48% power conversion efficiency in single pump gain-shifted thulium-doped fibre amplifier

A pumping scheme was proposed to enhance the power conversion efficiency of thulium-doped fibre amplifier (TDFA). A Raman resonator and S-band amplifying module along with a dual wavelength Raman fibre laser were implemented in the pumping scheme. A fusion coupler was used to split the pump power to...

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Published inElectronics letters Vol. 37; no. 15; pp. 943 - 945
Main Authors Roy, F., Leplingard, F., Lorcy, L., Le Sauze, A., Baniel, P., Bayart, D.
Format Journal Article
LanguageEnglish
Published 19.07.2001
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Abstract A pumping scheme was proposed to enhance the power conversion efficiency of thulium-doped fibre amplifier (TDFA). A Raman resonator and S-band amplifying module along with a dual wavelength Raman fibre laser were implemented in the pumping scheme. A fusion coupler was used to split the pump power to launch it forward and backward and to ensure high power conversion efficiency. It is reported that addition of a second pump wavelength achieved gain-shifted TDFA with improved efficiency.
AbstractList A pumping scheme was proposed to enhance the power conversion efficiency of thulium-doped fibre amplifier (TDFA). A Raman resonator and S-band amplifying module along with a dual wavelength Raman fibre laser were implemented in the pumping scheme. A fusion coupler was used to split the pump power to launch it forward and backward and to ensure high power conversion efficiency. It is reported that addition of a second pump wavelength achieved gain-shifted TDFA with improved efficiency.
Author Bayart, D.
Lorcy, L.
Leplingard, F.
Roy, F.
Le Sauze, A.
Baniel, P.
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References Roy (10.1049/el:20010672_r4) 2000
Aozasa (10.1049/el:20010672_r9) 2001
Roy (10.1049/el:20010672_r8) 2001
Kasamatsu (10.1049/el:20010672_r7) 2001
Percival (10.1049/el:20010672_r1) 1994; 30
Komukai (10.1049/el:20010672_r2) 1995; 31
Samson (10.1049/el:20010672_r6) 2000
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Sakamoto (10.1049/el:20010672_r3) 1999
Kasamatsu (10.1049/el:20010672_r5) 1999
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