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NBTI: what we know and what we need to know - a tutorial addressing the current understanding and challenges for the future

机译:NBTI:我们所知道的和我们需要知道的-一个解决当前理解和未来挑战的教程

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In advanced CMOS technologies, the negative bias temperature instability (NBTI) phenomenon in pMOSFETs is a major reliability concern as well as a limiting factor in future device scaling. Recently, much effort has been expended to further the basic understanding of this mechanism. This tutorial gives an overview of the physics of NBTI. Discussions include such topics as the impact of NBTI on the observed changes in the device characteristics as well as the impact of gate oxide processes on the physics of NBTI. Current experimental results, exploring various NBTI effects such as frequency dependence and relaxation, are also discussed. Since some of the recent work on the various NBTI effects seems contradictory, focus is placed on highlighting our current understanding, our open questions and our future challenges.
机译:在先进的CMOS技术中,pMOSFET中的负偏置温度不稳定性(NBTI)现象是主要的可靠性问题,也是未来器件缩放的限制因素。近来,已经花费了很多努力来进一步了解该机制。本教程概述了NBTI的物理原理。讨论的主题包括NBTI对观察到的器件特性变化的影响以及栅极氧化工艺对NBTI物理的影响。还讨论了探索各种NBTI效应(例如频率依赖性和弛豫)的当前实验结果。由于有关各种NBTI效应的最新工作似乎相互矛盾,因此重点放在强调我们当前的理解,我们的未解决问题和我们未来的挑战上。

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