Proceedings ArticleDOI
Investigations of optical pulse distortion in macro-bends of single mode fibers
Alexander V. Troshin
- Vol. 7026
TLDR
In this article, a new simulation method for optical pulse distortion in macro-bends of single-mode optical fiber with coating layer is presented, showing that the pulse distortion can make bit errors for optical communication systems with high bit rate.Abstract:
A new simulation method for optical pulse distortion in macro-bends of single-mode optical fiber with coating layer is
presented. The pulse distortion in macro-bends of standard single mode fibers are investigated theoretically, showing that
the pulse distortion in macro-bends can make bit errors for optical communication systems with high bit rate. The
simulation technique is validated by comparison with exact solution for macro-bend losses of standard single mode fiber.read more
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Theoretical and experimental investigations of macro-bend Losses for standard single mode fibers
TL;DR: Modeling of macro-bend losses for single mode fibers with multiple cladding or coating layers suggests that the so-called elastooptical correction in modeling is not required for SMF28.
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Electrical measurements of multipath interference in distributed Raman amplifiers
C.R.S. Fludger,Robert J. Mears +1 more
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Design of curved waveguides: the matched bend
TL;DR: A new criterion for the optimum design of curved dielectric waveguides is proposed, which is more robust to both fabrication tolerances and wavelength and can be realized in every technology.
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