In a Boost converter of Fig. (a & b), the inductor current has AiL=2 A. It...

 

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In a Boost converter of Fig. (a & b), the inductor current has AiL=2 A. It is operating in dc steady state under the following conditions: Vin=5V, VO=12V, PO=10W, and fs=200kHz. (a) Assuming ideal components, calculate L. (b) Draw the waveforms for vA, vL, İL,ripple, iL, idiode, iC, considering the duty cycle waveform shown in Fig. (C). Indicate clearly all the values in the graph and give the necessary calculations wherever, necessary. v, =V q = 0 (a) (b) q=1 DTs (1-D)Ts Ts (c) Fig. 1. Boost converter schematic and (a) switch is close, (b) switch is open (c) duty cycle ww In a Boost converter of Fig. (a & b), the inductor current has AiL=2 A. It is operating in dc steady state under the following conditions: Vin=5V, VO=12V, PO=10W, and fs=200kHz. (a) Assuming ideal components, calculate L. (b) Draw the waveforms for vA, vL, İL,ripple, iL, idiode, iC, considering the duty cycle waveform shown in Fig. (C). Indicate clearly all the values in the graph and give the necessary calculations wherever, necessary. v, =V q = 0 (a) (b) q=1 DTs (1-D)Ts Ts (c) Fig. 1. Boost converter schematic and (a) switch is close, (b) switch is open (c) duty cycle ww