A9:2Di+V = 240 VusKpiRLV.BFigure QB.1 A rectifier circuit Q.1 Referring to the half-wave rectifier circuit in Figure QB.1, diode Di is made of Silicon with Vr= 0.7 V.(i) Draw and label the voltage waveforms V and Vprifor two complete cycles on the same axis.sec(ii) Draw and label the voltage waveform of V and then determine the peak inverse voltage,D1PIV of diode Dı.(iii) Calculate the value of Vo(peak) during positive cycle and negative cycle of VeG-(iv) Calculate the average output voltage, V(ave) and the rms output voltage, o(rm.(v) Draw and label the output voltage (V) waveform for two complete cycles.

As per the guidelines of Bartley we supposed to answer first three subpart only.

Answered: VD1 - A 9:2 V = 240 Vms + Kpi RL . V. B…

Engineering

Electrical Engineering

VD1 - A 9:2 V = 240 Vms + Kpi RL . V. B Figure QB.1 A rectifier circuit

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

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Question

A
9:2
Di
+
V = 240 Vus
Kpi
RL
V.
B
Figure QB.1 A rectifier circuit

Q.1 Referring to the half-wave rectifier circuit in Figure QB.1, diode Di is made of Silicon with Vr= 0.7 V.
(i) Draw and label the voltage waveforms V and V
pri
for two complete cycles on the same axis.
sec
(ii) Draw and label the voltage waveform of V and then determine the peak inverse voltage,
D1
PIV of diode Dı.
(iii) Calculate the value of Vo(peak) during positive cycle and negative cycle of VeG-
(iv) Calculate the average output voltage, V(ave) and the rms output voltage, o(rm.
(v) Draw and label the output voltage (V) waveform for two complete cycles.

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