Курсовая работа: Моделирование и анализ электронных схем на ЭВМ

V0 -3.239E-02

VIN 0.000E+00

XDA1.VC 3.660E-12

XDA1.VE 7.935E-12

XDA2.VC 3.660E-12

XDA2.VE 7.935E-12

TOTAL POWER DISSIPATION 4.28E-01 WATTS

**** SORTED DEVIATIONS OF V(4,3) TEMPERATURE = 27.000 DEG C

SENSITIVITY SUMMARY

Mean Deviation = 967.2400E-06

Sigma = .015

RUN MAX DEVIATION FROM NOMINAL

XQ10.Q1 XQ10.KT316 BF

.0306 (2.04 sigma) higher at T = 840.8500E-06

( -64.654% change per 1% change in Model Parameter)

XQ7.Q1 XQ7.KT316 BF .0272 (1.82 sigma) higher at T = 840.8500E-06

( -57.623% change per 1% change in Model Parameter)

XQ7.Q2 XQ7.KT819 BF .0256 (1.71 sigma) lower at T = 1.2930E-03

( 52.222% change per 1% change in Model Parameter)

XQ6.Q1 XQ6.KT316 BF .0226 (1.51 sigma) lower at T = 1.2914E-03

( 46.022% change per 1% change in Model Parameter)

XQ5.Q1 XQ5.KT316 BF .0221 (1.48 sigma) higher at T = 1.8148E-03

( -45.12 % change per 1% change in Model Parameter)

XQ10.Q2 XQ10.KT819 BF

.0162 (1.08 sigma) lower at T = 1.2675E-03

( 33.023% change per 1% change in Model Parameter)

XQ8.Q1 XQ8.KT361 BF 14.9010E-09 ( .00 sigma) higher at T = 1.0060E-03

( 1.1036E-03% change per 1% change in Model Parameter)

XQ9.Q1 XQ9.KT361 BF 14.9010E-09 ( .00 sigma) higher at T = 1.0060E-03