.373776, 0.577129, 0.929584" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0632132, 0.130249, 0.173918, 0.24555, 0.365473, 0.564828, 0.896996", \
+            "0.102769, 0.170499, 0.214187, 0.285998, 0.4058, 0.605662, 0.937769", \
+            "0.128953, 0.197958, 0.241579, 0.313362, 0.433222, 0.632724, 0.965136", \
+            "0.166645, 0.238558, 0.282223, 0.353139, 0.472999, 0.672387, 1.00463", \
+            "0.218197, 0.297693, 0.340291, 0.411782, 0.531477, 0.730495, 1.06269", \
+            "0.285705, 0.380594, 0.42176, 0.493024, 0.612036, 0.811305, 1.14276", \
+            "0.365937, 0.482536, 0.530753, 0.601807, 0.721045, 0.919999, 1.25189" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0165219, 0.103399, 0.166065, 0.26964, 0.443306, 0.732689, 1.21529", \
+            "0.0190029, 0.103763, 0.166182, 0.269657, 0.443328, 0.73357, 1.2153", \
+            "0.0221353, 0.104376, 0.166542, 0.269903, 0.443381, 0.733571, 1.21531", \
+            "0.0275797, 0.105914, 0.167343, 0.270463, 0.443809, 0.733572, 1.21541", \
+            "0.037254, 0.110073, 0.169388, 0.271561, 0.444776, 0.733593, 1.21545", \
+            "0.051102, 0.121089, 0.175861, 0.274763, 0.44601, 0.734906, 1.21657", \
+            "0.071095, 0.143871, 0.192884, 0.284332, 0.451481, 0.738157, 1.21924" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.166238, 0.252877, 0.294672, 0.356589, 0.454799, 0.615515, 0.882243", \
+            "0.191865, 0.279143, 0.320768, 0.382448, 0.481033, 0.642073, 0.908289", \
+            "0.213231, 0.301363, 0.343039, 0.405562, 0.50387, 0.664672, 0.931329", \
+            "0.247228, 0.338341, 0.380683, 0.443769, 0.542969, 0.704174, 0.971078", \
+            "0.297217, 0.393971, 0.437515, 0.501449, 0.600507, 0.762731, 1.03029", \
+            "0.365647, 0.474943, 0.520786, 0.586176, 0.686071, 0.84759, 1.11574", \
+            "0.463388, 0.592386, 0.643482, 0.712625, 0.816076, 0.978397, 1.24595" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0356954, 0.106711, 0.150544, 0.222729, 0.347579, 0.56034, 0.920069", \
+            "0.035924, 0.106824, 0.150545, 0.223031, 0.34758, 0.560564, 0.920243", \
+            "0.0373658, 0.107785, 0.1509, 0.223323, 0.347873, 0.561164, 0.920244", \
+            "0.0407874, 0.11133, 0.154091, 0.226046, 0.349692, 0.562045, 0.92102", \
+            "0.0488269, 0.117294, 0.159881, 0.23135, 0.354016, 0.565024, 0.923286", \
+            "0.0626, 0.130339, 0.170487, 0.238645, 0.358596, 0.568228, 0.926067", \
+            "0.083332, 0.155829, 0.192747, 0.256291, 0.371949, 0.575518, 0.929495" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0574762, 0.123888, 0.167365, 0.239111, 0.358926, 0.557942, 0.890009", \
+            "0.0945454, 0.161884, 0.205527, 0.277155, 0.396781, 0.59688, 0.928503", \
+            "0.11793, 0.186683, 0.230225, 0.301847, 0.421452, 0.620943, 0.953191", \
+            "0.150864, 0.222901, 0.266401, 0.337648, 0.457208, 0.656792, 0.988949", \
+            "0.195099, 0.276421, 0.319606, 0.390295, 0.50983, 0.708066, 1.0403", \
+            "0.250594, 0.348036, 0.392031, 0.462779, 0.581346, 0.780264, 1.11152", \
+            "0.313451, 0.435825, 0.485233, 0.557206, 0.676973, 0.875791, 1.20862" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0157167, 0.103088, 0.165678, 0.269495, 0.443083, 0.732613, 1.21495", \
+            "0.0187567, 0.103431, 0.165876, 0.269496, 0.443136, 0.733492, 1.21503", \
+            "0.0222386, 0.104209, 0.166248, 0.269708, 0.443137, 0.733555, 1.21516", \
+            "0.0284729, 0.105932, 0.16721, 0.270306, 0.44359, 0.733556, 1.21517", \
+            "0.0385144, 0.110814, 0.169735, 0.271347, 0.444462, 0.733557, 1.21533", \
+            "0.053264, 0.12325, 0.176969, 0.275108, 0.446205, 0.73467, 1.21621", \
+            "0.074789, 0.150424, 0.198552, 0.288029, 0.453546, 0.739203, 1.21934" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.140717, 0.227439, 0.269335, 0.331066, 0.429531, 0.590212, 0.856676", \
+            "0.166576, 0.253652, 0.295168, 0.357419, 0.455544, 0.61642, 0.883114", \
+            "0.190548, 0.278023, 0.319844, 0.382225, 0.48088, 0.641735, 0.908405", \
+            "0.228767, 0.317814, 0.359922, 0.422907, 0.522306, 0.683671, 0.950641", \
+            "0.28448, 0.377771, 0.420189, 0.482628, 0.582711, 0.744735, 1.0125", \
+            "0.356484, 0.462667, 0.506908, 0.571073, 0.669032, 0.830473, 1.09893", \
+            "0.458188, 0.582065, 0.629707, 0.696459, 0.79715, 0.960207, 1.22607" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0356787, 0.106774, 0.150415, 0.222834, 0.347306, 0.560443, 0.920077", \
+            "0.035861, 0.106803, 0.150416, 0.2229, 0.34745, 0.560459, 0.920154", \
+            "0.0374778, 0.107993, 0.151319, 0.223657, 0.34821, 0.561837, 0.920203", \
+            "0.0416695, 0.111187, 0.154399, 0.226699, 0.350765, 0.562338, 0.920914", \
+            "0.0513434, 0.115698, 0.158315, 0.23035, 0.35467, 0.566224, 0.923739", \
+            "0.066218, 0.12775, 0.167584, 0.236555, 0.357953, 0.569175, 0.927732", \
+            "0.088867, 0.153238, 0.18833, 0.251897, 0.367596, 0.574689, 0.9305" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00703081, 0.00739805, 0.00741272, 0.00739911, 0.00731406, 0.00712829, 0.00708314", \
+            "0.006846, 0.0071161, 0.00717956, 0.0071427, 0.00715089, 0.00689926, 0.00697906", \
+            "0.00685514, 0.00701704, 0.00705345, 0.00721205, 0.00714847, 0.00684911, 0.00686445", \
+            "0.00697471, 0.00705512, 0.00711786, 0.00703983, 0.00710801, 0.00705838, 0.00673405", \
+            "0.00745645, 0.00741703, 0.00742141, 0.00738813, 0.00720636, 0.00707743, 0.00687943", \
+            "0.0088936, 0.00865051, 0.00859647, 0.00852544, 0.00849387, 0.00836496, 0.0078626", \
+            "0.0123379, 0.0116558, 0.0116073, 0.0113664, 0.0113916, 0.0112814, 0.0110932" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0126231, 0.0129085, 0.0128704, 0.0129697, 0.0129211, 0.0127355, 0.0125381", \
+            "0.012492, 0.012861, 0.0128934, 0.0129356, 0.012904, 0.0127399, 0.0124072", \
+            "0.0124273, 0.0127079, 0.0127994, 0.0129384, 0.0128287, 0.0129362, 0.0122965", \
+            "0.0124965, 0.0126824, 0.0127524, 0.0127093, 0.012808, 0.0125577, 0.0121966", \
+            "0.0126029, 0.0126166, 0.0127725, 0.012822, 0.012675, 0.0124388, 0.0126003", \
+            "0.0132358, 0.0131187, 0.0131559, 0.0132495, 0.0131867, 0.0131626, 0.0127251", \
+            "0.0157877, 0.015259, 0.0152355, 0.0153421, 0.0152275, 0.0152901, 0.0153382" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00681652, 0.00723355, 0.00726545, 0.00722633, 0.00716556, 0.00696072, 0.00700595", \
+            "0.00657998, 0.00690434, 0.0069499, 0.00691685, 0.00685511, 0.0066768, 0.00674317", \
+            "0.00656185, 0.00676931, 0.00681174, 0.00689339, 0.00694167, 0.00660351, 0.00660822", \
+            "0.00662131, 0.00675859, 0.00679949, 0.00673909, 0.00686877, 0.00655565, 0.00654687", \
+            "0.00714735, 0.00707795, 0.0071266, 0.00717148, 0.00708625, 0.00697109, 0.00670254", \
+            "0.00856386, 0.00831151, 0.00833989, 0.00824266, 0.00818459, 0.00810283, 0.00749954", \
+            "0.0118633, 0.011221, 0.0112377, 0.0110068, 0.0110559, 0.0109389, 0.0108401" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110302, 0.0112895, 0.0112925, 0.0113221, 0.0112139, 0.0111685, 0.0108508", \
+            "0.0108875, 0.0112484, 0.0112744, 0.0113561, 0.0112766, 0.0111459, 0.0108807", \
+            "0.0108402, 0.0110785, 0.0111843, 0.01131, 0.0112054, 0.0111116, 0.0107349", \
+            "0.0109329, 0.0110783, 0.0111076, 0.0111253, 0.0111808, 0.0109725, 0.0106525", \
+            "0.0111015, 0.0110661, 0.0111134, 0.0112587, 0.0111571, 0.0109239, 0.0114754", \
+            "0.0120278, 0.0116785, 0.011679, 0.0117463, 0.0117829, 0.0118831, 0.011318", \
+            "0.014865, 0.0141039, 0.0141165, 0.0141876, 0.0138658, 0.0141171, 0.0137539" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00631503, 0.00675298, 0.00678633, 0.006743, 0.00666341, 0.00643428, 0.0064339", \
+            "0.00610242, 0.00644245, 0.00655357, 0.0064722, 0.00639095, 0.00627798, 0.0061925", \
+            "0.00603454, 0.00628662, 0.00634894, 0.00650945, 0.00629146, 0.00608763, 0.00617601", \
+            "0.00614385, 0.00628768, 0.00638007, 0.00627319, 0.00633825, 0.00609866, 0.00604446", \
+            "0.00667028, 0.00666656, 0.00664326, 0.00670719, 0.00655771, 0.00650404, 0.0062466", \
+            "0.0081417, 0.00790416, 0.00783713, 0.00782045, 0.00787731, 0.00786503, 0.00729923", \
+            "0.0114064, 0.0107382, 0.0107548, 0.010558, 0.0105591, 0.0105784, 0.0105083" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00938412, 0.00961309, 0.00969801, 0.00978118, 0.00963887, 0.00943558, 0.00914515", \
+            "0.00923249, 0.00960326, 0.00970197, 0.00969419, 0.00966942, 0.00953777, 0.00917183", \
+            "0.00922521, 0.00942328, 0.00951227, 0.00975347, 0.00954918, 0.0094015, 0.00907882", \
+            "0.00934407, 0.00946352, 0.00944794, 0.00945194, 0.009499, 0.00932773, 0.0090439", \
+            "0.00970436, 0.00955299, 0.00967673, 0.00974846, 0.00945216, 0.00916649, 0.00976812", \
+            "0.0109265, 0.0104781, 0.0105186, 0.0106304, 0.0105239, 0.0104939, 0.00984731", \
+            "0.0140238, 0.013179, 0.0131186, 0.0131525, 0.0130102, 0.0130788, 0.0128817" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00600116, 0.00647207, 0.00647489, 0.00645002, 0.00637557, 0.00612773, 0.00604033", \
+            "0.00577278, 0.00613406, 0.00623787, 0.00618113, 0.00605956, 0.00595739, 0.00584936", \
+            "0.00571053, 0.00597595, 0.00603171, 0.00615102, 0.00600431, 0.00585215, 0.0057373", \
+            "0.00583347, 0.00599585, 0.00606343, 0.00596427, 0.00604522, 0.00597166, 0.00571941", \
+            "0.00644888, 0.00646281, 0.00653558, 0.00652009, 0.00637346, 0.00626415, 0.00604516", \
+            "0.00792444, 0.00775427, 0.00773538, 0.00772477, 0.0077322, 0.00773068, 0.00708852", \
+            "0.0114277, 0.0107474, 0.0107478, 0.0106076, 0.0106176, 0.0106223, 0.0106897" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00755227, 0.00778762, 0.00792884, 0.00790167, 0.007881, 0.00771344, 0.00731327", \
+            "0.00735317, 0.00767636, 0.00772117, 0.00783241, 0.00770832, 0.00758157, 0.00731023", \
+            "0.00743804, 0.00757255, 0.00766831, 0.00783867, 0.0077134, 0.00768111, 0.00726681", \
+            "0.00776289, 0.00777968, 0.00776384, 0.00776182, 0.0078744, 0.00763133, 0.00736419", \
+            "0.00848782, 0.0082623, 0.00833242, 0.00826204, 0.00824821, 0.00789827, 0.0081725", \
+            "0.0100575, 0.00961994, 0.00966161, 0.00974801, 0.00951289, 0.00950285, 0.00890527", \
+            "0.0135698, 0.0124861, 0.0123956, 0.0124717, 0.0122222, 0.0124504, 0.011986" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00258785;
+      rise_capacitance : 0.00260102;
+      rise_capacitance_range (0.00246119, 0.00272412);
+      fall_capacitance : 0.00257468;
+      fall_capacitance_range (0.00223784, 0.00288288);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249715;
+      rise_capacitance : 0.00253225;
+      rise_capacitance_range (0.00227657, 0.00271814);
+      fall_capacitance : 0.00246206;
+      fall_capacitance_range (0.00212247, 0.00278824);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00246439;
+      rise_capacitance : 0.00251537;
+      rise_capacitance_range (0.00220062, 0.00275916);
+      fall_capacitance : 0.00241342;
+      fall_capacitance_range (0.00206677, 0.00270086);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00238229;
+      rise_capacitance : 0.00248657;
+      rise_capacitance_range (0.00212119, 0.00279433);
+      fall_capacitance : 0.00227801;
+      fall_capacitance_range (0.0020813, 0.00240136);
+    }
+  }
+  cell (sg13g2_or4_2) {
+    area : 16.3296;
+    cell_footprint : "or4";
+    cell_leakage_power : 170.085;
+    leakage_power () {
+      value : 304.383;
+      when : "!A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 212.901;
+      when : "!A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 187.921;
+      when : "!A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 173.071;
+      when : "!A&!B&C&D";
+    }
+    leakage_power () {
+      value : 170.594;
+      when : "!A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 158.513;
+      when : "!A&B&!C&D";
+    }
+    leakage_power () {
+      value : 155.934;
+      when : "!A&B&C&!D";
+    }
+    leakage_power () {
+      value : 165.31;
+      when : "!A&B&C&D";
+    }
+    leakage_power () {
+      value : 153.665;
+      when : "A&!B&!C&!D";
+    }
+    leakage_power () {
+      value : 143.455;
+      when : "A&!B&!C&D";
+    }
+    leakage_power () {
+      value : 141.885;
+      when : "A&!B&C&!D";
+    }
+    leakage_power () {
+      value : 155.487;
+      when : "A&!B&C&D";
+    }
+    leakage_power () {
+      value : 139.556;
+      when : "A&B&!C&!D";
+    }
+    leakage_power () {
+      value : 149.293;
+      when : "A&B&!C&D";
+    }
+    leakage_power () {
+      value : 148.565;
+      when : "A&B&C&!D";
+    }
+    leakage_power () {
+      value : 160.821;
+      when : "A&B&C&D";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A+B+C+D)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "A";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0777149, 0.153337, 0.197693, 0.269986, 0.390379, 0.590247, 0.922793", \
+            "0.123099, 0.198971, 0.24329, 0.31562, 0.435811, 0.635739, 0.967983", \
+            "0.156137, 0.23381, 0.277842, 0.350056, 0.47021, 0.670208, 1.00252", \
+            "0.205406, 0.287605, 0.331518, 0.403628, 0.523565, 0.723244, 1.05582", \
+            "0.277735, 0.367601, 0.411169, 0.482074, 0.601479, 0.800931, 1.1329", \
+            "0.378711, 0.484601, 0.529251, 0.599717, 0.71932, 0.917149, 1.24878", \
+            "0.507869, 0.637601, 0.686415, 0.758511, 0.876854, 1.0736, 1.40455" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.020113, 0.106985, 0.169095, 0.272424, 0.445799, 0.73502, 1.21752", \
+            "0.0220866, 0.107074, 0.169096, 0.272425, 0.446237, 0.735139, 1.21753", \
+            "0.0255353, 0.10794, 0.169275, 0.272426, 0.446238, 0.736265, 1.21783", \
+            "0.0318701, 0.110528, 0.170613, 0.273135, 0.446239, 0.736266, 1.21784", \
+            "0.0417649, 0.116429, 0.174056, 0.274756, 0.447233, 0.736267, 1.2179", \
+            "0.058893, 0.129856, 0.182713, 0.279606, 0.449295, 0.73769, 1.21885", \
+            "0.084734, 0.158372, 0.203524, 0.291921, 0.456468, 0.741334, 1.22164" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.231704, 0.337034, 0.381946, 0.44824, 0.549246, 0.711606, 0.978363", \
+            "0.257882, 0.363022, 0.408834, 0.474358, 0.575963, 0.738048, 1.00524", \
+            "0.277402, 0.382876, 0.428377, 0.494364, 0.595534, 0.757655, 1.02502", \
+            "0.308257, 0.41523, 0.461024, 0.527052, 0.628654, 0.791036, 1.05802", \
+            "0.353279, 0.464788, 0.511382, 0.578725, 0.681198, 0.844107, 1.11099", \
+            "0.411252, 0.531537, 0.581411, 0.650754, 0.754526, 0.918402, 1.1859", \
+            "0.483529, 0.621917, 0.676119, 0.751509, 0.859972, 1.0252, 1.2936" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0485737, 0.126288, 0.169609, 0.242127, 0.364219, 0.574185, 0.931263", \
+            "0.0485747, 0.126289, 0.169849, 0.242128, 0.36422, 0.574285, 0.931677", \
+            "0.0489381, 0.12629, 0.169916, 0.242129, 0.364275, 0.574367, 0.932101", \
+            "0.0510143, 0.127876, 0.171269, 0.242704, 0.365148, 0.57525, 0.933314", \
+            "0.055753, 0.133773, 0.17647, 0.247264, 0.368253, 0.577175, 0.933315", \
+            "0.06674, 0.145099, 0.188291, 0.257199, 0.375811, 0.581674, 0.935507", \
+            "0.089736, 0.170886, 0.212516, 0.279847, 0.39421, 0.593253, 0.942029" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0765428, 0.150775, 0.194907, 0.266766, 0.386869, 0.586566, 0.918895", \
+            "0.120749, 0.195589, 0.239576, 0.311617, 0.431763, 0.631301, 0.963482", \
+            "0.152455, 0.229173, 0.273003, 0.344942, 0.464957, 0.664761, 0.99736", \
+            "0.199627, 0.280788, 0.324746, 0.396461, 0.516465, 0.71619, 1.04843", \
+            "0.267301, 0.356908, 0.400373, 0.471299, 0.590694, 0.789642, 1.12179", \
+            "0.360977, 0.467333, 0.511674, 0.582277, 0.700866, 0.898904, 1.23049", \
+            "0.479644, 0.610417, 0.659621, 0.731705, 0.849475, 1.04663, 1.37727" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0191801, 0.105807, 0.168078, 0.271517, 0.444984, 0.734506, 1.21689", \
+            "0.0214558, 0.106163, 0.168079, 0.271518, 0.447458, 0.734507, 1.2169", \
+            "0.0249701, 0.107103, 0.168466, 0.271618, 0.447459, 0.734508, 1.21734", \
+            "0.0312051, 0.109721, 0.169816, 0.272337, 0.44746, 0.734707, 1.21735", \
+            "0.0418031, 0.115847, 0.173249, 0.273978, 0.447461, 0.735353, 1.2174", \
+            "0.059157, 0.129409, 0.182781, 0.278503, 0.448859, 0.737052, 1.21856", \
+            "0.085204, 0.158542, 0.204336, 0.292089, 0.456003, 0.740871, 1.22116" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.226724, 0.332151, 0.37738, 0.443582, 0.54435, 0.706566, 0.97354", \
+            "0.253257, 0.358617, 0.40365, 0.470316, 0.571188, 0.733931, 1.0006", \
+            "0.274172, 0.379827, 0.425238, 0.491189, 0.592306, 0.75454, 1.02205", \
+            "0.308891, 0.416559, 0.462383, 0.52853, 0.63025, 0.792712, 1.05993", \
+            "0.362457, 0.475053, 0.522736, 0.589775, 0.69261, 0.855555, 1.12267", \
+            "0.435557, 0.558813, 0.608142, 0.677786, 0.781337, 0.944673, 1.2121", \
+            "0.536687, 0.678982, 0.733415, 0.807595, 0.915125, 1.08029, 1.348" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0485353, 0.126143, 0.170155, 0.24215, 0.364082, 0.574151, 0.931266", \
+            "0.0485579, 0.126144, 0.170156, 0.242151, 0.364083, 0.574152, 0.931638", \
+            "0.0492322, 0.126145, 0.170157, 0.242152, 0.364546, 0.575057, 0.932217", \
+            "0.0520092, 0.128451, 0.172189, 0.243412, 0.365464, 0.575169, 0.93385", \
+            "0.0584151, 0.135156, 0.178487, 0.248588, 0.369347, 0.577886, 0.933851", \
+            "0.073328, 0.149312, 0.190186, 0.258699, 0.376922, 0.583189, 0.936525", \
+            "0.099732, 0.177627, 0.21787, 0.281661, 0.394157, 0.593238, 0.942146" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "C";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0727112, 0.145715, 0.189372, 0.261225, 0.381365, 0.580643, 0.912708", \
+            "0.115733, 0.189655, 0.233423, 0.305273, 0.425167, 0.624844, 0.95682", \
+            "0.1457, 0.221735, 0.2654, 0.337157, 0.457098, 0.656464, 0.988632", \
+            "0.189337, 0.270584, 0.313805, 0.385747, 0.505296, 0.704935, 1.0369", \
+            "0.251732, 0.341447, 0.3849, 0.456033, 0.575302, 0.774133, 1.10623", \
+            "0.333489, 0.441793, 0.486623, 0.558696, 0.676311, 0.874534, 1.20614", \
+            "0.436183, 0.569644, 0.619523, 0.691601, 0.810027, 1.0068, 1.33701" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0181715, 0.104933, 0.167165, 0.270768, 0.444477, 0.734045, 1.21661", \
+            "0.020775, 0.105407, 0.167436, 0.27079, 0.446392, 0.734266, 1.21662", \
+            "0.0245398, 0.106483, 0.167907, 0.271071, 0.446393, 0.734267, 1.21696", \
+            "0.0309296, 0.10946, 0.169329, 0.271783, 0.446394, 0.734268, 1.21755", \
+            "0.0423505, 0.11525, 0.172823, 0.273771, 0.446395, 0.734961, 1.21756", \
+            "0.060683, 0.132074, 0.183008, 0.278975, 0.448255, 0.736708, 1.21808", \
+            "0.088331, 0.16311, 0.207496, 0.293796, 0.456723, 0.740665, 1.22119" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.211683, 0.317055, 0.362439, 0.427945, 0.529267, 0.690957, 0.958094", \
+            "0.237544, 0.34299, 0.38849, 0.453937, 0.555329, 0.717549, 0.984535", \
+            "0.261005, 0.366737, 0.412051, 0.478225, 0.579426, 0.741458, 1.00834", \
+            "0.301231, 0.40928, 0.455174, 0.521538, 0.623385, 0.785825, 1.05291", \
+            "0.364606, 0.477684, 0.524316, 0.591568, 0.69439, 0.857331, 1.12471", \
+            "0.453635, 0.577724, 0.626715, 0.694955, 0.797825, 0.961236, 1.2299", \
+            "0.578839, 0.722045, 0.775719, 0.848553, 0.954379, 1.1182, 1.3852" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0485551, 0.126333, 0.170359, 0.241491, 0.364247, 0.574657, 0.931285", \
+            "0.0485869, 0.126334, 0.17036, 0.241492, 0.364248, 0.574658, 0.931603", \
+            "0.0496405, 0.126355, 0.170361, 0.241826, 0.364249, 0.575164, 0.931604", \
+            "0.0533799, 0.129427, 0.172462, 0.243877, 0.365797, 0.575339, 0.931783", \
+            "0.0620041, 0.137193, 0.179425, 0.24993, 0.370282, 0.578492, 0.933924", \
+            "0.080183, 0.151635, 0.191409, 0.258881, 0.377367, 0.583549, 0.937748", \
+            "0.108395, 0.181484, 0.218486, 0.280236, 0.392224, 0.592211, 0.941925" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "D";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0671409, 0.139504, 0.183079, 0.254835, 0.374743, 0.574006, 0.905962", \
+            "0.108455, 0.182004, 0.225568, 0.29736, 0.417156, 0.616588, 0.94869", \
+            "0.136256, 0.212205, 0.255793, 0.327419, 0.447117, 0.646581, 0.978714", \
+            "0.176399, 0.257764, 0.300365, 0.37189, 0.491073, 0.690284, 1.02229", \
+            "0.2321, 0.323211, 0.366609, 0.437351, 0.555941, 0.75403, 1.08545", \
+            "0.306454, 0.41636, 0.461027, 0.530919, 0.649685, 0.847371, 1.17778", \
+            "0.39351, 0.530458, 0.582065, 0.654709, 0.772685, 0.970924, 1.3003" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0173779, 0.104625, 0.166874, 0.270525, 0.444252, 0.733992, 1.21642", \
+            "0.0205245, 0.105105, 0.167036, 0.270676, 0.445501, 0.733993, 1.21643", \
+            "0.0245768, 0.106294, 0.16763, 0.270782, 0.445502, 0.733994, 1.21644", \
+            "0.0314674, 0.109677, 0.169339, 0.271656, 0.445503, 0.734112, 1.21673", \
+            "0.0437239, 0.116498, 0.173254, 0.273729, 0.445894, 0.734828, 1.21687", \
+            "0.062677, 0.134314, 0.18483, 0.279709, 0.448483, 0.736646, 1.21791", \
+            "0.092597, 0.168843, 0.213455, 0.297369, 0.458344, 0.741494, 1.22112" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.18682, 0.292203, 0.337581, 0.403585, 0.504374, 0.666401, 0.933518", \
+            "0.212708, 0.317836, 0.363231, 0.429702, 0.530555, 0.692662, 0.959767", \
+            "0.239482, 0.344936, 0.39013, 0.456161, 0.557898, 0.719866, 0.986851", \
+            "0.286299, 0.392996, 0.438613, 0.505019, 0.606918, 0.769431, 1.03655", \
+            "0.357067, 0.467997, 0.514199, 0.58011, 0.682925, 0.846022, 1.11365", \
+            "0.453487, 0.575072, 0.622548, 0.689729, 0.7914, 0.954938, 1.22299", \
+            "0.581852, 0.722077, 0.773597, 0.844834, 0.947531, 1.11009, 1.37731" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0485506, 0.126314, 0.170376, 0.24208, 0.364265, 0.574027, 0.931294", \
+            "0.0485919, 0.126315, 0.170377, 0.242081, 0.364266, 0.574291, 0.931295", \
+            "0.0499021, 0.126463, 0.170378, 0.242082, 0.364455, 0.574634, 0.931398", \
+            "0.0551401, 0.12969, 0.172898, 0.244323, 0.366376, 0.575931, 0.936196", \
+            "0.066941, 0.137216, 0.17984, 0.249855, 0.370957, 0.579382, 0.936197", \
+            "0.088049, 0.152514, 0.191568, 0.258434, 0.376576, 0.584132, 0.938888", \
+            "0.119708, 0.184876, 0.219155, 0.278984, 0.390016, 0.591541, 0.942785" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0109229, 0.0115995, 0.0116869, 0.0116396, 0.0115036, 0.0111835, 0.0105756", \
+            "0.0107778, 0.011321, 0.0114146, 0.0115491, 0.0113141, 0.0109137, 0.0109666", \
+            "0.0108277, 0.0111068, 0.0111813, 0.0114343, 0.0112879, 0.0108953, 0.0101737", \
+            "0.0111104, 0.0112929, 0.0113141, 0.0111878, 0.0114774, 0.0108365, 0.0108134", \
+            "0.0118754, 0.0115403, 0.0114781, 0.01133, 0.011014, 0.0109695, 0.0101532", \
+            "0.0140174, 0.0128942, 0.0128347, 0.0125661, 0.0126316, 0.0121935, 0.0115161", \
+            "0.0183648, 0.0160258, 0.0157409, 0.015385, 0.0152829, 0.0149532, 0.0146012" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0171966, 0.0168685, 0.0169072, 0.0171041, 0.0168978, 0.0166293, 0.0160323", \
+            "0.0171115, 0.0167021, 0.0169944, 0.0169837, 0.0170056, 0.0166959, 0.0159809", \
+            "0.0170062, 0.0166559, 0.016994, 0.0170732, 0.0169329, 0.0167381, 0.0163091", \
+            "0.0171349, 0.0164976, 0.0166204, 0.0166289, 0.0168964, 0.0167081, 0.0161811", \
+            "0.0175365, 0.0166849, 0.0166803, 0.0168533, 0.0166217, 0.0163894, 0.0166788", \
+            "0.0185403, 0.016923, 0.0170924, 0.0171267, 0.0170029, 0.0170021, 0.0158331", \
+            "0.0218798, 0.0191474, 0.0189776, 0.0191939, 0.0190448, 0.0188887, 0.0188137" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0107118, 0.0114887, 0.0115805, 0.0115221, 0.0113585, 0.0109899, 0.01118", \
+            "0.0105484, 0.0111561, 0.0113028, 0.0113893, 0.0115626, 0.0107302, 0.0107736", \
+            "0.0105791, 0.0109343, 0.0110035, 0.0113381, 0.0110585, 0.0105875, 0.0101601", \
+            "0.0108018, 0.0110024, 0.0110461, 0.0109011, 0.0112462, 0.0108738, 0.00999811", \
+            "0.0115606, 0.0111845, 0.0111877, 0.0111327, 0.0107799, 0.0107086, 0.0098206", \
+            "0.0136892, 0.0124555, 0.0124228, 0.0122573, 0.0122312, 0.0119686, 0.0111116", \
+            "0.0180816, 0.0154799, 0.0153185, 0.0150098, 0.0149739, 0.0147558, 0.0144199" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0155902, 0.0152696, 0.0154461, 0.0154526, 0.0153393, 0.0150012, 0.0143459", \
+            "0.0154905, 0.0151173, 0.0151851, 0.0155045, 0.0153408, 0.0151535, 0.014428", \
+            "0.0154296, 0.0150445, 0.0153544, 0.015391, 0.015316, 0.0151662, 0.0149635", \
+            "0.0156052, 0.0148825, 0.014961, 0.0149773, 0.0152453, 0.0148249, 0.0147005", \
+            "0.0160936, 0.015061, 0.0152255, 0.0152285, 0.0150095, 0.0148538, 0.0157233", \
+            "0.0175187, 0.0156302, 0.0155703, 0.0154828, 0.0154961, 0.0152769, 0.0137802", \
+            "0.0214431, 0.0181081, 0.018031, 0.0178202, 0.0176951, 0.0175867, 0.017182" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "C";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0101954, 0.0110513, 0.0110908, 0.0110467, 0.010926, 0.0105657, 0.0106718", \
+            "0.0100744, 0.0107412, 0.0108338, 0.0108887, 0.0110394, 0.010374, 0.0103512", \
+            "0.0100935, 0.0104992, 0.0106352, 0.0109456, 0.010916, 0.0100666, 0.0103597", \
+            "0.0103097, 0.0105395, 0.0105248, 0.0105361, 0.010779, 0.010284, 0.00965613", \
+            "0.0111009, 0.0106348, 0.0106975, 0.0107883, 0.010497, 0.010412, 0.0100741", \
+            "0.013219, 0.0120138, 0.0119164, 0.0119163, 0.0117211, 0.0116345, 0.0109043", \
+            "0.0176149, 0.0149209, 0.0147894, 0.014402, 0.0145701, 0.0143493, 0.0141699" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0139374, 0.0135481, 0.0137014, 0.0137892, 0.013513, 0.0129171, 0.0124419", \
+            "0.01386, 0.0134719, 0.0137498, 0.0136459, 0.0136836, 0.0134605, 0.012793", \
+            "0.0138048, 0.0133788, 0.013621, 0.0136681, 0.0135793, 0.0135312, 0.0127222", \
+            "0.0140717, 0.0132726, 0.0133159, 0.0133515, 0.0136228, 0.0134345, 0.0125488", \
+            "0.0150305, 0.0136759, 0.0135408, 0.0135479, 0.013432, 0.0129508, 0.0137439", \
+            "0.0167099, 0.0144296, 0.0143561, 0.0141918, 0.0140124, 0.0139617, 0.0128759", \
+            "0.020945, 0.0172495, 0.0170918, 0.0168189, 0.0166959, 0.0163939, 0.0159902" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "D";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.00990562, 0.0108612, 0.010882, 0.0108652, 0.010717, 0.0102487, 0.0104078", \
+            "0.00975176, 0.0104808, 0.010625, 0.0105659, 0.0106398, 0.010038, 0.010111", \
+            "0.0097976, 0.010219, 0.0103607, 0.0106889, 0.0105776, 0.00988453, 0.0100217", \
+            "0.0100143, 0.0102644, 0.0102631, 0.0101019, 0.0102278, 0.00978003, 0.00959921", \
+            "0.0108227, 0.0104044, 0.0105182, 0.0105494, 0.0102188, 0.0098685, 0.0092928", \
+            "0.0130104, 0.0118221, 0.0118141, 0.011562, 0.0116722, 0.0112955, 0.0106032", \
+            "0.0176085, 0.0147583, 0.014811, 0.0143921, 0.0145216, 0.0146, 0.0142293" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0121726, 0.0117287, 0.0118711, 0.0119736, 0.0116685, 0.0113061, 0.0107774", \
+            "0.0119414, 0.0116162, 0.0116988, 0.0120746, 0.011881, 0.0116252, 0.0112549", \
+            "0.0120174, 0.0115097, 0.0116586, 0.0117204, 0.0117814, 0.0115619, 0.0108965", \
+            "0.0125597, 0.0116169, 0.0116742, 0.0116902, 0.0119426, 0.0116816, 0.0118729", \
+            "0.013763, 0.0122504, 0.0124051, 0.0122128, 0.0121137, 0.0116844, 0.0127498", \
+            "0.0162061, 0.0135053, 0.0136307, 0.0134446, 0.013166, 0.0131663, 0.0118402", \
+            "0.020996, 0.0166158, 0.0164351, 0.0161424, 0.0158886, 0.0157612, 0.0154666" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00256792;
+      rise_capacitance : 0.0025786;
+      rise_capacitance_range (0.0024494, 0.00269215);
+      fall_capacitance : 0.00255723;
+      fall_capacitance_range (0.00222938, 0.00285432);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00249513;
+      rise_capacitance : 0.00252724;
+      rise_capacitance_range (0.00228825, 0.0026985);
+      fall_capacitance : 0.00246302;
+      fall_capacitance_range (0.00213196, 0.00277815);
+    }
+    pin (C) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.0024635;
+      rise_capacitance : 0.00251222;
+      rise_capacitance_range (0.00223191, 0.00273533);
+      fall_capacitance : 0.00241478;
+      fall_capacitance_range (0.00207383, 0.00269396);
+    }
+    pin (D) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00237806;
+      rise_capacitance : 0.00248319;
+      rise_capacitance_range (0.00219655, 0.00275298);
+      fall_capacitance : 0.00227294;
+      fall_capacitance_range (0.0021089, 0.00238203);
+    }
+  }
+  cell (sg13g2_sdfbbp_1) {
+    area : 63.504;
+    cell_footprint : "sdfbbp";
+    cell_leakage_power : 815.791;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 806.178;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 832.174;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 681.929;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 717.025;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 637.857;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&!SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 822.833;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 822.809;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 823.411;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 805.941;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 779.48;
+      when : "!CLK&D&RESET_B&SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 928.224;
+      when : "CLK&D&RESET_B&!SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 928.198;
+      when : "CLK&D&RESET_B&!SCD&!SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 813.846;
+      when : "CLK&D&RESET_B&SCD&!SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 821.705;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 847.703;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 819.247;
+      when : "!CLK&!D&RESET_B&SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 801.777;
+      when : "!CLK&!D&RESET_B&SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 838.361;
+      when : "CLK&!D&RESET_B&!SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 842.71;
+      when : "CLK&!D&RESET_B&!SCD&SCE&SET_B&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 924.063;
+      when : "CLK&!D&RESET_B&SCD&SCE&SET_B&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 836.146;
+      when : "CLK&!D&RESET_B&SCD&SCE&SET_B&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.303086, 0.361742, 0.405012, 0.476318, 0.59607, 0.795528, 1.12841", \
+            "0.342007, 0.400671, 0.443814, 0.515272, 0.635168, 0.834681, 1.16721", \
+            "0.368118, 0.426884, 0.47001, 0.54141, 0.661177, 0.860631, 1.19344", \
+            "0.406706, 0.465482, 0.508525, 0.579877, 0.699517, 0.899079, 1.23186", \
+            "0.460092, 0.518829, 0.561909, 0.63339, 0.752975, 0.952609, 1.28501", \
+            "0.531665, 0.590368, 0.633496, 0.704918, 0.824687, 1.02418, 1.35663", \
+            "0.625344, 0.684116, 0.727165, 0.798793, 0.918443, 1.11786, 1.4503" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0203304, 0.103798, 0.166253, 0.269955, 0.443762, 0.733434, 1.21658", \
+            "0.0203314, 0.103818, 0.166463, 0.270276, 0.443763, 0.733889, 1.21659", \
+            "0.0203379, 0.103819, 0.166464, 0.270277, 0.443821, 0.73389, 1.21659", \
+            "0.0203622, 0.10382, 0.166465, 0.270278, 0.443822, 0.733891, 1.2166", \
+            "0.0203632, 0.103832, 0.166466, 0.270279, 0.443823, 0.733892, 1.21661", \
+            "0.0203642, 0.103833, 0.166467, 0.27028, 0.443824, 0.733893, 1.21662", \
+            "0.0203652, 0.103834, 0.166468, 0.270281, 0.443825, 0.733894, 1.21668" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.249614, 0.301396, 0.33602, 0.393014, 0.48864, 0.64764, 0.912855", \
+            "0.287024, 0.338873, 0.373447, 0.430481, 0.526071, 0.685427, 0.950287", \
+            "0.313022, 0.364828, 0.399388, 0.456547, 0.552097, 0.71118, 0.976191", \
+            "0.351111, 0.402773, 0.43737, 0.494502, 0.589925, 0.749036, 1.0141", \
+            "0.407236, 0.458994, 0.493582, 0.550717, 0.646193, 0.805213, 1.07027", \
+            "0.485766, 0.537518, 0.572101, 0.629289, 0.724707, 0.883833, 1.14874", \
+            "0.586113, 0.63772, 0.672263, 0.729392, 0.824884, 0.983987, 1.24897" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168249, 0.079785, 0.125868, 0.202928, 0.332307, 0.54803, 0.907676", \
+            "0.0168259, 0.079786, 0.125965, 0.202929, 0.332558, 0.548259, 0.907677", \
+            "0.0168269, 0.0798039, 0.125966, 0.202935, 0.332559, 0.548357, 0.907678", \
+            "0.0168279, 0.0798091, 0.125967, 0.202936, 0.33256, 0.548358, 0.907679", \
+            "0.0168428, 0.0798101, 0.125968, 0.203035, 0.332561, 0.548359, 0.90768", \
+            "0.016873, 0.0798111, 0.125969, 0.203036, 0.332562, 0.54836, 0.907681", \
+            "0.016947, 0.0798121, 0.12597, 0.203037, 0.332563, 0.548361, 0.90778" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.303086, 0.361742, 0.405012, 0.476318, 0.59607, 0.795528, 1.12841", \
+            "0.342007, 0.400671, 0.443814, 0.515272, 0.635168, 0.834681, 1.16721", \
+            "0.368118, 0.426884, 0.47001, 0.54141, 0.661177, 0.860631, 1.19344", \
+            "0.406706, 0.465482, 0.508525, 0.579877, 0.699517, 0.899079, 1.23186", \
+            "0.460092, 0.518829, 0.561909, 0.63339, 0.752975, 0.952609, 1.28501", \
+            "0.531665, 0.590368, 0.633496, 0.704918, 0.824687, 1.02418, 1.35663", \
+            "0.625344, 0.684116, 0.727165, 0.798793, 0.918443, 1.11786, 1.4503" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0203304, 0.103798, 0.166253, 0.269955, 0.443762, 0.733434, 1.21658", \
+            "0.0203314, 0.103818, 0.166463, 0.270276, 0.443763, 0.733889, 1.21659", \
+            "0.0203379, 0.103819, 0.166464, 0.270277, 0.443821, 0.73389, 1.21659", \
+            "0.0203622, 0.10382, 0.166465, 0.270278, 0.443822, 0.733891, 1.2166", \
+            "0.0203632, 0.103832, 0.166466, 0.270279, 0.443823, 0.733892, 1.21661", \
+            "0.0203642, 0.103833, 0.166467, 0.27028, 0.443824, 0.733893, 1.21662", \
+            "0.0203652, 0.103834, 0.166468, 0.270281, 0.443825, 0.733894, 1.21668" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.249614, 0.301396, 0.33602, 0.393014, 0.48864, 0.64764, 0.912855", \
+            "0.287024, 0.338873, 0.373447, 0.430481, 0.526071, 0.685427, 0.950287", \
+            "0.313022, 0.364828, 0.399388, 0.456547, 0.552097, 0.71118, 0.976191", \
+            "0.351111, 0.402773, 0.43737, 0.494502, 0.589925, 0.749036, 1.0141", \
+            "0.407236, 0.458994, 0.493582, 0.550717, 0.646193, 0.805213, 1.07027", \
+            "0.485766, 0.537518, 0.572101, 0.629289, 0.724707, 0.883833, 1.14874", \
+            "0.586113, 0.63772, 0.672263, 0.729392, 0.824884, 0.983987, 1.24897" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0168249, 0.079785, 0.125868, 0.202928, 0.332307, 0.54803, 0.907676", \
+            "0.0168259, 0.079786, 0.125965, 0.202929, 0.332558, 0.548259, 0.907677", \
+            "0.0168269, 0.0798039, 0.125966, 0.202935, 0.332559, 0.548357, 0.907678", \
+            "0.0168279, 0.0798091, 0.125967, 0.202936, 0.33256, 0.548358, 0.907679", \
+            "0.0168428, 0.0798101, 0.125968, 0.203035, 0.332561, 0.548359, 0.90768", \
+            "0.016873, 0.0798111, 0.125969, 0.203036, 0.332562, 0.54836, 0.907681", \
+            "0.016947, 0.0798121, 0.12597, 0.203037, 0.332563, 0.548361, 0.90778" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.206865, 0.25877, 0.293292, 0.350338, 0.445886, 0.604996, 0.870035", \
+            "0.247056, 0.298845, 0.333409, 0.390583, 0.486107, 0.645134, 0.910291", \
+            "0.27713, 0.328907, 0.363486, 0.420602, 0.516049, 0.675086, 0.940183", \
+            "0.322812, 0.374528, 0.40911, 0.466284, 0.561752, 0.720776, 0.98583", \
+            "0.390204, 0.441619, 0.476227, 0.533274, 0.628817, 0.787819, 1.05285", \
+            "0.479247, 0.530131, 0.564665, 0.621696, 0.717278, 0.87627, 1.14122", \
+            "0.592687, 0.642395, 0.676831, 0.733972, 0.829379, 0.988415, 1.25333" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0171691, 0.0798856, 0.126035, 0.203101, 0.332699, 0.548046, 0.907339", \
+            "0.0171935, 0.0799241, 0.126036, 0.203767, 0.3327, 0.5481, 0.907595", \
+            "0.0172079, 0.0799837, 0.12613, 0.203768, 0.332701, 0.548146, 0.907634", \
+            "0.0172566, 0.0799847, 0.126131, 0.203769, 0.332702, 0.548324, 0.907635", \
+            "0.0174457, 0.0799886, 0.126132, 0.20377, 0.332703, 0.548325, 0.907636", \
+            "0.017911, 0.0801, 0.126133, 0.203771, 0.332704, 0.548326, 0.907826", \
+            "0.018989, 0.080361, 0.126272, 0.203772, 0.332736, 0.548327, 0.907827" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.122887, 0.184823, 0.228093, 0.299689, 0.419402, 0.618866, 0.951513", \
+            "0.163837, 0.225466, 0.268783, 0.34027, 0.460158, 0.659711, 0.992313", \
+            "0.194972, 0.255924, 0.299231, 0.370692, 0.490514, 0.689993, 1.02262", \
+            "0.24324, 0.302701, 0.345813, 0.417358, 0.53701, 0.736532, 1.06919", \
+            "0.313315, 0.369924, 0.41261, 0.483911, 0.603523, 0.802978, 1.13545", \
+            "0.40312, 0.456276, 0.498448, 0.568983, 0.6883, 0.888177, 1.22021", \
+            "0.5179, 0.566995, 0.608066, 0.678018, 0.796974, 0.995558, 1.32805" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0173648, 0.103552, 0.166136, 0.269825, 0.443677, 0.733378, 1.21642", \
+            "0.0175663, 0.103553, 0.166137, 0.269826, 0.443929, 0.73349, 1.21675", \
+            "0.0181519, 0.103581, 0.166138, 0.269827, 0.44393, 0.73368, 1.21676", \
+            "0.0194127, 0.103698, 0.166204, 0.269913, 0.443931, 0.733681, 1.21677", \
+            "0.0221234, 0.104065, 0.166323, 0.269914, 0.443932, 0.733682, 1.21678", \
+            "0.027059, 0.104996, 0.166713, 0.270168, 0.443933, 0.733683, 1.21679", \
+            "0.033763, 0.106622, 0.167331, 0.270346, 0.443934, 0.733684, 1.2168" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164868, 0.0168293, 0.0169037, 0.0169212, 0.0168969, 0.0167861, 0.0165971", \
+            "0.0163266, 0.0166808, 0.0167466, 0.0168013, 0.0167313, 0.0166999, 0.0164264", \
+            "0.0163347, 0.0166839, 0.0167876, 0.016792, 0.0167737, 0.0166637, 0.0164716", \
+            "0.0164882, 0.016832, 0.0168755, 0.0169019, 0.0170336, 0.0169896, 0.0165079", \
+            "0.016937, 0.0172948, 0.0173854, 0.0174253, 0.0173714, 0.0174059, 0.017272", \
+            "0.0180139, 0.0183775, 0.0184417, 0.0185282, 0.0185503, 0.0185049, 0.0182377", \
+            "0.0204668, 0.0208284, 0.0208942, 0.0209338, 0.0209757, 0.0210065, 0.0209863" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162628, 0.0166219, 0.0166395, 0.0165955, 0.0164637, 0.016178, 0.0157829", \
+            "0.0159994, 0.0164227, 0.016408, 0.0163343, 0.0162302, 0.0159609, 0.0155187", \
+            "0.0160023, 0.0163697, 0.0164004, 0.0165603, 0.016252, 0.0159816, 0.0155605", \
+            "0.0160642, 0.0164404, 0.0164507, 0.0163787, 0.0163549, 0.0166137, 0.0158833", \
+            "0.0164795, 0.0168591, 0.0169133, 0.0170038, 0.016894, 0.0164809, 0.0168357", \
+            "0.0175874, 0.0179305, 0.0180015, 0.0179675, 0.0181089, 0.0180559, 0.0175376", \
+            "0.0201105, 0.0204381, 0.0204869, 0.0204747, 0.020461, 0.0203853, 0.0204729" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164868, 0.0168293, 0.0169037, 0.0169212, 0.0168969, 0.0167861, 0.0165971", \
+            "0.0163266, 0.0166808, 0.0167466, 0.0168013, 0.0167313, 0.0166999, 0.0164264", \
+            "0.0163347, 0.0166839, 0.0167876, 0.016792, 0.0167737, 0.0166637, 0.0164716", \
+            "0.0164882, 0.016832, 0.0168755, 0.0169019, 0.0170336, 0.0169896, 0.0165079", \
+            "0.016937, 0.0172948, 0.0173854, 0.0174253, 0.0173714, 0.0174059, 0.017272", \
+            "0.0180139, 0.0183775, 0.0184417, 0.0185282, 0.0185503, 0.0185049, 0.0182377", \
+            "0.0204668, 0.0208284, 0.0208942, 0.0209338, 0.0209757, 0.0210065, 0.0209863" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162628, 0.0166219, 0.0166395, 0.0165955, 0.0164637, 0.016178, 0.0157829", \
+            "0.0159994, 0.0164227, 0.016408, 0.0163343, 0.0162302, 0.0159609, 0.0155187", \
+            "0.0160023, 0.0163697, 0.0164004, 0.0165603, 0.016252, 0.0159816, 0.0155605", \
+            "0.0160642, 0.0164404, 0.0164507, 0.0163787, 0.0163549, 0.0166137, 0.0158833", \
+            "0.0164795, 0.0168591, 0.0169133, 0.0170038, 0.016894, 0.0164809, 0.0168357", \
+            "0.0175874, 0.0179305, 0.0180015, 0.0179675, 0.0181089, 0.0180559, 0.0175376", \
+            "0.0201105, 0.0204381, 0.0204869, 0.0204747, 0.020461, 0.0203853, 0.0204729" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0350826, 0.0519252, 0.0631892, 0.0816574, 0.112535, 0.163738, 0.249267", \
+            "0.0347825, 0.0516931, 0.0629843, 0.0815254, 0.112259, 0.163532, 0.249065", \
+            "0.0346945, 0.0515247, 0.0628874, 0.0819626, 0.112308, 0.163462, 0.249023", \
+            "0.0346614, 0.0514728, 0.0627448, 0.0812404, 0.112352, 0.163452, 0.248999", \
+            "0.0349524, 0.0516979, 0.0631466, 0.0817866, 0.112324, 0.163903, 0.250687", \
+            "0.035995, 0.0525971, 0.0639426, 0.0826995, 0.113854, 0.165654, 0.250734", \
+            "0.0386325, 0.0550726, 0.0663716, 0.0850953, 0.115989, 0.168119, 0.254045" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "SET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0310825, 0.0481772, 0.0594726, 0.0779968, 0.109012, 0.160628, 0.246617", \
+            "0.0304188, 0.0474597, 0.0587544, 0.0772955, 0.108429, 0.159979, 0.245994", \
+            "0.0302746, 0.0471131, 0.0585412, 0.0771138, 0.108167, 0.159768, 0.245811", \
+            "0.0305024, 0.047221, 0.0585391, 0.0772006, 0.108487, 0.160028, 0.24594", \
+            "0.0316737, 0.048092, 0.0594741, 0.0781294, 0.109209, 0.161139, 0.247096", \
+            "0.0348966, 0.0508074, 0.0621466, 0.0807807, 0.112038, 0.163751, 0.249755", \
+            "0.0422566, 0.0574836, 0.0686852, 0.0872399, 0.118382, 0.170242, 0.256689" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.204937, 0.285071, 0.329781, 0.401998, 0.52245, 0.722871, 1.05709", \
+            "0.242385, 0.322696, 0.367221, 0.439489, 0.560055, 0.760372, 1.09437", \
+            "0.26841, 0.348637, 0.393265, 0.465534, 0.585979, 0.786467, 1.12032", \
+            "0.306362, 0.386544, 0.431178, 0.503496, 0.623825, 0.824288, 1.15852", \
+            "0.362561, 0.442761, 0.487387, 0.559658, 0.680134, 0.880537, 1.21441", \
+            "0.439485, 0.519793, 0.564403, 0.63676, 0.757197, 0.957643, 1.29168", \
+            "0.540879, 0.62165, 0.66624, 0.738563, 0.858977, 1.05955, 1.39341" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0262672, 0.11058, 0.170488, 0.272745, 0.446862, 0.737255, 1.22237", \
+            "0.0262682, 0.110608, 0.170499, 0.272746, 0.446863, 0.737434, 1.22238", \
+            "0.0262692, 0.110609, 0.170565, 0.272747, 0.446864, 0.737435, 1.22269", \
+            "0.0262702, 0.11061, 0.170566, 0.272768, 0.446865, 0.737583, 1.22651", \
+            "0.0263762, 0.110611, 0.170567, 0.272769, 0.446866, 0.737584, 1.22652", \
+            "0.026716, 0.110637, 0.17057, 0.272806, 0.446867, 0.737585, 1.22653", \
+            "0.027341, 0.111005, 0.170811, 0.272813, 0.446868, 0.737586, 1.22654" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.251625, 0.335442, 0.374698, 0.434218, 0.531124, 0.69123, 0.957959", \
+            "0.290549, 0.374348, 0.413564, 0.473196, 0.570364, 0.73029, 0.996828", \
+            "0.316687, 0.40049, 0.439742, 0.499314, 0.596206, 0.756412, 1.02341", \
+            "0.355284, 0.439099, 0.478281, 0.537883, 0.634734, 0.794868, 1.06153", \
+            "0.408663, 0.492487, 0.531602, 0.591359, 0.688157, 0.848305, 1.1149", \
+            "0.480342, 0.564206, 0.603353, 0.66296, 0.759875, 0.920029, 1.18661", \
+            "0.573917, 0.657747, 0.696976, 0.756515, 0.853434, 1.01361, 1.28019" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0314077, 0.098638, 0.140392, 0.212568, 0.338926, 0.554024, 0.915162", \
+            "0.0314087, 0.0986523, 0.140393, 0.212743, 0.339355, 0.554025, 0.91521", \
+            "0.0314097, 0.0988329, 0.140394, 0.212744, 0.339356, 0.554263, 0.915812", \
+            "0.0314107, 0.0988339, 0.140395, 0.212745, 0.339357, 0.554502, 0.915813", \
+            "0.0314117, 0.0988349, 0.140396, 0.212746, 0.339358, 0.554503, 0.915814", \
+            "0.0314127, 0.0988359, 0.140397, 0.212747, 0.339359, 0.554504, 0.915815", \
+            "0.0314137, 0.0988369, 0.140409, 0.212748, 0.33936, 0.554505, 0.915816" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.204937, 0.285071, 0.329781, 0.401998, 0.52245, 0.722871, 1.05709", \
+            "0.242385, 0.322696, 0.367221, 0.439489, 0.560055, 0.760372, 1.09437", \
+            "0.26841, 0.348637, 0.393265, 0.465534, 0.585979, 0.786467, 1.12032", \
+            "0.306362, 0.386544, 0.431178, 0.503496, 0.623825, 0.824288, 1.15852", \
+            "0.362561, 0.442761, 0.487387, 0.559658, 0.680134, 0.880537, 1.21441", \
+            "0.439485, 0.519793, 0.564403, 0.63676, 0.757197, 0.957643, 1.29168", \
+            "0.540879, 0.62165, 0.66624, 0.738563, 0.858977, 1.05955, 1.39341" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0262672, 0.11058, 0.170488, 0.272745, 0.446862, 0.737255, 1.22237", \
+            "0.0262682, 0.110608, 0.170499, 0.272746, 0.446863, 0.737434, 1.22238", \
+            "0.0262692, 0.110609, 0.170565, 0.272747, 0.446864, 0.737435, 1.22269", \
+            "0.0262702, 0.11061, 0.170566, 0.272768, 0.446865, 0.737583, 1.22651", \
+            "0.0263762, 0.110611, 0.170567, 0.272769, 0.446866, 0.737584, 1.22652", \
+            "0.026716, 0.110637, 0.17057, 0.272806, 0.446867, 0.737585, 1.22653", \
+            "0.027341, 0.111005, 0.170811, 0.272813, 0.446868, 0.737586, 1.22654" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.251625, 0.335442, 0.374698, 0.434218, 0.531124, 0.69123, 0.957959", \
+            "0.290549, 0.374348, 0.413564, 0.473196, 0.570364, 0.73029, 0.996828", \
+            "0.316687, 0.40049, 0.439742, 0.499314, 0.596206, 0.756412, 1.02341", \
+            "0.355284, 0.439099, 0.478281, 0.537883, 0.634734, 0.794868, 1.06153", \
+            "0.408663, 0.492487, 0.531602, 0.591359, 0.688157, 0.848305, 1.1149", \
+            "0.480342, 0.564206, 0.603353, 0.66296, 0.759875, 0.920029, 1.18661", \
+            "0.573917, 0.657747, 0.696976, 0.756515, 0.853434, 1.01361, 1.28019" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0314077, 0.098638, 0.140392, 0.212568, 0.338926, 0.554024, 0.915162", \
+            "0.0314087, 0.0986523, 0.140393, 0.212743, 0.339355, 0.554025, 0.91521", \
+            "0.0314097, 0.0988329, 0.140394, 0.212744, 0.339356, 0.554263, 0.915812", \
+            "0.0314107, 0.0988339, 0.140395, 0.212745, 0.339357, 0.554502, 0.915813", \
+            "0.0314117, 0.0988349, 0.140396, 0.212746, 0.339358, 0.554503, 0.915814", \
+            "0.0314127, 0.0988359, 0.140397, 0.212747, 0.339359, 0.554504, 0.915815", \
+            "0.0314137, 0.0988369, 0.140409, 0.212748, 0.33936, 0.554505, 0.915816" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.161273, 0.244727, 0.291275, 0.366015, 0.487464, 0.68806, 1.02208", \
+            "0.201419, 0.284826, 0.33148, 0.406249, 0.528185, 0.7283, 1.06253", \
+            "0.231434, 0.314925, 0.361552, 0.436346, 0.557819, 0.75837, 1.09225", \
+            "0.276802, 0.360541, 0.407196, 0.481988, 0.603412, 0.803993, 1.1382", \
+            "0.343351, 0.42797, 0.474652, 0.549391, 0.670866, 0.871304, 1.2052", \
+            "0.429052, 0.516108, 0.562849, 0.637507, 0.758907, 0.959488, 1.29338", \
+            "0.539282, 0.631803, 0.678779, 0.753391, 0.87469, 1.07522, 1.40905" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0268296, 0.115083, 0.176369, 0.27812, 0.449731, 0.737727, 1.22178", \
+            "0.0269808, 0.115084, 0.176401, 0.27815, 0.450268, 0.737728, 1.22179", \
+            "0.0271336, 0.115104, 0.176402, 0.278151, 0.450269, 0.737766, 1.2218", \
+            "0.0277755, 0.115301, 0.176411, 0.278152, 0.45027, 0.737767, 1.22377", \
+            "0.0291165, 0.115733, 0.176704, 0.278153, 0.450271, 0.737768, 1.22378", \
+            "0.032262, 0.117103, 0.177245, 0.278154, 0.450272, 0.737769, 1.22379", \
+            "0.038445, 0.120117, 0.178756, 0.278633, 0.450273, 0.73777, 1.2238" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0815991, 0.151125, 0.188754, 0.247418, 0.343457, 0.503405, 0.769843", \
+            "0.121762, 0.192137, 0.229831, 0.288431, 0.384545, 0.545015, 0.811059", \
+            "0.150624, 0.223643, 0.261384, 0.319989, 0.416051, 0.575947, 0.842431", \
+            "0.194053, 0.27332, 0.311331, 0.369872, 0.465906, 0.625787, 0.892232", \
+            "0.254998, 0.346772, 0.385371, 0.443754, 0.539696, 0.699576, 0.966101", \
+            "0.332886, 0.444321, 0.483924, 0.542193, 0.637582, 0.79746, 1.06394", \
+            "0.429792, 0.565203, 0.605777, 0.663823, 0.759015, 0.918381, 1.18471" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0209009, 0.0888562, 0.132872, 0.207093, 0.334286, 0.549694, 0.911316", \
+            "0.0223633, 0.0891515, 0.132916, 0.207094, 0.334287, 0.55027, 0.911317", \
+            "0.0253728, 0.0905379, 0.133475, 0.207095, 0.334288, 0.550271, 0.911318", \
+            "0.0314222, 0.0942684, 0.135237, 0.207491, 0.334289, 0.550272, 0.911732", \
+            "0.0417986, 0.102026, 0.13937, 0.208882, 0.33457, 0.550273, 0.911733", \
+            "0.056721, 0.11615, 0.146965, 0.211453, 0.33536, 0.550454, 0.911734", \
+            "0.077544, 0.134258, 0.156263, 0.214598, 0.336389, 0.550908, 0.912729" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162708, 0.0166609, 0.0167233, 0.0167251, 0.0167073, 0.0165729, 0.0163922", \
+            "0.0160055, 0.0164625, 0.0165102, 0.0164703, 0.0164565, 0.01635, 0.0161155", \
+            "0.0160107, 0.0164109, 0.016505, 0.0164856, 0.0165272, 0.016357, 0.0162054", \
+            "0.0160644, 0.0164791, 0.016514, 0.0165185, 0.0165436, 0.0164454, 0.016668", \
+            "0.016489, 0.0169008, 0.0169593, 0.0170005, 0.0169289, 0.0169408, 0.0166517", \
+            "0.0176127, 0.0179895, 0.0180783, 0.0181214, 0.0181306, 0.0180958, 0.0178974", \
+            "0.0201241, 0.020502, 0.0205786, 0.0205806, 0.0206133, 0.0206557, 0.0205985" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164932, 0.0167683, 0.0168253, 0.0167572, 0.016639, 0.0163594, 0.0158982", \
+            "0.0163318, 0.0166639, 0.0166859, 0.0166024, 0.0165209, 0.0162088, 0.0157276", \
+            "0.0163387, 0.0166288, 0.0167014, 0.0169254, 0.0164977, 0.0162109, 0.0158204", \
+            "0.0164953, 0.0167744, 0.01678, 0.0167423, 0.0167548, 0.0170645, 0.016139", \
+            "0.0169411, 0.0172688, 0.0172824, 0.0173767, 0.0171489, 0.0169228, 0.0179128", \
+            "0.0180158, 0.018312, 0.0184144, 0.0183596, 0.0185028, 0.0184407, 0.0177156", \
+            "0.0204697, 0.020768, 0.0208373, 0.0207705, 0.020801, 0.0207232, 0.0208151" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162708, 0.0166609, 0.0167233, 0.0167251, 0.0167073, 0.0165729, 0.0163922", \
+            "0.0160055, 0.0164625, 0.0165102, 0.0164703, 0.0164565, 0.01635, 0.0161155", \
+            "0.0160107, 0.0164109, 0.016505, 0.0164856, 0.0165272, 0.016357, 0.0162054", \
+            "0.0160644, 0.0164791, 0.016514, 0.0165185, 0.0165436, 0.0164454, 0.016668", \
+            "0.016489, 0.0169008, 0.0169593, 0.0170005, 0.0169289, 0.0169408, 0.0166517", \
+            "0.0176127, 0.0179895, 0.0180783, 0.0181214, 0.0181306, 0.0180958, 0.0178974", \
+            "0.0201241, 0.020502, 0.0205786, 0.0205806, 0.0206133, 0.0206557, 0.0205985" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0164932, 0.0167683, 0.0168253, 0.0167572, 0.016639, 0.0163594, 0.0158982", \
+            "0.0163318, 0.0166639, 0.0166859, 0.0166024, 0.0165209, 0.0162088, 0.0157276", \
+            "0.0163387, 0.0166288, 0.0167014, 0.0169254, 0.0164977, 0.0162109, 0.0158204", \
+            "0.0164953, 0.0167744, 0.01678, 0.0167423, 0.0167548, 0.0170645, 0.016139", \
+            "0.0169411, 0.0172688, 0.0172824, 0.0173767, 0.0171489, 0.0169228, 0.0179128", \
+            "0.0180158, 0.018312, 0.0184144, 0.0183596, 0.0185028, 0.0184407, 0.0177156", \
+            "0.0204697, 0.020768, 0.0208373, 0.0207705, 0.020801, 0.0207232, 0.0208151" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0350925, 0.0520424, 0.0634144, 0.0819698, 0.112975, 0.164607, 0.250656", \
+            "0.0347896, 0.0517774, 0.0630852, 0.0816707, 0.112838, 0.164311, 0.25038", \
+            "0.0347184, 0.051623, 0.0630801, 0.0816087, 0.112602, 0.164212, 0.250253", \
+            "0.0346805, 0.0515471, 0.0628871, 0.0815475, 0.112787, 0.164226, 0.250709", \
+            "0.034965, 0.0518081, 0.0632158, 0.0817992, 0.112787, 0.164826, 0.25054", \
+            "0.0360076, 0.0527421, 0.0641764, 0.0828284, 0.113949, 0.16555, 0.251791", \
+            "0.0386702, 0.0552403, 0.0666397, 0.0851525, 0.116461, 0.168313, 0.254768" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "SET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0311061, 0.0480004, 0.0592479, 0.0776872, 0.108507, 0.159693, 0.245187", \
+            "0.0304059, 0.0472905, 0.0588524, 0.0770883, 0.107781, 0.159173, 0.244533", \
+            "0.0302637, 0.0469889, 0.0583037, 0.0773008, 0.107571, 0.158909, 0.244345", \
+            "0.0304952, 0.0472116, 0.0584233, 0.0768026, 0.108023, 0.159107, 0.244683", \
+            "0.0316615, 0.0480573, 0.0593942, 0.0781391, 0.109014, 0.16016, 0.248668", \
+            "0.0350379, 0.0510145, 0.0621259, 0.0808962, 0.112083, 0.1638, 0.24891", \
+            "0.042187, 0.0573291, 0.0685515, 0.0871005, 0.117904, 0.170206, 0.256251" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00302108;
+      rise_capacitance : 0.00306285;
+      rise_capacitance_range (0.00282375, 0.00325704);
+      fall_capacitance : 0.00296886;
+      fall_capacitance_range (0.00276497, 0.00316623);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0958252, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.127869, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0118734, 0.011473, 0.0115008, 0.0117309, 0.0125705, 0.0147252, 0.0196024" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0112898, 0.0109611, 0.0110124, 0.011323, 0.0122285, 0.0144371, 0.0194429" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * SET_B * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0198817, 0.0195154, 0.0195433, 0.0198332, 0.0206498, 0.0228656, 0.0280134" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0157602, 0.0153716, 0.0153993, 0.0156173, 0.0164438, 0.0185861, 0.0234804" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0148859, 0.0145982, 0.0146825, 0.0150757, 0.0160355, 0.018374, 0.0235433" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * SET_B * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0216497, 0.0213727, 0.0214495, 0.0218358, 0.0228177, 0.025165, 0.0303561" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * SET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0119509, 0.0115227, 0.0115507, 0.0117457, 0.0126736, 0.0148149, 0.0196967" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0112379, 0.0109506, 0.0110287, 0.0113465, 0.0121887, 0.0143598, 0.0194108" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * SET_B * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0109919, 0.0105935, 0.0106216, 0.0108516, 0.0116912, 0.0138452, 0.0187242" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111523, 0.0108122, 0.0108652, 0.0111729, 0.0120792, 0.0142902, 0.0192899" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0114378, 0.0110282, 0.0110659, 0.0112663, 0.0121648, 0.0143384, 0.0192024" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0102955, 0.00996865, 0.0100695, 0.010387, 0.0112335, 0.0134036, 0.0184514" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * SET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0119418, 0.0115255, 0.0115462, 0.0117432, 0.0126714, 0.0148146, 0.0196963" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0115095, 0.0111904, 0.0112782, 0.0115959, 0.0124387, 0.0146121, 0.0196595" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0119509, 0.0115227, 0.0115507, 0.0117457, 0.0126736, 0.0148149, 0.0196967" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0148859, 0.0145982, 0.0146825, 0.0150757, 0.0160355, 0.018374, 0.0235433" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00197833;
+      rise_capacitance : 0.00200853;
+      rise_capacitance_range (0.00182954, 0.00212844);
+      fall_capacitance : 0.00194812;
+      fall_capacitance_range (0.00179698, 0.00205079);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0953624, -0.0301964, 0.00614259, 0.0504408", \
+            "-0.254328, -0.185892, -0.145888, -0.101115", \
+            "-0.373907, -0.307789, -0.26444, -0.219055", \
+            "-0.495671, -0.43494, -0.399609, -0.348282" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.105143, 0.0197201, 0.101298, 0.182661", \
+            "-0.261815, -0.137509, -0.0541036, 0.0335857", \
+            "-0.381622, -0.263208, -0.18079, -0.0919324", \
+            "-0.503766, -0.388207, -0.312036, -0.224317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.124705, 0.0476672, 0.00928808, -0.0342506", \
+            "0.289269, 0.203717, 0.161623, 0.120358", \
+            "0.417627, 0.328769, 0.286027, 0.23883", \
+            "0.552337, 0.46243, 0.422209, 0.374845" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.166273, 0.0252047, -0.0575781, -0.115202", \
+            "0.324211, 0.183345, 0.101307, 0.0433863", \
+            "0.448488, 0.315657, 0.232059, 0.168206", \
+            "0.576622, 0.445936, 0.36571, 0.295154" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0112164, 0.0110719, 0.0110281, 0.0110674, 0.0113416, 0.0122273, 0.0142865" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0113983, 0.0112389, 0.0111838, 0.0112808, 0.011598, 0.0124736, 0.0146557" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00487899, 0.00471644, 0.00470475, 0.00473082, 0.00496571, 0.00578078, 0.00769139" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00475378, 0.00455594, 0.00454352, 0.00460697, 0.00490179, 0.00571328, 0.00763948" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0112164, 0.0110719, 0.0110281, 0.0110674, 0.0113416, 0.0122273, 0.0142865" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0113983, 0.0112389, 0.0111838, 0.0112808, 0.011598, 0.0124736, 0.0146557" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00173907;
+      rise_capacitance : 0.00173907;
+      rise_capacitance_range (0.00173907, 0.00173907);
+      fall_capacitance : 0.00173907;
+      fall_capacitance_range (0.00164184, 0.00183433);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0684653, -0.0521658, -0.119301, -0.196152", \
+            "0.224378, 0.101858, 0.0278795, -0.0473307", \
+            "0.33533, 0.21076, 0.134918, 0.055208", \
+            "0.455195, 0.327729, 0.249887, 0.165286" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0440134, 0.0696366, 0.137303, 0.215041", \
+            "-0.196924, -0.0814867, -0.0069002, 0.0693227", \
+            "-0.301897, -0.184536, -0.107935, -0.0326084", \
+            "-0.412022, -0.294741, -0.215987, -0.135771" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.140686, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00197678;
+      rise_capacitance : 0.00199638;
+      rise_capacitance_range (0.00178642, 0.00219026);
+      fall_capacitance : 0.00195718;
+      fall_capacitance_range (0.00175481, 0.0021472);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.119814, -0.0576505, -0.0170034, 0.0234572", \
+            "-0.286773, -0.221542, -0.182602, -0.139601", \
+            "-0.427914, -0.36286, -0.323804, -0.278379", \
+            "-0.57932, -0.520159, -0.481533, -0.436828" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.136931, -0.0127256, 0.0678652, 0.15028", \
+            "-0.284278, -0.160427, -0.0777053, 0.0060957", \
+            "-0.40734, -0.289432, -0.207774, -0.125832", \
+            "-0.536146, -0.421195, -0.34311, -0.262687" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.149157, 0.0726254, 0.0350059, -0.00726698", \
+            "0.319219, 0.239367, 0.198336, 0.156095", \
+            "0.466491, 0.383839, 0.342692, 0.298154", \
+            "0.627891, 0.54215, 0.501307, 0.457488" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19806, 0.0576505, -0.0215733, -0.0801228", \
+            "0.346673, 0.206263, 0.124909, 0.0681273", \
+            "0.474206, 0.336636, 0.256345, 0.196456", \
+            "0.611701, 0.476175, 0.396784, 0.330572" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0126832, 0.0126037, 0.0125509, 0.0125831, 0.0127215, 0.0132764, 0.0150125" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015481, 0.0153492, 0.0152691, 0.0152812, 0.0154299, 0.0160212, 0.0178072" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00637505, 0.00626819, 0.00626616, 0.00624735, 0.00636139, 0.0068612, 0.00831786" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00727641, 0.00722591, 0.00717392, 0.00721322, 0.00731952, 0.00782008, 0.00935847" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0126832, 0.0126037, 0.0125509, 0.0125831, 0.0127215, 0.0132764, 0.0150125" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.015481, 0.0153492, 0.0152691, 0.0152812, 0.0154299, 0.0160212, 0.0178072" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00354229;
+      rise_capacitance : 0.00391477;
+      rise_capacitance_range (0.00391477, 0.00444092);
+      fall_capacitance : 0.00316981;
+      fall_capacitance_range (0.00316981, 0.00418505);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0978076, -0.035188, 0.00357081, 0.0477424", \
+            "-0.261815, -0.193531, -0.153755, -0.109362", \
+            "-0.386766, -0.320901, -0.277932, -0.23318", \
+            "-0.514559, -0.454183, -0.416559, -0.374845" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.107588, 0.0197201, 0.0987266, 0.179962", \
+            "-0.241849, -0.117137, -0.0331243, 0.0528287", \
+            "-0.348189, -0.226494, -0.143013, -0.058033", \
+            "-0.455195, -0.341474, -0.261187, -0.177092" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.13204, 0.0551547, 0.0170034, -0.0234572", \
+            "0.30674, 0.224088, 0.182602, 0.139601", \
+            "0.448488, 0.360238, 0.315709, 0.269904", \
+            "0.598209, 0.509163, 0.464583, 0.419118" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.166273, 0.0252047, -0.0575781, -0.115202", \
+            "0.301748, 0.162973, 0.0777053, 0.0241433", \
+            "0.415055, 0.27632, 0.194282, 0.134307", \
+            "0.53075, 0.396454, 0.312036, 0.250881" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0145081, 0.0143632, 0.014373, 0.0145814, 0.0150204, 0.016125, 0.018627" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.014792, 0.0146692, 0.0146743, 0.0149135, 0.0153279, 0.0164199, 0.0189053" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0195142, 0.018905, 0.0188883, 0.0190518, 0.0195136, 0.0206673, 0.0231253" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187587, 0.0219608, 0.0233678, 0.02417, 0.0246959, 0.0257902, 0.0283346" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD * SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131984, 0.0129486, 0.0129997, 0.0132792, 0.0141044, 0.0161071, 0.0207943" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00745466, 0.0113637, 0.018323, 0.0251365, 0.0267323, 0.0287205, 0.0332247" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD * !SET_B)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00675388, 0.00647061, 0.00653679, 0.00678943, 0.00756794, 0.00953168, 0.0139641" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00702558, 0.00682817, 0.00686457, 0.00707547, 0.00772728, 0.00952072, 0.013802" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0131984, 0.0129486, 0.0129997, 0.0132792, 0.0141044, 0.0161071, 0.0207943" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.014792, 0.0146692, 0.0146743, 0.0149135, 0.0153279, 0.0164199, 0.0189053" \
+          );
+        }
+      }
+    }
+    pin (SET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00524626;
+      rise_capacitance : 0.00524626;
+      rise_capacitance_range (0.00524626, 0.00524626);
+      fall_capacitance : 0.00524626;
+      fall_capacitance_range (0.00495292, 0.005527);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0195615, -0.129536, -0.224744, -0.304087", \
+            "0.164478, 0.0152788, -0.0743946, -0.154542", \
+            "0.399625, 0.192403, 0.089046, 0.00153393", \
+            "0.951694, 0.632868, 0.492833, 0.368942" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.039123, 0.174461, 0.260749, 0.352658", \
+            "-0.0546617, 0.0789403, 0.166179, 0.256255", \
+            "-0.114157, 0.0200123, 0.105236, 0.193388", \
+            "-0.182661, -0.0500797, 0.0354333, 0.123965" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : both_edges;
+        timing_type : non_seq_hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0782461, -0.0601463, -0.0530083, -0.0467003", \
+            "-0.21689, -0.155334, -0.135398, -0.125856", \
+            "-0.325043, -0.242229, -0.210472, -0.185156", \
+            "-0.441704, -0.349721, -0.309211, -0.277445" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : both_edges;
+        timing_type : non_seq_setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0978076, 0.107567, 0.181597, 0.316537", \
+            "0.241849, 0.178252, 0.172112, 0.205577", \
+            "0.355904, 0.273698, 0.240154, 0.22753", \
+            "0.484877, 0.390956, 0.34876, 0.318766" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "SET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0926208, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clear_preset_var1 : "H";
+      clear_preset_var2 : "L";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+      preset : "!SET_B";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      pin (SET_B) {
+        direction : input;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clear_preset_var1 : H;
+        clear_preset_var2 : L;
+        clocked_on : "CLK";
+        next_state : "D";
+        preset : "!SET_B";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbp_1) {
+    area : 68.9472;
+    cell_footprint : "sdfrbp";
+    cell_leakage_power : 825.029;
+    leakage_power () {
+      value : 735.262;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 735.262;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 705.779;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 739.677;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 739.646;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 874.228;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 864.313;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 840.055;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 882.893;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 766.797;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 898.13;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 905.768;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 895.853;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 771.212;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 884.595;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 871.593;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 914.433;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.190365, 0.249361, 0.292562, 0.364613, 0.485083, 0.686136, 1.02091", \
+            "0.22819, 0.2874, 0.33075, 0.402673, 0.523183, 0.724502, 1.05919", \
+            "0.254069, 0.313166, 0.356541, 0.428506, 0.548893, 0.749759, 1.08478", \
+            "0.292693, 0.351655, 0.394963, 0.46683, 0.587316, 0.788148, 1.12297", \
+            "0.348527, 0.407359, 0.450725, 0.522561, 0.643052, 0.843882, 1.17864", \
+            "0.427511, 0.48597, 0.529225, 0.601127, 0.721682, 0.922392, 1.25716", \
+            "0.536295, 0.593481, 0.636609, 0.708426, 0.828852, 1.02968, 1.36442" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0204029, 0.104133, 0.166915, 0.270995, 0.445504, 0.736596, 1.22181", \
+            "0.0204039, 0.104134, 0.166916, 0.271471, 0.445693, 0.737213, 1.22182", \
+            "0.0204049, 0.104135, 0.166917, 0.271472, 0.445694, 0.737214, 1.22197", \
+            "0.0204059, 0.104136, 0.166918, 0.271473, 0.445695, 0.737215, 1.22688", \
+            "0.0204854, 0.104137, 0.166919, 0.271474, 0.445696, 0.737216, 1.22689", \
+            "0.020863, 0.104151, 0.16692, 0.271475, 0.445697, 0.737217, 1.2269", \
+            "0.021808, 0.10425, 0.166921, 0.271476, 0.445698, 0.737218, 1.22691" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.17253, 0.223965, 0.258439, 0.315618, 0.411064, 0.570031, 0.834997", \
+            "0.210167, 0.261714, 0.296274, 0.353301, 0.448707, 0.607787, 0.872713", \
+            "0.235656, 0.287231, 0.321788, 0.378795, 0.474228, 0.633288, 0.898236", \
+            "0.272552, 0.324091, 0.358663, 0.415654, 0.511123, 0.670026, 0.935022", \
+            "0.324042, 0.375578, 0.410183, 0.467196, 0.562555, 0.721558, 0.986481", \
+            "0.393904, 0.445478, 0.480036, 0.537049, 0.632463, 0.791501, 1.05644", \
+            "0.481292, 0.532795, 0.567392, 0.624386, 0.719802, 0.87882, 1.14381" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162476, 0.0792802, 0.125514, 0.202473, 0.331767, 0.547469, 0.907098", \
+            "0.0162486, 0.0792812, 0.125515, 0.202478, 0.331875, 0.547761, 0.907099", \
+            "0.0162496, 0.0792822, 0.125555, 0.202479, 0.331887, 0.547762, 0.908326", \
+            "0.0162506, 0.0792847, 0.125556, 0.202531, 0.331888, 0.547763, 0.908327", \
+            "0.0162516, 0.0792849, 0.125557, 0.202532, 0.331889, 0.547764, 0.908328", \
+            "0.0162526, 0.079285, 0.125558, 0.202533, 0.33189, 0.547765, 0.908329", \
+            "0.0162536, 0.079286, 0.125559, 0.202534, 0.331891, 0.547766, 0.90833" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.190365, 0.249361, 0.292562, 0.364613, 0.485083, 0.686136, 1.02091", \
+            "0.22819, 0.2874, 0.33075, 0.402673, 0.523183, 0.724502, 1.05919", \
+            "0.254069, 0.313166, 0.356541, 0.428506, 0.548893, 0.749759, 1.08478", \
+            "0.292693, 0.351655, 0.394963, 0.46683, 0.587316, 0.788148, 1.12297", \
+            "0.348527, 0.407359, 0.450725, 0.522561, 0.643052, 0.843882, 1.17864", \
+            "0.427511, 0.48597, 0.529225, 0.601127, 0.721682, 0.922392, 1.25716", \
+            "0.536295, 0.593481, 0.636609, 0.708426, 0.828852, 1.02968, 1.36442" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0204029, 0.104133, 0.166915, 0.270995, 0.445504, 0.736596, 1.22181", \
+            "0.0204039, 0.104134, 0.166916, 0.271471, 0.445693, 0.737213, 1.22182", \
+            "0.0204049, 0.104135, 0.166917, 0.271472, 0.445694, 0.737214, 1.22197", \
+            "0.0204059, 0.104136, 0.166918, 0.271473, 0.445695, 0.737215, 1.22688", \
+            "0.0204854, 0.104137, 0.166919, 0.271474, 0.445696, 0.737216, 1.22689", \
+            "0.020863, 0.104151, 0.16692, 0.271475, 0.445697, 0.737217, 1.2269", \
+            "0.021808, 0.10425, 0.166921, 0.271476, 0.445698, 0.737218, 1.22691" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.17253, 0.223965, 0.258439, 0.315618, 0.411064, 0.570031, 0.834997", \
+            "0.210167, 0.261714, 0.296274, 0.353301, 0.448707, 0.607787, 0.872713", \
+            "0.235656, 0.287231, 0.321788, 0.378795, 0.474228, 0.633288, 0.898236", \
+            "0.272552, 0.324091, 0.358663, 0.415654, 0.511123, 0.670026, 0.935022", \
+            "0.324042, 0.375578, 0.410183, 0.467196, 0.562555, 0.721558, 0.986481", \
+            "0.393904, 0.445478, 0.480036, 0.537049, 0.632463, 0.791501, 1.05644", \
+            "0.481292, 0.532795, 0.567392, 0.624386, 0.719802, 0.87882, 1.14381" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0162476, 0.0792802, 0.125514, 0.202473, 0.331767, 0.547469, 0.907098", \
+            "0.0162486, 0.0792812, 0.125515, 0.202478, 0.331875, 0.547761, 0.907099", \
+            "0.0162496, 0.0792822, 0.125555, 0.202479, 0.331887, 0.547762, 0.908326", \
+            "0.0162506, 0.0792847, 0.125556, 0.202531, 0.331888, 0.547763, 0.908327", \
+            "0.0162516, 0.0792849, 0.125557, 0.202532, 0.331889, 0.547764, 0.908328", \
+            "0.0162526, 0.079285, 0.125558, 0.202533, 0.33189, 0.547765, 0.908329", \
+            "0.0162536, 0.079286, 0.125559, 0.202534, 0.331891, 0.547766, 0.90833" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.242558, 0.294114, 0.328962, 0.388416, 0.492086, 0.671897, 0.979075", \
+            "0.285759, 0.33717, 0.371866, 0.42994, 0.530591, 0.705753, 1.00816", \
+            "0.321401, 0.372934, 0.40752, 0.465077, 0.563911, 0.735781, 1.0341", \
+            "0.379614, 0.431395, 0.465587, 0.522809, 0.619679, 0.787078, 1.07794", \
+            "0.469182, 0.520805, 0.555153, 0.611874, 0.707695, 0.869764, 1.15065", \
+            "0.594137, 0.645128, 0.679353, 0.73727, 0.832789, 0.992233, 1.26226", \
+            "0.76336, 0.812821, 0.846768, 0.905534, 1.00116, 1.15999, 1.42622" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0160231, 0.0790994, 0.125362, 0.202417, 0.331762, 0.547482, 0.907039", \
+            "0.0160266, 0.079197, 0.125415, 0.202629, 0.331805, 0.547487, 0.907047", \
+            "0.0160327, 0.079198, 0.125416, 0.20263, 0.331806, 0.54784, 0.907048", \
+            "0.0160337, 0.079199, 0.125417, 0.202631, 0.331807, 0.547841, 0.907764", \
+            "0.0161081, 0.0792, 0.125418, 0.202632, 0.33183, 0.547842, 0.907765", \
+            "0.016239, 0.079201, 0.125465, 0.202633, 0.331831, 0.547843, 0.907766", \
+            "0.016505, 0.079261, 0.125466, 0.202634, 0.331832, 0.547844, 0.907767" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0293606, 0.0462924, 0.057595, 0.0762193, 0.107254, 0.158917, 0.244855", \
+            "0.028917, 0.045902, 0.0571626, 0.0758834, 0.106892, 0.158552, 0.244614", \
+            "0.0288841, 0.0457601, 0.0571596, 0.0757829, 0.106919, 0.158509, 0.244509", \
+            "0.0291224, 0.0459657, 0.0573195, 0.0758996, 0.107152, 0.158542, 0.245752", \
+            "0.0299734, 0.0467529, 0.0580987, 0.0768373, 0.107762, 0.159737, 0.245438", \
+            "0.032302, 0.0489021, 0.0603304, 0.0789906, 0.110239, 0.161973, 0.248004", \
+            "0.0375194, 0.0539442, 0.0653425, 0.0839433, 0.115234, 0.167157, 0.253471" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0304451, 0.0472317, 0.0584696, 0.0769465, 0.107789, 0.159006, 0.244468", \
+            "0.030137, 0.0470065, 0.0586098, 0.0766785, 0.107472, 0.158754, 0.244192", \
+            "0.0302632, 0.0470254, 0.058278, 0.0770567, 0.107598, 0.158808, 0.244645", \
+            "0.0306058, 0.0474763, 0.0587667, 0.0770813, 0.108087, 0.160357, 0.244617", \
+            "0.0316058, 0.0483661, 0.0597787, 0.0784021, 0.109426, 0.160325, 0.248379", \
+            "0.0340055, 0.0507423, 0.0620517, 0.080736, 0.111952, 0.163689, 0.249043", \
+            "0.0390725, 0.0557728, 0.0670519, 0.0856924, 0.116556, 0.168618, 0.255068" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0293606, 0.0462924, 0.057595, 0.0762193, 0.107254, 0.158917, 0.244855", \
+            "0.028917, 0.045902, 0.0571626, 0.0758834, 0.106892, 0.158552, 0.244614", \
+            "0.0288841, 0.0457601, 0.0571596, 0.0757829, 0.106919, 0.158509, 0.244509", \
+            "0.0291224, 0.0459657, 0.0573195, 0.0758996, 0.107152, 0.158542, 0.245752", \
+            "0.0299734, 0.0467529, 0.0580987, 0.0768373, 0.107762, 0.159737, 0.245438", \
+            "0.032302, 0.0489021, 0.0603304, 0.0789906, 0.110239, 0.161973, 0.248004", \
+            "0.0375194, 0.0539442, 0.0653425, 0.0839433, 0.115234, 0.167157, 0.253471" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0304451, 0.0472317, 0.0584696, 0.0769465, 0.107789, 0.159006, 0.244468", \
+            "0.030137, 0.0470065, 0.0586098, 0.0766785, 0.107472, 0.158754, 0.244192", \
+            "0.0302632, 0.0470254, 0.058278, 0.0770567, 0.107598, 0.158808, 0.244645", \
+            "0.0306058, 0.0474763, 0.0587667, 0.0770813, 0.108087, 0.160357, 0.244617", \
+            "0.0316058, 0.0483661, 0.0597787, 0.0784021, 0.109426, 0.160325, 0.248379", \
+            "0.0340055, 0.0507423, 0.0620517, 0.080736, 0.111952, 0.163689, 0.249043", \
+            "0.0390725, 0.0557728, 0.0670519, 0.0856924, 0.116556, 0.168618, 0.255068" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0312728, 0.0464446, 0.0566985, 0.0741291, 0.104704, 0.157982, 0.249477", \
+            "0.0307631, 0.0461193, 0.056097, 0.073047, 0.102563, 0.154301, 0.244206", \
+            "0.030616, 0.045788, 0.0560596, 0.073015, 0.102376, 0.15217, 0.2406", \
+            "0.0307372, 0.0459114, 0.0559911, 0.07269, 0.10148, 0.150023, 0.235854", \
+            "0.0315161, 0.0467612, 0.0569698, 0.0737258, 0.101392, 0.148744, 0.233432", \
+            "0.0338428, 0.0488491, 0.059155, 0.0759194, 0.103962, 0.150858, 0.228703", \
+            "0.0388977, 0.0537866, 0.0641717, 0.0807943, 0.109107, 0.155827, 0.233635" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.13246, 0.214922, 0.259566, 0.331798, 0.451747, 0.65138, 0.983692", \
+            "0.170109, 0.252553, 0.297399, 0.369554, 0.489412, 0.689122, 1.02223", \
+            "0.195524, 0.277943, 0.322798, 0.39484, 0.514864, 0.71463, 1.04757", \
+            "0.232476, 0.314839, 0.359661, 0.431719, 0.551697, 0.751277, 1.08375", \
+            "0.283955, 0.366285, 0.411137, 0.483325, 0.603226, 0.802739, 1.13512", \
+            "0.351935, 0.434171, 0.478988, 0.551157, 0.671055, 0.870692, 1.20317", \
+            "0.441336, 0.523237, 0.56796, 0.6402, 0.76006, 0.959765, 1.29213" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0251517, 0.112221, 0.171089, 0.272216, 0.444858, 0.734253, 1.21701", \
+            "0.0251766, 0.112222, 0.17109, 0.272217, 0.444907, 0.734467, 1.21792", \
+            "0.0251939, 0.112223, 0.171143, 0.272218, 0.444908, 0.734588, 1.21837", \
+            "0.0253012, 0.112232, 0.171144, 0.272219, 0.444909, 0.734589, 1.21947", \
+            "0.0253162, 0.112292, 0.171145, 0.27222, 0.44491, 0.73459, 1.21948", \
+            "0.0253172, 0.112321, 0.17116, 0.272268, 0.444911, 0.734591, 1.21949", \
+            "0.025445, 0.112322, 0.171161, 0.272269, 0.444912, 0.734592, 1.2195" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.14234, 0.23189, 0.272006, 0.332541, 0.429487, 0.589607, 0.856141", \
+            "0.180099, 0.26969, 0.309902, 0.370395, 0.467404, 0.627483, 0.894376", \
+            "0.205908, 0.295388, 0.335632, 0.395982, 0.493098, 0.653236, 0.919773", \
+            "0.244387, 0.333941, 0.374207, 0.434594, 0.531655, 0.691836, 0.958391", \
+            "0.300197, 0.389793, 0.430108, 0.490554, 0.587611, 0.747821, 1.0143", \
+            "0.377848, 0.470219, 0.510601, 0.571126, 0.668277, 0.828621, 1.09508", \
+            "0.483648, 0.57818, 0.618855, 0.679602, 0.77679, 0.937038, 1.20352" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0314597, 0.103201, 0.143766, 0.214745, 0.339937, 0.554295, 0.914892", \
+            "0.0314607, 0.103224, 0.14384, 0.214766, 0.340003, 0.554296, 0.915089", \
+            "0.0315368, 0.103278, 0.143885, 0.214831, 0.340123, 0.554399, 0.915185", \
+            "0.0316918, 0.103398, 0.14395, 0.214832, 0.340124, 0.5544, 0.915186", \
+            "0.0323703, 0.103598, 0.143962, 0.214935, 0.340125, 0.554401, 0.915187", \
+            "0.034643, 0.104288, 0.144407, 0.215129, 0.340126, 0.554447, 0.915188", \
+            "0.04054, 0.106818, 0.145997, 0.215859, 0.340455, 0.554654, 0.915189" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.13246, 0.214922, 0.259566, 0.331798, 0.451747, 0.65138, 0.983692", \
+            "0.170109, 0.252553, 0.297399, 0.369554, 0.489412, 0.689122, 1.02223", \
+            "0.195524, 0.277943, 0.322798, 0.39484, 0.514864, 0.71463, 1.04757", \
+            "0.232476, 0.314839, 0.359661, 0.431719, 0.551697, 0.751277, 1.08375", \
+            "0.283955, 0.366285, 0.411137, 0.483325, 0.603226, 0.802739, 1.13512", \
+            "0.351935, 0.434171, 0.478988, 0.551157, 0.671055, 0.870692, 1.20317", \
+            "0.441336, 0.523237, 0.56796, 0.6402, 0.76006, 0.959765, 1.29213" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0251517, 0.112221, 0.171089, 0.272216, 0.444858, 0.734253, 1.21701", \
+            "0.0251766, 0.112222, 0.17109, 0.272217, 0.444907, 0.734467, 1.21792", \
+            "0.0251939, 0.112223, 0.171143, 0.272218, 0.444908, 0.734588, 1.21837", \
+            "0.0253012, 0.112232, 0.171144, 0.272219, 0.444909, 0.734589, 1.21947", \
+            "0.0253162, 0.112292, 0.171145, 0.27222, 0.44491, 0.73459, 1.21948", \
+            "0.0253172, 0.112321, 0.17116, 0.272268, 0.444911, 0.734591, 1.21949", \
+            "0.025445, 0.112322, 0.171161, 0.272269, 0.444912, 0.734592, 1.2195" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.14234, 0.23189, 0.272006, 0.332541, 0.429487, 0.589607, 0.856141", \
+            "0.180099, 0.26969, 0.309902, 0.370395, 0.467404, 0.627483, 0.894376", \
+            "0.205908, 0.295388, 0.335632, 0.395982, 0.493098, 0.653236, 0.919773", \
+            "0.244387, 0.333941, 0.374207, 0.434594, 0.531655, 0.691836, 0.958391", \
+            "0.300197, 0.389793, 0.430108, 0.490554, 0.587611, 0.747821, 1.0143", \
+            "0.377848, 0.470219, 0.510601, 0.571126, 0.668277, 0.828621, 1.09508", \
+            "0.483648, 0.57818, 0.618855, 0.679602, 0.77679, 0.937038, 1.20352" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0314597, 0.103201, 0.143766, 0.214745, 0.339937, 0.554295, 0.914892", \
+            "0.0314607, 0.103224, 0.14384, 0.214766, 0.340003, 0.554296, 0.915089", \
+            "0.0315368, 0.103278, 0.143885, 0.214831, 0.340123, 0.554399, 0.915185", \
+            "0.0316918, 0.103398, 0.14395, 0.214832, 0.340124, 0.5544, 0.915186", \
+            "0.0323703, 0.103598, 0.143962, 0.214935, 0.340125, 0.554401, 0.915187", \
+            "0.034643, 0.104288, 0.144407, 0.215129, 0.340126, 0.554447, 0.915188", \
+            "0.04054, 0.106818, 0.145997, 0.215859, 0.340455, 0.554654, 0.915189" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.203001, 0.283203, 0.327857, 0.399779, 0.519769, 0.719427, 1.05165", \
+            "0.246309, 0.326415, 0.370825, 0.442919, 0.562945, 0.762536, 1.09505", \
+            "0.281778, 0.361945, 0.40657, 0.478582, 0.598637, 0.798239, 1.13068", \
+            "0.339951, 0.420293, 0.464896, 0.537058, 0.656914, 0.856659, 1.18939", \
+            "0.429041, 0.509853, 0.554204, 0.626557, 0.745983, 0.945813, 1.27812", \
+            "0.553698, 0.634655, 0.679559, 0.751269, 0.87127, 1.07048, 1.40327", \
+            "0.720673, 0.802686, 0.847429, 0.920393, 1.03955, 1.23985, 1.57284" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0254668, 0.110499, 0.169988, 0.271731, 0.444741, 0.734221, 1.21687", \
+            "0.0255356, 0.1105, 0.169989, 0.271732, 0.444768, 0.734306, 1.21693", \
+            "0.0255645, 0.110501, 0.16999, 0.271733, 0.445102, 0.734307, 1.21701", \
+            "0.0258203, 0.110519, 0.169991, 0.271734, 0.445103, 0.734308, 1.21844", \
+            "0.0263755, 0.1107, 0.170064, 0.271735, 0.445104, 0.734309, 1.21845", \
+            "0.02756, 0.111033, 0.17019, 0.271736, 0.445105, 0.73431, 1.21846", \
+            "0.029485, 0.111632, 0.170473, 0.2718, 0.445106, 0.734311, 1.21847" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.030464, 0.0473676, 0.0586442, 0.0772691, 0.108329, 0.159872, 0.245828", \
+            "0.0301537, 0.0471386, 0.0583672, 0.077172, 0.108037, 0.159661, 0.24596", \
+            "0.0302552, 0.0471189, 0.0584732, 0.0772219, 0.108089, 0.159713, 0.246077", \
+            "0.0306256, 0.0475377, 0.0588213, 0.0773738, 0.108652, 0.160046, 0.246661", \
+            "0.0316191, 0.048505, 0.0598334, 0.0785223, 0.109466, 0.161269, 0.24699", \
+            "0.033956, 0.0507807, 0.062157, 0.080784, 0.111976, 0.163799, 0.249506", \
+            "0.0390928, 0.0558871, 0.0672608, 0.0858003, 0.117069, 0.168902, 0.255228" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.029371, 0.0461958, 0.0574444, 0.0759535, 0.106766, 0.158111, 0.243616", \
+            "0.0289085, 0.0457883, 0.0572138, 0.0755469, 0.106367, 0.157616, 0.243295", \
+            "0.0288983, 0.0456589, 0.0569506, 0.0757909, 0.106351, 0.15761, 0.243219", \
+            "0.0291231, 0.0459577, 0.0572209, 0.0756102, 0.106627, 0.159301, 0.243309", \
+            "0.0299996, 0.0466625, 0.058061, 0.0767284, 0.10766, 0.158959, 0.246807", \
+            "0.0322433, 0.0488858, 0.0602268, 0.0789529, 0.110176, 0.161945, 0.246984", \
+            "0.0375138, 0.0538771, 0.0652125, 0.0838605, 0.11486, 0.166804, 0.253133" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.030464, 0.0473676, 0.0586442, 0.0772691, 0.108329, 0.159872, 0.245828", \
+            "0.0301537, 0.0471386, 0.0583672, 0.077172, 0.108037, 0.159661, 0.24596", \
+            "0.0302552, 0.0471189, 0.0584732, 0.0772219, 0.108089, 0.159713, 0.246077", \
+            "0.0306256, 0.0475377, 0.0588213, 0.0773738, 0.108652, 0.160046, 0.246661", \
+            "0.0316191, 0.048505, 0.0598334, 0.0785223, 0.109466, 0.161269, 0.24699", \
+            "0.033956, 0.0507807, 0.062157, 0.080784, 0.111976, 0.163799, 0.249506", \
+            "0.0390928, 0.0558871, 0.0672608, 0.0858003, 0.117069, 0.168902, 0.255228" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.029371, 0.0461958, 0.0574444, 0.0759535, 0.106766, 0.158111, 0.243616", \
+            "0.0289085, 0.0457883, 0.0572138, 0.0755469, 0.106367, 0.157616, 0.243295", \
+            "0.0288983, 0.0456589, 0.0569506, 0.0757909, 0.106351, 0.15761, 0.243219", \
+            "0.0291231, 0.0459577, 0.0572209, 0.0756102, 0.106627, 0.159301, 0.243309", \
+            "0.0299996, 0.0466625, 0.058061, 0.0767284, 0.10766, 0.158959, 0.246807", \
+            "0.0322433, 0.0488858, 0.0602268, 0.0789529, 0.110176, 0.161945, 0.246984", \
+            "0.0375138, 0.0538771, 0.0652125, 0.0838605, 0.11486, 0.166804, 0.253133" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0312841, 0.0465479, 0.056888, 0.0744359, 0.105233, 0.158779, 0.25078", \
+            "0.030777, 0.0460206, 0.0562843, 0.0733299, 0.103035, 0.155067, 0.245383", \
+            "0.0306116, 0.0458681, 0.0562332, 0.0730835, 0.102202, 0.152999, 0.24182", \
+            "0.0307307, 0.0459465, 0.0561822, 0.0730442, 0.101525, 0.150886, 0.237355", \
+            "0.031509, 0.0467993, 0.057055, 0.0738818, 0.101843, 0.14976, 0.232169", \
+            "0.0337627, 0.0489115, 0.059328, 0.076117, 0.104341, 0.15097, 0.230476", \
+            "0.0390594, 0.0539749, 0.0645549, 0.0811382, 0.10947, 0.156175, 0.234205" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00293824;
+      rise_capacitance : 0.00297917;
+      rise_capacitance_range (0.00273107, 0.00317828);
+      fall_capacitance : 0.00288563;
+      fall_capacitance_range (0.00267562, 0.00308449);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.108643, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111123, 0.0107334, 0.0107347, 0.0109749, 0.0118986, 0.0140713, 0.01903" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106374, 0.0103002, 0.0104007, 0.0106784, 0.0116041, 0.0138401, 0.0189005" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0207882, 0.0204158, 0.0204626, 0.0207667, 0.0216004, 0.0238858, 0.0292355" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189194, 0.0186349, 0.0187845, 0.0191343, 0.0201672, 0.0225672, 0.0278123" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108584, 0.0104843, 0.0104708, 0.0107246, 0.011631, 0.0138076, 0.0187525" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108409, 0.0104906, 0.0105991, 0.0108761, 0.0117921, 0.014034, 0.0190999" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111181, 0.0107313, 0.0107348, 0.0109749, 0.0118988, 0.0140715, 0.0190301" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106423, 0.0102872, 0.0104008, 0.0106785, 0.0116043, 0.0138402, 0.0189011" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.010437, 0.0100854, 0.0100673, 0.0103222, 0.0112037, 0.0133893, 0.0183268" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00963868, 0.00929369, 0.00939425, 0.00967054, 0.0105791, 0.0128309, 0.0178944" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108453, 0.0104848, 0.0104713, 0.0107249, 0.0116315, 0.0138079, 0.018753" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.010833, 0.0104933, 0.0106004, 0.0108766, 0.0117925, 0.0140344, 0.0191003" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108584, 0.0104843, 0.0104708, 0.0107246, 0.011631, 0.0138076, 0.0187525" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108409, 0.0104906, 0.0105991, 0.0108761, 0.0117921, 0.014034, 0.0190999" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00277037;
+      rise_capacitance : 0.00280332;
+      rise_capacitance_range (0.00246652, 0.00305426);
+      fall_capacitance : 0.00273743;
+      fall_capacitance_range (0.0024218, 0.00292538);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.0876004, -0.0530083, -0.0170183", \
+            "-0.266807, -0.213903, -0.182602, -0.145099", \
+            "-0.348189, -0.299922, -0.267138, -0.22753", \
+            "-0.43091, -0.37996, -0.34876, -0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.0376839, 0.0318604, 0.104408", \
+            "-0.274294, -0.170613, -0.101307, -0.0268923", \
+            "-0.368763, -0.268453, -0.199679, -0.123007", \
+            "-0.471386, -0.368964, -0.303561, -0.224317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19317, 0.122542, 0.0838696, 0.0440019", \
+            "0.321715, 0.2521, 0.211448, 0.172589", \
+            "0.404768, 0.336636, 0.29682, 0.252955", \
+            "0.487576, 0.418446, 0.37701, 0.333524" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.220067, 0.092592, 0.0144316, -0.0639326", \
+            "0.351665, 0.224088, 0.145888, 0.0681273", \
+            "0.445917, 0.320901, 0.242853, 0.162556", \
+            "0.552337, 0.426693, 0.345935, 0.265638" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0210284, 0.0206783, 0.0206854, 0.0208149, 0.0214959, 0.0232408, 0.027356" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0202788, 0.0199692, 0.0200594, 0.0203637, 0.0212285, 0.0232748, 0.027853" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0210284, 0.0206783, 0.0206854, 0.0208149, 0.0214959, 0.0232408, 0.027356" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0202788, 0.0199692, 0.0200594, 0.0203637, 0.0212285, 0.0232748, 0.027853" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00510895;
+      rise_capacitance : 0.00510895;
+      rise_capacitance_range (0.00510895, 0.00510895);
+      fall_capacitance : 0.00510895;
+      fall_capacitance_range (0.00477389, 0.00531762);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.12226, 0.050163, 0.0118599, -0.0288539", \
+            "0.271798, 0.190985, 0.151133, 0.109362", \
+            "0.40734, 0.315657, 0.272535, 0.22753", \
+            "0.565828, 0.470677, 0.422209, 0.374845" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.102698, -0.0401797, -0.00414452, 0.0342506", \
+            "-0.251832, -0.180799, -0.140643, -0.101115", \
+            "-0.37905, -0.299922, -0.259043, -0.219055", \
+            "-0.528051, -0.448685, -0.408084, -0.365991" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.111847, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00288527;
+      rise_capacitance : 0.00290716;
+      rise_capacitance_range (0.00257229, 0.00315632);
+      fall_capacitance : 0.00284148;
+      fall_capacitance_range (0.00253016, 0.0030285);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.0876004, -0.0530083, -0.0170183", \
+            "-0.266807, -0.213903, -0.182602, -0.145099", \
+            "-0.350761, -0.299922, -0.267138, -0.22753", \
+            "-0.43091, -0.37996, -0.34876, -0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.035188, 0.0344321, 0.107106", \
+            "-0.269303, -0.168066, -0.0986846, -0.0241433", \
+            "-0.366191, -0.263208, -0.194282, -0.120182", \
+            "-0.471386, -0.368964, -0.300736, -0.224317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19317, 0.122542, 0.0838696, 0.0440019", \
+            "0.321715, 0.2521, 0.211448, 0.172589", \
+            "0.404768, 0.336636, 0.29682, 0.25578", \
+            "0.487576, 0.418446, 0.379834, 0.336475" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.220067, 0.092592, 0.0144316, -0.0639326", \
+            "0.351665, 0.224088, 0.145888, 0.0681273", \
+            "0.448488, 0.323524, 0.242853, 0.162556", \
+            "0.552337, 0.426693, 0.34876, 0.265638" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0211867, 0.0208256, 0.0207947, 0.0210036, 0.0216398, 0.0233777, 0.0274881" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.017697, 0.0173881, 0.0174603, 0.0177789, 0.0186763, 0.0206949, 0.0253291" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0211867, 0.0208256, 0.0207947, 0.0210036, 0.0216398, 0.0233777, 0.0274881" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.017697, 0.0173881, 0.0174603, 0.0177789, 0.0186763, 0.0206949, 0.0253291" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.0048441;
+      rise_capacitance : 0.00508762;
+      rise_capacitance_range (0.0044493, 0.00578189);
+      fall_capacitance : 0.00460058;
+      fall_capacitance_range (0.00441043, 0.00509962);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.141821, -0.0900962, -0.0555801, -0.0197167", \
+            "-0.266807, -0.216449, -0.182602, -0.145099", \
+            "-0.353333, -0.302544, -0.267138, -0.230355", \
+            "-0.439005, -0.390956, -0.357235, -0.315815" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.0426755, 0.024145, 0.0990114", \
+            "-0.266807, -0.162973, -0.0934398, -0.0213943", \
+            "-0.353333, -0.252719, -0.183489, -0.108882", \
+            "-0.4471, -0.346972, -0.275311, -0.200705" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.195615, 0.125038, 0.0864414, 0.0467003", \
+            "0.321715, 0.2521, 0.211448, 0.172589", \
+            "0.409912, 0.336636, 0.299518, 0.258604", \
+            "0.495671, 0.426693, 0.385484, 0.34533" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.227403, 0.10008, 0.022147, -0.0558375", \
+            "0.349169, 0.221542, 0.143266, 0.0653783", \
+            "0.435629, 0.310412, 0.229361, 0.151256", \
+            "0.53075, 0.404701, 0.32616, 0.244978" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0229378, 0.022679, 0.0227056, 0.0229132, 0.0235125, 0.0250056, 0.0284011" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0259457, 0.0257322, 0.02574, 0.0260335, 0.026642, 0.0281826, 0.0316475" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0257211, 0.0253053, 0.0253105, 0.025609, 0.0266332, 0.0295493, 0.0364143" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.024727, 0.0399989, 0.0410019, 0.0415029, 0.0427573, 0.045878, 0.0530238" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0257211, 0.0253053, 0.0253105, 0.025609, 0.0266332, 0.0295493, 0.0364143" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.024727, 0.0399989, 0.0410019, 0.0415029, 0.0427573, 0.045878, 0.0530238" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbp_2) {
+    area : 72.576;
+    cell_footprint : "sdfrbp";
+    cell_leakage_power : 950.942;
+    leakage_power () {
+      value : 861.177;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 861.177;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 831.725;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 865.591;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 865.557;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1000.14;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 990.234;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 965.971;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1008.81;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 892.702;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1024.04;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 1031.67;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1021.76;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 897.116;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1010.5;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q&!Q_N";
+    }
+    leakage_power () {
+      value : 997.497;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q&Q_N";
+    }
+    leakage_power () {
+      value : 1040.34;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q&!Q_N";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.243573, 0.297662, 0.339917, 0.411174, 0.531352, 0.732182, 1.06727", \
+            "0.28142, 0.335391, 0.377722, 0.448876, 0.569098, 0.770195, 1.10529", \
+            "0.307161, 0.361123, 0.403306, 0.474611, 0.594837, 0.795758, 1.13095", \
+            "0.345666, 0.399562, 0.441813, 0.513098, 0.633209, 0.834186, 1.16963", \
+            "0.401324, 0.455478, 0.497656, 0.568968, 0.689184, 0.889954, 1.22502", \
+            "0.480514, 0.534349, 0.576499, 0.647781, 0.767929, 0.968827, 1.30398", \
+            "0.590909, 0.642049, 0.685175, 0.757535, 0.877642, 1.07849, 1.41377" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0230623, 0.105874, 0.168026, 0.272144, 0.447016, 0.738668, 1.22454", \
+            "0.0230633, 0.105875, 0.168027, 0.27224, 0.447017, 0.738669, 1.22467", \
+            "0.0230643, 0.105876, 0.168028, 0.272241, 0.447018, 0.73867, 1.22468", \
+            "0.0230653, 0.105877, 0.168029, 0.272242, 0.447019, 0.738671, 1.22716", \
+            "0.0230663, 0.105886, 0.16803, 0.272243, 0.44706, 0.738672, 1.22717", \
+            "0.023192, 0.105908, 0.168031, 0.272244, 0.447061, 0.738673, 1.22718", \
+            "0.023604, 0.106031, 0.168032, 0.272245, 0.447062, 0.738674, 1.22719" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.209545, 0.261376, 0.295853, 0.353033, 0.449121, 0.609221, 0.876029", \
+            "0.247402, 0.299324, 0.333886, 0.39123, 0.487227, 0.647197, 0.914447", \
+            "0.272841, 0.324701, 0.359246, 0.416453, 0.512402, 0.672579, 0.939358", \
+            "0.309923, 0.361936, 0.396404, 0.453653, 0.54958, 0.709625, 0.976502", \
+            "0.361671, 0.413551, 0.448039, 0.505309, 0.601384, 0.761398, 1.02819", \
+            "0.432657, 0.484547, 0.519062, 0.576318, 0.672264, 0.832338, 1.09916", \
+            "0.520157, 0.572212, 0.606689, 0.663939, 0.759875, 0.920047, 1.18684" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0192965, 0.0833893, 0.129229, 0.206349, 0.33644, 0.553712, 0.915878", \
+            "0.0192975, 0.0834019, 0.12923, 0.206354, 0.336441, 0.553784, 0.916367", \
+            "0.0192985, 0.0834181, 0.129231, 0.206355, 0.336615, 0.555079, 0.916368", \
+            "0.0192995, 0.0834191, 0.129232, 0.206356, 0.336616, 0.55508, 0.916369", \
+            "0.0193018, 0.0834201, 0.129233, 0.206423, 0.336617, 0.555081, 0.91637", \
+            "0.019316, 0.0834211, 0.129234, 0.206424, 0.336618, 0.555082, 0.916371", \
+            "0.019317, 0.0834221, 0.129235, 0.206425, 0.336619, 0.555083, 0.916442" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.243573, 0.297662, 0.339917, 0.411174, 0.531352, 0.732182, 1.06727", \
+            "0.28142, 0.335391, 0.377722, 0.448876, 0.569098, 0.770195, 1.10529", \
+            "0.307161, 0.361123, 0.403306, 0.474611, 0.594837, 0.795758, 1.13095", \
+            "0.345666, 0.399562, 0.441813, 0.513098, 0.633209, 0.834186, 1.16963", \
+            "0.401324, 0.455478, 0.497656, 0.568968, 0.689184, 0.889954, 1.22502", \
+            "0.480514, 0.534349, 0.576499, 0.647781, 0.767929, 0.968827, 1.30398", \
+            "0.590909, 0.642049, 0.685175, 0.757535, 0.877642, 1.07849, 1.41377" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0230623, 0.105874, 0.168026, 0.272144, 0.447016, 0.738668, 1.22454", \
+            "0.0230633, 0.105875, 0.168027, 0.27224, 0.447017, 0.738669, 1.22467", \
+            "0.0230643, 0.105876, 0.168028, 0.272241, 0.447018, 0.73867, 1.22468", \
+            "0.0230653, 0.105877, 0.168029, 0.272242, 0.447019, 0.738671, 1.22716", \
+            "0.0230663, 0.105886, 0.16803, 0.272243, 0.44706, 0.738672, 1.22717", \
+            "0.023192, 0.105908, 0.168031, 0.272244, 0.447061, 0.738673, 1.22718", \
+            "0.023604, 0.106031, 0.168032, 0.272245, 0.447062, 0.738674, 1.22719" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.209545, 0.261376, 0.295853, 0.353033, 0.449121, 0.609221, 0.876029", \
+            "0.247402, 0.299324, 0.333886, 0.39123, 0.487227, 0.647197, 0.914447", \
+            "0.272841, 0.324701, 0.359246, 0.416453, 0.512402, 0.672579, 0.939358", \
+            "0.309923, 0.361936, 0.396404, 0.453653, 0.54958, 0.709625, 0.976502", \
+            "0.361671, 0.413551, 0.448039, 0.505309, 0.601384, 0.761398, 1.02819", \
+            "0.432657, 0.484547, 0.519062, 0.576318, 0.672264, 0.832338, 1.09916", \
+            "0.520157, 0.572212, 0.606689, 0.663939, 0.759875, 0.920047, 1.18684" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0192965, 0.0833893, 0.129229, 0.206349, 0.33644, 0.553712, 0.915878", \
+            "0.0192975, 0.0834019, 0.12923, 0.206354, 0.336441, 0.553784, 0.916367", \
+            "0.0192985, 0.0834181, 0.129231, 0.206355, 0.336615, 0.555079, 0.916368", \
+            "0.0192995, 0.0834191, 0.129232, 0.206356, 0.336616, 0.55508, 0.916369", \
+            "0.0193018, 0.0834201, 0.129233, 0.206423, 0.336617, 0.555081, 0.91637", \
+            "0.019316, 0.0834211, 0.129234, 0.206424, 0.336618, 0.555082, 0.916371", \
+            "0.019317, 0.0834221, 0.129235, 0.206425, 0.336619, 0.555083, 0.916442" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.280821, 0.332774, 0.367671, 0.426942, 0.530698, 0.710784, 1.01916", \
+            "0.324011, 0.37594, 0.41056, 0.468694, 0.569618, 0.745188, 1.04887", \
+            "0.359668, 0.411692, 0.44617, 0.503786, 0.603243, 0.777034, 1.07538", \
+            "0.418256, 0.470234, 0.504617, 0.561815, 0.659297, 0.827166, 1.11978", \
+            "0.507748, 0.559335, 0.594282, 0.651437, 0.74717, 0.910794, 1.19317", \
+            "0.633257, 0.685333, 0.719141, 0.776533, 0.87181, 1.03354, 1.30599", \
+            "0.802776, 0.854162, 0.889627, 0.946889, 1.04277, 1.20284, 1.46905" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0189539, 0.0832641, 0.129063, 0.206265, 0.336405, 0.553971, 0.916502", \
+            "0.0189981, 0.0833369, 0.129068, 0.206379, 0.336564, 0.553972, 0.916503", \
+            "0.0190314, 0.0833379, 0.129092, 0.20638, 0.336565, 0.555489, 0.916504", \
+            "0.0190324, 0.0833389, 0.129159, 0.206381, 0.336618, 0.55549, 0.916505", \
+            "0.019069, 0.0833399, 0.12916, 0.206382, 0.336619, 0.555491, 0.916506", \
+            "0.019139, 0.083371, 0.129161, 0.206383, 0.33662, 0.555492, 0.916507", \
+            "0.019268, 0.083373, 0.129162, 0.206384, 0.336621, 0.555493, 0.916508" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372226, 0.0713106, 0.0940335, 0.131267, 0.193505, 0.296754, 0.468561", \
+            "0.0368246, 0.0708635, 0.0935426, 0.130818, 0.192974, 0.296271, 0.468361", \
+            "0.0367089, 0.0706815, 0.0935085, 0.130722, 0.194368, 0.29614, 0.46829", \
+            "0.0369793, 0.0709246, 0.0935558, 0.130863, 0.193273, 0.296379, 0.469573", \
+            "0.0378579, 0.0717828, 0.0944928, 0.131953, 0.193946, 0.297715, 0.46962", \
+            "0.0401943, 0.073773, 0.0965931, 0.134023, 0.196516, 0.300029, 0.472204", \
+            "0.0456337, 0.0787942, 0.101538, 0.138795, 0.201455, 0.305194, 0.477923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376833, 0.0719575, 0.0945043, 0.131547, 0.193175, 0.295695, 0.466653", \
+            "0.0373955, 0.0718894, 0.0945115, 0.131943, 0.192971, 0.295568, 0.466718", \
+            "0.0374572, 0.0717259, 0.09435, 0.131993, 0.193299, 0.29614, 0.466474", \
+            "0.0378475, 0.0723457, 0.0948492, 0.131602, 0.19372, 0.297052, 0.466923", \
+            "0.0388214, 0.0731252, 0.0959437, 0.13325, 0.195179, 0.297151, 0.473354", \
+            "0.0412335, 0.0754065, 0.0981002, 0.13546, 0.198042, 0.301512, 0.471744", \
+            "0.0463286, 0.0804723, 0.103113, 0.140458, 0.202179, 0.306076, 0.479144" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372226, 0.0713106, 0.0940335, 0.131267, 0.193505, 0.296754, 0.468561", \
+            "0.0368246, 0.0708635, 0.0935426, 0.130818, 0.192974, 0.296271, 0.468361", \
+            "0.0367089, 0.0706815, 0.0935085, 0.130722, 0.194368, 0.29614, 0.46829", \
+            "0.0369793, 0.0709246, 0.0935558, 0.130863, 0.193273, 0.296379, 0.469573", \
+            "0.0378579, 0.0717828, 0.0944928, 0.131953, 0.193946, 0.297715, 0.46962", \
+            "0.0401943, 0.073773, 0.0965931, 0.134023, 0.196516, 0.300029, 0.472204", \
+            "0.0456337, 0.0787942, 0.101538, 0.138795, 0.201455, 0.305194, 0.477923" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0376833, 0.0719575, 0.0945043, 0.131547, 0.193175, 0.295695, 0.466653", \
+            "0.0373955, 0.0718894, 0.0945115, 0.131943, 0.192971, 0.295568, 0.466718", \
+            "0.0374572, 0.0717259, 0.09435, 0.131993, 0.193299, 0.29614, 0.466474", \
+            "0.0378475, 0.0723457, 0.0948492, 0.131602, 0.19372, 0.297052, 0.466923", \
+            "0.0388214, 0.0731252, 0.0959437, 0.13325, 0.195179, 0.297151, 0.473354", \
+            "0.0412335, 0.0754065, 0.0981002, 0.13546, 0.198042, 0.301512, 0.471744", \
+            "0.0463286, 0.0804723, 0.103113, 0.140458, 0.202179, 0.306076, 0.479144" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0385251, 0.0693975, 0.0899129, 0.124497, 0.18515, 0.291088, 0.473559", \
+            "0.0380275, 0.0688699, 0.0892676, 0.123126, 0.181741, 0.28465, 0.463665", \
+            "0.0378787, 0.0688118, 0.0894851, 0.122636, 0.180265, 0.28172, 0.457211", \
+            "0.0380144, 0.0689278, 0.0892324, 0.122556, 0.180242, 0.27643, 0.447633", \
+            "0.0388113, 0.0697527, 0.0901939, 0.12373, 0.179164, 0.273948, 0.441062", \
+            "0.0410487, 0.0717949, 0.0924332, 0.126124, 0.182528, 0.275837, 0.431958", \
+            "0.0465289, 0.0767203, 0.0973378, 0.1307, 0.187302, 0.280837, 0.436803" \
+          );
+        }
+      }
+    }
+    pin (Q_N) {
+      direction : output;
+      function : "IQN";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.139119, 0.231105, 0.277027, 0.349716, 0.469911, 0.669616, 1.00226", \
+            "0.176905, 0.268806, 0.314917, 0.387624, 0.507814, 0.707731, 1.04043", \
+            "0.202387, 0.294213, 0.340264, 0.412927, 0.533261, 0.732854, 1.06659", \
+            "0.239498, 0.33135, 0.377422, 0.450043, 0.57025, 0.770015, 1.10258", \
+            "0.291208, 0.383014, 0.429132, 0.501775, 0.621964, 0.821723, 1.15434", \
+            "0.360118, 0.451847, 0.497951, 0.570613, 0.690835, 0.890653, 1.22324", \
+            "0.449974, 0.54141, 0.587438, 0.660197, 0.780448, 0.980236, 1.31279" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0259538, 0.117215, 0.17567, 0.275536, 0.447296, 0.73678, 1.21989", \
+            "0.0259548, 0.117216, 0.175691, 0.275537, 0.447731, 0.736781, 1.2199", \
+            "0.0260024, 0.117275, 0.175692, 0.275538, 0.447732, 0.738516, 1.22157", \
+            "0.0260437, 0.117276, 0.175722, 0.275539, 0.447733, 0.738517, 1.22565", \
+            "0.0260447, 0.117277, 0.175805, 0.27554, 0.447734, 0.738518, 1.22566", \
+            "0.0260457, 0.117372, 0.175835, 0.275558, 0.447735, 0.738519, 1.22567", \
+            "0.0260467, 0.117373, 0.175836, 0.275577, 0.447736, 0.73852, 1.22568" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.158082, 0.260249, 0.303266, 0.36587, 0.46418, 0.624962, 0.891913", \
+            "0.195894, 0.298121, 0.34115, 0.403566, 0.502109, 0.662964, 0.930166", \
+            "0.221642, 0.323823, 0.366843, 0.429376, 0.527847, 0.688679, 0.95563", \
+            "0.260172, 0.362294, 0.405305, 0.46784, 0.566351, 0.727084, 0.994034", \
+            "0.31592, 0.417936, 0.461028, 0.523499, 0.622154, 0.782913, 1.04984", \
+            "0.39459, 0.496932, 0.540084, 0.602647, 0.701315, 0.862125, 1.12906", \
+            "0.501543, 0.605134, 0.649645, 0.713602, 0.812263, 0.973147, 1.24006" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.034909, 0.114234, 0.155559, 0.225186, 0.348435, 0.56135, 0.921566", \
+            "0.03491, 0.114262, 0.15556, 0.225187, 0.348442, 0.561351, 0.921875", \
+            "0.0349272, 0.114439, 0.155561, 0.225188, 0.348443, 0.562572, 0.921876", \
+            "0.0349506, 0.11444, 0.155562, 0.225189, 0.348444, 0.562573, 0.921877", \
+            "0.0352269, 0.114534, 0.155563, 0.22519, 0.348445, 0.562574, 0.921878", \
+            "0.036669, 0.114994, 0.15588, 0.225273, 0.348558, 0.562575, 0.921879", \
+            "0.041713, 0.11705, 0.157258, 0.226015, 0.348773, 0.562576, 0.922069" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.139119, 0.231105, 0.277027, 0.349716, 0.469911, 0.669616, 1.00226", \
+            "0.176905, 0.268806, 0.314917, 0.387624, 0.507814, 0.707731, 1.04043", \
+            "0.202387, 0.294213, 0.340264, 0.412927, 0.533261, 0.732854, 1.06659", \
+            "0.239498, 0.33135, 0.377422, 0.450043, 0.57025, 0.770015, 1.10258", \
+            "0.291208, 0.383014, 0.429132, 0.501775, 0.621964, 0.821723, 1.15434", \
+            "0.360118, 0.451847, 0.497951, 0.570613, 0.690835, 0.890653, 1.22324", \
+            "0.449974, 0.54141, 0.587438, 0.660197, 0.780448, 0.980236, 1.31279" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0259538, 0.117215, 0.17567, 0.275536, 0.447296, 0.73678, 1.21989", \
+            "0.0259548, 0.117216, 0.175691, 0.275537, 0.447731, 0.736781, 1.2199", \
+            "0.0260024, 0.117275, 0.175692, 0.275538, 0.447732, 0.738516, 1.22157", \
+            "0.0260437, 0.117276, 0.175722, 0.275539, 0.447733, 0.738517, 1.22565", \
+            "0.0260447, 0.117277, 0.175805, 0.27554, 0.447734, 0.738518, 1.22566", \
+            "0.0260457, 0.117372, 0.175835, 0.275558, 0.447735, 0.738519, 1.22567", \
+            "0.0260467, 0.117373, 0.175836, 0.275577, 0.447736, 0.73852, 1.22568" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.158082, 0.260249, 0.303266, 0.36587, 0.46418, 0.624962, 0.891913", \
+            "0.195894, 0.298121, 0.34115, 0.403566, 0.502109, 0.662964, 0.930166", \
+            "0.221642, 0.323823, 0.366843, 0.429376, 0.527847, 0.688679, 0.95563", \
+            "0.260172, 0.362294, 0.405305, 0.46784, 0.566351, 0.727084, 0.994034", \
+            "0.31592, 0.417936, 0.461028, 0.523499, 0.622154, 0.782913, 1.04984", \
+            "0.39459, 0.496932, 0.540084, 0.602647, 0.701315, 0.862125, 1.12906", \
+            "0.501543, 0.605134, 0.649645, 0.713602, 0.812263, 0.973147, 1.24006" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.034909, 0.114234, 0.155559, 0.225186, 0.348435, 0.56135, 0.921566", \
+            "0.03491, 0.114262, 0.15556, 0.225187, 0.348442, 0.561351, 0.921875", \
+            "0.0349272, 0.114439, 0.155561, 0.225188, 0.348443, 0.562572, 0.921876", \
+            "0.0349506, 0.11444, 0.155562, 0.225189, 0.348444, 0.562573, 0.921877", \
+            "0.0352269, 0.114534, 0.155563, 0.22519, 0.348445, 0.562574, 0.921878", \
+            "0.036669, 0.114994, 0.15588, 0.225273, 0.348558, 0.562575, 0.921879", \
+            "0.041713, 0.11705, 0.157258, 0.226015, 0.348773, 0.562576, 0.922069" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : negative_unate;
+        timing_type : preset;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.211905, 0.301157, 0.346867, 0.419521, 0.539591, 0.739504, 1.07242", \
+            "0.255006, 0.344416, 0.389982, 0.462602, 0.583088, 0.78277, 1.11553", \
+            "0.290643, 0.380018, 0.425634, 0.498392, 0.618526, 0.818617, 1.15095", \
+            "0.34908, 0.438352, 0.484032, 0.556883, 0.67697, 0.876813, 1.20945", \
+            "0.438365, 0.528123, 0.57369, 0.646314, 0.766105, 0.965989, 1.29875", \
+            "0.562955, 0.653266, 0.698748, 0.771851, 0.891855, 1.09175, 1.42429", \
+            "0.730369, 0.822254, 0.868595, 0.941752, 1.06166, 1.26192, 1.59507" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0261224, 0.115231, 0.174381, 0.274953, 0.44711, 0.736617, 1.21992", \
+            "0.0261234, 0.115262, 0.174383, 0.275293, 0.447527, 0.736802, 1.21993", \
+            "0.0261244, 0.115263, 0.174384, 0.275294, 0.447528, 0.736951, 1.21994", \
+            "0.0263119, 0.115316, 0.174385, 0.275295, 0.447529, 0.736952, 1.22032", \
+            "0.0268157, 0.115444, 0.174476, 0.275296, 0.44753, 0.736953, 1.22033", \
+            "0.027734, 0.115702, 0.174613, 0.275297, 0.447531, 0.736954, 1.22034", \
+            "0.029499, 0.116314, 0.174934, 0.275298, 0.447532, 0.736955, 1.22035" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0377337, 0.0721848, 0.0947864, 0.132046, 0.194113, 0.297361, 0.469666", \
+            "0.0374123, 0.0720019, 0.0946812, 0.131748, 0.194062, 0.297194, 0.469225", \
+            "0.0374886, 0.0718812, 0.0946159, 0.132084, 0.193984, 0.298124, 0.470058", \
+            "0.0378759, 0.0723688, 0.095027, 0.132181, 0.194748, 0.297598, 0.47202", \
+            "0.0388533, 0.0732359, 0.0960003, 0.133453, 0.195469, 0.299068, 0.470595", \
+            "0.0412375, 0.0755247, 0.0983934, 0.13567, 0.198075, 0.301629, 0.47321", \
+            "0.0463461, 0.0805916, 0.103355, 0.140553, 0.203089, 0.306824, 0.479826" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372241, 0.0710447, 0.0936764, 0.13075, 0.19249, 0.295068, 0.466071", \
+            "0.0368197, 0.0708457, 0.0932323, 0.130259, 0.192008, 0.294608, 0.465921", \
+            "0.0367367, 0.0704883, 0.0931456, 0.130604, 0.192238, 0.2949, 0.465799", \
+            "0.0370197, 0.0708378, 0.0934452, 0.130299, 0.192482, 0.297442, 0.466789", \
+            "0.0378684, 0.0715466, 0.0943653, 0.131806, 0.193466, 0.295905, 0.471764", \
+            "0.0401317, 0.0735828, 0.0963879, 0.13364, 0.196291, 0.29993, 0.470247", \
+            "0.0456498, 0.0785864, 0.101288, 0.13852, 0.200535, 0.304415, 0.477358" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0377337, 0.0721848, 0.0947864, 0.132046, 0.194113, 0.297361, 0.469666", \
+            "0.0374123, 0.0720019, 0.0946812, 0.131748, 0.194062, 0.297194, 0.469225", \
+            "0.0374886, 0.0718812, 0.0946159, 0.132084, 0.193984, 0.298124, 0.470058", \
+            "0.0378759, 0.0723688, 0.095027, 0.132181, 0.194748, 0.297598, 0.47202", \
+            "0.0388533, 0.0732359, 0.0960003, 0.133453, 0.195469, 0.299068, 0.470595", \
+            "0.0412375, 0.0755247, 0.0983934, 0.13567, 0.198075, 0.301629, 0.47321", \
+            "0.0463461, 0.0805916, 0.103355, 0.140553, 0.203089, 0.306824, 0.479826" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0372241, 0.0710447, 0.0936764, 0.13075, 0.19249, 0.295068, 0.466071", \
+            "0.0368197, 0.0708457, 0.0932323, 0.130259, 0.192008, 0.294608, 0.465921", \
+            "0.0367367, 0.0704883, 0.0931456, 0.130604, 0.192238, 0.2949, 0.465799", \
+            "0.0370197, 0.0708378, 0.0934452, 0.130299, 0.192482, 0.297442, 0.466789", \
+            "0.0378684, 0.0715466, 0.0943653, 0.131806, 0.193466, 0.295905, 0.471764", \
+            "0.0401317, 0.0735828, 0.0963879, 0.13364, 0.196291, 0.29993, 0.470247", \
+            "0.0456498, 0.0785864, 0.101288, 0.13852, 0.200535, 0.304415, 0.477358" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0385719, 0.0696161, 0.090237, 0.125098, 0.186078, 0.292676, 0.475791", \
+            "0.0380701, 0.0691378, 0.0895314, 0.123855, 0.182871, 0.286235, 0.466243", \
+            "0.0378978, 0.0690038, 0.0897239, 0.12329, 0.181175, 0.282486, 0.4596", \
+            "0.0380265, 0.0690509, 0.0895221, 0.123277, 0.179965, 0.278293, 0.450729", \
+            "0.038838, 0.0699458, 0.0904548, 0.124031, 0.180052, 0.275704, 0.440221", \
+            "0.0411033, 0.0720533, 0.0926413, 0.126466, 0.182915, 0.27608, 0.434834", \
+            "0.0463185, 0.0769784, 0.0975631, 0.131356, 0.188131, 0.281439, 0.437818" \
+          );
+        }
+        fall_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00293819;
+      rise_capacitance : 0.00297913;
+      rise_capacitance_range (0.00273041, 0.00317828);
+      fall_capacitance : 0.00288555;
