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Experimental observation of soliton robustness to polarisation dispersion pulse broadening

Experimental observation of soliton robustness to polarisation dispersion pulse broadening

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Soliton robustness to polarisation dispersion pulse broadening in a 400 km installed optical fibre is experimentally demonstrated. With 10 ps input pulses and a differential group delay of 7.6 ps, the soliton pulsewidth at the receiver is maintained within 10–11 ps when the input polarisation is changed, while the corresponding range for dispersion-compensated linear pulses is 10.5–15.5 ps.

Inspec keywords: optical solitons; optical fibre polarisation; optical fibre dispersion; optical fibre communication

Other keywords: soliton robustness; 400 km; installed optical fibre; differential group delay; 10 to 11 ps; 7.6 ps; polarisation dispersion pulse broadening; input polarisation; 10.5 to 15.5 ps; dispersion-compensated linear pulses; soliton pulsewidth

Subjects: Optical solitons; Optical propagation, dispersion and attenuation in fibres; Optical communication devices, equipment and systems; Optical solitons; Fibre optics; Optical fibre networks

References

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      • C.D. Poole , J. Nagel , I.P. Kaminov , T.L. Koch . (1997) Polarization effects in lightwave systems, Optical fibertelecommunications.
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      • F. Matera , M. Settembre . Compensation of polarization mode dispersion by means of the Kerr effectfor nonreturn-to-zero signals. Opt. Lett. , 28 - 30
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      • X. Zhang , M. Karlsson , P.A. Andrekson , K. Bertilsson . Soliton stability in optical fibers with polarization-mode dispersion. IEEEPhotonics Technol. Lett. , 376 - 378
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      • C.R. Menyuk . Stability of solitons in birefringent fibers. I: Equalpropagation amplitudes. Opt. Lett. , 614 - 616
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