Lecture 2

Tran 01ps 250ps end m1 y a gnd gnd nmos wn l2 asn5

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Unformatted text preview: L=2 + AS=20 PS=18 AD=20 PD=18 M2 y a vdd vdd PMOS W=8 L=2 + AS=40 PS=26 AD=40 PD=26 *-----------------------------------------------* Analysis *-----------------------------------------------.tran 0.1ps 250ps .end • M1 y a gnd gnd NMOS W='N' L=2 + AS='N*5' PS='2*N+10' AD='N*5' PD='2*N+10' M2 y a vdd vdd PMOS W='P' L=2 + AS='P*5' PS='2*P+10' AD='P*5' PD='2*P+10' .ends.subckt inv a y N=4 P=8 W W Idn1 = Cout dVB dt Vout AV = Vin ' C gd = C gd (1 AV ) '' gd C = C gd 1 1 AV • • • • • • • • • • • • • .subckt inv a y N=4 P=8 M1 y a gnd gnd NMOS W='N' L=2 + AS='N*5' PS='2*N+10' AD='N*5' PD='2*N+10' M2 y a vdd vdd PMOS W='P' L=2 + AS='P*5' PS='2*P+10' AD='P*5' PD='2*P+10' .ends • – – – X1 X2 X3 X4 X5 a b c d e b c d e f inv inv inv inv inv N=4 N=16 N=64 N=256 N=1024 P=8 P=32 P=128 P=512 P=2048 *shape input waveform *reshape input waveform *DUT *load *slow down switching rate of e * * * • fo4.sp David_Harris@hmc.edu 2/16/05 Modified C. Talarico 9/30/11 Delay (typ)...
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This document was uploaded on 03/18/2014 for the course EE 406 at Gonzaga.

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