A) Determine the zero state response Vo(t) of this circuit when Vi(t) = e^-4t V %3D B) Determine the step response of the circuit shown above C) Find the asymptotic magnitude Bode plot of the circuit above. Clearly indicate the slopes (dB/decade) in the plot. Also clearly mark the gains at low or high frequencies in the 20log1o magnitude plot. Also determine and indicate where your poles and zeros are. Indicate also the type of the pole and zero. If you could not determine the transfer function for Problem 3 a) than use the transfer function given below. V(s) (s + 500)? H(s) I(s) 625(s +2)(s+ 200)

A) Determine the zero state response Vo(t) of this circuit when Vi(t) = e^-4t V %3D B) Determine the step response of the circuit shown above C) Find the asymptotic magnitude Bode plot of the circuit above. Clearly indicate the slopes (dB/decade) in the plot. Also clearly mark the gains at low or high frequencies in the 20log1o magnitude plot. Also determine and indicate where your poles and zeros are. Indicate also the type of the pole and zero. If you could not determine the transfer function for Problem 3 a) than use the transfer function given below. V(s) (s + 500)? H(s) I(s) 625(s +2)(s+ 200)

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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