The circuit switching shown below: R=1002, C=400F and L=2mH, Vs = 50V If the duty cycle...

  

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The circuit switching shown below: R=1002, C=400μF and L=2mH, Vs = 50V If the duty cycle (percentage of the time when the switch is at position A) of the switch is 50% and the switching frequency is 10kHz, 1) Using the inductor Volt-Sec-balance and the capacitor Amp-Sec-balance rule, find the output voltage Vc (t) 2) Calculate the switching loss in this circuit if fs = 10kHz tri = V₂ 100ns, tfv = 50ns, trv = 100ns, tfi = 200ns L Hint: Switching loss formulas. Pswloss SW B Esw(on) + Esw(off)_1 = T₂ ww İR R (Vswlsw)(tsw(on) +tsw(off)) fs The circuit switching shown below: R=1002, C=400μF and L=2mH, Vs = 50V If the duty cycle (percentage of the time when the switch is at position A) of the switch is 50% and the switching frequency is 10kHz, 1) Using the inductor Volt-Sec-balance and the capacitor Amp-Sec-balance rule, find the output voltage Vc (t) 2) Calculate the switching loss in this circuit if fs = 10kHz tri = V₂ 100ns, tfv = 50ns, trv = 100ns, tfi = 200ns L Hint: Switching loss formulas. Pswloss SW B Esw(on) + Esw(off)_1 = T₂ ww İR R (Vswlsw)(tsw(on) +tsw(off)) fs

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To solve this problem well use the inductor VoltSecbalance and capacitor AmpSecbalance rules to find the output voltage Vct and then well calculate th... View the full answer