2008Unpublished venueRequires access

Various Six-Port Correlators Using Coupler and Power Divider

Jae-Du Yu, Kyung-Sig Ban, Choo-yeon Shin, Young-wan Kim

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Abstract

The six-port phase correlator is composed of three 90° hybrid couplers and a Wilkinsion power divider. In this paper, various six-port phase correlators with Wilkinsion power divider, 90° hybrid coupler and/or 180° rat-race ring coupler were designed and simulated at the center frequency of 2.5 GHz. The simulation results show that the six-port correlator structure with one 90° hybrid coupler, two power dividers and one 180° rat-race ring coupler gets wider bandwidth among the three six-port phase correlators in this paper. The six-port correlator with three 90° hybrid couplers and one 180° rat-race ring coupler has good gain flatness. Besides the conventional structure has smaller phase error. Various six-port phase correlators individually have relative importance in view point of application.

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What this paper is about

The six-port phase correlator is composed of three 90° hybrid couplers and a Wilkinsion power divider. In this paper, various six-port phase correlators with Wilkinsion power divider, 90° hybrid coupler and/or 180° rat-race ring coupler were designed and simulated at the center frequency of 2.5 GHz. The simulation results show that the six-port correlator structure with one 90° hybrid coupler, two power dividers and one 180° rat-race ring coupler gets wider bandwidth among the three six-port phase correlators in this paper. The six-port correlator with three 90° hybrid couplers and one 180° rat-race ring coupler has good gain flatness. Besides the conventional structure has smaller phase error. Various six-port phase correlators individually have relative importance in view point of application.

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Available abstract

The six-port phase correlator is composed of three 90° hybrid couplers and a Wilkinsion power divider. In this paper, various six-port phase correlators with Wilkinsion power divider, 90° hybrid coupler and/or 180° rat-race ring coupler were designed and simulated at the center frequency of 2.5 GHz. The simulation results show that the six-port correlator structure with one 90° hybrid coupler, two power dividers and one 180° rat-race ring coupler gets wider bandwidth among the three six-port phase correlators in this paper. The six-port correlator with three 90° hybrid couplers and one 180° rat-race ring coupler has good gain flatness. Besides the conventional structure has smaller phase error. Various six-port phase correlators individually have relative importance in view point of application.

Key concepts: Power dividers and directional couplers, Hybrid coupler, Rat-race coupler, Wilkinson power divider, Port (circuit theory), Flatness (cosmology), Bandwidth (computing), Physics

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