Performance optimization of the electro-optic Q-Switching for high power laser using RTP crystal

Abstract

In order to study the performance of proposal model crystal constructed from(Rubidium Titanly Phosphate, RTP) the birefringence, electric field application, optical,Influences of the most parametric on the electro-optical Q-switching operated for high powerlasers are accomplished. The voltage requirements for productions Q-switching operationwith electro-optical pockels-cells by means of this proposal as transversal configuration cellcrystal have been minimized from 1.900 kV to 1.808 kV for RTP cell these values werereduced in this work owing to the reduction of the thickness to length ratio of this crystal cell.The RTP crystal can be used with longitudinal electric field which is more suitablefor high electro-optical modulation of high power lasers, but with extreme half-wave voltage,which is measured in this work and found to be 9.143 kV and 6.363 kV for x and y directionrespectively .Also, in this work, interpolated treatments on the measurements were applied usingquarter-wave plate (Vλ/4) arrangement, which offered high improvement for using the linearof the transmission-voltage schemes to select the suitable requirement voltage for any levelsswitching.