采用硅技术的卫星通信相控阵研究进展

Gabriel M. Rebeiz, L. Paulsen
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引用次数: 24

摘要

本文介绍了基于高集成度硅芯芯片的X波段和ku波段相控阵技术。这项工作表明,可以使用SiGe芯片在每个天线元件上耦合GaAs LNAs来构建先进的相控阵,以实现低噪声操作和高G/T,或者使用GaAs PAs来实现每个元件更高的辐射功率(如果需要)。相控阵是建立在一个单一的印刷电路板,降低了10倍的成本因素。这将彻底改变X、Ku和ka波段相控阵,使其成为机载和移动平台的首选,因为它们的高度、重量和阻力都较低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advances in SATCOM phased arrays using silicon technologies
This paper presents several phased-array efforts at X and Ku-band based on highly integrated silicon core chips. The work shows that it is possible to build advanced phased-arrays using SiGe chips coupled with GaAs LNAs at each antenna element for low noise operation and high G/T, or GaAs PAs for higher radiated power per element (if needed). The phased-array is constructed on a single printed-circuit board which reduces the cost by a factor of 10x. This will revolutionize X, Ku and Ka-band phased arrays by making them the preferred choice for airborne and mobile platforms due to their reduced height, weight and drag.
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