Innovative Approach to achieve Tri-Band Capabilities by Parabolic Antenna Stacking

C. Sugama, V. Chandrasekar
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引用次数: 4

Abstract

Antenna consolidation on the topside of shipboard platforms reduces the amount of different antennas needed to perform various capabilities at different frequencies. Parabolic antenna stacking consolidates antenna capabilities and saves space on shipboard platforms. This paper presents the design and simulated radiation pattern results of a tri-band parabolic stacked antenna that reduces the number of antennas required on shipboard platforms. This tri-band parabolic stacked antenna is focused on providing a Q, X and Ka band capable solution on a single antenna pedestal.
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利用抛物面天线堆叠实现三波段功能的创新方法
船上平台顶部的天线整合减少了在不同频率下执行各种功能所需的不同天线的数量。抛物面天线堆叠巩固了天线功能,并节省了船上平台的空间。本文介绍了一种减少舰载平台所需天线数量的三波段抛物型堆叠天线的设计和仿真结果。这种三波段抛物面堆叠天线专注于在单个天线基座上提供Q、X和Ka波段的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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