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Low frequency noise and hot-carrier reliability in advanced SOI MOSFETs

机译:先进SOI MOSFET的低频噪声和热载流子可靠性

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The scaling of the front gate oxide thickness in SOI devices has resulted in gate-induced Floating Body effect observed for the first time in 0.13μm SOI CMOS technologies with ultra-thin gate oxide (sub-2 nm). We give an overview of this new kind of Floating Body effect. Moreover, with SOI to be adapted as a mainstream technology in the forthcoming years, two issues are still of a critical interest regarding circuit applications: low frequency noise behavior and hot-carrier reliability in state-of-the-art SOI MOSFETs. Both are thoroughly investigated in advanced SOI devices in this paper.
机译:SOI器件中前栅极氧化物厚度的缩放导致了在具有超薄栅极氧化物(小于2 nm)的0.13μmSOI CMOS技术中首次观察到栅极感应的浮体效应。我们概述了这种新型的浮体效果。此外,随着SOI在未来几年内成为主流技术,关于电路应用,仍然有两个关键问题需要关注:低频噪声行为和最新SOI MOSFET中的热载流子可靠性。本文在高级SOI器件中都对它们进行了彻底的研究。

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