This paper discusses the main characteristics and presents a comparative analysis of three synchronization algorithms based respectively, on a Phase-Locked Loop, a Kalman Filter and a Discrete Fourier Transform. It will be described the single and three-phase models of the first two methods and the single-phase model of the third one. Details on how to modify the filtering properties or dynamic response of each algorithm will be discussed in terms of their design parameters. In order to compare the different algorithms, these parameters will be set for maximum filter capability. Then, the dynamic response, during input amplitude and frequency deviations will be observed, as well as during the initialization procedure. So, advantages and disadvantages of all considered algorithms will be discussed. ©2007 IEEE.
Comparative analysis of synchronization algorithms based on PLL, RDFT and Kalman Filter
01.12.2007
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Fourier transforms , Mathematical transformations , Kalman filters , Phase-locked loop , Discrete Fourier transforms , Industrial electronics , International symposium , Synchronization algorithms , Comparative analysis , Frequency response , Technical presentations , Electronics industry , Frequency deviations , Phase modeling , Single-phase model , Dynamic response , Telecommunication , Parameter estimation , Control theory , Wave filters , Design parameters , Algorithms , Phase locked loops , Filtering properties
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