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29. Form factor of a rectifier is the ratio of * Root mean square value of voltage and current to its peak value Root mean square value of voltage and current to its average value Average value of current and voltage to its root mean square value Peak value of current and voltage to its root mean square value

29. Form factor of a rectifier is the ratio of * Root mean square value of voltage and current to its peak value Root mean square value of voltage and current to its average value Average value of current and voltage to its root mean square value Peak value of current and voltage to its root mean square value

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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29. Form factor of a rectifier is the ratio of * Root mean square value of voltage and current to its peak value Root mean square value of voltage and current to its average value Average value of current and voltage to its root mean square value Peak value of current and voltage to its root mean square value 30. A voltage source 200 sin314t is applied to a thyristor controlled halfwave rectifier with a resistive load of 502. If the firing angle is 30° with respect to supply voltage waveform, the average power in the Load is * 90.6 watts 86.3 watts 60.8 watts O 70.6 watts
Transcribed Image Text:29. Form factor of a rectifier is the ratio of * Root mean square value of voltage and current to its peak value Root mean square value of voltage and current to its average value Average value of current and voltage to its root mean square value Peak value of current and voltage to its root mean square value 30. A voltage source 200 sin314t is applied to a thyristor controlled halfwave rectifier with a resistive load of 502. If the firing angle is 30° with respect to supply voltage waveform, the average power in the Load is * 90.6 watts 86.3 watts 60.8 watts O 70.6 watts
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