+      fall_capacitance_range (0.00267496, 0.00308449);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.137482, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.011123, 0.0107429, 0.0107454, 0.0109762, 0.0119007, 0.0140712, 0.0190282" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106522, 0.0102973, 0.0103971, 0.0106819, 0.0116058, 0.0138402, 0.0189024" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q * Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0208015, 0.0204514, 0.0204518, 0.0207643, 0.0216211, 0.0238696, 0.029234" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q * !Q_N)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189307, 0.0186391, 0.0187715, 0.0191402, 0.0201668, 0.0225685, 0.0278147" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108596, 0.0104942, 0.0104775, 0.0107279, 0.0116325, 0.0138092, 0.0187513" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108444, 0.0104886, 0.0105839, 0.0108768, 0.0117909, 0.0140338, 0.0190999" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q * !Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0111296, 0.0107428, 0.0107454, 0.0109764, 0.0119007, 0.0140712, 0.0190281" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106486, 0.0103089, 0.0103971, 0.0106819, 0.0116061, 0.0138402, 0.0189022" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0104536, 0.01008, 0.0100758, 0.0103266, 0.0112034, 0.0133913, 0.0183247" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0096548, 0.00929597, 0.00937968, 0.00967125, 0.0105824, 0.0128332, 0.0178957" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q * Q_N)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108598, 0.0104983, 0.0104778, 0.0107282, 0.0116328, 0.0138093, 0.0187521" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108488, 0.0104928, 0.0105859, 0.0108771, 0.0117912, 0.014034, 0.0190989" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108598, 0.0104983, 0.0104778, 0.0107282, 0.0116328, 0.0138093, 0.0187521" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108488, 0.0104928, 0.0105859, 0.0108771, 0.0117912, 0.014034, 0.0190989" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00276809;
+      rise_capacitance : 0.002801;
+      rise_capacitance_range (0.00246434, 0.00305188);
+      fall_capacitance : 0.00273518;
+      fall_capacitance_range (0.00241866, 0.00292303);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.136931, -0.0851046, -0.0530083, -0.0143199", \
+            "-0.266807, -0.213903, -0.179979, -0.14235", \
+            "-0.348189, -0.2973, -0.26444, -0.224705", \
+            "-0.428212, -0.37996, -0.345935, -0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.0376839, 0.0318604, 0.104408", \
+            "-0.274294, -0.170613, -0.101307, -0.0268923", \
+            "-0.368763, -0.268453, -0.196981, -0.123007", \
+            "-0.471386, -0.368964, -0.300736, -0.224317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19317, 0.122542, 0.0838696, 0.0440019", \
+            "0.321715, 0.2521, 0.214071, 0.172589", \
+            "0.404768, 0.336636, 0.299518, 0.25578", \
+            "0.484877, 0.418446, 0.379834, 0.333524" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.220067, 0.092592, 0.0144316, -0.0612343", \
+            "0.351665, 0.224088, 0.145888, 0.0681273", \
+            "0.448488, 0.323524, 0.242853, 0.165381", \
+            "0.552337, 0.426693, 0.34876, 0.26859" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0211026, 0.0207634, 0.0207455, 0.0208997, 0.0215654, 0.02332, 0.0274332" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0202966, 0.0199604, 0.0200618, 0.0203582, 0.0212294, 0.023279, 0.0278545" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0211026, 0.0207634, 0.0207455, 0.0208997, 0.0215654, 0.02332, 0.0274332" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0202966, 0.0199604, 0.0200618, 0.0203582, 0.0212294, 0.023279, 0.0278545" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.0051079;
+      rise_capacitance : 0.0051079;
+      rise_capacitance_range (0.0051079, 0.0051079);
+      fall_capacitance : 0.0051079;
+      fall_capacitance_range (0.0047835, 0.00531694);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.119814, 0.050163, 0.0144316, -0.0261555", \
+            "0.271798, 0.190985, 0.151133, 0.109362", \
+            "0.404768, 0.318279, 0.272535, 0.230355", \
+            "0.565828, 0.473426, 0.425034, 0.377797" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.105143, -0.0426755, -0.0067163, 0.0315523", \
+            "-0.254328, -0.180799, -0.143266, -0.103864", \
+            "-0.381622, -0.302544, -0.261741, -0.22188", \
+            "-0.53075, -0.451434, -0.408084, -0.365991" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.115051, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.002882;
+      rise_capacitance : 0.00290395;
+      rise_capacitance_range (0.00256958, 0.00315304);
+      fall_capacitance : 0.0028381;
+      fall_capacitance_range (0.00252382, 0.00302524);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.136931, -0.0851046, -0.0530083, -0.0143199", \
+            "-0.266807, -0.213903, -0.179979, -0.14235", \
+            "-0.348189, -0.299922, -0.267138, -0.224705", \
+            "-0.428212, -0.37996, -0.345935, -0.30696" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.035188, 0.0344321, 0.107106", \
+            "-0.269303, -0.16552, -0.0960622, -0.0241433", \
+            "-0.366191, -0.263208, -0.191584, -0.120182", \
+            "-0.468687, -0.368964, -0.297911, -0.224317" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19317, 0.122542, 0.0838696, 0.0440019", \
+            "0.321715, 0.2521, 0.214071, 0.172589", \
+            "0.404768, 0.336636, 0.299518, 0.25578", \
+            "0.484877, 0.418446, 0.379834, 0.336475" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.220067, 0.092592, 0.0144316, -0.0612343", \
+            "0.351665, 0.226635, 0.145888, 0.0681273", \
+            "0.448488, 0.323524, 0.242853, 0.165381", \
+            "0.552337, 0.426693, 0.34876, 0.26859" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0212598, 0.0209146, 0.0208704, 0.02107, 0.0217061, 0.0234549, 0.0275686" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0177197, 0.0173936, 0.0174615, 0.017788, 0.0186798, 0.0207043, 0.0253331" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0212598, 0.0209146, 0.0208704, 0.02107, 0.0217061, 0.0234549, 0.0275686" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0177197, 0.0173936, 0.0174615, 0.017788, 0.0186798, 0.0207043, 0.0253331" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00484421;
+      rise_capacitance : 0.00508758;
+      rise_capacitance_range (0.00444598, 0.00578187);
+      fall_capacitance : 0.00460085;
+      fall_capacitance_range (0.00441547, 0.00509964);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.139376, -0.0876004, -0.0555801, -0.0170183", \
+            "-0.266807, -0.213903, -0.179979, -0.14235", \
+            "-0.350761, -0.299922, -0.267138, -0.22753", \
+            "-0.439005, -0.388207, -0.35441, -0.315815" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.0426755, 0.0267168, 0.0990114", \
+            "-0.266807, -0.162973, -0.0934398, -0.0213943", \
+            "-0.353333, -0.250096, -0.18079, -0.108882", \
+            "-0.4471, -0.346972, -0.275311, -0.200705" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.195615, 0.125038, 0.0890132, 0.0467003", \
+            "0.321715, 0.2521, 0.214071, 0.172589", \
+            "0.40734, 0.339258, 0.299518, 0.258604", \
+            "0.495671, 0.426693, 0.388309, 0.34533" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.227403, 0.10008, 0.022147, -0.0531392", \
+            "0.349169, 0.221542, 0.143266, 0.0653783", \
+            "0.438201, 0.310412, 0.232059, 0.154081", \
+            "0.53075, 0.404701, 0.32616, 0.247929" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.022946, 0.0226787, 0.0227025, 0.0229169, 0.0235148, 0.0250057, 0.028399" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0259387, 0.0257357, 0.0257203, 0.0260171, 0.0266222, 0.0281657, 0.0316306" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0256965, 0.0252847, 0.0252842, 0.0255889, 0.0266139, 0.0295363, 0.0363978" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0247187, 0.0399668, 0.0409898, 0.0414915, 0.0427401, 0.0458526, 0.0530063" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0256965, 0.0252847, 0.0252842, 0.0255889, 0.0266139, 0.0295363, 0.0363978" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0247187, 0.0399668, 0.0409898, 0.0414915, 0.0427401, 0.0458526, 0.0530063" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (Q_N) {
+        direction : output;
+        function : "IQN";
+        signal_type : test_scan_out_inverted;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbpq_1) {
+    area : 63.504;
+    cell_footprint : "sdfrbpq";
+    cell_leakage_power : 720.779;
+    leakage_power () {
+      value : 653.964;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 710.75;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 624.491;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 658.414;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 658.4;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 792.93;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 708.468;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 758.793;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 727.085;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 685.499;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 742.285;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 824.47;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 740.008;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 689.949;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 728.786;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 790.33;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 758.625;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.172228, 0.248968, 0.293006, 0.364849, 0.484582, 0.683793, 1.01582", \
+            "0.209226, 0.286036, 0.330102, 0.401888, 0.521626, 0.721478, 1.0528", \
+            "0.234404, 0.311075, 0.35515, 0.42692, 0.546688, 0.746019, 1.07852", \
+            "0.271523, 0.348235, 0.39225, 0.464074, 0.583795, 0.783014, 1.11501", \
+            "0.323661, 0.400396, 0.444458, 0.516302, 0.636008, 0.835259, 1.16707", \
+            "0.391541, 0.468541, 0.512569, 0.584375, 0.704087, 0.903482, 1.23522", \
+            "0.483209, 0.560189, 0.60426, 0.67617, 0.795914, 0.995264, 1.32713" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0272656, 0.109504, 0.170204, 0.272922, 0.446108, 0.735366, 1.21722", \
+            "0.0272721, 0.109506, 0.170205, 0.274179, 0.446109, 0.735845, 1.21779", \
+            "0.0273114, 0.109507, 0.17026, 0.27418, 0.44616, 0.738579, 1.21811", \
+            "0.0273737, 0.109529, 0.170261, 0.274181, 0.446161, 0.73858, 1.22402", \
+            "0.0275938, 0.109581, 0.170309, 0.274182, 0.446162, 0.738581, 1.22403", \
+            "0.027968, 0.109739, 0.17031, 0.274183, 0.446165, 0.738582, 1.22404", \
+            "0.028155, 0.109844, 0.170368, 0.274184, 0.446166, 0.738583, 1.22405" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.181921, 0.249094, 0.285207, 0.343056, 0.439194, 0.599209, 0.865723", \
+            "0.219248, 0.286369, 0.322462, 0.380348, 0.476631, 0.636549, 0.903095", \
+            "0.244128, 0.311285, 0.347267, 0.405195, 0.501424, 0.66145, 0.927864", \
+            "0.280549, 0.347646, 0.383754, 0.441573, 0.537838, 0.697779, 0.964283", \
+            "0.330635, 0.397778, 0.433857, 0.491696, 0.587944, 0.747911, 1.01431", \
+            "0.397189, 0.464258, 0.500378, 0.55823, 0.654441, 0.814452, 1.08083", \
+            "0.483985, 0.551054, 0.587157, 0.645024, 0.741263, 0.90124, 1.16765" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0252656, 0.0872062, 0.131907, 0.207925, 0.337198, 0.553854, 0.915209", \
+            "0.0252666, 0.0872072, 0.131908, 0.207926, 0.337227, 0.553887, 0.915221", \
+            "0.0252676, 0.0872082, 0.131909, 0.207927, 0.337228, 0.554292, 0.915222", \
+            "0.0252686, 0.0872092, 0.131943, 0.207935, 0.337229, 0.554293, 0.91526", \
+            "0.0252696, 0.0872102, 0.131944, 0.20798, 0.33723, 0.554294, 0.915348", \
+            "0.0252706, 0.0872112, 0.131945, 0.207981, 0.337351, 0.554295, 0.915349", \
+            "0.0252716, 0.0872122, 0.131946, 0.207982, 0.337352, 0.554296, 0.915431" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b0";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "!SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.172284, 0.249002, 0.292972, 0.364841, 0.484572, 0.683822, 1.01581", \
+            "0.209217, 0.286036, 0.3301, 0.401852, 0.521609, 0.721468, 1.05285", \
+            "0.234404, 0.311075, 0.35515, 0.42692, 0.546688, 0.746019, 1.07852", \
+            "0.271523, 0.348235, 0.39225, 0.464074, 0.583795, 0.783014, 1.11501", \
+            "0.323661, 0.400396, 0.444458, 0.516302, 0.636008, 0.835259, 1.16707", \
+            "0.391541, 0.468541, 0.512569, 0.584375, 0.704087, 0.903482, 1.23522", \
+            "0.483209, 0.560189, 0.60426, 0.676169, 0.795914, 0.995264, 1.32713" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0272165, 0.1095, 0.170178, 0.272921, 0.446108, 0.735244, 1.21722", \
+            "0.0272917, 0.109506, 0.170245, 0.272922, 0.446438, 0.735846, 1.21723", \
+            "0.0273114, 0.109507, 0.17026, 0.272923, 0.446439, 0.738579, 1.21811", \
+            "0.0273737, 0.109529, 0.170261, 0.272924, 0.44644, 0.73858, 1.22402", \
+            "0.0275938, 0.109581, 0.170309, 0.272925, 0.446441, 0.738581, 1.22403", \
+            "0.027968, 0.109739, 0.17031, 0.272926, 0.446442, 0.738582, 1.22404", \
+            "0.028154, 0.109844, 0.170367, 0.272927, 0.446443, 0.738583, 1.22405" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.182009, 0.249119, 0.285214, 0.343014, 0.439303, 0.599254, 0.865832", \
+            "0.219299, 0.286369, 0.322456, 0.380348, 0.476631, 0.636549, 0.903095", \
+            "0.244128, 0.311285, 0.347267, 0.405195, 0.501424, 0.66145, 0.927864", \
+            "0.280549, 0.347646, 0.383754, 0.441573, 0.537838, 0.697779, 0.964283", \
+            "0.330635, 0.397778, 0.433857, 0.491696, 0.587944, 0.747911, 1.01431", \
+            "0.397161, 0.464307, 0.500389, 0.558236, 0.654485, 0.814423, 1.08086", \
+            "0.483985, 0.551053, 0.587157, 0.645024, 0.741263, 0.901239, 1.16765" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0252483, 0.0871995, 0.131906, 0.207907, 0.337199, 0.554151, 0.915209", \
+            "0.0252493, 0.0872005, 0.131908, 0.207911, 0.337227, 0.554152, 0.915222", \
+            "0.0252503, 0.0872015, 0.131909, 0.207912, 0.337228, 0.554292, 0.915223", \
+            "0.0252513, 0.0872025, 0.131943, 0.207935, 0.337229, 0.554293, 0.91526", \
+            "0.0252523, 0.0872035, 0.131944, 0.20798, 0.33723, 0.554294, 0.915348", \
+            "0.0252533, 0.0872045, 0.131945, 0.207981, 0.337297, 0.554295, 0.915349", \
+            "0.0252543, 0.0872055, 0.131946, 0.207982, 0.337298, 0.554296, 0.91543" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.172284, 0.249002, 0.292972, 0.364841, 0.484572, 0.683822, 1.01581", \
+            "0.209217, 0.286036, 0.3301, 0.401852, 0.521609, 0.721468, 1.05285", \
+            "0.234404, 0.311075, 0.35515, 0.42692, 0.546688, 0.746019, 1.07852", \
+            "0.271523, 0.348235, 0.39225, 0.464074, 0.583795, 0.783014, 1.11501", \
+            "0.323661, 0.400396, 0.444458, 0.516302, 0.636008, 0.835259, 1.16707", \
+            "0.391541, 0.468541, 0.512569, 0.584375, 0.704087, 0.903482, 1.23522", \
+            "0.483209, 0.560189, 0.60426, 0.676169, 0.795914, 0.995264, 1.32713" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0272165, 0.1095, 0.170178, 0.272921, 0.446108, 0.735244, 1.21722", \
+            "0.0272917, 0.109506, 0.170245, 0.272922, 0.446438, 0.735846, 1.21723", \
+            "0.0273114, 0.109507, 0.17026, 0.272923, 0.446439, 0.738579, 1.21811", \
+            "0.0273737, 0.109529, 0.170261, 0.272924, 0.44644, 0.73858, 1.22402", \
+            "0.0275938, 0.109581, 0.170309, 0.272925, 0.446441, 0.738581, 1.22403", \
+            "0.027968, 0.109739, 0.17031, 0.272926, 0.446442, 0.738582, 1.22404", \
+            "0.028154, 0.109844, 0.170367, 0.272927, 0.446443, 0.738583, 1.22405" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.182009, 0.249119, 0.285214, 0.343014, 0.439303, 0.599254, 0.865832", \
+            "0.219299, 0.286369, 0.322456, 0.380348, 0.476631, 0.636549, 0.903095", \
+            "0.244128, 0.311285, 0.347267, 0.405195, 0.501424, 0.66145, 0.927864", \
+            "0.280549, 0.347646, 0.383754, 0.441573, 0.537838, 0.697779, 0.964283", \
+            "0.330635, 0.397778, 0.433857, 0.491696, 0.587944, 0.747911, 1.01431", \
+            "0.397161, 0.464307, 0.500389, 0.558236, 0.654485, 0.814423, 1.08086", \
+            "0.483985, 0.551053, 0.587157, 0.645024, 0.741263, 0.901239, 1.16765" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0252483, 0.0871995, 0.131906, 0.207907, 0.337199, 0.554151, 0.915209", \
+            "0.0252493, 0.0872005, 0.131908, 0.207911, 0.337227, 0.554152, 0.915222", \
+            "0.0252503, 0.0872015, 0.131909, 0.207912, 0.337228, 0.554292, 0.915223", \
+            "0.0252513, 0.0872025, 0.131943, 0.207935, 0.337229, 0.554293, 0.91526", \
+            "0.0252523, 0.0872035, 0.131944, 0.20798, 0.33723, 0.554294, 0.915348", \
+            "0.0252533, 0.0872045, 0.131945, 0.207981, 0.337297, 0.554295, 0.915349", \
+            "0.0252543, 0.0872055, 0.131946, 0.207982, 0.337298, 0.554296, 0.91543" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0975076, 0.169675, 0.206186, 0.263531, 0.359324, 0.518993, 0.785288", \
+            "0.140621, 0.213192, 0.2497, 0.307116, 0.402961, 0.562657, 0.829017", \
+            "0.174107, 0.248806, 0.285219, 0.342568, 0.43837, 0.598143, 0.864377", \
+            "0.22671, 0.306702, 0.342993, 0.400158, 0.495806, 0.655457, 0.921648", \
+            "0.304601, 0.394643, 0.430832, 0.487518, 0.582939, 0.742512, 1.00865", \
+            "0.410384, 0.51625, 0.551528, 0.607501, 0.702245, 0.861694, 1.12789", \
+            "0.554937, 0.677585, 0.711124, 0.76683, 0.860299, 1.01932, 1.28522" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0258545, 0.0907061, 0.133086, 0.206173, 0.33406, 0.550531, 0.911915", \
+            "0.027119, 0.0909333, 0.133087, 0.206174, 0.334218, 0.550763, 0.911916", \
+            "0.0302843, 0.092008, 0.13322, 0.206238, 0.334219, 0.550764, 0.911917", \
+            "0.0370674, 0.095276, 0.134607, 0.206444, 0.33422, 0.550765, 0.911918", \
+            "0.0494949, 0.10195, 0.137789, 0.20735, 0.334527, 0.550808, 0.911919", \
+            "0.068623, 0.113371, 0.14231, 0.208474, 0.334921, 0.551187, 0.912266", \
+            "0.095804, 0.127408, 0.147351, 0.210276, 0.335572, 0.551602, 0.913364" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207235, 0.0210938, 0.0211439, 0.0211397, 0.0210582, 0.0208757, 0.0209116", \
+            "0.0202606, 0.0206895, 0.0206745, 0.0207537, 0.0205774, 0.020476, 0.0203708", \
+            "0.020241, 0.0205656, 0.0206555, 0.0206725, 0.0206085, 0.0206557, 0.0204649", \
+            "0.020465, 0.0208317, 0.020888, 0.020839, 0.02096, 0.0205823, 0.0210399", \
+            "0.0214538, 0.0218237, 0.0218687, 0.0219513, 0.0217322, 0.0218357, 0.0216501", \
+            "0.0237383, 0.0240577, 0.0241621, 0.0242045, 0.024268, 0.0241579, 0.0237055", \
+            "0.0289309, 0.0292492, 0.029346, 0.0293027, 0.0294211, 0.029394, 0.0293925" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218589, 0.0223128, 0.0223828, 0.0223674, 0.0222922, 0.022086, 0.0217777", \
+            "0.021568, 0.0220308, 0.0221333, 0.0221422, 0.0220104, 0.0217759, 0.0215292", \
+            "0.0216394, 0.0220854, 0.0221145, 0.0221912, 0.0220598, 0.0219507, 0.021515", \
+            "0.0220202, 0.0225092, 0.0225669, 0.0224678, 0.0224417, 0.0228019, 0.0219826", \
+            "0.0229762, 0.0234339, 0.0235561, 0.023569, 0.0235641, 0.0232796, 0.0234422", \
+            "0.0253339, 0.0257683, 0.0258513, 0.0259347, 0.0259581, 0.025988, 0.0257646", \
+            "0.0304369, 0.0308762, 0.0309486, 0.0310199, 0.0309197, 0.0309755, 0.0310928" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "!SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0099061, 0.0102718, 0.0103155, 0.0103108, 0.0102278, 0.0100493, 0.0100811", \
+            "0.0098003, 0.0102321, 0.010204, 0.0102011, 0.0101608, 0.0100142, 0.0099632", \
+            "0.0097853, 0.0101099, 0.0101998, 0.0102168, 0.0101528, 0.0102, 0.0100092", \
+            "0.0097573, 0.010124, 0.0101803, 0.0101313, 0.0102525, 0.0098746, 0.0103322", \
+            "0.0098264, 0.0101943, 0.010241, 0.0103193, 0.0101048, 0.0102083, 0.0100226", \
+            "0.009882, 0.010201, 0.0103054, 0.0103478, 0.0104098, 0.0103012, 0.0098495", \
+            "0.0101654, 0.0104812, 0.0105786, 0.0105371, 0.0106556, 0.0106285, 0.010627" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0110354, 0.0114873, 0.0115564, 0.0115138, 0.011484, 0.0113457, 0.0109448", \
+            "0.0110983, 0.0115737, 0.011675, 0.0116851, 0.0115533, 0.0113188, 0.011072", \
+            "0.0111839, 0.0116299, 0.011659, 0.0117357, 0.0116044, 0.0114952, 0.0110595", \
+            "0.0113096, 0.0118017, 0.0118584, 0.0117604, 0.0117345, 0.0120937, 0.0112751", \
+            "0.0113491, 0.0118062, 0.011929, 0.0119418, 0.0119369, 0.0116524, 0.011815", \
+            "0.0114694, 0.0119157, 0.0119983, 0.0120734, 0.0121364, 0.0121157, 0.0119603", \
+            "0.0116712, 0.012111, 0.012181, 0.012254, 0.012152, 0.0122022, 0.0123276" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0207235, 0.0210938, 0.0211439, 0.0211397, 0.0210582, 0.0208757, 0.0209116", \
+            "0.0202606, 0.0206895, 0.0206745, 0.0207537, 0.0205774, 0.020476, 0.0203708", \
+            "0.020241, 0.0205656, 0.0206555, 0.0206725, 0.0206085, 0.0206557, 0.0204649", \
+            "0.020465, 0.0208317, 0.020888, 0.020839, 0.02096, 0.0205823, 0.0210399", \
+            "0.0214538, 0.0218237, 0.0218687, 0.0219513, 0.0217322, 0.0218357, 0.0216501", \
+            "0.0237383, 0.0240577, 0.0241621, 0.0242045, 0.024268, 0.0241579, 0.0237055", \
+            "0.0289309, 0.0292492, 0.029346, 0.0293027, 0.0294211, 0.029394, 0.0293925" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218589, 0.0223128, 0.0223828, 0.0223674, 0.0222922, 0.022086, 0.0217777", \
+            "0.021568, 0.0220308, 0.0221333, 0.0221422, 0.0220104, 0.0217759, 0.0215292", \
+            "0.0216394, 0.0220854, 0.0221145, 0.0221912, 0.0220598, 0.0219507, 0.021515", \
+            "0.0220202, 0.0225092, 0.0225669, 0.0224678, 0.0224417, 0.0228019, 0.0219826", \
+            "0.0229762, 0.0234339, 0.0235561, 0.023569, 0.0235641, 0.0232796, 0.0234422", \
+            "0.0253339, 0.0257683, 0.0258513, 0.0259347, 0.0259581, 0.025988, 0.0257646", \
+            "0.0304369, 0.0308762, 0.0309486, 0.0310199, 0.0309197, 0.0309755, 0.0310928" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0202132, 0.0206645, 0.0207104, 0.0206842, 0.0205964, 0.0204491, 0.0201215", \
+            "0.0197295, 0.0200922, 0.0202645, 0.0201463, 0.0201155, 0.0199861, 0.0195925", \
+            "0.0196066, 0.019878, 0.0199322, 0.0201133, 0.020006, 0.019773, 0.0194742", \
+            "0.0196408, 0.019749, 0.0198126, 0.019766, 0.0198441, 0.0196614, 0.019277", \
+            "0.0203927, 0.0202262, 0.0203153, 0.0203551, 0.0203795, 0.0201006, 0.0202579", \
+            "0.0226445, 0.0219914, 0.0219749, 0.0220452, 0.0220808, 0.0221246, 0.021589", \
+            "0.0275936, 0.0261999, 0.0260375, 0.0260706, 0.0258965, 0.0260546, 0.0259737" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00293778;
+      rise_capacitance : 0.00297839;
+      rise_capacitance_range (0.00272958, 0.00317799);
+      fall_capacitance : 0.00288558;
+      fall_capacitance_range (0.00267254, 0.00308442);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0765991, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.131073, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110701, 0.0107058, 0.0107092, 0.0109721, 0.0118927, 0.0141057, 0.019033" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110255, 0.0106973, 0.0108138, 0.0111028, 0.0120388, 0.0142818, 0.0193475" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206661, 0.0203264, 0.0203599, 0.0206718, 0.0215147, 0.0237815, 0.0291434" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0193025, 0.0190189, 0.0191509, 0.0195208, 0.0205576, 0.022966, 0.0282115" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108366, 0.0104526, 0.0104552, 0.0107071, 0.0116269, 0.0138559, 0.0187648" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106752, 0.0103433, 0.0104554, 0.0107407, 0.0116405, 0.0139006, 0.0189673" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110728, 0.0107104, 0.0107093, 0.0109722, 0.0118928, 0.0141058, 0.0190329" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110285, 0.0107093, 0.0108139, 0.0111029, 0.0120386, 0.0142819, 0.0193476" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106472, 0.0102686, 0.0102777, 0.0105683, 0.0114162, 0.0136551, 0.018568" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0098388, 0.00950864, 0.0096245, 0.00989641, 0.0108135, 0.013053, 0.0181174" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108289, 0.0104574, 0.0104557, 0.0107077, 0.0116274, 0.0138567, 0.0187655" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106741, 0.0103478, 0.0104555, 0.0107409, 0.0116409, 0.013901, 0.0189675" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108289, 0.0104574, 0.0104557, 0.0107077, 0.0116274, 0.0138567, 0.0187655" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110285, 0.0107093, 0.0108139, 0.0111029, 0.0120386, 0.0142819, 0.0193476" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00277037;
+      rise_capacitance : 0.00280336;
+      rise_capacitance_range (0.00246692, 0.00305425);
+      fall_capacitance : 0.00273737;
+      fall_capacitance_range (0.00242156, 0.00292537);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.092592, -0.0581518, -0.022415", \
+            "-0.274294, -0.221542, -0.185224, -0.147848", \
+            "-0.355904, -0.305167, -0.272535, -0.230355", \
+            "-0.436307, -0.385458, -0.351585, -0.312863" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.149157, -0.0401797, 0.0344321, 0.112503", \
+            "-0.281782, -0.175706, -0.0986846, -0.0186453", \
+            "-0.376479, -0.273698, -0.196981, -0.114532", \
+            "-0.479481, -0.374462, -0.300736, -0.218414" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.190725, 0.122542, 0.0864414, 0.0493987", \
+            "0.319219, 0.249553, 0.214071, 0.178087", \
+            "0.402196, 0.336636, 0.299518, 0.261429", \
+            "0.484877, 0.418446, 0.379834, 0.342378" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.212732, 0.0876004, 0.0118599, -0.066631", \
+            "0.344177, 0.218996, 0.143266, 0.0653783", \
+            "0.440773, 0.318279, 0.237456, 0.159731", \
+            "0.544241, 0.421195, 0.34311, 0.262687" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0218671, 0.0215244, 0.0215337, 0.0216657, 0.0223389, 0.0240872, 0.0281967" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189645, 0.0186623, 0.0187453, 0.0190508, 0.0199155, 0.0219628, 0.0265385" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0218671, 0.0215244, 0.0215337, 0.0216657, 0.0223389, 0.0240872, 0.0281967" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189645, 0.0186623, 0.0187453, 0.0190508, 0.0199155, 0.0219628, 0.0265385" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00509594;
+      rise_capacitance : 0.00509594;
+      rise_capacitance_range (0.00509594, 0.00509594);
+      fall_capacitance : 0.00509594;
+      fall_capacitance_range (0.00478919, 0.00531011);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.119814, 0.050163, 0.0144316, -0.0207588", \
+            "0.279286, 0.196077, 0.159, 0.123107", \
+            "0.551359, 0.360238, 0.302217, 0.258604", \
+            "1.23772, 0.866532, 0.66233, 0.546035" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0978076, -0.0376839, -0.00157274, 0.036949", \
+            "-0.244344, -0.175706, -0.138021, -0.0983663", \
+            "-0.371335, -0.294677, -0.256345, -0.21623", \
+            "-0.517258, -0.443187, -0.402434, -0.360088" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.115051, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00288438;
+      rise_capacitance : 0.00290628;
+      rise_capacitance_range (0.00257184, 0.00315538);
+      fall_capacitance : 0.00284058;
+      fall_capacitance_range (0.00252775, 0.00302756);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.092592, -0.0581518, -0.022415", \
+            "-0.274294, -0.221542, -0.187847, -0.147848", \
+            "-0.358476, -0.305167, -0.272535, -0.23318", \
+            "-0.439005, -0.385458, -0.35441, -0.312863" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.0401797, 0.0370039, 0.115202", \
+            "-0.279286, -0.170613, -0.0960622, -0.0158963", \
+            "-0.373907, -0.268453, -0.191584, -0.111707", \
+            "-0.479481, -0.371713, -0.297911, -0.215462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.190725, 0.122542, 0.0864414, 0.0493987", \
+            "0.319219, 0.2521, 0.216693, 0.178087", \
+            "0.404768, 0.336636, 0.299518, 0.261429", \
+            "0.484877, 0.418446, 0.382659, 0.342378" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.212732, 0.0876004, 0.0118599, -0.066631", \
+            "0.344177, 0.218996, 0.143266, 0.0653783", \
+            "0.440773, 0.318279, 0.240154, 0.159731", \
+            "0.54694, 0.421195, 0.34311, 0.265638" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0220208, 0.0216785, 0.0216385, 0.0218419, 0.0224824, 0.0242204, 0.0283333" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.018462, 0.0181352, 0.0182118, 0.0185304, 0.0194224, 0.0214404, 0.0260751" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0220208, 0.0216785, 0.0216385, 0.0218419, 0.0224824, 0.0242204, 0.0283333" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.018462, 0.0181352, 0.0182118, 0.0185304, 0.0194224, 0.0214404, 0.0260751" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.004844;
+      rise_capacitance : 0.00508748;
+      rise_capacitance_range (0.00444453, 0.00578189);
+      fall_capacitance : 0.00460051;
+      fall_capacitance_range (0.00441076, 0.00509962);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.149157, -0.0950879, -0.0607236, -0.022415", \
+            "-0.274294, -0.221542, -0.187847, -0.147848", \
+            "-0.361048, -0.307789, -0.272535, -0.236005", \
+            "-0.4471, -0.393705, -0.36006, -0.321718" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.154047, -0.0476672, 0.0292886, 0.107106", \
+            "-0.274294, -0.168066, -0.0934398, -0.0131473", \
+            "-0.361048, -0.255341, -0.18079, -0.100407", \
+            "-0.455195, -0.349721, -0.275311, -0.19185" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.195615, 0.125038, 0.091585, 0.052097", \
+            "0.321715, 0.2521, 0.216693, 0.178087", \
+            "0.40734, 0.336636, 0.302217, 0.264254", \
+            "0.492973, 0.426693, 0.391134, 0.351233" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.222512, 0.0950879, 0.0195752, -0.0585359", \
+            "0.341682, 0.216449, 0.140643, 0.0626293", \
+            "0.430486, 0.305167, 0.226663, 0.148431", \
+            "0.522655, 0.399203, 0.320511, 0.242026" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0231671, 0.0229057, 0.0229391, 0.0231434, 0.0237449, 0.0252379, 0.0286264" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0259579, 0.0257298, 0.0257367, 0.026029, 0.0266395, 0.0281817, 0.0316468" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0257136, 0.0253063, 0.0253015, 0.0256093, 0.0266309, 0.0295522, 0.0364139" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0249532, 0.0402379, 0.0412308, 0.041743, 0.0429863, 0.0461022, 0.0532526" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0257136, 0.0253063, 0.0253015, 0.0256093, 0.0266309, 0.0295522, 0.0364139" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0249532, 0.0402379, 0.0412308, 0.041743, 0.0429863, 0.0461022, 0.0532526" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sdfrbpq_2) {
+    area : 72.576;
+    cell_footprint : "sdfrbpq";
+    cell_leakage_power : 787.184;
+    leakage_power () {
+      value : 736.374;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 754.29;
+      when : "!CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 706.901;
+      when : "!CLK&!D&!RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 740.824;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 740.799;
+      when : "CLK&!D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 875.345;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 752.012;
+      when : "!CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 841.208;
+      when : "CLK&D&RESET_B&!SCD&!SCE&!Q";
+    }
+    leakage_power () {
+      value : 770.63;
+      when : "CLK&D&RESET_B&!SCD&!SCE&Q";
+    }
+    leakage_power () {
+      value : 767.909;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 785.825;
+      when : "!CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 906.879;
+      when : "!CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 783.547;
+      when : "!CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 772.359;
+      when : "CLK&!D&RESET_B&!SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 772.326;
+      when : "CLK&!D&RESET_B&!SCD&SCE&Q";
+    }
+    leakage_power () {
+      value : 872.739;
+      when : "CLK&!D&RESET_B&SCD&SCE&!Q";
+    }
+    leakage_power () {
+      value : 802.164;
+      when : "CLK&!D&RESET_B&SCD&SCE&Q";
+    }
+    pin (Q) {
+      direction : output;
+      function : "IQ";
+      min_capacitance : 0.001;
+      max_capacitance : 0.6;
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b1";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.197285, 0.288307, 0.333466, 0.405942, 0.526122, 0.725868, 1.05882", \
+            "0.2342, 0.324938, 0.370519, 0.442945, 0.563303, 0.762905, 1.09573", \
+            "0.259387, 0.350234, 0.395564, 0.468106, 0.588322, 0.788176, 1.12066", \
+            "0.296631, 0.387421, 0.432784, 0.505429, 0.625561, 0.825283, 1.15791", \
+            "0.348974, 0.439774, 0.485231, 0.55772, 0.677986, 0.877801, 1.2103", \
+            "0.417023, 0.507952, 0.553415, 0.625864, 0.746138, 0.945936, 1.27861", \
+            "0.509198, 0.60046, 0.645987, 0.718441, 0.838688, 1.03859, 1.37115" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0336902, 0.118548, 0.177561, 0.278742, 0.451512, 0.741068, 1.22424", \
+            "0.0336912, 0.118549, 0.17757, 0.278839, 0.451659, 0.741115, 1.22425", \
+            "0.0336922, 0.11855, 0.177602, 0.278851, 0.45166, 0.741127, 1.22464", \
+            "0.0336932, 0.118551, 0.177603, 0.278852, 0.451661, 0.741128, 1.23146", \
+            "0.0338275, 0.118552, 0.177604, 0.278853, 0.451662, 0.741129, 1.23147", \
+            "0.034274, 0.118553, 0.177658, 0.278885, 0.451663, 0.74113, 1.23148", \
+            "0.034609, 0.118698, 0.177844, 0.278927, 0.451664, 0.741319, 1.23149" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.207998, 0.289675, 0.327536, 0.38619, 0.482698, 0.642252, 0.907843", \
+            "0.245263, 0.32692, 0.364963, 0.423538, 0.519956, 0.680013, 0.945122", \
+            "0.270023, 0.351633, 0.389466, 0.44834, 0.544778, 0.704397, 0.970009", \
+            "0.306543, 0.38823, 0.425913, 0.484777, 0.581159, 0.740777, 1.00629", \
+            "0.356577, 0.438261, 0.476268, 0.534786, 0.631265, 0.790855, 1.05628", \
+            "0.424462, 0.50613, 0.544141, 0.602727, 0.699106, 0.858722, 1.12422", \
+            "0.509809, 0.591426, 0.629077, 0.688036, 0.78443, 0.944074, 1.20959" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0327722, 0.098213, 0.141733, 0.21581, 0.34294, 0.558055, 0.917997", \
+            "0.0327929, 0.098214, 0.141734, 0.215811, 0.343492, 0.558501, 0.918039", \
+            "0.0327939, 0.098215, 0.141735, 0.215812, 0.343493, 0.558502, 0.918072", \
+            "0.0327949, 0.098216, 0.141736, 0.215813, 0.343494, 0.558503, 0.918073", \
+            "0.0327959, 0.098217, 0.141737, 0.215814, 0.343495, 0.558504, 0.918074", \
+            "0.0327969, 0.098218, 0.141738, 0.215815, 0.343496, 0.558505, 0.918393", \
+            "0.0327979, 0.098219, 0.141739, 0.215816, 0.343497, 0.558506, 0.918394" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_cond : "SCE == 1'b0";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        when : "!SCE";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.19724, 0.287963, 0.333401, 0.405892, 0.526097, 0.725941, 1.05885", \
+            "0.234222, 0.324955, 0.370533, 0.442927, 0.563342, 0.763026, 1.09555", \
+            "0.259387, 0.350234, 0.395564, 0.468106, 0.588322, 0.788176, 1.12066", \
+            "0.296631, 0.387421, 0.432784, 0.505429, 0.625561, 0.825283, 1.15791", \
+            "0.348974, 0.439774, 0.485231, 0.55772, 0.677986, 0.877801, 1.2103", \
+            "0.417023, 0.507952, 0.553415, 0.625864, 0.746138, 0.945936, 1.27861", \
+            "0.509198, 0.60046, 0.645987, 0.71844, 0.838687, 1.03859, 1.37115" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0336407, 0.118235, 0.1776, 0.278824, 0.451615, 0.740925, 1.22423", \
+            "0.0336417, 0.118236, 0.177601, 0.278864, 0.451699, 0.741022, 1.22424", \
+            "0.0336427, 0.118284, 0.177602, 0.278865, 0.4517, 0.741127, 1.22464", \
+            "0.0336678, 0.118285, 0.177603, 0.278866, 0.451701, 0.741128, 1.23146", \
+            "0.0338275, 0.118286, 0.177604, 0.278867, 0.451702, 0.741129, 1.23147", \
+            "0.034274, 0.118397, 0.177658, 0.278885, 0.451703, 0.74113, 1.23148", \
+            "0.03461, 0.118697, 0.177845, 0.278927, 0.451704, 0.741319, 1.23149" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.207979, 0.289593, 0.327694, 0.386286, 0.482578, 0.642145, 0.907634", \
+            "0.245255, 0.326921, 0.364965, 0.423582, 0.519953, 0.680011, 0.945085", \
+            "0.270023, 0.351633, 0.389466, 0.44834, 0.544778, 0.704397, 0.970009", \
+            "0.306543, 0.38823, 0.425913, 0.484777, 0.581159, 0.740777, 1.00629", \
+            "0.356577, 0.438261, 0.476268, 0.534786, 0.631265, 0.790855, 1.05628", \
+            "0.424661, 0.506367, 0.544362, 0.602965, 0.69937, 0.859011, 1.12444", \
+            "0.509808, 0.591426, 0.629076, 0.688036, 0.78443, 0.944073, 1.20959" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0328037, 0.0982129, 0.141743, 0.215801, 0.342771, 0.558051, 0.91805", \
+            "0.0328047, 0.0982139, 0.141744, 0.215802, 0.343493, 0.558501, 0.918051", \
+            "0.0328057, 0.0982149, 0.141745, 0.215803, 0.343494, 0.558502, 0.918072", \
+            "0.0328067, 0.0982159, 0.141746, 0.215804, 0.343495, 0.558503, 0.918073", \
+            "0.0328077, 0.0982169, 0.141747, 0.215805, 0.343496, 0.558504, 0.918074", \
+            "0.0328087, 0.0982179, 0.141748, 0.215806, 0.343497, 0.558505, 0.918075", \
+            "0.0328097, 0.0982189, 0.141749, 0.215807, 0.343498, 0.558506, 0.918076" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : start_edge;
+        timing_sense : non_unate;
+        timing_type : rising_edge;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.197285, 0.288307, 0.333466, 0.405942, 0.526122, 0.725868, 1.05882", \
+            "0.2342, 0.324938, 0.370519, 0.442945, 0.563303, 0.762905, 1.09573", \
+            "0.259387, 0.350234, 0.395564, 0.468106, 0.588322, 0.788176, 1.12066", \
+            "0.296631, 0.387421, 0.432784, 0.505429, 0.625561, 0.825283, 1.15791", \
+            "0.348974, 0.439774, 0.485231, 0.55772, 0.677986, 0.877801, 1.2103", \
+            "0.417023, 0.507952, 0.553415, 0.625864, 0.746138, 0.945936, 1.27861", \
+            "0.509198, 0.60046, 0.645987, 0.718441, 0.838688, 1.03859, 1.37115" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0336902, 0.118548, 0.177561, 0.278742, 0.451512, 0.741068, 1.22424", \
+            "0.0336912, 0.118549, 0.17757, 0.278839, 0.451659, 0.741115, 1.22425", \
+            "0.0336922, 0.11855, 0.177602, 0.278851, 0.45166, 0.741127, 1.22464", \
+            "0.0336932, 0.118551, 0.177603, 0.278852, 0.451661, 0.741128, 1.23146", \
+            "0.0338275, 0.118552, 0.177604, 0.278853, 0.451662, 0.741129, 1.23147", \
+            "0.034274, 0.118553, 0.177658, 0.278885, 0.451663, 0.74113, 1.23148", \
+            "0.034609, 0.118698, 0.177844, 0.278927, 0.451664, 0.741319, 1.23149" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.207979, 0.289593, 0.327694, 0.386286, 0.482578, 0.642145, 0.907634", \
+            "0.245255, 0.326921, 0.364965, 0.423582, 0.519953, 0.680011, 0.945085", \
+            "0.270023, 0.351633, 0.389466, 0.44834, 0.544778, 0.704397, 0.970009", \
+            "0.306543, 0.38823, 0.425913, 0.484777, 0.581159, 0.740777, 1.00629", \
+            "0.356577, 0.438261, 0.476268, 0.534786, 0.631265, 0.790855, 1.05628", \
+            "0.424661, 0.506367, 0.544362, 0.602965, 0.69937, 0.859011, 1.12444", \
+            "0.509808, 0.591426, 0.629076, 0.688036, 0.78443, 0.944073, 1.20959" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0328037, 0.0982129, 0.141743, 0.215801, 0.342771, 0.558051, 0.91805", \
+            "0.0328047, 0.0982139, 0.141744, 0.215802, 0.343493, 0.558501, 0.918051", \
+            "0.0328057, 0.0982149, 0.141745, 0.215803, 0.343494, 0.558502, 0.918072", \
+            "0.0328067, 0.0982159, 0.141746, 0.215804, 0.343495, 0.558503, 0.918073", \
+            "0.0328077, 0.0982169, 0.141747, 0.215805, 0.343496, 0.558504, 0.918074", \
+            "0.0328087, 0.0982179, 0.141748, 0.215806, 0.343497, 0.558505, 0.918075", \
+            "0.0328097, 0.0982189, 0.141749, 0.215807, 0.343498, 0.558506, 0.918076" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        sdf_edges : start_edge;
+        timing_sense : positive_unate;
+        timing_type : clear;
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.122802, 0.208744, 0.245823, 0.303045, 0.398159, 0.557151, 0.822272", \
+            "0.16765, 0.253641, 0.290689, 0.3479, 0.443058, 0.602114, 0.867788", \
+            "0.205442, 0.292858, 0.329807, 0.387026, 0.482178, 0.641204, 0.906293", \
+            "0.267362, 0.359788, 0.396527, 0.453577, 0.548568, 0.707398, 0.972607", \
+            "0.361337, 0.463721, 0.500162, 0.556744, 0.651382, 0.809861, 1.07498", \
+            "0.493089, 0.610357, 0.645821, 0.701314, 0.795517, 0.953429, 1.21813", \
+            "0.673706, 0.807858, 0.841019, 0.896056, 0.987509, 1.14499, 1.40894" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.033239, 0.0992138, 0.13858, 0.209499, 0.335846, 0.551307, 0.911368", \
+            "0.0339895, 0.0992232, 0.138581, 0.2095, 0.335847, 0.551308, 0.911683", \
+            "0.0370139, 0.100198, 0.138768, 0.209501, 0.335922, 0.552326, 0.911684", \
+            "0.0449152, 0.103728, 0.140545, 0.210066, 0.335923, 0.552327, 0.911685", \
+            "0.0589093, 0.111845, 0.144454, 0.21152, 0.336461, 0.552328, 0.911686", \
+            "0.083603, 0.125535, 0.150956, 0.213643, 0.337507, 0.552329, 0.91173", \
+            "0.120849, 0.144504, 0.159503, 0.21701, 0.338911, 0.553016, 0.912847" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0249257, 0.0253761, 0.025438, 0.0254644, 0.0252536, 0.0249474, 0.0249068", \
+            "0.0244332, 0.0249962, 0.0250135, 0.02498, 0.0249011, 0.0245139, 0.0244889", \
+            "0.0244134, 0.0247786, 0.0249886, 0.0249106, 0.0255402, 0.0244149, 0.0245348", \
+            "0.02467, 0.0250594, 0.0251251, 0.0251774, 0.0253241, 0.02472, 0.0259336", \
+            "0.0256442, 0.0260522, 0.026245, 0.0263121, 0.0261321, 0.0262403, 0.0257269", \
+            "0.0279657, 0.0282629, 0.0285158, 0.0286312, 0.0287145, 0.0285793, 0.0278033", \
+            "0.0331215, 0.0334367, 0.0336712, 0.0336007, 0.0338573, 0.0339529, 0.0338743" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0257486, 0.0263356, 0.0265496, 0.0264427, 0.0263833, 0.0260903, 0.0254232", \
+            "0.0254372, 0.0261379, 0.0262955, 0.0261996, 0.0262309, 0.0259715, 0.0251383", \
+            "0.0254908, 0.0260525, 0.0261902, 0.0263869, 0.0260771, 0.025791, 0.0253069", \
+            "0.0259089, 0.0265274, 0.0266029, 0.0264988, 0.0265157, 0.0272098, 0.0262961", \
+            "0.0268581, 0.0274752, 0.0277464, 0.0277534, 0.0278654, 0.0270201, 0.0278982", \
+            "0.0292544, 0.0298234, 0.0301136, 0.0301236, 0.0302758, 0.0303234, 0.0299113", \
+            "0.0342824, 0.0348628, 0.0350065, 0.0351459, 0.0350711, 0.0352328, 0.0354253" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        when : "!SCE";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.01407, 0.0144362, 0.0145687, 0.0145809, 0.0144523, 0.0140669, 0.0140806", \
+            "0.0139669, 0.0144346, 0.0145313, 0.0145007, 0.0144312, 0.0140583, 0.014209", \
+            "0.0139583, 0.0143235, 0.0145335, 0.0144555, 0.0150851, 0.0139598, 0.0140797", \
+            "0.0139628, 0.0143522, 0.0144179, 0.0144701, 0.0146169, 0.0140128, 0.0152264", \
+            "0.0140184, 0.0144261, 0.0146192, 0.0146862, 0.0145063, 0.0146145, 0.0141008", \
+            "0.0141105, 0.0144069, 0.0146601, 0.0147749, 0.0148478, 0.0147233, 0.0139473", \
+            "0.0143559, 0.014671, 0.0149047, 0.0148337, 0.0150832, 0.0151808, 0.0151094" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0148979, 0.0154876, 0.015723, 0.0156178, 0.0154977, 0.015233, 0.0145781", \
+            "0.0149638, 0.0156657, 0.0158234, 0.01576, 0.0157573, 0.0155, 0.0146431", \
+            "0.0150356, 0.0155974, 0.0157351, 0.0159317, 0.0156221, 0.0153359, 0.0148518", \
+            "0.0152017, 0.0158202, 0.0158957, 0.0157916, 0.0158085, 0.0165026, 0.0155889", \
+            "0.0152323, 0.0158494, 0.0161206, 0.0161276, 0.0162399, 0.0153944, 0.0162724", \
+            "0.0153829, 0.0159388, 0.0162252, 0.01622, 0.0164661, 0.0164815, 0.0159814", \
+            "0.015517, 0.0160972, 0.0162406, 0.0163796, 0.0163048, 0.0164667, 0.0166593" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0249257, 0.0253761, 0.025438, 0.0254644, 0.0252536, 0.0249474, 0.0249068", \
+            "0.0244332, 0.0249962, 0.0250135, 0.02498, 0.0249011, 0.0245139, 0.0244889", \
+            "0.0244134, 0.0247786, 0.0249886, 0.0249106, 0.0255402, 0.0244149, 0.0245348", \
+            "0.02467, 0.0250594, 0.0251251, 0.0251774, 0.0253241, 0.02472, 0.0259336", \
+            "0.0256442, 0.0260522, 0.026245, 0.0263121, 0.0261321, 0.0262403, 0.0257269", \
+            "0.0279657, 0.0282629, 0.0285158, 0.0286312, 0.0287145, 0.0285793, 0.0278033", \
+            "0.0331215, 0.0334367, 0.0336712, 0.0336007, 0.0338573, 0.0339529, 0.0338743" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0257486, 0.0263356, 0.0265496, 0.0264427, 0.0263833, 0.0260903, 0.0254232", \
+            "0.0254372, 0.0261379, 0.0262955, 0.0261996, 0.0262309, 0.0259715, 0.0251383", \
+            "0.0254908, 0.0260525, 0.0261902, 0.0263869, 0.0260771, 0.025791, 0.0253069", \
+            "0.0259089, 0.0265274, 0.0266029, 0.0264988, 0.0265157, 0.0272098, 0.0262961", \
+            "0.0268581, 0.0274752, 0.0277464, 0.0277534, 0.0278654, 0.0270201, 0.0278982", \
+            "0.0292544, 0.0298234, 0.0301136, 0.0301236, 0.0302758, 0.0303234, 0.0299113", \
+            "0.0342824, 0.0348628, 0.0350065, 0.0351459, 0.0350711, 0.0352328, 0.0354253" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "RESET_B";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0468, 0.078, 0.1296, 0.216, 0.36, 0.6");
+          values ( \
+            "0.0240101, 0.0245066, 0.0246346, 0.0246516, 0.0245192, 0.0241425, 0.0235602", \
+            "0.0236022, 0.0240389, 0.0241969, 0.024314, 0.0240132, 0.0237346, 0.0232081", \
+            "0.0236124, 0.0237495, 0.0238787, 0.024235, 0.0238519, 0.0237948, 0.022955", \
+            "0.0239075, 0.0235903, 0.0236851, 0.0236826, 0.0237736, 0.0233912, 0.0228152", \
+            "0.0252419, 0.0240345, 0.0241663, 0.0243069, 0.0241283, 0.0237698, 0.0250469", \
+            "0.0284921, 0.0258512, 0.0257956, 0.0257335, 0.025848, 0.0259835, 0.0246563", \
+            "0.0353577, 0.0304849, 0.0301448, 0.0298765, 0.0298452, 0.0298291, 0.0295312" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00293785;
+      rise_capacitance : 0.00297851;
+      rise_capacitance_range (0.00272949, 0.00317799);
+      fall_capacitance : 0.00288557;
+      fall_capacitance_range (0.00267321, 0.00308441);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0926208, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.127869, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110744, 0.0107246, 0.0107089, 0.0109814, 0.0118926, 0.0141047, 0.0190329" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110249, 0.0107031, 0.0108156, 0.0111051, 0.0120388, 0.014282, 0.0193486" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * SCD * SCE * !Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0206657, 0.0203209, 0.0203566, 0.0206694, 0.0215161, 0.0237834, 0.029142" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * Q)";
+        rise_power (scalar) {
+          values ( \
+            "0" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0193023, 0.0190184, 0.0191641, 0.0195163, 0.0205572, 0.0229667, 0.0282128" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(RESET_B * !SCD * SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.010843, 0.0104723, 0.0104551, 0.0107072, 0.0116258, 0.013856, 0.018766" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0106729, 0.010348, 0.0104597, 0.0107399, 0.0116406, 0.0139001, 0.0189653" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(D * RESET_B * !SCE * Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110734, 0.0107278, 0.0107087, 0.0109813, 0.0118927, 0.0141048, 0.0190329" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110206, 0.0107097, 0.0108157, 0.0111051, 0.0120389, 0.014282, 0.0193487" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!RESET_B * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108083, 0.0104529, 0.0104385, 0.0106986, 0.0115749, 0.0138157, 0.018726" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0100012, 0.00967366, 0.0097647, 0.0100554, 0.0109741, 0.0132115, 0.018277" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!D * RESET_B * !SCE * !Q)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108301, 0.0104745, 0.0104556, 0.0107077, 0.0116263, 0.0138565, 0.0187663" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.010672, 0.0103507, 0.0104606, 0.0107403, 0.011641, 0.0139005, 0.0189657" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.010843, 0.0104723, 0.0104551, 0.0107072, 0.0116258, 0.013856, 0.018766" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0110206, 0.0107097, 0.0108157, 0.0111051, 0.0120389, 0.014282, 0.0193487" \
+          );
+        }
+      }
+    }
+    pin (D) {
+      direction : input;
+      nextstate_type : data;
+      max_transition : 2.5074;
+      capacitance : 0.00276791;
+      rise_capacitance : 0.00280092;
+      rise_capacitance_range (0.00246384, 0.0030519);
+      fall_capacitance : 0.0027349;
+      fall_capacitance_range (0.00241903, 0.00292302);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.092592, -0.0581518, -0.0197167", \
+            "-0.274294, -0.221542, -0.187847, -0.147848", \
+            "-0.358476, -0.305167, -0.272535, -0.230355", \
+            "-0.439005, -0.385458, -0.35441, -0.312863" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.149157, -0.0426755, 0.0344321, 0.112503", \
+            "-0.284278, -0.175706, -0.101307, -0.0186453", \
+            "-0.37905, -0.273698, -0.196981, -0.114532", \
+            "-0.482179, -0.374462, -0.300736, -0.218414" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.190725, 0.120046, 0.0864414, 0.0493987", \
+            "0.319219, 0.249553, 0.214071, 0.178087", \
+            "0.402196, 0.336636, 0.299518, 0.261429", \
+            "0.482179, 0.415697, 0.379834, 0.342378" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.212732, 0.0876004, 0.00928808, -0.066631", \
+            "0.344177, 0.218996, 0.140643, 0.0653783", \
+            "0.438201, 0.315657, 0.237456, 0.159731", \
+            "0.544241, 0.421195, 0.34311, 0.262687" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * !SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0222426, 0.0218888, 0.0218998, 0.0220333, 0.0227106, 0.024459, 0.0285693" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189693, 0.0186575, 0.0187488, 0.0190456, 0.0199177, 0.0219644, 0.0265426" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0222426, 0.0218888, 0.0218998, 0.0220333, 0.0227106, 0.024459, 0.0285693" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0189693, 0.0186575, 0.0187488, 0.0190456, 0.0199177, 0.0219644, 0.0265426" \
+          );
+        }
+      }
+    }
+    pin (RESET_B) {
+      direction : input;
+      max_transition : 2.5074;
+      capacitance : 0.00510599;
+      rise_capacitance : 0.00510599;
+      rise_capacitance_range (0.00510599, 0.00510599);
+      fall_capacitance : 0.00510599;
+      fall_capacitance_range (0.00480819, 0.00531405);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : recovery_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.117369, 0.050163, 0.0144316, -0.0207588", \
+            "0.281782, 0.196077, 0.159, 0.123107", \
+            "0.625941, 0.402196, 0.321105, 0.269904", \
+            "1.41042, 1.07271, 0.893976, 0.7674" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : removal_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0978076, -0.0376839, -0.00157274, 0.036949", \
+            "-0.244344, -0.175706, -0.138021, -0.0983663", \
+            "-0.371335, -0.2973, -0.256345, -0.21623", \
+            "-0.517258, -0.443187, -0.402434, -0.360088" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "RESET_B";
+        timing_type : min_pulse_width;
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.134277, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+    }
+    pin (SCD) {
+      direction : input;
+      nextstate_type : scan_in;
+      max_transition : 2.5074;
+      capacitance : 0.00288297;
+      rise_capacitance : 0.00290481;
+      rise_capacitance_range (0.00257017, 0.00315395);
+      fall_capacitance : 0.00283928;
+      fall_capacitance_range (0.00252797, 0.00302613);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.146711, -0.092592, -0.0581518, -0.0197167", \
+            "-0.27679, -0.221542, -0.187847, -0.147848", \
+            "-0.358476, -0.307789, -0.272535, -0.230355", \
+            "-0.439005, -0.385458, -0.35441, -0.312863" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.149157, -0.0401797, 0.0344321, 0.115202", \
+            "-0.279286, -0.173159, -0.0960622, -0.0158963", \
+            "-0.373907, -0.268453, -0.191584, -0.111707", \
+            "-0.479481, -0.374462, -0.297911, -0.215462" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.190725, 0.120046, 0.0864414, 0.0493987", \
+            "0.319219, 0.249553, 0.214071, 0.178087", \
+            "0.402196, 0.336636, 0.299518, 0.261429", \
+            "0.482179, 0.415697, 0.379834, 0.342378" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.212732, 0.0876004, 0.00928808, -0.066631", \
+            "0.344177, 0.218996, 0.140643, 0.0653783", \
+            "0.440773, 0.318279, 0.237456, 0.159731", \
+            "0.544241, 0.421195, 0.34311, 0.265638" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * RESET_B * SCE)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0223926, 0.022042, 0.0220073, 0.0222152, 0.0228449, 0.0245919, 0.0287055" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0188551, 0.0185265, 0.0185967, 0.0189209, 0.0198129, 0.0218324, 0.0264665" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0223926, 0.022042, 0.0220073, 0.0222152, 0.0228449, 0.0245919, 0.0287055" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0188551, 0.0185265, 0.0185967, 0.0189209, 0.0198129, 0.0218324, 0.0264665" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      direction : input;
+      nextstate_type : scan_enable;
+      max_transition : 2.5074;
+      capacitance : 0.00484385;
+      rise_capacitance : 0.0050874;
+      rise_capacitance_range (0.00444413, 0.00578189);
+      fall_capacitance : 0.00460031;
+      fall_capacitance_range (0.00440955, 0.00509962);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.149157, -0.0950879, -0.0607236, -0.0251134", \
+            "-0.27679, -0.221542, -0.187847, -0.147848", \
+            "-0.361048, -0.307789, -0.272535, -0.23318", \
+            "-0.4471, -0.396454, -0.36006, -0.321718" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.156492, -0.0476672, 0.0267168, 0.107106", \
+            "-0.27679, -0.168066, -0.0934398, -0.0131473", \
+            "-0.36362, -0.257963, -0.18079, -0.100407", \
+            "-0.457894, -0.35247, -0.275311, -0.19185" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.19317, 0.125038, 0.0890132, 0.0547954", \
+            "0.319219, 0.249553, 0.214071, 0.178087", \
+            "0.404768, 0.336636, 0.302217, 0.264254", \
+            "0.492973, 0.423944, 0.388309, 0.351233" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.220067, 0.0950879, 0.0170034, -0.0585359", \
+            "0.341682, 0.216449, 0.138021, 0.0626293", \
+            "0.427914, 0.302544, 0.226663, 0.148431", \
+            "0.522655, 0.399203, 0.320511, 0.242026" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * D * RESET_B * !SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0233319, 0.0230611, 0.0231003, 0.0232988, 0.0239024, 0.0253952, 0.0287893" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0259379, 0.0257128, 0.0257295, 0.0260176, 0.0266264, 0.0281659, 0.0316274" \
+          );
+        }
+      }
+      internal_power () {
+        when : "(!CLK * !D * RESET_B * SCD)";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.02571, 0.0252839, 0.0252839, 0.02559, 0.0266155, 0.0295336, 0.0363997" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0251064, 0.0403736, 0.0413797, 0.0418776, 0.0431306, 0.0462442, 0.0533955" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.02571, 0.0252839, 0.0252839, 0.02559, 0.0266155, 0.0295336, 0.0363997" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0251064, 0.0403736, 0.0413797, 0.0418776, 0.0431306, 0.0462442, 0.0533955" \
+          );
+        }
+      }
+    }
+    ff (IQ,IQN) {
+      clear : "!RESET_B";
+      clocked_on : "CLK";
+      next_state : "(SCE*SCD)+(!SCE*D)";
+    }
+    test_cell () {
+      pin (Q) {
+        direction : output;
+        function : "IQ";
+        signal_type : test_scan_out;
+      }
+      pin (CLK) {
+        direction : input;
+      }
+      pin (D) {
+        direction : input;
+      }
+      pin (RESET_B) {
+        direction : input;
+      }
+      pin (SCD) {
+        direction : input;
+        signal_type : test_scan_in;
+      }
+      pin (SCE) {
+        direction : input;
+        signal_type : test_scan_enable;
+      }
+      ff (IQ,IQN) {
+        clear : "!RESET_B";
+        clocked_on : "CLK";
+        next_state : "D";
+      }
+    }
+  }
+  cell (sg13g2_sighold) {
+    area : 9.072;
+    cell_footprint : "sighold";
+    cell_leakage_power : 161.571;
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 138.903;
+      when : "SH";
+    }
+    leakage_power () {
+      value : 184.238;
+      when : "!SH";
+    }
+    pin (SH) {
+      direction : "inout";
+      driver_type : bus_hold;
+      capacitance : 0.0181867;
+      rise_capacitance : 0.0267671;
+      rise_capacitance_range (0.0267671, 0.0267671);
+      fall_capacitance : 0.00960621;
+      fall_capacitance_range (0.00960621, 0.00960621);
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00525936, 0.00656321, 0.00799181, 0.0108784, 0.0167202, 0.0284683, 0.051929" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00424659, 0.00447016, 0.00529475, 0.00762731, 0.0133593, 0.0257042, 0.0527263" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_slgcp_1) {
+    area : 30.8448;
+    cell_footprint : "slgcp";
+    cell_leakage_power : 415.618;
+    clock_gating_integrated_cell : "latch_posedge_precontrol";
+    dont_touch : true;
+    dont_use : true;
+    leakage_power () {
+      value : 355.439;
+      when : "!CLK&GATE&SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 428.646;
+      when : "CLK&GATE&SCE&GCLK";
+    }
+    leakage_power () {
+      value : 439.838;
+      when : "!GATE&SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 387.099;
+      when : "!CLK&GATE&!SCE&!GCLK";
+    }
+    leakage_power () {
+      value : 460.31;
+      when : "CLK&GATE&!SCE&GCLK";
+    }
+    leakage_power () {
+      value : 422.377;
+      when : "!GATE&!SCE&!GCLK";
+    }
+    statetable ("CLK GATE SCE", "int_GATE") {
+      table : "L L L : - : L,\
+               L L H : - : H,\
+               L H L : - : H,\
+               L H H : - : H,\
+               H - - : - : N";
+    }
+    pin (int_GATE) {
+      direction : "internal";
+      internal_node : "int_GATE";
+    }
+    pin (GCLK) {
+      clock_gate_out_pin : true;
+      direction : "output";
+      min_capacitance : 0.001;
+      state_function : "CLK * int_GATE";
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "CLK";
+        timing_sense : positive_unate;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0757328, 0.144988, 0.188652, 0.260372, 0.380026, 0.579484, 0.91178", \
+            "0.105629, 0.175595, 0.219275, 0.291005, 0.410882, 0.610454, 0.942505", \
+            "0.12681, 0.198155, 0.241964, 0.31371, 0.433479, 0.632968, 0.965192", \
+            "0.157504, 0.231517, 0.275378, 0.347244, 0.467103, 0.666582, 0.998865", \
+            "0.199524, 0.280163, 0.324087, 0.395886, 0.515842, 0.715253, 1.0476", \
+            "0.252531, 0.346628, 0.391534, 0.463363, 0.583452, 0.782806, 1.11494", \
+            "0.322623, 0.438546, 0.48706, 0.561013, 0.682138, 0.882228, 1.21453" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0189441, 0.105043, 0.167324, 0.270874, 0.44462, 0.734172, 1.21677", \
+            "0.0204972, 0.105452, 0.167456, 0.270948, 0.444782, 0.734467, 1.21678", \
+            "0.0224967, 0.106223, 0.167955, 0.27118, 0.444783, 0.73805, 1.21679", \
+            "0.026935, 0.107843, 0.168923, 0.271849, 0.445121, 0.738051, 1.21685", \
+            "0.0353963, 0.111644, 0.171057, 0.272846, 0.445838, 0.738052, 1.21717", \
+            "0.048643, 0.12179, 0.177623, 0.276291, 0.447686, 0.738053, 1.21821", \
+            "0.06717, 0.144541, 0.194244, 0.287982, 0.454944, 0.7411, 1.22071" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0611297, 0.117665, 0.152564, 0.209944, 0.305439, 0.46449, 0.729436", \
+            "0.0970436, 0.154788, 0.189843, 0.247197, 0.34284, 0.501877, 0.766866", \
+            "0.120478, 0.179621, 0.214795, 0.272168, 0.367775, 0.526868, 0.791767", \
+            "0.153934, 0.21655, 0.251731, 0.309233, 0.405006, 0.564206, 0.829105", \
+            "0.199442, 0.268644, 0.304147, 0.36152, 0.45718, 0.616332, 0.8813", \
+            "0.255701, 0.336547, 0.372939, 0.430656, 0.526118, 0.684994, 0.950056", \
+            "0.327195, 0.426096, 0.466042, 0.525301, 0.62165, 0.781069, 1.0462" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0153497, 0.0796898, 0.125962, 0.202996, 0.332203, 0.547751, 0.907036", \
+            "0.0174859, 0.0803364, 0.126233, 0.203203, 0.33277, 0.547916, 0.907037", \
+            "0.0203729, 0.0815012, 0.127019, 0.203498, 0.332771, 0.55033, 0.907038", \
+            "0.02605, 0.0838004, 0.128539, 0.204758, 0.333216, 0.550331, 0.907513", \
+            "0.0349774, 0.0889442, 0.131773, 0.206598, 0.334685, 0.550332, 0.907936", \
+            "0.048079, 0.099767, 0.139142, 0.211015, 0.337269, 0.55128, 0.909492", \
+            "0.066889, 0.120612, 0.155914, 0.222664, 0.345027, 0.556487, 0.913447" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "CLK";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00876499, 0.00916789, 0.00918879, 0.00911769, 0.00901689, 0.00905999, 0.00902529", \
+            "0.00849688, 0.00888678, 0.00898828, 0.00886498, 0.00877478, 0.00878958, 0.00879048", \
+            "0.00842786, 0.00877416, 0.00881056, 0.00895696, 0.00874436, 0.00905586, 0.00858456", \
+            "0.00838828, 0.00868748, 0.00878488, 0.00872078, 0.00885398, 0.00885968, 0.00854718", \
+            "0.00880386, 0.00892076, 0.00899776, 0.00908386, 0.00904666, 0.00899076, 0.00894746", \
+            "0.010091, 0.0099958, 0.0100365, 0.0100768, 0.0102244, 0.0102327, 0.0096673", \
+            "0.0134626, 0.0130003, 0.0129882, 0.0130268, 0.0130979, 0.0131653, 0.0131925" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00558096, 0.00607336, 0.00608536, 0.00605996, 0.00598656, 0.00579466, 0.00547386", \
+            "0.00542548, 0.00584208, 0.00593948, 0.00598118, 0.00589038, 0.00568628, 0.00545998", \
+            "0.00552452, 0.00586902, 0.00589122, 0.00597452, 0.00597172, 0.00580342, 0.00541512", \
+            "0.00576783, 0.00605173, 0.00612543, 0.00607443, 0.00604143, 0.00606843, 0.00591263", \
+            "0.0065549, 0.0066241, 0.0067147, 0.0068058, 0.0067906, 0.0065578, 0.0069495", \
+            "0.0084116, 0.0082146, 0.0082655, 0.0083003, 0.0083468, 0.0083987, 0.0079404", \
+            "0.012221, 0.0116155, 0.0116114, 0.0115912, 0.0116853, 0.0117375, 0.0116814" \
+          );
+        }
+      }
+    }
+    pin (CLK) {
+      clock : true;
+      clock_gate_clock_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00497857;
+      rise_capacitance : 0.00504226;
+      rise_capacitance_range (0.0043894, 0.00582153);
+      fall_capacitance : 0.00491488;
+      fall_capacitance_range (0.00454194, 0.00519746);
+      timing () {
+        related_pin : "CLK";
+        timing_type : min_pulse_width;
+        rise_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.230408, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+        fall_constraint (mpw_CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.102234, 0.852051, 2.08496, 4.13818" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00760681, 0.00733012, 0.00731324, 0.00765292, 0.00841634, 0.0103262, 0.0146305" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.00752114, 0.00721912, 0.00732018, 0.00759137, 0.008421, 0.0103935, 0.0148569" \
+          );
+        }
+      }
+    }
+    pin (GATE) {
+      clock_gate_enable_pin : true;
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00193037;
+      rise_capacitance : 0.0023337;
+      rise_capacitance_range (0.00214055, 0.00249301);
+      fall_capacitance : 0.00152704;
+      fall_capacitance_range (0.00152704, 0.00241918);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0413842, 0.00220774, 0.0199561, 0.0324425", \
+            "-0.172821, -0.125232, -0.104857, -0.0909994", \
+            "-0.255088, -0.212838, -0.191206, -0.176749", \
+            "-0.330173, -0.294576, -0.276343, -0.260344" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.067738, 0.0288375, 0.081875, 0.128271", \
+            "-0.210235, -0.117656, -0.062058, -0.00622959", \
+            "-0.308394, -0.225036, -0.17225, -0.11982", \
+            "-0.406158, -0.32957, -0.284242, -0.238131" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0642269, 0.0675768, 0.114459, 0.204967", \
+            "0.212855, 0.176219, 0.173747, 0.193653", \
+            "0.316833, 0.270859, 0.26165, 0.262168", \
+            "0.411006, 0.374369, 0.361762, 0.359823" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.117579, 0.00630573, -0.05025, -0.0857578", \
+            "0.266938, 0.159662, 0.101669, 0.0436133", \
+            "0.376999, 0.280491, 0.219686, 0.166228", \
+            "0.489816, 0.402528, 0.346258, 0.294475" \
+          );
+        }
+      }
+      internal_power () {
+        when : "!CLK";
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187306, 0.0190175, 0.0191473, 0.0193292, 0.0198462, 0.0211738, 0.0243907" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0158881, 0.0269854, 0.0291922, 0.0301929, 0.0308213, 0.0323601, 0.0357053" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0187306, 0.0190175, 0.0191473, 0.0193292, 0.0198462, 0.0211738, 0.0243907" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0158881, 0.0269854, 0.0291922, 0.0301929, 0.0308213, 0.0323601, 0.0357053" \
+          );
+        }
+      }
+    }
+    pin (SCE) {
+      clock_gate_test_pin : "true";
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00232746;
+      rise_capacitance : 0.00229122;
+      rise_capacitance_range (0.00214384, 0.00241128);
+      fall_capacitance : 0.0023637;
+      fall_capacitance_range (0.0021699, 0.00254935);
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : hold_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0437869, -0.00342873, 0.0154141, 0.0255781", \
+            "-0.189668, -0.141314, -0.119848, -0.10831", \
+            "-0.284618, -0.241605, -0.218881, -0.202746", \
+            "-0.372882, -0.340519, -0.317195, -0.299519" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "-0.0741887, 0.0194724, 0.07325, 0.122518", \
+            "-0.199366, -0.105704, -0.0493668, 0.00133867", \
+            "-0.291242, -0.206801, -0.153275, -0.101971", \
+            "-0.380419, -0.302748, -0.25668, -0.207697" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "CLK";
+        sdf_edges : both_edges;
+        timing_type : setup_rising;
+        rise_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.0679447, 0.0698711, 0.116492, 0.207551", \
+            "0.230714, 0.192654, 0.189919, 0.206382", \
+            "0.343679, 0.296282, 0.286809, 0.291879", \
+            "0.453545, 0.415485, 0.402614, 0.397233" \
+          );
+        }
+        fall_constraint (CONSTRAINT_4x4) {
+          index_1 ("0.0186, 0.51636, 1.263, 2.5074");
+          index_2 ("0.0186, 0.51636, 1.263, 2.5074");
+          values ( \
+            "0.126147, 0.0137316, -0.0433457, -0.0805541", \
+            "0.256874, 0.148456, 0.0859411, 0.0341826", \
+            "0.354947, 0.257297, 0.195968, 0.144809", \
+            "0.45703, 0.368599, 0.311805, 0.262321" \
+          );
+        }
+      }
+      internal_power () {
+        rise_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0108831, 0.0107006, 0.0106954, 0.0108372, 0.0112828, 0.0127189, 0.0158235" \
+          );
+        }
+        fall_power (passive_POWER_7x1ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          values ( \
+            "0.0161537, 0.02666, 0.0287476, 0.0294923, 0.0297792, 0.0309802, 0.0338438" \
+          );
+        }
+      }
+    }
+  }
+  cell (sg13g2_tiehi) {
+    area : 7.2576;
+    cell_footprint : "tiehi";
+    cell_leakage_power : 58.0661;
+    pin (L_HI) {
+      direction : "output";
+      driver_type : open_drain;
+      function : "1";
+    }
+  }
+  cell (sg13g2_tielo) {
+    area : 7.2576;
+    cell_footprint : "tielo";
+    cell_leakage_power : 57.848;
+    pin (L_LO) {
+      direction : "output";
+      driver_type : open_source;
+      function : "0";
+    }
+  }
+  cell (sg13g2_xnor2_1) {
+    area : 14.5152;
+    cell_footprint : "xnor2";
+    cell_leakage_power : 194.767;
+    leakage_power () {
+      value : 225.812;
+      when : "A&B&Y";
+    }
+    leakage_power () {
+      value : 220.693;
+      when : "!A&B&!Y";
+    }
+    leakage_power () {
+      value : 212.282;
+      when : "A&!B&!Y";
+    }
+    leakage_power () {
+      value : 120.28;
+      when : "!A&!B&Y";
+    }
+    pin (Y) {
+      direction : "output";
+      function : "!(A^B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b1)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0729248, 0.140903, 0.184162, 0.255574, 0.375121, 0.574498, 0.906366", \
+            "0.10391, 0.172873, 0.216345, 0.287862, 0.407449, 0.606753, 0.939012", \
+            "0.125105, 0.195179, 0.238819, 0.31038, 0.43007, 0.62939, 0.961544", \
+            "0.155739, 0.228027, 0.271689, 0.343391, 0.463161, 0.66248, 0.994477", \
+            "0.198068, 0.277419, 0.320882, 0.392566, 0.512153, 0.711541, 1.04369", \
+            "0.25358, 0.345386, 0.390384, 0.462101, 0.581458, 0.78095, 1.11214", \
+            "0.325783, 0.438232, 0.486742, 0.560578, 0.68154, 0.882217, 1.21422" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206069, 0.107107, 0.169271, 0.272869, 0.446471, 0.736064, 1.2183", \
+            "0.0223528, 0.107459, 0.16964, 0.273015, 0.446771, 0.736359, 1.21861", \
+            "0.0246819, 0.10823, 0.170106, 0.273404, 0.446777, 0.73759, 1.21862", \
+            "0.0295458, 0.109957, 0.171055, 0.27396, 0.447216, 0.737591, 1.21892", \
+            "0.0383141, 0.114384, 0.173356, 0.275049, 0.448007, 0.737592, 1.21893", \
+            "0.052003, 0.124366, 0.17986, 0.278733, 0.449615, 0.738134, 1.21998", \
+            "0.071117, 0.146217, 0.196506, 0.290063, 0.456977, 0.74306, 1.223" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.071193, 0.16795, 0.232227, 0.338121, 0.51493, 0.809684, 1.30039", \
+            "0.106734, 0.203694, 0.26812, 0.374088, 0.551458, 0.84564, 1.33683", \
+            "0.130174, 0.227612, 0.291968, 0.397946, 0.575111, 0.869976, 1.36067", \
+            "0.163839, 0.262362, 0.326809, 0.43271, 0.609731, 0.904456, 1.39557", \
+            "0.210486, 0.31224, 0.376005, 0.482153, 0.658833, 0.953468, 1.44452", \
+            "0.269102, 0.378545, 0.442499, 0.54727, 0.723865, 1.01858, 1.50942", \
+            "0.341313, 0.465667, 0.529794, 0.635591, 0.811128, 1.10565, 1.59615" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0232012, 0.143889, 0.228917, 0.369633, 0.605847, 0.999191, 1.65355", \
+            "0.0248648, 0.14407, 0.229148, 0.369804, 0.605848, 0.999192, 1.65465", \
+            "0.027198, 0.144379, 0.229157, 0.369805, 0.605849, 0.999193, 1.65466", \
+            "0.0321851, 0.145181, 0.229819, 0.370033, 0.60585, 0.999214, 1.65618", \
+            "0.0408834, 0.14777, 0.230996, 0.370875, 0.605998, 0.999359, 1.65619", \
+            "0.053643, 0.153741, 0.234625, 0.373053, 0.60759, 1.00032, 1.6562", \
+            "0.072366, 0.167935, 0.24358, 0.378965, 0.611048, 1.00231, 1.65651" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0543961, 0.186415, 0.276347, 0.425112, 0.673708, 1.0878, 1.77715", \
+            "0.0819378, 0.218583, 0.308879, 0.457737, 0.706543, 1.12047, 1.81123", \
+            "0.0990472, 0.246367, 0.337443, 0.486359, 0.735361, 1.15033, 1.8393", \
+            "0.12188, 0.295512, 0.392438, 0.544284, 0.793939, 1.20834, 1.89846", \
+            "0.150674, 0.374493, 0.486539, 0.652652, 0.911142, 1.32857, 2.01918", \
+            "0.186094, 0.487448, 0.627663, 0.825129, 1.11529, 1.55645, 2.25615", \
+            "0.232454, 0.638056, 0.827124, 1.08221, 1.43543, 1.94333, 2.70026" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390261, 0.219651, 0.345006, 0.552462, 0.900347, 1.47929, 2.44281", \
+            "0.0461932, 0.220605, 0.345395, 0.553146, 0.900348, 1.47947, 2.44439", \
+            "0.0558296, 0.226444, 0.348163, 0.554113, 0.900349, 1.48041, 2.4444", \
+            "0.0748835, 0.247353, 0.36418, 0.562272, 0.903288, 1.48042, 2.44441", \
+            "0.11033, 0.297342, 0.410691, 0.600657, 0.927146, 1.48915, 2.44635", \
+            "0.166213, 0.389165, 0.508712, 0.697622, 1.01346, 1.54903, 2.4723", \
+            "0.248331, 0.547933, 0.68628, 0.890477, 1.21075, 1.7327, 2.61855" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0484446, 0.143705, 0.208369, 0.315082, 0.493501, 0.790725, 1.28599", \
+            "0.0771565, 0.180533, 0.245791, 0.352727, 0.531286, 0.828727, 1.32394", \
+            "0.0959418, 0.212407, 0.280224, 0.388321, 0.567113, 0.86474, 1.36094", \
+            "0.121883, 0.265173, 0.340749, 0.455482, 0.637752, 0.935898, 1.43133", \
+            "0.155637, 0.347975, 0.440099, 0.571461, 0.76965, 1.07788, 1.57575", \
+            "0.196642, 0.470174, 0.590158, 0.755653, 0.989255, 1.33343, 1.85695", \
+            "0.25427, 0.635361, 0.806141, 1.02867, 1.32892, 1.74617, 2.34417" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0277518, 0.151935, 0.238249, 0.380621, 0.618464, 1.01563, 1.67797", \
+            "0.0342363, 0.154817, 0.239421, 0.381533, 0.618465, 1.01645, 1.67798", \
+            "0.0426959, 0.164048, 0.245768, 0.384083, 0.619655, 1.01646, 1.67799", \
+            "0.0605719, 0.187622, 0.26784, 0.400141, 0.628287, 1.01899, 1.678", \
+            "0.0933871, 0.235338, 0.31737, 0.448627, 0.668019, 1.04198, 1.68686", \
+            "0.149357, 0.326211, 0.414787, 0.550184, 0.770821, 1.13227, 1.74889", \
+            "0.233714, 0.485116, 0.590593, 0.742676, 0.973921, 1.34303, 1.94388" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "!B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0543961, 0.186415, 0.276347, 0.425112, 0.673708, 1.0878, 1.77715", \
+            "0.0819378, 0.218583, 0.308879, 0.457737, 0.706543, 1.12047, 1.81123", \
+            "0.0990472, 0.246367, 0.337443, 0.486359, 0.735361, 1.15033, 1.8393", \
+            "0.12188, 0.295512, 0.392438, 0.544284, 0.793939, 1.20834, 1.89846", \
+            "0.150674, 0.374493, 0.486539, 0.652652, 0.911142, 1.32857, 2.01918", \
+            "0.186094, 0.487448, 0.627663, 0.825129, 1.11529, 1.55645, 2.25615", \
+            "0.232454, 0.638056, 0.827124, 1.08221, 1.43543, 1.94333, 2.70026" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390261, 0.219651, 0.345006, 0.552462, 0.900347, 1.47929, 2.44281", \
+            "0.0461932, 0.220605, 0.345395, 0.553146, 0.900348, 1.47947, 2.44439", \
+            "0.0558296, 0.226444, 0.348163, 0.554113, 0.900349, 1.48041, 2.4444", \
+            "0.0748835, 0.247353, 0.36418, 0.562272, 0.903288, 1.48042, 2.44441", \
+            "0.11033, 0.297342, 0.410691, 0.600657, 0.927146, 1.48915, 2.44635", \
+            "0.166213, 0.389165, 0.508712, 0.697622, 1.01346, 1.54903, 2.4723", \
+            "0.248331, 0.547933, 0.68628, 0.890477, 1.21075, 1.7327, 2.61855" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0484446, 0.143705, 0.208369, 0.315082, 0.493501, 0.790725, 1.28599", \
+            "0.0771565, 0.180533, 0.245791, 0.352727, 0.531286, 0.828727, 1.32394", \
+            "0.0959418, 0.212407, 0.280224, 0.388321, 0.567113, 0.86474, 1.36094", \
+            "0.121883, 0.265173, 0.340749, 0.455482, 0.637752, 0.935898, 1.43133", \
+            "0.155637, 0.347975, 0.440099, 0.571461, 0.76965, 1.07788, 1.57575", \
+            "0.196642, 0.470174, 0.590158, 0.755653, 0.989255, 1.33343, 1.85695", \
+            "0.25427, 0.635361, 0.806141, 1.02867, 1.32892, 1.74617, 2.34417" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0277518, 0.151935, 0.238249, 0.380621, 0.618464, 1.01563, 1.67797", \
+            "0.0342363, 0.154817, 0.239421, 0.381533, 0.618465, 1.01645, 1.67798", \
+            "0.0426959, 0.164048, 0.245768, 0.384083, 0.619655, 1.01646, 1.67799", \
+            "0.0605719, 0.187622, 0.26784, 0.400141, 0.628287, 1.01899, 1.678", \
+            "0.0933871, 0.235338, 0.31737, 0.448627, 0.668019, 1.04198, 1.68686", \
+            "0.149357, 0.326211, 0.414787, 0.550184, 0.770821, 1.13227, 1.74889", \
+            "0.233714, 0.485116, 0.590593, 0.742676, 0.973921, 1.34303, 1.94388" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b1)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0680719, 0.134896, 0.177704, 0.248856, 0.36832, 0.567506, 0.899342", \
+            "0.100331, 0.168662, 0.211868, 0.283028, 0.402285, 0.601294, 0.933372", \
+            "0.121679, 0.190904, 0.234317, 0.305513, 0.424818, 0.623668, 0.955764", \
+            "0.151833, 0.223555, 0.266759, 0.337825, 0.457747, 0.656362, 0.988317", \
+            "0.193827, 0.272249, 0.315637, 0.386263, 0.505466, 0.704191, 1.03646", \
+            "0.248798, 0.339586, 0.384086, 0.45566, 0.573466, 0.77121, 1.1025", \
+            "0.320612, 0.432492, 0.480335, 0.552726, 0.672576, 0.87284, 1.20327" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0206342, 0.107153, 0.169379, 0.273053, 0.446675, 0.736238, 1.21858", \
+            "0.0233023, 0.10768, 0.169749, 0.273156, 0.446802, 0.736586, 1.2187", \
+            "0.0265673, 0.108521, 0.170237, 0.273544, 0.446833, 0.738787, 1.21884", \
+            "0.0327685, 0.110166, 0.17118, 0.274158, 0.447518, 0.738788, 1.21885", \
+            "0.0428269, 0.114419, 0.173519, 0.275091, 0.448198, 0.738789, 1.21923", \
+            "0.057557, 0.125173, 0.179717, 0.278673, 0.449795, 0.73879, 1.22013", \
+            "0.078877, 0.14831, 0.197895, 0.29049, 0.457685, 0.743393, 1.22321" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0719399, 0.16319, 0.226812, 0.332832, 0.510714, 0.807499, 1.30246", \
+            "0.103958, 0.197621, 0.261463, 0.36738, 0.544958, 0.841922, 1.3369", \
+            "0.124748, 0.219568, 0.283388, 0.389361, 0.566959, 0.863857, 1.35867", \
+            "0.154555, 0.252014, 0.315671, 0.421833, 0.598694, 0.895938, 1.39053", \
+            "0.19492, 0.296388, 0.360298, 0.466335, 0.643191, 0.939194, 1.43381", \
+            "0.244924, 0.354675, 0.419307, 0.524735, 0.701758, 0.997893, 1.49123", \
+            "0.304219, 0.432399, 0.497355, 0.60497, 0.782212, 1.07803, 1.5721" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0290056, 0.15197, 0.238186, 0.38036, 0.619057, 1.01564, 1.67707", \
+            "0.0295941, 0.151971, 0.238187, 0.380688, 0.619058, 1.01625, 1.67814", \
+            "0.0308056, 0.151972, 0.238188, 0.380689, 0.619059, 1.01666, 1.67815", \
+            "0.0340647, 0.151973, 0.238189, 0.38069, 0.61906, 1.01667, 1.67816", \
+            "0.0418207, 0.151974, 0.23819, 0.380691, 0.619061, 1.01668, 1.67817", \
+            "0.054864, 0.157947, 0.239278, 0.380692, 0.619062, 1.01669, 1.67818", \
+            "0.075371, 0.175228, 0.250199, 0.386419, 0.620386, 1.0167, 1.67819" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.04714, 0.18021, 0.270233, 0.418857, 0.667403, 1.08137, 1.77114", \
+            "0.0754391, 0.216223, 0.306536, 0.455278, 0.70431, 1.11826, 1.80917", \
+            "0.0931871, 0.250497, 0.341779, 0.490536, 0.739384, 1.15429, 1.84316", \
+            "0.117208, 0.310498, 0.410206, 0.56315, 0.812356, 1.22616, 1.91621", \
+            "0.149833, 0.402467, 0.524303, 0.697577, 0.959387, 1.37655, 2.06584", \
+            "0.191337, 0.52849, 0.685582, 0.903255, 1.20989, 1.66133, 2.36013", \
+            "0.243792, 0.692733, 0.905899, 1.19166, 1.58563, 2.13011, 2.91259" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390083, 0.219572, 0.344979, 0.552595, 0.900317, 1.47898, 2.44281", \
+            "0.052569, 0.22145, 0.345433, 0.553936, 0.900318, 1.47945, 2.44437", \
+            "0.0664926, 0.23152, 0.350206, 0.553937, 0.900319, 1.48025, 2.44438", \
+            "0.0892765, 0.264203, 0.376082, 0.568396, 0.904609, 1.48026, 2.44439", \
+            "0.125487, 0.333952, 0.446084, 0.627884, 0.942717, 1.49491, 2.44833", \
+            "0.179862, 0.450469, 0.578994, 0.76735, 1.07318, 1.58588, 2.48711", \
+            "0.264852, 0.635689, 0.795202, 1.02129, 1.34916, 1.86082, 2.70768" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0417193, 0.137047, 0.201079, 0.306714, 0.483506, 0.778165, 1.26886", \
+            "0.0675306, 0.173567, 0.238452, 0.344595, 0.521668, 0.816716, 1.30723", \
+            "0.0833229, 0.204682, 0.272579, 0.380088, 0.557519, 0.852631, 1.3439", \
+            "0.103702, 0.256029, 0.332223, 0.44697, 0.62826, 0.924057, 1.41522", \
+            "0.127592, 0.335639, 0.429565, 0.561897, 0.759877, 1.06631, 1.56026", \
+            "0.154377, 0.452272, 0.576103, 0.743953, 0.978479, 1.3217, 1.84264", \
+            "0.190643, 0.607598, 0.784516, 1.01205, 1.31491, 1.73413, 2.3301" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0211805, 0.143757, 0.229054, 0.369898, 0.605469, 0.998222, 1.65351", \
+            "0.0276818, 0.146881, 0.23039, 0.37015, 0.605509, 0.99945, 1.65444", \
+            "0.0361121, 0.156349, 0.237034, 0.3733, 0.606282, 0.999451, 1.65445", \
+            "0.0528183, 0.180096, 0.259376, 0.390315, 0.616021, 1.00176, 1.65446", \
+            "0.0847457, 0.229258, 0.309946, 0.439496, 0.656679, 1.02586, 1.66387", \
+            "0.141111, 0.321103, 0.408044, 0.543094, 0.760216, 1.11716, 1.72678", \
+            "0.228882, 0.482027, 0.588649, 0.736548, 0.966199, 1.32891, 1.92542" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b0)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "!A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.04714, 0.18021, 0.270233, 0.418857, 0.667403, 1.08137, 1.77114", \
+            "0.0754391, 0.216223, 0.306536, 0.455278, 0.70431, 1.11826, 1.80917", \
+            "0.0931871, 0.250497, 0.341779, 0.490536, 0.739384, 1.15429, 1.84316", \
+            "0.117208, 0.310498, 0.410206, 0.56315, 0.812356, 1.22616, 1.91621", \
+            "0.149833, 0.402467, 0.524303, 0.697577, 0.959387, 1.37655, 2.06584", \
+            "0.191337, 0.52849, 0.685582, 0.903255, 1.20989, 1.66133, 2.36013", \
+            "0.243792, 0.692733, 0.905899, 1.19166, 1.58563, 2.13011, 2.91259" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390083, 0.219572, 0.344979, 0.552595, 0.900317, 1.47898, 2.44281", \
+            "0.052569, 0.22145, 0.345433, 0.553936, 0.900318, 1.47945, 2.44437", \
+            "0.0664926, 0.23152, 0.350206, 0.553937, 0.900319, 1.48025, 2.44438", \
+            "0.0892765, 0.264203, 0.376082, 0.568396, 0.904609, 1.48026, 2.44439", \
+            "0.125487, 0.333952, 0.446084, 0.627884, 0.942717, 1.49491, 2.44833", \
+            "0.179862, 0.450469, 0.578994, 0.76735, 1.07318, 1.58588, 2.48711", \
+            "0.264852, 0.635689, 0.795202, 1.02129, 1.34916, 1.86082, 2.70768" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0417193, 0.137047, 0.201079, 0.306714, 0.483506, 0.778165, 1.26886", \
+            "0.0675306, 0.173567, 0.238452, 0.344595, 0.521668, 0.816716, 1.30723", \
+            "0.0833229, 0.204682, 0.272579, 0.380088, 0.557519, 0.852631, 1.3439", \
+            "0.103702, 0.256029, 0.332223, 0.44697, 0.62826, 0.924057, 1.41522", \
+            "0.127592, 0.335639, 0.429565, 0.561897, 0.759877, 1.06631, 1.56026", \
+            "0.154377, 0.452272, 0.576103, 0.743953, 0.978479, 1.3217, 1.84264", \
+            "0.190643, 0.607598, 0.784516, 1.01205, 1.31491, 1.73413, 2.3301" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0211805, 0.143757, 0.229054, 0.369898, 0.605469, 0.998222, 1.65351", \
+            "0.0276818, 0.146881, 0.23039, 0.37015, 0.605509, 0.99945, 1.65444", \
+            "0.0361121, 0.156349, 0.237034, 0.3733, 0.606282, 0.999451, 1.65445", \
+            "0.0528183, 0.180096, 0.259376, 0.390315, 0.616021, 1.00176, 1.65446", \
+            "0.0847457, 0.229258, 0.309946, 0.439496, 0.656679, 1.02586, 1.66387", \
+            "0.141111, 0.321103, 0.408044, 0.543094, 0.760216, 1.11716, 1.72678", \
+            "0.228882, 0.482027, 0.588649, 0.736548, 0.966199, 1.32891, 1.92542" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00781214, 0.00813616, 0.00806091, 0.00797589, 0.00782688, 0.00761097, 0.00764081", \
+            "0.0075391, 0.00792933, 0.00797275, 0.00781849, 0.00769685, 0.0074514, 0.00711247", \
+            "0.00749355, 0.0078489, 0.00786452, 0.00797514, 0.00766297, 0.00755871, 0.00713561", \
+            "0.00757079, 0.0078466, 0.00787135, 0.0077681, 0.00785229, 0.00755147, 0.00719283", \
+            "0.00800953, 0.00822357, 0.00828381, 0.00831296, 0.0082183, 0.00809983, 0.00759265", \
+            "0.00939228, 0.00941735, 0.00947458, 0.00951119, 0.00955894, 0.00947611, 0.00892512", \
+            "0.0128454, 0.0125322, 0.0125563, 0.0125423, 0.0126404, 0.0127266, 0.0126521" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00704816, 0.00747858, 0.00748949, 0.00745848, 0.00735303, 0.00721235, 0.00687106", \
+            "0.00679415, 0.00722931, 0.00725524, 0.00722877, 0.00718516, 0.00697414, 0.00676715", \
+            "0.00681635, 0.00716484, 0.00730469, 0.00725938, 0.00717016, 0.00702854, 0.00669749", \
+            "0.00705271, 0.00733646, 0.00736438, 0.00743727, 0.00733207, 0.00719919, 0.00712547", \
+            "0.00781005, 0.0079451, 0.00802351, 0.00807203, 0.00791216, 0.00815423, 0.00773558", \
+            "0.00948795, 0.00942693, 0.00951315, 0.00954577, 0.00958641, 0.00928958, 0.0094731", \
+            "0.0132188, 0.0128484, 0.0128357, 0.0128497, 0.0128852, 0.012878, 0.0129171" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "!B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00495838, 0.00501603, 0.0049712, 0.00491569, 0.0048058, 0.00458254, 0.0042692", \
+            "0.00473695, 0.00483798, 0.00483575, 0.00480732, 0.00468496, 0.00452822, 0.00466665", \
+            "0.00469895, 0.00481051, 0.00478724, 0.0047741, 0.00466207, 0.00454011, 0.00422446", \
+            "0.00473244, 0.00474503, 0.00478497, 0.00470359, 0.00473582, 0.00443641, 0.00457607", \
+            "0.00510879, 0.00492689, 0.00485551, 0.00476424, 0.00484406, 0.00451927, 0.00426965", \
+            "0.00653511, 0.00566407, 0.00544897, 0.0052933, 0.00493791, 0.00504053, 0.0042872", \
+            "0.0101643, 0.00814719, 0.00753613, 0.00696844, 0.00642543, 0.00572758, 0.00532976" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00494398, 0.00495073, 0.00492482, 0.00486662, 0.00473107, 0.00455151, 0.00424521", \
+            "0.0047059, 0.00489265, 0.0048552, 0.00484804, 0.0046876, 0.00456663, 0.00415471", \
+            "0.00464922, 0.00478834, 0.00484121, 0.00477072, 0.00469448, 0.00450088, 0.00421753", \
+            "0.00466363, 0.00479715, 0.00478264, 0.00474342, 0.00479059, 0.00474846, 0.00416355", \
+            "0.00499764, 0.00487881, 0.00491217, 0.00482749, 0.00467317, 0.00500631, 0.00421728", \
+            "0.00624641, 0.00553431, 0.00536077, 0.0052384, 0.0051624, 0.00470884, 0.00488509", \
+            "0.0097146, 0.00779487, 0.00724568, 0.00667838, 0.00630507, 0.00590389, 0.00521668" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00781214, 0.00813616, 0.00806091, 0.00797589, 0.00782688, 0.00761097, 0.00764081", \
+            "0.0075391, 0.00792933, 0.00797275, 0.00781849, 0.00769685, 0.0074514, 0.00711247", \
+            "0.00749355, 0.0078489, 0.00786452, 0.00797514, 0.00766297, 0.00755871, 0.00713561", \
+            "0.00757079, 0.0078466, 0.00787135, 0.0077681, 0.00785229, 0.00755147, 0.00719283", \
+            "0.00800953, 0.00822357, 0.00828381, 0.00831296, 0.0082183, 0.00809983, 0.00759265", \
+            "0.00939228, 0.00941735, 0.00947458, 0.00951119, 0.00955894, 0.00947611, 0.00892512", \
+            "0.0128454, 0.0125322, 0.0125563, 0.0125423, 0.0126404, 0.0127266, 0.0126521" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00704816, 0.00747858, 0.00748949, 0.00745848, 0.00735303, 0.00721235, 0.00687106", \
+            "0.00679415, 0.00722931, 0.00725524, 0.00722877, 0.00718516, 0.00697414, 0.00676715", \
+            "0.00681635, 0.00716484, 0.00730469, 0.00725938, 0.00717016, 0.00702854, 0.00669749", \
+            "0.00705271, 0.00733646, 0.00736438, 0.00743727, 0.00733207, 0.00719919, 0.00712547", \
+            "0.00781005, 0.0079451, 0.00802351, 0.00807203, 0.00791216, 0.00815423, 0.00773558", \
+            "0.00948795, 0.00942693, 0.00951315, 0.00954577, 0.00958641, 0.00928958, 0.0094731", \
+            "0.0132188, 0.0128484, 0.0128357, 0.0128497, 0.0128852, 0.012878, 0.0129171" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00795466, 0.0079216, 0.00774113, 0.00755527, 0.00735047, 0.0070537, 0.00671476", \
+            "0.00761747, 0.00777512, 0.00773681, 0.00749324, 0.00727544, 0.00700077, 0.006612", \
+            "0.00762305, 0.00778906, 0.00773407, 0.00765702, 0.00739099, 0.00725306, 0.00668456", \
+            "0.00785876, 0.00797538, 0.00798056, 0.00779542, 0.00778771, 0.00734121, 0.00689269", \
+            "0.00857373, 0.0086276, 0.00870157, 0.00866375, 0.00842177, 0.00822764, 0.0077236", \
+            "0.0103332, 0.0102083, 0.010246, 0.0103157, 0.0102327, 0.0100868, 0.00942489", \
+            "0.0143675, 0.0137734, 0.0138349, 0.0137945, 0.0138337, 0.0138393, 0.0136982" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00749015, 0.00671214, 0.00649466, 0.00628226, 0.00609141, 0.00580751, 0.00544999", \
+            "0.0068503, 0.00656217, 0.00639413, 0.00614705, 0.00591811, 0.00565863, 0.00533136", \
+            "0.00673539, 0.00655908, 0.00648093, 0.0062157, 0.00599937, 0.00575744, 0.00538411", \
+            "0.00684761, 0.00687541, 0.00670055, 0.00664198, 0.00631798, 0.00608758, 0.0056684", \
+            "0.00744965, 0.00750894, 0.00747339, 0.00738042, 0.00705522, 0.00715001, 0.00650949", \
+            "0.00909328, 0.00904591, 0.00906741, 0.00903541, 0.00895613, 0.00843919, 0.00861848", \
+            "0.0130143, 0.0126665, 0.0126147, 0.0126453, 0.0126552, 0.0124656, 0.012311" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "!A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00328589, 0.00346352, 0.00343081, 0.0033723, 0.00326241, 0.00305338, 0.00271949", \
+            "0.0031249, 0.00331265, 0.00331489, 0.00337476, 0.00320409, 0.00305703, 0.00319638", \
+            "0.00322614, 0.0032995, 0.0032711, 0.00324753, 0.00319671, 0.00306159, 0.00310934", \
+            "0.00355654, 0.0033289, 0.00334478, 0.0032419, 0.00316523, 0.00300099, 0.00275417", \
+            "0.00434682, 0.00374291, 0.00357783, 0.00342161, 0.00352865, 0.00303751, 0.00284675", \
+            "0.00621622, 0.0049411, 0.00458073, 0.00424932, 0.00377227, 0.003787, 0.00302856", \
+            "0.0102302, 0.00801627, 0.00731073, 0.00653748, 0.00576619, 0.00475865, 0.00413634" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00404564, 0.0043884, 0.00437464, 0.00432513, 0.0042188, 0.00402071, 0.00366711", \
+            "0.00372606, 0.00426974, 0.0043249, 0.004275, 0.00420392, 0.00408938, 0.00375347", \
+            "0.0036648, 0.00410313, 0.004213, 0.00420339, 0.00423753, 0.00405049, 0.00369993", \
+            "0.00370779, 0.00401551, 0.00408521, 0.00411204, 0.00420131, 0.00414107, 0.00367174", \
+            "0.00413122, 0.00404688, 0.00413296, 0.0041327, 0.0040929, 0.00442381, 0.00388514", \
+            "0.00557289, 0.00465258, 0.00449278, 0.00450695, 0.00441448, 0.00405782, 0.00422743", \
+            "0.00936563, 0.00690281, 0.00637817, 0.00581712, 0.00550536, 0.005115, 0.00460652" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00795466, 0.0079216, 0.00774113, 0.00755527, 0.00735047, 0.0070537, 0.00671476", \
+            "0.00761747, 0.00777512, 0.00773681, 0.00749324, 0.00727544, 0.00700077, 0.006612", \
+            "0.00762305, 0.00778906, 0.00773407, 0.00765702, 0.00739099, 0.00725306, 0.00668456", \
+            "0.00785876, 0.00797538, 0.00798056, 0.00779542, 0.00778771, 0.00734121, 0.00689269", \
+            "0.00857373, 0.0086276, 0.00870157, 0.00866375, 0.00842177, 0.00822764, 0.0077236", \
+            "0.0103332, 0.0102083, 0.010246, 0.0103157, 0.0102327, 0.0100868, 0.00942489", \
+            "0.0143675, 0.0137734, 0.0138349, 0.0137945, 0.0138337, 0.0138393, 0.0136982" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00749015, 0.00671214, 0.00649466, 0.00628226, 0.00609141, 0.00580751, 0.00544999", \
+            "0.0068503, 0.00656217, 0.00639413, 0.00614705, 0.00591811, 0.00565863, 0.00533136", \
+            "0.00673539, 0.00655908, 0.00648093, 0.0062157, 0.00599937, 0.00575744, 0.00538411", \
+            "0.00684761, 0.00687541, 0.00670055, 0.00664198, 0.00631798, 0.00608758, 0.0056684", \
+            "0.00744965, 0.00750894, 0.00747339, 0.00738042, 0.00705522, 0.00715001, 0.00650949", \
+            "0.00909328, 0.00904591, 0.00906741, 0.00903541, 0.00895613, 0.00843919, 0.00861848", \
+            "0.0130143, 0.0126665, 0.0126147, 0.0126453, 0.0126552, 0.0124656, 0.012311" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00562179;
+      rise_capacitance : 0.00565498;
+      rise_capacitance_range (0.00488317, 0.00675279);
+      fall_capacitance : 0.0055886;
+      fall_capacitance_range (0.00482796, 0.00650562);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00508831;
+      rise_capacitance : 0.00510961;
+      rise_capacitance_range (0.00443518, 0.00591128);
+      fall_capacitance : 0.00506701;
+      fall_capacitance_range (0.00440544, 0.00570882);
+    }
+  }
+  cell (sg13g2_xor2_1) {
+    area : 14.5152;
+    cell_footprint : "xor2";
+    cell_leakage_power : 184.817;
+    leakage_power () {
+      value : 194.557;
+      when : "!A&!B&!X";
+    }
+    leakage_power () {
+      value : 194.606;
+      when : "A&B&!X";
+    }
+    leakage_power () {
+      value : 174.794;
+      when : "A&!B&X";
+    }
+    leakage_power () {
+      value : 175.311;
+      when : "!A&B&X";
+    }
+    pin (X) {
+      direction : "output";
+      function : "(A^B)";
+      min_capacitance : 0.001;
+      max_capacitance : 0.3;
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b0)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0718354, 0.20564, 0.296091, 0.445045, 0.694123, 1.10901, 1.8009", \
+            "0.108702, 0.241829, 0.332504, 0.481608, 0.731002, 1.14627, 1.83807", \
+            "0.133612, 0.266107, 0.356604, 0.505868, 0.755481, 1.17018, 1.86198", \
+            "0.170334, 0.302101, 0.392365, 0.541445, 0.790967, 1.2063, 1.8977", \
+            "0.222817, 0.356297, 0.446345, 0.594935, 0.844276, 1.25952, 1.95092", \
+            "0.293503, 0.432867, 0.521934, 0.669898, 0.91868, 1.33356, 2.0253", \
+            "0.387629, 0.541088, 0.629822, 0.776436, 1.02483, 1.43892, 2.13028" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0301637, 0.210443, 0.336135, 0.543961, 0.891998, 1.47136, 2.43794", \
+            "0.0313911, 0.210491, 0.336136, 0.544186, 0.891999, 1.47149, 2.43818", \
+            "0.0334345, 0.210492, 0.336137, 0.544187, 0.893108, 1.4715, 2.43878", \
+            "0.0380833, 0.21072, 0.336138, 0.544188, 0.893109, 1.47151, 2.43879", \
+            "0.0465393, 0.211468, 0.336594, 0.544254, 0.89311, 1.47152, 2.44971", \
+            "0.059359, 0.214588, 0.338144, 0.545221, 0.893111, 1.47153, 2.44972", \
+            "0.077834, 0.223939, 0.342975, 0.547818, 0.894394, 1.47294, 2.44973" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0876569, 0.14919, 0.184604, 0.242274, 0.338195, 0.498148, 0.764441", \
+            "0.116582, 0.179129, 0.214719, 0.272396, 0.368409, 0.528318, 0.794548", \
+            "0.136023, 0.200303, 0.236138, 0.293985, 0.390034, 0.549977, 0.81617", \
+            "0.163493, 0.231387, 0.267732, 0.325972, 0.422253, 0.582286, 0.848592", \
+            "0.200369, 0.275194, 0.312101, 0.370525, 0.467085, 0.627113, 0.893646", \
+            "0.24492, 0.331652, 0.371307, 0.431074, 0.527331, 0.686868, 0.953072", \
+            "0.297372, 0.403567, 0.447461, 0.510673, 0.610219, 0.771022, 1.03849" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218606, 0.0861914, 0.131592, 0.208299, 0.337621, 0.554196, 0.915371", \
+            "0.022902, 0.0866208, 0.13176, 0.208349, 0.337737, 0.55475, 0.915466", \
+            "0.0249836, 0.0878811, 0.132783, 0.20874, 0.338115, 0.555516, 0.915467", \
+            "0.0293521, 0.090671, 0.134828, 0.210272, 0.33885, 0.555517, 0.916098", \
+            "0.0375776, 0.0968503, 0.138998, 0.21276, 0.340538, 0.556269, 0.916384", \
+            "0.050665, 0.108387, 0.14853, 0.219534, 0.343889, 0.558011, 0.917855", \
+            "0.069891, 0.131972, 0.168274, 0.234628, 0.355675, 0.565072, 0.922541" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0587262, 0.190667, 0.281033, 0.430612, 0.680061, 1.09616, 1.78968", \
+            "0.0873396, 0.223767, 0.314427, 0.463875, 0.714426, 1.13037, 1.82499", \
+            "0.10485, 0.25163, 0.343049, 0.492722, 0.74283, 1.15994, 1.85282", \
+            "0.127758, 0.300664, 0.397706, 0.550393, 0.801358, 1.21805, 1.91175", \
+            "0.154445, 0.379118, 0.491523, 0.658243, 0.918036, 1.33772, 2.03193", \
+            "0.183137, 0.490165, 0.631198, 0.829968, 1.12138, 1.56462, 2.26822", \
+            "0.221332, 0.636975, 0.82863, 1.08519, 1.44022, 1.95075, 2.71033" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0368146, 0.218865, 0.345123, 0.553674, 0.902557, 1.48446, 2.45464", \
+            "0.0425291, 0.219575, 0.345981, 0.554385, 0.903375, 1.4848, 2.45476", \
+            "0.050889, 0.225021, 0.347987, 0.555396, 0.904043, 1.48538, 2.45541", \
+            "0.0684612, 0.244666, 0.362811, 0.562648, 0.905852, 1.48714, 2.45542", \
+            "0.102529, 0.293529, 0.408396, 0.600014, 0.928865, 1.49486, 2.45601", \
+            "0.161469, 0.385712, 0.50513, 0.695753, 1.01332, 1.55253, 2.48212", \
+            "0.250621, 0.545683, 0.683638, 0.887621, 1.21032, 1.73661, 2.62627" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0442517, 0.138955, 0.203047, 0.308516, 0.485117, 0.778595, 1.26784", \
+            "0.0733045, 0.176361, 0.240873, 0.346497, 0.523016, 0.817126, 1.30596", \
+            "0.0923282, 0.208669, 0.275815, 0.382617, 0.559262, 0.853101, 1.34247", \
+            "0.118799, 0.262004, 0.336922, 0.450603, 0.630615, 0.925128, 1.41487", \
+            "0.154681, 0.345618, 0.437192, 0.567401, 0.763574, 1.06858, 1.56023", \
+            "0.201595, 0.469382, 0.588273, 0.752501, 0.985054, 1.32551, 1.84362", \
+            "0.266213, 0.638315, 0.806683, 1.02747, 1.32559, 1.73985, 2.33339" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0277801, 0.149922, 0.23482, 0.375554, 0.611126, 1.00261, 1.65582", \
+            "0.0363602, 0.153286, 0.236305, 0.375851, 0.611127, 1.0036, 1.65703", \
+            "0.0462792, 0.163392, 0.243438, 0.37916, 0.611387, 1.00361, 1.65704", \
+            "0.0659186, 0.187991, 0.266692, 0.39679, 0.62148, 1.00522, 1.65705", \
+            "0.0994565, 0.237757, 0.317023, 0.446463, 0.662688, 1.03056, 1.66494", \
+            "0.153638, 0.328825, 0.418088, 0.549831, 0.767187, 1.12256, 1.72954", \
+            "0.233222, 0.48679, 0.593267, 0.742158, 0.972276, 1.33547, 1.92731" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "A";
+        sdf_cond : "(B == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "B";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0587262, 0.190667, 0.281033, 0.430612, 0.680061, 1.09616, 1.78968", \
+            "0.0873396, 0.223767, 0.314427, 0.463875, 0.714426, 1.13037, 1.82499", \
+            "0.10485, 0.25163, 0.343049, 0.492722, 0.74283, 1.15994, 1.85282", \
+            "0.127758, 0.300664, 0.397706, 0.550393, 0.801358, 1.21805, 1.91175", \
+            "0.154445, 0.379118, 0.491523, 0.658243, 0.918036, 1.33772, 2.03193", \
+            "0.183137, 0.490165, 0.631198, 0.829968, 1.12138, 1.56462, 2.26822", \
+            "0.221332, 0.636975, 0.82863, 1.08519, 1.44022, 1.95075, 2.71033" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0368146, 0.218865, 0.345123, 0.553674, 0.902557, 1.48446, 2.45464", \
+            "0.0425291, 0.219575, 0.345981, 0.554385, 0.903375, 1.4848, 2.45476", \
+            "0.050889, 0.225021, 0.347987, 0.555396, 0.904043, 1.48538, 2.45541", \
+            "0.0684612, 0.244666, 0.362811, 0.562648, 0.905852, 1.48714, 2.45542", \
+            "0.102529, 0.293529, 0.408396, 0.600014, 0.928865, 1.49486, 2.45601", \
+            "0.161469, 0.385712, 0.50513, 0.695753, 1.01332, 1.55253, 2.48212", \
+            "0.250621, 0.545683, 0.683638, 0.887621, 1.21032, 1.73661, 2.62627" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0442517, 0.138955, 0.203047, 0.308516, 0.485117, 0.778595, 1.26784", \
+            "0.0733045, 0.176361, 0.240873, 0.346497, 0.523016, 0.817126, 1.30596", \
+            "0.0923282, 0.208669, 0.275815, 0.382617, 0.559262, 0.853101, 1.34247", \
+            "0.118799, 0.262004, 0.336922, 0.450603, 0.630615, 0.925128, 1.41487", \
+            "0.154681, 0.345618, 0.437192, 0.567401, 0.763574, 1.06858, 1.56023", \
+            "0.201595, 0.469382, 0.588273, 0.752501, 0.985054, 1.32551, 1.84362", \
+            "0.266213, 0.638315, 0.806683, 1.02747, 1.32559, 1.73985, 2.33339" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0277801, 0.149922, 0.23482, 0.375554, 0.611126, 1.00261, 1.65582", \
+            "0.0363602, 0.153286, 0.236305, 0.375851, 0.611127, 1.0036, 1.65703", \
+            "0.0462792, 0.163392, 0.243438, 0.37916, 0.611387, 1.00361, 1.65704", \
+            "0.0659186, 0.187991, 0.266692, 0.39679, 0.62148, 1.00522, 1.65705", \
+            "0.0994565, 0.237757, 0.317023, 0.446463, 0.662688, 1.03056, 1.66494", \
+            "0.153638, 0.328825, 0.418088, 0.549831, 0.767187, 1.12256, 1.72954", \
+            "0.233222, 0.48679, 0.593267, 0.742158, 0.972276, 1.33547, 1.92731" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b0)";
+        timing_sense : positive_unate;
+        timing_type : combinational;
+        when : "!A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0748588, 0.203347, 0.292217, 0.440351, 0.688996, 1.10486, 1.79748", \
+            "0.106176, 0.236836, 0.326459, 0.474968, 0.723575, 1.1395, 1.83238", \
+            "0.127468, 0.258204, 0.347816, 0.496313, 0.745252, 1.16054, 1.85355", \
+            "0.158904, 0.289961, 0.379787, 0.528071, 0.776976, 1.1926, 1.8856", \
+            "0.203132, 0.33678, 0.426962, 0.574869, 0.823816, 1.23898, 1.93141", \
+            "0.26273, 0.40308, 0.493507, 0.641577, 0.890709, 1.30495, 1.99694", \
+            "0.338786, 0.497061, 0.586137, 0.734581, 0.983348, 1.39776, 2.08997" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0368568, 0.218859, 0.345126, 0.553846, 0.903134, 1.48484, 2.45395", \
+            "0.0368578, 0.21886, 0.345127, 0.553847, 0.903135, 1.48594, 2.45462", \
+            "0.0368808, 0.218861, 0.345128, 0.553848, 0.903473, 1.48595, 2.45551", \
+            "0.0401692, 0.218862, 0.345129, 0.553849, 0.903474, 1.48596, 2.45557", \
+            "0.047883, 0.218863, 0.34513, 0.55385, 0.903475, 1.48597, 2.45765", \
+            "0.060834, 0.218864, 0.345131, 0.553851, 0.903476, 1.48598, 2.45766", \
+            "0.080745, 0.230331, 0.348098, 0.553852, 0.903477, 1.48599, 2.45767" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0809645, 0.141876, 0.177067, 0.234528, 0.330408, 0.490294, 0.756544", \
+            "0.112178, 0.174534, 0.210026, 0.267472, 0.363279, 0.522967, 0.78912", \
+            "0.133433, 0.197358, 0.233275, 0.290774, 0.386687, 0.546587, 0.812502", \
+            "0.163567, 0.230612, 0.266597, 0.324382, 0.420676, 0.5805, 0.846538", \
+            "0.203263, 0.277128, 0.313833, 0.37142, 0.467291, 0.6271, 0.893498", \
+            "0.253888, 0.337879, 0.376417, 0.43392, 0.530161, 0.689753, 0.955462", \
+            "0.313236, 0.417072, 0.460775, 0.52154, 0.618794, 0.779204, 1.04564" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0218357, 0.0863868, 0.131685, 0.208214, 0.33768, 0.554303, 0.915467", \
+            "0.0237792, 0.0870759, 0.132195, 0.20841, 0.337746, 0.554587, 0.916139", \
+            "0.0267368, 0.0887297, 0.133522, 0.209301, 0.338374, 0.556329, 0.91614", \
+            "0.0326266, 0.0914858, 0.135577, 0.21116, 0.339645, 0.55633, 0.916141", \
+            "0.042416, 0.0975144, 0.139785, 0.213305, 0.341543, 0.557386, 0.917315", \
+            "0.056793, 0.109248, 0.148345, 0.218441, 0.344361, 0.558907, 0.91915", \
+            "0.078757, 0.134029, 0.168133, 0.233239, 0.354754, 0.565378, 0.923393" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        timing_sense : non_unate;
+        timing_type : combinational;
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0503842, 0.183117, 0.273298, 0.42212, 0.670837, 1.08611, 1.77777", \
+            "0.0767082, 0.215298, 0.305925, 0.455268, 0.704626, 1.11947, 1.81107", \
+            "0.0917659, 0.242442, 0.334193, 0.483548, 0.733268, 1.14924, 1.83965", \
+            "0.110112, 0.290423, 0.388171, 0.540913, 0.791505, 1.20698, 1.89884", \
+            "0.129515, 0.36617, 0.480128, 0.647618, 0.907891, 1.32669, 2.01918", \
+            "0.146347, 0.473285, 0.617567, 0.817638, 1.10967, 1.55317, 2.25524", \
+            "0.167825, 0.612529, 0.808798, 1.06911, 1.42587, 1.9389, 2.69711" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0297199, 0.210395, 0.336117, 0.544008, 0.891855, 1.47141, 2.43803", \
+            "0.0360575, 0.21134, 0.336118, 0.544495, 0.891856, 1.47203, 2.43883", \
+            "0.0445427, 0.217068, 0.339037, 0.544567, 0.892147, 1.47297, 2.43884", \
+            "0.0612237, 0.237606, 0.354548, 0.553242, 0.894924, 1.47298, 2.43885", \
+            "0.0950611, 0.286258, 0.400862, 0.591418, 0.918406, 1.48169, 2.44069", \
+            "0.156693, 0.380193, 0.49934, 0.688149, 1.00369, 1.54072, 2.46702", \
+            "0.252827, 0.543728, 0.680639, 0.880808, 1.20182, 1.72571, 2.61291" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390439, 0.134151, 0.198205, 0.303748, 0.480365, 0.773857, 1.26301", \
+            "0.0684126, 0.17613, 0.240803, 0.346388, 0.522808, 0.816893, 1.30572", \
+            "0.0867431, 0.213214, 0.281447, 0.388427, 0.564772, 0.858433, 1.34786", \
+            "0.112062, 0.271723, 0.351199, 0.467295, 0.648004, 0.941623, 1.43073", \
+            "0.147339, 0.359064, 0.459297, 0.598626, 0.801712, 1.10883, 1.59943", \
+            "0.194701, 0.483622, 0.61506, 0.7963, 1.04607, 1.40215, 1.92881", \
+            "0.256981, 0.650146, 0.832873, 1.07507, 1.40595, 1.85558, 2.48411" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0279783, 0.149929, 0.235037, 0.375613, 0.61105, 1.00306, 1.65549", \
+            "0.0424713, 0.155547, 0.237364, 0.376095, 0.611051, 1.00356, 1.65693", \
+            "0.0555314, 0.171134, 0.248439, 0.38166, 0.611928, 1.00357, 1.65694", \
+            "0.0781021, 0.206859, 0.28265, 0.408321, 0.625975, 1.00738, 1.65695", \
+            "0.112968, 0.272929, 0.352967, 0.48038, 0.688017, 1.04478, 1.66897", \
+            "0.166627, 0.380515, 0.479921, 0.617565, 0.834516, 1.1792, 1.76643", \
+            "0.250035, 0.557132, 0.681258, 0.854307, 1.09927, 1.47305, 2.04909" \
+          );
+        }
+      }
+      timing () {
+        related_pin : "B";
+        sdf_cond : "(A == 1'b1)";
+        timing_sense : negative_unate;
+        timing_type : combinational;
+        when : "A";
+        cell_rise (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0503842, 0.183117, 0.273298, 0.42212, 0.670837, 1.08611, 1.77777", \
+            "0.0767082, 0.215298, 0.305925, 0.455268, 0.704626, 1.11947, 1.81107", \
+            "0.0917659, 0.242442, 0.334193, 0.483548, 0.733268, 1.14924, 1.83965", \
+            "0.110112, 0.290423, 0.388171, 0.540913, 0.791505, 1.20698, 1.89884", \
+            "0.129515, 0.36617, 0.480128, 0.647618, 0.907891, 1.32669, 2.01918", \
+            "0.146347, 0.473285, 0.617567, 0.817638, 1.10967, 1.55317, 2.25524", \
+            "0.167825, 0.612529, 0.808798, 1.06911, 1.42587, 1.9389, 2.69711" \
+          );
+        }
+        rise_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0297199, 0.210395, 0.336117, 0.544008, 0.891855, 1.47141, 2.43803", \
+            "0.0360575, 0.21134, 0.336118, 0.544495, 0.891856, 1.47203, 2.43883", \
+            "0.0445427, 0.217068, 0.339037, 0.544567, 0.892147, 1.47297, 2.43884", \
+            "0.0612237, 0.237606, 0.354548, 0.553242, 0.894924, 1.47298, 2.43885", \
+            "0.0950611, 0.286258, 0.400862, 0.591418, 0.918406, 1.48169, 2.44069", \
+            "0.156693, 0.380193, 0.49934, 0.688149, 1.00369, 1.54072, 2.46702", \
+            "0.252827, 0.543728, 0.680639, 0.880808, 1.20182, 1.72571, 2.61291" \
+          );
+        }
+        cell_fall (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0390439, 0.134151, 0.198205, 0.303748, 0.480365, 0.773857, 1.26301", \
+            "0.0684126, 0.17613, 0.240803, 0.346388, 0.522808, 0.816893, 1.30572", \
+            "0.0867431, 0.213214, 0.281447, 0.388427, 0.564772, 0.858433, 1.34786", \
+            "0.112062, 0.271723, 0.351199, 0.467295, 0.648004, 0.941623, 1.43073", \
+            "0.147339, 0.359064, 0.459297, 0.598626, 0.801712, 1.10883, 1.59943", \
+            "0.194701, 0.483622, 0.61506, 0.7963, 1.04607, 1.40215, 1.92881", \
+            "0.256981, 0.650146, 0.832873, 1.07507, 1.40595, 1.85558, 2.48411" \
+          );
+        }
+        fall_transition (TIMING_DELAY_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.0279783, 0.149929, 0.235037, 0.375613, 0.61105, 1.00306, 1.65549", \
+            "0.0424713, 0.155547, 0.237364, 0.376095, 0.611051, 1.00356, 1.65693", \
+            "0.0555314, 0.171134, 0.248439, 0.38166, 0.611928, 1.00357, 1.65694", \
+            "0.0781021, 0.206859, 0.28265, 0.408321, 0.625975, 1.00738, 1.65695", \
+            "0.112968, 0.272929, 0.352967, 0.48038, 0.688017, 1.04478, 1.66897", \
+            "0.166627, 0.380515, 0.479921, 0.617565, 0.834516, 1.1792, 1.76643", \
+            "0.250035, 0.557132, 0.681258, 0.854307, 1.09927, 1.47305, 2.04909" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00522974, 0.00527837, 0.00524698, 0.00519313, 0.00505354, 0.00483731, 0.00492529", \
+            "0.00508137, 0.00518086, 0.00520724, 0.00517427, 0.00506714, 0.0048389, 0.00496169", \
+            "0.00504109, 0.00519941, 0.00515705, 0.00513942, 0.00507458, 0.00487117, 0.00494411", \
+            "0.00505065, 0.00507685, 0.00513528, 0.00505889, 0.0050488, 0.00493536, 0.00484977", \
+            "0.0053193, 0.00522996, 0.00518488, 0.00508456, 0.00530042, 0.0049453, 0.00487788", \
+            "0.00655289, 0.00585621, 0.00566427, 0.00554996, 0.0052211, 0.00528051, 0.00499583", \
+            "0.01011, 0.00814533, 0.00760588, 0.00707669, 0.00662432, 0.00592943, 0.00556199" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00490344, 0.00490922, 0.0048655, 0.00480901, 0.00472295, 0.00449769, 0.00414592", \
+            "0.00456532, 0.00473439, 0.00470306, 0.00462672, 0.00452153, 0.00437265, 0.00405257", \
+            "0.00448746, 0.00461985, 0.00465299, 0.00457049, 0.0044921, 0.00433054, 0.00398206", \
+            "0.00451587, 0.00461089, 0.00460824, 0.00454634, 0.00479245, 0.00443456, 0.00394742", \
+            "0.0049113, 0.00474124, 0.00472441, 0.00467748, 0.00453721, 0.00479918, 0.00401321", \
+            "0.00629146, 0.00545184, 0.00531286, 0.00510606, 0.00498708, 0.00451374, 0.00463803", \
+            "0.00979837, 0.00781161, 0.00724343, 0.00661464, 0.00621916, 0.00576579, 0.00506734" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        when : "!B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00692367, 0.00732282, 0.00734064, 0.00728582, 0.00719196, 0.00696285, 0.00679972", \
+            "0.00664174, 0.00697337, 0.00705977, 0.00701281, 0.00690557, 0.00672772, 0.00655431", \
+            "0.00665383, 0.00694568, 0.00696024, 0.00701721, 0.00695787, 0.00669884, 0.00655282", \
+            "0.0068747, 0.00701671, 0.00705314, 0.00725109, 0.00708844, 0.00682284, 0.00667463", \
+            "0.00754234, 0.00760399, 0.00766434, 0.00760643, 0.00779456, 0.00733919, 0.00780764", \
+            "0.00912826, 0.00903572, 0.00905211, 0.00907333, 0.00899887, 0.00894322, 0.00870359", \
+            "0.0127023, 0.0123326, 0.0123007, 0.0122864, 0.0123351, 0.0123162, 0.0119531" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00844926, 0.00870799, 0.00863838, 0.00857153, 0.0084583, 0.00828979, 0.00790885", \
+            "0.00823413, 0.00861515, 0.00867129, 0.00856152, 0.00842383, 0.00829992, 0.00788109", \
+            "0.00824255, 0.00857103, 0.00857674, 0.00862644, 0.0085039, 0.008386, 0.00794435", \
+            "0.00825953, 0.00865484, 0.00868527, 0.00860848, 0.00852587, 0.0085206, 0.00825679", \
+            "0.00868409, 0.00897415, 0.0090187, 0.0090708, 0.00907141, 0.00874996, 0.00903142", \
+            "0.0100351, 0.0101027, 0.0102421, 0.0103112, 0.0102883, 0.0102526, 0.00969194", \
+            "0.0135242, 0.0132446, 0.0132444, 0.0132639, 0.0133474, 0.013362, 0.0134084" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00692367, 0.00732282, 0.00734064, 0.00728582, 0.00719196, 0.00696285, 0.00679972", \
+            "0.00664174, 0.00697337, 0.00705977, 0.00701281, 0.00690557, 0.00672772, 0.00655431", \
+            "0.00665383, 0.00694568, 0.00696024, 0.00701721, 0.00695787, 0.00669884, 0.00655282", \
+            "0.0068747, 0.00701671, 0.00705314, 0.00725109, 0.00708844, 0.00682284, 0.00667463", \
+            "0.00754234, 0.00760399, 0.00766434, 0.00760643, 0.00779456, 0.00733919, 0.00780764", \
+            "0.00912826, 0.00903572, 0.00905211, 0.00907333, 0.00899887, 0.00894322, 0.00870359", \
+            "0.0127023, 0.0123326, 0.0123007, 0.0122864, 0.0123351, 0.0123162, 0.0119531" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00844926, 0.00870799, 0.00863838, 0.00857153, 0.0084583, 0.00828979, 0.00790885", \
+            "0.00823413, 0.00861515, 0.00867129, 0.00856152, 0.00842383, 0.00829992, 0.00788109", \
+            "0.00824255, 0.00857103, 0.00857674, 0.00862644, 0.0085039, 0.008386, 0.00794435", \
+            "0.00825953, 0.00865484, 0.00868527, 0.00860848, 0.00852587, 0.0085206, 0.00825679", \
+            "0.00868409, 0.00897415, 0.0090187, 0.0090708, 0.00907141, 0.00874996, 0.00903142", \
+            "0.0100351, 0.0101027, 0.0102421, 0.0103112, 0.0102883, 0.0102526, 0.00969194", \
+            "0.0135242, 0.0132446, 0.0132444, 0.0132639, 0.0133474, 0.013362, 0.0134084" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00415874, 0.00444172, 0.00443262, 0.00437818, 0.00426378, 0.00402491, 0.00375973", \
+            "0.0039204, 0.00425678, 0.00428386, 0.00432028, 0.00420033, 0.00405353, 0.00386009", \
+            "0.0038779, 0.00418449, 0.00422429, 0.00419539, 0.00416903, 0.00405199, 0.00371582", \
+            "0.003898, 0.00403121, 0.00412537, 0.00411559, 0.00422582, 0.00396218, 0.00374761", \
+            "0.00426128, 0.00412344, 0.00411437, 0.00409025, 0.00415971, 0.00406372, 0.00375291", \
+            "0.00568428, 0.00475795, 0.00458907, 0.00447359, 0.00418423, 0.00438567, 0.00377052", \
+            "0.00962404, 0.0071037, 0.00652457, 0.00594251, 0.00550466, 0.00485223, 0.00461357" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00397024, 0.00404989, 0.00402423, 0.00396445, 0.0038819, 0.00368017, 0.00332194", \
+            "0.00371885, 0.00393211, 0.00395947, 0.00388132, 0.00378464, 0.00364636, 0.00337067", \
+            "0.0037554, 0.00384904, 0.00389732, 0.00384609, 0.00380123, 0.00362291, 0.00328572", \
