Temperature-Insensitive Frequency Conversion by Electro-optic Effect Compensating for Phase Mismatch
A universal phase mismatch compensation method, which can be applied to temperature-insensitive frequency conversion, is experimentally demonstrated.In this method, two nonlinear crystals and an electro-optic crystal are cascaded.The generated phase mismatch in the nonlinear crystal can be well compensated magic pants stoko for in the electro-optic