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For the 4th order converter below, the switch stays at position "1" for a time equal to DT and at position "2" for a time equal to (T-DT), where D is the duty-cycle and T is the cycle-time. Assuming C₁ and C₂ very large, derive an expression for each of the following: 4₁ Vin lin C₁ +6 +Vel 1) The voltage gain (V./Vin). 2) The input current (in) for Osts T. 1 C₂ 2 카 Vo

For the 4th order converter below, the switch stays at position "1" for a time equal to DT and at position "2" for a time equal to (T-DT), where D is the duty-cycle and T is the cycle-time. Assuming C₁ and C₂ very large, derive an expression for each of the following: 4₁ Vin lin C₁ +6 +Vel 1) The voltage gain (V./Vin). 2) The input current (in) for Osts T. 1 C₂ 2 카 Vo

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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For the 4th order converter below, the switch stays at position "1" for a time equal to DT and at position "2" for a time equal to (T-DT), where D is the duty-cycle and T is the cycle-time. Assuming C₁ and C₂ very large, derive an expression for each of the following: 4₁ lin Vin C₁ HH + Vel 1) The voltage gain (V/Vin). 2) The input current (in) for 0 ≤ts T. 12 C₂ = HH 2 R + №º 1
Transcribed Image Text:For the 4th order converter below, the switch stays at position "1" for a time equal to DT and at position "2" for a time equal to (T-DT), where D is the duty-cycle and T is the cycle-time. Assuming C₁ and C₂ very large, derive an expression for each of the following: 4₁ lin Vin C₁ HH + Vel 1) The voltage gain (V/Vin). 2) The input current (in) for 0 ≤ts T. 12 C₂ = HH 2 R + №º 1
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