基于反射器的多波束Sar天线双极化馈电簇

P. Koch, C. Heer, M. Viberg, C. V. '. van ’t Klooster
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引用次数: 5

摘要

EADS Astrium公司和Saab Space公司为x波段基于反射器的多波束SAR天线设计、开发并安装了馈电集群子系统。以Envisat和TerraSAR-X为例,柔性有源相控SAR天线用于宽波段覆盖。这种有源相控阵很复杂,而且仍然非常昂贵。基于反射器的SAR天线可以提供更简单的解决方案,但灵活性较差,覆盖范围较小,但覆盖范围有所减少。欧空局合同下的一项研究和发展活动的重点是这种天线的设计和双极化馈电簇的设计、发展、面包板和测试。研究结果证明了基于反射器的SAR天线设计的精确可行性,利用了多铅笔波束方法(欧洲专利EP1471600)。设计的双极化SAR天线允许在可安装指向方向的有限角度覆盖范围内进行带状图和扫描SAR操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dual-Polarized Feed-Cluster for a Reflector-Based Multi-Beam Sar Antenna
EADS Astrium GmbH and Saab Space AB have designed, developed and bread-boarded a feed-cluster subsystem for a reflector-based multiple beam SAR antenna in X-Band. Flexible active phased SAR antennas are used for wide swath coverage with Envisat and TerraSAR-X as examples. Such active phased arrays are complex and still very costly. Simpler solutions with less flexibility and less wide coverage can be provided by reflector-based SAR antennas with somewhat reduced coverage. A study and development activity under ESA contract focused on a design of such antenna and a design, development, bread-boarding and testing of a dual polarized feed-cluster. Results have been used to demonstrate accurate feasibility of the reflector-based SAR antenna design, exploiting the multi-pencil-beam approach (European Patent EP1471600). The designed dual-polarized SAR antenna allows for Stripmap and ScanSAR operation over limited angular coverage around an installable pointing direction.
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