等离子体处理诱发充电损伤PMOS晶体管NBTI数据异常

Andreas Martin, Lukáš Valdman, Benjamin Hamilton Stafford, H. Nielen
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引用次数: 2

摘要

在经历等离子体处理引起的充电损伤的pMOS晶体管中,观察到NBTI的异常降解特性。对于具有不同厚度SiO2或高k栅极电介质的p型MOS和FinFET晶体管的天线晶体管结构,这是一个具有PID的正确NBTI寿命预测的关键主题。文献中的例子也描述了这种NBTI异常。描述了一种定性电荷捕获模型,用于根本原因分析。提出了一种用PID对天线晶体管结构的NBTI数据进行校正的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anomaly of NBTI data for PMOS transistors degraded by plasma processing induced charging damage (PID)
Anomalous NBTI degradation characteristics have been observed for pMOS transistors which had experienced plasma processing induced charging damage. This is a critical topic for correct NBTI lifetime predictions from antenna transistor structures with PID for p-type MOS and FinFET transistors with various thicknesses of SiO2 or high-K gate dielectrics. Examples from the literature also depict this NBTI anomaly. A qualitative charge trapping model is described for root cause analysis. A proposed methodology demonstrates the correction of NBTI data from antenna transistor structures with PID.
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