微机电系统故障检测的智能BIST机制

J. Tanha, R. Asgary
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引用次数: 8

摘要

应用领域的多样性和新材料的特性为微机电系统(MEMS)带来了新的失效机制。现在,如果我们考虑到过去在微电子领域的经验教训,我们注意到失效分析不仅在缩短开发时间,而且在鉴定和可靠性评估方面发挥了重要作用,大多数关于MEMS可靠性的研究都是关于新材料性能和制造技术的。目前针对微机电系统的故障检测方法很少。其中一些方法只能用于特殊的MEMS。此外,它们大多数都需要一个精确的系统模型。本文提出了一种新的微机电系统故障智能检测方法。此外,本文还对所提神经网络的某些部分进行了改进,使其作为一种BIST机制来实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent BIST Mechanism for MEMS Fault Detection
Diversity of application fields and properties of new materials generate new failure mechanisms in micro electro mechanical systems (MEMS). Now if we take into account the lessons from the past in microelectronics, we note that failure analysis played a major rule not only in development time reduction but also in qualification and reliability evaluation Most of the researches which have been done in MEMS reliability are about new material properties and fabrication technologies. Only a few fault detection methods have been introduced for fault detection in MEMS. Some of these methods can be used only for special MEMS. Additionally most of them need a precise model of system. In this paper a new intelligent method is proposed for fault detection in MEMS. In addition some parts of proposed neural network are changed in order to implement it as a BIST mechanism.
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