2. [Erickson 19.6(2nd edition)/22.6(3rd edition)]In a certain resonant inverter application, thede input voltage is V, = 320 V. The inverter must produce an approximately sinusoidaloutput voltage having a frequency of 200 kHz. Under no load (output open-circuit)conditions, the inverter should produce a peak-to-peak output voltage of 1500 V. Thenominal resistive operating point is 200 VRMS applied to 100 n. A non-isolated LCCinverter is employed, It is desired that the inverter operate with zero-voltage switching, atleast for load resistances less than 200 N.(a) Derive expressions for the output open-circuit voltage Voc and short-circuit current Iscof the LCC inverter. Express your results as functions of F =,V,, R.,and n = The open-circuit resonant frequency is f, =-(b) To meet the given specifications above, what should the short-circuit current Isc bechosen?(c) Specify tank element values that meet the specifications.(d) Under what conditions does your design operate with zero-voltage switching?(e) Calculate the peak transistor current under no-load and short-circuit conditions.

Answered: Image /qna-images/answer/58658f2b-7c81-41ac-a796-2e8dd8337f6e.jpg

[Erickson 19.6(2"d edition)/22.6(3rd edition)]In a certain resonant inverter application, the de input voltage is V, = 320 V. The inverter must produce an approximately sinusoidal output voltage having a frequency of 200 kHz. Under no load (output open-circuit) conditions, the inverter should produce a peak-to-peak output voltage of 1500 V. The nominal resistive operating point is 200 VRMS applied to 100 2. A non-isolated LCC inverter is employed, It is desired that the inverter operate with zero-voltage switching, at least for load resistances less than 200 n.

[Erickson 19.6(2"d edition)/22.6(3rd edition)]In a certain resonant inverter application, the de input voltage is V, = 320 V. The inverter must produce an approximately sinusoidal output voltage having a frequency of 200 kHz. Under no load (output open-circuit) conditions, the inverter should produce a peak-to-peak output voltage of 1500 V. The nominal resistive operating point is 200 VRMS applied to 100 2. A non-isolated LCC inverter is employed, It is desired that the inverter operate with zero-voltage switching, at least for load resistances less than 200 n.

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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