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Updating primitves names for models files
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|---|---|---|
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| * ---------------------------------------------------------------------------------------------------- | ||
| .LIB cap_mim_new | ||
| * ---------------------------------------------------------------------------------------------------- | ||
|
|
||
| * ---------------------------------------------------------------------------------------------------- | ||
| * OPTION-A [3LM] | ||
| * ---------------------------------------------------------------------------------------------------- | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1.5fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f5_m2m3_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='1.47e-3*mim_corner_1p5fF' | ||
| + c_capsw='3.79e-10*mim_corner_1p5fF' | ||
| + c_tnom=25 | ||
| + c_tc1=4.0604E-05 | ||
| + c_tc2=-6.90E-08 | ||
| + c_vcr1=-4.5152E-05 | ||
| + c_vcr2=9.748E-06 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p5fF)' | ||
| ** | ||
| .ends cap_mim_1f5_m2m3_noshield | ||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f0_m2m3_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='0.987e-3*mim_corner_1p0fF' | ||
| + c_capsw='3.3e-10*mim_corner_1p0fF' | ||
| + c_tnom=25 | ||
| + c_tc1=1.302e-5 | ||
| + c_tc2=-4.93e-9 | ||
| + c_vcr1=6.079e-6 | ||
| + c_vcr2=1.268e-6 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p0fF)' | ||
| ** | ||
| .ends cap_mim_1f0_m2m3_noshield | ||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (2fF/um2) subcircuit model for GLOBALFOUNDRIES 0.18 Analog CMOS process M2-M3 | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_2f0_m2m3_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param gleak='9.51e-10/5*10000' | ||
| .param c_cox='1.99e-3*mim_corner_2p0fF' | ||
| .param c_capsw='2.383e-10*mim_corner_2p0fF' | ||
| .param c_vcr1='0+(c_width>5u||c_length>5u)*8.742e-6+(c_width<=5u||c_length<=5u)*(-81e-6)' | ||
| .param c_vcr2='0+(c_width>5u||c_length>5u)*9.188e-6+(c_width<=5u||c_length<=5u)*(16.7e-6)' | ||
|
|
||
| .param c_tnom=25 | ||
| .param c_tc1=1.46e-5 | ||
| .param c_tc2=-5.55e-8 | ||
| .param c_AREA='c_length*c_width' | ||
| .param c_PERI='2*(c_length+c_width)' | ||
|
|
||
| .param c_c0='(c_cox*c_AREA+c_capsw*c_PERI)*(1+c_tc1*(temper +dtemp -c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| * | ||
| c_cap 1 2 c='c_c0*(1+c_vcr1*v(1,2)+c_vcr2*v(1,2)*v(1,2))*(1+mc_c_cox_2p0fF)' | ||
| r_leak 1 2 r='1/(gleak*c_AREA)' tc1=c_tc1 tc2=c_tc2 dtemp=dtemp | ||
| .ends cap_mim_2f0_m2m3_noshield | ||
|
|
||
| * ---------------------------------------------------------------------------------------------------- | ||
| * OPTION-B [4LM] | ||
| * ---------------------------------------------------------------------------------------------------- | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1.5fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f5_m3m4_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='1.47e-3*mim_corner_1p5fF' | ||
| + c_capsw='3.79e-10*mim_corner_1p5fF' | ||
| + c_tnom=25 | ||
| + c_tc1=4.0604E-05 | ||
| + c_tc2=-6.90E-08 | ||
| + c_vcr1=-4.5152E-05 | ||
| + c_vcr2=9.748E-06 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p5fF)' | ||
