2014Unpublished venueRequires access

Novel wideband balanced network with wideband common mode suppression

Wenjie Feng, Wenquan Che, Quan Xue

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Abstract

A novel wideband balanced power dividing/combining network is proposed in this paper. Based on matrix transformation, the differential mode and common mode equivalent circuits of the wideband balanced network can be easily deduced. A planar wideband balanced network with bandwidths of 55.3% (|Sdd21, 31| <; 4 dB) for the differential mode with wideband common mode suppression is designed and fabricated. The theoretical and measured results agree well with each other and show good in-band performances.

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What this paper is about

A novel wideband balanced power dividing/combining network is proposed in this paper. Based on matrix transformation, the differential mode and common mode equivalent circuits of the wideband balanced network can be easily deduced. A planar wideband balanced network with bandwidths of 55.3% (|Sdd21, 31| <; 4 dB) for the differential mode with wideband common mode suppression is designed and fabricated. The theoretical and measured results agree well with each other and show good in-band performances.

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Available abstract

A novel wideband balanced power dividing/combining network is proposed in this paper. Based on matrix transformation, the differential mode and common mode equivalent circuits of the wideband balanced network can be easily deduced. A planar wideband balanced network with bandwidths of 55.3% (|Sdd21, 31| <; 4 dB) for the differential mode with wideband common mode suppression is designed and fabricated. The theoretical and measured results agree well with each other and show good in-band performances.

Key concepts: Wideband, Common-mode signal, Mode (computer interface), Computer science, Electronic engineering, Electronic circuit, Topology (electrical circuits), Telecommunications

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