Merge pull request #2 from efabless/develop_07_14

Ran open_pdks patches and fix scripts.
efabless · Jul 15, 2023 · e3c1e06 · e3c1e06
2 parents 7ddb22f + dfcebee
commit e3c1e06
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diff --git a/...m2m3m4_shieldm5/sky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base.model.spice b/...m2m3m4_shieldm5/sky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base.model.spice
@@ -20,7 +20,7 @@
 * 4-terminal Vertical Parallel Plate Capacitor /w LI-M4 fingers and M5 Shield
 .subckt  sky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base d g s b
 + 
-.param  l = 4 w = 10 ad = 0 as = 0 pd = 0 ps = 0 nrd = 0 nrs = 0 sa = 0 sb = 0 sd = 0 mult = 1 nf = 1.0
+.param  l = 4 w = 10 nf = 1.0 ad = 0 as = 0 pd = 0 ps = 0 nrd = 0 nrs = 0 sa = 0 sb = 0 sd = 0 mult = 1
 Msky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base d g s b sky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base__model l = {l} w = {w} ad = {ad} as = {as} pd = {pd} ps = {ps} nrd = {nrd} nrs = {nrs} sa = {sa} sb = {sb} sd = {sd} nf = {nf}
 .model sky130_fd_pr__cap_vpp_11p3x11p8_l1m1m2m3m4_shieldm5_nhv__base__model.0 nmos
 * DC IV MOS Parameters

diff --git a/cells/diode_pd2nw_05v5/sky130_fd_pr__diode_pd2nw_05v5.model.spice b/cells/diode_pd2nw_05v5/sky130_fd_pr__diode_pd2nw_05v5.model.spice
@@ -18,43 +18,43 @@
 + tlevc = 1.0
 + area = 1.0e+12
 * Junction Capacitance Parameters
-+ cj = '0.00074079*1e-12*sky130_fd_pr__pfet_01v8__ajunction_mult' $ Units: farad/meter^2
++ cj = '0.00074079*1e-12*sky130_fd_pr__pfet_01v8__ajunction_mult' ; Units: farad/meter^2
 + mj = 0.34629
-+ pb = 0.6587 $ Units: volt
-+ cjsw = '9.88e-011*1e-6*sky130_fd_pr__pfet_01v8__pjunction_mult' $ Units: farad/meter
++ pb = 0.6587 ; Units: volt
++ cjsw = '9.88e-011*1e-6*sky130_fd_pr__pfet_01v8__pjunction_mult' ; Units: farad/meter
 + mjsw = 0.29781
-+ php = 0.7418 $ Units: volt
-+ cta = 0.0012407 $ Units: 1/coulomb
-+ ctp = 0.00037357 $ Units: 1/coulomb
-+ tpb = 0.0020386 $ Units: volt/coulomb
-+ tphp = 0.001246 $ Units: volt/coulomb
++ php = 0.7418 ; Units: volt
++ cta = 0.0012407 ; Units: 1/coulomb
++ ctp = 0.00037357 ; Units: 1/coulomb
++ tpb = 0.0020386 ; Units: volt/coulomb
++ tphp = 0.001246 ; Units: volt/coulomb
 * Diode IV Parameters
-+ js = 2.1483e-017 $ Units: amper/meter^2
-+ jsw = 8.04e-016 $ Units: amper/meter
++ js = 2.1483e-017 ; Units: amper/meter^2
++ jsw = 8.04e-016 ; Units: amper/meter
 + n = 1.3632
-+ rs = 600 $ Units: ohm (ohm/meter^2 if area defined)
