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A Full-wave bridge rectifier Circuit contains 4 Germanium diodes Cuse the Constant vortage drop model a Load resistance of lo kur. An with VD= 0.3v) driving Vortage Source with a peak value of 4ou at botte applied to the Circuit. ac is 4) Determine the de value of the output wave Form Determine the value of the Capacitor In uf needed to limit the output ripple vortage to 0.5 V if the Peak output voltage is equal to Upic - 2VD

A Full-wave bridge rectifier Circuit contains 4 Germanium diodes Cuse the Constant vortage drop model a Load resistance of lo kur. An with VD= 0.3v) driving Vortage Source with a peak value of 4ou at botte applied to the Circuit. ac is 4) Determine the de value of the output wave Form Determine the value of the Capacitor In uf needed to limit the output ripple vortage to 0.5 V if the Peak output voltage is equal to Upic - 2VD

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A full-wave bridge rectifier circuit contains 4 germanium diodes (use the constant voltage drop model with \( V_D = 0.3V \)) driving a load resistance of 10kΩ. An AC voltage source with a peak value of 40V at 60Hz is applied to the circuit. 1. Determine the DC value of the output waveform. 2. Determine the value of the capacitor in μF needed to limit the output ripple voltage to 0.5V if the peak output voltage is equal to \( V_{pk} - 2V_D \).
Transcribed Image Text:A full-wave bridge rectifier circuit contains 4 germanium diodes (use the constant voltage drop model with \( V_D = 0.3V \)) driving a load resistance of 10kΩ. An AC voltage source with a peak value of 40V at 60Hz is applied to the circuit. 1. Determine the DC value of the output waveform. 2. Determine the value of the capacitor in μF needed to limit the output ripple voltage to 0.5V if the peak output voltage is equal to \( V_{pk} - 2V_D \).
Expert Solution
Step 1: Determination of given parameters,

The forward voltage drop of germanium diode, V subscript d equals 0.3 space V

The load resistance, R subscript L equals 10 space K capital omega

The supply frequency, f equals 60 space H z

The peak voltage of source, V subscript p k end subscript equals 40 space text V end text

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