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Q.10) For the circuit shown in figure 6, draw the output voltage VR and find the ripple factor (RF). Vs v2 110 sin 120zt R = 100 V 100V Figure 6

Q.10) For the circuit shown in figure 6, draw the output voltage VR and find the ripple factor (RF). Vs v2 110 sin 120zt R = 100 V 100V Figure 6

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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voltage drop is to be ignored. e thyristor (31.8V, 3.18A] Q.10) For the circuit shown in figure 6, draw the output voltage VR and find the ripple factor (RF). V. -v2 110 sin 120nt R=100 VR 100V Figure 6 [RF-1.83] Q.11) A single-phase half-wave controlled rectifier is shown in figure 7. IrV,-240V, R-10n and Lalarge find- s + o-
Transcribed Image Text:voltage drop is to be ignored. e thyristor (31.8V, 3.18A] Q.10) For the circuit shown in figure 6, draw the output voltage VR and find the ripple factor (RF). V. -v2 110 sin 120nt R=100 VR 100V Figure 6 [RF-1.83] Q.11) A single-phase half-wave controlled rectifier is shown in figure 7. IrV,-240V, R-10n and Lalarge find- s + o-
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