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Design considerations for circularly form-birefringent optical fibres

Design considerations for circularly form-birefringent optical fibres
Design considerations for circularly form-birefringent optical fibres
Single-lobe and multiple-lobe single-mode fibre core structures which are twisted at a uniform rate along the fibre axis are proposed as candidates for achieving very high circular birefringence in optical fibres. The main characteristics of these structures are analysed in general terms using ray optics. These circularly birefringent fibres can give 100% twisting efficiency without any linear birefringence effects. Even with parameters similar to conventional monomode fibres, the maximum obtainable birefringence can be a few rotations/mm
0267-3932
249-255
Fujii, Y.
af293798-be19-41d1-b29d-37870200097a
Hussey, C.D.
6360ed38-f77f-4bf2-bd9d-ee2460e0ba70
Fujii, Y.
af293798-be19-41d1-b29d-37870200097a
Hussey, C.D.
6360ed38-f77f-4bf2-bd9d-ee2460e0ba70

Fujii, Y. and Hussey, C.D. (1986) Design considerations for circularly form-birefringent optical fibres. IEE Proceedings J (Optoelectronics), 133 (4), 249-255. (doi:10.1049/ip-j:19860040).

Record type: Article

Abstract

Single-lobe and multiple-lobe single-mode fibre core structures which are twisted at a uniform rate along the fibre axis are proposed as candidates for achieving very high circular birefringence in optical fibres. The main characteristics of these structures are analysed in general terms using ray optics. These circularly birefringent fibres can give 100% twisting efficiency without any linear birefringence effects. Even with parameters similar to conventional monomode fibres, the maximum obtainable birefringence can be a few rotations/mm

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Accepted/In Press date: August 1986
Published date: 1986
Venue - Dates: IEE Proceedings Part J, 1986-06-01 - 1986-06-01
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Learn more about Optoelectronics Research Centre research

Identifiers

Local EPrints ID: 77664
URI: http://eprints.soton.ac.uk/id/eprint/77664
DOI: doi:10.1049/ip-j:19860040
ISSN: 0267-3932
PURE UUID: 4b63c1f2-adc7-41f7-988c-13d55232685e

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Date deposited: 11 Mar 2010
Last modified: 13 Mar 2024 23:57

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Contributors

Author: Y. Fujii
Author: C.D. Hussey

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