3. A single-phase full bridge fully controlled thyristor rectifier ( a = 45° ) is supplied bygrid (supply) voltage of V, = 220 V (rms value). Assume that the load is representedby a constant dc (flat) current, Ia = 10 A. The grid frequency is equal to 50 Hz.a. Sketch the output de voltage va(t). Derive the equation for the average devoltage.b. Obtain average and rms value of a thyristor current, and PRV Peak ReverseVoltage of it.c. Calculate input active power, apparent power and power factor.

Answered: Image /qna-images/answer/88cd99a0-ec77-4a10-9dc8-29fcfcfb8ddf.jpg

3. A single-phase full bridge fully controlled thyristor rectifier ( a = 45°) is supplied by grid (supply) voltage of V, 220 V (rms value). Assume that the load is represented by a constant dc (flat) current, Ia = 10 A. The grid frequency is equal to 50 Hz. a. Sketch the output dc voltage valt). Derive the equation for the average de voltage. b. Obtain average and rms value of a thyristor current, and PRV Peak Reverse Voltage of it. c. Calculate input active power, apparent power and powwer factor.

3. A single-phase full bridge fully controlled thyristor rectifier ( a = 45°) is supplied by grid (supply) voltage of V, 220 V (rms value). Assume that the load is represented by a constant dc (flat) current, Ia = 10 A. The grid frequency is equal to 50 Hz. a. Sketch the output dc voltage valt). Derive the equation for the average de voltage. b. Obtain average and rms value of a thyristor current, and PRV Peak Reverse Voltage of it. c. Calculate input active power, apparent power and powwer factor.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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