摘要
研究了全内腔Nd:YVO4微片激光器的温度稳频控制。分析了影响Nd:YVO4微片激光器频率的因素和频率变化对系统测量误差带来的影响。设计了合理的机械结构和控制电路,通过采用温度控制的方法进行稳频,介绍了系统的组成成分及各个元件的作用。实验分析了频率和输出功率之间的关系,在此基础上优化了系统的结构。实现稳频控制后,显著提高了激光器的频率稳定性,频率稳定度能达到(10^(-7)~10^(-8)),改进了系统的工作性能,以满足高精度的测量需求,使其在精密测量技术领域具有更广阔的发展前景。
The temperature-based frequency stabilization of internal cavity Nd:YVO4 microchip laser is studied. The factors that affect the frequency of Nd:YVO4 microchip laser and the impact of frequency drift on the measurement accuracy are analyzed. Physical device and control circuit are designed. The stabilization of the frequency is realized by control of the temperature. The components of the system and the role of each component are introduced. The frequency and the power are experimentally analyzed. On the base of this,the structure of the system is optimized. The frequency stability is obliviously improved by employing the temperature control,which can reach the level of(10^(-7)~10^(-8)). The working performance of the instrument is improved to fulfill the need of precise measurement,so that it has a broader development prospects in the field of precision measurement technology.
出处
《机械设计与制造》
北大核心
2018年第3期182-184,共3页
Machinery Design & Manufacture
基金
南通大学研究生科技创新计划项目(YKC14004)
国家自然科学基金重点项目(61475082)
关键词
温度控制
ND:YVO4
稳频
全内腔微片激光器
Temperature Control
Nd:YVO4
Frequency Stabilization
Internal Cavity Microchip Laser
