seethalekshmi
Newbie level 1

Haiii,
I have done the monte carlo simulation in Hspice using 32nm technology. I used the code
.param
+ mult1=1
+ polycd=agauss(0,0.06u,1) xl='polycd-sigma*0.06u'
+ nactcd=agauss(0,0.3u,1) xwn='nactcd+sigma*0.3u'
+ pactcd=agauss(0,0.3u,1) xwp='pactcd+sigma*0.3u'
+ toxcd=agauss(200,10,1) tox='toxcd-sigma*10'
+ vtoncd=agauss(0,0.05v,1) delvton='vtoncd-sigma*0.05'
+ vtopcd=agauss(0,0.05v,1) delvtop='vtopcd+sigma*0.05'
+ rshncd=agauss(50,8,1) rshn='rshncd-sigma*8'
+ rshpcd=agauss(150,20,1) rshp='rshpcd-sigma*20'
to run the simulationby sigma varying from -3 to 3.Also obtained the .mt0 file. but does't know how to interpret the result. Can anybody help with this.
Thanks in advance.
I have done the monte carlo simulation in Hspice using 32nm technology. I used the code
.param
+ mult1=1
+ polycd=agauss(0,0.06u,1) xl='polycd-sigma*0.06u'
+ nactcd=agauss(0,0.3u,1) xwn='nactcd+sigma*0.3u'
+ pactcd=agauss(0,0.3u,1) xwp='pactcd+sigma*0.3u'
+ toxcd=agauss(200,10,1) tox='toxcd-sigma*10'
+ vtoncd=agauss(0,0.05v,1) delvton='vtoncd-sigma*0.05'
+ vtopcd=agauss(0,0.05v,1) delvtop='vtopcd+sigma*0.05'
+ rshncd=agauss(50,8,1) rshn='rshncd-sigma*8'
+ rshpcd=agauss(150,20,1) rshp='rshpcd-sigma*20'
to run the simulationby sigma varying from -3 to 3.Also obtained the .mt0 file. but does't know how to interpret the result. Can anybody help with this.
Thanks in advance.