h-spice SPICE 2012.5 SPICE(Simulation Program with Integrated Circuit Emphasis) SPICE SYNOPSYSHspice -AT NTT HSPICE SPICE3 1. DC DC 2. AC 3. Vs 0 1 Ra Emacs
1 SPICE1SPICE 1SPICE *() SPICE 2 3 SPICE 4 V V Vs 1010 10 0 5 R R Ra1010 (10 7 SPICEDC DC SPICE1 8 Ra.probe 9 SPICE 10.end 1. SPICE1 2. GND"0"GND"0" 3. (.end)
SPICE R***a b 'value' a a a a a a C***a b 'value' L***a b 'value' R='value' 0 I***a b 'value' b b b b b b () V***a b 'value' MOS 0.18um65nm MOS M***d g s b ch l=** w=** (ad=** as=** pd=** ps=**) m=** l:w:m:() ad:pd: as:ps: D S S G D G B G B AS L AD n+ n+ W S D p-well N-MOS -3- N-MOS P-MOS
SPICE f (femto) p (pico) n (nano) u (micro) m (mili) 10 15 10 12 10 9 10 6 10 3 f p n u m k (kilo) M (Mega) G (Giga) 10 10 10 3 6 9 k x(meg) g 'm' DC.dc Vin [start] [stop] [step] DC DC.dc V in Vinab AC.ac dec [plot ] [startfreq] [stopfreq] AC ACDC.ac vinab[of fset]ac[value] of fsetvalue.tran [step] [stop].tran
Vinabsin( fset amp of freq td phai theta) offset td amp phai freq theta offset amp Vin n+ n- PULSE v1 v2 td tr tf pw per PULSE per n++ v1 n-- v2 tr tf V2 td tr td tf pw V1 pw per SPICE.optionspost.probei1(mp1)i(R1) 4 "i1()".probevdb(out,in)vp(out,in) AC "out""in" SPICE SPICE 0. 1. (.sp) 2. hs ().sp >! ().lis & SPICE job aborted. SPICE job concluded. hsp ( SPICE SPICE
Cscope Cscope cscope & Cscope N: O: S:/ R: Ctrl+C Ctrl+C 1. 1-1. Colormap - mono 2.MenuFile - Export Imageps,eps Illustarator.eps WaveViewer W aveviewer wv & W aveviewer Cscope aveviewer Ctrl W + Ctrl + O Ctrl + P Print to File
(10/0.18u) m=8 in out (10/0.18u) m=2 in1 in out out1 Invtr invtr