硅等离子体成像在半导体失效分析中的应用

Y. Shen, Krishnan Y Ogaspari, I. C. Lam Tay, Jie Zhu, Z. Mo
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引用次数: 1

摘要

在本文中,我们展示了ETEM硅等离子体成像技术在半导体失效分析中的各种应用。将简要讨论等离子体成像的机制,然后进行四个案例研究。硅等离子体成像区分氧化硅(如栅极氧化物)和硅材料(如多栅极和衬底)的能力是其优于传统成像技术的关键优势。硅等离激元成像不仅可以识别缺陷残基,还可以在高倍率下研究栅极氧化物及其与多晶或衬底的界面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Si Plasmon Imaging in Semiconductor Failure Analysis
In this paper, we demonstrate the various applications of the ETEM Si plasmon imaging technique in semiconductor failure analysis. The mechanism of the plasmon imaging will be discussed briefly, then followed by four case studies. The capability of Si plasmon imaging to distinguish the silicon oxide (e.g. gate oxide) and the silicon materials (e.g. poly gate and substrate) is its key advantage over the conventional imaging techniques. Si plasmon imaging not only can identify the defective residues but also can be performed at high magnification to investigate the gate oxide and its interfaces with poly or substrate.
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