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Tunnel oxide degradation under pulsed stress

机译:脉冲应力下的隧道氧化物降解

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摘要

A key issue for Flash cell scaling down is the reduction of tunnel oxide thickness limited by the higher gate leakage current (Stress Induced Leakage Current, SILC) after cycling. It is possible to reduce the oxide degradation during cycling by reducing the stress pulse duration and increase the time between pulses. This allows the annealing of precursor sites with an overall reduction of stable traps. Aim of this work is the investigation of the SILC induced by pulsed stress and the corresponding charge trapped in the oxide during stress. The impact of the oxidation technology will also be discussed.
机译:闪存单元按比例缩小的一个关键问题是,在循环之后,隧道氧化物厚度的减小受较高的栅极泄漏电流(应力感应泄漏电流,SILC)的限制。通过减少应力脉冲的持续时间并增加脉冲之间的时间,可以减少循环过程中的氧化物降解。这允许前体位点的退火,同时总体上减少了稳定阱。这项工作的目的是研究脉冲应力引起的SILC以及应力过程中捕获在氧化物中的相应电荷。还将讨论氧化技术的影响。

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