线宽测量:从美术到科学

D. Nyyssonen, J. Jerke
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引用次数: 1

摘要

传统的集成电路光掩膜和硅片线宽测量方法是使用光学显微镜和某种类型的测量目镜。近年来,对精细线几何的推动揭示了仪器之间的系统测量差异可达1.0 μ m。线宽测量系统的建模表明,这些差异可能归因于边缘检测标准的差异。NBS开发了用于精确光学边缘检测和校准其他光学线宽测量系统的新技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Linewidth measurement: From fine art to science
Traditional methods of linewidth measurement on integrated circuit photomasks and wafers have employed an optical microscope with some type of measuring eyepiece. In recent years, the push to finer line geometries has revealed systematic measurement differences between instruments as large as 1.0 µm. Modeling of linewidth measurement systems has shown that these differences may be attributed to differences in edge detection criteria. New techniques have been developed at the NBS for accurate optical edge detection and calibration of other optical linewidth measurement systems.
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