468
Compact Models for Integrated Circuit Design
+pbswgs = 0.76458
cjswgs = ‘cjswgp_pu_svt’
+mjswgs = 0.44846
cjd = ‘cjp_pu_svt’
+cjswd = ‘cjswp_pu_svt’
cjswgd = ‘cjswgp_pu_svt’
+tpb = 0.0020847
tcj = 0.00098
tpbsw = 0
+tcjsw = 0
tpbswg = 6e-005
tcjswg = 0.00047385
+xtis = 3
*************************************************************
*
LAYOUT RELATED PARAMETERS
*************************************************************
+dmcg = 0
dmdg = 0
dmcgt = 0
+xgw = 0
xgl = 0
*************************************************************
*
RF PARAMETERS
*************************************************************
+rshg = 0.1
gbmin = 1e-012
rbpb = 50
+rbpd = 50
rbps = 50
rbdb = 50
+rbsb = 50
ngcon = 1
+xrcrg1 = 12
xrcrg2 = 1
*************************************************************
*
STRESS PARAMETERS
*************************************************************
+saref = 1e-006
sbref = 1e-006
wlod = 0
+kvth0 = 0
lkvth0 = 0
wkvth0 = 0
+pkvth0 = 0
llodvth = 0
wlodvth = 0
+stk2 = 0
lodk2 = 1
lodeta0 = 1
+ku0 = 0
lku0 = 0
wku0 = 0
+pku0 = 0
llodku0 = 0
wlodku0 = 0
+kvsat = 0
steta0 = 0
tku0 = 0
)
.ends
* DEVICE: PULL DOWN
.subckt n4_pd_svt D G S B
.param w=0 l=0 z=0.100e-6 multi=1
.param pd=’2*(w+z)’ ad=’w*z’
.param ps=’2*(w+z)’ as=’w*z’
.param pw=’2*((2*z)+l+w)’ aw=’((2*z)+l)*w’
.param lw=’(2*z)+l’
.param n_fingers=1
.param mismatchflag=0
.param avtn=2.8e-09
** must make default sigmavt=0, ie, no instance parameter
** sdvtp/ncorn in TT,SS,... takes care of corners sigvt when
* globalsigmavtflag=1
.param sigmavt=0
.param delvto=0
** systematic **
** instance based sampling of systematic variation