Micro Holographic 1 × 2 channel fiber coupler and its performance analysis on various recording materials

Sajan Ambadiyil, V. Pillai
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Abstract

Holographic Optical Elements (HOEs) are gaining much importance and finding newer and better application in the areas of optical fiber communication and optical information processing systems. Optical communication and information systems require smaller and efficient elements of desired characteristics and transfer functions. Micro Holographic Optical Element (MHOEs) can effectively convert in to a 1 × 2 coupler, having specific focusing and diffraction characteristics. In this study, micro holographic couplers of 1 × 2 having specific focusing and diffraction characteristics were recorded in different holographic recording media. Variation in coupling factor and insertion loss of these elements was studied.
微全息1 × 2通道光纤耦合器及其在各种记录材料上的性能分析
全息光学元件(HOEs)在光纤通信和光信息处理系统中得到了越来越多的重视和更好的应用。光通信和信息系统需要具有所需特性和传递函数的更小、更有效的元件。微全息光学元件(MHOEs)可以有效地转换成1 × 2耦合器,具有特定的聚焦和衍射特性。本研究在不同的全息记录介质中记录了具有特定聚焦和衍射特性的1 × 2微型全息耦合器。研究了这些元件耦合系数和插入损耗的变化规律。
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