When light travels in an optical fiber different type of losses occurs like absorption loss, scattering loss and loss due to dispersion. The loss of power depends on the wavelength of the light and also on the refractive index of the material. In this paper, different type of losses is analyzed theoretically and finally a solution has given for achieving low loss transmission based on the numerical analysis. The numerical analysis has been done by using Newton's Interpolation Formula and a root finding method called Bisection method to find the wavelength where the lowest loss occurs and these methods are implemented using MATLAB software
Loss analysis due to the insertion of optical fiber in short wavelength spectrophotometer system is ...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
Abstract: The allocation of power losses between optical source and detector is referred to as the ...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
This thesis deals with the transmission of optical fibers, their properties and method of calculatio...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
In this study, performances of optical networks are analyzed by considering their working principles...
The objectives for this study are to compare the transmission signal characteristics from transmitte...
Bachelor´s thesis more closely specifies effects of attenuation and dispersion of optical fibers in ...
The aim of this project is to study the various factors that cause dispersion in fiber optics and br...
We analyze the dispersion characteristics of an optical fiber having linear chirp type refractive in...
The purpose of this Ph.D. thesis is to define the design window of single-mode dispersion-unshifted ...
Loss analysis due to the insertion of optical fiber in short wavelength spectrophotometer system is ...
Bend loss, propagation mode and dispersion are important factors in manufacture and use of optical f...
The planning fiber optic properties are one of the important fields in fiber optic communication sys...
Loss analysis due to the insertion of optical fiber in short wavelength spectrophotometer system is ...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
Abstract: The allocation of power losses between optical source and detector is referred to as the ...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
This thesis deals with the transmission of optical fibers, their properties and method of calculatio...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
In this study, performances of optical networks are analyzed by considering their working principles...
The objectives for this study are to compare the transmission signal characteristics from transmitte...
Bachelor´s thesis more closely specifies effects of attenuation and dispersion of optical fibers in ...
The aim of this project is to study the various factors that cause dispersion in fiber optics and br...
We analyze the dispersion characteristics of an optical fiber having linear chirp type refractive in...
The purpose of this Ph.D. thesis is to define the design window of single-mode dispersion-unshifted ...
Loss analysis due to the insertion of optical fiber in short wavelength spectrophotometer system is ...
Bend loss, propagation mode and dispersion are important factors in manufacture and use of optical f...
The planning fiber optic properties are one of the important fields in fiber optic communication sys...
Loss analysis due to the insertion of optical fiber in short wavelength spectrophotometer system is ...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
Abstract: The allocation of power losses between optical source and detector is referred to as the ...