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Diodo kr = 0.001 RL = 1K Load Resistor AL Capacitor PIV = 10V ** If rating is given, do not include the safety factor in the analysis anymore. Electronic circuits In the capacitor filter determine the following IDpk and IDave: 9. What is IDpk rating? 0 760mA O 950mA O 5mA 0 6.25mA 10. What is IDave rating? O 5mA 0 760mA O 6.25mA O 950mA

Diodo kr = 0.001 RL = 1K Load Resistor AL Capacitor PIV = 10V ** If rating is given, do not include the safety factor in the analysis anymore. Electronic circuits In the capacitor filter determine the following IDpk and IDave: 9. What is IDpk rating? 0 760mA O 950mA O 5mA 0 6.25mA 10. What is IDave rating? O 5mA 0 760mA O 6.25mA O 950mA

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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Diode kr = 0.001 RL = 1K Load Resistor AL Capacitor PIV = 10V ** If rating is given, do not include the safety factor in the analysis anymore. Electronic circuits In the capacitor filter determine the following IDpk and IDave: 9. What is IDpk rating? O 760mA O 950mA O 5mA O 6.25mA 10. What is IDave rating? O 5mA O 760mA О 6.25MA 0 950mA
Transcribed Image Text:Diode kr = 0.001 RL = 1K Load Resistor AL Capacitor PIV = 10V ** If rating is given, do not include the safety factor in the analysis anymore. Electronic circuits In the capacitor filter determine the following IDpk and IDave: 9. What is IDpk rating? O 760mA O 950mA O 5mA O 6.25mA 10. What is IDave rating? O 5mA O 760mA О 6.25MA 0 950mA
Cmin=1/(2/3*Kr*fr*R.) where: Kr=ripple factor fr=ripple frequency =60hz (half wave) =120hz(full wave) *Io[pk)=lL(ave)"(1+2Tv(1/(v3 * kr)) * Relationship between EL(pk) & EL(ave) for the sawtooth output of a capacitor filter EL(pk= EL(ave)[1+v3kr] Considering this formulas if possible
Transcribed Image Text:Cmin=1/(2/3*Kr*fr*R.) where: Kr=ripple factor fr=ripple frequency =60hz (half wave) =120hz(full wave) *Io[pk)=lL(ave)"(1+2Tv(1/(v3 * kr)) * Relationship between EL(pk) & EL(ave) for the sawtooth output of a capacitor filter EL(pk= EL(ave)[1+v3kr] Considering this formulas if possible
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