SiON gate dielectric formation by rapid thermal oxidation of nitrided Si

J. Everaert, T. Conard, M. Schaekers
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引用次数: 2

Abstract

SiON gate dielectric is optimized for general purpose 65 nm node applications by using a first nitridation approach. A process parameter screening is done where the resulting SiON films are analyzed by angle resolved XPS and non-contact probing by Quantox. Good correlation between XPS and Quantox results are found. We demonstrate also correlation between Quantox results and transistor performance. It shows that the first nitridation approach is promising for reducing gate leakage resulting in better off-state current
氮化硅快速热氧化形成的硅栅电介质
通过使用第一氮化方法,对通用65纳米节点应用进行了优化。通过角度分辨XPS和Quantox非接触探针分析所得的SiON薄膜,进行工艺参数筛选。XPS与Quantox结果有良好的相关性。我们还证明了Quantox结果与晶体管性能之间的相关性。结果表明,第一种氮化方法有望减少栅极泄漏,从而产生更好的失态电流
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