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Industry consensus approach to physics of failure in reliability prediction

机译:可靠性预测中失效物理的行业共识方法

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Traditional reliability prediction methods are being confounded by current and near future semiconductor technologies, as gate feature sizes shrink below 100 nanometers (nm) causing the emergence of atomic level failure mechanisms and early wearout. These devices and their failure characteristics are rapidly changing as the semiconductor industry aggressively pursues scaling in a highly competitive marketplace. The Physics of Failure (PoF) approach to reliability has advantages for assessing these technologies. Industry groups are adapting PoF research results for use in predicting reliability for these technologies. This paper describes industry collaborative efforts in developing new reliability prediction approaches to meet future industry challenges.
机译:随着栅极特征尺寸缩小到100纳米(nm)以下,导致原子级失效机制和早期磨损的出现,传统的可靠性预测方法被当前和不久的将来的半导体技术所困扰。随着半导体行业在竞争激烈的市场中积极追求规模化,这些设备及其故障特性正在迅速变化。失效的物理(PoF)方法对可靠性具有评估这些技术的优势。行业团体正在调整PoF研究结果,以用于预测这些技术的可靠性。本文介绍了业界在开发新的可靠性预测方法以应对未来行业挑战方面的合作努力。

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