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single phase half wave controlled rectifier circuit has a transformer secondary voltage 230V, 50 Hz and supplies R load of 102. If the average output voltage is of the maximum possible average voltage, calculate 75% a) delay angle of thyristor b)The rms and average values of output current c) The rms and average values of thyristor current d)The input power factor ?

single phase half wave controlled rectifier circuit has a transformer secondary voltage 230V, 50 Hz and supplies R load of 102. If the average output voltage is of the maximum possible average voltage, calculate 75% a) delay angle of thyristor b)The rms and average values of output current c) The rms and average values of thyristor current d)The input power factor ?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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AV ART HOm US The single phase half wave controlled rectifier circuit has a transformer secondary voltage 230V, 50 Hz and supplies R load of 10N. If the average output voltage is 75% of the maximum possible average voltage, calculate a) delay angle of thyristor b)The rms and average values of output current c) The rms and average values of thyristor current d)The input power factor ?
Transcribed Image Text:AV ART HOm US The single phase half wave controlled rectifier circuit has a transformer secondary voltage 230V, 50 Hz and supplies R load of 10N. If the average output voltage is 75% of the maximum possible average voltage, calculate a) delay angle of thyristor b)The rms and average values of output current c) The rms and average values of thyristor current d)The input power factor ?
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