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Hybrid broadband optical modulator based on multi-layer graphene structure and silver nano-ribbons

机译:基于多层石墨烯结构和银纳米带的混合宽带光学调制器

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In this paper, a broadband optical modulator based on plasmonic hybrid structures has been investigated that shows good performance in the wavelength range of 1300 to 1800 nm. The proposed modulator consists of Multi-layer graphene with two silver nano-ribbons and an h-BN dielectric layer embedded between the graphene layers. The presence of silver nano-ribbons has created a waveguide in the mid-structure. Our results show that strong coupling of surface plasmon polaritons to this waveguide increases the light interaction with graphene, improves the subwavelength confinement, and ultimately enhances the modulation effects of this proposed modulator. The proposed modulator shows a modulation depth of 17.55 dB/μm with a loss of 1.47 dB/μm at wavelength of 1.55 μm.
机译:本文研究了基于等离子体混合结构的宽带光调制器,其在1300至1800nm的波长范围内显示出良好的性能。所提出的调制器由具有两个银纳米带的多层石墨烯和嵌入在石墨烯层之间的H-BN介电层组成。银纳米带的存在在中间结构中形成了波导。我们的结果表明,表面等离子体极性官对该波导的强耦合增加了与石墨烯的光相互作用,提高了亚波长限制,并最终提高了该提出的调制器的调制效果。所提出的调制器显示了17.55dB /μm的调制深度,损耗为1.47dB /μm,波长为1.55μm。

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