Solved this q Q3For the network given in Fig.3, determine the transfer function (V2(s)/V1(s)).VI2120.2511Fig.31.5FV2392

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Answered: Q3 For the network given in Fig.3,…

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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The representative equation of a circuit is given by: Pvo/dt + 5d°vo/dr? +9 dvo/dt + 5vo = d?vi/dt? + 3dvi/dt, determine: Vo(s) a) the network function Ho) Vi(s) b) the poles and zeros of the network function c) the pole and zero diagram
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TY X b Answered:IX Answered: ( X PF Op-amp sat X PF Op-amp sai X @ How to imp X htp eet01-xythos.content.blackboardcdn.com/61b27372e4695/8067545?X-Blackboard-Expiration3D16527024000008X-Blac (b) The 3-OpAmp Instrumentations Amplifier in Fig. Q.B2(a) is the front-end stage of an ECG amplifier, having the indicated values of resistors. Briefly explain the role of op- amps A1 and A2 and determine the voltage gain at this Stage-1: Astage-1 = [(Vo2 - Vo1)/(V2 - V1) ]; assuming all resistors and op-amps are ideal and the resistors in the circuit have the exact values as indicated. Also, determine the voltage gain of the difference amplifier stage (Stage-2): Astage-2 = Vo / (Vo2- Vol), implemented by A3. Then, specify the total differential voltage gain of the 3-OpAmp amplifier (cascaded Stage-1 and Stage-2): ATotal =[Vo/(V2-V1)]. R1 = 120 k2; R2 = 10 k2 ; R3 = 20 k2 ; R4 = 160 kQ A1 + R4 R1 b. R3 R2 R1 A3 R3 R4 Vo Vor A2 V. Fig O B2(a)
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Please do number 4

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Q3 For the network given in Fig.3, determine the transfer function (V2(s)/V1(s)). VI 212 0.2511 Fig.3 1.5F V2 392