A Forward converter has the following parameters. Vin=30V, N1=10Turns, N2=5Turns, N3-10Turns. The magnetizing inductance of the winding N1 is 150uH, fsw=250kHz, Vout-5V, output inductor L=50uH, output power is 30W. (1). Calculate the duty cycle of the forward converter (2). The maximum voltage stress of the power switch (3). The max, average and peak output inductor current (4). The max current in the power switch (5). Draw the following waveforms, Voltage across the power switch, output inductor current, power switch current, output diode (two diodes) currents. Mark the max and minimum values of these waveforms
A Forward converter has the following parameters. Vin=30V, N1=10Turns, N2=5Turns, N3-10Turns. The magnetizing inductance of the winding N1 is 150uH, fsw=250kHz, Vout-5V, output inductor L=50uH, output power is 30W. (1). Calculate the duty cycle of the forward converter (2). The maximum voltage stress of the power switch (3). The max, average and peak output inductor current (4). The max current in the power switch (5). Draw the following waveforms, Voltage across the power switch, output inductor current, power switch current, output diode (two diodes) currents. Mark the max and minimum values of these waveforms
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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