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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

*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

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

power supply for amplifiers [b]

% HPA.m % high power amplifier function function [out2_ani,out2_pni]=HPA(out_ani,out_pni) out2_ani=(2*out_ani)/(out_ani^2+1); out2_pni=(pi/3)*(out_ani/(out_ani^2+1))+out_pni;

// File : m11_port.c #include void init_port() { // // don't select adc channel // ADCSEL |= 0xF0; ADCSELH = 0xFF; // // Push-pull output // P0TY

// File : m21_port.c #include void init_port() { // // don't select adc channel // ADCSEL |= 0xF0; ADCSELH = 0xFF; ADCHH = 0xFF; ADCHL = 0xFF; // //

* Operational Amplifier. AC Analysis. * BSIM3 testing, 3/16/96. *Operational Amplifier M1 bias1 1 cm cm nmos w=10u l=1u M2 bias2 in2 cm cm nmos w=10u l=1u M3 vdd bias1 bias1 vdd pmos w=2u l=1u M4