Titlebook: Dynamic Phasors in Energy Processing Systems; Hanoch Lev-Ari,Aleksandar M. Stankovi? Textbook 2024 The Editor(s) (if applicable) and The A

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ested in quantifying their performance. In the general (polyphase, nonsinusoidal) case, the problem is made more difficult by possible presence of couplings among phases and of higher harmonics (due to sources and to circuit nonlinearities).

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https://doi.org/10.1007/978-3-658-41334-7ed structures, so they are designed to have desirable properties such as being convergent systems. This particular property guarantees that periodic inputs will yield periodic steady-state responses throughout the system, as is, for example, commonly observed in utility power systems.

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Chapter 1 Backgroundnd because of the need to exercise regular control actions at appropriate time scales. In utility and many other applications, sinusoidal AC waveforms are prevalent, due in part to historical reasons (e.g., the functionality, simplicity, and reliability offered by transformers and AC generators). Wh

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Chapter 6 Power Electronic Convertersine-commutated converters. We start with the case that is considered practical when the switching frequency is considerably (say two orders of magnitude) higher than the highest frequency of the waveform being synthesized at the converter’s output (say low frequency AC or even DC). As expected, the

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