Please solve will upvote GRC V₂HECodgs gSro≥RD RtThe high frequency small signal model of a common source amplifier is shown above. The amplifier hasR=4MQ, Signal source resistance R,=5k, mid band gain A=-g, R₁=—23.8 V/V8m=5 mA/V², Ca=0.59 pF, and cutoff frequency f=500 MHzgda) Use Miller's theorem to decompose the capacitance Cdb) Calculate the input Capacitance Cinc) Calculate the output capacitance Coutd) Calculate the upper 3 dB frequency fHCinCoutf H

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Cod Re V Cgs Vs ↓ ဆန်းဝင်း ယား gs S roRD RI me high frequency small signal model of a common source amplifier is shown above. The amplifier has R=4MQ, Signal source resistance R,=5k2, mid band gain A=-g, R₁=-23.8 V/V gm-5 mA/V², Cd-0.59 pF, and cutoff frequency f=500 MHz Use Miller's theorem to decompose the capacitance Cgd

Cod Re V Cgs Vs ↓ ဆန်းဝင်း ယား gs S roRD RI me high frequency small signal model of a common source amplifier is shown above. The amplifier has R=4MQ, Signal source resistance R,=5k2, mid band gain A=-g, R₁=-23.8 V/V gm-5 mA/V², Cd-0.59 pF, and cutoff frequency f=500 MHz Use Miller's theorem to decompose the capacitance Cgd

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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