-+ ik = '4.76e-008/1e-12' $ Units: amper/meter^2
-+ ikr = '0/1e-12' $ Units: amper/meter^2
-+ vb = 12.69 $ Units: volt
-+ ibv = 0.00106 $ Units: amper
-+ trs = 0 $ Units: 1/coulomb
-+ eg = 1.05 $ Units: electron-volt
++ rs = 600 ; Units: ohm (ohm/meter^2 if area defined)
++ ik = '4.76e-008/1e-12' ; Units: amper/meter^2
++ ikr = '0/1e-12' ; Units: amper/meter^2
++ vb = 12.69 ; Units: volt
++ ibv = 0.00106 ; Units: amper
++ trs = 0 ; Units: 1/coulomb
++ eg = 1.05 ; Units: electron-volt
 + xti = 5.2
-+ tref = 30 $ Units: coulomb
++ tref = 30 ; Units: coulomb
 * Default Parameters
-+ tcv = 0 $ Units: 1/coulomb
-+ gap1 = 0.000473 $ Units: electron-volt/coulomb
++ tcv = 0 ; Units: 1/coulomb
++ gap1 = 0.000473 ; Units: electron-volt/coulomb
 + gap2 = 1110.0
-+ ttt1 = 0 $ Units: 1/coulomb
-+ ttt2 = 0 $ Units: 1/coulomb^2
-+ tm1 = 0 $ Units: 1/coulomb
-+ tm2 = 0 $ Units: 1/coulomb^2
-+ lm = 0 $ Units: meter
-+ lp = 0 $ Units: meter
-+ wm = 0 $ Units: meter
-+ wp = 0 $ Units: meter
-+ xm = 0 $ Units: meter
++ ttt1 = 0 ; Units: 1/coulomb
++ ttt2 = 0 ; Units: 1/coulomb^2
++ tm1 = 0 ; Units: 1/coulomb
++ tm2 = 0 ; Units: 1/coulomb^2
++ lm = 0 ; Units: meter
++ lp = 0 ; Units: meter
++ wm = 0 ; Units: meter
++ wp = 0 ; Units: meter
++ xm = 0 ; Units: meter
 + xoi = 10000.0
-+ xom = 10000 $ Units: angstrom
-+ xp = 0 $ Units: meter
-+ xw = 0 $ Units: meter
++ xom = 10000 ; Units: angstrom
++ xp = 0 ; Units: meter
++ xw = 0 ; Units: meter
diff --git a/cells/diode_pd2nw_05v5_hvt/sky130_fd_pr__diode_pd2nw_05v5_hvt.model.spice b/cells/diode_pd2nw_05v5_hvt/sky130_fd_pr__diode_pd2nw_05v5_hvt.model.spice
@@ -18,43 +18,43 @@
 + tlevc = 1.0
 + area = 1.0e+12
 * Junction Capacitance Parameters
-+ cj = '0.00075561*1e-12*sky130_fd_pr__pfet_01v8_hvt__ajunction_mult' $ Units: farad/meter^2
++ cj = '0.00075561*1e-12*sky130_fd_pr__pfet_01v8_hvt__ajunction_mult' ; Units: farad/meter^2
 + mj = 0.34629
-+ pb = 0.6587 $ Units: volt
-+ cjsw = '9.2435e-011*1e-6*sky130_fd_pr__pfet_01v8_hvt__pjunction_mult' $ Units: farad/meter
++ pb = 0.6587 ; Units: volt
++ cjsw = '9.2435e-011*1e-6*sky130_fd_pr__pfet_01v8_hvt__pjunction_mult' ; Units: farad/meter
 + mjsw = 0.26859
-+ php = 0.7418 $ Units: volt
-+ cta = 0.0012407 $ Units: 1/coulomb
-+ ctp = 0 $ Units: 1/coulomb
-+ tpb = 0.0019551 $ Units: volt/coulomb
-+ tphp = 0.00014242 $ Units: volt/coulomb
++ php = 0.7418 ; Units: volt
++ cta = 0.0012407 ; Units: 1/coulomb
++ ctp = 0 ; Units: 1/coulomb
++ tpb = 0.0019551 ; Units: volt/coulomb
