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Hydrogen degradation of GaAs MMICs and hydrogen evolution in the hermetic package

机译:气密包装中Gaas MMIC和氢气进化的氢气降解

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An investigation of hydrogen degradation of GaAs MMICs (MESFET, PHEMT and HBT) was conducted to determine the threshold hydrogen concentration for spacecraft application. The maximum hydrogen in the hermetic package is found to be 0.6 torr (based on 10 year mission at ambient temperature of 125/spl deg/C). Hydrogen evolution in hermetic package is also studied to determine the source of hydrogen and to minimize its level in the package. Both studies demonstrate the high reliability of hermetic A40 (Al/Si) and Kovar (Fe/Ni/Co) packages for spacecraft applications.
机译:进行了GaAsMMICS(MESFET,PHEMT和HBT)的氢气降解的研究,以确定航天器应用的阈值氢浓度。密封包装中的最大氢气是0.6托(基于125 / SPL DEG / C环境温度的10年任务)。还研究了气密包装中的氢气进化,以确定氢气的来源,并最大限度地减少包装中的水平。这两项研究都证明了用于航天器应用的密封A40(Al / Si)和Kovar(Fe / Ni / Co)包装的高可靠性。

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