20 THz-bandwidth continuous-wave fiber optical parametric amplifier operating at 1 µm using a dispersion-stabilized photonic crystal fiber
A Mussot, A Kudlinski, R Habert, I Dahman, G Mélin… - Optics express, 2012 - opg.optica.org
A Mussot, A Kudlinski, R Habert, I Dahman, G Mélin, L Galkovsky, A Fleureau, S Lempereur…
Optics express, 2012•opg.optica.orgWe report the experimental demonstration of a continuous-wave all-fiber optical parametric
amplifier in the 1 µm band with a record bandwidth of more than 20 THz and a peak gain of
almost 40 dB. This is achieved by using a photonic crystal fiber with a high figure of merit
and strongly reduced longitudinal dispersion fluctuations. Due to their unique bandwidth
and gain characteristics, fiber parametric amplifiers at 1 µm provide an interesting alternative
to solid-state or ytterbium-doped fiber amplifiers for ultrafast optical pulse and signal …
amplifier in the 1 µm band with a record bandwidth of more than 20 THz and a peak gain of
almost 40 dB. This is achieved by using a photonic crystal fiber with a high figure of merit
and strongly reduced longitudinal dispersion fluctuations. Due to their unique bandwidth
and gain characteristics, fiber parametric amplifiers at 1 µm provide an interesting alternative
to solid-state or ytterbium-doped fiber amplifiers for ultrafast optical pulse and signal …
We report the experimental demonstration of a continuous-wave all-fiber optical parametric amplifier in the 1 µm band with a record bandwidth of more than 20 THz and a peak gain of almost 40 dB. This is achieved by using a photonic crystal fiber with a high figure of merit and strongly reduced longitudinal dispersion fluctuations. Due to their unique bandwidth and gain characteristics, fiber parametric amplifiers at 1 µm provide an interesting alternative to solid-state or ytterbium-doped fiber amplifiers for ultrafast optical pulse and signal processing.
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