采用部分绝缘层的块体finet可靠性研究

J. Park, Jong-Man Park, S. Sohn, Jun-Bum Lee, C. Jeon, Sang-yeon Han, S. Yamada, Wouns Yang, Yonghan Roll, Donggun Park
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引用次数: 3

摘要

本文详细分析了部分绝缘finfet (pi - finfet)的可靠性特性,其中采用了一种新的源极/漏极结构,采用了衬垫多晶硅侧触点(PSC)。PSC结构表现出优异的器件性能改进,主要是由于使用finfet的侧面增加了接触面积。与具有平面接触的传统源/漏结构相比,热载子降解特性也得到了改善。这是由于一个有利的冲击电离位置。通过将PSC结构应用于pi - finfet,可以获得具有自身优势的pi - finfet的源漏结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reliability Investigations for Bulk-FinFETs Implementing Partially-Insulating Layer
This paper presents a detailed analysis of the reliability characteristics of partially-insulated FinFETs (PI-FinFETs) where a new source/drain structure was adapted using a pad-polysilicon side contact (PSC). The PSC structure shows excellent improvements in device performances mainly due to the increment of the contact area by using lateral faces of FinFETs. The hot carrier degradation characteristics are also improved in comparison with a conventional source/drain structure having planar contact. This is due to an advantageous impact ionization position. By applying PSC structure to Pi-FinFETs, an optimized source/drain structure of PI-FinFETs can be obtained with its own advantages.
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