Keywords
predictive control
active filtration
discrete frequency filter высшие гармоники
прогнозное управление
активная фильтрация
фильтр дискретных частот
How to Cite
Abstract
Offered to suppress resonance phenomena using active filters or other converters with active filtering functions using predictive management principles. Presents the developed procedure for the synthesis of discrete frequencies filter. References 5, figures 3.
References
Shipilo V.P., Sokol E.I. The principles of intellectual microprocessor-controlled semiconductor converters // Mezhd. konf. «Silovaia elektronika v reshenii problem resurso- i energosberezheniia». − Kharkov, 1993. − Pp. 276 -278. (Rus)
Sokol Ye.I. Microprocessor control of semiconductor converters of electric energy by prognoses calculations // Avtoreferat disertatsíí na zdobuttia naukovoho stupenia dokt.tekhn.nauk po spets. 05.09.12. - Kharkiv "Printal", 1994. − 40 p. (Ukr)
Goncharov Yu.P., Zamaruev V.V., Krivosheev S.Y., Іvanov A.E., Chursіna Yu.I., Panasenko N.V., Sychenko V.G. Limitation of the spectrum of periodic signals feedbacks in power active filters for power supply systems contact networks // Hirnycha elektromekhanika ta avtomatyka. − 2010. − Issue 84. − Pp. 28 − 37. (Rus)
Zamaruiev V.V. The use of the Dirichlet Kernel in the Control Systems of Active Filters for Industrial Power Line // IEEE XXXIII International Scientific Conference «Electronics and Nanotechnology» (ELNANO). - Kyiv, Ukraine, 2013.
Antoniou A. Digital Filters: Analysis, Design, and Applications − McGraw-Hill Science Engineering, 2000.
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