Dispersion-allocated soliton technologies and the stretched-pulse mode-locked fiber laser

Masataka Nakazawa

Dispersion-allocated soliton technologies and the stretched-pulse mode-locked fiber laser

Research output: Contribution to conference › Paper › peer-review

Abstract

The larger power margin of dispersion-allocated (D-A) solitons is compared to ordinary solitons with uniform dispersion. Propagation over 3000 km of an ideal N = 3 soliton, a dynamic soliton, and D-A soliton is shown as well as propagation characteristics of D-A solitons with N = 1 and two amplitudes. The D-A soliton improves the timing margin of soliton transmissions and does not break into smaller pulses because of its larger power margin.

Original language	English
Pages	311-312
Number of pages	2
Publication status	Published - 1997 Jan 1
Externally published	Yes
Event	Proceedings of the 1997 Conference on Optical Fiber Communications - Dallas, TX, USA Duration: 1997 Feb 16 → 1997 Feb 21

Other

Other	Proceedings of the 1997 Conference on Optical Fiber Communications
City	Dallas, TX, USA
Period	97/2/16 → 97/2/21

ASJC Scopus subject areas

Electronic, Optical and Magnetic Materials
Electrical and Electronic Engineering

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title = "Dispersion-allocated soliton technologies and the stretched-pulse mode-locked fiber laser",

abstract = "The larger power margin of dispersion-allocated (D-A) solitons is compared to ordinary solitons with uniform dispersion. Propagation over 3000 km of an ideal N = 3 soliton, a dynamic soliton, and D-A soliton is shown as well as propagation characteristics of D-A solitons with N = 1 and two amplitudes. The D-A soliton improves the timing margin of soliton transmissions and does not break into smaller pulses because of its larger power margin.",

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AB - The larger power margin of dispersion-allocated (D-A) solitons is compared to ordinary solitons with uniform dispersion. Propagation over 3000 km of an ideal N = 3 soliton, a dynamic soliton, and D-A soliton is shown as well as propagation characteristics of D-A solitons with N = 1 and two amplitudes. The D-A soliton improves the timing margin of soliton transmissions and does not break into smaller pulses because of its larger power margin.

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