Q3):-Drive the r.m.s and mean of the output voltage (Vr.m.s), (Vmean) for the circuit ofsingle-phase half wave controlled rectifier, when the load is pure resistance.(Draw circuit diagram and voltage waveform).(35 Marks) QI):- For the circuit of single phase uncontrolled bridge rectifier with D, is openedas shown in Fig. (1). It is supplied at Vs of 120V. Assuming that continuous load currentor ripple free, and the voltage drop at each diode is (0.7)V.(30 Marks)1) Sketch the output voltage waveform , and each diode current.2) Derive and determine the value of (VL mean , VL r.m.s ).3) Derive the mathematical expression for (IDi mean, Ipi r.m.s).I r.m.sD1D3Vs= 120VD2D4Fig.(1)

Answered: Image /qna-images/answer/62a81e7d-aa6c-441c-b926-4124c69a95d7.jpg

Q3):-Drive the r.m.s and mean of the output voltage (Vr.m.s), (Vmean) for the circuit of single-phase half wave controlled rectifier, when the load is pure resistance. (Draw circuit diagram and voltage waveform). (35 Marks)

Q3):-Drive the r.m.s and mean of the output voltage (Vr.m.s), (Vmean) for the circuit of single-phase half wave controlled rectifier, when the load is pure resistance. (Draw circuit diagram and voltage waveform). (35 Marks)

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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Question

Q3):-Drive the r.m.s and mean of the output voltage (Vr.m.s), (Vmean) for the circuit of
single-phase half wave controlled rectifier, when the load is pure resistance.
(Draw circuit diagram and voltage waveform).
(35 Marks)

QI):- For the circuit of single phase uncontrolled bridge rectifier with D, is opened
as shown in Fig. (1). It is supplied at Vs of 120V. Assuming that continuous load current
or ripple free, and the voltage drop at each diode is (0.7)V.
(30 Marks)
1) Sketch the output voltage waveform , and each diode current.
2) Derive and determine the value of (VL mean , VL r.m.s ).
3) Derive the mathematical expression for (IDi mean, Ipi r.m.s).
I r.m.s
D1
D3
Vs= 120V
D2
D4
Fig.(1)

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