+            "0.00402113, 0.00393443, 0.00385923, 0.0038701, 0.00385052, 0.00385285, 0.00324237", \
+            "0.0047755, 0.0042757, 0.00416405, 0.00406351, 0.00387227, 0.00408296, 0.00338473", \
+            "0.00657799, 0.00537277, 0.00507089, 0.00474048, 0.00442169, 0.00386293, 0.00389371", \
+            "0.0105761, 0.00834177, 0.007619, 0.00679463, 0.00610973, 0.00553422, 0.00454125" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        when : "!A";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00742155, 0.00698425, 0.00675817, 0.00652627, 0.00626275, 0.00594687, 0.00598686", \
+            "0.00669373, 0.00663575, 0.00648968, 0.00630016, 0.00604196, 0.0057839, 0.00571357", \
+            "0.00653117, 0.00655329, 0.00644609, 0.00628381, 0.00607269, 0.00570811, 0.00579531", \
+            "0.00663716, 0.00667527, 0.00660141, 0.00654974, 0.00646093, 0.00599862, 0.00600928", \
+            "0.00719966, 0.00722467, 0.00724196, 0.0070858, 0.00707465, 0.00664166, 0.0068254", \
+            "0.00876308, 0.0087148, 0.00874366, 0.00874399, 0.00863391, 0.00845111, 0.008261", \
+            "0.0124095, 0.0121971, 0.0121392, 0.012182, 0.0121862, 0.0121192, 0.0116523" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00776995, 0.00771546, 0.00756801, 0.00740698, 0.00722998, 0.00695335, 0.00662218", \
+            "0.00751818, 0.00765531, 0.00763926, 0.00741999, 0.00724987, 0.00703391, 0.00666971", \
+            "0.00759812, 0.00770672, 0.00766393, 0.00759936, 0.00737851, 0.0073021, 0.00681365", \
+            "0.00783041, 0.00804984, 0.00800573, 0.00783073, 0.00766787, 0.00772142, 0.00689271", \
+            "0.00856061, 0.00872176, 0.00880228, 0.00873577, 0.00857749, 0.00806851, 0.00835117", \
+            "0.0103124, 0.0102026, 0.0103172, 0.0101859, 0.0102085, 0.0101413, 0.00948773", \
+            "0.0142689, 0.0137332, 0.0137486, 0.0136794, 0.0137489, 0.0137585, 0.0136737" \
+          );
+        }
+      }
+      internal_power () {
+        related_pin : "B";
+        rise_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00742155, 0.00698425, 0.00675817, 0.00652627, 0.00626275, 0.00594687, 0.00598686", \
+            "0.00669373, 0.00663575, 0.00648968, 0.00630016, 0.00604196, 0.0057839, 0.00571357", \
+            "0.00653117, 0.00655329, 0.00644609, 0.00628381, 0.00607269, 0.00570811, 0.00579531", \
+            "0.00663716, 0.00667527, 0.00660141, 0.00654974, 0.00646093, 0.00599862, 0.00600928", \
+            "0.00719966, 0.00722467, 0.00724196, 0.0070858, 0.00707465, 0.00664166, 0.0068254", \
+            "0.00876308, 0.0087148, 0.00874366, 0.00874399, 0.00863391, 0.00845111, 0.008261", \
+            "0.0124095, 0.0121971, 0.0121392, 0.012182, 0.0121862, 0.0121192, 0.0116523" \
+          );
+        }
+        fall_power (POWER_7x7ds1) {
+          index_1 ("0.0186, 0.0966, 0.174, 0.3294, 0.6408, 1.263, 2.5074");
+          index_2 ("0.001, 0.0234, 0.039, 0.0648, 0.108, 0.18, 0.3");
+          values ( \
+            "0.00776995, 0.00771546, 0.00756801, 0.00740698, 0.00722998, 0.00695335, 0.00662218", \
+            "0.00751818, 0.00765531, 0.00763926, 0.00741999, 0.00724987, 0.00703391, 0.00666971", \
+            "0.00759812, 0.00770672, 0.00766393, 0.00759936, 0.00737851, 0.0073021, 0.00681365", \
+            "0.00783041, 0.00804984, 0.00800573, 0.00783073, 0.00766787, 0.00772142, 0.00689271", \
+            "0.00856061, 0.00872176, 0.00880228, 0.00873577, 0.00857749, 0.00806851, 0.00835117", \
+            "0.0103124, 0.0102026, 0.0103172, 0.0101859, 0.0102085, 0.0101413, 0.00948773", \
+            "0.0142689, 0.0137332, 0.0137486, 0.0136794, 0.0137489, 0.0137585, 0.0136737" \
+          );
+        }
+      }
+    }
+    pin (A) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00574527;
+      rise_capacitance : 0.00581365;
+      rise_capacitance_range (0.00507494, 0.00665093);
+      fall_capacitance : 0.00567688;
+      fall_capacitance_range (0.00482666, 0.00690317);
+    }
+    pin (B) {
+      direction : "input";
+      max_transition : 2.5074;
+      capacitance : 0.00513561;
+      rise_capacitance : 0.00521677;
+      rise_capacitance_range (0.00449637, 0.00593308);
+      fall_capacitance : 0.00505445;
+      fall_capacitance_range (0.00447156, 0.00572452);
+    }
+  }
+}
diff --git a/ihp13/pdk/licenses/LICENSE.sg13cmos5l b/ihp13/pdk/licenses/LICENSE.sg13cmos5l
new file mode 100644
index 000000000..261eeb9e9
--- /dev/null
+++ b/ihp13/pdk/licenses/LICENSE.sg13cmos5l
@@ -0,0 +1,201 @@
+                                 Apache License
+                           Version 2.0, January 2004
+                        http://www.apache.org/licenses/
+
+   TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION
+
+   1. Definitions.
+
+      "License" shall mean the terms and conditions for use, reproduction,
+      and distribution as defined by Sections 1 through 9 of this document.
+
+      "Licensor" shall mean the copyright owner or entity authorized by
+      the copyright owner that is granting the License.
+
+      "Legal Entity" shall mean the union of the acting entity and all
+      other entities that control, are controlled by, or are under common
+      control with that entity. For the purposes of this definition,
+      "control" means (i) the power, direct or indirect, to cause the
+      direction or management of such entity, whether by contract or
+      otherwise, or (ii) ownership of fifty percent (50%) or more of the
+      outstanding shares, or (iii) beneficial ownership of such entity.
+
+      "You" (or "Your") shall mean an individual or Legal Entity
+      exercising permissions granted by this License.
+
+      "Source" form shall mean the preferred form for making modifications,
+      including but not limited to software source code, documentation
+      source, and configuration files.
+
+      "Object" form shall mean any form resulting from mechanical
+      transformation or translation of a Source form, including but
+      not limited to compiled object code, generated documentation,
+      and conversions to other media types.
+
+      "Work" shall mean the work of authorship, whether in Source or
+      Object form, made available under the License, as indicated by a
+      copyright notice that is included in or attached to the work
+      (an example is provided in the Appendix below).
+
+      "Derivative Works" shall mean any work, whether in Source or Object
+      form, that is based on (or derived from) the Work and for which the
+      editorial revisions, annotations, elaborations, or other modifications
+      represent, as a whole, an original work of authorship. For the purposes
+      of this License, Derivative Works shall not include works that remain
+      separable from, or merely link (or bind by name) to the interfaces of,
+      the Work and Derivative Works thereof.
+
+      "Contribution" shall mean any work of authorship, including
+      the original version of the Work and any modifications or additions
+      to that Work or Derivative Works thereof, that is intentionally
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+      "Contributor" shall mean Licensor and any individual or Legal Entity
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+   2. Grant of Copyright License. Subject to the terms and conditions of
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+      Work and such Derivative Works in Source or Object form.
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+   3. Grant of Patent License. Subject to the terms and conditions of
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+      You may add Your own copyright statement to Your modifications and
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+   5. Submission of Contributions. Unless You explicitly state otherwise,
+      any Contribution intentionally submitted for inclusion in the Work
+      by You to the Licensor shall be under the terms and conditions of
+      this License, without any additional terms or conditions.
+      Notwithstanding the above, nothing herein shall supersede or modify
+      the terms of any separate license agreement you may have executed
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+   6. Trademarks. This License does not grant permission to use the trade
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+
+   7. Disclaimer of Warranty. Unless required by applicable law or
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+   8. Limitation of Liability. In no event and under no legal theory,
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+
+   APPENDIX: How to apply the Apache License to your work.
+
+      To apply the Apache License to your work, attach the following
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+   Licensed under the Apache License, Version 2.0 (the "License");
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+       http://www.apache.org/licenses/LICENSE-2.0
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+   Unless required by applicable law or agreed to in writing, software
+   distributed under the License is distributed on an "AS IS" BASIS,
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diff --git a/ihp13/pdk/licenses/LICENSE.sg13g2 b/ihp13/pdk/licenses/LICENSE.sg13g2
new file mode 100644
index 000000000..261eeb9e9
--- /dev/null
+++ b/ihp13/pdk/licenses/LICENSE.sg13g2
@@ -0,0 +1,201 @@
+                                 Apache License
+                           Version 2.0, January 2004
+                        http://www.apache.org/licenses/
+
+   TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION
+
+   1. Definitions.
+
+      "License" shall mean the terms and conditions for use, reproduction,
+      and distribution as defined by Sections 1 through 9 of this document.
+
+      "Licensor" shall mean the copyright owner or entity authorized by
+      the copyright owner that is granting the License.
+
+      "Legal Entity" shall mean the union of the acting entity and all
+      other entities that control, are controlled by, or are under common
+      control with that entity. For the purposes of this definition,
+      "control" means (i) the power, direct or indirect, to cause the
+      direction or management of such entity, whether by contract or
+      otherwise, or (ii) ownership of fifty percent (50%) or more of the
+      outstanding shares, or (iii) beneficial ownership of such entity.
+
+      "You" (or "Your") shall mean an individual or Legal Entity
+      exercising permissions granted by this License.
+
+      "Source" form shall mean the preferred form for making modifications,
+      including but not limited to software source code, documentation
+      source, and configuration files.
+
+      "Object" form shall mean any form resulting from mechanical
+      transformation or translation of a Source form, including but
+      not limited to compiled object code, generated documentation,
+      and conversions to other media types.
+
+      "Work" shall mean the work of authorship, whether in Source or
+      Object form, made available under the License, as indicated by a
+      copyright notice that is included in or attached to the work
+      (an example is provided in the Appendix below).
+
+      "Derivative Works" shall mean any work, whether in Source or Object
+      form, that is based on (or derived from) the Work and for which the
+      editorial revisions, annotations, elaborations, or other modifications
+      represent, as a whole, an original work of authorship. For the purposes
+      of this License, Derivative Works shall not include works that remain
+      separable from, or merely link (or bind by name) to the interfaces of,
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diff --git a/ihp13/pdk/pdk_manifest.csv b/ihp13/pdk/pdk_manifest.csv
new file mode 100644
index 000000000..44af32217
--- /dev/null
+++ b/ihp13/pdk/pdk_manifest.csv
@@ -0,0 +1,66 @@
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+github,IHP-GmbH/ihp-sg13cmos5l,5958eb38973d5c56e7a26f65fc23d9f3a740ccd2,,LICENSE,,ihp13/pdk/licenses/LICENSE.sg13cmos5l,c71d239df91726fc519c6eb72d318ec65820627232b2f796219e87dcf35d0ab4
+github,IHP-GmbH/IHP-Open-PDK,ee974c3adc69d0f36adbf20577079f0df419d702,,LICENSE,,ihp13/pdk/licenses/LICENSE.sg13g2,c71d239df91726fc519c6eb72d318ec65820627232b2f796219e87dcf35d0ab4
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+local,croc,,,,,ihp13/pdk/verilog/bondpad_70x70.v,3ca471467eff7508a20a4fe1baf08943e6f298c07f26dea6d80f690f231ba930
+github,IHP-GmbH/ihp-sg13cmos5l,5958eb38973d5c56e7a26f65fc23d9f3a740ccd2,,libs.ref/sg13cmos5l_io/verilog/sg13cmos5l_io.v,,ihp13/pdk/verilog/sg13cmos5l_io.v,204e15c480c16215bbf3eec9edba94104924a28fb81075ed63041f907c514ff9
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+github,IHP-GmbH/IHP-Open-PDK,ee974c3adc69d0f36adbf20577079f0df419d702,,ihp-sg13g2/libs.ref/sg13g2_stdcell/verilog/sg13g2_udp.v,,ihp13/pdk/verilog/sg13g2_udp.v,5491a3edf7468792b5222e7abe057e0583a407c01b2086d4fd44a55b6cf88055
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v
new file mode 100644
index 000000000..b7e23f92e
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_1024x64_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [9:0] A_ADDR;
+    input [63:0] A_DIN;
+    input A_DLY;
+    output [63:0] A_DOUT;
+    input [63:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [9:0] A_BIST_ADDR;
+    input [63:0] A_BIST_DIN;
+    input [63:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(10)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [9:0] A_ADDR_DELAY;
+    wire [63:0] A_DIN_DELAY;
+    wire [63:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [9:0] A_BIST_ADDR_DELAY;
+    wire [63:0] A_BIST_DIN_DELAY;
+    wire [63:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(10)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v
new file mode 100644
index 000000000..5f82fec4e
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_2048x64_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [10:0] A_ADDR;
+    input [63:0] A_DIN;
+    input A_DLY;
+    output [63:0] A_DOUT;
+    input [63:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [10:0] A_BIST_ADDR;
+    input [63:0] A_BIST_DIN;
+    input [63:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(11)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [10:0] A_ADDR_DELAY;
+    wire [63:0] A_DIN_DELAY;
+    wire [63:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [10:0] A_BIST_ADDR_DELAY;
+    wire [63:0] A_BIST_DIN_DELAY;
+    wire [63:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(11)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v
new file mode 100644
index 000000000..da2c06778
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_256x48_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [7:0] A_ADDR;
+    input [47:0] A_DIN;
+    input A_DLY;
+    output [47:0] A_DOUT;
+    input [47:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [7:0] A_BIST_ADDR;
+    input [47:0] A_BIST_DIN;
+    input [47:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(48),
+	.P_ADDR_WIDTH(8)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [7:0] A_ADDR_DELAY;
+    wire [47:0] A_DIN_DELAY;
+    wire [47:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [7:0] A_BIST_ADDR_DELAY;
+    wire [47:0] A_BIST_DIN_DELAY;
+    wire [47:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(48),
+	.P_ADDR_WIDTH(8)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v
new file mode 100644
index 000000000..c962b0cfa
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_256x64_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [7:0] A_ADDR;
+    input [63:0] A_DIN;
+    input A_DLY;
+    output [63:0] A_DOUT;
+    input [63:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [7:0] A_BIST_ADDR;
+    input [63:0] A_BIST_DIN;
+    input [63:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(8)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [7:0] A_ADDR_DELAY;
+    wire [63:0] A_DIN_DELAY;
+    wire [63:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [7:0] A_BIST_ADDR_DELAY;
+    wire [63:0] A_BIST_DIN_DELAY;
+    wire [63:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(8)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v
new file mode 100644
index 000000000..afa8b2d01
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v
@@ -0,0 +1,175 @@
+// ------------------------------------------------------
+//
+//		Copyright 2023 IHP PDK Authors
+//
+//		Licensed under the Apache License, Version 2.0 (the "License");
+//		you may not use this file except in compliance with the License.
+//		You may obtain a copy of the License at
+//		
+//		   https://www.apache.org/licenses/LICENSE-2.0
+//		
+//		Unless required by applicable law or agreed to in writing, software
+//		distributed under the License is distributed on an "AS IS" BASIS,
+//		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+//		See the License for the specific language governing permissions and
+//		limitations under the License.
+//		
+//		Generated on Wed Apr  2 16:02:47 2025		
+//
+// ------------------------------------------------------ 
+`celldefine
+module RM_IHPSG13_1P_512x32_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [8:0] A_ADDR;
+    input [31:0] A_DIN;
+    input A_DLY;
+    output [31:0] A_DOUT;
+    input [31:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [8:0] A_BIST_ADDR;
+    input [31:0] A_BIST_DIN;
+    input [31:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(32),
+	.P_ADDR_WIDTH(9)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [8:0] A_ADDR_DELAY;
+    wire [31:0] A_DIN_DELAY;
+    wire [31:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [8:0] A_BIST_ADDR_DELAY;
+    wire [31:0] A_BIST_DIN_DELAY;
+    wire [31:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(32),
+	.P_ADDR_WIDTH(9)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
\ No newline at end of file
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v
new file mode 100644
index 000000000..a815d4fa4
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_512x64_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [8:0] A_ADDR;
+    input [63:0] A_DIN;
+    input A_DLY;
+    output [63:0] A_DOUT;
+    input [63:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [8:0] A_BIST_ADDR;
+    input [63:0] A_BIST_DIN;
+    input [63:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(9)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [8:0] A_ADDR_DELAY;
+    wire [63:0] A_DIN_DELAY;
+    wire [63:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [8:0] A_BIST_ADDR_DELAY;
+    wire [63:0] A_BIST_DIN_DELAY;
+    wire [63:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(9)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v
new file mode 100644
index 000000000..7d5e75e2d
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v
@@ -0,0 +1,174 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+`celldefine
+module RM_IHPSG13_1P_64x64_c2_bm_bist (
+    A_CLK,
+    A_MEN,
+    A_WEN,
+    A_REN,
+    A_ADDR,
+    A_DIN,
+    A_DLY,
+    A_DOUT,
+    A_BM,
+    A_BIST_CLK,
+    A_BIST_EN,
+    A_BIST_MEN,
+    A_BIST_WEN,
+    A_BIST_REN,
+    A_BIST_ADDR,
+    A_BIST_DIN,
+    A_BIST_BM
+);
+
+    input A_CLK;
+    input A_MEN;
+    input A_WEN;
+    input A_REN;
+    input [5:0] A_ADDR;
+    input [63:0] A_DIN;
+    input A_DLY;
+    output [63:0] A_DOUT;
+    input [63:0] A_BM;
+    input A_BIST_CLK;
+    input A_BIST_EN;
+    input A_BIST_MEN;
+    input A_BIST_WEN;
+    input A_BIST_REN;
+    input [5:0] A_BIST_ADDR;
+    input [63:0] A_BIST_DIN;
+    input [63:0] A_BIST_BM;
+
+
+`ifdef FUNCTIONAL  //  functional //
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(6)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK),
+                    .A_MEN(A_MEN),
+                    .A_WEN(A_WEN),
+                    .A_REN(A_REN),
+                    .A_ADDR(A_ADDR),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM), 
+                    .A_BIST_CLK(A_BIST_CLK),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN),
+                    .A_BIST_WEN(A_BIST_WEN),
+                    .A_BIST_REN(A_BIST_REN),
+                    .A_BIST_ADDR(A_BIST_ADDR),
+                    .A_BIST_DIN(A_BIST_DIN), 
+                    .A_BIST_BM(A_BIST_BM)
+		);
+
+`else
+
+    wire A_CLK_DELAY;
+    wire A_MEN_DELAY;
+    wire A_WEN_DELAY;
+    wire A_REN_DELAY;
+    wire [5:0] A_ADDR_DELAY;
+    wire [63:0] A_DIN_DELAY;
+    wire [63:0] A_BM_DELAY;
+    wire A_BIST_CLK_DELAY;
+    wire A_BIST_MEN_DELAY;
+    wire A_BIST_WEN_DELAY;
+    wire A_BIST_REN_DELAY;
+    wire [5:0] A_BIST_ADDR_DELAY;
+    wire [63:0] A_BIST_DIN_DELAY;
+    wire [63:0] A_BIST_BM_DELAY;
+
+    reg notifier;
+
+    wire A_RW_ACCESS = (A_WEN || A_REN) && A_MEN;
+    wire A_W_ACCESS  = A_WEN && A_MEN;
+    wire A_BIST_RW_ACCESS = (A_BIST_WEN || A_BIST_REN) && A_BIST_MEN;
+    wire A_BIST_W_ACCESS  = A_BIST_WEN && A_BIST_MEN;
+
+
+
+    SRAM_1P_behavioral_bm_bist #(
+	.P_DATA_WIDTH(64),
+	.P_ADDR_WIDTH(6)
+	) i_SRAM_1P_behavioral_bm_bist (
+                    .A_CLK(A_CLK_DELAY),
+                    .A_MEN(A_MEN_DELAY),
+                    .A_WEN(A_WEN_DELAY),
+                    .A_REN(A_REN_DELAY),
+                    .A_ADDR(A_ADDR_DELAY),
+                    .A_DLY(A_DLY),
+                    .A_DIN(A_DIN_DELAY),
+                    .A_DOUT(A_DOUT), 
+                    .A_BM(A_BM_DELAY), 
+                    .A_BIST_CLK(A_BIST_CLK_DELAY),
+                    .A_BIST_EN(A_BIST_EN),
+                    .A_BIST_MEN(A_BIST_MEN_DELAY),
+                    .A_BIST_WEN(A_BIST_WEN_DELAY),
+                    .A_BIST_REN(A_BIST_REN_DELAY),
+                    .A_BIST_ADDR(A_BIST_ADDR_DELAY),
+                    .A_BIST_DIN(A_BIST_DIN_DELAY), 
+                    .A_BIST_BM(A_BIST_BM_DELAY)
+		);
+
+
+    specify
+
+      (posedge A_CLK *> (A_DOUT : A_DIN)) = (1.0, 1.0);
+      $width(posedge A_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, posedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_MEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_MEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_REN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_REN_DELAY);
+      $setuphold(posedge A_CLK &&& A_MEN, negedge A_WEN, 1.0, 1.0,notifier,,,A_CLK_DELAY, A_WEN_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, posedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+      $setuphold(posedge A_CLK &&& A_RW_ACCESS, negedge A_ADDR, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_ADDR_DELAY);
+
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_DIN, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_DIN_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, posedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      $setuphold(posedge A_CLK &&& A_W_ACCESS, negedge A_BM, 1.0 ,1.0, notifier,,,A_CLK_DELAY, A_BM_DELAY);
+      (posedge A_BIST_CLK *> (A_DOUT : A_BIST_DIN)) = (1.0, 1.0);
+      $width(posedge A_BIST_CLK, 1.0,0,notifier);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, posedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_MEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_MEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_REN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_REN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_MEN, negedge A_BIST_WEN, 1.0, 1.0,notifier,,,A_BIST_CLK_DELAY, A_BIST_WEN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, posedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_RW_ACCESS, negedge A_BIST_ADDR, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_ADDR_DELAY);
+
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_DIN, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_DIN_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, posedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+      $setuphold(posedge A_BIST_CLK &&& A_BIST_W_ACCESS, negedge A_BIST_BM, 1.0 ,1.0, notifier,,,A_BIST_CLK_DELAY, A_BIST_BM_DELAY);
+
+
+    endspecify
+
+`endif
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral.v
new file mode 100644
index 000000000..61db80c8a
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral.v
@@ -0,0 +1,81 @@
+// ------------------------------------------------------
+//
+//		Copyright 2023 IHP PDK Authors
+//
+//		Licensed under the Apache License, Version 2.0 (the "License");
+//		you may not use this file except in compliance with the License.
+//		You may obtain a copy of the License at
+//		
+//		   https://www.apache.org/licenses/LICENSE-2.0
+//		
+//		Unless required by applicable law or agreed to in writing, software
+//		distributed under the License is distributed on an "AS IS" BASIS,
+//		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+//		See the License for the specific language governing permissions and
+//		limitations under the License.
+//		
+//		Generated on Mon Apr  7 14:15:45 2025		
+//
+// ------------------------------------------------------ 
+module SRAM_1P_behavioral (A_ADDR,
+                                A_DIN,
+                                A_MEN,	// Memory enable input	-> if disabled, the memory is deactivated
+                                A_WEN,	// Common write enable input (bytes maskable with BM[23:0])
+                                A_REN,	// Read enable input ->  if enabled for read access when WEN=1 --> Write-through
+                                A_CLK,	// Clock input
+                                A_DLY,	// Delay selection signals
+                                A_DOUT
+                                );
+
+parameter  P_DATA_WIDTH=24;
+parameter  P_ADDR_WIDTH=14;
+
+input wire  [P_ADDR_WIDTH-1:0]	A_ADDR;
+input wire  [P_DATA_WIDTH-1:0] 	A_DIN;
+input wire                      A_MEN;	// Memory enable input	-> if disabled, the memory is deactivated
+input wire                      A_WEN;	// Common write enable input (bytes maskable with BM[23:0])
+input wire                      A_REN;	// Read enable input ->  if enabled for read access when WEN=1 --> Write-through
+input wire                      A_CLK;	// Clock input
+input wire                      A_DLY;	// Delay selection signals
+output wire [P_DATA_WIDTH-1:0]  A_DOUT;	// 24 Data outputs
+
+
+
+
+
+reg [P_DATA_WIDTH-1:0]    memory [0:2**(P_ADDR_WIDTH)-1]; // memory
+reg [P_DATA_WIDTH-1:0]    dr_r;
+
+
+
+wire  [P_ADDR_WIDTH-1:0]	ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	DIN_MUX;
+wire                        MEN_MUX;
+wire                        WEN_MUX;
+wire                        REN_MUX;
+wire                        CLK_MUX;
+
+//BIST-MUX
+assign ADDR_MUX=A_ADDR;
+assign DIN_MUX=A_DIN;
+assign MEN_MUX=A_MEN;
+assign WEN_MUX=A_WEN;
+assign REN_MUX=A_REN;
+assign CLK_MUX=A_CLK;
+
+always @(posedge CLK_MUX) begin
+   if(MEN_MUX==1'b1 && WEN_MUX==1'b1) begin
+		memory[ADDR_MUX] <= DIN_MUX;
+		if (REN_MUX==1'b1) begin
+			dr_r<= DIN_MUX;
+		end
+    end
+    else if(MEN_MUX==1'b1 && REN_MUX==1'b1) begin
+        dr_r<=memory[ADDR_MUX];
+    end
+end
+
+assign A_DOUT=  dr_r;
+
+
+endmodule
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v b/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v
new file mode 100644
index 000000000..070e25507
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v
@@ -0,0 +1,101 @@
+////////////////////////////////////////////////////////////////////////
+//
+// Copyright 2023 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+////////////////////////////////////////////////////////////////////////
+
+module SRAM_1P_behavioral_bm_bist (A_ADDR,
+                                A_DIN,
+                                A_BM,
+                                A_MEN,	// Memory enable input	-> if disabled, the memory is deactivated
+                                A_WEN,	// Common write enable input (bytes maskable with BM[23:0])
+                                A_REN,	// Read enable input ->  if enabled for read access when WEN=1 --> Write-through
+                                A_CLK,	// Clock input
+                                A_DLY,	// Delay selection signals
+                                A_DOUT,
+
+                                A_BIST_EN,
+                                A_BIST_ADDR,
+                                A_BIST_DIN,
+                                A_BIST_BM,
+                                A_BIST_MEN,
+                                A_BIST_WEN,
+                                A_BIST_REN,
+                                A_BIST_CLK
+                                );
+
+parameter  P_DATA_WIDTH=24;
+parameter  P_ADDR_WIDTH=14;
+
+input wire  [P_ADDR_WIDTH-1:0]	A_ADDR;
+input wire  [P_DATA_WIDTH-1:0] 	A_DIN;
+input wire  [P_DATA_WIDTH-1:0]	A_BM;	    // write bit mask, write enabled on bit [i] if BM[i]=1'b1
+input wire                      A_MEN;	// Memory enable input	-> if disabled, the memory is deactivated
+input wire                      A_WEN;	// Common write enable input (bytes maskable with BM[23:0])
+input wire                      A_REN;	// Read enable input ->  if enabled for read access when WEN=1 --> Write-through
+input wire                      A_CLK;	// Clock input
+input wire                      A_DLY;	// Delay selection signals
+output wire [P_DATA_WIDTH-1:0]  A_DOUT;	// 24 Data outputs
+
+input wire                      A_BIST_EN;
+input wire  [P_ADDR_WIDTH-1:0]	A_BIST_ADDR;
+input wire  [P_DATA_WIDTH-1:0] 	A_BIST_DIN;
+input wire  [P_DATA_WIDTH-1:0]	A_BIST_BM;
+input wire                      A_BIST_MEN;
+input wire                      A_BIST_WEN;
+input wire                      A_BIST_REN;
+input wire                      A_BIST_CLK;
+
+
+
+
+reg [P_DATA_WIDTH-1:0]    memory [0:2**(P_ADDR_WIDTH)-1]; // memory
+reg [P_DATA_WIDTH-1:0]    dr_r;
+
+
+
+wire  [P_ADDR_WIDTH-1:0]	ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	DIN_MUX;
+wire  [P_DATA_WIDTH-1:0]	BM_MUX;
+wire                        MEN_MUX;
+wire                        WEN_MUX;
+wire                        REN_MUX;
+wire                        CLK_MUX;
+
+//BIST-MUX
+assign ADDR_MUX=(A_BIST_EN==1'b1)?A_BIST_ADDR:A_ADDR;
+assign DIN_MUX=(A_BIST_EN==1'b1)?A_BIST_DIN:A_DIN;
+assign BM_MUX=(A_BIST_EN==1'b1)?A_BIST_BM:A_BM;
+assign MEN_MUX=(A_BIST_EN==1'b1)?A_BIST_MEN:A_MEN;
+assign WEN_MUX=(A_BIST_EN==1'b1)?A_BIST_WEN:A_WEN;
+assign REN_MUX=(A_BIST_EN==1'b1)?A_BIST_REN:A_REN;
+assign CLK_MUX=(A_BIST_EN==1'b1)?A_BIST_CLK:A_CLK;
+
+always @(posedge CLK_MUX) begin
+   if(MEN_MUX==1'b1 && WEN_MUX==1'b1) begin
+		memory[ADDR_MUX] <= (memory[ADDR_MUX] & ~BM_MUX) | (DIN_MUX & BM_MUX);
+		if (REN_MUX==1'b1) begin
+			dr_r<= (memory[ADDR_MUX] & ~BM_MUX) | (DIN_MUX & BM_MUX);
+		end
+    end
+    else if(MEN_MUX==1'b1 && REN_MUX==1'b1) begin
+        dr_r<=memory[ADDR_MUX];
+    end
+end
+
+assign A_DOUT=  dr_r;
+
+
+endmodule
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_bm_bist_ideal.v b/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_bm_bist_ideal.v
new file mode 100644
index 000000000..2f374f74d
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_bm_bist_ideal.v
@@ -0,0 +1,198 @@
+// ------------------------------------------------------
+//
+//		Copyright 2025 IHP PDK Authors
+//
+//		Licensed under the Apache License, Version 2.0 (the "License");
+//		you may not use this file except in compliance with the License.
+//		You may obtain a copy of the License at
+//		
+//		   https://www.apache.org/licenses/LICENSE-2.0
+//		
+//		Unless required by applicable law or agreed to in writing, software
+//		distributed under the License is distributed on an "AS IS" BASIS,
+//		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+//		See the License for the specific language governing permissions and
+//		limitations under the License.
+//		
+//		Generated on Tue Sep  9 10:49:23 2025		
+//
+// ------------------------------------------------------ 
+module SRAM_2P_behavioral_bm_bist(//inputs port
+                          A_CLK,
+                          A_DLY,
+                          A_MEN,
+                          A_ADDR,
+                          A_DIN,
+                          A_BM,
+                          A_WEN,
+                          A_REN,
+
+                          //output port a
+                          A_DOUT,
+
+                          A_BIST_EN,
+                          A_BIST_ADDR,
+                          A_BIST_DIN,
+                          A_BIST_BM,
+                          A_BIST_MEN,
+                          A_BIST_WEN,
+                          A_BIST_REN,
+                          A_BIST_CLK,
+
+
+                          //inputs port b
+                          B_CLK,
+                          B_DLY,
+                          B_MEN,
+                          B_ADDR,
+                          B_DIN,
+                          B_BM,
+                          B_WEN,
+                          B_REN,
+
+                          //output port b
+                          B_DOUT,
+
+                          B_BIST_EN,
+                          B_BIST_ADDR,
+                          B_BIST_DIN,
+                          B_BIST_BM,
+                          B_BIST_MEN,
+                          B_BIST_WEN,
+                          B_BIST_REN,
+                          B_BIST_CLK);
+
+
+
+parameter P_DATA_WIDTH =  20;
+parameter P_ADDR_WIDTH =  9;
+
+parameter P_ADDR_COUNT = 2**P_ADDR_WIDTH; //2^P_ADDR_WIDTH
+
+parameter      P_FORCE_ERROR    = 0;
+parameter [P_ADDR_WIDTH:0]    P_ERROR_ADDR    = 50;
+parameter [P_DATA_WIDTH-1:0]  P_ERROR_PATTERN     = 40'h0000000000;
+
+//inputs port a
+input                    A_CLK;
+input                    A_DLY;
+input                    A_MEN;
+input [P_ADDR_WIDTH-1:0] A_ADDR;
+input [P_DATA_WIDTH-1:0] A_DIN;
+input [P_DATA_WIDTH-1:0] A_BM;
+input                    A_WEN;
+input                    A_REN;
+
+//output port a
+output [P_DATA_WIDTH-1:0] A_DOUT;
+
+input                    A_BIST_EN;
+input [P_ADDR_WIDTH-1:0] A_BIST_ADDR;
+input [P_DATA_WIDTH-1:0] A_BIST_DIN;
+input [P_DATA_WIDTH-1:0] A_BIST_BM;
+input                    A_BIST_MEN;
+input                    A_BIST_WEN;
+input                    A_BIST_REN;
+input                    A_BIST_CLK;
+
+
+//inputs port b
+input                    B_CLK;
+input                    B_DLY;
+input                    B_MEN;
+input [P_ADDR_WIDTH-1:0] B_ADDR;
+input [P_DATA_WIDTH-1:0] B_DIN;
+input [P_DATA_WIDTH-1:0] B_BM;
+input                    B_WEN;
+input                    B_REN;
+
+//output port b
+output [P_DATA_WIDTH-1:0] B_DOUT;
+
+input                    B_BIST_EN;
+input [P_ADDR_WIDTH-1:0] B_BIST_ADDR;
+input [P_DATA_WIDTH-1:0] B_BIST_DIN;
+input [P_DATA_WIDTH-1:0] B_BIST_BM;
+input                    B_BIST_MEN;
+input                    B_BIST_WEN;
+input                    B_BIST_REN;
+input                    B_BIST_CLK;
+
+
+
+//memory array
+reg [P_DATA_WIDTH-1:0]    mem_arr [0:P_ADDR_COUNT-1];
+
+real time_a;
+real time_b;
+
+reg [P_DATA_WIDTH-1:0] dr_a_r;
+reg [P_DATA_WIDTH-1:0] dr_b_r;
+
+wire  [P_ADDR_WIDTH-1:0]	A_ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	A_DIN_MUX;
+wire  [P_DATA_WIDTH-1:0]	A_BM_MUX;
+wire                        A_MEN_MUX;
+wire                        A_WEN_MUX;
+wire                        A_REN_MUX;
+wire                        A_CLK_MUX;
+
+wire  [P_ADDR_WIDTH-1:0]	B_ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	B_DIN_MUX;
+wire  [P_DATA_WIDTH-1:0]	B_BM_MUX;
+wire                        B_MEN_MUX;
+wire                        B_WEN_MUX;
+wire                        B_REN_MUX;
+wire                        B_CLK_MUX;
+
+
+//BIST-MUX
+assign A_ADDR_MUX=(A_BIST_EN==1'b1)?A_BIST_ADDR:A_ADDR;
+assign A_DIN_MUX=(A_BIST_EN==1'b1)?A_BIST_DIN:A_DIN;
+assign A_BM_MUX=(A_BIST_EN==1'b1)?A_BIST_BM:A_BM;
+assign A_MEN_MUX=(A_BIST_EN==1'b1)?A_BIST_MEN:A_MEN;
+assign A_WEN_MUX=(A_BIST_EN==1'b1)?A_BIST_WEN:A_WEN;
+assign A_REN_MUX=(A_BIST_EN==1'b1)?A_BIST_REN:A_REN;
+assign A_CLK_MUX=(A_BIST_EN==1'b1)?A_BIST_CLK:A_CLK;
+
+assign B_ADDR_MUX=(B_BIST_EN==1'b1)?B_BIST_ADDR:B_ADDR;
+assign B_DIN_MUX=(B_BIST_EN==1'b1)?B_BIST_DIN:B_DIN;
+assign B_BM_MUX=(B_BIST_EN==1'b1)?B_BIST_BM:B_BM;
+assign B_MEN_MUX=(B_BIST_EN==1'b1)?B_BIST_MEN:B_MEN;
+assign B_WEN_MUX=(B_BIST_EN==1'b1)?B_BIST_WEN:B_WEN;
+assign B_REN_MUX=(B_BIST_EN==1'b1)?B_BIST_REN:B_REN;
+assign B_CLK_MUX=(B_BIST_EN==1'b1)?B_BIST_CLK:B_CLK;
+
+
+always @(posedge A_CLK_MUX) begin
+    time_a=$realtime;
+    if(A_MEN_MUX==1'b1 && A_WEN_MUX==1'b1) begin
+        mem_arr[A_ADDR_MUX] <= (mem_arr[A_ADDR_MUX] & ~A_BM_MUX) | (A_DIN_MUX & A_BM_MUX);
+        if (A_REN_MUX==1'b1) begin
+            dr_a_r<= (mem_arr[A_ADDR_MUX] & ~A_BM_MUX) | (A_DIN_MUX & A_BM_MUX);
+        end
+    end
+    else if(A_MEN_MUX==1'b1 && A_REN_MUX==1'b1) begin
+        dr_a_r<=mem_arr[A_ADDR_MUX];
+    end
+end
+
+
+always @(posedge B_CLK_MUX) begin
+    time_b=$realtime;
+    if(B_MEN_MUX==1'b1 && B_WEN_MUX==1'b1) begin
+        mem_arr[B_ADDR_MUX] <= (mem_arr[B_ADDR_MUX] & ~B_BM_MUX) | (B_DIN_MUX & B_BM_MUX);
+        if (B_REN_MUX==1'b1) begin
+            dr_b_r<= (mem_arr[B_ADDR_MUX] & ~B_BM_MUX) | (B_DIN_MUX & B_BM_MUX);
+        end
+    end
+    else if(B_MEN_MUX==1'b1 && B_REN_MUX==1'b1) begin
+        dr_b_r<=mem_arr[B_ADDR_MUX];
+    end
+end
+
+assign A_DOUT=  dr_a_r;
+assign B_DOUT=  dr_b_r;
+
+
+endmodule
diff --git a/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_ideal.v b/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_ideal.v
new file mode 100644
index 000000000..e9f9fb864
--- /dev/null
+++ b/ihp13/pdk/verilog/RM_IHPSG13_2P_core_behavioral_ideal.v
@@ -0,0 +1,154 @@
+// ------------------------------------------------------
+//
+//		Copyright 2023 IHP PDK Authors
+//
+//		Licensed under the Apache License, Version 2.0 (the "License");
+//		you may not use this file except in compliance with the License.
+//		You may obtain a copy of the License at
+//		
+//		   https://www.apache.org/licenses/LICENSE-2.0
+//		
+//		Unless required by applicable law or agreed to in writing, software
+//		distributed under the License is distributed on an "AS IS" BASIS,
+//		WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+//		See the License for the specific language governing permissions and
+//		limitations under the License.
+//		
+//		Generated on Thu Jun 12 11:08:49 2025		
+//
+// ------------------------------------------------------ 
+module SRAM_2P_behavioral(//inputs port
+                          A_CLK,
+                          A_DLY,
+                          A_MEN,
+                          A_ADDR,
+                          A_DIN,
+                          A_WEN,
+                          A_REN,
+
+                          //output port a
+                          A_DOUT,
+
+                          //inputs port b
+                          B_CLK,
+                          B_DLY,
+                          B_MEN,
+                          B_ADDR,
+                          B_DIN,
+                          B_WEN,
+                          B_REN,
+
+                          //output port b
+                          B_DOUT);
+
+
+
+parameter P_DATA_WIDTH =  20;
+parameter P_ADDR_WIDTH =  9;
+
+parameter P_ADDR_COUNT = 2**P_ADDR_WIDTH; //2^P_ADDR_WIDTH
+
+parameter      P_FORCE_ERROR    = 0;
+parameter [P_ADDR_WIDTH:0]    P_ERROR_ADDR    = 50;
+parameter [P_DATA_WIDTH-1:0]  P_ERROR_PATTERN     = 40'h0000000000;
+
+//inputs port a
+input                    A_CLK;
+input                    A_DLY;
+input                    A_MEN;
+input [P_ADDR_WIDTH-1:0] A_ADDR;
+input [P_DATA_WIDTH-1:0] A_DIN;
+input                    A_WEN;
+input                    A_REN;
+
+//output port a
+output [P_DATA_WIDTH-1:0] A_DOUT;
+
+
+//inputs port b
+input                    B_CLK;
+input                    B_DLY;
+input                    B_MEN;
+input [P_ADDR_WIDTH-1:0] B_ADDR;
+input [P_DATA_WIDTH-1:0] B_DIN;
+input                    B_WEN;
+input                    B_REN;
+
+//output port b
+output [P_DATA_WIDTH-1:0] B_DOUT;
+
+
+
+//memory array
+reg [P_DATA_WIDTH-1:0]    mem_arr [0:P_ADDR_COUNT-1];
+
+real time_a;
+real time_b;
+
+reg [P_DATA_WIDTH-1:0] dr_a_r;
+reg [P_DATA_WIDTH-1:0] dr_b_r;
+
+wire  [P_ADDR_WIDTH-1:0]	A_ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	A_DIN_MUX;
+wire                        A_MEN_MUX;
+wire                        A_WEN_MUX;
+wire                        A_REN_MUX;
+wire                        A_CLK_MUX;
+
+wire  [P_ADDR_WIDTH-1:0]	B_ADDR_MUX;
+wire  [P_DATA_WIDTH-1:0] 	B_DIN_MUX;
+wire  [P_DATA_WIDTH-1:0]	B_BM_MUX;
+wire                        B_MEN_MUX;
+wire                        B_WEN_MUX;
+wire                        B_REN_MUX;
+wire                        B_CLK_MUX;
+
+
+//BIST-MUX
+assign A_ADDR_MUX=A_ADDR;
+assign A_DIN_MUX=A_DIN;
+assign A_MEN_MUX=A_MEN;
+assign A_WEN_MUX=A_WEN;
+assign A_REN_MUX=A_REN;
+assign A_CLK_MUX=A_CLK;
+
+assign B_ADDR_MUX=B_ADDR;
+assign B_DIN_MUX=B_DIN;
+assign B_MEN_MUX=B_MEN;
+assign B_WEN_MUX=B_WEN;
+assign B_REN_MUX=B_REN;
+assign B_CLK_MUX=B_CLK;
+
+
+always @(posedge A_CLK_MUX) begin
+    time_a=$realtime;
+    if(A_MEN_MUX==1'b1 && A_WEN_MUX==1'b1) begin
+        mem_arr[A_ADDR_MUX] <= A_DIN_MUX;
+        if (A_REN_MUX==1'b1) begin
+            dr_a_r<= A_DIN_MUX;
+        end
+    end
+    else if(A_MEN_MUX==1'b1 && A_REN_MUX==1'b1) begin
+        dr_a_r<=mem_arr[A_ADDR_MUX];
+    end
+end
+
+
+always @(posedge B_CLK_MUX) begin
+    time_b=$realtime;
+    if(B_MEN_MUX==1'b1 && B_WEN_MUX==1'b1) begin
+        mem_arr[B_ADDR_MUX] <= B_DIN_MUX;
+        if (B_REN_MUX==1'b1) begin
+            dr_b_r<= B_DIN_MUX;
+        end
+    end
+    else if(B_MEN_MUX==1'b1 && B_REN_MUX==1'b1) begin
+        dr_b_r<=mem_arr[B_ADDR_MUX];
+    end
+end
+
+assign A_DOUT=  dr_a_r;
+assign B_DOUT=  dr_b_r;
+
+
+endmodule
diff --git a/ihp13/pdk/verilog/bondpad5l_70x70.v b/ihp13/pdk/verilog/bondpad5l_70x70.v
new file mode 100644
index 000000000..8c0d96a82
--- /dev/null
+++ b/ihp13/pdk/verilog/bondpad5l_70x70.v
@@ -0,0 +1,7 @@
+// Copyright (c) 2024-2026 ETH Zurich and University of Bologna.
+// Solderpad Hardware License, Version 0.51, see LICENSE.md for details.
+// SPDX-License-Identifier: SHL-0.51
+
+module bondpad5l_70x70 (pad);
+	inout pad;
+endmodule
diff --git a/ihp13/pdk/verilog/bondpad_70x70.v b/ihp13/pdk/verilog/bondpad_70x70.v
new file mode 100644
index 000000000..5e0ea69d1
--- /dev/null
+++ b/ihp13/pdk/verilog/bondpad_70x70.v
@@ -0,0 +1,7 @@
+// Copyright (c) 2024-2026 ETH Zurich and University of Bologna.
+// Solderpad Hardware License, Version 0.51, see LICENSE.md for details.
+// SPDX-License-Identifier: SHL-0.51
+
+module bondpad_70x70 (pad);
+	inout pad;
+endmodule
diff --git a/ihp13/pdk/verilog/sg13cmos5l_io.v b/ihp13/pdk/verilog/sg13cmos5l_io.v
new file mode 100644
index 000000000..f7050cc4f
--- /dev/null
+++ b/ihp13/pdk/verilog/sg13cmos5l_io.v
@@ -0,0 +1,388 @@
+// Copyright 2024 IHP PDK Authors
+//
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+//    https://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+
+// type: Corner
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Corner (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler200
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler200 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler400
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler400 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler1000
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler1000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler2000
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler2000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler4000
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler4000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler10000
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_Filler10000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Input
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadIn (iovdd, iovss, vdd, vss, pad, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	output p2c;
+
+	// Function
+	assign p2c = pad;
+
+	// Timing
+	specify
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadOut4mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output16mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadOut16mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output30mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadOut30mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadTriOut4mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput16mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadTriOut16mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput30mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadTriOut30mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadInOut4mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadInOut16mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadInOut30mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Analog
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadAnalog (iovdd, iovss, vdd, vss, pad, padres);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	inout padres;
+
+	// Function
+	assign pad = padres;
+	assign padres = pad;
+
+	// Timing
+	specify
+		(pad => padres) = 0;
+		(padres => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: IOVss
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadIOVss (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: IOVdd
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadIOVdd (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Vss
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadVss (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Vdd
+`timescale 1ns/10ps
+`celldefine
+module sg13cmos5l_IOPadVdd (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/sg13g2_io.v b/ihp13/pdk/verilog/sg13g2_io.v
new file mode 100644
index 000000000..63187fdda
--- /dev/null
+++ b/ihp13/pdk/verilog/sg13g2_io.v
@@ -0,0 +1,388 @@
+// Copyright 2024 IHP PDK Authors
+//
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+//    https://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+
+// type: Corner
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Corner (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler200
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler200 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler400
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler400 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler1000
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler1000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler2000
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler2000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler4000
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler4000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Filler10000
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_Filler10000 (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Input
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadIn (iovdd, iovss, vdd, vss, pad, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	output p2c;
+
+	// Function
+	assign p2c = pad;
+
+	// Timing
+	specify
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadOut4mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output16mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadOut16mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Output30mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadOut30mA (iovdd, iovss, vdd, vss, pad, c2p);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+
+	// Function
+	assign pad = c2p;
+
+	// Timing
+	specify
+		(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadTriOut4mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput16mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadTriOut16mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: TriStateOutput30mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadTriOut30mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadInOut4mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadInOut16mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: InputOutput4mA
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadInOut30mA (iovdd, iovss, vdd, vss, pad, c2p, c2p_en, p2c);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	input c2p;
+	input c2p_en;
+	output p2c;
+
+	// Function
+	assign pad = (c2p_en) ? c2p : 1'bz;
+	assign p2c = pad;
+
+	// Timing
+	specify
+		if (c2p_en == 1'b1)
+			(c2p => pad) = 0;
+		(pad => p2c) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: Analog
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadAnalog (iovdd, iovss, vdd, vss, pad, padres);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+	inout pad;
+	inout padres;
+
+	// Function
+	assign pad = padres;
+	assign padres = pad;
+
+	// Timing
+	specify
+		(pad => padres) = 0;
+		(padres => pad) = 0;
+	endspecify
+endmodule
+`endcelldefine
+
+// type: IOVss
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadIOVss (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: IOVdd
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadIOVdd (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Vss
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadVss (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
+
+// type: Vdd
+`timescale 1ns/10ps
+`celldefine
+module sg13g2_IOPadVdd (iovdd, iovss, vdd, vss);
+	inout iovdd;
+	inout iovss;
+	inout vdd;
+	inout vss;
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/sg13g2_stdcell.v b/ihp13/pdk/verilog/sg13g2_stdcell.v
new file mode 100644
index 000000000..05bfac6f3
--- /dev/null
+++ b/ihp13/pdk/verilog/sg13g2_stdcell.v
@@ -0,0 +1,3340 @@
+// Copyright 2024 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+// Modified for Croc by Philippe Sauter for Verilator compatibility.
+// Copyright (c) 2026 ETH Zurich and University of Bologna.
+// SPDX-License-Identifier: Apache-2.0
+
+// type: a21o 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a21o_1
+//   cell_description : 2-input AND into first input of 2-input OR.
+//*****************************************************************
+
+module sg13g2_a21o_1 (X, A1, A2, B1);
+	
+	output X;
+	input A1, A2, B1;
+
+	// Function
+	wire int_fwire_0;
+
+	and (int_fwire_0, A1, A2);
+	or (X, int_fwire_0, B1);
+
+	// Timing
+
+	specify
+		if (B1 == 1'b0)
+			(posedge A1 => (X : A1)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(negedge A1 => (X : A1)) = (0.0,0.0);
+		ifnone 
+			(posedge A1 => (X : A1)) = (0.0,0.0);
+		ifnone 
+			(negedge A1 => (X : A1)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(posedge A2 => (X : A2)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(negedge A2 => (X : A2)) = (0.0,0.0);
+		ifnone 
+			(posedge A2 => (X : A2)) = (0.0,0.0);
+		ifnone 
+			(negedge A2 => (X : A2)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b0)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b0)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: a21o 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a21o_2
+//   cell_description : 2-input AND into first input of 2-input OR.
+//*****************************************************************
+
+module sg13g2_a21o_2 (X, A1, A2, B1);
+		
+	output X;
+	input A1, A2, B1;
+
+	// Function
+
+	wire int_fwire_0;
+
+	and (int_fwire_0, A1, A2);
+	or (X, int_fwire_0, B1);
+        
+	// Timing
+
+	specify
+		if (B1 == 1'b0)
+			(posedge A1 => (X : A1)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(negedge A1 => (X : A1)) = (0.0,0.0);
+		ifnone 
+			(posedge A1 => (X : A1)) = (0.0,0.0);
+		ifnone 
+			(negedge A1 => (X : A1)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(posedge A2 => (X : A2)) = (0.0,0.0);
+		if (B1 == 1'b0)
+			(negedge A2 => (X : A2)) = (0.0,0.0);
+		ifnone 
+			(posedge A2 => (X : A2)) = (0.0,0.0);
+		ifnone 
+			(negedge A2 => (X : A2)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b0)
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b0)
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (X : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (X : B1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: a21oi 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a21oi_1
+//   cell_description : 2-input AND into first input of 2-input NOR.
+//*****************************************************************
+
+module sg13g2_a21oi_1 (Y, A1, A2, B1);
+		
+	output Y;
+	input A1, A2, B1;
+
+	// Function
+
+	wire int_fwire_0, int_fwire_1;
+
+	and (int_fwire_0, A1, A2);
+	or (int_fwire_1, int_fwire_0, B1);
+	not (Y, int_fwire_1);
+        
+	// Timing
+
+	specify
+		(posedge A1 => (Y : A1)) = (0.0,0.0);
+		(negedge A1 => (Y : A1)) = (0.0,0.0);
+		(posedge A2 => (Y : A2)) = (0.0,0.0);
+		(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: a21oi 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a21oi_2
+//   cell_description : 2-input AND into first input of 2-input NOR.
+//*****************************************************************
+
+module sg13g2_a21oi_2 (Y, A1, A2, B1);
+		
+	output Y;
+	input A1, A2, B1;
+
+	// Function
+
+	wire int_fwire_0, int_fwire_1;
+
+	and (int_fwire_0, A1, A2);
+	or (int_fwire_1, int_fwire_0, B1);
+	not (Y, int_fwire_1);
+
+        // Timing
+
+	specify
+		(posedge A1 => (Y : A1)) = (0.0,0.0);
+		(negedge A1 => (Y : A1)) = (0.0,0.0);
+		(posedge A2 => (Y : A2)) = (0.0,0.0);
+		(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: a221oi 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a221oi_1
+//   cell_description : 2-input AND into first two inputs of 3-input NOR.
+//*****************************************************************
+
+module sg13g2_a221oi_1 (Y, A1, A2, B1, B2, C1);
+		
+	output Y;
+	input A1, A2, B1, B2, C1;
+
+	// Function
+
+	wire int_fwire_0, int_fwire_1, int_fwire_2;
+
+	and (int_fwire_0, B1, B2);
+	and (int_fwire_1, A1, A2);
+	or (int_fwire_2, int_fwire_1, int_fwire_0, C1);
+	not (Y, int_fwire_2);
+        
+	// Timing
+
+	specify
+		if ((A2 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0))
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A2 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0))
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0))
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0))
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		ifnone 
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		ifnone 
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0))
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b1 && B2 == 1'b0 && C1 == 1'b0))
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0))
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && B1 == 1'b0 && B2 == 1'b0 && C1 == 1'b0))
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		ifnone 
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		ifnone 
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B2 == 1'b1 && C1 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B2 == 1'b1 && C1 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B2 == 1'b1 && C1 == 1'b0))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0))
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0))
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b1 && C1 == 1'b0))
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b1 && C1 == 1'b0))
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0))
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && C1 == 1'b0))
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		ifnone 
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		ifnone 
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0))
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b1 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0))
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0))
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1 && B1 == 1'b0 && B2 == 1'b0))
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && B2 == 1'b0))
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b1 && B2 == 1'b0))
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b1))
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b1))
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0))
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b0 && B1 == 1'b0 && B2 == 1'b0))
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+		ifnone 
+			(posedge C1 => (Y : C1)) = (0.0,0.0);
+		ifnone 
+			(negedge C1 => (Y : C1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: a22oi 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_a22oi_1
+//   cell_description : 2-input AND into both inputs of 2-input NOR.
+//*****************************************************************
+
+module sg13g2_a22oi_1 (Y, A1, A2, B1, B2);
+		
+	output Y;
+	input A1, A2, B1, B2;
+
+	// Function
+
+	wire int_fwire_0, int_fwire_1, int_fwire_2;
+
+	and (int_fwire_0, B1, B2);
+	and (int_fwire_1, A1, A2);
+	or (int_fwire_2, int_fwire_1, int_fwire_0);
+	not (Y, int_fwire_2);
+        
+	// Timing
+
+	specify
+		if (A2 == 1'b1 && B1 == 1'b1)
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		if (A2 == 1'b1 && B1 == 1'b1)
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		ifnone 
+			(posedge A1 => (Y : A1)) = (0.0,0.0);
+		ifnone 
+			(negedge A1 => (Y : A1)) = (0.0,0.0);
+		if (A1 == 1'b1 && B1 == 1'b1)
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		if (A1 == 1'b1 && B1 == 1'b1)
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		ifnone 
+			(posedge A2 => (Y : A2)) = (0.0,0.0);
+		ifnone 
+			(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		if (A1 == 1'b1 && A2 == 1'b0)
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		if (A1 == 1'b0 && A2 == 1'b1)
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+		ifnone 
+			(posedge B2 => (Y : B2)) = (0.0,0.0);
+		ifnone 
+			(negedge B2 => (Y : B2)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_and2_1
+//   cell_description : 2-input AND
+//*****************************************************************
+
+module sg13g2_and2_1 (X, A, B);
+		
+	output X;
+	input A, B;
+
+	// Function
+
+	and (X, A, B);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_and2_2
+//   cell_description : 2-input AND
+//*****************************************************************
+
+module sg13g2_and2_2 (X, A, B);
+		
+	output X;
+	input A, B;
+
+	// Function
+
+	and (X, A, B);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_and3_1
+//   cell_description : 3-input AND
+//*****************************************************************
+
+module sg13g2_and3_1 (X, A, B, C);
+		
+	output X;
+	input A, B, C;
+
+	// Function
+
+	and (X, A, B, C);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sighold
+//   cell_description : 3-input AND
+//*****************************************************************
+
+module sg13g2_and3_2 (X, A, B, C);
+		
+	output X;
+	input A, B, C;
+
+	// Function
+
+	and (X, A, B, C);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_and4_1
+//   cell_description : 4-input AND
+//*****************************************************************
+
+module sg13g2_and4_1 (X, A, B, C, D);
+		
+	output X;
+	input A, B, C, D;
+
+	// Function
+
+	and (X, A, B, C, D);
+
+	// Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+		(posedge D => (X : D)) = (0.0,0.0);
+		(negedge D => (X : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: and4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_and4_2
+//   cell_description : 4-input AND
+//*****************************************************************
+
+module sg13g2_and4_2 (X, A, B, C, D);
+		
+	output X;
+	input A, B, C, D;
+
+	// Function
+
+	and (X, A, B, C, D);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+		(posedge D => (X : D)) = (0.0,0.0);
+		(negedge D => (X : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: antennanp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_antennanp
+//   cell_description : Antenna effect protection cell (gate charge) at manufacture, P-diode in N-Well, N-diode in substrate
+//*****************************************************************
+
+module sg13g2_antennanp (A);
+	input A;
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: buf 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_buf_1
+//   cell_description : Buffer drive strength 1
+//*****************************************************************
+
+module sg13g2_buf_1 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: buf 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_buf_16
+//   cell_description : Buffer drive strength 16
+//*****************************************************************
+
+module sg13g2_buf_16 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: buf 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_buf_2
+//   cell_description : Buffer drive strength 2
+//*****************************************************************
+
+module sg13g2_buf_2 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: buf 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_buf_4
+//   cell_description : Buffer drive strength 4
+//*****************************************************************
+
+module sg13g2_buf_4 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: buf 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_buf_8
+//   cell_description : Buffer drive strength 8
+//*****************************************************************
+
+module sg13g2_buf_8 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: decap 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_decap_4
+//   cell_description : Decoupling capasitance filler cell
+//*****************************************************************
+
+module sg13g2_decap_4 ();
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: decap 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_decap_8
+//   cell_description : Decoupling capasitance filler cell
+//*****************************************************************
+
+module sg13g2_decap_8 ();
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dfrbp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dfrbp_1
+//   cell_description : Posedge Two-Outputs Q and Q_N D-Flip-Flop with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dfrbp_1 (Q, Q_N, CLK, D, RESET_B);
+		
+	output Q, Q_N;
+	input CLK, D, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+	wire xcr_0;
+
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, delayed_D, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		(negedge CLK => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dfrbp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dfrbp_2
+//   cell_description : Posedge Two-Outputs Q and Q_N D-Flip-Flop with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dfrbp_2 (Q, Q_N, CLK, D, RESET_B);
+		
+	output Q, Q_N;
+	input CLK, D, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+	wire xcr_0;
+
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, delayed_D, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		(negedge CLK => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dfrbpq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dfrbpq_1
+//   cell_description : Posedge Single-Output Q D-Flip-Flop with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dfrbpq_1 (Q, CLK, D, RESET_B);
+		
+	output Q;
+	input CLK, D, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_IQ, int_fwire_r, xcr_0;
+
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, delayed_D, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge CLK => (Q : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dfrbpq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dfrbpq_2
+//   cell_description : Posedge Single-Output Q D-Flip-Flop with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dfrbpq_2 (Q, CLK, D, RESET_B);
+		
+	output Q;
+	input CLK, D, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_IQ, int_fwire_r, xcr_0;
+
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, delayed_D, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge CLK => (Q : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dlhq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlhq_1
+//   cell_description : High-Active GATE Single-Output Q D-latch
+//*****************************************************************
+
+module sg13g2_dlhq_1 (Q, D, GATE);
+		
+	output Q;
+	input D, GATE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_GATE = GATE;
+`else
+	wire delayed_D, delayed_GATE;
+`endif
+
+	// Function
+
+	wire int_fwire_IQ;
+
+	ihp_latch (int_fwire_IQ, notifier, delayed_GATE, delayed_D);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(posedge D => (Q : D)) = (0.0,0.0);
+		(negedge D => (Q : D)) = (0.0,0.0);
+		(posedge GATE => (Q : D)) = (0.0,0.0);
+		(negedge GATE => (Q : D)) = (0.0,0.0);
+		$setuphold (negedge GATE, posedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$setuphold (negedge GATE, negedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$width (posedge GATE, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// type: dlhr 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlhr_1
+//   cell_description : High-Active GATE Two-Outputs Q Q_N D-latch with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dlhr_1 (Q, Q_N, D, GATE, RESET_B);
+		
+	output Q, Q_N;
+	input D, GATE, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE = GATE;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_GATE;
+`endif
+
+	// Function
+
+	wire int_fwire_IQ, int_fwire_IQN, int_fwire_r;
+
+	not (int_fwire_r, delayed_RESET_B);
+	ihp_latch_r (int_fwire_IQ, notifier, delayed_GATE, delayed_D, int_fwire_r);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(posedge D => (Q : D)) = (0.0,0.0);
+		(negedge D => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge GATE => (Q : D)) = (0.0,0.0);
+		(negedge GATE => (Q : D)) = (0.0,0.0);
+		(posedge D => (Q_N : D)) = (0.0,0.0);
+		(negedge D => (Q_N : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		(posedge GATE => (Q_N : D)) = (0.0,0.0);
+		(negedge GATE => (Q_N : D)) = (0.0,0.0);
+		$setuphold (negedge GATE, posedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$setuphold (negedge GATE, negedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$recrem (posedge RESET_B, negedge GATE, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_GATE);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge GATE, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dlhrq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlhrq_1
+//   cell_description : High-Active Gate Single-Output Q D-latch with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dlhrq_1 (Q, D, GATE, RESET_B);
+		
+	output Q;
+	input D, GATE, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE = GATE;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_GATE;
+`endif
+
+	// Function
+
+	wire int_fwire_IQ, int_fwire_r;
+
+	not (int_fwire_r, delayed_RESET_B);
+	ihp_latch_r (int_fwire_IQ, notifier, delayed_GATE, delayed_D, int_fwire_r);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(posedge D => (Q : D)) = (0.0,0.0);
+		(negedge D => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge GATE => (Q : D)) = (0.0,0.0);
+		(negedge GATE => (Q : D)) = (0.0,0.0);
+		$setuphold (negedge GATE, posedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$setuphold (negedge GATE, negedge D, 0.0, 0.0, notifier,,, delayed_GATE, delayed_D);
+		$recrem (posedge RESET_B, negedge GATE, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_GATE);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge GATE, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dllr 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dllr_1
+//   cell_description : Low-Active GATE_N Two-Outputs Q Q_N D-latch with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dllr_1 (Q, Q_N, D, GATE_N, RESET_B);
+		
+	output Q, Q_N;
+	input D, GATE_N, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE_N = GATE_N;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_GATE_N;
+`endif
+
+	// Function
+
+	wire int_fwire_clk, int_fwire_IQ, int_fwire_IQN;
+	wire int_fwire_r;
+
+	not (int_fwire_clk, delayed_GATE_N);
+	not (int_fwire_r, delayed_RESET_B);
+	ihp_latch_r (int_fwire_IQ, notifier, int_fwire_clk, delayed_D, int_fwire_r);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(posedge D => (Q : D)) = (0.0,0.0);
+		(negedge D => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(negedge GATE_N => (Q : D)) = (0.0,0.0);
+		(posedge GATE_N => (Q : D)) = (0.0,0.0);
+		(posedge D => (Q_N : D)) = (0.0,0.0);
+		(negedge D => (Q_N : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		(negedge GATE_N => (Q_N : D)) = (0.0,0.0);
+		(posedge GATE_N => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge GATE_N, posedge D, 0.0, 0.0, notifier,,, delayed_GATE_N, delayed_D);
+		$setuphold (posedge GATE_N, negedge D, 0.0, 0.0, notifier,,, delayed_GATE_N, delayed_D);
+		$recrem (posedge RESET_B, posedge GATE_N, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_GATE_N);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (negedge GATE_N, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dllrq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dllrq_1
+//   cell_description : Low-Active GATE_N Single-Output Q D-latch with Low-Active Reset
+//*****************************************************************
+
+module sg13g2_dllrq_1 (Q, D, GATE_N, RESET_B);
+		
+	output Q;
+	input D, GATE_N, RESET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_RESET_B = RESET_B, delayed_GATE_N = GATE_N;
+`else
+	wire delayed_D, delayed_RESET_B, delayed_GATE_N;
+`endif
+
+	// Function
+
+	wire int_fwire_clk, int_fwire_IQ, int_fwire_r;
+
+	not (int_fwire_clk, delayed_GATE_N);
+	not (int_fwire_r, delayed_RESET_B);
+	ihp_latch_r (int_fwire_IQ, notifier, int_fwire_clk, delayed_D, int_fwire_r);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(posedge D => (Q : D)) = (0.0,0.0);
+		(negedge D => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(posedge RESET_B => (Q :1'b1)) = (0.0,0.0);
+		(negedge GATE_N => (Q : D)) = (0.0,0.0);
+		(posedge GATE_N => (Q : D)) = (0.0,0.0);
+		$setuphold (posedge GATE_N, posedge D, 0.0, 0.0, notifier,,, delayed_GATE_N, delayed_D);
+		$setuphold (posedge GATE_N, negedge D, 0.0, 0.0, notifier,,, delayed_GATE_N, delayed_D);
+		$recrem (posedge RESET_B, posedge GATE_N, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_GATE_N);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (negedge GATE_N, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dlygate4sd1 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlygate4sd1_1
+//   cell_description : Delay Cell, typical 0.4 ns
+//*****************************************************************
+
+module sg13g2_dlygate4sd1_1 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dlygate4sd2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlygate4sd2_1
+//   cell_description : Delay Cell, typical 0.45 ns
+//*****************************************************************
+
+module sg13g2_dlygate4sd2_1 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: dlygate4sd3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_dlygate4sd3_1
+//   cell_description : Delay Cell, typical 0.7 ns
+//*****************************************************************
+
+module sg13g2_dlygate4sd3_1 (X, A);
+		
+	output X;
+	input A;
+
+	// Function
+
+	buf (X, A);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: ebufn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_ebufn_2
+//   cell_description : Tristate Buffer with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_ebufn_2 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	bufif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(negedge TE_B => (Z:TE_B)) = (0.0,0.0);
+		(posedge TE_B => (Z:TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: ebufn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_ebufn_4
+//   cell_description : Tristate Buffer with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_ebufn_4 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	bufif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(negedge TE_B => (Z:TE_B)) = (0.0,0.0);
+		(posedge TE_B => (Z:TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: ebufn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_ebufn_8
+//   cell_description : Tristate Buffer with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_ebufn_8 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	bufif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(negedge TE_B => (Z:TE_B)) = (0.0,0.0);
+		(posedge TE_B => (Z:TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: einvn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_einvn_2
+//   cell_description : Tristate Inverter with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_einvn_2 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	notif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(posedge TE_B => (Z : TE_B)) = (0.0,0.0);
+		(negedge TE_B => (Z : TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: einvn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_einvn_4
+//   cell_description : Tristate Inverter with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_einvn_4 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	notif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(posedge TE_B => (Z : TE_B)) = (0.0,0.0);
+		(negedge TE_B => (Z : TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: einvn 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_einvn_8
+//   cell_description : Tristate Inverter with Low-Active Enable TE_B
+//*****************************************************************
+
+module sg13g2_einvn_8 (Z, A, TE_B);
+		
+	output Z;
+	input A, TE_B;
+
+	// Function
+
+	notif0 (Z, A, TE_B);
+
+        // Timing
+
+	specify
+		(posedge A => (Z : A)) = (0.0,0.0);
+		(negedge A => (Z : A)) = (0.0,0.0);
+		(posedge TE_B => (Z : TE_B)) = (0.0,0.0);
+		(negedge TE_B => (Z : TE_B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: fill 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_fill_1
+//   cell_description : Filler 1 Track Width
+//*****************************************************************
+
+module sg13g2_fill_1 ();
+ 
+       // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: fill 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_fill_2
+//   cell_description : Filler 2 Tracks Width
+//*****************************************************************
+
+module sg13g2_fill_2 ();
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: fill 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_fill_4
+//   cell_description : Filler 4 Tracks Width
+//*****************************************************************
+
+module sg13g2_fill_4 ();
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: fill 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_fill_8
+//   cell_description : Filler 8 Tracks Width
+//*****************************************************************
+
+module sg13g2_fill_8 ();
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: inv 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_inv_1
+//   cell_description : Inverter
+//*****************************************************************
+
+module sg13g2_inv_1 (Y, A);
+		
+	output Y;
+	input A;
+
+	// Function
+
+	not (Y, A);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: inv 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_inv_16
+//   cell_description : Inverter
+//*****************************************************************
+
+module sg13g2_inv_16 (Y, A);
+		
+	output Y;
+	input A;
+
+	// Function
+
+	not (Y, A);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: inv 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_inv_2
+//   cell_description : Inverter
+//*****************************************************************
+
+module sg13g2_inv_2 (Y, A);
+		
+	output Y;
+	input A;
+
+	// Function
+
+	not (Y, A);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: inv 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_inv_4
+//   cell_description : Inverter
+//*****************************************************************
+
+module sg13g2_inv_4 (Y, A);
+		
+	output Y;
+	input A;
+
+	// Function
+
+	not (Y, A);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: inv 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_inv_8
+//   cell_description : Inverter
+//*****************************************************************
+
+module sg13g2_inv_8 (Y, A);
+		
+	output Y;
+	input A;
+
+	// Function
+
+	not (Y, A);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: lgcp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_lgcp_1
+//   cell_description : Posedge Clock Gating cell, Low Latch Enable
+//*****************************************************************
+
+module sg13g2_lgcp_1 (GCLK, CLK, GATE);
+		
+	output GCLK;
+	input CLK, GATE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_GATE = GATE, delayed_CLK = CLK;
+`else
+	wire delayed_GATE, delayed_CLK;
+`endif
+
+	// Function
+
+	wire int_fwire_clk, int_fwire_int_GATE;
+
+	not (int_fwire_clk, delayed_CLK);
+	ihp_latch (int_fwire_int_GATE, notifier, int_fwire_clk, delayed_GATE);
+	and (GCLK, delayed_CLK, int_fwire_int_GATE);
+
+        // Timing
+
+	specify
+		(posedge CLK => (GCLK :CLK)) = (0.0,0.0);
+		(negedge CLK => (GCLK :CLK)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge GATE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_GATE);
+		$setuphold (posedge CLK, negedge GATE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_GATE);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: mux2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_mux2_1
+//   cell_description : Multiplexer from 2 to 1
+//*****************************************************************
+
+module sg13g2_mux2_1 (X, A0, A1, S);
+		
+	output X;
+	input A0, A1, S;
+
+	// Function
+
+	ihp_mux2 (X, A0, A1, S);
+
+        // Timing
+
+	specify
+		(posedge A0 => (X : A0)) = (0.0,0.0);
+		(negedge A0 => (X : A0)) = (0.0,0.0);
+		(posedge A1 => (X : A1)) = (0.0,0.0);
+		(negedge A1 => (X : A1)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1)
+			(posedge S => (X : S)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1)
+			(negedge S => (X : S)) = (0.0,0.0);
+		ifnone 
+			(negedge S => (X:S)) = (0.0,0.0);
+		ifnone 
+			(posedge S => (X:S)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0)
+			(posedge S => (X : S)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0)
+			(negedge S => (X : S)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+// Verilog for cell sg13g2_mux2_2 created entirely by Liberate 23.1.3.126.isr3
+
+// type: mux2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_mux2_2
+//   cell_description : Multiplexer from 2 to 1
+//*****************************************************************
+
+module sg13g2_mux2_2 (X, A0, A1, S);
+		
+	output X;
+	input A0, A1, S;
+
+	// Function
+
+	ihp_mux2 (X, A0, A1, S);
+
+        // Timing
+
+	specify
+		(posedge A0 => (X : A0)) = (0.0,0.0);
+		(negedge A0 => (X : A0)) = (0.0,0.0);
+		(posedge A1 => (X : A1)) = (0.0,0.0);
+		(negedge A1 => (X : A1)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1)
+			(posedge S => (X : S)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1)
+			(negedge S => (X : S)) = (0.0,0.0);
+		ifnone 
+			(negedge S => (X:S)) = (0.0,0.0);
+		ifnone 
+			(posedge S => (X:S)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0)
+			(posedge S => (X : S)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0)
+			(negedge S => (X : S)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: mux4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_mux4_1
+//   cell_description : Multiplexer from 4 to 1
+//*****************************************************************
+
+module sg13g2_mux4_1 (X, A0, A1, A2, A3, S0, S1);
+		
+	output X;
+	input A0, A1, A2, A3, S0, S1;
+
+	// Function
+
+	ihp_mux4 (X, A0, A1, A2, A3, S0, S1);
+
+        // Timing
+
+	specify
+		(posedge A0 => (X : A0)) = (0.0,0.0);
+		(negedge A0 => (X : A0)) = (0.0,0.0);
+		(posedge A1 => (X : A1)) = (0.0,0.0);
+		(negedge A1 => (X : A1)) = (0.0,0.0);
+		(posedge A2 => (X : A2)) = (0.0,0.0);
+		(negedge A2 => (X : A2)) = (0.0,0.0);
+		(posedge A3 => (X : A3)) = (0.0,0.0);
+		(negedge A3 => (X : A3)) = (0.0,0.0);
+		if (A2 == 1'b0 && A3 == 1'b1 && S1 == 1'b1)
+			(posedge S0 => (X : S0)) = (0.0,0.0);
+		if (A2 == 1'b0 && A3 == 1'b1 && S1 == 1'b1)
+			(negedge S0 => (X : S0)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1 && S1 == 1'b0)
+			(posedge S0 => (X : S0)) = (0.0,0.0);
+		if (A0 == 1'b0 && A1 == 1'b1 && S1 == 1'b0)
+			(negedge S0 => (X : S0)) = (0.0,0.0);
+		ifnone 
+			(negedge S0 => (X:S0)) = (0.0,0.0);
+		ifnone 
+			(posedge S0 => (X:S0)) = (0.0,0.0);
+		if (A2 == 1'b1 && A3 == 1'b0 && S1 == 1'b1)
+			(posedge S0 => (X : S0)) = (0.0,0.0);
+		if (A2 == 1'b1 && A3 == 1'b0 && S1 == 1'b1)
+			(negedge S0 => (X : S0)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0 && S1 == 1'b0)
+			(posedge S0 => (X : S0)) = (0.0,0.0);
+		if (A0 == 1'b1 && A1 == 1'b0 && S1 == 1'b0)
+			(negedge S0 => (X : S0)) = (0.0,0.0);
+		if (A1 == 1'b0 && A3 == 1'b1 && S0 == 1'b1)
+			(posedge S1 => (X : S1)) = (0.0,0.0);
+		if (A1 == 1'b0 && A3 == 1'b1 && S0 == 1'b1)
+			(negedge S1 => (X : S1)) = (0.0,0.0);
+		if (A0 == 1'b0 && A2 == 1'b1 && S0 == 1'b0)
+			(posedge S1 => (X : S1)) = (0.0,0.0);
+		if (A0 == 1'b0 && A2 == 1'b1 && S0 == 1'b0)
+			(negedge S1 => (X : S1)) = (0.0,0.0);
+		ifnone 
+			(negedge S1 => (X:S1)) = (0.0,0.0);
+		ifnone 
+			(posedge S1 => (X:S1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A3 == 1'b0 && S0 == 1'b1)
+			(posedge S1 => (X : S1)) = (0.0,0.0);
+		if (A1 == 1'b1 && A3 == 1'b0 && S0 == 1'b1)
+			(negedge S1 => (X : S1)) = (0.0,0.0);
+		if (A0 == 1'b1 && A2 == 1'b0 && S0 == 1'b0)
+			(posedge S1 => (X : S1)) = (0.0,0.0);
+		if (A0 == 1'b1 && A2 == 1'b0 && S0 == 1'b0)
+			(negedge S1 => (X : S1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand2_1
+//   cell_description : 2-input NAND
+//*****************************************************************
+
+module sg13g2_nand2_1 (Y, A, B);
+		
+	output Y;
+	input A, B;
+
+	// Function
+
+	wire int_fwire_0;
+
+	and (int_fwire_0, A, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand2_2
+//   cell_description : 2-input NAND
+//*****************************************************************
+
+module sg13g2_nand2_2 (Y, A, B);
+		
+	output Y;
+	input A, B;
+
+	// Function
+
+	wire int_fwire_0;
+
+	and (int_fwire_0, A, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand2b 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand2b_1
+//   cell_description : 2-input NAND with Inverted Input A_N
+//*****************************************************************
+
+module sg13g2_nand2b_1 (Y, A_N, B);
+		
+	output Y;
+	input A_N, B;
+
+	// Function
+
+	wire A_N__bar, int_fwire_0;
+
+	not (A_N__bar, A_N);
+	and (int_fwire_0, A_N__bar, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A_N => (Y : A_N)) = (0.0,0.0);
+		(negedge A_N => (Y : A_N)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand2b 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand2b_2
+//   cell_description : 2-input NAND with Inverted Input A_N
+//*****************************************************************
+
+module sg13g2_nand2b_2 (Y, A_N, B);
+		
+	output Y;
+	input A_N, B;
+
+	// Function
+
+	wire A_N__bar, int_fwire_0;
+
+	not (A_N__bar, A_N);
+	and (int_fwire_0, A_N__bar, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A_N => (Y : A_N)) = (0.0,0.0);
+		(negedge A_N => (Y : A_N)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand3_1
+//   cell_description : 3-input NAND
+//*****************************************************************
+
+module sg13g2_nand3_1 (Y, A, B, C);
+		
+	output Y;
+	input A, B, C;
+
+	// Function
+
+	wire int_fwire_0;
+
+	and (int_fwire_0, A, B, C);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand3b 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand3b_1
+//   cell_description : 3-input NAND3 with Inverted Input A_N
+//*****************************************************************
+
+module sg13g2_nand3b_1 (Y, A_N, B, C);
+		
+	output Y;
+	input A_N, B, C;
+
+	// Function
+
+	wire A_N__bar, int_fwire_0;
+
+	not (A_N__bar, A_N);
+	and (int_fwire_0, A_N__bar, B, C);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A_N => (Y : A_N)) = (0.0,0.0);
+		(negedge A_N => (Y : A_N)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nand4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nand4_1
+//   cell_description : 4-input NAND
+//*****************************************************************
+
+module sg13g2_nand4_1 (Y, A, B, C, D);
+		
+	output Y;
+	input A, B, C, D;
+
+	// Function
+
+	wire int_fwire_0;
+
+	and (int_fwire_0, A, B, C, D);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+		(posedge D => (Y : D)) = (0.0,0.0);
+		(negedge D => (Y : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor2_1
+//   cell_description : 2-input NOR
+//*****************************************************************
+
+module sg13g2_nor2_1 (Y, A, B);
+		
+	output Y;
+	input A, B;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor2_2
+//   cell_description : 2-input NOR
+//*****************************************************************
+
+module sg13g2_nor2_2 (Y, A, B);
+		
+	output Y;
+	input A, B;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor2b 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor2b_1
+//   cell_description : 2-input NOR2 with Inverted Input B_N
+//*****************************************************************
+
+module sg13g2_nor2b_1 (Y, A, B_N);
+		
+	output Y;
+	input A, B_N;
+
+	// Function
+
+	wire B_N__bar, int_fwire_0;
+
+	not (B_N__bar, B_N);
+	or (int_fwire_0, A, B_N__bar);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B_N => (Y : B_N)) = (0.0,0.0);
+		(negedge B_N => (Y : B_N)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor2b 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor2b_1
+//   cell_description : 2-input NOR2 with Inverted Input B_N
+//*****************************************************************
+
+module sg13g2_nor2b_2 (Y, A, B_N);
+		
+	output Y;
+	input A, B_N;
+
+	// Function
+
+	wire B_N__bar, int_fwire_0;
+
+	not (B_N__bar, B_N);
+	or (int_fwire_0, A, B_N__bar);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B_N => (Y : B_N)) = (0.0,0.0);
+		(negedge B_N => (Y : B_N)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor3_1
+//   cell_description : 3-input NOR
+//*****************************************************************
+
+module sg13g2_nor3_1 (Y, A, B, C);
+		
+	output Y;
+	input A, B, C;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B, C);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor3_2
+//   cell_description : 3-input NOR
+//*****************************************************************
+
+module sg13g2_nor3_2 (Y, A, B, C);
+		
+	output Y;
+	input A, B, C;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B, C);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor4_1
+//   cell_description : 4-input NOR
+//*****************************************************************
+
+module sg13g2_nor4_1 (Y, A, B, C, D);
+		
+	output Y;
+	input A, B, C, D;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B, C, D);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+		(posedge D => (Y : D)) = (0.0,0.0);
+		(negedge D => (Y : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: nor4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_nor4_2
+//   cell_description : 4-input NOR
+//*****************************************************************
+
+module sg13g2_nor4_2 (Y, A, B, C, D);
+		
+	output Y;
+	input A, B, C, D;
+
+	// Function
+
+	wire int_fwire_0;
+
+	or (int_fwire_0, A, B, C, D);
+	not (Y, int_fwire_0);
+
+        // Timing
+
+	specify
+		(posedge A => (Y : A)) = (0.0,0.0);
+		(negedge A => (Y : A)) = (0.0,0.0);
+		(posedge B => (Y : B)) = (0.0,0.0);
+		(negedge B => (Y : B)) = (0.0,0.0);
+		(posedge C => (Y : C)) = (0.0,0.0);
+		(negedge C => (Y : C)) = (0.0,0.0);
+		(posedge D => (Y : D)) = (0.0,0.0);
+		(negedge D => (Y : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: o21ai 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_o21ai_1
+//   cell_description : 2-input OR into 2-input NAND
+//*****************************************************************
+
+module sg13g2_o21ai_1 (Y, A1, A2, B1);
+		
+	output Y;
+	input A1, A2, B1;
+
+	// Function
+
+	wire int_fwire_0, int_fwire_1;
+
+	or (int_fwire_0, A1, A2);
+	and (int_fwire_1, int_fwire_0, B1);
+	not (Y, int_fwire_1);
+
+        // Timing
+
+	specify
+		(posedge A1 => (Y : A1)) = (0.0,0.0);
+		(negedge A1 => (Y : A1)) = (0.0,0.0);
+		(posedge A2 => (Y : A2)) = (0.0,0.0);
+		(negedge A2 => (Y : A2)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		if ((A1 == 1'b0 && A2 == 1'b1))
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(posedge B1 => (Y : B1)) = (0.0,0.0);
+		ifnone 
+			(negedge B1 => (Y : B1)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or2_1
+//   cell_description : 2-input OR
+//*****************************************************************
+
+module sg13g2_or2_1 (X, A, B);
+		
+	output X;
+	input A, B;
+
+	// Function
+
+	or (X, A, B);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or2_2
+//   cell_description : 2-input OR
+//*****************************************************************
+
+module sg13g2_or2_2 (X, A, B);
+		
+	output X;
+	input A, B;
+
+	// Function
+
+	or (X, A, B);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or3_1
+//   cell_description : 3-input OR
+//*****************************************************************
+
+module sg13g2_or3_1 (X, A, B, C);
+		
+	output X;
+	input A, B, C;
+
+	// Function
+
+	or (X, A, B, C);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or3 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or3_2
+//   cell_description : 3-input OR
+//*****************************************************************
+
+module sg13g2_or3_2 (X, A, B, C);
+		
+	output X;
+	input A, B, C;
+
+	// Function
+
+	or (X, A, B, C);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or4_1
+//   cell_description : 4-input OR
+//*****************************************************************
+
+module sg13g2_or4_1 (X, A, B, C, D);
+		
+	output X;
+	input A, B, C, D;
+
+	// Function
+
+	or (X, A, B, C, D);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+		(posedge D => (X : D)) = (0.0,0.0);
+		(negedge D => (X : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: or4 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_or4_2
+//   cell_description : 4-input OR
+//*****************************************************************
+
+module sg13g2_or4_2 (X, A, B, C, D);
+		
+	output X;
+	input A, B, C, D;
+
+	// Function
+
+	or (X, A, B, C, D);
+
+        // Timing
+
+	specify
+		(posedge A => (X : A)) = (0.0,0.0);
+		(negedge A => (X : A)) = (0.0,0.0);
+		(posedge B => (X : B)) = (0.0,0.0);
+		(negedge B => (X : B)) = (0.0,0.0);
+		(posedge C => (X : C)) = (0.0,0.0);
+		(negedge C => (X : C)) = (0.0,0.0);
+		(posedge D => (X : D)) = (0.0,0.0);
+		(negedge D => (X : D)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: sdfbbp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sdfbbp_1
+//   cell_description : Posedge Two-Outputs D-Flip-Flop with Reset, Set and Scan
+//*****************************************************************
+
+module sg13g2_sdfbbp_1 (Q, Q_N, CLK, D, RESET_B, SCD, SCE, SET_B);
+		
+	output Q, Q_N;
+	input CLK, D, RESET_B, SCD, SCE, SET_B;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_SET_B = SET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_SET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+	wire int_fwire_r, int_fwire_s, xcr_0;
+
+	ihp_mux2 (int_fwire_d, delayed_D, delayed_SCD, delayed_SCE);
+	not (int_fwire_s, delayed_SET_B);
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_sr_1 (int_fwire_IQ, notifier, delayed_CLK, int_fwire_d, int_fwire_s, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		(negedge SET_B => (Q :1'b1)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		(negedge SET_B => (Q_N :1'b1)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, posedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, negedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$recrem (posedge SET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_SET_B, delayed_CLK);
+		$setuphold (posedge RESET_B, posedge SET_B, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_SET_B);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (negedge SET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: sdfrbp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sdfrbp_1
+//   cell_description : Posedge Two-Outputs Q and Q_N D-Flip-Flop with Reset and Scan
+//*****************************************************************
+
+module sg13g2_sdfrbp_1 (Q, Q_N, CLK, D, RESET_B, SCD, SCE);
+		
+	output Q, Q_N;
+	input CLK, D, RESET_B, SCD, SCE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+	wire int_fwire_r, xcr_0;
+
+	ihp_mux2 (int_fwire_d, delayed_D, delayed_SCD, delayed_SCE);
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, int_fwire_d, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, posedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, negedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: sdfrbp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sdfrbp_2
+//   cell_description : Posedge Two-Outputs Q and Q_N D-Flip-Flop with Reset and Scan
+//*****************************************************************
+
+module sg13g2_sdfrbp_2 (Q, Q_N, CLK, D, RESET_B, SCD, SCE);
+		
+	output Q, Q_N;
+	input CLK, D, RESET_B, SCD, SCE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_d, int_fwire_IQ, int_fwire_IQN;
+	wire int_fwire_r, xcr_0;
+
+	ihp_mux2 (int_fwire_d, delayed_D, delayed_SCD, delayed_SCE);
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, int_fwire_d, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+	not (int_fwire_IQN, int_fwire_IQ);
+	buf (Q_N, int_fwire_IQN);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q : D)) = (0.0,0.0);
+		(negedge RESET_B => (Q_N :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q_N : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q_N : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, posedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, negedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: sdfrbpq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sdfrbpq_1
+//   cell_description : Posedge Single-Output Q D-Flip-Flop with Reset and Scan
+//*****************************************************************
+
+module sg13g2_sdfrbpq_1 (Q, CLK, D, RESET_B, SCD, SCE);
+		
+	output Q;
+	input CLK, D, RESET_B, SCD, SCE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_d, int_fwire_IQ, int_fwire_r;
+	wire xcr_0;
+
+	ihp_mux2 (int_fwire_d, delayed_D, delayed_SCD, delayed_SCE);
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, int_fwire_d, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b0)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b0)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, posedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, negedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: sdfrbpq 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sdfrbpq_2
+//   cell_description : Posedge Single-Output Q D-Flip-Flop with Reset and Scan
+//*****************************************************************
+
+module sg13g2_sdfrbpq_2 (Q, CLK, D, RESET_B, SCD, SCE);
+		
+	output Q;
+	input CLK, D, RESET_B, SCD, SCE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_D = D, delayed_SCD = SCD, delayed_SCE = SCE, delayed_RESET_B = RESET_B, delayed_CLK = CLK;
+`else
+	wire delayed_D, delayed_SCD, delayed_SCE, delayed_RESET_B, delayed_CLK;
+`endif
+
+	// Function
+	wire int_fwire_d, int_fwire_IQ, int_fwire_r;
+	wire xcr_0;
+
+	ihp_mux2 (int_fwire_d, delayed_D, delayed_SCD, delayed_SCE);
+	not (int_fwire_r, delayed_RESET_B);
+	buf (xcr_0, 0);
+	ihp_dff_r (int_fwire_IQ, notifier, delayed_CLK, int_fwire_d, int_fwire_r, xcr_0);
+	buf (Q, int_fwire_IQ);
+
+        // Timing
+
+	specify
+		(negedge RESET_B => (Q :1'b0)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b1)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b0)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		if (SCE == 1'b0)
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(posedge CLK => (Q : D)) = (0.0,0.0);
+		ifnone 
+			(negedge CLK => (Q : D)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, negedge D, 0.0, 0.0, notifier,,, delayed_CLK, delayed_D);
+		$setuphold (posedge CLK, posedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, negedge SCD, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCD);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$recrem (posedge RESET_B, posedge CLK, 0.0, 0.0, notifier,,, delayed_RESET_B, delayed_CLK);
+		$width (negedge RESET_B, 0.0, 0, notifier);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: slgcp 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_slgcp_1
+//   cell_description : Scan gated clock
+//*****************************************************************
+
+module sg13g2_slgcp_1 (GCLK, GATE, CLK, SCE);
+		
+	output GCLK;
+	input GATE, CLK, SCE;
+	reg notifier;
+`ifdef VERILATOR
+	wire delayed_GATE = GATE, delayed_SCE = SCE, delayed_CLK = CLK;
+`else
+	wire delayed_GATE, delayed_SCE, delayed_CLK;
+`endif
+
+	// Function
+
+	wire int_fwire_clk, int_fwire_int_GATE, int_fwire_test;
+
+	not (int_fwire_clk, delayed_CLK);
+	or (int_fwire_test, delayed_GATE, delayed_SCE);
+	ihp_latch (int_fwire_int_GATE, notifier, int_fwire_clk, int_fwire_test);
+	and (GCLK, delayed_CLK, int_fwire_int_GATE);
+
+        // Timing
+
+	specify
+		(posedge CLK => (GCLK :CLK)) = (0.0,0.0);
+		(negedge CLK => (GCLK :CLK)) = (0.0,0.0);
+		$setuphold (posedge CLK, posedge GATE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_GATE);
+		$setuphold (posedge CLK, negedge GATE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_GATE);
+		$setuphold (posedge CLK, posedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$setuphold (posedge CLK, negedge SCE, 0.0, 0.0, notifier,,, delayed_CLK, delayed_SCE);
+		$width (posedge CLK, 0.0, 0, notifier);
+		$width (negedge CLK, 0.0, 0, notifier);
+	endspecify
+
+endmodule
+`endcelldefine
+
+//type: sighold
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_sighold
+//   cell_description : Leakage current compensator (bus holder)
+//*****************************************************************
+
+module sg13g2_sighold (SH);
+
+   inout SH;
+
+// logic section  
+  `ifdef DISPLAY_HOLD 
+  
+        buf (n1, SH);
+        buf (pull1, pull0) (SH, n1);
+
+     initial
+     begin
+      #0 $display("  > Warning: compiler directive DISPLAY_HOLD is set in cell"
+                               );
+         $display("  > %m");
+         $display("  > sg13g2_sighold cell model is switched to provide logic levels"
+                  );
+         $display("  >  - danger of reading not really driven values ");   
+                   
+         $display("  >  - undriven bus states are not detectable now ");   
+                   
+         $display("  >");    
+     end
+
+  `else
+// - no logic behaviour modelled for the electrical function of 
+//   sg13g2_sighold cell 
+// - sg13g2_sighold cell compensates leackage current only in case of
+//   undriven node/bus and system stop
+// - sg13g2_sighold cell holds the bus bit on "0" or "1", but does not 
+//   drive it, this is not in every case the same as the last valid 
+//   logic value considering the desired application meaning
+// - undriven bus bit should not be used as sequential element
+// - reading from undriven bus_bit ("Z") has to provide ("X") in the
+//   related block to detect such cases in simulation
+//
+// Use the compiler directive command
+//   `define  DISPLAY_HOLD yes
+// to enable the logic pullup/down behaviour of the Leakage current 
+// compensator cell sg13g2_sighold*
+//
+     buf (n1, SH);
+     bufif1 (SH, n1, 1'b0); /* always inactive */
+  `endif
+ 
+// no timing modelled for sg13g2_sighold cell
+// no backannotation possible for sg13g2_sighold cell 
+    
+	
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+//****************************************************************************
+`endcelldefine
+
+
+// type: tiehi 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_tiehi
+//   cell_description : Constant logic 0
+//*****************************************************************
+
+module sg13g2_tiehi (L_HI);
+		
+	output L_HI;
+
+	// Function
+
+	buf (L_HI, 1'b1);
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: tielo 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_tielo
+//   cell_description : Constant logic 1
+//*****************************************************************
+
+module sg13g2_tielo (L_LO);
+		
+	output L_LO;
+
+	// Function
+
+	buf (L_LO, 1'b0);
+
+        // Timing
+
+	specify
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: xnor2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_xnor2_1
+//   cell_description : 2-input XNOR
+//*****************************************************************
+
+module sg13g2_xnor2_1 (Y, A, B);
+		
+	output Y;
+	input A, B;
+
+	// Function
+
+	wire int_fwire_0;
+
+	xor (int_fwire_0, A, B);
+	not (Y, int_fwire_0);
+        
+        // Timing
+
+	specify
+		if ((B == 1'b1))
+			(posedge A => (Y : A)) = (0.0,0.0);
+		if ((B == 1'b1))
+			(negedge A => (Y : A)) = (0.0,0.0);
+		ifnone 
+			(negedge A => (Y:A)) = (0.0,0.0);
+		ifnone 
+			(posedge A => (Y:A)) = (0.0,0.0);
+		if ((B == 1'b0))
+			(posedge A => (Y : A)) = (0.0,0.0);
+		if ((B == 1'b0))
+			(negedge A => (Y : A)) = (0.0,0.0);
+		if ((A == 1'b1))
+			(posedge B => (Y : B)) = (0.0,0.0);
+		if ((A == 1'b1))
+			(negedge B => (Y : B)) = (0.0,0.0);
+		ifnone 
+			(negedge B => (Y:B)) = (0.0,0.0);
+		ifnone 
+			(posedge B => (Y:B)) = (0.0,0.0);
+		if ((A == 1'b0))
+			(posedge B => (Y : B)) = (0.0,0.0);
+		if ((A == 1'b0))
+			(negedge B => (Y : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
+
+
+// type: xor2 
+`timescale 1ns/10ps
+`celldefine
+//*****************************************************************
+//   technology       : SG13G2
+//   module name      : sg13g2_xor2_1
+//   cell_description : 2-input XOR
+//*****************************************************************
+
+module sg13g2_xor2_1 (X, A, B);
+		
+	output X;
+	input A, B;
+
+	// Function
+
+	xor (X, A, B);
+
+        // Timing
+
+	specify
+		if ((B == 1'b0))
+			(posedge A => (X : A)) = (0.0,0.0);
+		if ((B == 1'b0))
+			(negedge A => (X : A)) = (0.0,0.0);
+		ifnone 
+			(negedge A => (X:A)) = (0.0,0.0);
+		ifnone 
+			(posedge A => (X:A)) = (0.0,0.0);
+		if ((B == 1'b1))
+			(posedge A => (X : A)) = (0.0,0.0);
+		if ((B == 1'b1))
+			(negedge A => (X : A)) = (0.0,0.0);
+		if ((A == 1'b0))
+			(posedge B => (X : B)) = (0.0,0.0);
+		if ((A == 1'b0))
+			(negedge B => (X : B)) = (0.0,0.0);
+		ifnone 
+			(negedge B => (X:B)) = (0.0,0.0);
+		ifnone 
+			(posedge B => (X:B)) = (0.0,0.0);
+		if ((A == 1'b1))
+			(posedge B => (X : B)) = (0.0,0.0);
+		if ((A == 1'b1))
+			(negedge B => (X : B)) = (0.0,0.0);
+	endspecify
+
+endmodule
+`endcelldefine
diff --git a/ihp13/pdk/verilog/sg13g2_udp.v b/ihp13/pdk/verilog/sg13g2_udp.v
new file mode 100644
index 000000000..ca53cb9a4
--- /dev/null
+++ b/ihp13/pdk/verilog/sg13g2_udp.v
@@ -0,0 +1,515 @@
+// Copyright 2024 IHP PDK Authors
+// 
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+// 
+//    https://www.apache.org/licenses/LICENSE-2.0
+// 
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+
+`timescale 1ns/10ps
+`ifdef _udp_def_ihp_latch_
+`else
+`define _udp_def_ihp_latch_
+primitive ihp_latch (q, v, clk, d);
+	output q;
+	reg q;
+	input v, clk, d;
+
+	table
+		* ? ? : ? : x;
+		? 1 0 : ? : 0;
+		? 1 1 : ? : 1;
+		? x 0 : 0 : -;
+		? x 1 : 1 : -;
+		? 0 ? : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_err_
+`else
+`define _udp_def_ihp_dff_err_
+primitive ihp_dff_err (q, clk, d);
+	output q;
+	reg q;
+	input clk, d;
+
+	table
+		(0x) ? : ? : 0;
+		(1x) ? : ? : 1;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_
+`else
+`define _udp_def_ihp_dff_
+primitive ihp_dff (q, v, clk, d, xcr);
+	output q;
+	reg q;
+	input v, clk, d, xcr;
+
+	table
+		*  ?   ? ? : ? : x;
+		? (x1) 0 0 : ? : 0;
+		? (x1) 1 0 : ? : 1;
+		? (x1) 0 1 : 0 : 0;
+		? (x1) 1 1 : 1 : 1;
+		? (x1) ? x : ? : -;
+		? (bx) 0 ? : 0 : -;
+		? (bx) 1 ? : 1 : -;
+		? (x0) b ? : ? : -;
+		? (x0) ? x : ? : -;
+		? (01) 0 ? : ? : 0;
+		? (01) 1 ? : ? : 1;
+		? (10) ? ? : ? : -;
+		?  b   * ? : ? : -;
+		?  ?   ? * : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_r_err_
+`else
+`define _udp_def_ihp_dff_r_err_
+primitive ihp_dff_r_err (q, clk, d, r);
+	output q;
+	reg q;
+	input clk, d, r;
+
+	table
+		 ?   0 (0x) : ? : -;
+		 ?   0 (x0) : ? : -;
+		(0x) ?  0   : ? : 0;
+		(0x) 0  x   : ? : 0;
+		(1x) ?  0   : ? : 1;
+		(1x) 0  x   : ? : 1;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_r_
+`else
+`define _udp_def_ihp_dff_r_
+primitive ihp_dff_r (q, v, clk, d, r, xcr);
+	output q;
+	reg q;
+	input v, clk, d, r, xcr;
+
+	table
+		*  ?   ?  ?   ? : ? : x;
+		?  ?   ?  1   ? : ? : 0;
+		?  b   ? (1?) ? : 0 : -;
+		?  x   0 (1?) ? : 0 : -;
+		?  ?   ? (10) ? : ? : -;
+		?  ?   ? (x0) ? : ? : -;
+		?  ?   ? (0x) ? : 0 : -;
+		? (x1) 0  ?   0 : ? : 0;
+		? (x1) 1  0   0 : ? : 1;
+		? (x1) 0  ?   1 : 0 : 0;
+		? (x1) 1  0   1 : 1 : 1;
+		? (x1) ?  ?   x : ? : -;
+		? (bx) 0  ?   ? : 0 : -;
+		? (bx) 1  0   ? : 1 : -;
+		? (x0) 0  ?   ? : ? : -;
+		? (x0) 1  0   ? : ? : -;
+		? (x0) ?  0   x : ? : -;
+		? (01) 0  ?   ? : ? : 0;
+		? (01) 1  0   ? : ? : 1;
+		? (10) ?  ?   ? : ? : -;
+		?  b   *  ?   ? : ? : -;
+		?  ?   ?  ?   * : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_s_err_
+`else
+`define _udp_def_ihp_dff_s_err_
+primitive ihp_dff_s_err (q, clk, d, s);
+	output q;
+	reg q;
+	input clk, d, s;
+
+	table
+		 ?   1 (0x) : ? : -;
+		 ?   1 (x0) : ? : -;
+		(0x) ?  0   : ? : 0;
+		(0x) 1  x   : ? : 0;
+		(1x) ?  0   : ? : 1;
+		(1x) 1  x   : ? : 1;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_s_
+`else
+`define _udp_def_ihp_dff_s_
+primitive ihp_dff_s (q, v, clk, d, s, xcr);
+	output q;
+	reg q;
+	input v, clk, d, s, xcr;
+
+	table
+		*  ?   ?  ?   ? : ? : x;
+		?  ?   ?  1   ? : ? : 1;
+		?  b   ? (1?) ? : 1 : -;
+		?  x   1 (1?) ? : 1 : -;
+		?  ?   ? (10) ? : ? : -;
+		?  ?   ? (x0) ? : ? : -;
+		?  ?   ? (0x) ? : 1 : -;
+		? (x1) 0  0   0 : ? : 0;
+		? (x1) 1  ?   0 : ? : 1;
+		? (x1) 1  ?   1 : 1 : 1;
+		? (x1) 0  0   1 : 0 : 0;
+		? (x1) ?  ?   x : ? : -;
+		? (bx) 1  ?   ? : 1 : -;
+		? (bx) 0  0   ? : 0 : -;
+		? (x0) 1  ?   ? : ? : -;
+		? (x0) 0  0   ? : ? : -;
+		? (x0) ?  0   x : ? : -;
+		? (01) 1  ?   ? : ? : 1;
+		? (01) 0  0   ? : ? : 0;
+		? (10) ?  ?   ? : ? : -;
+		?  b   *  ?   ? : ? : -;
+		?  ?   ?  ?   * : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_sr_err_
+`else
+`define _udp_def_ihp_dff_sr_err_
+primitive ihp_dff_sr_err (q, clk, d, s, r);
+	output q;
+	reg q;
+	input clk, d, s, r;
+
+	table
+		 ?   1 (0x)  ?   : ? : -;
+		 ?   0  ?   (0x) : ? : -;
+		 ?   0  ?   (x0) : ? : -;
+		(0x) ?  0    0   : ? : 0;
+		(0x) 1  x    0   : ? : 0;
+		(0x) 0  0    x   : ? : 0;
+		(1x) ?  0    0   : ? : 1;
+		(1x) 1  x    0   : ? : 1;
+		(1x) 0  0    x   : ? : 1;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_sr_0
+`else
+`define _udp_def_ihp_dff_sr_0
+primitive ihp_dff_sr_0 (q, v, clk, d, s, r, xcr);
+	output q;
+	reg q;
+	input v, clk, d, s, r, xcr;
+
+	table
+	//	v,  clk, d, s, r : q' : q;
+
+		*  ?   ?   ?   ?   ? : ? : x;
+		?  ?   ?   ?   1   ? : ? : 0;
+		?  ?   ?   1   0   ? : ? : 1;
+		?  b   ? (1?)  0   ? : 1 : -;
+		?  x   1 (1?)  0   ? : 1 : -;
+		?  ?   ? (10)  0   ? : ? : -;
+		?  ?   ? (x0)  0   ? : ? : -;
+		?  ?   ? (0x)  0   ? : 1 : -;
+		?  b   ?  0   (1?) ? : 0 : -;
+		?  x   0  0   (1?) ? : 0 : -;
+		?  ?   ?  0   (10) ? : ? : -;
+		?  ?   ?  0   (x0) ? : ? : -;
+		?  ?   ?  0   (0x) ? : 0 : -;
+		? (x1) 0  0    ?   0 : ? : 0;
+		? (x1) 1  ?    0   0 : ? : 1;
+		? (x1) 0  0    ?   1 : 0 : 0;
+		? (x1) 1  ?    0   1 : 1 : 1;
+		? (x1) ?  ?    0   x : ? : -;
+		? (x1) ?  0    ?   x : ? : -;
+		? (1x) 0  0    ?   ? : 0 : -;
+		? (1x) 1  ?    0   ? : 1 : -;
+		? (x0) 0  0    ?   ? : ? : -;
+		? (x0) 1  ?    0   ? : ? : -;
+		? (x0) ?  0    0   x : ? : -;
+		? (0x) 0  0    ?   ? : 0 : -;
+		? (0x) 1  ?    0   ? : 1 : -;
+		? (01) 0  0    ?   ? : ? : 0;
+		? (01) 1  ?    0   ? : ? : 1;
+		? (10) ?  0    ?   ? : ? : -;
+		? (10) ?  ?    0   ? : ? : -;
+		?  b   *  0    ?   ? : ? : -;
+		?  b   *  ?    0   ? : ? : -;
+		?  ?   ?  ?    ?   * : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_dff_sr_1
+`else
+`define _udp_def_ihp_dff_sr_1
+primitive ihp_dff_sr_1 (q, v, clk, d, s, r, xcr);
+	output q;
+	reg q;
+	input v, clk, d, s, r, xcr;
+
+	table
+	//	v,  clk, d, s, r : q' : q;
+
+		*  ?   ?   ?   ?   ? : ? : x;
+		?  ?   ?   0   1   ? : ? : 0;
+		?  ?   ?   1   ?   ? : ? : 1;
+		?  b   ? (1?)  0   ? : 1 : -;
+		?  x   1 (1?)  0   ? : 1 : -;
+		?  ?   ? (10)  0   ? : ? : -;
+		?  ?   ? (x0)  0   ? : ? : -;
+		?  ?   ? (0x)  0   ? : 1 : -;
+		?  b   ?  0   (1?) ? : 0 : -;
+		?  x   0  0   (1?) ? : 0 : -;
+		?  ?   ?  0   (10) ? : ? : -;
+		?  ?   ?  0   (x0) ? : ? : -;
+		?  ?   ?  0   (0x) ? : 0 : -;
+		? (x1) 0  0    ?   0 : ? : 0;
+		? (x1) 1  ?    0   0 : ? : 1;
+		? (x1) 0  0    ?   1 : 0 : 0;
+		? (x1) 1  ?    0   1 : 1 : 1;
+		? (x1) ?  ?    0   x : ? : -;
+		? (x1) ?  0    ?   x : ? : -;
+		? (1x) 0  0    ?   ? : 0 : -;
+		? (1x) 1  ?    0   ? : 1 : -;
+		? (x0) 0  0    ?   ? : ? : -;
+		? (x0) 1  ?    0   ? : ? : -;
+		? (x0) ?  0    0   x : ? : -;
+		? (0x) 0  0    ?   ? : 0 : -;
+		? (0x) 1  ?    0   ? : 1 : -;
+		? (01) 0  0    ?   ? : ? : 0;
+		? (01) 1  ?    0   ? : ? : 1;
+		? (10) ?  0    ?   ? : ? : -;
+		? (10) ?  ?    0   ? : ? : -;
+		?  b   *  0    ?   ? : ? : -;
+		?  b   *  ?    0   ? : ? : -;
+		?  ?   ?  ?    ?   * : ? : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_latch_r_
+`else
+`define _udp_def_ihp_latch_r_
+primitive ihp_latch_r (q, v, clk, d, r);
+	output q;
+	reg q;
+	input v, clk, d, r;
+
+	table
+		* ? ? ? : ? : x;
+		? ? ? 1 : ? : 0;
+		? 0 ? 0 : ? : -;
+		? 0 ? x : 0 : -;
+		? 1 0 0 : ? : 0;
+		? 1 0 x : ? : 0;
+		? 1 1 0 : ? : 1;
+		? x 0 0 : 0 : -;
+		? x 0 x : 0 : -;
+		? x 1 0 : 1 : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_latch_s_
+`else
+`define _udp_def_ihp_latch_s_
+primitive ihp_latch_s (q, v, clk, d, s);
+	output q;
+	reg q;
+	input v, clk, d, s;
+
+	table
+		* ? ? ? : ? : x;
+		? ? ? 1 : ? : 1;
+		? 0 ? 0 : ? : -;
+		? 0 ? x : 1 : -;
+		? 1 1 0 : ? : 1;
+		? 1 1 x : ? : 1;
+		? 1 0 0 : ? : 0;
+		? x 1 0 : 1 : -;
+		? x 1 x : 1 : -;
+		? x 0 0 : 0 : -;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_latch_sr_0
+`else
+`define _udp_def_ihp_latch_sr_0
+primitive ihp_latch_sr_0 (q, v, clk, d, s, r);
+	output q;
+	reg q;
+	input v, clk, d, s, r;
+
+	table
+		* ? ? ? ? : ? : x;
+		? 1 1 ? 0 : ? : 1;
+		? 1 0 0 ? : ? : 0;
+		? ? ? 1 0 : ? : 1;
+		? ? ? ? 1 : ? : 0;
+		? 0 * ? ? : ? : -;
+		? 0 ? * 0 : 1 : 1;
+		? 0 ? 0 * : 0 : 0;
+		? * 1 ? 0 : 1 : 1;
+		? * 0 0 ? : 0 : 0;
+		? ? 1 * 0 : 1 : 1;
+		? ? 0 0 * : 0 : 0;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_latch_sr_1
+`else
+`define _udp_def_ihp_latch_sr_1
+primitive ihp_latch_sr_1 (q, v, clk, d, s, r);
+	output q;
+	reg q;
+	input v, clk, d, s, r;
+
+	table
+		* ? ? ? ? : ? : x;
+		? 1 1 ? 0 : ? : 1;
+		? 1 0 0 ? : ? : 0;
+		? ? ? 1 ? : ? : 1;
+		? ? ? 0 1 : ? : 0;
+		? 0 * ? ? : ? : -;
+		? 0 ? * 0 : 1 : 1;
+		? 0 ? 0 * : 0 : 0;
+		? * 1 ? 0 : 1 : 1;
+		? * 0 0 ? : 0 : 0;
+		? ? 1 * 0 : 1 : 1;
+		? ? 0 0 * : 0 : 0;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_mux2
+`else
+`define _udp_def_ihp_mux2
+primitive ihp_mux2 (z, a, b, s);
+	output z;
+	input a, b, s;
+
+	table
+//                 a  b  s : z
+                   1  ?  0 : 1;
+                   0  ?  0 : 0;
+                   ?  1  1 : 1;
+                   ?  0  1 : 0;
+                   0  0  x : 0;
+                   1  1  x : 1;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_mux4
+`else
+`define _udp_def_ihp_mux4
+primitive ihp_mux4 (z, a, b , c, d, s0, s1);
+	output z;
+	input d, c, b, a, s1, s0;
+
+	table
+//                a  b  c  d s0 s1 : z
+                  0  ?  ?  ?  0  0 : 0;
+                  1  ?  ?  ?  0  0 : 1;
+                  ?  0  ?  ?  1  0 : 0;
+                  ?  1  ?  ?  1  0 : 1;
+                  ?  ?  0  ?  0  1 : 0;
+                  ?  ?  1  ?  0  1 : 1;
+                  ?  ?  ?  0  1  1 : 0;
+                  ?  ?  ?  1  1  1 : 1;
+                  0  0  ?  ?  x  0 : 0;
+                  1  1  ?  ?  x  0 : 1;
+                  ?  ?  0  0  x  1 : 0;
+                  ?  ?  1  1  x  1 : 1;
+                  0  ?  0  ?  0  x : 0;
+                  1  ?  1  ?  0  x : 1;
+                  ?  0  ?  0  1  x : 0;
+                  ?  1  ?  1  1  x : 1;
+                  1  1  1  1  x  x : 1;
+                  0  0  0  0  x  x : 0;
+	endtable
+endprimitive
+`endif
+
+`ifdef _udp_def_ihp_mux8
+`else
+`define _udp_def_ihp_mux8
+primitive ihp_mux8 (z, a, b , c, d, e, f, g, h, s0, s1, s2);
+	output z;
+	input h, g, f, e, d, c, b, a, s2, s1, s0;
+
+	table
+//                a  b  c  d  e  f  g  h s0 s1 s2 : z
+                  0  ?  ?  ?  ?  ?  ?  ?  0  0  0 : 0;
+                  1  ?  ?  ?  ?  ?  ?  ?  0  0  0 : 1;
+                  ?  0  ?  ?  ?  ?  ?  ?  1  0  0 : 0;
+                  ?  1  ?  ?  ?  ?  ?  ?  1  0  0 : 1;
+                  ?  ?  0  ?  ?  ?  ?  ?  0  1  0 : 0;
+                  ?  ?  1  ?  ?  ?  ?  ?  0  1  0 : 1;
+                  ?  ?  ?  0  ?  ?  ?  ?  1  1  0 : 0;
+                  ?  ?  ?  1  ?  ?  ?  ?  1  1  0 : 1;
+                  ?  ?  ?  ?  0  ?  ?  ?  0  0  1 : 0;
+                  ?  ?  ?  ?  1  ?  ?  ?  0  0  1 : 1;
+                  ?  ?  ?  ?  ?  0  ?  ?  1  0  1 : 0;
+                  ?  ?  ?  ?  ?  1  ?  ?  1  0  1 : 1;
+                  ?  ?  ?  ?  ?  ?  0  ?  0  1  1 : 0;
+                  ?  ?  ?  ?  ?  ?  1  ?  0  1  1 : 1;
+                  ?  ?  ?  ?  ?  ?  ?  0  1  1  1 : 0;
+                  ?  ?  ?  ?  ?  ?  ?  1  1  1  1 : 1;
+                  0  0  ?  ?  ?  ?  ?  ?  x  0  0 : 0;
+                  1  1  ?  ?  ?  ?  ?  ?  x  0  0 : 1;
+                  ?  ?  0  0  ?  ?  ?  ?  x  1  0 : 0;
+                  ?  ?  1  1  ?  ?  ?  ?  x  1  0 : 1;
+                  ?  ?  ?  ?  0  0  ?  ?  x  0  1 : 0;
+                  ?  ?  ?  ?  1  1  ?  ?  x  0  1 : 1;
+                  ?  ?  ?  ?  ?  ?  0  0  x  1  1 : 0;
+                  ?  ?  ?  ?  ?  ?  1  1  x  1  1 : 1;
+                  0  ?  0  ?  ?  ?  ?  ?  0  x  0 : 0;
+                  1  ?  1  ?  ?  ?  ?  ?  0  x  0 : 1;
+                  ?  0  ?  0  ?  ?  ?  ?  1  x  0 : 0;
+                  ?  1  ?  1  ?  ?  ?  ?  1  x  0 : 1;
+                  ?  ?  ?  ?  0  ?  0  ?  0  x  1 : 0;
+                  ?  ?  ?  ?  1  ?  1  ?  0  x  1 : 1;
+                  ?  ?  ?  ?  ?  0  ?  0  1  x  1 : 0;
+                  ?  ?  ?  ?  ?  1  ?  1  1  x  1 : 1;
+                  0  ?  ?  ?  0  ?  ?  ?  0  0  x : 0;
+                  1  ?  ?  ?  1  ?  ?  ?  0  0  x : 1;
+                  ?  0  ?  ?  ?  0  ?  ?  1  0  x : 0;
+                  ?  1  ?  ?  ?  1  ?  ?  1  0  x : 1;
+                  ?  ?  0  ?  ?  ?  0  ?  0  1  x : 0;
+                  ?  ?  1  ?  ?  ?  1  ?  0  1  x : 1;
+                  ?  ?  ?  0  ?  ?  ?  0  1  1  x : 0;
+                  ?  ?  ?  1  ?  ?  ?  1  1  1  x : 1;
+                  0  0  0  0  ?  ?  ?  ?  x  x  0 : 0;
+                  1  1  1  1  ?  ?  ?  ?  x  x  0 : 1;
+                  ?  ?  ?  ?  0  0  0  0  x  x  1 : 0;
+                  ?  ?  ?  ?  1  1  1  1  x  x  1 : 1;
+                  0  0  ?  ?  0  0  ?  ?  x  0  x : 0;
+                  1  1  ?  ?  1  1  ?  ?  x  0  x : 1;
+                  ?  ?  0  0  ?  ?  0  0  x  1  x : 0;
+                  ?  ?  1  1  ?  ?  1  1  x  1  x : 1;
+                  0  ?  0  ?  0  ?  0  ?  0  x  x : 0;
+                  1  ?  1  ?  1  ?  1  ?  0  x  x : 1;
+                  ?  0  ?  0  ?  0  ?  0  1  x  x : 0;
+                  ?  1  ?  1  ?  1  ?  1  1  x  x : 1;
+                  0  0  0  0  0  0  0  0  x  x  x : 0;
+                  1  1  1  1  1  1  1  1  x  x  x : 1;
+	endtable
+endprimitive
+`endif
diff --git a/ihp13/sg13cmos5l b/ihp13/sg13cmos5l
new file mode 160000
index 000000000..5958eb389
--- /dev/null
+++ b/ihp13/sg13cmos5l
@@ -0,0 +1 @@
+Subproject commit 5958eb38973d5c56e7a26f65fc23d9f3a740ccd2
diff --git a/ihp13/sg13g2 b/ihp13/sg13g2
new file mode 160000
index 000000000..ee974c3ad
--- /dev/null
+++ b/ihp13/sg13g2
@@ -0,0 +1 @@
+Subproject commit ee974c3adc69d0f36adbf20577079f0df419d702
diff --git a/ihp13/tc_sram_impl.sv b/ihp13/tc_sram_impl.sv
index 327b4641b..c182c7661 100644
--- a/ihp13/tc_sram_impl.sv
+++ b/ihp13/tc_sram_impl.sv
@@ -204,48 +204,26 @@ module tc_sram_impl #(
        .A_BIST_EN    (  1'b0 )
       );
   end else if (NumWords == 512 && DataWidth == 32 && P1L1) begin: gen_512x32xBx1
-    logic [63:0] wdata64, rdata64, bm64;
-    logic sel_d, sel_q;
-
-    // muxing neighboring bits instead of upper/lower 32bit reduces routing
-    always_comb begin : gen_bit_interleaving
-      for (int i = 0; i < 32; i++) begin
-          // duplicate each bit
-          wdata64[2*i]   = wdata_i[0][i]; // even bits (active if addr LSB is 0)
-          bm64[2*i]      = bm[0][i] & ~addr_i[0][0];
-          wdata64[2*i+1] = wdata_i[0][i]; // odd bits  (active if addr LSB is 1)
-          bm64[2*i+1]    = bm[0][i] & addr_i[0][0];
-
-          if(~sel_q) begin
-            rdata_o[0][i] = rdata64[2*i];   // even bits
-          end else begin
-            rdata_o[0][i] = rdata64[2*i+1]; // odd bitss
-          end
-      end
-    end
-
-    // LSB needed for read in next cycle
-    assign sel_d = addr_i[0][0];
+    logic [31:0] wdata32, rdata32, bm32;
 
