Consider the integrator circuit shown below. From the input and output graphs shown, determine if this circuit is working correctly, by first determining what the output should be. (Show your working/reasoning.) The output of the integrator shown is given below: /1 Vout RC Vadt The general form of the integral (assuming the input is a cosine) is given by: A cos(wt)dt = A sin(wt) %3D 100kN 0.1µF V Vout 4.7kN 200 Hz Output 3.39 V, PP Input = 2.0 V,p PP 1 7. 10 3 Time / [ms] 2. 3 2) Input/Output Voltage/ [V]

Consider the integrator circuit shown below. From the input and output graphs shown, determine if this circuit is working correctly, by first determining what the output should be. (Show your working/reasoning.) The output of the integrator shown is given below: /1 Vout RC Vadt The general form of the integral (assuming the input is a cosine) is given by: A cos(wt)dt = A sin(wt) %3D 100kN 0.1µF V Vout 4.7kN 200 Hz Output 3.39 V, PP Input = 2.0 V,p PP 1 7. 10 3 Time / [ms] 2. 3 2) Input/Output Voltage/ [V]

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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Consider the integrator circuit shown below. From the input and output graphs shown, determine if this circuit is working correctly, by first determining what the output should be. (Show your working/reasoning.) The output of the integrator shown is given below: Vout Vindt RC The general form of the integral (assuming the input is a cosine) is given by: A A cos(wt)dt = – sin(wt) 100k? 0.2µF 2.2k2 Vout 300 Hz - Output = 3.13 V, PP Input 2.0 V Pp -2 -3 1. 3. 6. 8. 9. 10 Time / [ms] 2. 3. Input/Output Voltage / [V]
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