Simulation of the Effect of Relative Refractive Index for Light Transmission Through Double Cladding Step Index Optical Fibre

This work establishes computational analysis of relative refractive index property for light transmission via fiber optics using MATLAB simulation. Optical is a dielectric wave guide which transmits signal with low attenuation and dispersion at higher bandwidth or data rate. Recent advances in introduced largely new dimension into optical technology the effect improving through application cladding system. Cladding communication importantly applied to ease fiber-core interface by total internal reflection boundary between two propagation region typical fiber. well recognized aspect where clad fibers different indices recount measurable Numerical aperture Acceptance angle networking technology. has lead efficient effective due adequate emergence utilization properties parameters applications. A double was set maximum 2.000% obtained an acceptance numerical range 59°-64° 0.859-0.900 respectively. implies fast transmission, high small bending sensitivity applications medicine telecommunication compared single