++ tphp = 0.00014242 ; Units: volt/coulomb
 * Diode IV Parameters
-+ js = 2.17e-017 $ Units: amper/meter^2
-+ jsw = 8.2e-016 $ Units: amper/meter
++ js = 2.17e-017 ; Units: amper/meter^2
++ jsw = 8.2e-016 ; Units: amper/meter
 + n = 1.2556
-+ rs = 600 $ Units: ohm (ohm/meter^2 if area defined)
-+ ik = '4.76e-008/1e-12' $ Units: amper/meter^2
-+ ikr = '0/1e-12' $ Units: amper/meter^2
-+ vb = 12.8 $ Units: volt
-+ ibv = 0.00106 $ Units: amper
-+ trs = 0 $ Units: 1/coulomb
-+ eg = 1.05 $ Units: electron-volt
++ rs = 600 ; Units: ohm (ohm/meter^2 if area defined)
++ ik = '4.76e-008/1e-12' ; Units: amper/meter^2
++ ikr = '0/1e-12' ; Units: amper/meter^2
++ vb = 12.8 ; Units: volt
++ ibv = 0.00106 ; Units: amper
++ trs = 0 ; Units: 1/coulomb
++ eg = 1.05 ; Units: electron-volt
 + xti = 2.0
-+ tref = 30 $ Units: coulomb
++ tref = 30 ; Units: coulomb
 * Default Parameters
-+ tcv = 0 $ Units: 1/coulomb
-+ gap1 = 0.000473 $ Units: electron-volt/coulomb
++ tcv = 0 ; Units: 1/coulomb
++ gap1 = 0.000473 ; Units: electron-volt/coulomb
 + gap2 = 1110.0
-+ ttt1 = 0 $ Units: 1/coulomb
-+ ttt2 = 0 $ Units: 1/coulomb^2
-+ tm1 = 0 $ Units: 1/coulomb
-+ tm2 = 0 $ Units: 1/coulomb^2
-+ lm = 0 $ Units: meter
-+ lp = 0 $ Units: meter
-+ wm = 0 $ Units: meter
-+ wp = 0 $ Units: meter
-+ xm = 0 $ Units: meter
++ ttt1 = 0 ; Units: 1/coulomb
++ ttt2 = 0 ; Units: 1/coulomb^2
++ tm1 = 0 ; Units: 1/coulomb
++ tm2 = 0 ; Units: 1/coulomb^2
++ lm = 0 ; Units: meter
++ lp = 0 ; Units: meter
++ wm = 0 ; Units: meter
++ wp = 0 ; Units: meter
++ xm = 0 ; Units: meter
 + xoi = 10000.0
-+ xom = 10000 $ Units: angstrom
-+ xp = 0 $ Units: meter
-+ xw = 0 $ Units: meter
++ xom = 10000 ; Units: angstrom
++ xp = 0 ; Units: meter
++ xw = 0 ; Units: meter
diff --git a/cells/diode_pd2nw_05v5_lvt/sky130_fd_pr__diode_pd2nw_05v5_lvt.model.spice b/cells/diode_pd2nw_05v5_lvt/sky130_fd_pr__diode_pd2nw_05v5_lvt.model.spice
@@ -18,43 +18,43 @@
 + tlevc = 1.0
 + area = 1.0e+12
 * Junction Capacitance Parameters
-+ cj = '0.00076823*1e-12*sky130_fd_pr__pfet_01v8_lvt__ajunction_mult' $ Units: farad/meter^2
++ cj = '0.00076823*1e-12*sky130_fd_pr__pfet_01v8_lvt__ajunction_mult' ; Units: farad/meter^2
 + mj = 0.3362
-+ pb = 0.6587 $ Units: volt
-+ cjsw = '9.152e-011*1e-6*sky130_fd_pr__pfet_01v8_lvt__pjunction_mult' $ Units: farad/meter
++ pb = 0.6587 ; Units: volt
++ cjsw = '9.152e-011*1e-6*sky130_fd_pr__pfet_01v8_lvt__pjunction_mult' ; Units: farad/meter
 + mjsw = 0.2659
-+ php = 0.7418 $ Units: volt
-+ cta = 0.0012407 $ Units: 1/coulomb
