Suprem III - Stanford Technology CAD Home Page
Suprem III - Stanford Technology CAD Home Page
Suprem III - Stanford Technology CAD Home Page
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<strong>Suprem</strong>-<strong>III</strong> User´s Manual<br />
*********************************<br />
*** <strong>Suprem</strong>-<strong>III</strong> ***<br />
*** version 1B rev. 8628 ***<br />
*********************************<br />
Tue Oct 27 16:24:46 1987<br />
Commands input from file: s3ex2a.in<br />
1... Title <strong>Suprem</strong>-<strong>III</strong> Example 2. Bipolar Poly doped emitter.<br />
2... $ Initial active region formation.<br />
3... $ File s3ex2a<br />
4... $ Comment Initialize the silicon substrate.<br />
5... Initialize Silicon, Boron Concentration=5e14<br />
... + Thickness=5. dX=.01 XdX=.05 Spaces=100<br />
6... Comment Grow masking oxide for non-active regions.<br />
7... Diffusion Temperature=1150 Time=100 WetO2<br />
8... Comment Etch the oxide over the buried layer regions.<br />
9... Etch Oxide<br />
10... Comment Implant and drive-in the antimony buried layer.<br />
11... Implant Antimony Dose=5E14 Energy=120<br />
12... Diffusion Temperature=1150 Time=15 DryO2<br />
13... Diffusion Temperature=1150 Time=300<br />
14... Print Layer<br />
15... Plot Net Chemical Xmax=5<br />
16... Comment Etch off the oxide.<br />
17... Etch Oxide<br />
18... Comment Grow 1.6 micron of arsenic doped epi.<br />
19... Epitaxy Temperature=1050 Time=4 Growth.Rate=.4<br />
... + Arsenic Gas.Conc=5E15<br />
20... Comment Grow a 400A pad oxide.<br />
21... Diffusion Temperature=1060 Time=20 DryO2<br />
22... Comment Deposit nitride to mask the field oxidation.<br />
23... Deposit Nitride Thickness=.08<br />
24... Comment Plot the chemical impurity distributions at this point.<br />
25... Print Layer<br />
26... Plot Chemical Boron Xmax=5 Clear ˆAxis Linetype=2<br />
27... Plot Chemical Arsenic Xmax=5 ˆClear ˆAxis Linetype=4<br />
28... Plot Chemical Antimony Xmax=5 ˆClear ˆAxis Linetype=5<br />
29... Plot Chemical Net Xmax=5 ˆClear Axis Linetype=1<br />
30... Comment Save the simulation structure at this point for use in<br />
31... $ subsequent processing.<br />
32... Savefile Structure File=s3e2as<br />
33... Stop