Temperature sense effect in HCI self-heating de convolution: Application to 28nm FDSOI

X. Federspiel, G. Torrente, W. Arfaoui, F. Cacho, V. Huard
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引用次数: 8

Abstract

The introduction of new architecture such as finfet and FDSOI triggered many discussion around self-heating in confined MOS transistor devices. Not only self-heating challenges performance itself (reduced mobility) abut also circuit lifetime projection. On one hand occurrence self-heating during circuit operation might accelerate device degradation, on the other hand it also affects accelerated life tests such as HCI. We show in this paper that proposed methods to decorrelate self-heating from HCI stress might be affected by a systematic error due to a misinterpretation of apparent thermal activation energy.
HCI自热解卷积中的温度感测效应:在28nm FDSOI上的应用
finet和FDSOI等新架构的引入引发了许多关于受限MOS晶体管器件自热的讨论。自热不仅挑战性能本身(降低迁移率),也挑战电路寿命的预测。电路运行过程中出现自热,一方面会加速器件的劣化,另一方面也会影响HCI等加速寿命试验。我们在本文中表明,所提出的将自热从HCI应力中分离出来的方法可能受到系统误差的影响,这是由于对表观热活化能的误解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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