Gate oxide TDDB reliability under various stress in sub-16nm FinFET technology

Xiangyu Liu, Yongsheng Sun, Junlin Huang, Xiaolu Shang, Changze Liu
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引用次数: 3

Abstract

In this work, TDDB characteristics in sub-16nm FinFET technology are investigated. The MTTF of N/PMOSFET under AC stress increases about one order of magnitude compared with the DC results under same voltage and the AC margin of N/PMOSFET are equal to 85mV and 89mV based on the fitting voltage coefficient. The TDDB characteristics under off-state stress are studied, the results indicate that the MTTF of NMOSFET in on-state and PMOSFET in off-state is lower since the majority carriers in the channel. Moreover, the dependence of on-state TDDB on Vds is studied and the results indicate that the MTTF increases first and then decreases with the increment of Vds.
亚16nm FinFET技术中栅极氧化物TDDB在各种应力下的可靠性
本文研究了亚16nm FinFET技术中的TDDB特性。根据拟合的电压系数,N/PMOSFET在交流应力下的MTTF比相同电压下的直流结果提高了约一个数量级,N/PMOSFET的交流裕度分别为85mV和89mV。研究了非稳态应力下的TDDB特性,结果表明,NMOSFET在导通状态和PMOSFET在非稳态状态下的MTTF都较低,因为通道中存在大多数载流子。此外,研究了on-state TDDB对Vds的依赖关系,结果表明MTTF随Vds的增加先增大后减小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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