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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.
Lennart Harnefors (Wed,) studied this question.