-    always_ff @(posedge clk_i or negedge rst_ni) begin : proc_mem_sel_q
-      if(~rst_ni)             sel_q <= '0;
-      else if (req_i & ~we_i) sel_q <= sel_d;
-    end
+    assign rdata_o = rdata32;
+    assign wdata32 = wdata_i;
+    assign bm32    = bm;
 
-    RM_IHPSG13_1P_256x64_c2_bm_bist i_cut (
+    RM_IHPSG13_1P_512x32_c2_bm_bist i_cut (
      .A_CLK   ( clk_i   ),
      .A_DLY   ( impl_i  ),
-     .A_ADDR  ( addr_i [0][8:1] ),
-     .A_BM    ( bm64    ),
+     .A_ADDR  ( addr_i [0][8:0] ),
+     .A_BM    ( bm32    ),
      .A_MEN   ( req_i   ),
      .A_WEN   ( we_i    ),
      .A_REN   ( ~we_i   ),
-     .A_DIN        ( wdata64 ),
-     .A_DOUT       ( rdata64 ),
+     .A_DIN        ( wdata32 ),
+     .A_DOUT       ( rdata32 ),
      .A_BIST_CLK   (  1'b0 ),
-     .A_BIST_ADDR  (  8'd0 ),
-     .A_BIST_DIN   ( 64'd0 ),
-     .A_BIST_BM    ( 64'd0 ),
+     .A_BIST_ADDR  (  9'd0 ),
+     .A_BIST_DIN   ( 32'd0 ),
+     .A_BIST_BM    ( 32'd0 ),
      .A_BIST_MEN   (  1'b0 ),
      .A_BIST_WEN   (  1'b0 ),
      .A_BIST_REN   (  1'b0 ),
diff --git a/klayout/run_finishing.sh b/klayout/run_finishing.sh
index c377a0804..e6ee8a056 100755
--- a/klayout/run_finishing.sh
+++ b/klayout/run_finishing.sh
@@ -12,6 +12,15 @@ set -e  # Exit on error
 set -u  # Error on undefined vars
 
