Research on technology of microwave-photonic-based multifunctional radar

Jian-Qi Wu, Kai Wang, Y. Gu
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引用次数: 1

Abstract

Prospective characteristics of the next generation of radar is investigated in this paper, combined with future requirement. The demands of the next generation radar for the wide band, high speed, parallelism and high integration are precisely the four prominent respects of photonics. The technological path of future radar could hopefully be interdisciplinary fusion to solve bottleneck problems in the microwave field by means of optical methods, ideas and technical features, namely constructing microwave photonics technology based radar system. One system architecture of multifunctional radar based on the technology of microwave photonics is proposed. Meanwhile, representative techniques such as photonic frequency conversion and photonic beamforming are presented. Some stages of experiment and test results are reported.
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基于微波光子的多功能雷达技术研究
结合未来的需求,对新一代雷达的预期特性进行了研究。下一代雷达对宽带、高速、并行和高集成度的要求恰恰是光子学的四个突出方面。未来雷达的技术路径有望是跨学科融合,利用光学方法、思想和技术特点解决微波领域的瓶颈问题,即构建基于微波光子学技术的雷达系统。提出了一种基于微波光子学技术的多功能雷达系统架构。同时,介绍了光子频率转换和光子波束形成等具有代表性的技术。报告了实验的几个阶段和测试结果。
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