2004Unpublished venueRequires access

Experimental study and comparison of hybrid active filter with parallel active filter

Xiao Xiangning, Yonghai Xu, Liu Hao, MA Yu-long

Open publisher page 9 citations

Abstract

The characteristics of the hybrid active filter, in which the L-C circuit is connected in series to an active filter, are analyzed. The VA rating of high switching frequency converter is notably reduced because of the L-C circuit used in the proposed hybrid active filter. An analytical method about the DC capacitor voltage, converter-rating etc. of hybrid active filter and pure parallel active power filter is presented in this paper, which shows the prominent advantages of hybrid active filter. The simulation results of the two kinds active filter are coincident with the theoretical analysis. Finally, results from a 50 kVA and a 100 kVA hardware prototype are presented to verify the prominent advantages of hybrid active filter and its good compensation characteristics.

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What this paper is about

The characteristics of the hybrid active filter, in which the L-C circuit is connected in series to an active filter, are analyzed. The VA rating of high switching frequency converter is notably reduced because of the L-C circuit used in the proposed hybrid active filter. An analytical method about the DC capacitor voltage, converter-rating etc. of hybrid active filter and pure parallel active power filter is presented in this paper, which shows the prominent advantages of hybrid active filter. The simulation results of the two kinds active filter are coincident with the theoretical analysis. Finally, results from a 50 kVA and a 100 kVA hardware prototype are presented to verify the prominent advantages of hybrid active filter and its good compensation characteristics.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The characteristics of the hybrid active filter, in which the L-C circuit is connected in series to an active filter, are analyzed. The VA rating of high switching frequency converter is notably reduced because of the L-C circuit used in the proposed hybrid active filter. An analytical method about the DC capacitor voltage, converter-rating etc. of hybrid active filter and pure parallel active power filter is presented in this paper, which shows the prominent advantages of hybrid active filter. The simulation results of the two kinds active filter are coincident with the theoretical analysis. Finally, results from a 50 kVA and a 100 kVA hardware prototype are presented to verify the prominent advantages of hybrid active filter and its good compensation characteristics.

Key concepts: Active filter, High-pass filter, Voltage-controlled filter, Electronic filter topology, All-pass filter, Low-pass filter, Electronic engineering, Computer science

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