Design of ultra-flattened zero dispersion shifted photonic crystal fibers with lower confinement loss for telecommunication applications
R Ahmed, RA Aoni - CIOMP-OSA Summer Session on Optical …, 2013 - opg.optica.org
R Ahmed, RA Aoni
CIOMP-OSA Summer Session on Optical Engineering, Design and Manufacturing, 2013•opg.optica.orgA triangular-lattice photonic crystal fiber (PCF) have been design, simulated and optimized
and found nearly zero ultra-flattened dispersion (0.96-0.86 ps/nm/km) with very low
confinement loss (< 10-5 db/km), moderate effective area (7.7 μm 2), lower splice loss (4.8
db with MFD-3.1 μm) & nonlinear coefficient (18 W− 1 Km− 1) properties. A five-ringed
photonic crystal fiber have been designed with the finite differential time domain method
(FDTD) and perfectly matched absorbing layers boundary condition is used to investigate …
and found nearly zero ultra-flattened dispersion (0.96-0.86 ps/nm/km) with very low
confinement loss (< 10-5 db/km), moderate effective area (7.7 μm 2), lower splice loss (4.8
db with MFD-3.1 μm) & nonlinear coefficient (18 W− 1 Km− 1) properties. A five-ringed
photonic crystal fiber have been designed with the finite differential time domain method
(FDTD) and perfectly matched absorbing layers boundary condition is used to investigate …
Abstract
A triangular-lattice photonic crystal fiber (PCF) have been design, simulated and optimized and found nearly zero ultra-flattened dispersion (0.96-0.86 ps/nm/km) with very low confinement loss (< 10-5 db/km), moderate effective area (7.7 μm 2), lower splice loss (4.8 db with MFD-3.1 μm) & nonlinear coefficient (18 W− 1 Km− 1) properties. A five-ringed photonic crystal fiber have been designed with the finite differential time domain method (FDTD) and perfectly matched absorbing layers boundary condition is used to investigate the guiding properties.
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