A new optical polarizing prism extinction ratio measurement method based on heterodyne-detecting

Zhen-dong Shi, Hua Ma, Lin Zhang, Jinxi Bai, Yi Yang, Huan Ren, Liqun Chai
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Abstract

We present a method for measuring the polarization extinction ratio of a prism with the heterodyne-detecting. The key of this method is converting the intensity difference of more than one million times between vertical and parallel polarized transmitted light to almost equal level, so as to overcome the difficulty of measuring the intensity of both vertical and parallel components in the linear response range of a normal photodetector without attenuation. Using this method, we have realized the measurement of a polarizing Glan-Taylor prism with extinction ratio of 60.4dB.
一种基于外差检测的偏振棱镜消光比测量新方法
提出了一种用外差测量棱镜偏振消光比的方法。该方法的关键是将垂直偏振光与平行偏振光之间超过一百万倍的光强差转换到几乎相等的水平,从而克服了普通光电探测器在线性响应范围内同时测量垂直分量和平行分量强度而不衰减的困难。利用该方法,我们实现了消光比为60.4dB的偏振Glan-Taylor棱镜的测量。
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