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Antireflection-coated arrays of binary lenses for interconnection networks at 1.5 um

机译:用于互连网络的1.5 um防反射涂层二元透镜阵列

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Abstract: Arrays of two different sizes, each consisting of 16 by 16 blazed Fresnel zone lenses, were fabricated in quartz glass by means of microstructuring techniques. The lenses were designed for free space optical interconnection networks operating in the IR. In order to achieve high diffraction efficiencies the kinoform profile of the microlenses was approximated by a staircase-like profile. The fabrication of the lenses involved multiple steps of repeated pattern transfer by photolithography and successive reactive ion etching. We fabricated Fresnel zone lenses with 16 levels per zone and with different focal lengths. The individual elements of the two arrays have circular and square apertures with a diameter of 2 mm and 200 $mu@m respectively and were designed to operate at a wavelength of 1.52 $mu@m. !12
机译:摘要:利用微结构技术,在石英玻璃中制成了两种不同尺寸的阵列,每个阵列由16乘16闪耀的菲涅尔带透镜组成。这些透镜是为在IR中运行的自由空间光学互连网络而设计的。为了获得高的衍射效率,微透镜的奇诺形轮廓通过阶梯状轮廓近似。透镜的制造涉及通过光刻法和连续的反应性离子蚀刻重复图案转移的多个步骤。我们制造了菲涅耳带状透镜,每个区域具有16个水平线且焦距不同。两个阵列的各个元件分别具有直径为2mm和200μm的圆形和正方形孔,并且被设计为在1.52μm的波长下工作。 !12

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