Date of Graduation

5-2015

Document Type

Thesis

Degree Name

Master of Science in Electrical Engineering (MSEE)

Degree Level

Graduate

Department

Electrical Engineering

Advisor/Mentor

H. Alan Mantooth

Committee Member

A. Matt Francis

Second Committee Member

Tom A. Vrotsos

Keywords

Applied sciences, Automation, Behavioral, Optimization, Regulators, Switching

Abstract

This thesis presents the results of research targeted at automating the behavioral modeling process for switching voltage regulators. These regulators are commonly used in many application areas including discrete use in larger systems, integrated in a System on a Chip (SoC), or as the primary use case for a design. When used in an integrated system these regulators can be a significant force in slowing down simulations. A common method for removing this slowdown is to use a behavioral model of the switching regulator.

Creating behavioral models can be very time consuming and requires expertise.

The thesis discussion begins by developing a fundamental understanding of switching regulators, introduces common modeling methods used for switching regulators, and justifies the selection of the PWM switch modeling method. After discussing the fundamentals, the various methods of model generation and optimization are discussed and an examination of the software structure and development process is undertaken. The thesis concludes with a results presentation comparing automatically generated models with real-world measurement data.

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