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Static and Dynamic Aspects of Different Tunneling NOI Nanotransistors with Oxide and Vacuum

机译:带有氧化物和真空的不同隧穿NOI纳米晶体管的静态和动态特性

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This paper presents some alternative constructive variants accompanied by specific model parameters of an alternative Tunnel-FET. The main device body, responsible for the device conduction is the middle insulator - vacuum or oxide. When the device body is the vacuum or Nothing region On Insulator, the device is shortly called NOI. The device simulations are focused on the transfer characteristics. Also, dynamic and noise performances are investigated. They rather suggest the NOI applications: exponential I-V function generator, weak tunneling regime suitable for digital applications, device capacitances of 1aF and noise immunity make from NOI a promising candidate at Tera-hertz frequency applications.
机译:本文介绍了一些替代性构造变量,以及替代性Tunnel-FET的特定模型参数。负责设备导通的主要设备主体是中间绝缘体-真空或氧化物。当设备主体为真空或绝缘子上没有任何区域时,该设备简称为NOI。器件仿真的重点是传输特性。此外,还研究了动态和噪声性能。他们反而建议NOI应用:指数I-V函数发生器,适用于数字应用的弱隧道技术,1aF的器件电容和抗噪声能力使NOI在Tera-hertz频率应用中成为有希望的候选者。

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