相控阵系统光子学的关键研究

D. Curtis, R. Mailloux
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引用次数: 0

摘要

只提供摘要形式。值得注意的是,光子学具有一些优势,确保了它在阵列控制中占有一席之地。在数字控制信号分配和射频功率分配方面,人们可以期待看到光子技术的早期应用。控制信号分布使目前的阵列变得复杂,并且是一个相对简单的光子功能。原则上,使用光子学的射频信号分布可以具有所需的精度,但调制和检测的损失将需要与固态模块一起使用。成本和动态范围的降低可能会限制某些系统的应用。利用光子学来提供时间延迟对于宽带阵列具有巨大的潜力,但它并非没有来自数字波束形成系统的竞争,而且不容易接受自适应控制
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A critical look at photonics for phased array systems
Summary form only given. It is noted that photonics has some advantages that assure it a place in array control. In digital control signal distribution and RF power distribution, one can expect to see early applications of photonic technology. Control signal distribution complicates present-day arrays, and is a relatively simple function to do photonically. RF signal distribution using photonics can, in principle, have the required accuracy, but losses in modulation and detection will require its use with solid-state modules. The cost and reduction in dynamic range may limit this application for some systems. The use of photonics to provide time delay has great potential for wideband arrays, but is not without competition from digital beamforming systems, and does not readily admit to adaptive control.<>
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