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he three-phase full-bridge rectifier in the below figure has a three-phase source of 480 V rms line-lo-line at 60 Hz, and e load is an R = 100 N resistance in series with an L = 15 mH inductance. Determine (a) the average (dc) and rms load irronto (b) the ond rms diedo Quronts (o) the me ourront ond (a) +he innut footor

he three-phase full-bridge rectifier in the below figure has a three-phase source of 480 V rms line-lo-line at 60 Hz, and e load is an R = 100 N resistance in series with an L = 15 mH inductance. Determine (a) the average (dc) and rms load irronto (b) the ond rms diedo Quronts (o) the me ourront ond (a) +he innut footor

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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The three-phase full-bridge rectifier in the below figure has a three-phase source of 480 V ms line-lo-line at 60 Hz, and the load is an R = 100 N resistance in series with an L = 15 mH inductance. Determine (a) the average (dc) and rms load currents, (b) the average and rms diode currents, (c) the rms source current, and (d) the input power factor.
Transcribed Image Text:The three-phase full-bridge rectifier in the below figure has a three-phase source of 480 V ms line-lo-line at 60 Hz, and the load is an R = 100 N resistance in series with an L = 15 mH inductance. Determine (a) the average (dc) and rms load currents, (b) the average and rms diode currents, (c) the rms source current, and (d) the input power factor.
io VD, A D, A D3 A D5 ia + a Load Vo Van Vpn C Ven A D6 A D2 + D4 Van = Vmsin(wt) Vòn = Vmsin(wt – 2n/3) A three-phase full-bridge rectifier. Ven = Vmsin(wt + 2n/3)
Transcribed Image Text:io VD, A D, A D3 A D5 ia + a Load Vo Van Vpn C Ven A D6 A D2 + D4 Van = Vmsin(wt) Vòn = Vmsin(wt – 2n/3) A three-phase full-bridge rectifier. Ven = Vmsin(wt + 2n/3)
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