 
+DRYRUN=0
+for arg in "$@"; do
+    [[ "$arg" == -n || "$arg" == --dry-run ]] && DRYRUN=1
+done
+
+if [[ "$DRYRUN" -eq 1 ]]; then
+    export CROC_SKIP_TECH_SETUP=1
+fi
+
 ################
 # Setup
 ################
@@ -23,18 +32,6 @@ source "../env.sh"
 # Technology
 ###############
 
-lef_files="$(find "$PDK_DIR_LEF_TECH" -name 'sg13g2_stdcell.lef' -exec realpath {} \;) \
-     $(find "$PDK_DIR_LEF_CELLS" -name 'sg13g2_tech.lef' -exec realpath {} \;) \
-     $(find "$PDK_DIR_LEF_SRAMS" -name 'RM_IHPSG13*.lef' -exec realpath {} \;) \
-     $(find "$PDK_DIR_LEF_IOS" -name 'sg13g2_io.lef' -exec realpath {} \;) \
-     $(find "$PDK_DIR_LEF_BOND" -name '*.lef' -exec realpath {} \;)"
-
-gds_files="$(find "$PDK_DIR_GDS_CELLS" -name 'sg13g2_stdcell.gds' -exec realpath {} \;) \
-     $(find "$PDK_DIR_GDS_SRAMS" -name 'RM_IHPSG13*.gds' -exec realpath {} \;) \
-     $(find "$PDK_DIR_GDS_IOS" -name 'sg13g2_io.gds' -exec realpath {} \;) \
-     $(find "$PDK_DIR_GDS_BOND" -name '*.gds' -exec realpath {} \;)"
-
-
 SEAL_RING_SPACE=42
 
