摘要
A high repetition rate, compact micro-pulse all-solid-state laser is designed. The diffusion bonded crystal of YAG, Nd：YAG, and Cr^4＋：YAG is taken as a monolithic cavity. The optimized initial transmission, output coupling, and pumping size of Cr^4＋ ：YAG are calculated. The experimental results show that the laser satisfies the requirement of a spaeeborne laser range finder.
A high repetition rate, compact micro-pulse all-solid-state laser is designed. The diffusion bonded crystal of YAG, Nd：YAG, and Cr^4＋：YAG is taken as a monolithic cavity. The optimized initial transmission, output coupling, and pumping size of Cr^4＋ ：YAG are calculated. The experimental results show that the laser satisfies the requirement of a spaeeborne laser range finder.
