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Nanoscale Science and Technology - A Device and Engineering Perspective

机译:纳米级科学技术 - 一种设备与工程视角

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Present-day silicon CMOS has already entered the nanoscale era, with general lithography feature size at 90 nm and minimum gate lengths below 50 nm. Continued device performance improvement is possible only through a combination of device scaling with new device structure and/or new materials. This paper reviews the recent progress in continuing CMOS scaling by introducing new device structures and new materials. Starting from an analysis of the sources of device performance improvements, we present technology options to achieving these performance enhancements [1, 2].
机译:本日硅CMO已经进入纳米级时代,通用光刻特征尺寸为90nm,最小栅极长度低于50nm。只有通过使用新设备结构和/或新材料的设备缩放的组合,才能进行持续的设备性能改进。本文通过引入新的设备结构和新材料,备注近期CMOS缩放的进展。从分析到设备性能改进的来源,我们提出了实现这些性能增强的技术选项[1,2]。

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