首页> 外文会议>Ultimate Integration of Silicon, 2009. ULIS 2009 >A novel structure for improvment the Ion/Ioff ratio in nano-scale double gate source-heterojunction-MOS-transistor
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A novel structure for improvment the Ion/Ioff ratio in nano-scale double gate source-heterojunction-MOS-transistor

机译:一种改善纳米级双栅源极-异质结-MOS-晶体管的I on / I off 比的新颖结构

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摘要

In this paper, we introduce a novel double gate SHOT which provides at least the drain current twice higher than that of the conventional SHOT structure. Improved characteristics are originated from the high velocity electron injection at the source edge due to the band offset energy. The analysis of the off-state current characteristics shows that provided 89% reduction in off-stat current. Based on this analysis, we proposed use of work function engineering as well as extra grounded gate to minimize the magnitude of GIDL current which is the main component of the off-state current.
机译:在本文中,我们介绍了一种新颖的双栅极SHOT,其提供的漏极电流至少比传统SHOT结构的漏极电流高两倍。改善的特性源自于由于带偏移能量而在源边缘处进行的高速电子注入。对断态电流特性的分析表明,断态电流降低了89%。基于此分析,我们建议使用功函数工程以及额外的接地栅极来最小化作为截止状态电流主要成分的GIDL电流的大小。

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