Modeling of Three-Phase Dynamic Systems Using Complex Transfer Functions and Transfer Matrices

摘要

A compilation of methods for modeling and analysis of three-phase dynamic systems—such as ac machines, resistance–inductance–capacitance components, and power electronic converters including their control algorithms—using complex transfer functions and transfer matrices is presented. Restrictions of the two modeling methods and relations between them are given. Various frequency-domain results, including closed-loop stability theory, are presented. The theory is illustrated by several examples showing areas of application.