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*HSPICE SIMULATION FILE EX5-12 .OPTIONS POST=2 LIST *SINGLE OUTPUT OP AMPLIFIER .lib '.\Mm0355V.l' TT M1 1 1 VDD VDD PCH W=22U L=2U M2 OUT 1 VDD VDD PCH W=22U L=2U M3 1 VIN1 2 2 NCH W=47U L

*file ampg.sp pz analysis of a g source amplifier (03-29-2003) * * reference:charles a. desoer & ernests. kuh, "basic circuit theory", * mcgraw-hill, 1969, page 613, example 3. * t

*file: mcdiff.sp cmos differential amplifier * analysis : ac(20khz-500mhz), pole-zero * mos level=5 * .options acct scale=1e-6 scalm=1e-6 wl opts post=2 .pz v(5) vin vin 7 0 0 ac 1 .ac dec 1

*HSPICE SIMULATION FILE EX3-11 *COMMON-DRAIN AMPLIFIER USING ACTIVE LOAD .OPTIONS POST=2 LIST .lib `.\Mm0355V.l`tt M1 VDD N1 VO GND NCH W=20U L=2U M2 VO N2 GND GND NCH W=2U L=10U M3 N2 N2 GND

;KCPSM3 Program - SPI Control of Amplifier and A/D converter on Spartan-3E Starter Kit. ; ; ;Ken Chapman - Xilinx Ltd

Prb3_24.CIR - CB amplifier vS 1 0 SIN(0V 10mV 1kHz) CC1 1 2 100uF RE 2 4 3.3kohm VEE 0 4 4V Q 3 0 2 QNPNG RC 3 5 8.1k VCC 5 0 15V CC2 3 6 100uF RL 6 0 15kohm .MODEL QNPNG NPN(Is=10fA Ikf

Prb3_14.CIR - CE amplifier vS 1 0 SIN(0V 4V 10kHz) RS 1 2 100kohm CC1 2 3 100uF Q 4 3 0 QNPN RF 3 4 180kohm RC 4 5 2kohm VCC 5 0 12V CC2 4 6 100uF RL 6 0 2kohm .MODEL QNPN NPN() ; Defa

Prb3_51.CIR - Differential amplifier RB1 0 1 10kohm RB2 7 0 10kohm VEE 0 2 15V VCC 5 0 15V RE 2 3 6.8kohm RC1 4 5 6.8kohm RC2 6 5 6.8kohm Q1 4 1 3 QNPN Q2 6 7 3 QNPN .MODEL QNPN NPN() ; Def

// Copyright (c) Charles HY Cheung, Cornell University /*`Data is read on positive clk edge*/ /* ampin * gain = ampout*/ /*amplifier based on gain factor*320mV*/ /*output is 16-bit 2s comp (c000-F

;KCPSM3 Program - SPI Control of Amplifier and A/D converter on Spartan-3E Starter Kit. ; ; ;Ken Chapman - Xilinx Ltd