Interference Grating Structures in Photonic Crystal Circuits
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Dinleyici, Mehmet Salih
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BRONZE
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Abstract
Photonic Crystal Circuits have been widely investigated for various optoelectronics device applications. And the gratings in photonics devices are indispensable tool, which is very common for light manipulation. In this study, an interference grating structure formed by Gaussian beam interferences in photonic crystal waveguide such that having Kerr type nonlinearity is proposed and its transmission characteristics are investigated. Finite-Difference Time-Domain method is used to analyze the device characteristics. According to simulation results, the interference grating has shown special transmission characteristics that can bring tunability for photonic crystal devices. This can be an effective method for controlling optical signals in the photonic crystal for all optical switching/routing applications as a part of add/drop multiplexing.
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Keywords
Beam interference, Kerr nonlinearity, Optical switching, Photonic crystal circuits, Time domain analysis, 530, Tunabilities, Gaussian beams, Kerr nonlinearity, Add/Drop, Photonics devices, Photonic crystals, Photonic crystal circuits; Kerr nonlinearity; Beam interference; Optical, Optical switching, Finite difference time domain method, Photonic crystal waveguide, Device characteristics, Photonic devices, switching, Crystal structure, All-optical switching, Device application, Transmission characteristics, Kerr type nonlinearity, 620, Optical signals, Indispensable tools, Photonic crystal devices, Simulation result, Diffraction gratings, Beam interference, Photonic crystal circuits, Electric network analysis, Interference grating
Fields of Science
02 engineering and technology, 01 natural sciences, 0103 physical sciences, 0202 electrical engineering, electronic engineering, information engineering
Citation
Karakılınç, Ö. Ö., and Dinleyici, M. S. (2011). Interference grating structures in photonic crystal circuits. Optical and Quantum Electronics, 42(9-10) , 645-656. doi:10.1007/s11082-011-9490-7
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Volume
42
Issue
9-10
Start Page
645
End Page
656
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