Artigo em revista científica Q2
Correlation and power distribution of intercore crosstalk field components of polarization-coupled weakly coupled single-mode multicore fibres
José A. P. Morgado (Morgado, J. A. P.); Adolfo Cartaxo (Cartaxo, A.);
Título Revista
Photonics
Ano (publicação definitiva)
2021
Língua
Inglês
País
Suíça
Mais Informação
Web of Science®

N.º de citações: 1

(Última verificação: 2024-10-14 02:14)

Ver o registo na Web of Science®


: 0.1
Scopus

N.º de citações: 3

(Última verificação: 2024-10-14 04:30)

Ver o registo na Scopus


: 0.4
Google Scholar

N.º de citações: 3

(Última verificação: 2024-10-12 20:40)

Ver o registo no Google Scholar

Abstract/Resumo
The correlation and power distribution of intercore crosstalk (ICXT) field components of weakly coupled multicore fibers (WC-MCFs) are important properties that determine the statistics of the ICXT and ultimately impact the performance of WC-MCF optical communication systems. Using intensive numerical simulation of the coupled mode equations describing ICXT of a single-mode WC-MCF with intracore birefringence and linear propagation, we assess the mean, correlation, and power distribution of the four ICXT field components of unmodulated polarization-coupled homogeneous and quasi-homogeneous WC-MCFs with a single interfering core in a wide range of birefringence conditions and power distribution among the field components at the interfering core input. It is shown that, for homogeneous and quasi-homogeneous WC-MCFs, zero mean uncorrelated ICXT field components with similar power levels are observed for birefringence correlation length and birefringence beat length in the ranges of [0.5 m, 10 m] and [0.1 m, 10 m], respectively, regardless of the distribution of power between the four field components at the interfering core input.
Agradecimentos/Acknowledgements
--
Palavras-chave
Birefringence beat length,Birefringence correlation length,Intercore crosstalk,Coupled-mode equations,Multicore fiber,Polarization-coupled fiber,Simulation,Weakly coupled
  • Engenharia Eletrotécnica, Eletrónica e Informática - Engenharia e Tecnologia
Registos de financiamentos
Referência de financiamento Entidade Financiadora
UIDB/EEA/50008/2020 Fundação para a Ciência e a Tecnologia
UIDP/50008/2020 Fundação para a Ciência e a Tecnologia
Projetos Relacionados

Esta publicação é um output do(s) seguinte(s) projeto(s):