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SiON Gate Dielectric Formation by Rapid Thermal Oxidation of Nitrided Si.

机译:Sion栅极介电形成通过快速热氧化氮化硅。

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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.
机译:通过使用第一氮化方法,Sion栅极电介质针对通用65nm节点应用进行了优化。通过角度分辨的XPS和Quantox的非接触探测来分析所得的SiON膜的过程参数筛选。发现XPS和Quantox结果之间的良好相关性。我们还证明了QuantoX结果和晶体管性能之间的相关性。它表明,第一种氮化方法是有希望减少栅极泄漏导致更好的断开状态电流。

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