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Palt - Wave ItCimer cirCUIT nas ondany winding of the transformer . if the 10oad resistance is 902 and a snunt ) Draw tne circuit . GOV 10.2

Palt - Wave ItCimer cirCUIT nas ondany winding of the transformer . if the 10oad resistance is 902 and a snunt ) Draw tne circuit . GOV 10.2

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 balf -wave rectifier circuit has an input voltoge of 6OV for the entire swing of the input signal from the Secondany winding of the transformer . if the load resistance is 90.0 and a snunt capacitor is connected therein 1.) Draw the circuit. 6OV 102 2.) SOlve the follovwing unknown values a.) Peakvoltoģe Vm b.) Average output voltage Volave) c.) Average load cument Tocave) d.) ms 1oad votage Vocrms) e:) ms load Current Tocrms) f.) ripple factor RF of the out put voltage m) frequency fr of the out put ripple voitage g) ms ripple voltage Vrirms) n.) average diode cCurrent loiave) i:) rms diode current Iocrms) j) peakinverse votoge PIN of the diode K.) average output power Po I.) DC output Power Porde) n.) input power factor PF. ண
Transcribed Image Text:A balf -wave rectifier circuit has an input voltoge of 6OV for the entire swing of the input signal from the Secondany winding of the transformer . if the load resistance is 90.0 and a snunt capacitor is connected therein 1.) Draw the circuit. 6OV 102 2.) SOlve the follovwing unknown values a.) Peakvoltoģe Vm b.) Average output voltage Volave) c.) Average load cument Tocave) d.) ms 1oad votage Vocrms) e:) ms load Current Tocrms) f.) ripple factor RF of the out put voltage m) frequency fr of the out put ripple voitage g) ms ripple voltage Vrirms) n.) average diode cCurrent loiave) i:) rms diode current Iocrms) j) peakinverse votoge PIN of the diode K.) average output power Po I.) DC output Power Porde) n.) input power factor PF. ண
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