μ-stability analysis for current-programmed regulators Article

•  
• Overview
•  
• Research
•  
• Identity
•  
• Additional Document Info
•  
• View All
•  

Overview

abstract

• The three basic Switch-Mode PWM converters, buck, boost and buck-boost, have been widely used in computer hardware and industrial applications. There is the need to have models for these converters that are compatible with robust control analysis. Uncertainty models for these converters are given in this paper. The resulting models are represented by linear fractional transformations (LFTs) with structured dynamic uncertainties. Therefore, robust stability analysis can be realized using standard μ-tools. At the end, an illustrative example for a 95 W boost regulator is given which shows the simplicity of the procedure. © 2001 Elsevier Science Inc.

authors

• Leyva-Ramos J.
• Morales-Saldaa J.A.
• Vital Ochoa Omar

publication date

• 2001-01-01

published in

• Applied Mathematics and Computation  Journal

Research

keywords

• Robust stability; Switch-mode converters; Uncertainty models Mathematical models; Mathematical transformations; Pulse width modulation; Robustness (control systems); Uncertain systems; Current-programmed regulators; Linear fractional transformations (LFT); Switch-mode converters; Power converters

Identity

Digital Object Identifier (DOI)

• 10.1016/S0096-3003(99)00287-8

Additional Document Info

start page

• 3

end page

• 14

volume

• 120

issue

• 1-3