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A Systematic Development of Improved Linear Regulators for Sinusoidal Power Converters

posted on 16.06.2020, 02:08 by Daniel Nahum Zmood
High quality sinusoidal regulation of power electronic converters is a requirement for today's high performance AC power applications. Linear techniques are commonly applied to inverter regulation as they provide separation between the regulation and modulation functions, however conventional regulators fail to eliminate steady state error in such systems. The primary objective of this thesis is the systematic development of improved linear regulators for inverter regulation. […]


Principal supervisor

Grahame Holmes

Year of Award


Department, School or Centre

Department of Electrical and Computer Systems Engineering


Doctor of Philosophy

Degree Type



Faculty of Engineering