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Fibre four-wave mixing induced by optical amplification in a 16 channel coherent system

Fibre four-wave mixing induced by optical amplification in a 16 channel coherent system
Fibre four-wave mixing induced by optical amplification in a 16 channel coherent system
In optical frequency division multiplexed systems, the nonlinear interaction between signal channels may set the ultimate limit on the allowable channel spacing, total number of channels, and maximum power per channel. The four-wave mixing (FWM) crosstalk in semiconductor amplifiers has been shown to cause a sensitivity degradation when the channel spacing is a few hundred megahertz. In contrast, when fiber amplifiers are used, nonlinear interactions have been considered negligible because of the long fluorescence time constant. However, we recently found that for a fiber amplifier with a saturation power in the 5-10-mW range, the transmission fiber following the amplifier can cause FWM crosstalk. Fiber FWM may also be observed without an amplifier if a wavelength selective coupler is used to combine the laser outputs with no splitting loss.
Laming, R.I.
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Maeda, M.W.
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Sessa, W.B.
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Way, W.I.
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Yi-Yan, A.
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Welter, R.
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Curtis, L.
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Laming, R.I.
c86f359b-9145-4148-bc7d-ae4f3d272ca2
Maeda, M.W.
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Sessa, W.B.
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Way, W.I.
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Yi-Yan, A.
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Welter, R.
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Curtis, L.
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Laming, R.I., Maeda, M.W., Sessa, W.B., Way, W.I., Yi-Yan, A., Welter, R. and Curtis, L. (1989) Fibre four-wave mixing induced by optical amplification in a 16 channel coherent system. ECOC '89: 15th European Conference on Optical Communication, Gothenburg, Sweden. 09 - 13 Sep 1989.

Record type: Conference or Workshop Item (Paper)

Abstract

In optical frequency division multiplexed systems, the nonlinear interaction between signal channels may set the ultimate limit on the allowable channel spacing, total number of channels, and maximum power per channel. The four-wave mixing (FWM) crosstalk in semiconductor amplifiers has been shown to cause a sensitivity degradation when the channel spacing is a few hundred megahertz. In contrast, when fiber amplifiers are used, nonlinear interactions have been considered negligible because of the long fluorescence time constant. However, we recently found that for a fiber amplifier with a saturation power in the 5-10-mW range, the transmission fiber following the amplifier can cause FWM crosstalk. Fiber FWM may also be observed without an amplifier if a wavelength selective coupler is used to combine the laser outputs with no splitting loss.

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Published date: 1989
Venue - Dates: ECOC '89: 15th European Conference on Optical Communication, Gothenburg, Sweden, 1989-09-09 - 1989-09-13

Identifiers

Local EPrints ID: 77518
URI: http://eprints.soton.ac.uk/id/eprint/77518
PURE UUID: ae54d3b7-07ca-4ce4-a616-532c59f5de2d

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Date deposited: 11 Mar 2010
Last modified: 29 Jan 2020 13:35

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Contributors

Author: R.I. Laming
Author: M.W. Maeda
Author: W.B. Sessa
Author: W.I. Way
Author: A. Yi-Yan
Author: R. Welter
Author: L. Curtis

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