.options list
.param F=2.1G
.param T='1/F'

mM0 N_OUT_M0_d N_IN_M0_g N_VSS_M0_s N_VSS_M0_b MODN L=3.5e-07 W=8e-06
+ AD=6.8e-12 AS=7.6e-12 PD=9.7e-06 PS=9.9e-06 NRD=0.053125 NRS=0.053125
mM1 N_OUT_M1_d N_IN_M1_g N_VDD_M1_s N_VDD_M1_b MODP L=3.5e-07 W=2.56e-05
+ AD=2.176e-11 AS=2.432e-11 PD=2.73e-05 PS=2.75e-05 NRD=0.0166016 NRS=0.0166016

Rd0 OUT N_OUT_M0_d  0
Rg0 IN  N_IN_M0_g   0
Rs0 VSS N_VSS_M0_s  0
Rb0 VSS N_VSS_M0_b  0

Rd1 OUT N_OUT_M1_d  0
Rg1 IN  N_IN_M1_g   0
Rs1 VDD N_VDD_M1_s  0
Rb1 VDD N_VDD_M1_b  0


Vdd VDD 0 3V
Vss VSS 0 0V
Vin IN 0 PULSE (0 3 0 "0.01*T" "0.01*T" "0.50*T" T)
Cl OUT 0 50f

.include Model35_Eldo
.include "inversor.pex.netlist.INVERSOR.pxi"
.include "inversor.pex.netlist.pex"

.tran 1s 7n 0 0.001n *SWEEP F 1G 20G 100Meg

.meas tran MinZero  find v(OUT) when v(IN)=2.95 fall=5
.meas tran MaxUm    find v(OUT) when v(IN)=0.05 rise=5

*.meas tran CorrenteMed AVG Id(VDD)
*.meas Pot PARAM='CorrenteMed*v(VDD)'

.meas tran delayRise trig v(IN) fall=4 val=1.5 targ v(OUT) rise=4 val=1.5
.meas tran delayFall trig v(IN) rise=4 val=1.5 targ v(OUT) rise=4 val=1.5
.meas tran pot avg power
*.meas tran potencia param 'Id(VDD)*v(VDD)'

.probe tran v(IN) v(OUT) I(mMO.g) I(mMO.s) I(mMO.d) I(mM1.g) I(mM1.s) I(mM1.d) power


.end