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The single-phase half-controlled rectifier shown in Fig.3.11 operating at a triggering angle of 60° from a.c. source vs = 300 sinot. Assuming the load is resistive, express Vdc of the load as a function of a, and calculate its value. T iz Fig.3.11 Vp = sinot 1:1 ell rele + VL

The single-phase half-controlled rectifier shown in Fig.3.11 operating at a triggering angle of 60° from a.c. source vs = 300 sinot. Assuming the load is resistive, express Vdc of the load as a function of a, and calculate its value. T iz Fig.3.11 Vp = sinot 1:1 ell rele + VL

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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= The single-phase half-controlled rectifier shown in Fig.3.11 operating at a triggering angle of 60° from a.c. source vs 300 sinot. Assuming the load is resistive, express Vdc of the load as a function of a, and calculate its value. iz Fig.3.11 Vp=sincot 1:1 lell ell V1 + VL
Transcribed Image Text:= The single-phase half-controlled rectifier shown in Fig.3.11 operating at a triggering angle of 60° from a.c. source vs 300 sinot. Assuming the load is resistive, express Vdc of the load as a function of a, and calculate its value. iz Fig.3.11 Vp=sincot 1:1 lell ell V1 + VL
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