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Electro-optic directional coupler switch characterization
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DOI：10.1109/50.554391.png)
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Abstract
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Results are presented on a study of the important parameters of synchronous and nonsynchronous, weakly and strongly coupled optical directional couplers using the finite element method. Accurate propagation constants and field profiles have been obtained for the modes of the isolated guides and the supermodes of the coupled system. The power transfer efficiency between nonidentical coupled optical waveguides has been calculated using the coupled mode, the least squares boundary residual and the finite element-based propagation methods. To show the advantages of the finite element-based approaches, the power transfer efficiency between coupled waveguides with two-dimensional confinement is presented.
Keywords:
electrooptic modulators
electrooptic switches
finite element method
lithium devices
optical directional couplers
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ShareSaveREVIEW OF FINITE-ELEMENT METHODS FOR MICROWAVE AND OPTICAL WAVE-GUIDES.png)
PROCEEDINGS OF THE IEEE
PROCEEDINGS OF THE IEEEIF25.9
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