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Compact, synchronously diode-pumped tunable fiber Raman source of subpicosecond solitons around 1.6 µm

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Abstract

A compact and simple all-fiber subpicosecond soliton source is demonstrated that employs synchronous Raman amplification in dispersion-shifted fiber from a gain-switched 1536-nm laser diode pump. Tuning between 1620 and 1660 nm is obtained by electronic variation of the gain-switching frequency around 54.47 MHz, and solitons as short as 400 fs are achieved. This configuration could form the basis of cheap, compact, and tunable femtosecond-pulse sources. Comparisons are made to single-pass results.

© 2004 Optical Society of America

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