Analysis and Designing of Photonic Crystal Fiber

ISBN-13: 9786204953663 / Angielski / Miękka / 96 str.

Rupayali Swaroop; Himanshu Joshi

Opis

A simple index-guiding hexagonal-lattice photonic crystal fiber is presented in this paper for almost Zero Ultra Flattened Chromatic Dispersion with extremely low confinement loss. In this type of PCF, finite-difference time-domain (FDTD) method with the perfectly matched layers boundary conditions has been used. The proposed holey fiber presents dispersion flattened optical fiber (DF-PCF) for tailoring near-zero ultra-flatten dispersion of 0.58 ps /nm/km for 1.265 µm to 1.64 µm wide wavelength range or 375 nm flat band as well as low confinement losses of near 10-5 dB/km. By simulation result, it is possible to achieve near-zero ultra-flatten dispersion of 0.58 ps/nm/km for 1.265 µm to 1.64 µm with low confinement losses of the order less than 10-5 dB/km for the second and third optical window which can be properly utilized in broadband optical transmission applications.

O autorze

Swaroop, RupayaliMs. Rupayali Swaroop has completed her B.Tech in Electronics and communication department in the year 2016 and then did her M.Tech in Digital Communication from Electronics and Communication department in the year 2018. She is a member of IEEE and published some papers. Presently, she is a research scholar and pursuing Ph.D.