在精密光电检测和光纤通信系统中激激光电源的功率稳定最为重要。
The stable laser in power source is applied widely in precise light electricityexamine and light electricity corresponding.
本文研究了环形腔激光系统的反馈延迟对该系统的不稳定输出阈值，时间波形，功率谱及向混沌过渡道路的重要影响。
This paper studies the important effect of feedback delay on the unstable output of ring cavity laser system, especially the route to chaos in small delay time.
我们提出了一种激光功率反馈控制系统，它具有响应速度快、控制功率范围大、噪声低和高稳定性等特点。
A laser power feedback control system that features fast response, large-scale performance, low noise, and excellent stability is presented.
整个光放大系统可以工作在超稳定的状态，对于连续波激光注入，输出光功率在3个小时的测量时间之内变化小于0.33%。
The whole system could work in ultra-stable condition: for CW seeding laser, the fluctuation of output power is less than 0.33% in several hours.
系统利用智能模糊控制技术，可有效实现激光二极管光功率的实时控制和显示，可以获得稳定、准确可调的光功率输出。
The system can well control and display the optical power of laser diode in real time to provide steady and adjustable output of optical power by using intelligent fuzzy control technique.
高性能的美国射频激光管，完善光学系统，激光功率稳定，寿命长。
Radio frequency laser instrument with stable laser power and long life imported from USA perfect the optic system .
进口声光调q系统，锁光效果好，光损耗小，输出功率高，确保激光系统长时间稳定工作。
Q system, adjustable import acoustooptic light effect is good, light lock loss, high power output for a long time, ensure the stability of laser system.
进口声光调q系统，锁光效果好，光损耗小，输出功率高，确保激光系统长时间稳定工作。
Q system, adjustable import acoustooptic light effect is good, light lock loss, high power output for a long time, ensure the stability of laser system.
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