A Lightweight, Low-Cost, S-Ku Band Dual-Polarized Antipodal Vivaldi Antenna Array for Next-Generation Airborne Systems

Pedro Rodriguez-Garcia, Jim Pierpont, Josh Martin, E. Tobar, Clayton Weatherly, Rob George
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Abstract

The Advanced Aperture Solutions team at L3Harris Technologies presents an 8x8 lightweight, dual-linear polarized, 9:1 bandwidth Antipodal Vivaldi Antenna (AVA) array. This multi-octave electronically scanned array (ESA) provides an active voltage standing wave ratio (VSWR) less than 3.5:1 across the S - Ku band from -45° to +45° scan angles currently for receive-only applications. The array is designed with a top substrate layer that serves as a mechanical support structure as well as a wide angle impedance matching (W AIM) layer to account for impedance mismatches as the array is steered to varying scan angles. This dual-linear polarization AVA array achieves 9:1 bandwidth for both horizontal and vertical polarizations while maintaining low size, weight, power, and cost (SWaP-C) making it an attractive solution for modern airborne applications.
一种用于下一代机载系统的轻型、低成本、S-Ku波段双极化对足维瓦尔第天线阵列
L3Harris Technologies公司的先进孔径解决方案团队推出了一种8x8轻量级、双线极化、9:1带宽对端维瓦尔第天线(AVA)阵列。这种多倍频程电子扫描阵列(ESA)在-45°至+45°扫描角的S - Ku波段提供小于3.5:1的有效电压驻波比(VSWR),目前仅用于接收应用。该阵列设计了一个顶部衬底层作为机械支撑结构,以及一个广角阻抗匹配层(W AIM),以解决阵列转向不同扫描角度时的阻抗不匹配。这种双线极化AVA阵列在水平和垂直极化下实现9:1带宽,同时保持低尺寸、重量、功率和成本(SWaP-C),使其成为现代机载应用的有吸引力的解决方案。
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