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4. Vcc 3 V, R₁=100 2, R4=300 2, Rs=1.8 k, R6=400 2, RL=1 k, IE1=ID2=ID3=1 mA, ẞF=100, VBE=0.7 V, VA=10 V, VT=26 mV, kn2=kn3=50 mA/V2, V=0.6 V, λ=0.1 V-1 is given for the circuit shown below. All transistors are working in the correct operating region. a) Calculate R2, R3, and R7. Assume λ=0. b) Calculate vo / Us, Ri and Ro. Coo R1 Vs WH له R₁ R2 w -Vcc F ww www R5 M3 R3 Coo vo M2 RL RT R6 Coo Ro R4

4. Vcc 3 V, R₁=100 2, R4=300 2, Rs=1.8 k, R6=400 2, RL=1 k, IE1=ID2=ID3=1 mA, ẞF=100, VBE=0.7 V, VA=10 V, VT=26 mV, kn2=kn3=50 mA/V2, V=0.6 V, λ=0.1 V-1 is given for the circuit shown below. All transistors are working in the correct operating region. a) Calculate R2, R3, and R7. Assume λ=0. b) Calculate vo / Us, Ri and Ro. Coo R1 Vs WH له R₁ R2 w -Vcc F ww www R5 M3 R3 Coo vo M2 RL RT R6 Coo Ro R4

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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4. Vcc 3 V, R₁=100 2, R4=300 2, Rs=1.8 k, R6=400 2, RL=1 k, IE1=ID2=ID3=1 mA, ẞF=100, VBE=0.7 V, VA=10 V, VT=26 mV, kn2=kn3=50 mA/V2, V=0.6 V, λ=0.1 V-1 is given for the circuit shown below. All transistors are working in the correct operating region. a) Calculate R2, R3, and R7. Assume λ=0. b) Calculate vo / Us, Ri and Ro. Coo R1 Vs WH له R₁ R2 w -Vcc F ww www R5 M3 R3 Coo vo M2 RL RT R6 Coo Ro R4
Transcribed Image Text:4. Vcc 3 V, R₁=100 2, R4=300 2, Rs=1.8 k, R6=400 2, RL=1 k, IE1=ID2=ID3=1 mA, ẞF=100, VBE=0.7 V, VA=10 V, VT=26 mV, kn2=kn3=50 mA/V2, V=0.6 V, λ=0.1 V-1 is given for the circuit shown below. All transistors are working in the correct operating region. a) Calculate R2, R3, and R7. Assume λ=0. b) Calculate vo / Us, Ri and Ro. Coo R1 Vs WH له R₁ R2 w -Vcc F ww www R5 M3 R3 Coo vo M2 RL RT R6 Coo Ro R4
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