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Gaussian apodized Fiber Bragg Grating is used to indicate strain by producing wavelength shift. MATLAB and Opti-grating result gives an idea about the efficiency of the suggested scheme to
Abstract— The design, simulation and analysis of an optical Fiber Bragg Grating for maximum reflectivity, minimum side lobe power wastage has been done using MATLAB software.
In this paper, the performance of various apodization profiles (uniform, hyperbolic tangent and gaussian) for un-chirped Fiber Bragg Grating is investigated. Apodization techniques are used to get optimized
Apodization techniques are used to get optimized reflection spectra with high side lobe suppression. The simulations are done by solving coupled mode equations in MATLAB using
Fiber Grating Solver Calculate the response of fiber gratings response with full-vector complex mode theory. Yu-Chun Lu Version 1.0.0.0 (45.7 KB)
Outcomes of mathematical modeling in MATLAB medium and carried out analysis of the light emission in the Bragg grating fiber structure clearly denote the possibility of time impulses control magnitudes
Apodization techniques are used to get optimized reflection spectra with high side lobe suppression. The simulations are done by solving coupled
Analysis of Fiber Gratings based on MATLAB. Spectrum analysis of three types of fiber gratings: fiber Bragg grating (FBG), chirped FBG and phase-shifted FBG. Only the base mode LP01 was
An apodized fiber Bragg grating (FBG) is introduced with a proposed apodization function for the effective quasi-distributed sensing estimation of the temperature and the strain.
In this paper we present a Matlab graphic application that allows the analysis of ALCFG''s, taking into account the effect of the fabrication process on the averaged refractive index of the designed grating.
An apodized Chirped Fiber Bragg Grating is presented with different chirp rates to illustrate sensing response for various uniform and non-uniform profiles of temperature and strain.