Development of Active Radar Calibrator for L-,C-,X-, and Ka-band SAR

Liang Li, Feng Ming, Jun Hong, Zhengshuai Li
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引用次数: 1

Abstract

During the past decade, IECAS (Institute of Electronics, Chinese Academy of Sciences) has developed a set of L-, S-, C- and X-band active radar calibrators deployed during the calibration campaigns for HJ1C SAR,Gaofen-3 SAR and so on. In the near future, P-band and Ka-band spaceborne SARs will be launched. We find it is a waste to develop the special ARCs for a specific SAR or a specific frequency band SAR and the acquired experience can help us to design and develop a multiband active radar calibrator (ARC). This paper describes the design and implementation of a novel multiband active radar calibrator which can operate at L-, C-, X- and Ka-band, and manufacture process is introduced. Also laboratory measurements were performed to characterize the performance of the multiband ARC, especially gain stability, system transfer function, gain flatness and linearity of ARC receiver were paid specific attention to. Three such ARCs were developed and they will be the first multiband ARC in China or even in the world, and it can be used to implement the calibration campaigns of Chinese Gaofen-3 SAR, Shenzhen-1 SAR, Luojia-2 SAR and so on. The results obtained from the measurements show that the performance of the multiband ARC is rather satisfactory.
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L、C、X、ka波段SAR有源雷达校准器的研制
在过去的十年中,中国科学院电子研究所(IECAS)开发了一套L-、S-、C-和x波段有源雷达校准器,用于HJ1C、高分3号等SAR的标定工作。在不久的将来,将发射p波段和ka波段的星载sar。我们发现针对特定SAR或特定频段SAR开发专用ARC是一种浪费,所获得的经验可以帮助我们设计和开发多波段有源雷达校准器。本文介绍了一种可在L、C、X、ka波段工作的新型多波段有源雷达校准器的设计与实现,并介绍了制造过程。对多波段电弧接收机的性能进行了测试,重点研究了增益稳定性、系统传递函数、增益平坦度和线性度。研制了3个多波段SAR,将成为中国乃至世界上第一个多波段ARC,可用于实施中国高分三号、深圳一号、罗家二号等SAR的定标工作。测量结果表明,多波段电弧的性能令人满意。
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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