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A step-down converter with RL load is operated at the switching frequency f-2 Khz and a duty cycle k = 0.6. With V, 100 V, R-50, L -5 mH, E-20 V. I and I are respectively the minimum and the maximum instantaneous load current. The Boundary Conditions equations are: W O a 1₁ he+16(1-2); I₁=Ize 3-4(1-³) b. IIe 3+16(1-3); I₁=I₂e2-4(1-e-02) Oc 1₂ = 1₂e-03; I₁=Ie 2-4(1-0) Od 1₂ he 3+16(1-¹); I₁=I₂e-2 +4(1-e-02)

A step-down converter with RL load is operated at the switching frequency f-2 Khz and a duty cycle k = 0.6. With V, 100 V, R-50, L -5 mH, E-20 V. I and I are respectively the minimum and the maximum instantaneous load current. The Boundary Conditions equations are: W O a 1₁ he+16(1-2); I₁=Ize 3-4(1-³) b. IIe 3+16(1-3); I₁=I₂e2-4(1-e-02) Oc 1₂ = 1₂e-03; I₁=Ie 2-4(1-0) Od 1₂ he 3+16(1-¹); I₁=I₂e-2 +4(1-e-02)

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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A step-down converter with RL load is operated at the switching frequency f= 2 Khz and a duty cycle k = 0.6. With V, 100 V, R = 50, L 5 mH, E-20 V. . I and I are respectively the minimum and the maximum instantaneous load current. The Boundary Conditions equations are: O a 1₂-he-2 + 16(1-2); I₁=Ize 3-4(1-e-3) b. 1₂ Ie 3+16(1-3); I₁=I₂e 2-4(1-e-02) Oc 1₂ = 1₁e03; I₁=I₂e02-4(1-e02) O d. 1₂=he 3+16(1-3); I₁=Ie +4(1-e-03)
Transcribed Image Text:A step-down converter with RL load is operated at the switching frequency f= 2 Khz and a duty cycle k = 0.6. With V, 100 V, R = 50, L 5 mH, E-20 V. . I and I are respectively the minimum and the maximum instantaneous load current. The Boundary Conditions equations are: O a 1₂-he-2 + 16(1-2); I₁=Ize 3-4(1-e-3) b. 1₂ Ie 3+16(1-3); I₁=I₂e 2-4(1-e-02) Oc 1₂ = 1₁e03; I₁=I₂e02-4(1-e02) O d. 1₂=he 3+16(1-3); I₁=Ie +4(1-e-03)
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