星载ku波段四通道延迟模块设计

Hongying Zhang, Xiaojing Fan, Hanbing Luo, Yuan Chen, Long Huang
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引用次数: 0

摘要

Ku波段四通道延迟模块主要用于双极化SAR,延迟模块的首要功能是接收馈电射频脉冲信号,然后进行延迟和功率放大,输出到收发模块。第二个功能是接收T/R分量输入的回波信号,经过放大和延时输出。延时模块是一个四通道模块,大的位延迟分布在主链上,用于粗调,小的位延迟分布在四个支路上,用于细调。在延迟模块中,衬底采用LTCC微波多层,延迟由GaAs MMIC延迟芯片实现,装配采用微组装工艺。模块的电源/控制接口采用J30JM低频连接器,插拔灵活,高频接口采用SSMA接口形式。最后,在15.8-17GHz频段内实现0-30波长延时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of spaceborne Ku-band four-channel delay module
Ku band four-channel delay module is mainly used for dual polarization SAR. The main first function of delay module is to receive the feed RF pulse signal, then delay and power amplification, output to the T/R module. The second function is to receive the echo signal input of the T/R component, after amplification and delay output. The delay module is a four-channel module, the large bit delay is distributed in the main chain, which is used for rough tuning, and the small bit delay is distributed in four branches, which is used for fine tuning. In the delay module, the LTCC microwave multilayer is used in the substrate, the delay is realized by GaAs MMIC delay chip, and the assembly is realized by micro-assembly process. The power / control interface of the module adopts J30JM low frequency connector, which is flexible to plug and pull, and the high frequency interface is in the form of SSMA interface. Finally, the 0-30 wavelength delay is realized in the frequency band 15.8-17GHz range.
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