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Radii-changing effect on the coupling efficiency between a silica waveguide and a planar photonic crystal

机译:关于二氧化硅波导与平面光子晶体耦合效率的半径变化效应

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In this paper, we designed different structures for PPC tapered waveguide to enhance the coupling between silica waveguide (SWG) and planar photonic crystal (PPC). The designed structures are based on changing the radii of the inner PPC tapered waveguide's crystals before and after adding extra defects. We found that above 88% transmission efficiency is possible by using extra defects followed by radii changes. We also found that changing the operating wavelength from 1.55μm to 1.558μm increases the transmission efficiency to 90% since the field is more confined at the later wavelength.
机译:在本文中,我们设计了针对PPC锥形波导的不同结构,以增强二氧化硅波导(SWG)和平面光子晶体(PPC)之间的耦合。设计的结构基于在添加额外缺陷之前和之后改变内部PPC锥形波导的晶体的半径。我们发现,通过使用额外的缺陷随后是半径变化,可以实现高于88%的传输效率。我们还发现,从1.55μm改变为1.558μm的工作波长将传输效率提高到90%,因为该字段更狭长于后来的波长。

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