微波激光驱动器的封装设计

M. Caggiano
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引用次数: 0

摘要

采用传输线的方法设计激光驱动器的封装。为输入和输出路由射频信号路径需要两种配置。一个改进的微带,两侧有接地屏蔽,用于将信号从外部引线路由到封装的中心部分。位于两排接地过孔中间的一个过孔,用于将信号路径路由到封装中的芯片级。包括对封装的四个射频信号引线进行的电气测量结果。测量采用HP-8510B网络分析仪校准一套TRL夹具。结果表明,在回波损耗为-20 dB.>的情况下,该封装可以很好地工作在4.3 GHz
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Package design for a microwave laser driver
A transmission line approach was employed in the design of the package for the laser driver. Two configurations were needed for routing the RF signal paths for the inputs and outputs. A modified microstrip, with ground shielding on both sides, was used to route the signal from the external lead to the central part of the package. A via, centered between two rows of ground vias, was used to route the signal path up to the chip level in the package. The results of electrical measurements performed on the four RF signal leads of the package are included. The measurements were made employing an HP-8510B network analyzer calibrated with a set of TRL fixtures. The results showed that the package would be good to 4.3 GHz for a return loss of -20 dB.<>
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