Photonic band gap structures for WDM applications
Date
2002
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Source Title
2002 Summaries of Papers Presented at the Quantum Electronics and Laser Science Conference
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Publisher
IEEE
Volume
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Pages
84 - 85
Language
English
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Abstract
A new structure by combining a single cavity and coupled-cavity waveguides (CCWs) for wavelength division multiplexing (WDM) applications was proposed. As such, a structure in which the coupling between the cavity mode and the guiding model allows to drop a selective wavelength λi was designed. The selectivity of dropping wavelength was determined by local properties of the cavity modes. Such results were said to be important for designing future ultrasmall optical circuits.
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Keywords
Alumina , Crystal structure , Demultiplexing , Dielectric materials , Energy gap , Horn antennas , Lattice constants , Microwave antennas , Photons , Refractive index , Wavelength division multiplexing , Coupled cavity waveguides , Photonic band gap structures , Photonic crystal , Optical waveguides