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Studies and Applications of Standardless EDX Quantification Method in Failure Analysis of Wafer Fabrication

机译:无标尺EDX定量方法在晶圆制造失效分析中的研究与应用

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Energy-dispersive X-ray microanalysis technique has been widely used in failure analysis of wafer fabrication. However, we still face some common problems. In this study, we will introduce standardless element coefficients to improve accuracy of quantitative results, propose an estimating method to select beam acceleration voltage & demonstrate application cases and discuss identification methods of the spectra overlapped. The accuracy of EDX results have been improved, for example, the relative error Si3N4 layer is reduced from (-67.5% ~ +101%) to (-2.83% ~ +3.93%).
机译:能量分散X射线微分析技术已广泛应用于晶片制造的故障分析。但是,我们仍然面临着一些常见问题。在本研究中,我们将引入标准元素系数以提高定量结果的准确性,提出一种选择光束加速电压和演示应用案例的估算方法,并讨论重叠的光谱识别方法。例如,EDX结果的准确性得到改善,例如,相对误差Si3N4层从(-67.5%〜+ 101%)降低至(-2.83%〜+ 3.93%)。

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