| ** | ||
| .ends cap_mim_1f5_m3m4_noshield | ||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f0_m3m4_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='0.987e-3*mim_corner_1p0fF' | ||
| + c_capsw='3.3e-10*mim_corner_1p0fF' | ||
| + c_tnom=25 | ||
| + c_tc1=1.302e-5 | ||
| + c_tc2=-4.93e-9 | ||
| + c_vcr1=6.079e-6 | ||
| + c_vcr2=1.268e-6 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p0fF)' | ||
| ** | ||
| .ends cap_mim_1f0_m3m4_noshield | ||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (2fF/um2) subcircuit model for GLOBALFOUNDRIES 0.18 Analog CMOS process M2-M3 | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_2f0_m3m4_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param gleak='9.51e-10/5*10000' | ||
| .param c_cox='1.99e-3*mim_corner_2p0fF' | ||
| .param c_capsw='2.383e-10*mim_corner_2p0fF' | ||
| .param c_vcr1='0+(c_width>5u||c_length>5u)*8.742e-6+(c_width<=5u||c_length<=5u)*(-81e-6)' | ||
| .param c_vcr2='0+(c_width>5u||c_length>5u)*9.188e-6+(c_width<=5u||c_length<=5u)*(16.7e-6)' | ||
|
|
||
| .param c_tnom=25 | ||
| .param c_tc1=1.46e-5 | ||
| .param c_tc2=-5.55e-8 | ||
| .param c_AREA='c_length*c_width' | ||
| .param c_PERI='2*(c_length+c_width)' | ||
|
|
||
| .param c_c0='(c_cox*c_AREA+c_capsw*c_PERI)*(1+c_tc1*(temper +dtemp -c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| * | ||
| c_cap 1 2 c='c_c0*(1+c_vcr1*v(1,2)+c_vcr2*v(1,2)*v(1,2))*(1+mc_c_cox_2p0fF)' | ||
| r_leak 1 2 r='1/(gleak*c_AREA)' tc1=c_tc1 tc2=c_tc2 dtemp=dtemp | ||
| .ends cap_mim_2f0_m3m4_noshield | ||
|
|
||
| * ---------------------------------------------------------------------------------------------------- | ||
| * OPTION-B [5LM] | ||
| * ---------------------------------------------------------------------------------------------------- | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1.5fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f5_m4m5_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='1.47e-3*mim_corner_1p5fF' | ||
| + c_capsw='3.79e-10*mim_corner_1p5fF' | ||
| + c_tnom=25 | ||
| + c_tc1=4.0604E-05 | ||
| + c_tc2=-6.90E-08 | ||
| + c_vcr1=-4.5152E-05 | ||
| + c_vcr2=9.748E-06 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p5fF)' | ||
| ** | ||
| .ends cap_mim_1f5_m4m5_noshield | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f0_m4m5_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='0.987e-3*mim_corner_1p0fF' | ||
| + c_capsw='3.3e-10*mim_corner_1p0fF' | ||
| + c_tnom=25 | ||
| + c_tc1=1.302e-5 | ||
| + c_tc2=-4.93e-9 | ||
| + c_vcr1=6.079e-6 | ||
| + c_vcr2=1.268e-6 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p0fF)' | ||
| ** | ||
| .ends cap_mim_1f0_m4m5_noshield | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (2fF/um2) subcircuit model for GLOBALFOUNDRIES 0.18 Analog CMOS process M2-M3 | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_2f0_m4m5_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param gleak='9.51e-10/5*10000' | ||
| .param c_cox='1.99e-3*mim_corner_2p0fF' | ||
| .param c_capsw='2.383e-10*mim_corner_2p0fF' | ||
| .param c_vcr1='0+(c_width>5u||c_length>5u)*8.742e-6+(c_width<=5u||c_length<=5u)*(-81e-6)' | ||
| .param c_vcr2='0+(c_width>5u||c_length>5u)*9.188e-6+(c_width<=5u||c_length<=5u)*(16.7e-6)' | ||
|
|
||
| .param c_tnom=25 | ||
| .param c_tc1=1.46e-5 | ||
| .param c_tc2=-5.55e-8 | ||
