v["Rlp","2"]=v["Vdd1"];
v["M1","B"]=v["Vdd1"];
v["M1","S"]=v["Vdd1"];
v["Vdd","1"]=v["Vdd1"];
v["X1","6"]=v["Vdd1"];
v["Cm","2"]=v["GND"];
v["Cp","2"]=v["GND"];
v["Rlm","2"]=v["GND"];
v["Vdd","2"]=v["GND"];
v["V1","2"]=v["GND"];
v["Rb","1"]=v["GND"];
v["X1","7"]=v["GND"];
v["X1","2"]=v["GND"];
v["Rb","2"]=v["LVH"];
v["M1","D"]=v["LVH"];
v["M1","G"]=v["LVH"];
v["X1","3"]=v["LVH"];
v["V1","1"]=v["i"];
v["X1","1"]=v["i"];
v["Cp","1"]=v["p"];
v["Rt","1"]=v["p"];
v["Rlp","1"]=v["p"];
v["X1","5"]=v["p"];
v["Cm","1"]=v["m"];
v["Rlm","1"]=v["m"];
v["Rt","2"]=v["m"];
v["X1","4"]=v["m"];
nodeEquations={
i["Rlp","2"]+i["M1","B"]+i["M1","S"]+i["Vdd","1"]+i["X1","6"]==0,
i["Rb","2"]+i["M1","D"]+i["M1","G"]+i["X1","3"]==0,
i["V1","1"]+i["X1","1"]==0,
i["Cp","1"]+i["Rt","1"]+i["Rlp","1"]+i["X1","5"]==0,
i["Cm","1"]+i["Rlm","1"]+i["Rt","2"]+i["X1","4"]==0};
modelEquations={
model[value->a1]["A1"],
capacitor[value->20p]["Cm"],
capacitor[value->20p]["Cp"],
resistor[value->1meg]["Rlp"],
resistor[value->500k]["Rlm"],
voltage_source[value->DC 3.3V]["Vdd"],
vpulse[value->pulse 3.3 0 1u 10p 10p 1.25u 2.5u]["V1"],
resistor[value->1k]["Rt"],
resistor[value->5.6k]["Rb"],
pmos_transistor[value->m1]["M1"],
lvd[value->x1]["X1"]};
variables={
v["Vdd1"],
v["LVH"],
v["i"],
v["p"],
v["m"],
i["Rlp","2"],
i["M1","B"],
i["M1","S"],
i["Vdd","1"],
i["X1","6"],
i["Cm","2"],
i["Cp","2"],
i["Rlm","2"],
i["Vdd","2"],
i["V1","2"],
i["Rb","1"],
i["X1","7"],
i["X1","2"],
i["Rb","2"],
i["M1","D"],
i["M1","G"],
i["X1","3"],
i["V1","1"],
i["X1","1"],
i["Cp","1"],
i["Rt","1"],
i["Rlp","1"],
i["X1","5"],
i["Cm","1"],
i["Rlm","1"],
i["Rt","2"],
i["X1","4"]};