Polarization mode dispersion compensator based on anizotropic properties of spiral-bended single-mode fibers

Authors

  • O. V. Bondarenko Odessa National Academy of Telecommunications Named After A.S. Popov, Ukraine
  • D. G. Bagachuk Odessa National Academy of Telecommunications Named After A.S. Popov, Ukraine

DOI:

https://doi.org/10.1109/ICATT.2013.6650823

Keywords:

dispersion compensation, optical pulse signal, chromatic dispersion, polarization mode dispersion, single-mode optical fiber

Abstract

Has been developed a polarization mode dispersion compensator for single-mode optical fiber using artificially created difference of phase velocities propagation of basic extraordinary and ordinary waves in spiral-bended optical fiber, coiled tight turn to turn on the dielectric core.

References

GLADYSHEVSKIY, M.A.; SHCHERBATKIN, D.D. Chem opasna polyarizatsionnaya dispersiya? LIGHTWAVE, 2004, n.4, p.33-34.

MAKAROV, T.V. Kogerentnye Volokonno-Optucheskie Sistemy Peredachi. Odessa: ONAT, 2009, 220 p. [in Russian].

GOVIND, P. Agraval Lightwave Technology: Telecommunication Systems. Hoboken, New Jersey, The USA: John Wiley &Sons, Inc., 2005, 449 p.

MAKAROV, T.V.; BAGACHUK, D.G. Spiral'nye odnomodovye opticheskie volokna kak kompensatory dispersii impul'snych signalov. Naukovi Pratsi ONAT, 2012, n.1, p.108-111.

MAKAROV, T.V. Skruchenny volokonny svetovod dlya kogerentnoy peredachi signalov. Prazi UNDIRT, 1998, n.1, p.22-28.

KORNEYCHUK, V.I.; MAKAROV, T.V.; PANFILOV, I.P. Opticheskie Sistemy Peredachi. Kyiv: Technika, 1994, 388 p. [in Russian].

Published

2014-02-19

Issue

Section

Microwave components and circuits, fiber-optic links