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1-DC-DC Boost Converter is operating in dc steady state under the following conditions: The input voltage (Vin)= 12 V, inductor (L)= 270 μH, capacitor (C)= 20 μF, resistive load (R) 2302, switching frequency (Fsw)= 20 KHz, duty cycle (D)= 0.5 Calculate inductor current ripple and draw the inductor voltage, inductor current waveforms, and the capacitor current waveform?

1-DC-DC Boost Converter is operating in dc steady state under the following conditions: The input voltage (Vin)= 12 V, inductor (L)= 270 μH, capacitor (C)= 20 μF, resistive load (R) 2302, switching frequency (Fsw)= 20 KHz, duty cycle (D)= 0.5 Calculate inductor current ripple and draw the inductor voltage, inductor current waveforms, and the capacitor current waveform?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1- DC-DC Boost Converter is operating in dc steady state under the following conditions: The input voltage (Vin)= 12 V, inductor (L)= 270 µH, capacitor (C)= 20 μF, resistive load (R) 2352, switching frequency (Fsw)= 20 KHz, duty cycle (D)= 0.5 Calculate inductor current ripple and draw the inductor voltage, inductor current waveforms, and the capacitor current waveform?
Transcribed Image Text:1- DC-DC Boost Converter is operating in dc steady state under the following conditions: The input voltage (Vin)= 12 V, inductor (L)= 270 µH, capacitor (C)= 20 μF, resistive load (R) 2352, switching frequency (Fsw)= 20 KHz, duty cycle (D)= 0.5 Calculate inductor current ripple and draw the inductor voltage, inductor current waveforms, and the capacitor current waveform?
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