techchar.spice

* DC sweep for technology characterization
* Boris Murmann, 2013

.library '../ON.PDK/hspice/current/ami_c5n.T22Y.lib' TT
.include 'techchar_params.sp'

.param ds = 0.9
.param gs = 0.9



vdsn     vdn 0         dc 'ds'
vgsn     vgn 0         dc 'gs'
vbsn     vbn 0         dc '-subvol'
mn       vdn vgn 0 vbn ami06n L='length' W='width'
vdsp     vdp 0         dc '-ds'
vgsp     vgp 0         dc '-gs'
vbsp     vbp 0         dc 'subvol'
mp       vdp vgp 0 vbp ami06p L='length' W='width'

.options dccap post brief accurate nomod
.op
*.dc vgsn 0 'gsmax' 'gsstep' vdsn 0 'dsmax' 'dsstep'
.dc vdsn 0 'gsmax' 'gsstep' vgsn 0 'dsmax' 'dsstep'

.probe @mn[id]
.probe @mn[vth]
.probe @mn[gm]
.probe @mn[gmbs]
.probe @mn[gds]
.probe @mn[cgg]
.probe @mn[cgs]
.probe @mn[cgd]
.probe @mn[cbg]
.probe @mn[cdd]
.probe @mn[cbs]

.probe @mp[id]
.probe @mp[vth]
.probe @mp[gm]
.probe @mp[gmbs]
.probe @mp[gds]
.probe @mp[cgg]
.probe @mp[cgs]
.probe @mp[cgd]
.probe @mp[cbg]
.probe @mp[cdd]
.probe @mp[cbs]

*.probe n_vt   = par('vth(mn)')
*.probe n_gm   = par('gmo(mn)')
*.probe n_gmb  = par('gmbso(mn)')
*.probe n_gds  = par('gdso(mn)')
*.probe n_cgg  = par('cggbo(mn)')
*.probe n_cgs  = par('-cgsbo(mn)')
*.probe n_cgd  = par('-cgdbo(mn)')
*.probe n_cgb  = par('cbgbo(mn)')
*.probe n_cdd  = par('cddbo(mn)')
*.probe n_css  = par('-cgsbo(mn)-cbsbo(mn)')
*
*.probe p_id   = par('-i(mp)')
*.probe p_vt   = par('vth(mp)')
*.probe p_gm   = par('gmo(mp)')
*.probe p_gmb  = par('gmbso(mp)')
*.probe p_gds  = par('gdso(mp)')
*.probe p_cgg  = par('cggbo(mp)')
*.probe p_cgs  = par('-cgsbo(mp)')
*.probe p_cgd  = par('-cgdbo(mp)')
*.probe p_cgb  = par('cbgbo(mp)')
*.probe p_cdd  = par('cddbo(mp)')
*.probe p_css  = par('-cgsbo(mp)-cbsbo(mp)')