Investigation of A New Method to Weigh the Data Used for OPC Model Calibration

Le Ma, Libin Zhang, Liwan Yue, Zhibiao Mao, Yayi Wei, Lisong Dong
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Abstract

The OPC (optical proximity correction) models need to be more accurate to simulate and predict the resist contours on the wafer of a specific process. The wafer data used for the calibration of the OPC models has a significant impact on the performance of the OPC models. This paper demonstrated a weighing method for the data to build the OPC model by weighing different data with different weights according to the feature. With the weighing method we put forward, the mean fitting error and rms (root mean square) of OPC model built were reduced.
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一种新的OPC模型标定数据加权方法的研究
OPC(光学接近校正)模型需要更精确地模拟和预测特定工艺硅片上的抗蚀剂轮廓。用于OPC模型校准的晶圆数据对OPC模型的性能有重要影响。本文演示了一种对数据进行加权的方法,根据特征对不同的数据使用不同的权值进行加权,从而构建OPC模型。利用提出的加权方法,减小了所建立的OPC模型的平均拟合误差和均方根。
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