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A wavelength-selective directional coupler based on a boundary-condition-modulation grating: proposal, theory, and preliminary results

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Abstract

A nonconventional wavelength-selective grating-assisted vertical coupler is proposed and analysed. Its novelty consists in the grating position: neither between nor above the waveguide cores, but in a lateral region. Analytic and numerical results indicate that, for devices that are not yet optimized, frequency selectivity and/or device length are at least comparable with those of conventional grating-assisted filter-couplers. Potential advantages of the new device, in terms of performance and of manufacturing technology, are discussed.

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Costantini, B., De Sandre, A., Galtarossa, A. et al. A wavelength-selective directional coupler based on a boundary-condition-modulation grating: proposal, theory, and preliminary results. Opt Quant Electron 27, 595–605 (1995). https://doi.org/10.1007/BF00563142

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