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Investigation of packaging technology for high-speed photodetector modules

机译:高速光电探测器模块的包装技术调查

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In this paper, the influence of packaging on the high speed performance of photodetector (PD) is systematically and comprehensively studied. Combined with the equivalent circuit, the RF attenuation induced by packaging in PD module is investigated in detail. The microwave transmission performance of the PD module has been analyzed and optimized in three regions: the RF substrate, the connection between the coaxial connector and the substrate, and the parasitic parameters introduced by packaging. With the optimized scheme, a packaged PD module with a 3dB bandwidth of 23 GHz is fabricated and its bandwidth has no degradation compared to the photodiode chip. The results indicate that the performance of the PD module can be compensated by optimizing the packaging design and the optimized scheme can be used for PD module which has a higher response speed.
机译:在本文中,系统综合地研究了包装对光电探测器(PD)的高速性能的影响。结合等效电路,详细研究了通过PD模块中的包装诱导的RF衰减。已经在三个区域分析和优化了PD模块的微波传输性能:RF基板,同轴连接器和基板之间的连接,以及通过包装引入的寄生参数。利用优化方案,与光电二极管芯片相比,制造具有23GHz的3DB带宽的封装PD模块,其带宽无劣化。结果表明,通过优化包装设计,可以通过优化封装设计来补偿PD模块的性能,并且优化方案可用于具有更高响应速度的PD模块。

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