双基地星载INSAR系统内部标定设计

Yiyuan Wang, Wanlin Wang
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引用次数: 0

摘要

为了在全球范围内获得高精度的DEM,以一发二收模式工作的两星编队InSAR系统必须保持两星之间的干涉相位精度。采用内部定标技术对InSAR系统信道进行相位提取和补偿,以保证相位精度。本文根据编队卫星InSAR系统的组成和工作原理,考虑到组成系统的相位误差,根据相位同步发射和接收链路的相位同步设计方法,设计了内部校准链路,并进行了测试,最后给出了内部校准方案的实施建议。
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Bistatic spaceborne INSAR system internal calibration design
In order to obtain high-precision DEM in the worldwide, the InSAR system of two satellite formation working in the mode of one transmitter and two receivers must maintain the interferometric phase accuracy between two satellites. The internal calibration technology is used to extract and compensate the phase of InSAR system channel to ensure the phase accuracy. Based on the composition and principle of the formation satellite InSAR system, considering the composition of the system phase error, and according to the phase synchronization design method of the phase synchronization transmission and reception links, this paper designs the internal calibration link, carries out the test, and finally gives the implementation suggestions for the internal calibration project.
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