Abstract
The influence of fibre loss on the generation of high bit rate and high quality soliton pulse trains using dual-frequency beat-signal and dispersion decreasing fibre (DDF) is analysed theoretically and numerically. The results show that when fibre loss is taken into account, the propagation behaviour of the pulse train is quite different from that when loss is neglected even though the condition Γ (normalized loss) ≪ σ0 (equivalent gain of DDF) is satisfied. As a result, when designing experiment work, one must be cautious in neglecting loss.
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