Abstract

Parameters of mid-infrared pulsed radiation (∼17.1 µm) being emitted due to intracavity nonlinear optical frequency conversion in the dual-wavelength vertical external-cavity surface-emitting laser are analyzed. Nonlinear optical frequency conversion is supposed to be realized in the quasi-phase-matched crystal. The dependence of peak pulse power at the wavelength corresponding to the mid-infrared range on the nonlinear crystal length at various values of a loss factor is obtained.

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