 ##############################
@@ -71,50 +68,126 @@ EOF
 
 run_cmd() {
     if [ "$DRYRUN" = 1 ]; then
-        echo $1
+        printf '%s\n' "$1"
     else
         eval $1
     fi
 }
 
 
+supports_split_topmetal_fill() {
+    grep -q "no_topmetal_1" "$KLAYOUT_PATH/tech/scripts/filler.py"
+}
+
+
+collect_def_to_gds_inputs() {
+    lef_files="$(find "$PDK_DIR_LEF_TECH" -name "$PDK_TECH_LEF_FILE" -exec realpath {} \;) \
+         $(find "$PDK_DIR_LEF_CELLS" -name "$PDK_STDCELL_LEF_FILE" -exec realpath {} \;) \
+         $(find "$PDK_DIR_LEF_SRAMS" -name 'RM_IHPSG13*.lef' -exec realpath {} \;) \
+         $(find "$PDK_DIR_LEF_IOS" -name "$PDK_IO_LEF_FILE" -exec realpath {} \;) \
+         $(find "$PDK_DIR_LEF_BOND" -name "$PDK_BONDPAD_LEF" -exec realpath {} \;)"
+
+    local required_gds_files=(
+        "$PDK_DIR_GDS_CELLS/$PDK_STDCELL_GDS_FILE"
+        "$PDK_DIR_GDS_SRAMS/RM_IHPSG13_1P_512x32_c2_bm_bist.gds"
+        "$PDK_DIR_GDS_IOS/$PDK_IO_GDS_FILE"
+        "$PDK_DIR_GDS_BOND/$PDK_BONDPAD_GDS"
+    )
+
+    gds_files="${required_gds_files[*]}"
+    [[ "$DRYRUN" -eq 1 ]] && return 0
+
+    local missing_gds=0
+    for gds_file in "${required_gds_files[@]}"; do
+        if [[ ! -f "$gds_file" ]]; then
+            missing_gds=1
+            break
+        fi
+    done
+
+    if [[ "$missing_gds" -eq 1 && "$CROC_TECHNOLOGY_VIEW" == "public mirror" ]]; then
+        echo "[INFO][KLayout] Downloading missing public PDK GDS"
+        "$CROC_ROOT/scripts/download_gds.sh"
+    fi
+
+    for gds_file in "${required_gds_files[@]}"; do
+        if [[ ! -f "$gds_file" ]]; then
+            echo "[ERROR][KLayout] Missing required GDS: $gds_file" >&2
+            exit 1
+        fi
+    done
+
+    gds_files="$(find "$PDK_DIR_GDS_CELLS" -name "$PDK_STDCELL_GDS_FILE" -exec realpath {} \;) \
+         $(find "$PDK_DIR_GDS_SRAMS" -name 'RM_IHPSG13*.gds' -exec realpath {} \;) \
+         $(find "$PDK_DIR_GDS_IOS" -name "$PDK_IO_GDS_FILE" -exec realpath {} \;) \
+         $(find "$PDK_DIR_GDS_BOND" -name "$PDK_BONDPAD_GDS" -exec realpath {} \;)"
+}
+
+
 def_to_gds() {
+    collect_def_to_gds_inputs
     run_cmd "mkdir -p out"
     run_cmd "echo [INFO][KLayout] Running LEF/DEF to stream"
-    run_cmd "klayout -zz \
+    run_cmd "klayout -nc -rx -zz \
         -rd gds_allow_empty=True \
         -rd design_name=\"$TOP_DESIGN\" \
         -rd in_def=\"../openroad/out/${PROJ_NAME}.def\" \
-        -rd layer_map=\"$KLAYOUT_PATH/tech/sg13g2.map\" \
+        -rd layer_map=\"$PDK_LAYER_MAP_FILE\" \
         -rd lef_files=\"$lef_files\" \
         -rd gds_files=\"$gds_files\" \
         -rd out_file=\"out/${PROJ_NAME}.gds.gz\" \
-        -rm scripts/def2stream.py" \
-        > out/def2stream.log
+        -rm scripts/def2stream.py \
+        > out/def2stream.log"
 }
 
