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Acceleration Factors For Thb Induced Degradation Of Algaas/ingaas Phemt Devices

机译:Thb诱导的藻类/ ingaas Phemt器件降解的加速因子

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PHEMT devices initially showing high failure rates during Temperature Humidity Bias (THB) reliability testing were investigated further using a number of temperature and humidity conditions. Ambient temperature was varied from 85℃ to 110℃, humidity from 65% RH (Relative Humidity) to 85% RH. Failure rates were fit to a Peck acceleration model using the method of maximum likelihood. Median time to failure (MTTF) estimates were calculated at anticipated field service conditions using the experimentally determined model parameters. The MTTF is predicted to be typically less than a year for the die variant studied. Countermeasures outside the scope of this investigation have been implemented to effectively eliminate this issue allowing RFMD to supply products with suitable reliability.
机译:PHEMT设备最初在温度湿度偏差(THB)可靠性测试期间显示出很高的故障率,并在许多温度和湿度条件下进行了进一步研究。环境温度从85℃到110℃不等,湿度从65%RH(相对湿度)到85%RH。使用最大似然法将失败率拟合到Peck加速模型。使用实验确定的模型参数,在预期的现场服务条件下计算了平均失效时间(MTTF)估计值。对于所研究的模具变型,MTTF通常预计不到一年。已经实施了超出此研究范围的对策,以有效消除此问题,从而使RFMD能够提供具有适当可靠性的产品。

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