Test and measurement planning for active antennas

G. Masters
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Abstract

Active Antennas are becoming more and more popular. Antennas that efficiently control amplitude and phase distribution as well as polarization have become standard in large phased arrays. Industry trends of low-cost sensors and increased computing power from field programmable gate arrays (FPGA) have made it possible to manipulate antenna apertures in real-time. Add the ability to provide pulsed RF, digital beam forming and/or polarization diversity and the antenna aperture becomes an antenna system controlling a highly customizable electromagnetic surface. In order to test antenna systems with this type of capability, special consideration for testing must be made during system design time. Understanding some of the latest active antenna techniques available today is invaluable to saving time, money and protecting proprietary information.
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有源天线的测试与测量规划
有源天线越来越受欢迎。有效控制振幅和相位分布以及极化的天线已成为大型相控阵的标配。低成本传感器的行业趋势和现场可编程门阵列(FPGA)计算能力的提高使得实时操纵天线孔径成为可能。加上提供脉冲射频、数字波束形成和/或极化分集的能力,天线孔径成为控制高度可定制电磁表面的天线系统。为了测试具有这种能力的天线系统,在系统设计时必须特别考虑测试。了解一些目前可用的最新有源天线技术对于节省时间、金钱和保护专有信息是非常宝贵的。
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