Q2: In the boost converter shown, Vin = 48 V, L = 240 µH, C = 10 µF, and the load resistor R = 30 2. Transistor duty cyc

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Q2 In The Boost Converter Shown Vin 48 V L 240 Uh C 10 Uf And The Load Resistor R 30 2 Transistor Duty Cyc 1 (16.89 KiB) Viewed 36 times

Q2: In the boost converter shown, Vin = 48 V, L = 240 µH, C = 10 µF, and the load resistor R = 30 2. Transistor duty cycle = 0.6, and its switching frequency = 50 kHz. Calculate the transistor conduction and switching losses, knowing that the transistor (Ros)on = 0.1 92 and its rise and fall times are 100 nsec and 150 nsec respectively. Assume that other circuit elements are ideal. CH 15