首页> 外文会议>Fundamental Problems of Optoelectronics and Microelectronics III pt.1; Proceedings of SPIE-The International Society for Optical Engineering; vol.6595 pt.1 >Correlation method of processing single fiber multimode interferometer (SFMI) signals using a charge coupled device
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Correlation method of processing single fiber multimode interferometer (SFMI) signals using a charge coupled device

机译:使用电荷耦合器件处理单纤多模干涉仪(SFMI)信号的相关方法

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摘要

The correlation method for processing signals from a single-fibre multimode interferometer by using a digital charge-coupled device is studied experimentally and theoretically. Optimal conditions are determined for recording multimode interference patterns with charge-coupled devices. It is found that the nonlinearity of characteristics of such devices affects the results of correlation measurements. The method for eliminating this influence is proposed. The correlation method considered in the paper allows one to measure a linear deformation of the interferometer within 0-80 μm with an accuracy of ~ ±3 um for typical single-mode fibres with the core diameter 50 μm.
机译:实验上和理论上研究了使用数字电荷耦合器件处理单光纤多模干涉仪信号的相关方法。确定最佳条件以记录带有电荷耦合器件的多模干涉图。发现这种装置的特性的非线性影响相关测量的结果。提出了消除这种影响的方法。本文考虑的相关方法允许人们在0-80μm范围内测量干涉仪的线性变形,对于典型的纤芯直径为50μm的单模光纤,其精确度约为±3 um。

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