Design of broad-band wide-beam quadrifilar helix antenna on satellites

Chen Chen; Kai Zhang; Gao Wei; Jia Dong Xu

Design of broad-band wide-beam quadrifilar helix antenna on satellites

Chen Chen
, Kai Zhang
, Gao Wei
, Jia Dong Xu

Northwestern Polytechnical University Xian

科研成果: 期刊稿件 › 文章 › 同行评审

摘要

An actual broad-band wide-beam quadrifilar helix antenna was designed to meet the needs of low orbit satellite antenna. A feeding circuit composed of an infinite balun and a broad band power divider was used to broaden the antenna's band. Hybrid FEKO and HFSS were used to design the structural parameters of the antenna. The simulation results fit the measured data, it proves that the antenna is broad band and its beam is wider than 180 in the requested frequency range.

源语言	英语
页（从-至）	2065-2067
页数	3
期刊	Xitong Fangzhen Xuebao / Journal of System Simulation
卷	21
期	7
出版状态	已出版 - 5 4月 2009

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title = "Design of broad-band wide-beam quadrifilar helix antenna on satellites",

abstract = "An actual broad-band wide-beam quadrifilar helix antenna was designed to meet the needs of low orbit satellite antenna. A feeding circuit composed of an infinite balun and a broad band power divider was used to broaden the antenna's band. Hybrid FEKO and HFSS were used to design the structural parameters of the antenna. The simulation results fit the measured data, it proves that the antenna is broad band and its beam is wider than 180 in the requested frequency range.",

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AU - Zhang, Kai

AU - Wei, Gao

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N2 - An actual broad-band wide-beam quadrifilar helix antenna was designed to meet the needs of low orbit satellite antenna. A feeding circuit composed of an infinite balun and a broad band power divider was used to broaden the antenna's band. Hybrid FEKO and HFSS were used to design the structural parameters of the antenna. The simulation results fit the measured data, it proves that the antenna is broad band and its beam is wider than 180 in the requested frequency range.

AB - An actual broad-band wide-beam quadrifilar helix antenna was designed to meet the needs of low orbit satellite antenna. A feeding circuit composed of an infinite balun and a broad band power divider was used to broaden the antenna's band. Hybrid FEKO and HFSS were used to design the structural parameters of the antenna. The simulation results fit the measured data, it proves that the antenna is broad band and its beam is wider than 180 in the requested frequency range.

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KW - Infinite balun

KW - Quadrifilar helix

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Design of broad-band wide-beam quadrifilar helix antenna on satellites

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