Set up the circuit of Figure 7.1. Adjust the square wave output of the signal generator so that Vim(t) is a 2 Vpp square wave with 500 Hz frequency. (C=100 nF, L=100 mH) a. Determine experimentally R = Ro for the critically damped response. b. Simulate and plot (AC components only) Vin(t), V1(t), Vr(t) and Ve(t) to graph paper for; i. R=0 (min. position of POT) ii. R=Ro iii. R=5 kN (max. position of POT) i L L i R R Vin(t) + V L + V - + R

Set up the circuit of Figure 7.1. Adjust the square wave output of the signal generator so that Vim(t) is a 2 Vpp square wave with 500 Hz frequency. (C=100 nF, L=100 mH) a. Determine experimentally R = Ro for the critically damped response. b. Simulate and plot (AC components only) Vin(t), V1(t), Vr(t) and Ve(t) to graph paper for; i. R=0 (min. position of POT) ii. R=Ro iii. R=5 kN (max. position of POT) i L L i R R Vin(t) + V L + V - + R

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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