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A fully-controlled three-phase bridge rectifier is supplied at 415V, 50Hz, the supply source inductance being 0.9mH. Neglecting resistance and thyristor volt-drops. Determine the mean load voltage at firing delay angle of 30°.

A fully-controlled three-phase bridge rectifier is supplied at 415V, 50Hz, the supply source inductance being 0.9mH. Neglecting resistance and thyristor volt-drops. Determine the mean load voltage at firing delay angle of 30°.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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power electronics

A fully-controlled three-phase bridge rectifier is supplied at 415 V ,50 Hz, the supply source inductance being 0.9mH. Neglecting resistance and thyristor volt-drops.

Determine the mean load voltage at firing delay angle of 30∘

A fully-controlled three-phase bridge rectifier is supplied at 415V, 50Hz, the supply source inductance being 0.9mH. Neglecting resistance and thyristor volt-drops. Determine the mean load voltage at firing delay angle of 30°.
Transcribed Image Text:A fully-controlled three-phase bridge rectifier is supplied at 415V, 50Hz, the supply source inductance being 0.9mH. Neglecting resistance and thyristor volt-drops. Determine the mean load voltage at firing delay angle of 30°.
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