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4. In a Full-bridge converter shown in Fig. 8-9, V=30V, f, = 200 kHz, and NIN₂ =4. The output voltage is regulated by PWM such that V=5V. The output power P = 250W and the peak-peak ripple in the output inductor current is 10 percent of its average value at full-load. Calculate the value of the filter-inductor L. Calculate and plot all the waveforms associated with this converter. Assume the transformer ideal and the flux waveform to be symmetric with the same positive and negative peak amplitudes. FULL-BRIDGE CONVERTERS + V In N₁ D₁ Ꭰ, Figure 8-9 Full-Bridge converter. iL +

4. In a Full-bridge converter shown in Fig. 8-9, V=30V, f, = 200 kHz, and NIN₂ =4. The output voltage is regulated by PWM such that V=5V. The output power P = 250W and the peak-peak ripple in the output inductor current is 10 percent of its average value at full-load. Calculate the value of the filter-inductor L. Calculate and plot all the waveforms associated with this converter. Assume the transformer ideal and the flux waveform to be symmetric with the same positive and negative peak amplitudes. FULL-BRIDGE CONVERTERS + V In N₁ D₁ Ꭰ, Figure 8-9 Full-Bridge converter. iL +

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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4. In a Full-bridge converter shown in Fig. 8-9, V=30V, f, = 200 kHz, and NIN₂ =4. The output voltage is regulated by PWM such that V=5V. The output power P = 250W and the peak-peak ripple in the output inductor current is 10 percent of its average value at full-load. Calculate the value of the filter-inductor L. Calculate and plot all the waveforms associated with this converter. Assume the transformer ideal and the flux waveform to be symmetric with the same positive and negative peak amplitudes. FULL-BRIDGE CONVERTERS + V In N₁ D₁ Ꭰ, Figure 8-9 Full-Bridge converter. iL +
Transcribed Image Text:4. In a Full-bridge converter shown in Fig. 8-9, V=30V, f, = 200 kHz, and NIN₂ =4. The output voltage is regulated by PWM such that V=5V. The output power P = 250W and the peak-peak ripple in the output inductor current is 10 percent of its average value at full-load. Calculate the value of the filter-inductor L. Calculate and plot all the waveforms associated with this converter. Assume the transformer ideal and the flux waveform to be symmetric with the same positive and negative peak amplitudes. FULL-BRIDGE CONVERTERS + V In N₁ D₁ Ꭰ, Figure 8-9 Full-Bridge converter. iL +
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