R1C2VsR2Vob) Consider the situation where C2 is removed and replaced with an ideal wire. Predict what type of response this system will have to an impulse and a step input.C) Using the time domain method, rederive the dynamic equation in terms of Vo(s), for the modified system.d) Determine the Transfer function, Vo(s) /Vs(s), for the modified system.a) Use the impedance method to obtain the transfer function, Vo(s) / Vs(s), for the circuit shown in the given figure.e)Plot the unit impulse and step responses for each for the system parameters provided.f) Describe the differences in behavior between the two systems, explain based on the TE for each and discuss whether your predictions were correct or not.Units : R= N; C = Farad;System Parameters: R1 = 10 .0 R2= 5 .0 C1 = 0 .01 C2 = 0 .01Check your work: What is the transfer function Vols) / Vs(s) for the circuit with C1 = C2 = C?

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R1 R2 Vo a) Use the impedance method to obtain the transfer function, Vols) / Vs(s), for the circuit shown in the given figure. b) Consider the situation where C2 is removed and replaced with an ideal wire. Predict what type of response this system will have to an impulse and a ste C) Using the time domain method, rederive the dynamic equation in terms of Vols), for the modified system. d) Determine the Transfer function, Vo(s) / Vs(s), for the modified system. e)Plot the unit impulse and step responses for each for the system parameters provided.

R1 R2 Vo a) Use the impedance method to obtain the transfer function, Vols) / Vs(s), for the circuit shown in the given figure. b) Consider the situation where C2 is removed and replaced with an ideal wire. Predict what type of response this system will have to an impulse and a ste C) Using the time domain method, rederive the dynamic equation in terms of Vols), for the modified system. d) Determine the Transfer function, Vo(s) / Vs(s), for the modified system. e)Plot the unit impulse and step responses for each for the system parameters provided.

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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