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Linux Cubed Series 2: Applications
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Linux Cubed Series 2 - Applications.iso
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irsim-ca.2
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irsim-cap-9.2
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scmos100.prm
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1995-01-19
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3KB
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70 lines
; configuration file for Stanford CMOS -- with worst case dynamic numbers
; Dynamic resistance is at 4.5V and 130C
capm2a .00000 ; 2nd metal capacitance -- area, pf/sq-micron
capm2p .00020 ; 2nd metal capacitance -- perimeter, pf/micron
capma .00003 ; 1st metal capacitance -- area, pf/sq-micron
capmp .00020 ; 1st metal capacitance -- perimeter, pf/micron
cappa .00007 ; poly capacitance -- area, pf/sq-micron
cappp .00020 ; poly capacitance -- perimeter, pf/micron
capda .00030 ; n-diffusion capacitance -- area, pf/sq-micron
capdp .00030 ; n-diffusion capacitance -- perimeter, pf/micron
cappda .00030 ; p-diffusion capacitance -- area, pf/sq-micron
cappdp .00030 ; p-diffusion capacitance -- perimeter, pf/micron
capga .00087 ; gate capacitance -- area, pf/sq-micron
lambda 1.0 ; microns/lambda (conversion from .sim file units
; to units used in cap parameters)
lowthresh 0.4 ; logic low threshold as a normalized voltage
highthresh 0.6 ; logic high threshold as a normalized voltage
cntpullup 0 ; <>0 means that the capacitor formed by gate of
; pullup should be included in capacitance of output
; node
diffperim 0 ; <>0 means do not include diffusion perimeters
; that border on transistor gates when figuring
; sidewall capacitance (*)
subparea 0 ; <>0 means that poly over transistor region will not
; be counted as part of the poly-bulk capacitor (*)
diffext 0 ; diffusion extension for each transistor, i.e., each
; transistor is assumed to have a rectangular source
; and drain diffusion extending diffext units wide and
; transistor-width units high. The effect of the
; diffusion extension is to add some capacitance to
; the source and drain node of each transistor --
; useful when processing the output of NET to improve
; the capacitive loading approximations without adding
; explicit load capacitors. diffext is specified in
; lambda (it will be converted using the lambda factor
; above).
; resistance parameters follow
; These numbers are for the version of rsim that was modified by
; M Horowitz so rstatic is used to approx the transistor gm and
; dynamic resistances are used for the vthev calc.
; These parameters should be close to worst case numbers
;n-channel *****************************************************
resistance n-channel dynamic-low 12.0 4.0 6000.0
resistance n-channel dynamic-high 12.0 4.0 12000.0
resistance n-channel-with-drop dynamic-low 12.0 4.0 12000.0
;the case below should never occur
resistance n-channel-with-drop dynamic-high 12.0 4.0 100000.0
resistance n-channel static 12.0 4.0 6000.0
resistance n-channel-with-drop static 12.0 4.0 6000.0
; p-channel *****************************************************
resistance p-channel dynamic-low 12.0 4.0 24000.0
resistance p-channel dynamic-high 12.0 4.0 12000.0
resistance p-channel-with-drop dynamic-high 12.0 4.0 24000.0
;the case below should never occur
resistance p-channel-with-drop dynamic-low 12.0 4. 2000000.0
resistance p-channel static 12.0 4.0 12000.0
resistance p-channel-with-drop static 12.0 4.0 12000.0