For the circuit shown, use R1=7MQ,R2=15M, Rs=2.9k 2, RD=5.9k, RL=1k , Rsig=1k and VDD=10V, K'n=0.55mA/v2, (W/L)=30, Vth=2V, gm-7.755mA/V For Saturation Region, ID=1.5mA: 1-Draw the DC equivalent circuit. 2-Find the required parameter for the AC small signal model. 3-Draw the small signal model 4-Find the input impedance. 5-Find the output impedance. 6-Calculate the gain. gm=7.755mA/V, VGS= 2.47V,Av=-6.63, Zin=4.77M, Zout=5.9k R₂ =

For the circuit shown, use R1=7MQ,R2=15M, Rs=2.9k 2, RD=5.9k, RL=1k , Rsig=1k and VDD=10V, K'n=0.55mA/v2, (W/L)=30, Vth=2V, gm-7.755mA/V For Saturation Region, ID=1.5mA: 1-Draw the DC equivalent circuit. 2-Find the required parameter for the AC small signal model. 3-Draw the small signal model 4-Find the input impedance. 5-Find the output impedance. 6-Calculate the gain. gm=7.755mA/V, VGS= 2.47V,Av=-6.63, Zin=4.77M, Zout=5.9k R₂ =

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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