In this work we investigated the possibility of generating subpicosecond pulses as a result of a modulation instability of continuous wave signals with a large modulation depth. In our case a large modulation depth of a continuous wave is achieved by using a cylindrical waveguides with a running refractive index wave (RRIW). Here, the entire cascade fiber system is a cylindrical waveguides RRIW connected in series with a section of passive fiber with anomalous dispersion. To achieve high peak power values in the generated pulse train, it is necessary to add a section of active fiber with normal dispersion to the stage. It is shown that, as a result of the regime of a induce modulation instability, pulses with a peak power that are orders of magnitude higher than the power of the incoming pump wave can be formed.
The article shows a general view of a slip-type ship-lifting complex; the principle of operation is described. The article
presents the modeling of a slip-type ship-lifting complex with possible correction of static and dynamic errors arising
during the operation of the complex in real operating conditions. Also included graphs of transient processes with
enabled and disabled correction circuits.
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