| .param rise = 'simt/500' | |
| Vdd1 Vdd1 0 Vol | |
| Vdd2 Vdd2 0 Vol | |
| Vsram Vsram 0 Vol | |
| Vin1 in1 0 PULSE(0 Vol 0.3n 0n 0n 4n 10000n) | |
| Vin2 in2 0 PULSE(0 Vol 0.9n 0n 0n 4n 10000n) | |
| X1 in1 sel1mid Vdd1 0 inv nsize=1 psize='1*pnratio' | |
| X2 sel1mid sel1 Vdd1 0 inv nsize=2 psize='2*pnratio' | |
| X3 in1 sel1n Vdd1 0 inv nsize=2 psize='2*pnratio' | |
| X4 in2 sel2mid Vdd1 0 inv nsize=1 psize='1*pnratio' | |
| X5 sel2mid sel2 Vdd1 0 inv nsize=2 psize='2*pnratio' | |
| X6 in2 sel2n Vdd1 0 inv nsize=2 psize='2*pnratio' | |
| X7 sram1 sram0 mid2a sel2 sel2n mux2 size='nmos_size' | |
| X8 sram0 sram1 mid2b sel2 sel2n mux2 size='nmos_size' | |
| X9 mid2a mid2b mid1a sel1 sel1n mux2 size='nmos_size' | |
| X10 mid1a out Vdd2 0 levr | |
| Xs1 0 sram1 Vsram 0 inv nsize=2 psize='2*pnratio' | |
| Xs0 Vsram sram0 Vsram 0 inv nsize=2 psize='2*pnratio' | |
| .TEMP tempr | |
| .OP | |
| .OPTIONS POST | |
| .tran 'simt/10000' '2*simt' | |
| .measure tran Edrivers INTEG I(Vdd1) | |
| .measure tran Elevl INTEG I(Vdd2) | |
| .measure tran Esram INTEG I(Vsram) | |
| .measure tran E Param=('(-Edrivers-Elevl-Esram)*Vol') | |
| .measure tran power Param=('E/simt/2') | |
| .end |