RF Photonics for Radar Front-Ends

S. Pappert, B. Krantz
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引用次数: 14

Abstract

Recent developments in RF photonic component technologies can have a significant impact on future radar system architectures. In this paper, current performance of low noise figure and high dynamic range RF distribution links and delay lines, low phase noise RF oscillators, and fast tunable RF filters developed using photonic technologies are highlighted. Performance comparisons with electronic RF front-end technologies are provided including size, weight and power considerations. Finally, other RF photonic technologies applicable to radar systems and further photonic device improvements required for more pervasive radar system use are discussed.
雷达前端射频光子学
射频光子元件技术的最新发展可能对未来的雷达系统架构产生重大影响。本文重点介绍了利用光子技术开发的低噪声系数和高动态范围射频分配链路和延迟线、低相位噪声射频振荡器和快速可调谐射频滤波器的现状。提供了与电子射频前端技术的性能比较,包括尺寸,重量和功率方面的考虑。最后,讨论了适用于雷达系统的其他射频光子技术,以及为更普及的雷达系统使用所需要的进一步光子器件改进。
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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