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Design and fabrication of high performance Er3+-doped fiber devices

Townsend, Janet E., Zervas, Michalis N. and Laming, Richard I., (1992) Design and fabrication of high performance Er3+-doped fiber devices Digonnet, J.F. and Snitzer, Elias (eds.) In Fiber Laser Sources and Amplifiers IV. vol. 1789, The International Society for Optical Engineering.. (doi:10.1117/12.141121).

Record type: Conference or Workshop Item (Paper)


Optimization of both fiber and device design is essential for maximum performance from erbium doped optical fibers as either line, pre- or power amplifiers, with optimum fiber composition and geometry being unique for each application. The field is extensive but selected examples are reviewed to indicate the range of device configurations and fiber structure available. Key advances include, via fiber design the development of ultra high gain efficiency for reduced pump power requirements and hence increased reliability of practical systems. Further, use of a novel device configuration allows exploitation of high gain efficiencies without compromising noise levels for a pre- or line amplifier. Power amplifiers demonstrating high output powers even at elevated signal levels are sought for many communications systems including local area networks. Both amplifier configuration and fiber composition have been investigated in the pursuit of output signals in excess of 20 dBm. The relative merits of these systems are discussed and future direction indicated. In summary, it is shown that optical fiber fabrication plays a key role in optimizing performance while the versatility of fiber circuitry allows full exploitation of the fiber potential

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Published date: 1992
Venue - Dates: Fiber Laser Sources and Amplifiers IV, United States, 1992-09-08 - 1992-09-11


Local EPrints ID: 77343
PURE UUID: 28d3a134-2d93-48f3-85ec-d148edd7468b

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Date deposited: 11 Mar 2010
Last modified: 18 Jul 2017 23:32

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Author: Janet E. Townsend
Author: Michalis N. Zervas
Author: Richard I. Laming
Editor: J.F. Digonnet
Editor: Elias Snitzer

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