V, VZ sin ot 1. Refer to Figure 1. Assume all diodes are ideal, v,= where V, = 240 volt, w = 2nf, f=50Hz and t = time in second (s). Given the magnitude of ripple voltage, Vr(p-p) = 6V. a. Describe clearly the function of Block A, Block B and Block C b. Find the peak value of v, v; and v, c. Draw and completely label the waveforms of v, v½ and v3 d. Calculate the average value of v, e. What is the DC value of v,? D2 1002 1000 10 :1 Block A Block B Block C

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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electronic device question

V V2 sin ot
1. Refer to Figure 1. Assume all diodes are ideal, v,=
where V, = 240 volt, w =
2nf. f=50H2 and t = time in second (s). Given the magnitude of ripple voltage, Vr(p-p) =
6V.
a. Describe clearly the function of Block A, Block B and Block C
b. Find the peak value of v,, v½ and v3
c. Draw and completely label the waveforms of v, vz and v3
d. Calculate the average value of v;
e. What is the DC value of v,?
D4
2000
V2
D3!!
1000
Vz-9V
|1000배
10 :1
Block A
Block B
Block C
Transcribed Image Text:V V2 sin ot 1. Refer to Figure 1. Assume all diodes are ideal, v,= where V, = 240 volt, w = 2nf. f=50H2 and t = time in second (s). Given the magnitude of ripple voltage, Vr(p-p) = 6V. a. Describe clearly the function of Block A, Block B and Block C b. Find the peak value of v,, v½ and v3 c. Draw and completely label the waveforms of v, vz and v3 d. Calculate the average value of v; e. What is the DC value of v,? D4 2000 V2 D3!! 1000 Vz-9V |1000배 10 :1 Block A Block B Block C
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