-+ ctp = 0.00037357 $ Units: 1/coulomb
-+ tpb = 0.001671 $ Units: volt/coulomb
-+ tphp = 0.001246 $ Units: volt/coulomb
++ php = 0.7418 ; Units: volt
++ cta = 0.0012407 ; Units: 1/coulomb
++ ctp = 0.00037357 ; Units: 1/coulomb
++ tpb = 0.001671 ; Units: volt/coulomb
++ tphp = 0.001246 ; Units: volt/coulomb
 * Diode IV Parameters
-+ js = 2.1483e-017 $ Units: amper/meter^2
-+ jsw = 1.447e-16 $ Units: amper/meter
++ js = 2.1483e-017 ; Units: amper/meter^2
++ jsw = 1.447e-16 ; Units: amper/meter
 + n = 1.3632
-+ rs = 600 $ Units: ohm (ohm/meter^2 if area defined)
-+ ik = '4.76e-008/1e-12' $ Units: amper/meter^2
-+ ikr = '0/1e-12' $ Units: amper/meter^2
-+ vb = 12.69 $ Units: volt
-+ ibv = 0.00106 $ Units: amper
-+ trs = 0 $ Units: 1/coulomb
-+ eg = 1.05 $ Units: electron-volt
++ rs = 600 ; Units: ohm (ohm/meter^2 if area defined)
++ ik = '4.76e-008/1e-12' ; Units: amper/meter^2
++ ikr = '0/1e-12' ; Units: amper/meter^2
++ vb = 12.69 ; Units: volt
++ ibv = 0.00106 ; Units: amper
++ trs = 0 ; Units: 1/coulomb
++ eg = 1.05 ; Units: electron-volt
 + xti = 5.2
-+ tref = 30 $ Units: coulomb
++ tref = 30 ; Units: coulomb
 * Default Parameters
-+ tcv = 0 $ Units: 1/coulomb
-+ gap1 = 0.000473 $ Units: electron-volt/coulomb
++ tcv = 0 ; Units: 1/coulomb
++ gap1 = 0.000473 ; Units: electron-volt/coulomb
 + gap2 = 1110.0
-+ ttt1 = 0 $ Units: 1/coulomb
-+ ttt2 = 0 $ Units: 1/coulomb^2
-+ tm1 = 0 $ Units: 1/coulomb
-+ tm2 = 0 $ Units: 1/coulomb^2
-+ lm = 0 $ Units: meter
-+ lp = 0 $ Units: meter
-+ wm = 0 $ Units: meter
-+ wp = 0 $ Units: meter
-+ xm = 0 $ Units: meter
++ ttt1 = 0 ; Units: 1/coulomb
++ ttt2 = 0 ; Units: 1/coulomb^2
++ tm1 = 0 ; Units: 1/coulomb
++ tm2 = 0 ; Units: 1/coulomb^2
++ lm = 0 ; Units: meter
++ lp = 0 ; Units: meter
++ wm = 0 ; Units: meter
++ wp = 0 ; Units: meter
++ xm = 0 ; Units: meter
 + xoi = 10000.0
-+ xom = 10000 $ Units: angstrom
-+ xp = 0 $ Units: meter
-+ xw = 0 $ Units: meter
++ xom = 10000 ; Units: angstrom
++ xp = 0 ; Units: meter
++ xw = 0 ; Units: meter
diff --git a/cells/diode_pd2nw_11v0/sky130_fd_pr__diode_pd2nw_11v0.model.spice b/cells/diode_pd2nw_11v0/sky130_fd_pr__diode_pd2nw_11v0.model.spice
@@ -18,43 +18,43 @@
 + tlevc = 1.0
 + area = 1.0e+12
 * Junction Capacitance Parameters
-+ cj = '0.00077547*1e-12*sky130_fd_pr__pfet_g5v0d10v5__ajunction_mult' $ Units: farad/meter^2
++ cj = '0.00077547*1e-12*sky130_fd_pr__pfet_g5v0d10v5__ajunction_mult' ; Units: farad/meter^2
 + mj = 0.33956
-+ pb = 0.6587 $ Units: volt
