面板检测用显微镜光学系统的设计

Chen Lu, L. Zhiqiang
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摘要

摘要:为了实现面板缺陷的精细分析和分类,设计了可见光谱数值孔径为0.42的消色差物镜和照明光学系统。首先,对物镜进行合理的结构优化、光学焦距分布和材料选择,使MTF曲线接近衍射极限;其次,采用科勒照明方案设计了照明光学系统。用Lighttools软件模拟光学系统。实验结果表明,该光学系统的分辨率可达0.775 μm,照度均匀度可达98%。结果与实际试验结果吻合,满足高精度面板检测的要求。
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Design of microscope optical system for panel inspection
Abstract: In order to achieve the fine analysis and classification of the defects on the panel, the apochromatic objective with a numerical aperture of 0.42 in the visible spectrum and illumination optical system were designed. First, the objective lens was designed with reasonable structure optimization, optical focal length distribution and material selection, and the MTF curve is closed to the diffraction limit. Secondly, the illumination optical system is designed by the scheme of Kohler illumination. Simulating optical system with Lighttools software.The experimental results show that the resolution of the optical system can reach 0.775 μm and the illumination uniformity can reach 98%. The results are consistent with the actual test results and meet the requirements of highprecision panel inspection.
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