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Q3: For the single phase full wave ac voltage controller shown. If the required output power is equal to half the maximum power, find the value of the firing angle a. Also find the number of On and Off cycles, if an On-Off control is used. Assuming high thermal time constant load. [sketch the output voltage waveform in each case].

Q3: For the single phase full wave ac voltage controller shown. If the required output power is equal to half the maximum power, find the value of the firing angle a. Also find the number of On and Off cycles, if an On-Off control is used. Assuming high thermal time constant load. [sketch the output voltage waveform in each case].

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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Q3: For the single phase full wave ac voltage controller shown. If the required output power is equal to half the maximum power, find the value of the firing angle a. Also find the number of On and Off cycles, if an On-Off control is used. Assuming high thermal time constant load.[sketch the output voltage waveform in each case]. V9 120V -601 Dog Fig.(Q3). RJ ww 200 013 21595 012 241595
Transcribed Image Text:Q3: For the single phase full wave ac voltage controller shown. If the required output power is equal to half the maximum power, find the value of the firing angle a. Also find the number of On and Off cycles, if an On-Off control is used. Assuming high thermal time constant load.[sketch the output voltage waveform in each case]. V9 120V -601 Dog Fig.(Q3). RJ ww 200 013 21595 012 241595
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