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Hybrid optical fiber add-drop filter based on wavelength dependent light coupling between microano fiber ring and side-polished fiber

机译:基于微/纳米光纤环与侧抛光光纤之间基于波长的光耦合的混合光纤分插滤波器

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摘要

In this paper, we report our experimental study on directly coupling a microano fiber (MNOF) ring with a side-polished fiber(SPF). As a result of the study, the behavior of an add-drop filter was observed. The demonstrated add-drop filter explored the wavelength dependence of light coupling between a MNOF ring and a SPF. The characteristics of the filter and its performance dependence on the MNOF ring diameter were investigated experimentally. The investigation resulted in an empirically obtained ring diameter that showed relatively good filter performance. Since light coupling between a (MNOF) and a conventional single mode fiber has remained a challenge in the photonic integration community, the present study may provide an alternative way to couple light between a MNOF device and a conventional single mode fiber based device or system. The hybridization approach that uses a SPF as a platform to integrate a MNOF device may enable the realization of other all-fiber optical hybrid devices.
机译:在本文中,我们报告了将微/纳米光纤(MNOF)环与侧面抛光光纤(SPF)直接耦合的实验研究。作为研究的结果,观察到了分插式过滤器的行为。演示的分插式滤光片探索了MNOF环和SPF之间光耦合的波长依赖性。实验研究了过滤器的特性及其对MNOF环直径的依赖性。该研究导致根据经验获得的环直径显示出相对良好的过滤性能。由于(MNOF)与常规单模光纤之间的光耦合在光子集成领域仍然是一个挑战,因此本研究可能提供一种在MNOF器件与基于常规单模光纤的器件或系统之间耦合光的替代方法。使用SPF作为平台集成MNOF设备的混合方法可以实现其他全光纤混合设备。

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