A boost converter is modeled by including a switch resistance, sw = 0.08 an inductor resistance, r₁ = 0.08 and a diode voltage drop, VD = 0.9 V. Assume Vin 20 V, V = 50 V, R = 4. a) Derive the relation for Vo/Vin, that includes the above non-ideal effects b) find the duty cycle, D c) find the efficiency, n = Po/Pin =

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A boost converter is modeled by including a switch resistance, sw = 0.08
an inductor resistance, r₁ = 0.08 and a diode voltage drop, VD = 0.9 V. Assume Vin
20 V, V = 50 V, R = 4.
a) Derive the relation for Vo/Vin, that includes the above non-ideal effects
b) find the duty cycle, D
c) find the efficiency, n = Po/Pin
=
Transcribed Image Text:A boost converter is modeled by including a switch resistance, sw = 0.08 an inductor resistance, r₁ = 0.08 and a diode voltage drop, VD = 0.9 V. Assume Vin 20 V, V = 50 V, R = 4. a) Derive the relation for Vo/Vin, that includes the above non-ideal effects b) find the duty cycle, D c) find the efficiency, n = Po/Pin =
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