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Using ideal diode with a Vi = 40 Vpp and V = 12 volts; the output waveform of the circuit has its positive peak value at volts, the negative peak value at volts and the charge of the capacitor when the diode is forward biased is volts. Vi Vo

Using ideal diode with a Vi = 40 Vpp and V = 12 volts; the output waveform of the circuit has its positive peak value at volts, the negative peak value at volts and the charge of the capacitor when the diode is forward biased is volts. Vi Vo

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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Using ideal diode with a Vi = 40 Vpp and V = 12 volts; the output waveform of the circuit has its positive peak value at volts, the negative peak value at volts and the charge of the capacitor when the diode is forward biased is volts. Vi Vo
Transcribed Image Text:Using ideal diode with a Vi = 40 Vpp and V = 12 volts; the output waveform of the circuit has its positive peak value at volts, the negative peak value at volts and the charge of the capacitor when the diode is forward biased is volts. Vi Vo
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