Quantum Electronics · 2009 · 11 citations · 1 references
EngineeringNarrow-band 100-Ns PulsesFiber OpticsHigh-power LasersFiber-optic CommunicationOptical AmplificationModulation InstabilityOptical PropertiesThreshold PowerOptical SolitonFiber LaserPhotonicsPhysicsOptical TransmissionFiber OpticApplied PhysicsIntensity ModulationOptical Fiber CommunicationFibre Amplifier
We demonstrate that, in the presence of noise, propagation of narrow-band 100-ns pulses through a 6-km long optical fibre sharply reduces their amplitude when a threshold power (∼0.2 W) is exceeded. The effect is due to the development of modulation instability and is sensitive to the noise level in the spectral region ∼100 GHz in width around the central frequency.
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