Abstract
Utilization of a dual-frequency beat laser radiation with equal intensities of the both spectral components is very promising for high-repetition-rate pulse train generation and ultra long nonlinear data transmission [1-3]. It has been shown [1] that utilization of dual-frequency radiation and a fiber with distributed effective amplification (fiber with actual amplification or fiber with slowly decreasing dispersion (FSDD)) allows to generate high-quality stable trains of solitons. Previously this technique was demonstrated in pulsed-psec [1] and μsec [5] -regimes. Here we present the first experimental ~100 GHz soliton train generation in a pure continuous wave regime.
© 1992 Optical Society of America
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