-+ cjsw = '9.8717e-011*1e-6*sky130_fd_pr__pfet_g5v0d10v5__pjunction_mult' $ Units: farad/meter
++ pb = 0.6587 ; Units: volt
++ cjsw = '9.8717e-011*1e-6*sky130_fd_pr__pfet_g5v0d10v5__pjunction_mult' ; Units: farad/meter
 + mjsw = 0.24676
-+ php = 1 $ Units: volt
-+ cta = 0.00096 $ Units: 1/coulomb
-+ ctp = 3e-005 $ Units: 1/coulomb
-+ tpb = 0.001671 $ Units: volt/coulomb
-+ tphp = 0 $ Units: volt/coulomb
++ php = 1 ; Units: volt
++ cta = 0.00096 ; Units: 1/coulomb
++ ctp = 3e-005 ; Units: 1/coulomb
++ tpb = 0.001671 ; Units: volt/coulomb
++ tphp = 0 ; Units: volt/coulomb
 * Diode IV Parameters
-+ js = 2.1483e-017 $ Units: amper/meter^2
-+ jsw = 4.02e-018 $ Units: amper/meter
++ js = 2.1483e-017 ; Units: amper/meter^2
++ jsw = 4.02e-018 ; Units: amper/meter
 + n = 1.3632
-+ rs = 600 $ Units: ohm (ohm/meter^2 if area defined)
-+ ik = '4.76e-008/1e-12' $ Units: amper/meter^2
-+ ikr = '0/1e-12' $ Units: amper/meter^2
-+ vb = 12.69 $ Units: volt
-+ ibv = 0.00106 $ Units: amper
-+ trs = 0 $ Units: 1/coulomb
-+ eg = 1.05 $ Units: electron-volt
++ rs = 600 ; Units: ohm (ohm/meter^2 if area defined)
++ ik = '4.76e-008/1e-12' ; Units: amper/meter^2
++ ikr = '0/1e-12' ; Units: amper/meter^2
++ vb = 12.69 ; Units: volt
++ ibv = 0.00106 ; Units: amper
++ trs = 0 ; Units: 1/coulomb
++ eg = 1.05 ; Units: electron-volt
 + xti = 10.0
-+ tref = 30 $ Units: coulomb
++ tref = 30 ; Units: coulomb
 * Default Parameters
-+ tcv = 0 $ Units: 1/coulomb
-+ gap1 = 0.000473 $ Units: electron-volt/coulomb
++ tcv = 0 ; Units: 1/coulomb
++ gap1 = 0.000473 ; Units: electron-volt/coulomb
 + gap2 = 1110.0
-+ ttt1 = 0 $ Units: 1/coulomb
-+ ttt2 = 0 $ Units: 1/coulomb^2
-+ tm1 = 0 $ Units: 1/coulomb
-+ tm2 = 0 $ Units: 1/coulomb^2
-+ lm = 0 $ Units: meter
-+ lp = 0 $ Units: meter
-+ wm = 0 $ Units: meter
-+ wp = 0 $ Units: meter
-+ xm = 0 $ Units: meter
++ ttt1 = 0 ; Units: 1/coulomb
++ ttt2 = 0 ; Units: 1/coulomb^2
++ tm1 = 0 ; Units: 1/coulomb
++ tm2 = 0 ; Units: 1/coulomb^2
++ lm = 0 ; Units: meter
++ lp = 0 ; Units: meter
++ wm = 0 ; Units: meter
++ wp = 0 ; Units: meter
++ xm = 0 ; Units: meter
 + xoi = 10000.0
-+ xom = 10000 $ Units: angstrom
-+ xp = 0 $ Units: meter
-+ xw = 0 $ Units: meter
++ xom = 10000 ; Units: angstrom
++ xp = 0 ; Units: meter
++ xw = 0 ; Units: meter
diff --git a/cells/diode_pd2nw_11v0/sky130_fd_pr__diode_pd2nw_11v0_no_rs.model.spice b/cells/diode_pd2nw_11v0/sky130_fd_pr__diode_pd2nw_11v0_no_rs.model.spice
@@ -18,43 +18,43 @@
 + tlevc = 1.0
 + area = 1.0e+12
 * Junction Capacitance Parameters
