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Wideband Dual-polarized Vivaldi Antenna with Gain Enhancement

机译:具有增益增强功能的宽带双极化维瓦尔第天线

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摘要

A wideband dual-polarized Vivaldi antenna covering 1.85-18.3 GHz band with enhanced gain is presented in this letter. The proposed antenna consists of two Vivaldi antenna elements (VAEs), which are designed based on the conventional Vivaldi antenna. Dual-slot structure is employed to improve the gain of the conventional Vivaldi antenna. As a result, sphericallike waves across the slot aperture of the conventional Vivaldi antenna can be transformed to be plane-like waves and thus gain enhancement can be achieved. In order to extend lower frequency limit of the VAE, elliptical slots are adopted. The proposed dual-polarized Vivaldi antenna is obtained by combining two VAEs in a cross-shaped form. The prototype is simulated, fabricated, and measured. A good agreement between EM simulated and measured results evidently validates the proposed antenna.
机译:这封信介绍了覆盖1.85-18.3 GHz频段并具有增强增益的宽带双极化Vivaldi天线。拟议的天线由两个基于传统Vivaldi天线设计的Vivaldi天线元件(VAE)组成。采用双时隙结构来提高常规Vivaldi天线的增益。结果,可以将跨越常规维瓦尔第天线的缝隙孔的球形波转换为平面波,从而可以实现增益增强。为了扩展VAE的下限频率,采用了椭圆形时隙。拟议的双极化维瓦尔第天线是通过将两个VAE组合成十字形而获得的。对原型进行仿真,制造和测量。电磁仿真和测量结果之间的良好协议显然验证了所提出的天线。

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