氢对砷化镓器件影响的失效分析

Chao Duan, Zhimin Ding, Zhaoxi Wu, Xiaoqing Wang, Chao Li, Xu Wang
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引用次数: 0

摘要

在本文中,我们分析了由于GaAs器件失效导致系统接收信号信噪比的降低。通过故障树分析,可以得出故障是由于GaAs器件的工作点没有选择在合适的栅极电压偏置位置,同时在氢效应下器件增益降低。最终导致系统功能失效。在分析过程中,设计并实施了大量针对失效构件和试件的对比试验。确定了合适的工作偏置电压。分析了氢效应对砷化镓器件性能的影响。为后续生产和应用中控制该装置的失效模式提供参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Failure Analysis of the Effect of Hydrogen on GaAs Device
In this paper, we analyzed the reduction of the signal-to-noise ratio of the signal received by the system caused by the failure of a GaAs device. By the means of fault tree, it can be concluded that the failure is in that the operating point of the GaAs device was not selected at the appropriate gate voltage bias position, and at the same time the device gain decreased under the hydrogen effect. Finally, it led to the systematic function failure. A large number of contrast tests concerning the failure components and the samples were designed and implemented during the analysis. The suitable working bias voltage was determined. The degradation impact caused by the hydrogen effect on the GaAs device performance was analyzed. It provides reference for controlling the failure mode of the device during its subsequent production and application.
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