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Compact Models for Integrated Circuit Design
********** SVT Library of FNSP Corner Case with RDD **********
.LIB FS_svt
.param sdvtncorn = -0
.param sdvtpcorn = 0
** Need these defined since the parameters created for MC are
* in the sub- circuit
** Sub-circuit will therefore, over-ride ‘tox, dxl, dxw, dvth,
* cj, cjsw, cjswn, cgo, cgl’ in this LIB.
** g[np]sigma is always 0 when using fixed corners
.param gnmean = -1
.param gpmean = 1
.param gnsigma = 0
.param gpsigma = 0
*
.param
+toxn_svt = 1.0800E-09
dxln_svt = 0
+dxwn_svt = 2.7000E-09
dvthn_svt = -1.0040E-02
+cjn_svt = 2.9769E-03
cjswn_svt = 9.3000E-15
+cjswgn_svt = 1.8026E-10
cgon_svt = 1.6050e-11
+cgln_svt = 1.0700E-11
drdswn_svt = 0
.param
+toxp_svt = 1.1398e-09
dxlp_svt = 0
+dxwp_svt = -2.7000e-09
dvthp_svt = -1.5380E-02
+cjp_svt = 4.1799E-03
cjswp_svt = 1.0700e-14
+cjswgp_svt = 2.6983E-10
cgop_svt = 3.0881E-12
+cglp_svt = 6.0311E-12
drdswp_svt = 0
*
.lib ‘ex1mod0p1.l’ SUBCKTS_SVT
.ENDL FS_svt
*************************************************************
*
SVT MC MODEL LIBRARY
*
*************************************************************
.lib MC_svt
** create 1 gnmean agauss and 1 gpmean agauss
.param grandom0n=agauss(0,1,3)
.param grandom0p=agauss(0,1,3)
.param Agmn=’grandom0n*(globalmcflag==1)’
.param Agmp=’grandom0p*(globalmcflag==1)’
** globalp/nmean=n shifts mean of systematic agauss by n*sigma
** global[pn]meansigma variation of mean to be added to g[np]sigma