High-Gain Luneburg Lens on COC Substrate for 300-GHz Applications

A. Mahmoud, J. Ruiz-García, O. de Sagazan, M. Ettorre, R. Sauleau, D. González-Ovejero
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Abstract

A Luneburg lens quasi-optical beam-former is used to excite a leaky-wave antenna at 275 GHz. Both the lens and the antenna are fabricated on a Cyclic Olefin Copolymer (COC) substrate. The full system is etched on the polymer by photolithography. Numerical results show a reflection coefficient lower than −24 dB and a gain higher than 21 dBi over a 40% fractional bandwidth, spanning from 220 GHz to 330 GHz. The efficiency of the antenna is estimated to be 28% at the center frequency (275 GHz).
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用于300 ghz应用的COC基板高增益Luneburg透镜
采用吕尼堡透镜准光学波束形成器,对275 GHz的漏波天线进行了激励。透镜和天线都是在环烯烃共聚物(COC)衬底上制造的。整个系统通过光刻技术蚀刻在聚合物上。数值结果表明,在40%的分数带宽范围内,从220 GHz到330 GHz,反射系数低于- 24 dB,增益高于21 dBi。该天线在中心频率(275 GHz)的效率估计为28%。
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