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Improved and accurate physics-of-failure (PoF) methodology for qualification and lifetime assessment of electronic systems

机译:改进和准确的失效物理(PoF)方法论,用于电子系统的鉴定和寿命评估

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摘要

Assessing electronic systems' reliability using prediction handbooks (e.g. MIL-HDBK-217) can lead to wrong reliability predictions due to the assumption of a constant failure rate and the inaccuracy of the proposed semi-empirical models. Despite different initiatives since the last version of the most popular handbook MIL-HDBK-217 (1995) no fundamental improvement was realised that makes use of non-constant failure rate statistics - mandatory to model wear-out - and first principles based Physics-of-Failure modelling.
机译:由于假设恒定的故障率和所提出的半经验模型的不准确性,使用预测手册(例如MIL-HDBK-217)评估电子系统的可靠性可能会导致错误的可靠性预测。尽管自最流行的手册MIL-HDBK-217(1995)的最新版本以来采取了不同的措施,但并未实现根本的改进,即利用了非恒定失效率统计数据-对磨损进行模型化-以及基于物理的第一原理。 -故障建模。

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