-+ cj = '0.00077547*1e-12*sky130_fd_pr__pfet_g5v0d10v5__ajunction_mult' $ Units: farad/meter^2
++ cj = '0.00077547*1e-12*sky130_fd_pr__pfet_g5v0d10v5__ajunction_mult' ; Units: farad/meter^2
 + mj = 0.33956
-+ pb = 0.6587 $ Units: volt
-+ cjsw = '9.8717e-011*1e-6*sky130_fd_pr__pfet_g5v0d10v5__pjunction_mult' $ Units: farad/meter
++ pb = 0.6587 ; Units: volt
++ cjsw = '9.8717e-011*1e-6*sky130_fd_pr__pfet_g5v0d10v5__pjunction_mult' ; Units: farad/meter
 + mjsw = 0.24676
-+ php = 1 $ Units: volt
-+ cta = 0.00096 $ Units: 1/coulomb
-+ ctp = 3e-005 $ Units: 1/coulomb
-+ tpb = 0.001671 $ Units: volt/coulomb
-+ tphp = 0 $ Units: volt/coulomb
++ php = 1 ; Units: volt
++ cta = 0.00096 ; Units: 1/coulomb
++ ctp = 3e-005 ; Units: 1/coulomb
++ tpb = 0.001671 ; Units: volt/coulomb
++ tphp = 0 ; Units: volt/coulomb
 * Diode IV Parameters
-+ js = 2.1483e-017 $ Units: amper/meter^2
-+ jsw = 4.02e-018 $ Units: amper/meter
++ js = 2.1483e-017 ; Units: amper/meter^2
++ jsw = 4.02e-018 ; Units: amper/meter
 + n = 1.3632
-+ rs = 0 $ Units: ohm (ohm/meter^2 if area defined)
-+ ik = '4.76e-008/1e-12' $ Units: amper/meter^2
-+ ikr = '0/1e-12' $ Units: amper/meter^2
-+ vb = 12.69 $ Units: volt
-+ ibv = 0.00106 $ Units: amper
-+ trs = 0 $ Units: 1/coulomb
-+ eg = 1.05 $ Units: electron-volt
++ rs = 0 ; Units: ohm (ohm/meter^2 if area defined)
++ ik = '4.76e-008/1e-12' ; Units: amper/meter^2
++ ikr = '0/1e-12' ; Units: amper/meter^2
++ vb = 12.69 ; Units: volt
++ ibv = 0.00106 ; Units: amper
++ trs = 0 ; Units: 1/coulomb
++ eg = 1.05 ; Units: electron-volt
 + xti = 10.0
-+ tref = 30 $ Units: coulomb
++ tref = 30 ; Units: coulomb
 * Default Parameters
-+ tcv = 0 $ Units: 1/coulomb
-+ gap1 = 0.000473 $ Units: electron-volt/coulomb
++ tcv = 0 ; Units: 1/coulomb
++ gap1 = 0.000473 ; Units: electron-volt/coulomb
 + gap2 = 1110.0
-+ ttt1 = 0 $ Units: 1/coulomb
-+ ttt2 = 0 $ Units: 1/coulomb^2
-+ tm1 = 0 $ Units: 1/coulomb
-+ tm2 = 0 $ Units: 1/coulomb^2
-+ lm = 0 $ Units: meter
-+ lp = 0 $ Units: meter
-+ wm = 0 $ Units: meter
-+ wp = 0 $ Units: meter
-+ xm = 0 $ Units: meter
++ ttt1 = 0 ; Units: 1/coulomb
++ ttt2 = 0 ; Units: 1/coulomb^2
++ tm1 = 0 ; Units: 1/coulomb
++ tm2 = 0 ; Units: 1/coulomb^2
++ lm = 0 ; Units: meter
++ lp = 0 ; Units: meter
++ wm = 0 ; Units: meter
++ wp = 0 ; Units: meter
++ xm = 0 ; Units: meter
 + xoi = 10000.0
-+ xom = 10000 $ Units: angstrom
-+ xp = 0 $ Units: meter
-+ xw = 0 $ Units: meter
++ xom = 10000 ; Units: angstrom
++ xp = 0 ; Units: meter
++ xw = 0 ; Units: meter