 
+derive_seal_dimensions() {
+    local die_um
+    read -r -a die_um < <(grep DIEAREA "../openroad/out/${PROJ_NAME}.def" | grep -oE '[0-9]+' | tail -n 2 | xargs)
+
+    die_width=$(( die_um[-2] / 1000 ))
+    die_height=$(( die_um[-1] / 1000 ))
+    seal_width=$(( die_width + 2 * SEAL_RING_SPACE ))
+    seal_height=$(( die_height + 2 * SEAL_RING_SPACE ))
+}
+
+generate_seal_ring() {
+    local width="$1"
+    local height="$2"
+
+    run_cmd "klayout -nc -rx -zz \
+        -r scripts/generate_seal_ring.py \
+        -rd width=$width  \
+        -rd height=$height \
+        -rd output=out/seal_ring.gds.gz \
+        > out/gen_seal.log"
+}
+
 gen_seal_ring() {
     run_cmd "echo [INFO][KLayout] Creating seal ring"
-    run_cmd "die_um=($(grep DIEAREA ../openroad/out/${PROJ_NAME}.def | grep -oE '[0-9]+' | tail -n 2 | xargs))"
-    run_cmd "die_width=$(( ${die_um[-2]} / 1000 ))"
-    run_cmd "die_height=$(( ${die_um[-1]} / 1000 ))"
-    run_cmd "seal_width=$(( $die_width + 2 * $SEAL_RING_SPACE ))"
-    run_cmd "seal_height=$(( $die_width + 2 * $SEAL_RING_SPACE ))"
+
+    if [[ "$DRYRUN" -eq 1 ]]; then
+        run_cmd 'die_um=($(grep DIEAREA ../openroad/out/${PROJ_NAME}.def | grep -oE "[0-9]+" | tail -n 2 | xargs))'
+        run_cmd 'die_width=$(( die_um[-2] / 1000 ))'
+        run_cmd 'die_height=$(( die_um[-1] / 1000 ))'
+        run_cmd "seal_width=\$(( die_width + 2 * SEAL_RING_SPACE ))"
+        run_cmd "seal_height=\$(( die_height + 2 * SEAL_RING_SPACE ))"
+        run_cmd 'echo [INFO][KLayout] Read ../openroad/out/${PROJ_NAME}.def - die area: ${die_width} um x ${die_height} um'
+        run_cmd 'echo [INFO][KLayout] Chip dimensions with seal: ${seal_width} um x ${seal_height} um'
+        generate_seal_ring '$seal_width' '$seal_height'
+        return
+    fi
+
+    derive_seal_dimensions
     run_cmd "echo [INFO][KLayout] Read ../openroad/out/${PROJ_NAME}.def - die area: ${die_width} um x ${die_height} um"
     run_cmd "echo [INFO][KLayout] Chip dimensions with seal: ${seal_width} um x ${seal_height} um"
-    run_cmd "klayout -n sg13g2 -zz \
-        -r $KLAYOUT_PATH/tech/scripts/sealring.py \
-        -rd width=$seal_width  \
-        -rd height=$seal_height \
-        -rd output=out/seal_ring.gds.gz \
-        > out/gen_seal.log"
+    generate_seal_ring "$seal_width" "$seal_height"
 }
 
 
 merge_seal_ring() {
     run_cmd "echo [INFO][KLayout] Merging seal ring"
-    run_cmd "klayout -zz \
+    run_cmd "klayout -nc -rx -zz \
         -rm scripts/merge_sealring.py \
         -rd chip_gds=out/${PROJ_NAME}.gds.gz \
         -rd seal_gds=out/seal_ring.gds.gz \
@@ -127,25 +200,36 @@ merge_seal_ring() {
 
 
 fill_metal() {
-    run_cmd "echo [INFO][KLayout] Filling M1-M5 and TM1"
-    run_cmd "klayout -n sg13g2 -zz \
+    run_cmd "echo [INFO][KLayout] Filling routing metals for $CROC_PDK"
+    if [[ "$CROC_PDK" == "sg13cmos5l" ]]; then
+        fill_flags="-rd no_activ"
+    elif supports_split_topmetal_fill; then
+        fill_flags="-rd no_topmetal_2 -rd no_activ"
+    else
+        fill_flags="-rd no_topmetal -rd no_activ"
+    fi
+    run_cmd "klayout -n $KLAYOUT_TECH -zz \
         -r $KLAYOUT_PATH/tech/scripts/filler.py \
         -rd output_file=out/${PROJ_NAME}.metfilled.gds.gz \
-        -rd no_topmetal_2 \
-        -rd no_activ \
+        $fill_flags \
         out/${PROJ_NAME}.sealed.gds.gz \
         > out/merge_seal.log"
 }
 
 
 fill_activ() {
-    run_cmd "echo [INFO][KLayout] Filling M1-M5 and TM1"
-    run_cmd "klayout -n sg13g2 -zz \
+    run_cmd "echo [INFO][KLayout] Filling active layers for $CROC_PDK"
+    if [[ "$CROC_PDK" == "sg13cmos5l" ]]; then
+        fill_flags="-rd no_metal"
+    elif supports_split_topmetal_fill; then
+        fill_flags="-rd no_topmetal_2 -rd no_topmetal_1 -rd no_metal"
+    else
+        fill_flags="-rd no_topmetal -rd no_metal"
+    fi
+    run_cmd "klayout -n $KLAYOUT_TECH -zz \
         -r $KLAYOUT_PATH/tech/scripts/filler.py \
         -rd output_file=out/${PROJ_NAME}.filled.gds.gz \
-        -rd no_topmetal_2 \
-        -rd no_topmetal_1 \
-        -rd no_metal \
+        $fill_flags \
         out/${PROJ_NAME}.metfilled.gds.gz"
 }
 
@@ -154,8 +238,6 @@ fill_activ() {
 # Parse Arguments
 ####################
 
-DRYRUN=0
-
 # default action if no argument is given
 if [ $# -eq 0 ]; then
     show_help
diff --git a/klayout/scripts/generate_seal_ring.py b/klayout/scripts/generate_seal_ring.py
new file mode 100644
index 000000000..7d76f813f
--- /dev/null
+++ b/klayout/scripts/generate_seal_ring.py
@@ -0,0 +1,87 @@
+"""Generate the IHP seal ring without KLayout's PCell registry."""
+
+import importlib.util
+import os
+import pathlib
+import re
+import sys
+import types
+
+import pya
+
+
+croc_root = os.environ["CROC_ROOT"]
+klayout_path = os.environ["KLAYOUT_PATH"]
+pdk = os.environ["CROC_PDK"]
+klayout_python = os.path.join(klayout_path, "python")
+shared_klayout_python = os.path.join(
+    croc_root, "ihp13", "sg13g2", "ihp-sg13g2", "libs.tech", "klayout", "python"
+)
+sys.path.extend(
+    [
+        klayout_python,
+        os.path.join(shared_klayout_python, "pycell4klayout-api", "source", "python"),
+    ]
+)
+
+from cni.dlo import PyCellContext
+from cni.tech import Tech
+
+
+if pdk == "sg13cmos5l":
+    pcell_package = "sg13cmos5l_pycell_lib"
+elif pdk == "sg13g2":
+    pcell_package = "sg13g2_pycell_lib"
+else:
+    raise RuntimeError(f"Unsupported Croc PDK: {pdk}")
+
+package_name = f"croc_{pdk}_pcell"
+pcell_root = os.path.join(klayout_python, pcell_package)
+ihp_root = os.path.join(pcell_root, "ihp")
+package = types.ModuleType(package_name)
+package.__path__ = [pcell_root]
+sys.modules[package_name] = package
+ihp_package = types.ModuleType(f"{package_name}.ihp")
+ihp_package.__path__ = [ihp_root]
+sys.modules[ihp_package.__name__] = ihp_package
+
+
+def load_module(name, path):
+    spec = importlib.util.spec_from_file_location(name, path)
+    module = importlib.util.module_from_spec(spec)
+    sys.modules[name] = module
+    spec.loader.exec_module(module)
+    return module
+
+
+load_module(f"{package_name}.sg13_tech", os.path.join(pcell_root, "sg13_tech.py"))
+sealring_module = load_module(
+    f"{package_name}.ihp.sealring_code", os.path.join(ihp_root, "sealring_code.py")
+)
+
+tech = Tech.get("SG13_dev")
+Tech.techInUse = tech.getTechParams()["libName"]
+edge_box = float(re.sub("[a-zA-Z]+", "", tech.getTechParams()["sealring_complete_edgeBox"]))
+layout = pya.Layout(True)
+layout.dbu = 0.001
+top_cell = layout.create_cell("sealring_top")
+sealring = sealring_module.sealring()
+sealring.setTech(tech)
+
+with PyCellContext(tech, top_cell, sealring):
+    sealring.addCellContext(top_cell)
+    sealring.setupParams(
+        {
+            "l": f"{float(width) - 2 * edge_box}u",
+            "w": f"{float(height) - 2 * edge_box}u",
+            "addLabel": "nil",
+            "addSlit": "nil",
+            "edgeBox": f"{edge_box}u",
+        }
+    )
+    sealring.genLayout()
+
+pathlib.Path(output).parent.mkdir(parents=True, exist_ok=True)
+options = pya.SaveLayoutOptions()
+options.write_context_info = False
+layout.write(output, options)
diff --git a/klayout/sg13cmos5l.lyp b/klayout/sg13cmos5l.lyp
new file mode 100644
index 000000000..8bd28104d
--- /dev/null
+++ b/klayout/sg13cmos5l.lyp
@@ -0,0 +1,4121 @@
+<?xml version='1.0' encoding='UTF-8'?>
+<layer-properties>
+  <!--
+ IHP SG13CMOS5L PDK Layer Properties
+ Generated: 2025-12-15T21:54:23.577150
+ Copyright 2024 IHP PDK Authors
+ Licensed under the Apache License, Version 2.0
+-->
+  <properties>
+    <frame-color>#00ff00</frame-color>
+    <fill-color>#00ff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>C2</dither-pattern>
+    <line-style>C2</line-style>
+    <valid>true</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Activ.drawing</name>
+    <source>1/0</source>
+  </properties>
+  <properties>
+    <frame-color>#00ff00</frame-color>
+    <fill-color>#00ff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>C3</dither-pattern>
+    <line-style>C1</line-style>
+    <valid>true</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Activ.label</name>
+    <source>1/1</source>
+  </properties>
+  <properties>
+    <frame-color>#00ff00</frame-color>
+    <fill-color>#00ff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>C2</dither-pattern>
+    <line-style>C2</line-style>
+    <valid>false</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Activ.pin</name>
+    <source>1/2</source>
+  </properties>
+  <properties>
+    <frame-color>#00ff00</frame-color>
+    <fill-color>#00ff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>C2</dither-pattern>
+    <line-style>C2</line-style>
+    <valid>false</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Activ.net</name>
+    <source>1/3</source>
+  </properties>
+  <properties>
+    <frame-color>#00ff00</frame-color>
+    <fill-color>#00ff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>C3</dither-pattern>
+    <line-style>C1</line-style>
+    <valid>false</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Activ.boundary</name>
+    <source>1/4</source>
+  </properties>
+  <properties>
+    <frame-color>#ffff00</frame-color>
+    <fill-color>#ffff00</fill-color>
+    <frame-brightness>0</frame-brightness>
+    <fill-brightness>0</fill-brightness>
+    <dither-pattern>I1</dither-pattern>
+    <line-style>C0</line-style>
+    <valid>true</valid>
+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
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+    <width>1</width>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
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+    <frame-color>#00cc66</frame-color>
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+    <frame-color>#00cc66</frame-color>
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+    <width>1</width>
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+    <frame-color>#39bfff</frame-color>
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+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
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+    <name>Metal1.drawing</name>
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+    <frame-color>#39bfff</frame-color>
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+    <transparent>false</transparent>
+    <width>1</width>
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+    <name>Metal1.label</name>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
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+    <name>Metal1.pin</name>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
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+    <frame-color>#39bfff</frame-color>
+    <fill-color>#39bfff</fill-color>
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+    <visible>true</visible>
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+    <width>1</width>
+    <marked>false</marked>
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+    <name>Metal1.boundary</name>
+    <source>8/4</source>
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+    <frame-color>#39bfff</frame-color>
+    <fill-color>#39bfff</fill-color>
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+    <width>1</width>
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+    <name>Metal1.mask</name>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
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+    <name>Metal1.filler</name>
+    <source>8/22</source>
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+    <frame-color>#39bfff</frame-color>
+    <fill-color>#39bfff</fill-color>
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+    <transparent>false</transparent>
+    <width>3</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.nofill</name>
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+    <frame-color>#39bfff</frame-color>
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+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.slit</name>
+    <source>8/24</source>
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+    <frame-color>#39bfff</frame-color>
+    <fill-color>#39bfff</fill-color>
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+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.text</name>
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+    <frame-color>#00ffff</frame-color>
+    <fill-color>#ffff00</fill-color>
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+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.OPC</name>
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+    <frame-color>#ff0000</frame-color>
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+    <transparent>false</transparent>
+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.noqrc</name>
+    <source>8/28</source>
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+    <frame-color>#bf4026</frame-color>
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+    <visible>true</visible>
+    <transparent>false</transparent>
+    <width>3</width>
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+    <name>Metal1.res</name>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
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+    <animation>0</animation>
+    <name>Metal1.iprobe</name>
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+    <frame-color>#39bfff</frame-color>
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+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Metal1.diffprb</name>
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+    <width>1</width>
+    <marked>false</marked>
+    <animation>0</animation>
+    <name>Passiv.drawing</name>
+    <source>9/0</source>
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+    <width>1</width>
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+    <width>1</width>
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+    <name>TopVia1.drawing</name>
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+    <width>1</width>
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+      <line>.......*........</line>
+      <line>.......*........</line>
+      <line>.......*........</line>
+      <line>.......*........</line>
+      <line>.......*........</line>
+      <line>.......*........</line>
+    </pattern>
+    <order>40</order>
+    <name>stipple63</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>......*...*.....</line>
+      <line>................</line>
+      <line>..*.............</line>
+      <line>.............*..</line>
+      <line>................</line>
+      <line>................</line>
+      <line>*..............*</line>
+      <line>................</line>
+      <line>.......*........</line>
+      <line>................</line>
+      <line>*..............*</line>
+      <line>................</line>
+      <line>................</line>
+      <line>...*.........*..</line>
+      <line>................</line>
+      <line>......*...*.....</line>
+    </pattern>
+    <order>41</order>
+    <name>stipple45</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>................</line>
+      <line>................</line>
+      <line>.*........*.....</line>
+      <line>................</line>
+      <line>................</line>
+      <line>.*..*.....*..*..</line>
+      <line>................</line>
+      <line>........*.......</line>
+      <line>................</line>
+      <line>................</line>
+      <line>........*..*....</line>
+      <line>....*...........</line>
+      <line>................</line>
+      <line>................</line>
+      <line>....*..*........</line>
+      <line>................</line>
+    </pattern>
+    <order>42</order>
+    <name>stipple46</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>................</line>
+      <line>.............*..</line>
+      <line>................</line>
+      <line>..*....*........</line>
+      <line>................</line>
+      <line>..........*...*.</line>
+      <line>................</line>
+      <line>......*.........</line>
+      <line>................</line>
+      <line>.*..............</line>
+      <line>............*...</line>
+      <line>................</line>
+      <line>....*...........</line>
+      <line>........*.......</line>
+      <line>................</line>
+      <line>*..............*</line>
+    </pattern>
+    <order>43</order>
+    <name>stipple47</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>................</line>
+      <line>................</line>
+      <line>..............*.</line>
+      <line>................</line>
+      <line>................</line>
+      <line>................</line>
+      <line>..*.............</line>
+      <line>................</line>
+      <line>........*.......</line>
+      <line>.............*..</line>
+      <line>................</line>
+      <line>................</line>
+      <line>................</line>
+      <line>.*..............</line>
+      <line>................</line>
+      <line>................</line>
+    </pattern>
+    <order>44</order>
+    <name>stipple48</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>................</line>
+      <line>....*...........</line>
+      <line>...*.*..........</line>
+      <line>..*...*.........</line>
+      <line>.*.....*........</line>
+      <line>*********.......</line>
+      <line>................</line>
+      <line>................</line>
+      <line>................</line>
+      <line>...........*....</line>
+      <line>..........*.*...</line>
+      <line>.........*...*..</line>
+      <line>........*.....*.</line>
+      <line>.......*********</line>
+      <line>................</line>
+      <line>................</line>
+    </pattern>
+    <order>45</order>
+    <name>triangle</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>.......*.......*</line>
+      <line>......*.......*.</line>
+      <line>.....*.......*..</line>
+      <line>....*.......*...</line>
+      <line>...*.......*....</line>
+      <line>..*.......*.....</line>
+      <line>.*.......*......</line>
+      <line>*.......*.......</line>
+      <line>.......*.......*</line>
+      <line>......*.......*.</line>
+      <line>.....*.......*..</line>
+      <line>....*.......*...</line>
+      <line>...*.......*....</line>
+      <line>..*.......*.....</line>
+      <line>.*.......*......</line>
+      <line>*.......*.......</line>
+    </pattern>
+    <order>46</order>
+    <name>metal2S</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>.*...*...*...*..</line>
+      <line>................</line>
+      <line>...*...*...*...*</line>
+      <line>................</line>
+      <line>.*...*...*...*..</line>
+      <line>................</line>
+      <line>...*...*...*...*</line>
+      <line>................</line>
+      <line>.*...*...*...*..</line>
+      <line>................</line>
+      <line>...*...*...*...*</line>
+      <line>................</line>
+      <line>.*...*...*...*..</line>
+      <line>................</line>
+      <line>...*...*...*...*</line>
+      <line>................</line>
+    </pattern>
+    <order>47</order>
+    <name>dots10</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>...........*....</line>
+      <line>..........*.....</line>
+      <line>.........*......</line>
+      <line>........*.......</line>
+      <line>.......*........</line>
+      <line>......*.........</line>
+      <line>.....*..........</line>
+      <line>....*...........</line>
+      <line>...*............</line>
+      <line>..*.............</line>
+      <line>.*..............</line>
+      <line>*...............</line>
+      <line>...............*</line>
+      <line>..............*.</line>
+      <line>.............*..</line>
+      <line>............*...</line>
+    </pattern>
+    <order>48</order>
+    <name>m6</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>.............*..</line>
+      <line>..*....*........</line>
+      <line>................</line>
+      <line>................</line>
+      <line>......*.....*...</line>
+      <line>..*.............</line>
+      <line>................</line>
+      <line>........*.......</line>
+      <line>*...............</line>
+      <line>............*...</line>
+      <line>..*.............</line>
+      <line>......*.........</line>
+      <line>................</line>
+      <line>.........*......</line>
+      <line>....*.........*.</line>
+      <line>..*.............</line>
+    </pattern>
+    <order>49</order>
+    <name>stipple49</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>*.*.*.*.*.*.*.*.</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+      <line>.*.*.*.*.*.*.*.*</line>
+    </pattern>
+    <order>50</order>
+    <name>stipple41</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>................</line>
+      <line>............*...</line>
+      <line>..*.....*.......</line>
+      <line>.....*.......*..</line>
+      <line>................</line>
+      <line>...*.......*...*</line>
+      <line>................</line>
+      <line>.*........*..*..</line>
+      <line>.......*........</line>
+      <line>...*...........*</line>
+      <line>.*..............</line>
+      <line>.....*..*.......</line>
+      <line>..*..........*..</line>
+      <line>.......*........</line>
+      <line>...*....*...*...</line>
+      <line>................</line>
+    </pattern>
+    <order>51</order>
+    <name>stipple42</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>...**......**...</line>
+      <line>..*..*....*..*..</line>
+      <line>.*....*..*....*.</line>
+      <line>*......**......*</line>
+      <line>*......**......*</line>
+      <line>.*....*..*....*.</line>
+      <line>..*..*....*..*..</line>
+      <line>...**......**...</line>
+      <line>...**......**...</line>
+      <line>..*..*....*..*..</line>
+      <line>.*....*..*....*.</line>
+      <line>*......**......*</line>
+      <line>*......**......*</line>
+      <line>.*....*..*....*.</line>
+      <line>..*..*....*..*..</line>
+      <line>...**......**...</line>
+    </pattern>
+    <order>52</order>
+    <name>stipple11</name>
+  </custom-dither-pattern>
+  <custom-dither-pattern>
+    <pattern>
+      <line>...**......**...</line>
+      <line>..*..*....*..*..</line>
+      <line>.*....*..*....*.</line>
+      <line>*......**......*</line>
+      <line>*......**......*</line>
+      <line>.*....*..*....*.</line>
+      <line>..*..*....*..*..</line>
+      <line>...**......**...</line>
+      <line>...**......**...</line>
+      <line>..*..*....*..*..</line>
+      <line>.*....*..*....*.</line>
+      <line>*......**......*</line>
+      <line>*......**......*</line>
+      <line>.*....*..*....*.</line>
+      <line>..*..*....*..*..</line>
+      <line>...**......**...</line>
+    </pattern>
+    <order>53</order>
+    <name>stipple57</name>
+  </custom-dither-pattern>
+  <custom-line-style>
+    <pattern>***</pattern>
+    <order>0</order>
+    <name>solid</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>*</pattern>
+    <order>1</order>
+    <name>lineStyle0</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>****..</pattern>
+    <order>2</order>
+    <name>dashed</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>*..</pattern>
+    <order>3</order>
+    <name>tdots</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>**..</pattern>
+    <order>4</order>
+    <name>shortDash</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>**..**..**..**.</pattern>
+    <order>5</order>
+    <name>lineStyle1</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>****..**..</pattern>
+    <order>6</order>
+    <name>doubleDash</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>*..</pattern>
+    <order>7</order>
+    <name>dots</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>***</pattern>
+    <order>8</order>
+    <name>mLine</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>***</pattern>
+    <order>9</order>
+    <name>thickLine</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>***..*..</pattern>
+    <order>10</order>
+    <name>dashDot</name>
+  </custom-line-style>
+  <custom-line-style>
+    <pattern>****........</pattern>
+    <order>11</order>
+    <name>tdots2</name>
+  </custom-line-style>
+</layer-properties>
diff --git a/klayout/sg13cmos5l.map b/klayout/sg13cmos5l.map
new file mode 100644
index 000000000..9375ae9d5
--- /dev/null
+++ b/klayout/sg13cmos5l.map
@@ -0,0 +1,89 @@
+#************************************************************************
+#************************************************************************
+# File: sg13cmos5l.map
+# Generated: December 15, 2025
+#************************************************************************
+#************************************************************************
+#
+# IHP SG13CMOS5L PDK Layer Mapping
+# Copyright 2024 IHP PDK Authors
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+#     https://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+#*************************************************************************
+#-------------------------------------------------------------------------
+# EDI Stream layer mapping table for SG13CMOS5L PDK (M1-M4-TM1 stack)
+# Version: 1.0
+# Use only in combination with valid GDSII data of all used blocks!
+#-------------------------------------------------------------------------
+#EDI Layer Name  EDI Layer Type               GDS Layer Number   GDS Layer Type
+#==============  ==============               ================   ==============
+
+Metal1           NET,SPNET,PIN,LEFPIN,VIA     8                  0
+Metal1           PIN,LEFPIN                   8                  2
+Metal1           FILL                         8                  22
+Metal1           LEFOBS                       8                  4
+
+NAME             Metal1/PIN                   8                  25
+
+Via1             PIN                          19                 0
+Via1             LEFPIN                       19                 0
+Via1             VIA                          19                 0
+
+Metal2           NET,SPNET,PIN,LEFPIN,VIA     10                 0
+Metal2           PIN,LEFPIN                   10                 2
+Metal2           FILL                         10                 22
+Metal2           LEFOBS                       10                 4
+
+NAME             Metal2/PIN                   10                 25
+
+Via2             PIN                          29                 0
+Via2             LEFPIN                       29                 0
+Via2             VIA                          29                 0
+
+Metal3           NET,SPNET,PIN,LEFPIN,VIA     30                 0
+Metal3           PIN,LEFPIN                   30                 2
+Metal3           FILL                         30                 22
+Metal3           LEFOBS                       30                 4
+
+NAME             Metal3/PIN                   30                 25
+
+Via3             PIN                          49                 0
+Via3             LEFPIN                       49                 0
+Via3             VIA                          49                 0
+
+Metal4           NET,SPNET,PIN,LEFPIN,VIA     50                 0
+Metal4           PIN,LEFPIN                   50                 2
+Metal4           FILL                         50                 22
+Metal4           LEFOBS                       50                 4
+
+NAME             Metal4/PIN                   50                 25
+
+TopVia1          PIN                          125                0
+TopVia1          LEFPIN                       125                0
+TopVia1          VIA                          125                0
+
+TopMetal1        NET,SPNET,PIN,LEFPIN,VIA     126                0
+TopMetal1        PIN,LEFPIN                   126                2
+TopMetal1        FILL                         126                22
+TopMetal1        LEFOBS                       126                4
+
+NAME             TopMetal1/PIN                126                25
+
+# Via4, Metal5, TopVia2, TopMetal2 not available in SG13CMOS5L PDK (M1-M4-TM1 stack)
+
+COMP             ALL                          189                0
+
+NAME             COMP                         63                 0
+
+DIEAREA          ALL                          189                4
diff --git a/openroad/run_backend.sh b/openroad/run_backend.sh
index 3fdf07c74..5c5cbf207 100755
--- a/openroad/run_backend.sh
+++ b/openroad/run_backend.sh
@@ -12,6 +12,16 @@
 
 set -e  # Exit on error
 set -u  # Error on undefined vars
+set -o pipefail
+
+DRYRUN=0
+for arg in "$@"; do
+    [[ "$arg" == -n || "$arg" == --dry-run ]] && DRYRUN=1
+done
+
+if [[ "$DRYRUN" -eq 1 ]]; then
+    export CROC_SKIP_TECH_SETUP=1
+fi
 
 ################
 # Setup
@@ -23,7 +33,7 @@ if [ -z "${QT_QPA_PLATFORM+x}" ]; then
   export QT_QPA_PLATFORM=offscreen
 fi
 
-if [ -z "${XDG_RUNTIME_DIR:-}" ]; then
+if [[ "$DRYRUN" -eq 0 && -z "${XDG_RUNTIME_DIR:-}" ]]; then
   export XDG_RUNTIME_DIR="/tmp/xdg-runtime-$(id -u)"
   mkdir -p "$XDG_RUNTIME_DIR"
   chmod 700 "$XDG_RUNTIME_DIR"
@@ -111,8 +121,6 @@ open_openroad_script() {
 # Parse Arguments
 ####################
 
-DRYRUN=0
-
 # default action if no argument is given
 if [ $# -eq 0 ]; then
     show_help
diff --git a/openroad/scripts/01_floorplan.tcl b/openroad/scripts/01_floorplan.tcl
index f835cf589..453989582 100644
--- a/openroad/scripts/01_floorplan.tcl
+++ b/openroad/scripts/01_floorplan.tcl
@@ -93,9 +93,9 @@ source src/padring.tcl
 ##########################################################################
 # RAM sizes
 ##########################################################################
-set RamMaster256x64   [[ord::get_db] findMaster "RM_IHPSG13_1P_256x64_c2_bm_bist"]
-set RamSize256x64_W   [ord::dbu_to_microns [$RamMaster256x64 getWidth]]
-set RamSize256x64_H   [ord::dbu_to_microns [$RamMaster256x64 getHeight]]
+set RamMaster512x32   [[ord::get_db] findMaster "RM_IHPSG13_1P_512x32_c2_bm_bist"]
+set RamSize512x32_W   [ord::dbu_to_microns [$RamMaster512x32 getWidth]]
+set RamSize512x32_H   [ord::dbu_to_microns [$RamMaster512x32 getHeight]]
 
 
 ##########################################################################
@@ -129,38 +129,50 @@ source src/instances.tcl
 
 # Placing macros
 # use these for macro placement
-set floorPaddingX      12.0
-set floorPaddingY      12.0
+set floorPaddingX      20.0
+set floorPaddingY      20.0
 set floor_leftX       [expr $core_leftX + $floorPaddingX]
 set floor_bottomY     [expr $core_bottomY + $floorPaddingY]
 set floor_rightX      [expr $core_rightX - $floorPaddingX]
 set floor_topY        [expr $core_topY - $floorPaddingY]
 set floor_midpointX   [expr $floor_leftX + ($floor_rightX - $floor_leftX)/2]
 set floor_midpointY   [expr $floor_bottomY + ($floor_topY - $floor_bottomY)/2]
+set sramHaloX          10.0
+set sramHaloY          10.0
 
 utl::report "Place Macros"
 
-# Bank0
-set X [expr $floor_midpointX - $RamSize256x64_W/2]
-set Y [expr $floor_topY - $RamSize256x64_H]
-placeInstance $bank0_sram0 $X $Y R0
+# Bank0: top-left, pins facing down
+set bank0X $floor_leftX
+set bankY [expr $floor_topY - $RamSize512x32_H]
+placeInstance $bank0_sram0 $bank0X $bankY R0
 
-# Bank1
-set X [expr $X]
-set Y [expr $floor_bottomY]
-placeInstance $bank1_sram0 $X $Y MX
+# Bank1: top-right, pins facing down
+set bank1X [expr $floor_rightX - $RamSize512x32_W]
+placeInstance $bank1_sram0 $bank1X $bankY R0
+
+utl::report "SRAM macro box: width ${RamSize512x32_W} height ${RamSize512x32_H}"
+utl::report "SRAM bank0 bbox: ($bank0X, $bankY) - ([expr {$bank0X + $RamSize512x32_W}], [expr {$bankY + $RamSize512x32_H}]) R0"
+utl::report "SRAM bank1 bbox: ($bank1X, $bankY) - ([expr {$bank1X + $RamSize512x32_W}], [expr {$bankY + $RamSize512x32_H}]) R0"
+utl::report "SRAM horizontal gaps to core boundary: left [expr {$bank0X - $core_leftX}] between [expr {$bank1X - ($bank0X + $RamSize512x32_W)}] right [expr {$core_rightX - ($bank1X + $RamSize512x32_W)}]"
+utl::report "SRAM vertical gap to core boundary: top [expr {$core_topY - ($bankY + $RamSize512x32_H)}]"
+utl::report "SRAM row-cut halo: x $sramHaloX y $sramHaloY"
 
 # defined in init_tech.tcl
 insertTapCells
 
-cut_rows -halo_width_x 1 -halo_width_y 1
+cut_rows -halo_width_x $sramHaloX -halo_width_y $sramHaloY
 global_connect
 
+# Save an image before PDN insertion. PDN channel-repair failures are easier to
+# debug from the pure floorplan with rows already cut around fixed macros.
+report_image "01-04_${proj_name}.pre_pdn" true
+
 
 utl::report "###############################################################################"
-utl::report "# 01-04: Power Grid"
+utl::report "# 01-05: Power Grid"
 utl::report "###############################################################################"
-source scripts/power_grid.tcl
+source scripts/power_grid_${pdk_name}.tcl
 
 # Save checkpoint
 save_checkpoint 01_${proj_name}.floorplan
@@ -169,4 +181,3 @@ report_image "01_${proj_name}.floorplan" true
 utl::report "###############################################################################"
 utl::report "# Stage 01 complete: Checkpoint saved to ${save_dir}/01_${proj_name}.floorplan.zip"
 utl::report "###############################################################################"
-
diff --git a/openroad/scripts/init_tech.tcl b/openroad/scripts/init_tech.tcl
deleted file mode 100644
index c7407cc6b..000000000
--- a/openroad/scripts/init_tech.tcl
+++ /dev/null
@@ -1,95 +0,0 @@
-# Copyright 2023 ETH Zurich and University of Bologna.
-# Solderpad Hardware License, Version 0.51, see LICENSE for details.
-# SPDX-License-Identifier: SHL-0.51
-
-# Authors:
-# - Tobias Senti      <tsenti@ethz.ch>
-# - Jannis Schönleber <janniss@iis.ee.ethz.ch>
-# - Philippe Sauter   <phsauter@iis.ee.ethz.ch>
-
-# Initialize the PDK
-
-if {[file exists "../technology"]} {
-	utl::report "Init tech from ETHZ DZ cockpit"
-	set pdk_dir "../technology"
-	set pdk_cells_lib ${pdk_dir}/lib
-	set pdk_cells_lef ${pdk_dir}/lef
-	set pdk_sram_lib  ${pdk_dir}/lib
-	set pdk_sram_lef  ${pdk_dir}/lef
-	set pdk_io_lib    ${pdk_dir}/lib
-	set pdk_io_lef    ${pdk_dir}/lef
-} else {
-	utl::report "Init tech from Github PDK"
-	if {![info exists pdk_dir]} {
-		set pdk_dir "../ihp13/pdk"
-	}
-	set pdk_cells_lib ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_stdcell/lib
-	set pdk_cells_lef ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_stdcell/lef
-	set pdk_sram_lib  ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_sram/lib
-	set pdk_sram_lef  ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_sram/lef
-	set pdk_io_lib    ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_io/lib
-	set pdk_io_lef    ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_io/lef
-}
-
-set pdk_pad_lef   ../ihp13/bondpad/lef
-
-# LIB
-define_corners tt ff
-
-puts "Init standard cells"
-read_liberty -corner tt ${pdk_cells_lib}/sg13g2_stdcell_typ_1p20V_25C.lib
-read_liberty -corner ff ${pdk_cells_lib}/sg13g2_stdcell_fast_1p32V_m40C.lib
-
-puts "Init IO cells"
-read_liberty -corner tt ${pdk_io_lib}/sg13g2_io_typ_1p2V_3p3V_25C.lib
-read_liberty -corner ff ${pdk_io_lib}/sg13g2_io_fast_1p32V_3p6V_m40C.lib
-
-puts "Init SRAM macros"
-foreach file [glob -directory $pdk_sram_lib *_typ_1p20V_25C.lib] {
-	read_liberty -corner tt "$file"
-}
-
-foreach file [glob -directory $pdk_sram_lib *_fast_1p32V_m55C.lib] {
-	read_liberty -corner ff "$file"
-}
-
-puts "Init tech-lef"
-read_lef ${pdk_cells_lef}/sg13g2_tech.lef
-
-puts "Init cell-lef"
-read_lef ${pdk_cells_lef}/sg13g2_stdcell.lef
-read_lef ${pdk_io_lef}/sg13g2_io.lef
-read_lef ${pdk_pad_lef}/bondpad_70x70.lef
-
-foreach file [glob -directory $pdk_sram_lef RM_IHPSG13*.lef] {
-	read_lef "$file"
-}
-
-# Set layers used for estimate_parasitics
-proc setDefaultParasitics {} {
-	set_wire_rc -clock -layer Metal3
-	set_wire_rc -signal -layer Metal3
-}
-
-# Tie cell pins
-set tieHiPin "sg13g2_tiehi/L_HI"
-set tieLoPin "sg13g2_tielo/L_LO"
-
-# Tap cell insertion
-proc insertTapCells {} {
-	# no tap cells in this PDK
-}
-
-set ctsBuf [ list sg13g2_buf_16 sg13g2_buf_8 sg13g2_buf_4 sg13g2_buf_2 ]
-set ctsBufRoot sg13g2_buf_8
-
-# disallow OR from inserting these cells
-set dont_use_cells [list sg13g2_IOPad* ]
-
-set stdfill [ list sg13g2_fill_8 sg13g2_fill_4 sg13g2_fill_2 sg13g2_fill_1 ]
-
-
-set iocorner sg13g2_Corner
-set iofill [ list sg13g2_Filler10000 sg13g2_Filler4000 sg13g2_Filler2000 sg13g2_Filler1000 sg13g2_Filler400 sg13g2_Filler200 ]
-
-set bondPadCell bondpad_70x70
diff --git a/openroad/scripts/init_tech_sg13cmos5l.tcl b/openroad/scripts/init_tech_sg13cmos5l.tcl
new file mode 100644
index 000000000..03295d1cd
--- /dev/null
+++ b/openroad/scripts/init_tech_sg13cmos5l.tcl
@@ -0,0 +1,83 @@
+# Copyright 2023 ETH Zurich and University of Bologna.
+# Solderpad Hardware License, Version 0.51, see LICENSE for details.
+# SPDX-License-Identifier: SHL-0.51
+
+# Authors:
+# - Tobias Senti      <tsenti@ethz.ch>
+# - Jannis Schönleber <janniss@iis.ee.ethz.ch>
+# - Philippe Sauter   <phsauter@iis.ee.ethz.ch>
+
+# Initialize the PDK for sg13cmos5l.
+# Standard cells and SRAMs are reused from sg13g2.
+
+set pdk_cells_lib $::env(PDK_DIR_LIB_CELLS)
+set pdk_tech_lef  $::env(PDK_DIR_LEF_TECH)
+set pdk_cells_lef $::env(PDK_DIR_LEF_CELLS)
+set pdk_sram_lib  $::env(PDK_DIR_LIB_SRAMS)
+set pdk_sram_lef  $::env(PDK_DIR_LEF_SRAMS)
+set pdk_io_lib    $::env(PDK_DIR_LIB_IOS)
+set pdk_io_lef    $::env(PDK_DIR_LEF_IOS)
+set pdk_pad_lef   $::env(PDK_DIR_LEF_BOND)
+
+# LIB
+define_corners tt ff
+
+puts "Init standard cells"
+read_liberty -corner tt ${pdk_cells_lib}/$::env(PDK_STDCELL_LIB_TT_FILE)
+read_liberty -corner ff ${pdk_cells_lib}/$::env(PDK_STDCELL_LIB_FF_FILE)
+
+puts "Init IO cells"
+read_liberty -corner tt ${pdk_io_lib}/$::env(PDK_IO_LIB_TT_FILE)
+read_liberty -corner ff ${pdk_io_lib}/$::env(PDK_IO_LIB_FF_FILE)
+
+puts "Init SRAM macros"
+foreach file [glob -directory $pdk_sram_lib RM_IHPSG13*_typ_1p20V_25C.lib] {
+	read_liberty -corner tt "$file"
+}
+
+foreach file [glob -directory $pdk_sram_lib RM_IHPSG13*_fast_1p32V_m55C.lib] {
+	read_liberty -corner ff "$file"
+}
+
+puts "Init tech-lef"
+read_lef ${pdk_tech_lef}/$::env(PDK_TECH_LEF_FILE)
+
+puts "Init cell-lef"
+read_lef ${pdk_cells_lef}/$::env(PDK_STDCELL_LEF_FILE)
+read_lef ${pdk_io_lef}/$::env(PDK_IO_LEF_FILE)
+read_lef ${pdk_pad_lef}/$::env(PDK_BONDPAD_LEF)
+
+foreach file [glob -directory $pdk_sram_lef RM_IHPSG13*.lef] {
+	read_lef "$file"
+}
+
+# Set layers used for estimate_parasitics
+proc setDefaultParasitics {} {
+	set_wire_rc -clock -layer Metal3
+	set_wire_rc -signal -layer Metal3
+}
+
+# Tie cell pins
+set tieHiPin "sg13g2_tiehi/L_HI"
+set tieLoPin "sg13g2_tielo/L_LO"
+
+# Tap cell insertion
+proc insertTapCells {} {
+	# no tap cells in this PDK
+}
+
+set ctsBuf [ list sg13g2_buf_16 sg13g2_buf_8 sg13g2_buf_4 sg13g2_buf_2 ]
+set ctsBufRoot sg13g2_buf_8
+
+# disallow OR from inserting these cells
+set dont_use_cells [list sg13cmos5l_IOPad* ]
+set ioDrivingCell sg13cmos5l_IOPadOut16mA
+
+set stdfill [ list sg13g2_fill_8 sg13g2_fill_4 sg13g2_fill_2 sg13g2_fill_1 ]
+
+
+set iocorner sg13cmos5l_Corner
+set iofill [ list sg13cmos5l_Filler10000 sg13cmos5l_Filler4000 sg13cmos5l_Filler2000 sg13cmos5l_Filler1000 sg13cmos5l_Filler400 sg13cmos5l_Filler200 ]
+set iosite sg13cmos5l_ioSite
+set iocornersite sg13cmos5l_cornerSite
+set bondPadCell bondpad5l_70x70
diff --git a/openroad/scripts/init_tech_sg13g2.tcl b/openroad/scripts/init_tech_sg13g2.tcl
new file mode 100644
index 000000000..da12780aa
--- /dev/null
+++ b/openroad/scripts/init_tech_sg13g2.tcl
@@ -0,0 +1,83 @@
+# Copyright 2023 ETH Zurich and University of Bologna.
+# Solderpad Hardware License, Version 0.51, see LICENSE for details.
+# SPDX-License-Identifier: SHL-0.51
+
+# Authors:
+# - Tobias Senti      <tsenti@ethz.ch>
+# - Jannis Schönleber <janniss@iis.ee.ethz.ch>
+# - Philippe Sauter   <phsauter@iis.ee.ethz.ch>
+
+# Initialize the PDK for sg13g2
+
+set pdk_cells_lib $::env(PDK_DIR_LIB_CELLS)
+set pdk_tech_lef  $::env(PDK_DIR_LEF_TECH)
+set pdk_cells_lef $::env(PDK_DIR_LEF_CELLS)
+set pdk_sram_lib  $::env(PDK_DIR_LIB_SRAMS)
+set pdk_sram_lef  $::env(PDK_DIR_LEF_SRAMS)
+set pdk_io_lib    $::env(PDK_DIR_LIB_IOS)
+set pdk_io_lef    $::env(PDK_DIR_LEF_IOS)
+set pdk_pad_lef   $::env(PDK_DIR_LEF_BOND)
+
+# LIB
+define_corners tt ff
+
+puts "Init standard cells"
+read_liberty -corner tt ${pdk_cells_lib}/$::env(PDK_STDCELL_LIB_TT_FILE)
+read_liberty -corner ff ${pdk_cells_lib}/$::env(PDK_STDCELL_LIB_FF_FILE)
+
+puts "Init IO cells"
+read_liberty -corner tt ${pdk_io_lib}/$::env(PDK_IO_LIB_TT_FILE)
+read_liberty -corner ff ${pdk_io_lib}/$::env(PDK_IO_LIB_FF_FILE)
+
+puts "Init SRAM macros"
+foreach file [glob -directory $pdk_sram_lib RM_IHPSG13*_typ_1p20V_25C.lib] {
+	read_liberty -corner tt "$file"
+}
+
+foreach file [glob -directory $pdk_sram_lib RM_IHPSG13*_fast_1p32V_m55C.lib] {
+	read_liberty -corner ff "$file"
+}
+
+puts "Init tech-lef"
+read_lef ${pdk_tech_lef}/$::env(PDK_TECH_LEF_FILE)
+
+puts "Init cell-lef"
+read_lef ${pdk_cells_lef}/$::env(PDK_STDCELL_LEF_FILE)
+read_lef ${pdk_io_lef}/$::env(PDK_IO_LEF_FILE)
+read_lef ${pdk_pad_lef}/$::env(PDK_BONDPAD_LEF)
+
+foreach file [glob -directory $pdk_sram_lef RM_IHPSG13*.lef] {
+	read_lef "$file"
+}
+
+# Set layers used for estimate_parasitics
+proc setDefaultParasitics {} {
+	set_wire_rc -clock -layer Metal3
+	set_wire_rc -signal -layer Metal3
+}
+
+# Tie cell pins
+set tieHiPin "sg13g2_tiehi/L_HI"
+set tieLoPin "sg13g2_tielo/L_LO"
+
+# Tap cell insertion
+proc insertTapCells {} {
+	# no tap cells in this PDK
+}
+
+set ctsBuf [ list sg13g2_buf_16 sg13g2_buf_8 sg13g2_buf_4 sg13g2_buf_2 ]
+set ctsBufRoot sg13g2_buf_8
+
+# disallow OR from inserting these cells
+set dont_use_cells [list sg13g2_IOPad* ]
+set ioDrivingCell sg13g2_IOPadOut16mA
+
+set stdfill [ list sg13g2_fill_8 sg13g2_fill_4 sg13g2_fill_2 sg13g2_fill_1 ]
+
+
+set iocorner sg13g2_Corner
+set iofill [ list sg13g2_Filler10000 sg13g2_Filler4000 sg13g2_Filler2000 sg13g2_Filler1000 sg13g2_Filler400 sg13g2_Filler200 ]
+set iosite sg13g2_ioSite
+set iocornersite sg13g2_ioSite
+
+set bondPadCell bondpad_70x70
diff --git a/openroad/scripts/power_grid_sg13cmos5l.tcl b/openroad/scripts/power_grid_sg13cmos5l.tcl
new file mode 100644
index 000000000..25dbf99d7
--- /dev/null
+++ b/openroad/scripts/power_grid_sg13cmos5l.tcl
@@ -0,0 +1,102 @@
+# Copyright 2023 ETH Zurich and University of Bologna.
+# Solderpad Hardware License, Version 0.51, see LICENSE for details.
+# SPDX-License-Identifier: SHL-0.51
+
+# Power grid for sg13cmos5l.
+
+utl::report "Power Grid"
+# ToDo: Check connectivity on left and right power pad cells
+source scripts/floorplan_util.tcl
+
+##########################################################################
+# Reset
+##########################################################################
+
+if {[info exists power_grid_defined]} {
+    pdngen -ripup
+    pdngen -reset
+} else {
+    set power_grid_defined 1
+}
+
+##########################################################################
+# Power settings
+##########################################################################
+
+# Core Power Ring
+## Space between pads and core -> used for power ring
+set PowRingSpace  35
+## Spacing must meet TM1 rules
+set pgcrSpacing 4
+## Width must meet TM1 rules
+set pgcrWidth 8
+## Offset from core to power ring
+set pgcrOffset [expr {($PowRingSpace - $pgcrSpacing - 2 * $pgcrWidth) / 2}]
+
+# TopMetal1 Core Power Grid
+set tpg1Width     3; # arbitrary number
+set tpg1Pitch    90
+set tpg1Spacing   4
+set tpg1Offset   -5; # offset from core bottom
+
+# Metal4 core distribution grid. Adjacent power/ground rails are one pad
+# pitch apart so they line up with the pad connections to the power ring.
+set pg4Width      1
+set pg4StripePitch 90
+set pg4Pitch     [expr {2 * $pg4StripePitch}]
+set pg4Spacing   [expr {$pg4StripePitch - $pg4Width}]
+set pg4Offset    45
+
+# RM_IHPSG13_1P_512x32_c2_bm_bist Metal4 power pin windows:
+# VDD        y = 0.000 ..  38.825 (logic power)
+# VDDARRAY   y = 45.465 .. 191.340 (array power)
+set sramLogicPowerStripeOffset 20
+set sramArrayPowerStripeOffset 118
+
+# Horizontal TopMetal1 stripes run from ring to ring and cross both top SRAMs.
+# Insert the SRAM logic and array pairs explicitly so both the array and logic in the SRAM get power
+set coreHeight [expr {$core_topY - $core_bottomY}]
+set sramPowerStripePitch [expr {$coreHeight + 2 * ($sramArrayPowerStripeOffset - $sramLogicPowerStripeOffset)}]
+set sramLogicPowerCoreOffset [expr {$bankY - $core_bottomY + $sramLogicPowerStripeOffset}]
+set sramArrayPowerCoreOffset [expr {$bankY - $core_bottomY + $sramArrayPowerStripeOffset}]
+set sramPowerStripeCoreOffset [expr {fmod($sramLogicPowerCoreOffset, $sramPowerStripePitch)}]
+
+##########################################################################
+# Core Power
+##########################################################################
+
+add_pdn_ring -grid {core_grid} \
+    -layer        {TopMetal1 Metal4} \
+    -widths       "$pgcrWidth $pgcrWidth" \
+    -spacings     "$pgcrSpacing $pgcrSpacing" \
+    -core_offsets "$pgcrOffset $pgcrOffset" \
+    -connect_to_pads \
+    -connect_to_pad_layers TopMetal1
+
+# M1 Standardcell Rows (tracks)
+add_pdn_stripe -grid {core_grid} -layer {Metal1} -width {0.32} -offset {0} \
+    -followpins -extend_to_core_ring
+
+# TM1 SRAM power stripes
+add_pdn_stripe -grid {core_grid} -layer {TopMetal1} -width $tpg1Width -spacing $tpg1Spacing \
+    -pitch $sramPowerStripePitch -offset $sramLogicPowerCoreOffset -extend_to_core_ring -snap_to_grid
+
+add_pdn_stripe -grid {core_grid} -layer {TopMetal1} -width $tpg1Width -spacing $tpg1Spacing \
+    -pitch $sramPowerStripePitch -offset $sramArrayPowerCoreOffset -extend_to_core_ring -snap_to_grid
+
+# TM1+M4 power grid over core logic
+add_pdn_stripe -grid {core_grid} -layer {TopMetal1} -width $tpg1Width -spacing $tpg1Spacing \
+    -pitch $tpg1Pitch -offset $tpg1Offset -extend_to_core_ring -snap_to_grid -number_of_straps 12
+
+add_pdn_stripe -grid {core_grid} -layer {Metal4} -width $pg4Width -spacing $pg4Spacing \
+    -pitch $pg4Pitch -offset $pg4Offset -extend_to_core_ring -starts_with POWER -snap_to_grid
+
+# Global TopMetal1 stripes drop directly to the SRAM Metal4 power pins.
+add_pdn_connect -grid {core_grid} -layers {TopMetal1 Metal4}
+add_pdn_connect -grid {core_grid} -layers {Metal4 Metal1}
+
+##########################################################################
+# Generate
+##########################################################################
+
+pdngen -failed_via_report ${report_dir}/01_${proj_name}_pdngen.rpt
diff --git a/openroad/scripts/power_grid.tcl b/openroad/scripts/power_grid_sg13g2.tcl
similarity index 64%
rename from openroad/scripts/power_grid.tcl
rename to openroad/scripts/power_grid_sg13g2.tcl
index a86f8ee58..11ccf89d2 100644
--- a/openroad/scripts/power_grid.tcl
+++ b/openroad/scripts/power_grid_sg13g2.tcl
@@ -2,12 +2,7 @@
 # Solderpad Hardware License, Version 0.51, see LICENSE for details.
 # SPDX-License-Identifier: SHL-0.51
 
-# Authors:
-# - Tobias Senti <tsenti@ethz.ch>
-# - Jannis Schönleber <janniss@iis.ee.ethz.ch>
-# - Philippe Sauter   <phsauter@iis.ee.ethz.ch>
-
-# Power planning
+# Power grid for sg13g2.
 
 utl::report "Power Grid"
 # ToDo: Check connectivity on left and right power pad cells
@@ -24,10 +19,10 @@ if {[info exists power_grid_defined]} {
     set power_grid_defined 1
 }
 
-
 ##########################################################################
-##  Power settings
+# Power settings
 ##########################################################################
+
 # Core Power Ring
 ## Space between pads and core -> used for power ring
 set PowRingSpace  35
@@ -36,11 +31,11 @@ set pgcrSpacing 4
 ## Width must meet TM2 rules
 set pgcrWidth 8
 ## Offset from core to power ring
-set pgcrOffset [expr ($PowRingSpace - $pgcrSpacing - 2 * $pgcrWidth) / 2]
+set pgcrOffset [expr {($PowRingSpace - $pgcrSpacing - 2 * $pgcrWidth) / 2}]
 
 # TopMetal1 Core Power Grid
 set tpg1Width     3; # arbitrary number
-set tpg1Pitch   228; # multiple of pad-pitch
+set tpg1Pitch   228
 set tpg1Spacing  60; # big enough to skip over a pad
 set tpg1Offset   97; # offset from leftX of core
 
@@ -52,21 +47,23 @@ set mprWidth 2
 ## Offset from Macro to power ring
 set mprOffsetX 2.4
 set mprOffsetY 0.6
+set sramPdnHalo 1
 
-# macro power grid (stripes on TopMetal1/TopMetal2 depending on orientation)
+# Macro power grid on Metal5.
 set mpgWidth 3
 set mpgSpacing 4
 set mpgOffset 20; # arbitrary
 
 ##########################################################################
-##  SRAM power rings
+# SRAM power rings
 ##########################################################################
+
 proc sram_power { name macro } {
-    global mprWidth mprSpacing mprOffsetX mprOffsetY mpgWidth mpgSpacing mpgOffset
-    # Macro Grid and Rings
+    global mprWidth mprSpacing mprOffsetX mprOffsetY sramPdnHalo mpgWidth mpgSpacing mpgOffset
+
     define_pdn_grid -macro -cells $macro -name ${name}_grid -orient "R0 R180 MY MX" \
         -grid_over_boundary -voltage_domains {CORE} \
-        -halo {1 1}
+        -halo "$sramPdnHalo $sramPdnHalo"
 
     add_pdn_ring -grid ${name}_grid \
         -layer        {Metal3 Metal4} \
@@ -77,67 +74,58 @@ proc sram_power { name macro } {
 
     set sram  [[ord::get_db] findMaster $macro]
     set sramHeight  [ord::dbu_to_microns [$sram getHeight]]
-    set stripe_dist [expr $sramHeight - 2*$mpgOffset - $mpgWidth - $mpgSpacing]
+    set stripe_dist [expr {$sramHeight - 2 * $mpgOffset - $mpgWidth - $mpgSpacing}]
     utl::report "stripe_dist of $macro: $stripe_dist"
 
     # for the large macros there is enough space for an additional stripe
     if {$stripe_dist > 100} {
-        set stripe_dist [expr $stripe_dist/2]
+        set stripe_dist [expr {$stripe_dist / 2}]
     }
 
     add_pdn_stripe -grid ${name}_grid -layer {Metal5} -width $mpgWidth -spacing $mpgSpacing \
-                   -pitch $stripe_dist -offset $mpgOffset -extend_to_core_ring -starts_with POWER -snap_to_grid
+        -pitch $stripe_dist -offset $mpgOffset -extend_to_core_ring -starts_with POWER -snap_to_grid
 
     # Connection of Macro Power Ring to standard-cell rails
     add_pdn_connect -grid ${name}_grid -layers {Metal4 Metal2}
     add_pdn_connect -grid ${name}_grid -layers {Metal4 Metal1}
     # Connection of Stripes on Macro to Macro Power Ring
     add_pdn_connect -grid ${name}_grid -layers {Metal5 Metal4}
-    # Connection of Stripes on Macro to Macro Power Pins
-    # add_pdn_connect -grid ${name}_grid -layers {TopMetal1 Metal4}
     # Connection of Stripes on Macro to Core Power Stripes
     add_pdn_connect -grid ${name}_grid -layers {TopMetal1 Metal5}
 }
 
-
 ##########################################################################
-##  Core Power
+# Core Power
 ##########################################################################
-# Top 1 - Top 2
+
 add_pdn_ring -grid {core_grid} \
-   -layer        {TopMetal1 TopMetal2} \
-   -widths       "$pgcrWidth $pgcrWidth" \
-   -spacings     "$pgcrSpacing $pgcrSpacing" \
-   -core_offsets "$pgcrOffset $pgcrOffset" \
-   -add_connect                        \
-   -connect_to_pads                    \
-   -connect_to_pad_layers TopMetal2
+    -layer        {TopMetal1 TopMetal2} \
+    -widths       "$pgcrWidth $pgcrWidth" \
+    -spacings     "$pgcrSpacing $pgcrSpacing" \
+    -core_offsets "$pgcrOffset $pgcrOffset" \
+    -add_connect \
+    -connect_to_pads \
+    -connect_to_pad_layers TopMetal2
 
 # M1 Standardcell Rows (tracks)
 add_pdn_stripe -grid {core_grid} -layer {Metal1} -width {0.32} -offset {0} \
-               -followpins -extend_to_core_ring
-
+    -followpins -extend_to_core_ring
 
-sram_power "sram_256x64"  "RM_IHPSG13_1P_256x64_c2_bm_bist"
+sram_power "sram_512x32" "RM_IHPSG13_1P_512x32_c2_bm_bist"
 
 # Top power grid
-# Top 1 Stripe
-add_pdn_stripe  -grid {core_grid} -layer {TopMetal1} -width $tpg1Width \
-                -pitch $tpg1Pitch -spacing $tpg1Spacing -offset $tpg1Offset \
-                -extend_to_core_ring -snap_to_grid -number_of_straps 7
-
-# "The add_pdn_connect command is used to define which layers in the power grid are to be connected together.
-#  During power grid generation, vias will be added for overlapping power nets and overlapping ground nets."
-# vertical TopMetal1 to below horizonals (M1 has horizontal power tracks)
+add_pdn_stripe -grid {core_grid} -layer {TopMetal1} -width $tpg1Width \
+    -pitch $tpg1Pitch -spacing $tpg1Spacing -offset $tpg1Offset \
+    -extend_to_core_ring -snap_to_grid -number_of_straps 7
+
+# Power ring to standard cell rails.
 add_pdn_connect -grid {core_grid} -layers {TopMetal1 Metal1}
 add_pdn_connect -grid {core_grid} -layers {TopMetal1 Metal3}
-add_pdn_connect -grid {core_grid} -layers {TopMetal1 Metal5}
-# power ring to standard cell rails
 add_pdn_connect -grid {core_grid} -layers {Metal3 Metal2}
 add_pdn_connect -grid {core_grid} -layers {Metal2 Metal1}
 
-
 ##########################################################################
-##  Generate
+# Generate
 ##########################################################################
+
 pdngen -failed_via_report ${report_dir}/01_${proj_name}_pdngen.rpt
diff --git a/openroad/scripts/startup.tcl b/openroad/scripts/startup.tcl
index 7a828258d..a07404997 100644
--- a/openroad/scripts/startup.tcl
+++ b/openroad/scripts/startup.tcl
@@ -10,6 +10,8 @@
 ###############################################################################
 set proj_name  [expr {[info exists ::env(PROJ_NAME)]  ? $::env(PROJ_NAME)  : "croc"}]
 set top_design [expr {[info exists ::env(TOP_DESIGN)] ? $::env(TOP_DESIGN) : "croc_chip"}]
+set pdk_name   [expr {[info exists ::env(CROC_PDK)]  ? $::env(CROC_PDK)  : "sg13cmos5l"}]
+set ::env(CROC_PDK) $pdk_name
 
 set netlist "../yosys/out/${proj_name}_yosys.v"
 set report_dir reports
@@ -22,7 +24,7 @@ file mkdir $out_dir
 
 utl::report "Setting up project $proj_name"
 utl::report " - Netlist: $netlist"
-utl::report " - Netlist: $proj_name"
+utl::report " - Project: $proj_name"
 utl::report " - Top design: $top_design"
 utl::report " - Report directory: $report_dir"
 utl::report " - Save directory: $save_dir"
@@ -32,5 +34,4 @@ source scripts/reports.tcl
 source scripts/checkpoint.tcl
 source scripts/floorplan_util.tcl
 
-# Initialize technology data (PDK libraries, LEFs, etc.)
-source scripts/init_tech.tcl
+source scripts/init_tech_${pdk_name}.tcl
diff --git a/openroad/src/constraints.sdc b/openroad/src/constraints.sdc
index 4495e04e2..fcd16634a 100644
--- a/openroad/src/constraints.sdc
+++ b/openroad/src/constraints.sdc
@@ -21,7 +21,7 @@ source src/instances.tcl
 # As a default, drive multiple GPIO pads and be driven by one.
 # accomodate for driving up to 2 74HC pads plus a 5pF trace
 set_load [expr 2 * 5.0 + 5.0] [all_outputs]
-set_driving_cell [all_inputs] -lib_cell sg13g2_IOPadOut16mA -pin pad
+set_driving_cell [all_inputs] -lib_cell $ioDrivingCell -pin pad
 
 
 ##################
diff --git a/openroad/src/padring.tcl b/openroad/src/padring.tcl
index 1a7efc77b..c2b7bbc84 100644
--- a/openroad/src/padring.tcl
+++ b/openroad/src/padring.tcl
@@ -18,6 +18,9 @@
 #   Pad  ground         -     4
 #
 # pad pitch (min)    90.0  90.0
+# This example floorplan currently computes a slightly smaller die pad pitch
+# from the 2 mm outline below. A real package/tapeout setup should use at
+# least 90 um to avoid extra packaging cost.
 #
 # Chip geometry comes from floorplan.tcl
 # Keep only the pad positioning/spacing here
@@ -31,9 +34,9 @@ set numPadsPerEdge 16
 # corner width is equal to padD, bondpad outside
 set cornerToPad [expr {$padBond + $padD}]
 
-make_io_sites -horizontal_site sg13g2_ioSite \
-    -vertical_site sg13g2_ioSite \
-    -corner_site sg13g2_ioSite \
+make_io_sites -horizontal_site $iosite \
+    -vertical_site $iosite \
+    -corner_site $iocornersite \
     -offset $padBond \
     -rotation_horizontal R0 \
     -rotation_vertical R0 \
diff --git a/rtl/croc_chip.sv b/rtl/croc_chip.sv
index d261a2837..7d44d4f52 100644
--- a/rtl/croc_chip.sv
+++ b/rtl/croc_chip.sv
@@ -5,6 +5,24 @@
 // Authors:
 // - Philippe Sauter <phsauter@iis.ee.ethz.ch>
 
+`ifdef IHP_SG13CMOS5L
+  `define IHP_IOPAD_IN      sg13cmos5l_IOPadIn
+  `define IHP_IOPAD_OUT16   sg13cmos5l_IOPadOut16mA
+  `define IHP_IOPAD_INOUT30 sg13cmos5l_IOPadInOut30mA
+  `define IHP_IOPAD_VDD     sg13cmos5l_IOPadVdd
+  `define IHP_IOPAD_VSS     sg13cmos5l_IOPadVss
+  `define IHP_IOPAD_IOVDD   sg13cmos5l_IOPadIOVdd
+  `define IHP_IOPAD_IOVSS   sg13cmos5l_IOPadIOVss
+`else
+  `define IHP_IOPAD_IN      sg13g2_IOPadIn
+  `define IHP_IOPAD_OUT16   sg13g2_IOPadOut16mA
+  `define IHP_IOPAD_INOUT30 sg13g2_IOPadInOut30mA
+  `define IHP_IOPAD_VDD     sg13g2_IOPadVdd
+  `define IHP_IOPAD_VSS     sg13g2_IOPadVss
+  `define IHP_IOPAD_IOVDD   sg13g2_IOPadIOVdd
+  `define IHP_IOPAD_IOVSS   sg13g2_IOPadIOVss
+`endif
+
 module croc_chip import croc_pkg::*; #() (
   input  wire clk_i,
   input  wire rst_ni,
@@ -83,77 +101,77 @@ module croc_chip import croc_pkg::*; #() (
     logic [GpioCount-1:0] soc_gpio_o;
     logic [GpioCount-1:0] soc_gpio_out_en_o; // Output enable signal; 0 -> input, 1 -> output
 
