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R= 2.2k D1 R vo Input Voltage = Vi = 120 Vrms 60HZ vs Output Voltage = 6.3 Vrms Diodes = 1N4001 vs D2 Figure 2. Experiment 2: Full-Wave Rectifier Circuit. the ripple voltage of this circuit is to be no more than 2V, determine analytically what pacitor value needs to be placed in parallel with your load resistor. Include the equations ou used to determine the value.

R= 2.2k D1 R vo Input Voltage = Vi = 120 Vrms 60HZ vs Output Voltage = 6.3 Vrms Diodes = 1N4001 vs D2 Figure 2. Experiment 2: Full-Wave Rectifier Circuit. the ripple voltage of this circuit is to be no more than 2V, determine analytically what pacitor value needs to be placed in parallel with your load resistor. Include the equations ou used to determine the value.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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R= 2.2k + D1 vs R vo Input Voltage = Vi = 120 Vrms 60HZ Output Voltage = 6.3 Vrms Diodes = 1N4001 vs D2 Figure 2. Experiment 2: Full-Wave Rectifier Circuit. If the ripple voltage of this circuit is to be no more than 2V, determine analytically what capacitor value needs to be placed in parallel with your load resistor. Include the equations you used to determine the value.
Transcribed Image Text:R= 2.2k + D1 vs R vo Input Voltage = Vi = 120 Vrms 60HZ Output Voltage = 6.3 Vrms Diodes = 1N4001 vs D2 Figure 2. Experiment 2: Full-Wave Rectifier Circuit. If the ripple voltage of this circuit is to be no more than 2V, determine analytically what capacitor value needs to be placed in parallel with your load resistor. Include the equations you used to determine the value.
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