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Diffraction feature of micro lens array with a small aperture size

机译:小孔径尺寸微透镜阵列的衍射特征

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With the development of a CMOS Image Sensor (CIS), the pixel size of a CIS is continuously decreasing. It makes thephoto diode smaller and smaller in the unit pixel and, as a result, the sensitivity is reduced at the same time. A micro lens(ML) is added to improve the sensitivity of CIS. The size of ML is reduced with the pixel size and it almost arrived at thelimitation of the size which is governed by diffraction. In this paper, we simulate the diffraction feature of a ML with anelectro-magnetic wave simulation. The efficiency and the crosstalk of some ML which have a size near the diffractionlimit are calculated and compared. From the simulation result, we suggest a guide line of the ML design.
机译:随着CMOS图像传感器(CIS)的开发,CI的像素大小连续减小。它使单位像素中较小且更小的光电二极管,结果,灵敏度同时降低。添加微透镜(mL)以提高顺式的敏感性。用像素尺寸减小M1的尺寸,几乎到达由衍射控制的大小的大小。在本文中,我们模拟了具有电磁波仿真的ML的衍射特征。计算并比较衍射径附近的一些ML的效率和串扰。从仿真结果来看,我们建议毫升设计的导界线。

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