| .param c_AREA='c_length*c_width' | ||
| .param c_PERI='2*(c_length+c_width)' | ||
|
|
||
| .param c_c0='(c_cox*c_AREA+c_capsw*c_PERI)*(1+c_tc1*(temper +dtemp -c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| * | ||
| c_cap 1 2 c='c_c0*(1+c_vcr1*v(1,2)+c_vcr2*v(1,2)*v(1,2))*(1+mc_c_cox_2p0fF)' | ||
| r_leak 1 2 r='1/(gleak*c_AREA)' tc1=c_tc1 tc2=c_tc2 dtemp=dtemp | ||
| .ends cap_mim_2f0_m4m5_noshield | ||
|
|
||
| * ---------------------------------------------------------------------------------------------------- | ||
| * OPTION-B [6LM] | ||
| * ---------------------------------------------------------------------------------------------------- | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1.5fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f5_m5m6_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='1.47e-3*mim_corner_1p5fF' | ||
| + c_capsw='3.79e-10*mim_corner_1p5fF' | ||
| + c_tnom=25 | ||
| + c_tc1=4.0604E-05 | ||
| + c_tc2=-6.90E-08 | ||
| + c_vcr1=-4.5152E-05 | ||
| + c_vcr2=9.748E-06 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p5fF)' | ||
| ** | ||
| .ends cap_mim_1f5_m5m6_noshield | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (1fF/um2) subcircuit model for GF's 0.18 Analog CMOS process | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_1f0_m5m6_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param | ||
| + c_cox='0.987e-3*mim_corner_1p0fF' | ||
| + c_capsw='3.3e-10*mim_corner_1p0fF' | ||
| + c_tnom=25 | ||
| + c_tc1=1.302e-5 | ||
| + c_tc2=-4.93e-9 | ||
| + c_vcr1=6.079e-6 | ||
| + c_vcr2=1.268e-6 | ||
| + c_area='c_length*c_width' | ||
| + c_peri='2*(c_length+c_width)' | ||
| + c_c0='(c_cox*c_area+c_capsw*c_peri)*(1+c_tc1*(temper+dtemp-c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| */ | ||
| */ model for capacitance | ||
| c_cap 1 2 c='c_c0*(1+ c_vcr1*v(1, 2)+c_vcr2*v(1,2)*v(1,2) )*(1+mc_c_cox_1p0fF)' | ||
| ** | ||
| .ends cap_mim_1f0_m5m6_noshield | ||
|
|
||
| */ ------------------------------------------------------------------------------------- | ||
| */ MIM Capacitor (2fF/um2) subcircuit model for GLOBALFOUNDRIES 0.18 Analog CMOS process M2-M3 | ||
| */-------------------------------------------------------------------------------------- | ||
| .subckt cap_mim_2f0_m5m6_noshield 1 2 c_length=l c_width=w dtemp=0 par=1 | ||
| .param gleak='9.51e-10/5*10000' | ||
| .param c_cox='1.99e-3*mim_corner_2p0fF' | ||
| .param c_capsw='2.383e-10*mim_corner_2p0fF' | ||
| .param c_vcr1='0+(c_width>5u||c_length>5u)*8.742e-6+(c_width<=5u||c_length<=5u)*(-81e-6)' | ||
| .param c_vcr2='0+(c_width>5u||c_length>5u)*9.188e-6+(c_width<=5u||c_length<=5u)*(16.7e-6)' | ||
|
|
||
| .param c_tnom=25 | ||
| .param c_tc1=1.46e-5 | ||
| .param c_tc2=-5.55e-8 | ||
| .param c_AREA='c_length*c_width' | ||
| .param c_PERI='2*(c_length+c_width)' | ||
|
|
||
| .param c_c0='(c_cox*c_AREA+c_capsw*c_PERI)*(1+c_tc1*(temper +dtemp -c_tnom)+c_tc2*(temper+dtemp-c_tnom)*(temper+dtemp-c_tnom))' | ||
| * | ||
| c_cap 1 2 c='c_c0*(1+c_vcr1*v(1,2)+c_vcr2*v(1,2)*v(1,2))*(1+mc_c_cox_2p0fF)' | ||
| r_leak 1 2 r='1/(gleak*c_AREA)' tc1=c_tc1 tc2=c_tc2 dtemp=dtemp | ||
| .ends cap_mim_2f0_m5m6_noshield | ||
|
|
||
| .ENDL cap_mim_new | ||
| * ---------------------------------------------------------------------------------------------------- |
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