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A Full Wave rectifier is needed to produce a peak output voltage of Vp = (12+)V, deliver a peak current I₁ = 120mA to the load. The ripple voltage V, must not be more 2.5% of VM. a. What is the value of input maximum, VM? b. What is the value of load resistance, R₁, and capacitance, C? c. Sketch the circuit with appropriate values.. Frequency f = 50 Hz. Consider the diode(s) as Si/Ge diode.

A Full Wave rectifier is needed to produce a peak output voltage of Vp = (12+)V, deliver a peak current I₁ = 120mA to the load. The ripple voltage V, must not be more 2.5% of VM. a. What is the value of input maximum, VM? b. What is the value of load resistance, R₁, and capacitance, C? c. Sketch the circuit with appropriate values.. Frequency f = 50 Hz. Consider the diode(s) as Si/Ge diode.

Introductory Circuit Analysis (13th Edition)
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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X= 9 

A Full Wave rectifier is needed to produce a peak output voltage of Vp = (12+)V, deliver a peak current I = 120mA to the load. The ripple voltage V₁ must not be more 2.5% of VM. a. What is the value of input maximum, VM? b. What is the value of load resistance, R₁, and capacitance, C? c. Sketch the circuit with appropriate values. Frequency f = 50 Hz. Consider the diode(s) as Si/Ge diode.
Transcribed Image Text:A Full Wave rectifier is needed to produce a peak output voltage of Vp = (12+)V, deliver a peak current I = 120mA to the load. The ripple voltage V₁ must not be more 2.5% of VM. a. What is the value of input maximum, VM? b. What is the value of load resistance, R₁, and capacitance, C? c. Sketch the circuit with appropriate values. Frequency f = 50 Hz. Consider the diode(s) as Si/Ge diode.
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