Given the isolated inverse-SEPIC converter operating in CCM of fig. 6.39 shown here: c, = R v There are two inductors in this converter, The magnetizing inducatnce and 12. By performing volt second balance for the magentzing inductance and 12, one can derive the steady state duty cycle along with the steady state voltage across C1, VCi, in terms of the steady state output voltage, V. There are two equotions with two unknowns resulting from the two volt seCEnd balance equations. Small ripple approximations are walid. What is the the input to output voltage ratio (v/va)? V V. 1-D O V 1-D O V D 1-D D V 1-D eee

Given the isolated inverse-SEPIC converter operating in CCM of fig. 6.39 shown here: c, = R v There are two inductors in this converter, The magnetizing inducatnce and 12. By performing volt second balance for the magentzing inductance and 12, one can derive the steady state duty cycle along with the steady state voltage across C1, VCi, in terms of the steady state output voltage, V. There are two equotions with two unknowns resulting from the two volt seCEnd balance equations. Small ripple approximations are walid. What is the the input to output voltage ratio (v/va)? V V. 1-D O V 1-D O V D 1-D D V 1-D eee

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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