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Short-Channel Performance and Mobility Analysis of <110>- and <100>-Oriented Tri-Gate Nanowire MOSFETs with Raised Source/Drain Extensions

机译:带有凸起源/排水延伸的110> - 和<100个 - 型三栅极纳米线MOSFET的短信道性能和移动性分析

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摘要

Nanowire transistors (NW Tr.) are promising for ultimate scaling [1]. However, parasitic resistance (RsD) [2,3] and NW mobility (p) degradation [4] limit 4. Although Schottky S/D was proposed for low Rn, [2], silicidation- process of NW is hard to control [5]. Also, quantitative understanding of NW mobility is still insufficient. Moreover, most studies reported <110> NW Tr. and short-L performance of <100> NW Tr. has not been examined yet.
机译:纳米线晶体管(NW TR。)是最终极缩放的有希望[1]。然而,寄生抗性(RSD)[2,3]和NW迁移率(P)降解[4]极限4.虽然已经提出了低RN,[2],NW的硅化过程很难控制[ 5]。此外,对NW流动性的定量理解仍然不足。此外,大多数研究报告了<110> NW TR。和短L <100个NW TR的性能。尚未检查过。

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