Contour-based etch modeling enablement: from pattern selection to final verification

Jirka Schatz, F. Weisbuch, A. Lutich
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引用次数: 1

Abstract

Traditional CD-SEM metrology reaches its limits when measuring complex configurations (e.g. advanced node contact configurations). SEM extracted contours embody valuable information which is essential for building a robust etch prediction model [1, 2]. CDSEM recipe complexity, processing time and measurement robustness can be improved using contour based metrology. However, challenges for measurement pattern selection as well as final model verification arise. In this work, we present the full flow of implementing etch prediction models calibrated and verified with SEM contours into a manufacturing environment.
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基于轮廓的蚀刻建模支持:从模式选择到最终验证
传统的CD-SEM测量在测量复杂结构(如高级节点接触结构)时达到了极限。SEM提取的轮廓包含有价值的信息,这些信息对于构建稳健的蚀刻预测模型至关重要[1,2]。采用等高线计量可以提高CDSEM的配方复杂度、处理时间和测量鲁棒性。然而,测量模式的选择以及最终的模型验证出现了挑战。在这项工作中,我们介绍了在制造环境中使用SEM轮廓校准和验证蚀刻预测模型的完整流程。
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