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Effect of operating points in submicron CD measurements

机译:亚微米CD测量工作点的影响

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A new measuring method was developed to optimize the submicron CD measurements with a conventional optical microscope system. An optimum combination of the inspection system optical parameters is used to accurately and precisely measure each feature of interest. Such combinations are considered to define the 'operating points' for the new measuring method. Also, the slope of the logarithm of the image intensity profile was determined to be an appropriate metric of aerial image quality in order to predict the operating points number and their placement. This paper discusses the experimental results obtained in measuring 0.75 $mu@m isolated spaces with the proposed method and the construction of the operating points for this feature, with the measured linewidth data.
机译:开发了一种新的测量方法,用传统的光学显微镜系统优化亚微米CD测量。检查系统光学参数的最佳组合用于准确且精确地测量每个感兴趣的特征。这种组合被认为是为新测量方法定义“操作点”。而且,将图像强度分布的对数的斜率被确定为空中图像质量的适当度量,以便预测操作点数和它们的放置。本文讨论了在测量0.75 $ MU @ M隔离空间中获得的实验结果,并使用测量的线宽数据来构建该功能的操作点。

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