| blob | 559614e3bafc056e723a9e1b64c511bba7b8a8c6 |
1 nmos bsim3, linear, vbs=-123..
2 # v(1) v(2) v(3) v(4) iter(0)
3 27. 3.2367 0.0099995 0.01 -1.2349 6.
4 # i(Vgs) i(Vds) i(Vbs) ps(Vgs) ps(Vds) ps(Vbs)
5 27. 0. -456.62n 0. 0. 4.5662n 0.
6 # id(M1) vgs(M1) vds(M1) vbs(M1) vth(M1) vdsat(M1)
7 27. 456.62n 3.2367 0.0099995 -1.2349 2.625 0.41991
8 # gm(M1) gds(M1) gmb(M1) cbd(M1) cbs(M1)
9 27. 726.94n 45.055u 263.37n 0. 0.
10 # cgsovl(M1) cgdovl(M1) cgbovl(M1) cgate(M1) region(M1)
11 27. 186.5E-18 186.5E-18 0. 1.8647f 3.
12 # cgs(M1) cgd(M1) cgb(M1) vgst(M1) von(M1)
13 27. 0. 403.6E-18 1.8647f 0.61168 2.625
14 # cgst(M1) cgdt(M1) cgbt(M1) is(M1) ig(M1) ib(M1)
15 27. 186.5E-18 590.E-18 1.8647f -456.62n 0. 2.4997p
16 # p(M1) pd(M1) ps(M1) ids(M1) idstray(M1) iderror(M1)
17 27. 4.5691n 4.5691n 0. 456.62n -1.2549p ??
18 # vdm(M1) vgm(M1) vbm(M1) vsm(M1)
19 27. 0.0049998 3.2317 -1.2399 -0.0049998
20 # vd(M1) vg(M1) vb(M1) vs(M1)
21 27. 0.0099995 3.2367 -1.2349 0.
22 # v(1) v(2) v(3) i(Vds)
23 -10. -10. 0.01 0.01 0.
24 -9. -9. 0.01 0.01 0.
25 -8. -8. 0.01 0.01 0.
26 -7. -7. 0.01 0.01 0.
27 -6. -6. 0.01 0.01 0.
28 -5. -5. 0.01 0.01 0.
29 -4. -4. 0.01 0.01 0.
30 -3. -3. 0.01 0.01 0.
31 -2. -2. 0.01 0.01 0.
32 -1. -1. 0.01 0.01 0.
33 0. 0. 0.01 0.01 0.
34 1. 1. 0.01 0.01 0.
35 2. 2. 0.01 0.01 0.
36 3. 3. 0.0099997 0.01 -280.65n
37 4. 4. 0.009999 0.01 -974.88n
38 5. 5. 0.0099984 0.01 -1.5556u
39 6. 6. 0.009998 0.01 -2.0442u
40 7. 7. 0.0099975 0.01 -2.4579u
41 8. 8. 0.0099972 0.01 -2.8097u
42 9. 9. 0.0099969 0.01 -3.1101u
43 10. 10. 0.0099966 0.01 -3.3674u
44 Vgs ( 1 0 ) DC 3.236734
45 M1 ( 2 1 0 4 ) cmosn l=.9u w=.9u nrd=1. nrs=1.
46 Vds ( 3 0 ) DC 0.01
47 Rds ( 2 3 ) 1.
48 Vbs ( 4 0 ) DC -1.234875
49 .model cmosn nmos7 ( level=7 cdsc=NA( 240.u) cdscb=NA( 0.) cdscd=NA( 0.)
50 + cit=NA( 0.) nfactor=NA( 1.) xj=NA( 150.n) vsat=NA( 80.K) at=NA( 33.K)
51 + a0=NA( 1.) ags=NA( 0.) a1=NA( 0.) a2=NA( 1.) keta=NA(-0.047)
52 + nsub=NA( 60.E+15) ngate=NA( 0.) vbm=NA(-3.) xt=NA( 155.n) kt1=NA(-0.11)
53 + kt1l=NA( 0.) kt2=NA( 0.022) k3=NA( 80.) k3b=NA( 0.) w0=NA( 2.5u)
54 + nlx=NA( 174.n) dvt0=NA( 2.2) dvt1=NA( 0.53) dvt2=NA(-0.032) dvt0w=NA( 0.)
55 + dvt1w=NA( 5.3Meg) dvt2w=NA(-0.032) drout=NA( 0.56) ua1=NA( 4.31n)
56 + ua=NA( 2.25n) ub1=NA(-7.61E-18) ub=NA( 587.E-21) ute=NA(-1.5) voff=NA(-0.08)
57 + delta=NA( 0.01) rdsw=NA( 0.) prwg=NA( 0.) prwb=NA( 0.) prt=NA( 0.)
58 + eta0=NA( 0.08) etab=NA(-0.07) pclm=NA( 1.3) pdiblc1=NA( 0.39)
59 + pdiblc2=NA( 0.0086) pdiblcb=NA( 0.) pscbe1=NA( 424.Meg) pscbe2=NA( 10.u)
60 + pvag=NA( 0.) wr=NA( 1.) dwg=NA( 0.) dwb=NA( 0.) b0=NA( 0.) b1=NA( 0.)
61 + alpha0=1e-6 beta0=NA( 30.) elm=NA( 5.) vfbcv=NA(-1.) cgsl=NA( 0.)
62 + cgdl=NA( 0.) ckappa=NA( 0.6) clc=NA( 100.n) cle=NA( 0.6) capmod=NA(2)
63 + nqsmod=NA(0) mobmod=NA(1) noimod=NA(1) paramchk=NA(0) binunit=NA(1)
64 + version=NA( 3.1) tox=NA( 15.n) xpart=NA( 0.) jsw=NA( 0.) nj=NA( 1.)
65 + xti=NA( 3.) lint=NA( 0.) ll=NA( 0.) lln=NA( 1.) lw=NA( 0.) lwn=NA( 1.)
66 + lwl=NA( 0.) wint=NA( 0.) wl=NA( 0.) wln=NA( 1.) ww=NA( 0.) wwn=NA( 1.)
67 + wwl=NA( 0.) em=NA( 41.Meg) ef=NA( 1.) tnom=NA( 27.) fc=NA( 0.5) pb= 1.
68 + cj=NA( 500.u) mj=NA( 0.5) cjsw=NA( 0.) mjsw= 0.33 is=NA( 10.f) cgso= 207.188p
69 + cgdo= 207.188p cgbo= 0. ld=NA( 0.))