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Design a boost converter and its associated voltage mode control loop that meets the following specifications: • Vo = 12 V • • Vin = 3.6 V nominally. Viamas = 6 V, Vinmin = 3 V • Maximum output power = 20 W, minimum output power = 10 w • ccm operation between max and min loading for the entire input voltage range Switching frequency = 100 kHz Output voltage ripple <0.5% (max allowable sustained ripple)

Design a boost converter and its associated voltage mode control loop that meets the following specifications: • Vo = 12 V • • Vin = 3.6 V nominally. Viamas = 6 V, Vinmin = 3 V • Maximum output power = 20 W, minimum output power = 10 w • ccm operation between max and min loading for the entire input voltage range Switching frequency = 100 kHz Output voltage ripple <0.5% (max allowable sustained ripple)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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3- Design a boost converter and its associated voltage mode control loop that meets the following specifications: • Vo = 12 V • Vin = 3.6 V nominally, Vinmax = 6 V, Vinmin = 3 V • Maximum output power = 20 W, minimum output power = 10 W • cm operation between max and min loading for the entire input voltage range • Switching frequency = 100 kHz Output voltage ripple <0,5% (max allowable sustained ripple)
Transcribed Image Text:3- Design a boost converter and its associated voltage mode control loop that meets the following specifications: • Vo = 12 V • Vin = 3.6 V nominally, Vinmax = 6 V, Vinmin = 3 V • Maximum output power = 20 W, minimum output power = 10 W • cm operation between max and min loading for the entire input voltage range • Switching frequency = 100 kHz Output voltage ripple <0,5% (max allowable sustained ripple)
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