低电压SOI栅极控制混合晶体管的设计考虑

Ru Huang, Bing Yang, Xing Zhang, Yangyuan Wang
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引用次数: 0

摘要

本文首次提出了SOI栅极控制混合晶体管(GCHT)的综合设计准则,特别是在低电压条件下的设计准则,这是GCHT的有利工作区域。本文研究的机制包括短通道效应、电流驱动能力、器件失活特性和开路电压增益。综合结果,给出了低工作电压的设计曲线,并明确说明了不同参数要求对不同效果的权衡。大大拓宽了允许设计的范围,为深亚微米器件的发展指明了方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design consideration for SOI gate controlled hybrid transistor operating at low voltage
The comprehensive design guidelines for SOI gate controlled hybrid transistor (GCHT) are provided in this paper for the first time, especially for GCHT operating at low voltage, which is an advantageous operating region of GCHT. The investigated mechanisms in this study involve short channel effects, current driving capability, device off-characteristics and open-circuit voltage gain. The design curves for low operating voltage are presented by synthesizing the results, with tradeoffs between different parameter requirements for different effects illustrated explicitly. The allowable design region is greatly-broadened, pointing out the direction for deep submicron device development.
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