Characteristics Of Single-mode Fibers Research Articles

A simple and effective method to analyze the propagation characteristics of nonlinear single mode fiber using Chebyshev method

The Chebyshev method is very well known for its simplicity as an approximate analytical formalism to study propagation characteristics of single mode fibers with linear optical media. The method is inapplicable in the context of nonlinear fiber for deeply involved multiplication of various power coefficients. In this article, we propose and develop a simple iterative method based on Chebyshev technique to investigate propagation characteristics of single mode nonlinear fibers and show that our results match with available rigorous results reliably. © 2014 Wiley Periodicals, Inc. Microwave Opt Technol Lett 56:787–790, 2014

Novel Method for Studying Single-mode Fibers involving Chebysev Technique

A simple numerical method based on Chebysev technique is proposed to calculate the propagation characteristics of single mode fibers having arbitrary index profiles. The method also formulates a linear relation of K 1 (W)/K 0 (W) with 1/W. The method predicts the normalised fiber parameters and field functictions in the core and cladding as well for step and parabolic index fibers excellently.

Fast evaluation of the characteristics of single-mode optical fibers

This paper describes a method for fast engineering evaluation of the transmission characteristics of single-mode optical fibers. A versatile microcomputer program is presented which can be utilized to analyze mode field characteristics of single-mode fibers with arbitrary refractive index profiles. Our computation shows that the mathematical algorithm and the corresponding programs developed in this paper are relatively simple and accurate enough for the engineering design of single-mode fibers for optical communication systems.

Issues in single-mode fiber standardization

Abstract A review is given of the main organizations responsible for optical fiber standards activities, followed by a general discussion of specifiable characteristics of single-mode fibers and test methods for measuring them. The parameters and methods are then discussed in detail, with areas of disagreement among standards groups pointed out and directions of future work indicated.

Polarization Characteristics of Single Mode Fibers

Polarization Characteristics of Single Mode Fibers