Problem 2:For the differential amplifier circuit shown, v, and y, are pure ac inputs, ignore r and assume b=100.(a) Determine the highest permitted value of the input common-mode voltage (V) assuming the tailcurrent (1-ImA)Q3(b) Calculate the differential gain (v/v) and (v/v), where Vid=V₁-V₂id(c) Find the common mode input resistance (R) considering the output resistance of Q3 (r).VIRe-4kfVelo-SV2₁RBVod+-SVRc-4kf-O Val12

Answered: Image /qna-images/answer/5008afde-d00d-4090-b0c6-1cfd8eef5455.jpg

Problem 2: For the differential amplifier circuit shown, v, and y, are pure ac inputs, ignorer and assume b-100. (a) Determine the highest permitted value of the input common-mode voltage (V) assuming the tail current (1-ImA) CM (b) Calculate the differential gain (v/v) and (v/v), where Vi od id (c) Find the common mode input resistance (R) considering the output resistance of Q3 (r). Vid=V₁-V₂ VI Re-4k- Velo SV 2₁ RB Vod + -SV Re-4k0 01/2 +₁ 12

Problem 2: For the differential amplifier circuit shown, v, and y, are pure ac inputs, ignorer and assume b-100. (a) Determine the highest permitted value of the input common-mode voltage (V) assuming the tail current (1-ImA) CM (b) Calculate the differential gain (v/v) and (v/v), where Vi od id (c) Find the common mode input resistance (R) considering the output resistance of Q3 (r). Vid=V₁-V₂ VI Re-4k- Velo SV 2₁ RB Vod + -SV Re-4k0 01/2 +₁ 12

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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