Referring to the Figure below the input voltage is 120 Vrms and the frequency 60 Hz, C = 100µF following question: 1- what is the unfiltered peak full-wave rectified voltage. 2- Draw the unfiltered peak full-wave rectified. 3- If the frequency of a full-wave rectified voltage is 120 Hz. Calculate the approximate peak-to peak ripple voltage at the output. 4-Calculate the approximate de value of the output voltage. 5- Calculate the ripple factor. and the resistor 5002. answer the
Referring to the Figure below the input voltage is 120 Vrms and the frequency 60 Hz, C = 100µF following question: 1- what is the unfiltered peak full-wave rectified voltage. 2- Draw the unfiltered peak full-wave rectified. 3- If the frequency of a full-wave rectified voltage is 120 Hz. Calculate the approximate peak-to peak ripple voltage at the output. 4-Calculate the approximate de value of the output voltage. 5- Calculate the ripple factor. and the resistor 5002. answer the
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Referring to the Figure below the input
voltage is 120 Vrms and the frequency 60 Hz, C=
100µF
following question:
1- what is the unfiltered peak full-wave rectified
voltage.
2- Draw the unfiltered peak full-wave rectified.
3- If the frequency of a full-wave rectified voltage
is 120 Hz. Calculate the approximate peak-to peak
ripple voltage at the output.
4- Calculate the approximate de value of the output voltage.
5- Calculate the ripple factor.
and the resistor 5002. answer the
of
tion
10:1
120V
Output
60 Hz
直
5
E
R
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