4. From the given circuit, find the Vrms using thesum of the harmonic voltages (first 7) and thetotal harmonic distortionG1G2G3 |10,02mS4 0.01S0.01S10.03mS1뻐0.01S1커0.01SG+10Ω-wwVms100µ H47 uF150260V

4. From the given circuit, find the Vrms using the sum of the harmonic voltages (first 7) and the total harmonic distortion G1 607 1 1 1 I G₁ d 100μ Η z 10.02mS 1 10.03mS ww KH 47μF G2 HE 1 10.01S 150Ω G3 0.015 50 E G₂0 I 1 10.01S 0.015 GE +1052- www VIS GE

4. From the given circuit, find the Vrms using the sum of the harmonic voltages (first 7) and the total harmonic distortion G1 607 1 1 1 I G₁ d 100μ Η z 10.02mS 1 10.03mS ww KH 47μF G2 HE 1 10.01S 150Ω G3 0.015 50 E G₂0 I 1 10.01S 0.015 GE +1052- www VIS GE

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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Question

4. From the given circuit, find the Vrms using the
sum of the harmonic voltages (first 7) and the
total harmonic distortion
G1
G2
G3 |
10,02mS
4 0.01S
0.01S
10.03mS
1뻐0.01S
1커0.01S
G
+10Ω-
ww
Vms
100µ H
47 uF
1502
60V

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Step 1: Given:

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Step 2: To calculate the V0 value;

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Step 3: To calculate the V1rms and V3rms value;

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Step 4: To calculate the V5rms , V7rms value;

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Step 5: To calculate the total harmonic distortion value;

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