1 nmos n gate, sub-threshold
3 M1 2 1 0 4 cmosn l= 9.u w= 9.u nrd= 1. nrs= 1.
7 .model cmosn nmos ( level=2 vto= 0.844345 kp= 41.5964u gamma= 0.863074
8 + phi= 0.6 rd= 0. rs= 0. cbd= 0. cbs= 0. is= 0. pb= 0.7 cgso= 218.971p
9 + cgdo= 218.971p cgbo= 0. rsh= 0. cj= 384.4u mj= 0.4884 cjsw= 527.2p
10 + mjsw= 0.3002 js= 0. tox= 41.8n nsub= 15.3142E+15 nss= 1.E+12
11 + nfs= 3.5934E+12 tpg=1 xj= 400.n ld= 265.073n uo= 503.521
12 + ucrit= 161.166K uexp= 0.163917 utra= 0. neff= 1.001 kf= 0. af= 1.
13 + fc= 0.5 delta= 0.36745 )
15 * lambda= 0.00906241 vmax= 55.9035K
16 .print op v(nodes) iter(0)
18 .print op i(v*) ps(v*)
20 .print op id(m1) vgs(m1) vds(m1) vbs(m1) vth(m1) vdsat(m1)
22 .print op gm(m1) gds(m1) gmb(m1) cbd(m1) cbs(m1)
24 .print op cgsovl(m1) cgdovl(m1) cgbovl(m1) cgate(m1) region(m1)
26 .print op cgs(m1) cgd(m1) cgb(m1) vgst(m1) von(m1)
28 .print op cgst(m1) cgdt(m1) cgbt(m1) is(m1) ig(m1) ib(m1)
30 .print op p(m1) pd(m1) ps(m1) ids(m1) idstray(m1) iderror(m1)
32 .print op vdm(m1) vgm(m1) vbm(m1) vsm(m1)
34 .print op vd(m1) vg(m1) vb(m1) vs(m1)