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Low-loss eight-channel integrated InGaAsP/InP demultiplexer

机译:低损耗八通道集成式InGaAsP / InP解复用器

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Summary form only given. Integrated optical devices potentially offer significant advantages over their bulk counterparts in that they offer compactness, mass production (low unit cost), and relaxed alignment requirements. Fabrication in the InP material system provides the added advantage of active/passive device integration. A two-dimensional approach to integration is particularly suited to multiwavelength applications due to the effective parallelism required in such systems. In such an approach a grating structure can be incorporated within a slab structure to provide de/multiplexing of a large number of channels. Here the device loss is independent of the number of channels unlike in one-dimensional waveguide-based devices incorporating wavelength-dependent couplers, where the device losses increase with the number of channel.
机译:仅提供摘要表格。集成光学器件可能比其体积较大的同类器件具有显着优势,因为它们具有紧凑性,批量生产(单位成本低)和宽松的对准要求。 InP材料系统中的制造提供了主动/被动设备集成的额外优势。由于这种系统需要有效的并行性,因此二维积分方法特别适合于多波长应用。在这种方法中,可以将光栅结构结合在平板结构内以提供大量通道的解复用。在此,器件损耗与通道数无关,这与包含波长相关耦合器的基于一维波导的器件不同,后者的器件损耗随通道数的增加而增加。

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