使机械模型适应电子学

G. Benz, I. Bazovsky
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引用次数: 4

摘要

对于给定年龄参数的机械可靠性模型进行了调整,以提供应力幅值的任务/测试剖面的电子疲劳寿命分布。这个过程也提供了负担得起的寿命测试计划。机械更新模型适用于替代平均故障间隔时间(MTBF),作为设计要求和支持分析的关键。关于力学模型及其对电子学的适应性的讨论包括:马尔可夫退化模型及其适应性;区间可靠性模型及其自适应区间可靠性示例;和一个马尔可夫退化的例子。
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Adapting mechanical models to fit electronics
Mechanical reliability models for given age parameters are adapted to provide electronic fatigue life distributions for the mission/test profile of stress amplitudes. This process also provides affordable life test plans. The mechanical renewal model is adapted to provide a replacement for mean time between failures (MTBF) as a design requirement and as a key to support analyses. The discussion of mechanical models and their adaptation to electronics include: a Markov deterioration model and adaptation; a interval reliability model and adaptation; an interval reliability example; and a Markov deterioration example.<>
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A graphical language for reliability model generation Stress screening of electronic modules: investigation of effects of temperature rate of change The endurance of EEPROMs/utilizing fault tolerant memory cells Adapting mechanical models to fit electronics Vibration and shock testing for computers
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