Q.3) In the single phase cycloconverter shown below, the input supply is 240V, 50HZ. The load is resistive load with R= 10 Q. If the output frequency is 25HZ and a = 75°: a) Sketch the input supply voltage and the output voltage waveforms. b) Detrmine the rms value of the output voltage. c) Determine the input power factor.
Q.3) In the single phase cycloconverter shown below, the input supply is 240V, 50HZ. The load is resistive load with R= 10 Q. If the output frequency is 25HZ and a = 75°: a) Sketch the input supply voltage and the output voltage waveforms. b) Detrmine the rms value of the output voltage. c) Determine the input power factor.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Q.3) In the single phase cycloconverter shown below, the input supply is 240V,
50HZ. The load is resistive load with R= 10 Q. If the output frequency is 25HZ and
a = 75°:
a) Sketch the input supply voltage and the output voltage waveforms.
b) Detrmine the rms value of the output voltage.
c) Determine the input power factor.
d) The average and rms values of I1.
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AC Supply
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Negative group
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