Corrected the MiM area capacitance value as calculated by the device
generator in magic (the actual value is in the device model), from
1fF/um^2 to 2fF/um^2, the typical value given in the PDK reference
documentation.
diff --git a/VERSION b/VERSION
index 58d0c60..ad18496 100644
--- a/VERSION
+++ b/VERSION
@@ -1 +1 @@
-1.0.159
+1.0.160
diff --git a/sky130/magic/sky130.tcl b/sky130/magic/sky130.tcl
index e82cacd..04a31f3 100644
--- a/sky130/magic/sky130.tcl
+++ b/sky130/magic/sky130.tcl
@@ -184,9 +184,9 @@
#endif (METAL5)
#ifdef MIM
- magic::add_toolkit_command $layoutframe "MiM cap - 1fF/um^2 (metal3)" \
+ magic::add_toolkit_command $layoutframe "MiM cap - 2fF/um^2 (metal3)" \
"magic::gencell sky130::sky130_fd_pr__cap_mim_m3_1" pdk2
- magic::add_toolkit_command $layoutframe "MiM cap - 1fF/um^2 (metal4)" \
+ magic::add_toolkit_command $layoutframe "MiM cap - 2fF/um^2 (metal4)" \
"magic::gencell sky130::sky130_fd_pr__cap_mim_m3_2" pdk2
#endif (MIM)
magic::add_toolkit_separator $layoutframe pdk2
@@ -1427,13 +1427,13 @@
#ifdef MIM
proc sky130::sky130_fd_pr__cap_mim_m3_1_defaults {} {
- return {w 2.00 l 2.00 val 4.0 carea 1.00 cperi 0.17 \
+ return {w 2.00 l 2.00 val 8.0 carea 2.00 cperi 0.19 \
nx 1 ny 1 dummy 0 square 0 lmin 2.00 wmin 2.00 \
lmax 30.0 wmax 30.0 dc 0 bconnect 1 tconnect 1 \
ccov 100}
}
proc sky130::sky130_fd_pr__cap_mim_m3_2_defaults {} {
- return {w 2.00 l 2.00 val 4.0 carea 1.00 cperi 0.17 \
+ return {w 2.00 l 2.00 val 8.0 carea 2.00 cperi 0.19 \
nx 1 ny 1 dummy 0 square 0 lmin 2.00 wmin 2.00 \
lmax 30.0 wmax 30.0 dc 0 bconnect 1 tconnect 1 \
ccov 100}