-    sg13g2_IOPadIn        pad_clk_i        (.pad(clk_i),        .p2c(soc_clk_i));
-    sg13g2_IOPadIn        pad_rst_ni       (.pad(rst_ni),       .p2c(soc_rst_ni));
-    sg13g2_IOPadIn        pad_ref_clk_i    (.pad(ref_clk_i),    .p2c(soc_ref_clk_i));
-    sg13g2_IOPadIn        pad_jtag_tck_i   (.pad(jtag_tck_i),   .p2c(soc_jtag_tck_i));
-    sg13g2_IOPadIn        pad_jtag_trst_ni (.pad(jtag_trst_ni), .p2c(soc_jtag_trst_ni));
-    sg13g2_IOPadIn        pad_jtag_tms_i   (.pad(jtag_tms_i),   .p2c(soc_jtag_tms_i));
-    sg13g2_IOPadIn        pad_jtag_tdi_i   (.pad(jtag_tdi_i),   .p2c(soc_jtag_tdi_i));
-    sg13g2_IOPadOut16mA   pad_jtag_tdo_o   (.pad(jtag_tdo_o),   .c2p(soc_jtag_tdo_o));
-
-    sg13g2_IOPadIn        pad_uart_rx_i    (.pad(uart_rx_i),  .p2c(soc_uart_rx_i));
-    sg13g2_IOPadOut16mA   pad_uart_tx_o    (.pad(uart_tx_o),  .c2p(soc_uart_tx_o));
-
-    sg13g2_IOPadIn        pad_testmode_i   (.pad(testmode_i), .p2c(soc_testmode_i));
-    sg13g2_IOPadOut16mA   pad_status_o     (.pad(status_o),   .c2p(soc_status_o));
-
-    sg13g2_IOPadInOut30mA pad_gpio0_io     (.pad(gpio0_io),  .c2p(soc_gpio_o[0]),  .p2c(soc_gpio_i[0]),  .c2p_en(soc_gpio_out_en_o[0]));
-    sg13g2_IOPadInOut30mA pad_gpio1_io     (.pad(gpio1_io),  .c2p(soc_gpio_o[1]),  .p2c(soc_gpio_i[1]),  .c2p_en(soc_gpio_out_en_o[1]));
-    sg13g2_IOPadInOut30mA pad_gpio2_io     (.pad(gpio2_io),  .c2p(soc_gpio_o[2]),  .p2c(soc_gpio_i[2]),  .c2p_en(soc_gpio_out_en_o[2]));
-    sg13g2_IOPadInOut30mA pad_gpio3_io     (.pad(gpio3_io),  .c2p(soc_gpio_o[3]),  .p2c(soc_gpio_i[3]),  .c2p_en(soc_gpio_out_en_o[3]));
-    sg13g2_IOPadInOut30mA pad_gpio4_io     (.pad(gpio4_io),  .c2p(soc_gpio_o[4]),  .p2c(soc_gpio_i[4]),  .c2p_en(soc_gpio_out_en_o[4]));
-    sg13g2_IOPadInOut30mA pad_gpio5_io     (.pad(gpio5_io),  .c2p(soc_gpio_o[5]),  .p2c(soc_gpio_i[5]),  .c2p_en(soc_gpio_out_en_o[5]));
-    sg13g2_IOPadInOut30mA pad_gpio6_io     (.pad(gpio6_io),  .c2p(soc_gpio_o[6]),  .p2c(soc_gpio_i[6]),  .c2p_en(soc_gpio_out_en_o[6]));
-    sg13g2_IOPadInOut30mA pad_gpio7_io     (.pad(gpio7_io),  .c2p(soc_gpio_o[7]),  .p2c(soc_gpio_i[7]),  .c2p_en(soc_gpio_out_en_o[7]));
-    sg13g2_IOPadInOut30mA pad_gpio8_io     (.pad(gpio8_io),  .c2p(soc_gpio_o[8]),  .p2c(soc_gpio_i[8]),  .c2p_en(soc_gpio_out_en_o[8]));
-    sg13g2_IOPadInOut30mA pad_gpio9_io     (.pad(gpio9_io),  .c2p(soc_gpio_o[9]),  .p2c(soc_gpio_i[9]),  .c2p_en(soc_gpio_out_en_o[9]));
-    sg13g2_IOPadInOut30mA pad_gpio10_io    (.pad(gpio10_io), .c2p(soc_gpio_o[10]), .p2c(soc_gpio_i[10]), .c2p_en(soc_gpio_out_en_o[10]));
-    sg13g2_IOPadInOut30mA pad_gpio11_io    (.pad(gpio11_io), .c2p(soc_gpio_o[11]), .p2c(soc_gpio_i[11]), .c2p_en(soc_gpio_out_en_o[11]));
-    sg13g2_IOPadInOut30mA pad_gpio12_io    (.pad(gpio12_io), .c2p(soc_gpio_o[12]), .p2c(soc_gpio_i[12]), .c2p_en(soc_gpio_out_en_o[12]));
-    sg13g2_IOPadInOut30mA pad_gpio13_io    (.pad(gpio13_io), .c2p(soc_gpio_o[13]), .p2c(soc_gpio_i[13]), .c2p_en(soc_gpio_out_en_o[13]));
-    sg13g2_IOPadInOut30mA pad_gpio14_io    (.pad(gpio14_io), .c2p(soc_gpio_o[14]), .p2c(soc_gpio_i[14]), .c2p_en(soc_gpio_out_en_o[14]));
-    sg13g2_IOPadInOut30mA pad_gpio15_io    (.pad(gpio15_io), .c2p(soc_gpio_o[15]), .p2c(soc_gpio_i[15]), .c2p_en(soc_gpio_out_en_o[15]));
-    sg13g2_IOPadInOut30mA pad_gpio16_io    (.pad(gpio16_io), .c2p(soc_gpio_o[16]), .p2c(soc_gpio_i[16]), .c2p_en(soc_gpio_out_en_o[16]));
-    sg13g2_IOPadInOut30mA pad_gpio17_io    (.pad(gpio17_io), .c2p(soc_gpio_o[17]), .p2c(soc_gpio_i[17]), .c2p_en(soc_gpio_out_en_o[17]));
-    sg13g2_IOPadInOut30mA pad_gpio18_io    (.pad(gpio18_io), .c2p(soc_gpio_o[18]), .p2c(soc_gpio_i[18]), .c2p_en(soc_gpio_out_en_o[18]));
-    sg13g2_IOPadInOut30mA pad_gpio19_io    (.pad(gpio19_io), .c2p(soc_gpio_o[19]), .p2c(soc_gpio_i[19]), .c2p_en(soc_gpio_out_en_o[19]));
-    sg13g2_IOPadInOut30mA pad_gpio20_io    (.pad(gpio20_io), .c2p(soc_gpio_o[20]), .p2c(soc_gpio_i[20]), .c2p_en(soc_gpio_out_en_o[20]));
-    sg13g2_IOPadInOut30mA pad_gpio21_io    (.pad(gpio21_io), .c2p(soc_gpio_o[21]), .p2c(soc_gpio_i[21]), .c2p_en(soc_gpio_out_en_o[21]));
-    sg13g2_IOPadInOut30mA pad_gpio22_io    (.pad(gpio22_io), .c2p(soc_gpio_o[22]), .p2c(soc_gpio_i[22]), .c2p_en(soc_gpio_out_en_o[22]));
-    sg13g2_IOPadInOut30mA pad_gpio23_io    (.pad(gpio23_io), .c2p(soc_gpio_o[23]), .p2c(soc_gpio_i[23]), .c2p_en(soc_gpio_out_en_o[23]));
-    sg13g2_IOPadInOut30mA pad_gpio24_io    (.pad(gpio24_io), .c2p(soc_gpio_o[24]), .p2c(soc_gpio_i[24]), .c2p_en(soc_gpio_out_en_o[24]));
-    sg13g2_IOPadInOut30mA pad_gpio25_io    (.pad(gpio25_io), .c2p(soc_gpio_o[25]), .p2c(soc_gpio_i[25]), .c2p_en(soc_gpio_out_en_o[25]));
-    sg13g2_IOPadInOut30mA pad_gpio26_io    (.pad(gpio26_io), .c2p(soc_gpio_o[26]), .p2c(soc_gpio_i[26]), .c2p_en(soc_gpio_out_en_o[26]));
-    sg13g2_IOPadInOut30mA pad_gpio27_io    (.pad(gpio27_io), .c2p(soc_gpio_o[27]), .p2c(soc_gpio_i[27]), .c2p_en(soc_gpio_out_en_o[27]));
-    sg13g2_IOPadInOut30mA pad_gpio28_io    (.pad(gpio28_io), .c2p(soc_gpio_o[28]), .p2c(soc_gpio_i[28]), .c2p_en(soc_gpio_out_en_o[28]));
-    sg13g2_IOPadInOut30mA pad_gpio29_io    (.pad(gpio29_io), .c2p(soc_gpio_o[29]), .p2c(soc_gpio_i[29]), .c2p_en(soc_gpio_out_en_o[29]));
-    sg13g2_IOPadInOut30mA pad_gpio30_io    (.pad(gpio30_io), .c2p(soc_gpio_o[30]), .p2c(soc_gpio_i[30]), .c2p_en(soc_gpio_out_en_o[30]));
-    sg13g2_IOPadInOut30mA pad_gpio31_io    (.pad(gpio31_io), .c2p(soc_gpio_o[31]), .p2c(soc_gpio_i[31]), .c2p_en(soc_gpio_out_en_o[31]));
-    sg13g2_IOPadOut16mA   pad_unused0_o    (.pad(unused0_o), .c2p(soc_status_o));
-    sg13g2_IOPadOut16mA   pad_unused1_o    (.pad(unused1_o), .c2p(soc_status_o));
-    sg13g2_IOPadOut16mA   pad_unused2_o    (.pad(unused2_o), .c2p(soc_status_o));
-    sg13g2_IOPadOut16mA   pad_unused3_o    (.pad(unused3_o), .c2p(soc_status_o));
-
-    (* dont_touch = "true" *)sg13g2_IOPadVdd pad_vdd0();
-    (* dont_touch = "true" *)sg13g2_IOPadVdd pad_vdd1();
-    (* dont_touch = "true" *)sg13g2_IOPadVdd pad_vdd2();
-    (* dont_touch = "true" *)sg13g2_IOPadVdd pad_vdd3();
-
-    (* dont_touch = "true" *)sg13g2_IOPadVss pad_vss0();
-    (* dont_touch = "true" *)sg13g2_IOPadVss pad_vss1();
-    (* dont_touch = "true" *)sg13g2_IOPadVss pad_vss2();
-    (* dont_touch = "true" *)sg13g2_IOPadVss pad_vss3();
-
-    (* dont_touch = "true" *)sg13g2_IOPadIOVdd pad_vddio0();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVdd pad_vddio1();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVdd pad_vddio2();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVdd pad_vddio3();
-
-    (* dont_touch = "true" *)sg13g2_IOPadIOVss pad_vssio0();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVss pad_vssio1();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVss pad_vssio2();
-    (* dont_touch = "true" *)sg13g2_IOPadIOVss pad_vssio3();
+    `IHP_IOPAD_IN      pad_clk_i        (.pad(clk_i),        .p2c(soc_clk_i));
+    `IHP_IOPAD_IN      pad_rst_ni       (.pad(rst_ni),       .p2c(soc_rst_ni));
+    `IHP_IOPAD_IN      pad_ref_clk_i    (.pad(ref_clk_i),    .p2c(soc_ref_clk_i));
+    `IHP_IOPAD_IN      pad_jtag_tck_i   (.pad(jtag_tck_i),   .p2c(soc_jtag_tck_i));
+    `IHP_IOPAD_IN      pad_jtag_trst_ni (.pad(jtag_trst_ni), .p2c(soc_jtag_trst_ni));
+    `IHP_IOPAD_IN      pad_jtag_tms_i   (.pad(jtag_tms_i),   .p2c(soc_jtag_tms_i));
+    `IHP_IOPAD_IN      pad_jtag_tdi_i   (.pad(jtag_tdi_i),   .p2c(soc_jtag_tdi_i));
+    `IHP_IOPAD_OUT16   pad_jtag_tdo_o   (.pad(jtag_tdo_o),   .c2p(soc_jtag_tdo_o));
+
+    `IHP_IOPAD_IN      pad_uart_rx_i    (.pad(uart_rx_i),  .p2c(soc_uart_rx_i));
+    `IHP_IOPAD_OUT16   pad_uart_tx_o    (.pad(uart_tx_o),  .c2p(soc_uart_tx_o));
+
+    `IHP_IOPAD_IN      pad_testmode_i   (.pad(testmode_i), .p2c(soc_testmode_i));
+    `IHP_IOPAD_OUT16   pad_status_o     (.pad(status_o),   .c2p(soc_status_o));
+
+    `IHP_IOPAD_INOUT30 pad_gpio0_io     (.pad(gpio0_io),  .c2p(soc_gpio_o[0]),  .p2c(soc_gpio_i[0]),  .c2p_en(soc_gpio_out_en_o[0]));
+    `IHP_IOPAD_INOUT30 pad_gpio1_io     (.pad(gpio1_io),  .c2p(soc_gpio_o[1]),  .p2c(soc_gpio_i[1]),  .c2p_en(soc_gpio_out_en_o[1]));
+    `IHP_IOPAD_INOUT30 pad_gpio2_io     (.pad(gpio2_io),  .c2p(soc_gpio_o[2]),  .p2c(soc_gpio_i[2]),  .c2p_en(soc_gpio_out_en_o[2]));
+    `IHP_IOPAD_INOUT30 pad_gpio3_io     (.pad(gpio3_io),  .c2p(soc_gpio_o[3]),  .p2c(soc_gpio_i[3]),  .c2p_en(soc_gpio_out_en_o[3]));
+    `IHP_IOPAD_INOUT30 pad_gpio4_io     (.pad(gpio4_io),  .c2p(soc_gpio_o[4]),  .p2c(soc_gpio_i[4]),  .c2p_en(soc_gpio_out_en_o[4]));
+    `IHP_IOPAD_INOUT30 pad_gpio5_io     (.pad(gpio5_io),  .c2p(soc_gpio_o[5]),  .p2c(soc_gpio_i[5]),  .c2p_en(soc_gpio_out_en_o[5]));
+    `IHP_IOPAD_INOUT30 pad_gpio6_io     (.pad(gpio6_io),  .c2p(soc_gpio_o[6]),  .p2c(soc_gpio_i[6]),  .c2p_en(soc_gpio_out_en_o[6]));
+    `IHP_IOPAD_INOUT30 pad_gpio7_io     (.pad(gpio7_io),  .c2p(soc_gpio_o[7]),  .p2c(soc_gpio_i[7]),  .c2p_en(soc_gpio_out_en_o[7]));
+    `IHP_IOPAD_INOUT30 pad_gpio8_io     (.pad(gpio8_io),  .c2p(soc_gpio_o[8]),  .p2c(soc_gpio_i[8]),  .c2p_en(soc_gpio_out_en_o[8]));
+    `IHP_IOPAD_INOUT30 pad_gpio9_io     (.pad(gpio9_io),  .c2p(soc_gpio_o[9]),  .p2c(soc_gpio_i[9]),  .c2p_en(soc_gpio_out_en_o[9]));
+    `IHP_IOPAD_INOUT30 pad_gpio10_io    (.pad(gpio10_io), .c2p(soc_gpio_o[10]), .p2c(soc_gpio_i[10]), .c2p_en(soc_gpio_out_en_o[10]));
+    `IHP_IOPAD_INOUT30 pad_gpio11_io    (.pad(gpio11_io), .c2p(soc_gpio_o[11]), .p2c(soc_gpio_i[11]), .c2p_en(soc_gpio_out_en_o[11]));
+    `IHP_IOPAD_INOUT30 pad_gpio12_io    (.pad(gpio12_io), .c2p(soc_gpio_o[12]), .p2c(soc_gpio_i[12]), .c2p_en(soc_gpio_out_en_o[12]));
+    `IHP_IOPAD_INOUT30 pad_gpio13_io    (.pad(gpio13_io), .c2p(soc_gpio_o[13]), .p2c(soc_gpio_i[13]), .c2p_en(soc_gpio_out_en_o[13]));
+    `IHP_IOPAD_INOUT30 pad_gpio14_io    (.pad(gpio14_io), .c2p(soc_gpio_o[14]), .p2c(soc_gpio_i[14]), .c2p_en(soc_gpio_out_en_o[14]));
+    `IHP_IOPAD_INOUT30 pad_gpio15_io    (.pad(gpio15_io), .c2p(soc_gpio_o[15]), .p2c(soc_gpio_i[15]), .c2p_en(soc_gpio_out_en_o[15]));
+    `IHP_IOPAD_INOUT30 pad_gpio16_io    (.pad(gpio16_io), .c2p(soc_gpio_o[16]), .p2c(soc_gpio_i[16]), .c2p_en(soc_gpio_out_en_o[16]));
+    `IHP_IOPAD_INOUT30 pad_gpio17_io    (.pad(gpio17_io), .c2p(soc_gpio_o[17]), .p2c(soc_gpio_i[17]), .c2p_en(soc_gpio_out_en_o[17]));
+    `IHP_IOPAD_INOUT30 pad_gpio18_io    (.pad(gpio18_io), .c2p(soc_gpio_o[18]), .p2c(soc_gpio_i[18]), .c2p_en(soc_gpio_out_en_o[18]));
+    `IHP_IOPAD_INOUT30 pad_gpio19_io    (.pad(gpio19_io), .c2p(soc_gpio_o[19]), .p2c(soc_gpio_i[19]), .c2p_en(soc_gpio_out_en_o[19]));
+    `IHP_IOPAD_INOUT30 pad_gpio20_io    (.pad(gpio20_io), .c2p(soc_gpio_o[20]), .p2c(soc_gpio_i[20]), .c2p_en(soc_gpio_out_en_o[20]));
+    `IHP_IOPAD_INOUT30 pad_gpio21_io    (.pad(gpio21_io), .c2p(soc_gpio_o[21]), .p2c(soc_gpio_i[21]), .c2p_en(soc_gpio_out_en_o[21]));
+    `IHP_IOPAD_INOUT30 pad_gpio22_io    (.pad(gpio22_io), .c2p(soc_gpio_o[22]), .p2c(soc_gpio_i[22]), .c2p_en(soc_gpio_out_en_o[22]));
+    `IHP_IOPAD_INOUT30 pad_gpio23_io    (.pad(gpio23_io), .c2p(soc_gpio_o[23]), .p2c(soc_gpio_i[23]), .c2p_en(soc_gpio_out_en_o[23]));
+    `IHP_IOPAD_INOUT30 pad_gpio24_io    (.pad(gpio24_io), .c2p(soc_gpio_o[24]), .p2c(soc_gpio_i[24]), .c2p_en(soc_gpio_out_en_o[24]));
+    `IHP_IOPAD_INOUT30 pad_gpio25_io    (.pad(gpio25_io), .c2p(soc_gpio_o[25]), .p2c(soc_gpio_i[25]), .c2p_en(soc_gpio_out_en_o[25]));
+    `IHP_IOPAD_INOUT30 pad_gpio26_io    (.pad(gpio26_io), .c2p(soc_gpio_o[26]), .p2c(soc_gpio_i[26]), .c2p_en(soc_gpio_out_en_o[26]));
+    `IHP_IOPAD_INOUT30 pad_gpio27_io    (.pad(gpio27_io), .c2p(soc_gpio_o[27]), .p2c(soc_gpio_i[27]), .c2p_en(soc_gpio_out_en_o[27]));
+    `IHP_IOPAD_INOUT30 pad_gpio28_io    (.pad(gpio28_io), .c2p(soc_gpio_o[28]), .p2c(soc_gpio_i[28]), .c2p_en(soc_gpio_out_en_o[28]));
+    `IHP_IOPAD_INOUT30 pad_gpio29_io    (.pad(gpio29_io), .c2p(soc_gpio_o[29]), .p2c(soc_gpio_i[29]), .c2p_en(soc_gpio_out_en_o[29]));
+    `IHP_IOPAD_INOUT30 pad_gpio30_io    (.pad(gpio30_io), .c2p(soc_gpio_o[30]), .p2c(soc_gpio_i[30]), .c2p_en(soc_gpio_out_en_o[30]));
+    `IHP_IOPAD_INOUT30 pad_gpio31_io    (.pad(gpio31_io), .c2p(soc_gpio_o[31]), .p2c(soc_gpio_i[31]), .c2p_en(soc_gpio_out_en_o[31]));
+    `IHP_IOPAD_OUT16   pad_unused0_o    (.pad(unused0_o), .c2p(soc_status_o));
+    `IHP_IOPAD_OUT16   pad_unused1_o    (.pad(unused1_o), .c2p(soc_status_o));
+    `IHP_IOPAD_OUT16   pad_unused2_o    (.pad(unused2_o), .c2p(soc_status_o));
+    `IHP_IOPAD_OUT16   pad_unused3_o    (.pad(unused3_o), .c2p(soc_status_o));
+
+    (* dont_touch = "true" *) `IHP_IOPAD_VDD   pad_vdd0();
+    (* dont_touch = "true" *) `IHP_IOPAD_VDD   pad_vdd1();
+    (* dont_touch = "true" *) `IHP_IOPAD_VDD   pad_vdd2();
+    (* dont_touch = "true" *) `IHP_IOPAD_VDD   pad_vdd3();
+
+    (* dont_touch = "true" *) `IHP_IOPAD_VSS   pad_vss0();
+    (* dont_touch = "true" *) `IHP_IOPAD_VSS   pad_vss1();
+    (* dont_touch = "true" *) `IHP_IOPAD_VSS   pad_vss2();
+    (* dont_touch = "true" *) `IHP_IOPAD_VSS   pad_vss3();
+
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVDD pad_vddio0();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVDD pad_vddio1();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVDD pad_vddio2();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVDD pad_vddio3();
+
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVSS pad_vssio0();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVSS pad_vssio1();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVSS pad_vssio2();
+    (* dont_touch = "true" *) `IHP_IOPAD_IOVSS pad_vssio3();
 
   croc_soc #(
     .GpioCount( GpioCount )
@@ -180,3 +198,11 @@ module croc_chip import croc_pkg::*; #() (
   );
 
 endmodule
+
+`undef IHP_IOPAD_IN
+`undef IHP_IOPAD_OUT16
+`undef IHP_IOPAD_INOUT30
+`undef IHP_IOPAD_VDD
+`undef IHP_IOPAD_VSS
+`undef IHP_IOPAD_IOVDD
+`undef IHP_IOPAD_IOVSS
diff --git a/rtl/test/tb_croc_soc.sv b/rtl/test/tb_croc_soc.sv
index aeaa8bfe0..df2b79182 100644
--- a/rtl/test/tb_croc_soc.sv
+++ b/rtl/test/tb_croc_soc.sv
@@ -124,6 +124,11 @@ module tb_croc_soc #(
     // wait for reset
     #ClkPeriodSys;
 
+    #1us;
+    if ($isunknown(jtag_tdo)) begin
+      $fatal(1, "[JTAG] Output is unknown (X) after reset");
+    end
+
     // init jtag
     i_vip.jtag_init();
 
diff --git a/scripts/download_gds.sh b/scripts/download_gds.sh
new file mode 100755
index 000000000..3b7954721
--- /dev/null
+++ b/scripts/download_gds.sh
@@ -0,0 +1,28 @@
+#!/usr/bin/env bash
+# Copyright (c) 2026 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+
+set -euo pipefail
+
+repo_root="$(cd "$(dirname "${BASH_SOURCE[0]}")/.." && pwd)"
+
+usage() {
+    cat <<'EOF'
+Usage: scripts/download_gds.sh [--check] [manifest]
+
+Download or verify only GDS rows from the public PDK manifest.
+EOF
+}
+
+while [[ $# -gt 0 ]]; do
+    case "$1" in
+        -h|--help)
+            usage
+            exit 0
+            ;;
+        *) break ;;
+    esac
+done
+
+exec "$repo_root/scripts/update_pdk.sh" --gds "$@"
diff --git a/scripts/license_cfg.yml b/scripts/license_cfg.yml
index 674e73942..d3ae3b53b 100644
--- a/scripts/license_cfg.yml
+++ b/scripts/license_cfg.yml
@@ -33,7 +33,6 @@ exclude-paths:
   - artistic/artistic
   - artistic/meerkat_work
   - artistic/renderics
-  - ihp13/bondpad
   - ihp13/patches
   - ihp13/pdk
   - klayout/out
diff --git a/scripts/setup_technology.sh b/scripts/setup_technology.sh
new file mode 100755
index 000000000..e3a48408f
--- /dev/null
+++ b/scripts/setup_technology.sh
@@ -0,0 +1,100 @@
+#!/usr/bin/env bash
+# Copyright (c) 2026 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+
+set -euo pipefail
+
+repo_root="$(cd "$(dirname "${BASH_SOURCE[0]}")/.." && pwd)"
+technology="${repo_root}/technology"
+public_pdk="${repo_root}/ihp13/pdk"
+quiet=0
+
+usage() {
+    cat <<'EOF'
+Usage: scripts/setup_technology.sh [--quiet]
+
+Create technology -> ihp13/pdk if no active technology view exists.
+If technology/ already exists, leave it unchanged. Cockpit may link missing
+files from ihp13/pdk into its active technology view.
+EOF
+}
+
+while [[ $# -gt 0 ]]; do
+    case "$1" in
+        --quiet)
+            quiet=1
+            shift
+            ;;
+        -h|--help)
+            usage
+            exit 0
+            ;;
+        *)
+            echo "[ERROR] Unknown argument: $1" >&2
+            usage >&2
+            exit 1
+            ;;
+    esac
+done
+
+log() {
+    if [[ "$quiet" -eq 0 ]]; then
+        echo "$@"
+    fi
+}
+
+link_cmos5l_klayout_dependencies() {
+    local shared_pdk="$repo_root/ihp13/sg13g2/ihp-sg13g2"
+    local upstream_layout="$repo_root/ihp13/ihp-sg13g2"
+
+    [[ ! -d "$shared_pdk" || -e "$upstream_layout" || -L "$upstream_layout" ]] && return 0
+    ln -s "sg13g2/ihp-sg13g2" "$upstream_layout"
+}
+
+link_missing_public_files() {
+    [[ ! -d "$public_pdk" || ! -d "$technology" ]] && return 0
+    [[ "$(realpath -m "$technology")" == "$(realpath -m "$public_pdk")" ]] && return 0
+
+    for pdk_dir in lib lef verilog gds; do
+        mkdir -p "$technology/$pdk_dir"
+        for public_file in "$public_pdk"/"$pdk_dir"/*; do
+            [[ -f "$public_file" ]] || continue
+
+            file_name="$(basename "$public_file")"
+            [[ -e "$technology/$pdk_dir/$file_name" || -L "$technology/$pdk_dir/$file_name" ]] && continue
+            ln -s "../../ihp13/pdk/$pdk_dir/$file_name" "$technology/$pdk_dir/$file_name"
+        done
+    done
+}
+
+create_public_technology_link() {
+    [[ ! -e "$technology" ]] || return 0
+
+    if [[ ! -d "$public_pdk" ]]; then
+        echo "[ERROR] Public PDK mirror missing: $public_pdk" >&2
+        exit 1
+    fi
+
+    ln -s ihp13/pdk "$technology"
+    log "[INFO] Created technology -> ihp13/pdk"
+}
+
+create_public_technology_link
+link_cmos5l_klayout_dependencies
+
+if [[ ! -f "$public_pdk/verilog/sg13g2_stdcell.v" ]]; then
+    echo "[ERROR] Missing public standard-cell source: $public_pdk/verilog/sg13g2_stdcell.v" >&2
+    exit 1
+fi
+
+if [[ -e "$technology" ]]; then
+    link_missing_public_files
+    log "[INFO] Active technology view: $technology"
+    if [[ "$(realpath -m "$technology")" == "$(realpath -m "$public_pdk")" ]]; then
+        log "[INFO] Source: public mirror ihp13/pdk"
+    else
+        log "[INFO] Source: local technology directory"
+        log "[INFO] Leaving active technology view unchanged"
+    fi
+fi
diff --git a/scripts/update_pdk.sh b/scripts/update_pdk.sh
new file mode 100755
index 000000000..fbd0a9cc9
--- /dev/null
+++ b/scripts/update_pdk.sh
@@ -0,0 +1,147 @@
+#!/usr/bin/env bash
+# Copyright (c) 2026 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+
+set -euo pipefail
+
+repo_root="$(cd "$(dirname "${BASH_SOURCE[0]}")/.." && pwd)"
+pdk_root="$(realpath -m -- "$repo_root/ihp13/pdk")"
+manifest="$repo_root/ihp13/pdk/pdk_manifest.csv"
+check_only=0
+gds_only=0
+temporary_directory="$(mktemp -d)"
+
+cleanup() {
+    rm -rf "$temporary_directory"
+}
+trap cleanup EXIT
+
+usage() {
+    cat <<'EOF'
+Usage: scripts/update_pdk.sh [--check] [--gds] [manifest]
+
+Update public PDK files from a manifest with these columns:
+source_type,source,revision,source_sha256,path,patch,output,sha256
+
+source_type is github, tar, or local. GitHub rows download one pinned file.
+Tar rows verify the archive digest before extracting path. Local rows only
+verify Croc-owned files. --gds limits processing to GDS rows; --check
+verifies existing files without downloading or modifying them.
+EOF
+}
+
+while [[ $# -gt 0 ]]; do
+    case "$1" in
+        --check)
+            check_only=1
+            shift
+            ;;
+        --gds)
+            gds_only=1
+            shift
+            ;;
+        -h|--help)
+            usage
+            exit 0
+            ;;
+        *)
+            manifest="$1"
+            shift
+            ;;
+    esac
+done
+
+if [[ ! -f "$manifest" ]]; then
+    echo "[ERROR] Manifest not found: $manifest" >&2
+    exit 1
+fi
+
+verify_file() {
+    local output="$1"
+    local expected_hash="$2"
+    local actual_hash
+
+    [[ -f "$output" ]] || return 1
+    actual_hash="$(sha256sum "$output" | awk '{print $1}')"
+    [[ "$actual_hash" == "$expected_hash" ]]
+}
+
+while IFS=, read -r source_type source revision source_sha256 path patch_file output expected_hash; do
+    [[ "$source_type" == "source_type" || -z "$source_type" || "${source_type:0:1}" == "#" ]] && continue
+
+    [[ "$output" != /* ]] || {
+        echo "[ERROR] Manifest output must be below ihp13/pdk: $output" >&2
+        exit 1
+    }
+    output_path="$(realpath -m -- "$repo_root/$output")"
+    [[ "$output_path" == "$pdk_root/"* ]] || {
+        echo "[ERROR] Manifest output must be below ihp13/pdk: $output" >&2
+        exit 1
+    }
+    [[ "$gds_only" -eq 0 || "$output" == *.gds ]] || continue
+
+    if verify_file "$output_path" "$expected_hash"; then
+        echo "[INFO] Current: $output"
+        continue
+    fi
+
+    if [[ "$check_only" -eq 1 || "$source_type" == "local" ]]; then
+        echo "[ERROR] Hash mismatch or missing file: $output" >&2
+        exit 1
+    fi
+
+    temporary_file="$(mktemp "$temporary_directory/file.XXXXXX")"
+    case "$source_type" in
+        github)
+            url="https://raw.githubusercontent.com/$source/$revision/$path"
+            curl --fail --location --silent --show-error "$url" --output "$temporary_file"
+            ;;
+        tar)
+            [[ -n "$source_sha256" ]] || {
+                echo "[ERROR] Tar source requires source_sha256: $output" >&2
+                exit 1
+            }
+            temporary_archive="$temporary_directory/$source_sha256"
+            if [[ ! -f "$temporary_archive" ]]; then
+                curl --fail --location --silent --show-error "$source" --output "$temporary_archive.tmp"
+                archive_hash="$(sha256sum "$temporary_archive.tmp" | awk '{print $1}')"
+                if [[ "$archive_hash" != "$source_sha256" ]]; then
+                    echo "[ERROR] Archive hash mismatch: $source" >&2
+                    exit 1
+                fi
+                mv "$temporary_archive.tmp" "$temporary_archive"
+            fi
+            tar --extract --to-stdout --file "$temporary_archive" "$path" > "$temporary_file"
+            ;;
+        *)
+            echo "[ERROR] Unknown manifest source type: $source_type" >&2
+            exit 1
+            ;;
+    esac
+
+    if [[ -n "$patch_file" ]]; then
+        patch_path="$repo_root/$patch_file"
+        [[ -f "$patch_path" ]] || {
+            echo "[ERROR] Patch not found: $patch_file" >&2
+            exit 1
+        }
+        patch --batch --silent "$temporary_file" < "$patch_path"
+    fi
+
+    temporary_hash="$(sha256sum "$temporary_file" | awk '{print $1}')"
+    if [[ "$temporary_hash" != "$expected_hash" ]]; then
+        echo "[ERROR] Hash mismatch after update: $output" >&2
+        echo "[ERROR] Expected: $expected_hash" >&2
+        echo "[ERROR] Actual:   $temporary_hash" >&2
+        exit 1
+    fi
+
+    mkdir -p "$(dirname "$output_path")"
+    mv "$temporary_file" "$output_path"
+    echo "[INFO] Updated: $output"
+done < "$manifest"
+
+if [[ "$check_only" -eq 0 ]]; then
+    "$repo_root/scripts/setup_technology.sh" --quiet
+fi
diff --git a/verilator/.gitignore b/verilator/.gitignore
index a239acf58..d4e754fa2 100644
--- a/verilator/.gitignore
+++ b/verilator/.gitignore
@@ -1,4 +1,6 @@
-obj_dir
+obj_dir*
+croc_rtl.f
+croc_netlist_yosys.f
 *.vcd
 *.fst
 *.fst.hier
diff --git a/verilator/croc.f b/verilator/croc.f
deleted file mode 100644
index b00ded562..000000000
--- a/verilator/croc.f
+++ /dev/null
@@ -1,185 +0,0 @@
-+incdir+../rtl/apb/include
-+incdir+../rtl/common_cells/include
-+incdir+../rtl/cve2/include
-+incdir+../rtl/idma/include
-+incdir+../rtl/obi/include
-+define+TARGET_FLIST
-+define+TARGET_RTL
-+define+TARGET_SYNTHESIS
-+define+TARGET_VERILATOR
-+define+VERILATOR=1
-+define+COMMON_CELLS_ASSERTS_OFF=1
-../rtl/common_verification/clk_rst_gen.sv
-../rtl/tech_cells_generic/tc_sram.sv
-../rtl/tech_cells_generic/tc_sram_impl.sv
-../rtl/tech_cells_generic/tc_clk.sv
-../rtl/common_cells/binary_to_gray.sv
-../rtl/common_cells/cb_filter_pkg.sv
-../rtl/common_cells/cc_onehot.sv
-../rtl/common_cells/cdc_reset_ctrlr_pkg.sv
-../rtl/common_cells/cf_math_pkg.sv
-../rtl/common_cells/clk_int_div.sv
-../rtl/common_cells/credit_counter.sv
-../rtl/common_cells/delta_counter.sv
-../rtl/common_cells/ecc_pkg.sv
-../rtl/common_cells/edge_propagator_tx.sv
-../rtl/common_cells/exp_backoff.sv
-../rtl/common_cells/fifo_v3.sv
-../rtl/common_cells/gray_to_binary.sv
-../rtl/common_cells/heaviside.sv
-../rtl/common_cells/isochronous_4phase_handshake.sv
-../rtl/common_cells/isochronous_spill_register.sv
-../rtl/common_cells/lfsr.sv
-../rtl/common_cells/lfsr_16bit.sv
-../rtl/common_cells/lfsr_8bit.sv
-../rtl/common_cells/lossy_valid_to_stream.sv
-../rtl/common_cells/mv_filter.sv
-../rtl/common_cells/onehot_to_bin.sv
-../rtl/common_cells/plru_tree.sv
-../rtl/common_cells/passthrough_stream_fifo.sv
-../rtl/common_cells/popcount.sv
-../rtl/common_cells/ring_buffer.sv
-../rtl/common_cells/rr_arb_tree.sv
-../rtl/common_cells/rstgen_bypass.sv
-../rtl/common_cells/serial_deglitch.sv
-../rtl/common_cells/shift_reg.sv
-../rtl/common_cells/shift_reg_gated.sv
-../rtl/common_cells/spill_register_flushable.sv
-../rtl/common_cells/stream_demux.sv
-../rtl/common_cells/stream_filter.sv
-../rtl/common_cells/stream_fork.sv
-../rtl/common_cells/stream_intf.sv
-../rtl/common_cells/stream_join_dynamic.sv
-../rtl/common_cells/stream_mux.sv
-../rtl/common_cells/stream_throttle.sv
-../rtl/common_cells/sub_per_hash.sv
-../rtl/common_cells/sync.sv
-../rtl/common_cells/sync_wedge.sv
-../rtl/common_cells/unread.sv
-../rtl/common_cells/read.sv
-../rtl/common_cells/addr_decode_dync.sv
-../rtl/common_cells/boxcar.sv
-../rtl/common_cells/cdc_2phase.sv
-../rtl/common_cells/cdc_4phase.sv
-../rtl/common_cells/clk_int_div_static.sv
-../rtl/common_cells/trip_counter.sv
-../rtl/common_cells/addr_decode.sv
-../rtl/common_cells/addr_decode_napot.sv
-../rtl/common_cells/multiaddr_decode.sv
-../rtl/common_cells/cb_filter.sv
-../rtl/common_cells/cdc_fifo_2phase.sv
-../rtl/common_cells/clk_mux_glitch_free.sv
-../rtl/common_cells/counter.sv
-../rtl/common_cells/ecc_decode.sv
-../rtl/common_cells/ecc_encode.sv
-../rtl/common_cells/edge_detect.sv
-../rtl/common_cells/lzc.sv
-../rtl/common_cells/max_counter.sv
-../rtl/common_cells/rstgen.sv
-../rtl/common_cells/spill_register.sv
-../rtl/common_cells/stream_delay.sv
-../rtl/common_cells/stream_fifo.sv
-../rtl/common_cells/stream_fork_dynamic.sv
-../rtl/common_cells/stream_join.sv
-../rtl/common_cells/cdc_reset_ctrlr.sv
-../rtl/common_cells/cdc_fifo_gray.sv
-../rtl/common_cells/fall_through_register.sv
-../rtl/common_cells/id_queue.sv
-../rtl/common_cells/stream_to_mem.sv
-../rtl/common_cells/stream_arbiter_flushable.sv
-../rtl/common_cells/stream_fifo_optimal_wrap.sv
-../rtl/common_cells/stream_register.sv
-../rtl/common_cells/stream_xbar.sv
-../rtl/common_cells/cdc_fifo_gray_clearable.sv
-../rtl/common_cells/cdc_2phase_clearable.sv
-../rtl/common_cells/mem_to_banks_detailed.sv
-../rtl/common_cells/stream_arbiter.sv
-../rtl/common_cells/stream_omega_net.sv
-../rtl/common_cells/mem_to_banks.sv
-../rtl/obi/obi_pkg.sv
-../rtl/obi/obi_intf.sv
-../rtl/obi/obi_rready_converter.sv
-../rtl/obi/apb_to_obi.sv
-../rtl/obi/obi_to_apb.sv
-../rtl/obi/obi_atop_resolver.sv
-../rtl/obi/obi_cut.sv
-../rtl/obi/obi_demux.sv
-../rtl/obi/obi_err_sbr.sv
-../rtl/obi/obi_mux.sv
-../rtl/obi/obi_sram_shim.sv
-../rtl/obi/obi_xbar.sv
-../rtl/apb/apb_pkg.sv
-../rtl/cve2/cve2_pkg.sv
-../rtl/cve2/cve2_alu.sv
-../rtl/cve2/cve2_branch_predict.sv
-../rtl/cve2/cve2_compressed_decoder.sv
-../rtl/cve2/cve2_controller.sv
-../rtl/cve2/cve2_counter.sv
-../rtl/cve2/cve2_csr.sv
-../rtl/cve2/cve2_decoder.sv
-../rtl/cve2/cve2_fetch_fifo.sv
-../rtl/cve2/cve2_load_store_unit.sv
-../rtl/cve2/cve2_multdiv_fast.sv
-../rtl/cve2/cve2_multdiv_slow.sv
-../rtl/cve2/cve2_pmp.sv
-../rtl/cve2/cve2_register_file_ff.sv
-../rtl/cve2/cve2_wb.sv
-../rtl/cve2/cve2_cs_registers.sv
-../rtl/cve2/cve2_ex_block.sv
-../rtl/cve2/cve2_id_stage.sv
-../rtl/cve2/cve2_prefetch_buffer.sv
-../rtl/cve2/cve2_if_stage.sv
-../rtl/cve2/cve2_core.sv
-../rtl/idma/idma_pkg.sv
-../rtl/idma/idma_channel_coupler.sv
-../rtl/idma/idma_dataflow_element.sv
-../rtl/idma/idma_obi_read.sv
-../rtl/idma/idma_obi_write.sv
-../rtl/idma/idma_nd_midend.sv
-../rtl/idma/idma_transfer_id_gen.sv
-../rtl/idma/idma_legalizer_page_splitter.sv
-../rtl/idma/idma_transport_layer_rw_obi.sv
-../rtl/idma/idma_legalizer_rw_obi.sv
-../rtl/idma/idma_backend_rw_obi.sv
-../rtl/idma/croc_idma.sv
-../rtl/obi_uart/obi_uart_pkg.sv
-../rtl/obi_uart/obi_uart_baudgen.sv
-../rtl/obi_uart/obi_uart_interrupts.sv
-../rtl/obi_uart/obi_uart_modem.sv
-../rtl/obi_uart/obi_uart_rx.sv
-../rtl/obi_uart/obi_uart_tx.sv
-../rtl/obi_uart/obi_uart_register.sv
-../rtl/obi_uart/obi_uart.sv
-../rtl/riscv-dbg/dm_pkg.sv
-../rtl/riscv-dbg/debug_rom/debug_rom.sv
-../rtl/riscv-dbg/debug_rom/debug_rom_one_scratch.sv
-../rtl/riscv-dbg/dm_csrs.sv
-../rtl/riscv-dbg/dm_mem.sv
-../rtl/riscv-dbg/dmi_cdc.sv
-../rtl/riscv-dbg/dmi_jtag_tap.sv
-../rtl/riscv-dbg/dm_sba.sv
-../rtl/riscv-dbg/dm_top.sv
-../rtl/riscv-dbg/dmi_jtag.sv
-../rtl/riscv-dbg/dm_obi_top.sv
-../rtl/riscv-dbg/tb/jtag_test_simple.sv
-../rtl/croc_pkg.sv
-../rtl/user_pkg.sv
-../rtl/soc_ctrl/soc_ctrl_regs_pkg.sv
-../rtl/gpio/gpio_reg_pkg.sv
-../rtl/clint/clint_reg_pkg.sv
-../rtl/obi_timer/obi_timer_reg_pkg.sv
-../rtl/core_wrap.sv
-../rtl/bootrom/bootrom.sv
-../rtl/soc_ctrl/soc_ctrl_regs.sv
-../rtl/gpio/gpio_reg_top.sv
-../rtl/gpio/gpio.sv
-../rtl/clint/clint.sv
-../rtl/obi_timer/obi_timer.sv
-../rtl/croc_domain.sv
-../rtl/user_domain.sv
-../rtl/croc_soc.sv
-../rtl/croc_chip.sv
-../rtl/test/tb_croc_pkg.sv
-../rtl/test/croc_vip.sv
-../rtl/test/tb_croc_soc.sv
-
diff --git a/verilator/run_verilator.sh b/verilator/run_verilator.sh
index 94920ed9d..ecb3b1210 100755
--- a/verilator/run_verilator.sh
+++ b/verilator/run_verilator.sh
@@ -6,10 +6,18 @@
 # Authors:
 # - Thomas Benz     <tbenz@iis.ee.ethz.ch>
 
-set -e  # Exit on error
-set -u  # Error on undefined vars
+set -euo pipefail
 
 
+DRYRUN=0
+for arg in "$@"; do
+    [[ "$arg" == -n || "$arg" == --dry-run ]] && DRYRUN=1
+done
+
+if [[ "$DRYRUN" -eq 1 ]]; then
+    export CROC_SKIP_TECH_SETUP=1
+fi
+
 ################
 # Setup
 ################
@@ -32,14 +40,23 @@ Options:
     --help, -h          Show this help message
     --dry-run, -n       Only print commands instead of executing
     --verbose, -v       Print commands while executing
-    --flist             Regenerate flist (croc.f)
-    --build             Build croc_soc Verilator binary
-    --run BINARY        Run binary in Verilator
+    --flist             Regenerate RTL and Yosys-netlist file lists
+    --flist-rtl         Regenerate croc_rtl.f
+    --flist-netlist     Regenerate croc_netlist_yosys.f
+    --build, --build-rtl
+                        Build the RTL simulation binary
+    --build-netlist     Build the Yosys-netlist simulation binary
+    --run BINARY        Run the RTL simulation binary
+    --run-netlist BINARY
+                        Run the Yosys-netlist simulation binary
 
 Example:
-    # Build and run RTL simulation with given binary
+    # Build and run RTL simulation with a given binary
     ./run_verilator.sh --build --run ../sw/bin/helloworld.hex
 
+    # Build and run the post-Yosys netlist simulation
+    ./run_verilator.sh --build-netlist --run-netlist ../sw/bin/helloworld.hex
+
 EOF
     exit 0
 }
@@ -54,8 +71,12 @@ run_cmd() {
 }
 
 
-build_verilator() {
-    run_cmd "echo [INFO][Verilator] Build Verilator"
+build_rtl_verilator() {
+    if [ "$RTL_FLIST_GENERATED" = 0 ]; then
+        generate_rtl_flist
+    fi
+
+    run_cmd "echo [INFO][Verilator] Build RTL simulation"
     run_cmd "verilator \
         -Wno-fatal \
         -Wno-style \
@@ -77,39 +98,100 @@ build_verilator() {
         --x-initial fast \
         -O3 \
         --top tb_croc_soc \
-        -f croc.f 2>&1 | \
-        tee ${PROJ_NAME}_build.log"
+        --Mdir obj_dir_rtl \
+        -f croc_rtl.f 2>&1 | \
+        tee ${PROJ_NAME}_rtl_build.log"
 }
 
+build_netlist_verilator() {
+    if [ "$NETLIST_FLIST_GENERATED" = 0 ]; then
+        generate_netlist_flist
+    fi
+
+    if [[ "$DRYRUN" -eq 0 && ! -f ../yosys/out/netlist_debug.v ]]; then
+        echo "[ERROR][Verilator] Missing ../yosys/out/netlist_debug.v. Run Yosys synthesis first." >&2
+        exit 1
+    fi
+
+    run_cmd "echo [INFO][Verilator] Build Yosys-netlist simulation"
+    run_cmd "verilator \
+        -Wno-fatal \
+        -Wno-style \
+        -Wno-BLKANDNBLK \
+        -Wno-WIDTHEXPAND \
+        -Wno-WIDTHTRUNC \
+        -Wno-WIDTHCONCAT \
+        -Wno-ASCRANGE \
+        --binary \
+        -j 0 \
+        --timing \
+        --autoflush \
+        --unroll-count 1 \
+        --unroll-stmts 1 \
+        --x-assign fast \
+        --x-initial fast \
+        -O3 \
+        --top tb_croc_soc \
+        --Mdir obj_dir_netlist_yosys \
+        -f croc_netlist_yosys.f \
+        -f technology_netlist_yosys.f 2>&1 | \
+        tee ${PROJ_NAME}_netlist_yosys_build.log"
+}
 
-generate_flist() {
-    run_cmd "echo [INFO][Bender] Generate croc.f"
+generate_rtl_flist() {
+    run_cmd "echo [INFO][Bender] Generate croc_rtl.f"
     run_cmd "bender \
         script flist-plus \
         -t rtl \
         -t verilator \
         -t synthesis \
+        ${BENDER_PDK_ARGS} \
         -D VERILATOR=1 \
         -D COMMON_CELLS_ASSERTS_OFF=1 \
-        > croc.f"
+        > croc_rtl.f"
 
     run_cmd "echo [INFO][Bender] Remove absolute paths"
-    run_cmd "sed -i 's|${CROC_ROOT}|..|g' croc.f"
+    run_cmd "sed -i 's|${CROC_ROOT}|..|g' croc_rtl.f"
 
-    run_cmd "echo [INFO][Bender] File list generated: croc.f"
+    run_cmd "echo [INFO][Bender] File list generated: croc_rtl.f"
+    RTL_FLIST_GENERATED=1
 }
 
-run_binary() {
-    run_cmd "echo [INFO][Verilator] Running $1"
-    run_cmd "obj_dir/Vtb_croc_soc +binary="$1" | tee ${PROJ_NAME}.log"
+generate_netlist_flist() {
+    run_cmd "echo [INFO][Bender] Generate croc_netlist_yosys.f"
+    run_cmd "bender \
+        script flist-plus \
+        -t netlist_yosys \
+        -t verilator \
+        -t synthesis \
+        ${BENDER_PDK_ARGS} \
+        -D VERILATOR=1 \
+        -D COMMON_CELLS_ASSERTS_OFF=1 \
+        > croc_netlist_yosys.f"
+
+    run_cmd "echo [INFO][Bender] Remove absolute paths"
+    run_cmd "sed -i 's|${CROC_ROOT}|..|g' croc_netlist_yosys.f"
+
+    run_cmd "echo [INFO][Bender] File list generated: croc_netlist_yosys.f"
+    NETLIST_FLIST_GENERATED=1
+}
+
+run_rtl_binary() {
+    run_cmd "echo [INFO][Verilator] Run RTL simulation"
+    run_cmd "obj_dir_rtl/Vtb_croc_soc +binary="$1" | tee ${PROJ_NAME}_rtl.log"
 }
 
+run_netlist_binary() {
+    run_cmd "echo [INFO][Verilator] Run Yosys-netlist simulation"
+    run_cmd "obj_dir_netlist_yosys/Vtb_croc_soc +binary="$1" | tee ${PROJ_NAME}_netlist_yosys.log"
+}
 
 ####################
 # Parse Arguments
 ####################
 
-DRYRUN=0
+RTL_FLIST_GENERATED=0
+NETLIST_FLIST_GENERATED=0
 
 # default action if no argument is given
 if [ $# -eq 0 ]; then
@@ -137,15 +219,32 @@ while [[ $# -gt 0 ]]; do
             ;;
         # script-specific commands
         --flist)
-            generate_flist
+            generate_rtl_flist
+            generate_netlist_flist
+            shift
+            ;;
+        --flist-rtl)
+            generate_rtl_flist
             shift
             ;;
-        --build)
-            build_verilator
+        --flist-netlist)
+            generate_netlist_flist
+            shift
+            ;;
+        --build|--build-rtl)
+            build_rtl_verilator
+            shift
+            ;;
+        --build-netlist)
+            build_netlist_verilator
             shift
             ;;
         --run)
-            run_binary $2
+            run_rtl_binary $2
+            shift 2
+            ;;
+        --run-netlist)
+            run_netlist_binary $2
             shift 2
             ;;
         # Error handling
diff --git a/verilator/tech.f b/verilator/tech.f
deleted file mode 100644
index c404d67bb..000000000
--- a/verilator/tech.f
+++ /dev/null
@@ -1,22 +0,0 @@
-# Copyright (c) 2024 ETH Zurich and University of Bologna.
-# Licensed under the Apache License, Version 2.0, see LICENSE for details.
-# SPDX-License-Identifier: Apache-2.0
-#
-# Authors:
-# - Philippe Sauter <phsauter@iis.ee.ethz.ch>
-
-
-+define+TARGET_IHP13
-+define+TARGET_NETLIST_YOSYS
-+define+TARGET_SYNTHESIS
-+define+TARGET_VERILATOR
-+define+SYNTHESIS
-+define+VERILATOR
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_stdcell/verilog/sg13g2_stdcell.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v
-../ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v
diff --git a/verilator/technology_netlist_yosys.f b/verilator/technology_netlist_yosys.f
new file mode 100644
index 000000000..f9bde53be
--- /dev/null
+++ b/verilator/technology_netlist_yosys.f
@@ -0,0 +1,20 @@
+# Copyright (c) 2024 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+#
+# Authors:
+# - Philippe Sauter <phsauter@iis.ee.ethz.ch>
+
+
+# Technology models for the post-Yosys netlist simulation. The active
+# technology view is initialized by ../env.sh.
+../technology/verilog/sg13g2_udp.v
+../technology/verilog/sg13g2_stdcell.v
+../technology/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v
+../technology/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v
diff --git a/vsim/compile_netlist_with_tech.tcl b/vsim/compile_netlist_with_tech.tcl
new file mode 100644
index 000000000..500776a97
--- /dev/null
+++ b/vsim/compile_netlist_with_tech.tcl
@@ -0,0 +1,15 @@
+# Copyright (c) 2026 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+
+proc source_compile_script {script} {
+    set status [catch {source $script} result]
+    if {$status || $result ne ""} {
+        puts stderr "\[ERROR\] Compilation failed in $script"
+        exit 1
+    }
+}
+
+source_compile_script compile_netlist.tcl
+source_compile_script compile_tech.tcl
+exit 0
diff --git a/vsim/compile_tech.tcl b/vsim/compile_tech.tcl
index 1760c27d9..2703e994a 100644
--- a/vsim/compile_tech.tcl
+++ b/vsim/compile_tech.tcl
@@ -10,18 +10,43 @@
 # - Philippe Sauter <phsauter@iis.ee.ethz.ch>
 
 set ROOT ".."
+set pdk_name [expr {[info exists ::env(CROC_PDK)] ? $::env(CROC_PDK) : "sg13cmos5l"}]
 
-if {[catch { vlog -incr -sv \
-    +define+FUNCTIONAL \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_stdcell/verilog/sg13g2_stdcell.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v" \
-    "$ROOT/ihp13/pdk/ihp-sg13g2/libs.ref/sg13g2_sram/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v" \
-    "$ROOT/ihp13/tc_sram_impl.sv" \
-    "$ROOT/ihp13/tc_clk.sv" \
-}]} {return 1}
+if {$pdk_name eq "sg13cmos5l"} {
+    if {[catch { vlog -incr -sv \
+        +define+FUNCTIONAL \
+        "$ROOT/technology/verilog/sg13g2_udp.v" \
+        "$ROOT/technology/verilog/sg13g2_stdcell.v" \
+        "$ROOT/technology/verilog/sg13cmos5l_io.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v" \
+        "$ROOT/ihp13/tc_sram_impl.sv" \
+        "$ROOT/ihp13/tc_clk.sv" \
+    }]} {return 1}
+} elseif {$pdk_name eq "sg13g2"} {
+    if {[catch { vlog -incr -sv \
+        +define+FUNCTIONAL \
+        "$ROOT/technology/verilog/sg13g2_udp.v" \
+        "$ROOT/technology/verilog/sg13g2_stdcell.v" \
+        "$ROOT/technology/verilog/sg13g2_io.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_core_behavioral_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_64x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_256x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_512x32_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_512x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_1024x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_2048x64_c2_bm_bist.v" \
+        "$ROOT/technology/verilog/RM_IHPSG13_1P_256x48_c2_bm_bist.v" \
+        "$ROOT/ihp13/tc_sram_impl.sv" \
+        "$ROOT/ihp13/tc_clk.sv" \
+    }]} {return 1}
+} else {
+    puts stderr "Unknown CROC_PDK '$pdk_name'"
+    return 1
+}
diff --git a/vsim/run_vsim.sh b/vsim/run_vsim.sh
index 6955f9a02..bcd0d7a4b 100755
--- a/vsim/run_vsim.sh
+++ b/vsim/run_vsim.sh
@@ -15,6 +15,15 @@ set -e  # Exit on error
 set -u  # Error on undefined vars
 
 
+DRYRUN=0
+for arg in "$@"; do
+    [[ "$arg" == -n || "$arg" == --dry-run ]] && DRYRUN=1
+done
+
+if [[ "$DRYRUN" -eq 1 ]]; then
+    export CROC_SKIP_TECH_SETUP=1
+fi
+
 ################
 # Setup
 ################
@@ -72,9 +81,10 @@ generate_rtl_flist() {
         -t vsim \
         -t simulation \
         -t verilator \
+        ${BENDER_PDK_ARGS} \
         -DSYNTHESIS \
         -DSIMULATION \
-        --vlog-arg="-svinputport=compat"
+        --vlog-arg=\"-svinputport=compat\" \
         > compile_rtl.tcl"
 
     run_cmd "echo [INFO][Bender] Remove absolute paths"
@@ -93,9 +103,10 @@ generate_netlist_flist() {
         -t simulation \
         -t verilator \
         -t netlist_yosys \
+        ${BENDER_PDK_ARGS} \
         -DSYNTHESIS \
         -DSIMULATION \
-        --vlog-arg="-svinputport=compat"
+        --vlog-arg=\"-svinputport=compat\" \
         > compile_netlist.tcl"
 
     run_cmd "echo [INFO][Bender] Remove absolute paths"
@@ -121,13 +132,13 @@ compile_rtl() {
     run_cmd "echo Warnings:                            >> reports/compile_rtl.rpt"
     run_cmd "grep Warning: reports/compile_rtl.log     >> reports/compile_rtl.rpt || true"
 
-    run_cmd "NUM_ERRORS=$(cat reports/compile_rtl.rpt | grep Error: | wc -l)"
-    run_cmd "NUM_WARNINGS=$(cat reports/compile_rtl.rpt | grep Warning: | wc -l)"
+    run_cmd "NUM_ERRORS=\$(grep -c Error: reports/compile_rtl.rpt || true)"
+    run_cmd "NUM_WARNINGS=\$(grep -c Warning: reports/compile_rtl.rpt || true)"
     run_cmd "echo \"#######################################################\""
     run_cmd "echo \"############### Compilation report ####################\""
     run_cmd "echo \"#######################################################\""
-    run_cmd "echo  Errors   : ${NUM_ERRORS}"
-    run_cmd "echo  Warnings : ${NUM_WARNINGS}"
+    run_cmd "echo  Errors   : \${NUM_ERRORS}"
+    run_cmd "echo  Warnings : \${NUM_WARNINGS}"
     run_cmd "echo See 'reports/compile_rtl.rpt' for more info"
     run_cmd "echo \"#######################################################\""
 }
@@ -137,7 +148,7 @@ compile_netlist() {
     run_cmd "echo [INFO][VSIM] Compile post-synthesis netlist"
     run_cmd "${VSIM} \
         -c \
-        -do \"source compile_netlist.tcl; source compile_tech.tcl; exit\" \
+        -do \"source compile_netlist_with_tech.tcl\" \
         > reports/compile_netlist.log"
 
     # Collect errors and warnings from compilation log and print summary
@@ -149,15 +160,16 @@ compile_netlist() {
     run_cmd "echo Warnings:                            >> reports/compile_netlist.rpt"
     run_cmd "grep Warning: reports/compile_netlist.log     >> reports/compile_netlist.rpt || true"
 
-    run_cmd "NUM_ERRORS=$(cat reports/compile_netlist.rpt | grep Error: | wc -l)"
-    run_cmd "NUM_WARNINGS=$(cat reports/compile_netlist.rpt | grep Warning: | wc -l)"
+    run_cmd "NUM_ERRORS=\$(grep -c Error: reports/compile_netlist.rpt || true)"
+    run_cmd "NUM_WARNINGS=\$(grep -c Warning: reports/compile_netlist.rpt || true)"
     run_cmd "echo \"#######################################################\""
     run_cmd "echo \"############### Compilation report ####################\""
     run_cmd "echo \"#######################################################\""
-    run_cmd "echo  Errors   : ${NUM_ERRORS}"
-    run_cmd "echo  Warnings : ${NUM_WARNINGS}"
+    run_cmd "echo  Errors   : \${NUM_ERRORS}"
+    run_cmd "echo  Warnings : \${NUM_WARNINGS}"
     run_cmd "echo See 'reports/compile_netlist.rpt' for more info"
     run_cmd "echo \"#######################################################\""
+    run_cmd "test \${NUM_ERRORS} -eq 0"
 }
 
 
@@ -191,8 +203,6 @@ run_vsim_gui() {
 # Parse Arguments
 ####################
 
-DRYRUN=0
-
 # default action if no argument is given
 if [ $# -eq 0 ]; then
     show_help
diff --git a/yosys/run_synthesis.sh b/yosys/run_synthesis.sh
index 154417054..98a3df3f6 100755
--- a/yosys/run_synthesis.sh
+++ b/yosys/run_synthesis.sh
@@ -13,6 +13,15 @@ set -e  # Exit on error
 set -u  # Error on undefined vars
 set -o pipefail # Fail if any command fails
 
+DRYRUN=0
+for arg in "$@"; do
+    [[ "$arg" == -n || "$arg" == --dry-run ]] && DRYRUN=1
+done
+
+if [[ "$DRYRUN" -eq 1 ]]; then
+    export CROC_SKIP_TECH_SETUP=1
+fi
+
 ################
 # Setup
 ################
@@ -96,6 +105,7 @@ generate_flist() {
         -t ihp13 \
         -t rtl \
         -t synthesis \
+        ${BENDER_PDK_ARGS} \
         -D VERILATOR=1 \
         -D SYNTHESIS=1 \
         -D COMMON_CELLS_ASSERTS_OFF=1 \
@@ -112,8 +122,6 @@ generate_flist() {
 # Parse Arguments
 ####################
 
-DRYRUN=0
-
 # default action if no argument is given
 if [ $# -eq 0 ]; then
     show_help
@@ -144,6 +152,7 @@ while [[ $# -gt 0 ]]; do
             shift
             ;;
         --synth)
+            generate_flist
             run_yosys
             shift
             ;;
diff --git a/yosys/scripts/init_tech.tcl b/yosys/scripts/init_tech_sg13cmos5l.tcl
similarity index 53%
rename from yosys/scripts/init_tech.tcl
rename to yosys/scripts/init_tech_sg13cmos5l.tcl
index 1ee5a85f3..846c87bcf 100644
--- a/yosys/scripts/init_tech.tcl
+++ b/yosys/scripts/init_tech_sg13cmos5l.tcl
@@ -6,30 +6,19 @@
 # - Philippe Sauter <phsauter@iis.ee.ethz.ch>
 
 # All paths relative to yosys/
+# PDK: sg13cmos5l (stdcells and SRAMs reused from sg13g2)
 
-if {[file exists "../technology"]} {
-	puts "0. Executing init_tech: load technology from ETHZ DZ cockpit"
-	set pdk_dir "../technology"
-	set pdk_cells_lib ${pdk_dir}/lib
-	set pdk_sram_lib  ${pdk_dir}/lib
-	set pdk_io_lib    ${pdk_dir}/lib
-} else {
-	puts "0. Executing init_tech: load technology from Github PDK"
-	if {![info exists pdk_dir]} {
-		set pdk_dir "../ihp13/pdk"
-	}
-	set pdk_cells_lib ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_stdcell/lib
-	set pdk_sram_lib  ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_sram/lib
-	set pdk_io_lib    ${pdk_dir}/ihp-sg13g2/libs.ref/sg13g2_io/lib
-}
+set pdk_cells_lib $::env(PDK_DIR_LIB_CELLS)
+set pdk_sram_lib  $::env(PDK_DIR_LIB_SRAMS)
+set pdk_io_lib    $::env(PDK_DIR_LIB_IOS)
 
-set tech_cells [list "$pdk_cells_lib/sg13g2_stdcell_typ_1p20V_25C.lib"]
-set tech_macros [glob -directory $pdk_sram_lib *_typ_1p20V_25C.lib]
-lappend tech_macros "$pdk_io_lib/sg13g2_io_typ_1p2V_3p3V_25C.lib"
+set tech_cells [list "$pdk_cells_lib/$::env(PDK_STDCELL_LIB_TT_FILE)"]
+set tech_macros [glob -directory $pdk_sram_lib RM_IHPSG13*_typ_1p20V_25C.lib]
+lappend tech_macros "$pdk_io_lib/$::env(PDK_IO_LIB_TT_FILE)"
 
 # for hilomap
-set tech_cell_tiehi {sg13g2_tiehi L_HI}
-set tech_cell_tielo {sg13g2_tielo L_LO}
+set tech_cell_tiehi [list sg13g2_tiehi L_HI]
+set tech_cell_tielo [list sg13g2_tielo L_LO]
 
 # pre-formated for easier use in yosys commands
 # all liberty files
diff --git a/yosys/scripts/init_tech_sg13g2.tcl b/yosys/scripts/init_tech_sg13g2.tcl
new file mode 100644
index 000000000..412da1990
--- /dev/null
+++ b/yosys/scripts/init_tech_sg13g2.tcl
@@ -0,0 +1,45 @@
+# Copyright (c) 2022 ETH Zurich and University of Bologna.
+# Licensed under the Apache License, Version 2.0, see LICENSE for details.
+# SPDX-License-Identifier: Apache-2.0
+#
+# Authors:
+# - Philippe Sauter <phsauter@iis.ee.ethz.ch>
+
+# All paths relative to yosys/
+# PDK: sg13g2
+
+set pdk_cells_lib $::env(PDK_DIR_LIB_CELLS)
+set pdk_sram_lib  $::env(PDK_DIR_LIB_SRAMS)
+set pdk_io_lib    $::env(PDK_DIR_LIB_IOS)
+
+set tech_cells [list "$pdk_cells_lib/$::env(PDK_STDCELL_LIB_TT_FILE)"]
+set tech_macros [glob -directory $pdk_sram_lib RM_IHPSG13*_typ_1p20V_25C.lib]
+lappend tech_macros "$pdk_io_lib/$::env(PDK_IO_LIB_TT_FILE)"
+
+# for hilomap
+set tech_cell_tiehi [list sg13g2_tiehi L_HI]
+set tech_cell_tielo [list sg13g2_tielo L_LO]
+
+# pre-formated for easier use in yosys commands
+# all liberty files
+set lib_list [concat [split $tech_cells] [split $tech_macros] ]
+set liberty_args_list [lmap lib $lib_list {concat "-liberty" $lib}]
+set liberty_args [concat {*}$liberty_args_list]
+# only the standard cells
+set tech_cells_args_list [lmap lib $tech_cells {concat "-liberty" $lib}]
+set tech_cells_args [concat {*}$tech_cells_args_list]
+
+# read library files
+foreach file $lib_list {
+	yosys read_liberty -lib "$file"
+}
+
+set dont_use_list [list]
+set dont_use_args [list]
+
+foreach cell $dont_use_list {
+	#ENL function of clock gating cells do not work
+	lappend dont_use_args [concat "-dont_use " $cell]
+}
+
+set dont_use_args [concat {*}$dont_use_args]
diff --git a/yosys/scripts/yosys_synthesis.tcl b/yosys/scripts/yosys_synthesis.tcl
index 4e6c59d85..0955bb211 100644
--- a/yosys/scripts/yosys_synthesis.tcl
+++ b/yosys/scripts/yosys_synthesis.tcl
@@ -18,11 +18,13 @@ source scripts/yosys_common.tcl
 set abc_script [processAbcScript scripts/abc-opt.script]
 
 # read liberty files and prepare some variables
-source scripts/init_tech.tcl
+set pdk_name [expr {[info exists ::env(CROC_PDK)] ? $::env(CROC_PDK) : "sg13cmos5l"}]
+source scripts/init_tech_${pdk_name}.tcl
 
 yosys plugin -i slang.so
 # default from yosys_common.tcl: top_design=croc_chip; sv_flist=./croc.flist
 yosys read_slang --top $top_design -f $sv_flist \
+        --cmd-rename +define,+define \
         --compat-mode --keep-hierarchy \
         --allow-use-before-declare --ignore-unknown-modules
 
@@ -166,4 +168,3 @@ yosys tee -q -o "${rep_dir}/${proj_name}_area_logic.rpt" stat -top $top_design {
 
 # final netlist
 yosys write_verilog -noattr -noexpr -nohex -nodec ${out_dir}/${proj_name}_yosys.v
-