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Method for Evaluating the Corrosion Resistance of Aluminum Metallization of Integrated Circuits under Multifactorial Influence

机译:在多因素影响下评价集成电路铝金属化耐腐蚀性的方法

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The influence of complex influence of climatic factors (temperature, humidity) and electric mode (supply voltage) on the corrosion resistance of metallization of integrated circuits has been considered. The regression dependence of the average time of trouble-free operation t on the mentioned factors has been established in the form of a modified Arrhenius equation that is adequate in a wide range of factor values and is suitable for selecting accelerated test modes. A technique for evaluating the corrosion resistance of aluminum metallization of depressurized CMOS integrated circuits has been proposed.
机译:考虑了气候因子(温度,湿度)和电气模式(供电电压)对集成电路金属化耐腐蚀性影响的影响。无故障操作T上提到的因子的平均时间的回归依赖性已经以修改的Arhenius方程的形式建立,其在宽范围的因子值中足够并且适合选择加速的测试模式。提出了一种用于评估减压CMOS集成电路铝金属化耐腐蚀性的技术。

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