Using a picosecond pulse laser seed source with nonlinear frequency component, the laser with nonlinear fiber amplifier is constructed to directly produce supercontinuum. The problem of reverse light in nonlinear amplification is effectively solved. In the experiment, SESAM passively mode-locked picosecond pulse is used to achieve first-stage stokes frequency extension through two-stage amplification. Finally, the third-stage nonlinear fiber amplifier is used to achieve the supercontinuum output with the wavelength coverage range of 950 to about 1650nm, flatness of 10dB and output power of 56W.
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