A framework for reliability modeling of electronics

J. Evans, P. Lall, R. Bauernschub
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引用次数: 14

Abstract

The physics-of-failure approach (PoF) to design, reliability modeling, testing and screening of single chip IC packages and multichip modules (MCM), has been developed. The PoF approach is implemented using CADMP-II software. The PoF approach is based on the identification of potential failure mechanisms and failure sites for the product. Failure mechanisms are described by models which characterize the physics of degradation processes leading to failure at each potential failure site. The loads at each failure site are obtained as a function of environmental and operation conditions. The approach preactively incorporates reliability in the design process by establishing a scientific basis for evaluation of new materials, structures, and technologies, through design of tests, screens, safety factors, and acceleration transforms, based on the knowledge of failure mechanisms and modes.
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电子产品可靠性建模框架
失效物理方法(PoF)用于设计、可靠性建模、测试和筛选单芯片集成电路封装和多芯片模块(MCM)。采用CADMP-II软件实现了PoF方法。PoF方法基于对产品潜在失效机制和失效部位的识别。失效机制由模型来描述,该模型描述了导致每个潜在失效点失效的退化过程的物理特性。每个故障点的载荷作为环境和运行条件的函数得到。该方法基于失效机制和模式的知识,通过设计测试、筛管、安全系数和加速度转换,为新材料、结构和技术的评估建立了科学基础,从而预先将可靠性纳入设计过程。
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