Please explain with clear steps 5) Given the following circuit with op-amp,a) Find the transfer function Vo(@)/Vs(o). Simplify your expression and give your answer in the formH(o)=Vs (1)ANS:VoVs=b) Evaluate the transfer function at @= 0 and @→ ∞VoVsVo (0)a + jbVs(0) c+jdR435R₁ Va=R₂CR3+RL Vo (1)520 + jw24+jw1.2Consider:R₁= 2 kRa= 10 ΚΩR3= 50 kR4= 2 kΩRL= 1 KQC=1 μF(R₁ + R2 (Rat Ry+ 5w Rg Ry C)=520X10 + jw x1024X10't jw 1.2x106

Answered: Image /qna-images/answer/39b9e5c9-08c8-4e04-9ae0-33ee912bf374.jpg

5) Given the following circuit with op-amp, a) Find the transfer function Vo(@)/Vs(o). Simplify your expression and give your answer in the form H(o)= Vs (1) b) Evaluate the transfer function at @= 0 and → ∞ ANS: Vo Vs Vo (0) Vs(0) Vo Vs R4 35 R₁ Va a + jb c+jd R₂ C R3 + RL Vo (1) 520 + jw 24+jw1.2 Consider: Ri= 2 k Ram 10 ΚΩ R3= 50 k R4= 2 ΚΩ RL= 1 kn C=1 μF (R₁ + R2 (Rat Ry+ Sw Ry Ry C) 6 520X10 + jw x10 6 24X10't jw 1.2x10

5) Given the following circuit with op-amp, a) Find the transfer function Vo(@)/Vs(o). Simplify your expression and give your answer in the form H(o)= Vs (1) b) Evaluate the transfer function at @= 0 and → ∞ ANS: Vo Vs Vo (0) Vs(0) Vo Vs R4 35 R₁ Va a + jb c+jd R₂ C R3 + RL Vo (1) 520 + jw 24+jw1.2 Consider: Ri= 2 k Ram 10 ΚΩ R3= 50 k R4= 2 ΚΩ RL= 1 kn C=1 μF (R₁ + R2 (Rat Ry+ Sw Ry Ry C) 6 520X10 + jw x10 6 24X10't jw 1.2x10

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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