+ 230 V 3.57 A 5.05 A Vm I io (t) 0 a 28.95 V 40.95 V is (t) 100 V 16.72 Ω 66.88 Ω S vo(t) T 100 V 100 V 45 0 S1 R - Vo(t) + S2 Q. Calculate the RMS output current if the firing angle is 28⁰ 2π io (t) 3.61 A 5.11 A wt Q. Determine the average value of volt if the firing angle, a is 35º. Note: Vm = 100 V. 31.83 V 57.91 V Q. Find the R value if the average output voltage of the rectifier is 57 W, and the firing angle is 20⁰ 33.44 Ω 133.76 Ω

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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+
230 V
3.57 A
5.05 A
Vm I
io (t)
0 a
28.95 V
40.95 V
is (t)
100 V
16.72 Ω
66.88 Ω
S
vo(t)
T
100 V
100 V
45 02
S1
R
- Vo(t) +
S2
Q. Calculate the RMS output current if the firing angle is 28⁰
2π
lo (t)
3.61 A
5.11 A
wt
Q. Determine the average value of volt if the firing angle, a is 35º. Note: Vm = 100 V.
31.83 V
57.91 V
Q. Find the R value if the average output voltage of the rectifier is 57 W, and the
firing angle is 20⁰
33.44 Ω
133.76 Ω
Transcribed Image Text:+ 230 V 3.57 A 5.05 A Vm I io (t) 0 a 28.95 V 40.95 V is (t) 100 V 16.72 Ω 66.88 Ω S vo(t) T 100 V 100 V 45 02 S1 R - Vo(t) + S2 Q. Calculate the RMS output current if the firing angle is 28⁰ 2π lo (t) 3.61 A 5.11 A wt Q. Determine the average value of volt if the firing angle, a is 35º. Note: Vm = 100 V. 31.83 V 57.91 V Q. Find the R value if the average output voltage of the rectifier is 57 W, and the firing angle is 20⁰ 33.44 Ω 133.76 Ω
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