中国激光, 2010, 37 (3): 804, 网络出版: 2010-03-11   

基于多波段模拟激光光源技术的激光设备检测方法

Testing Method of Laser Equipment Based on Multi-Wavelength Simulated Laser Source Technique
作者单位
军械工程学院军械技术研究所,河北 石家庄 050000
摘要
运用模拟光源对光电仪器进行检测与标定是光电装备故障诊断与维修的重要方法之一,在同一检测平台上对不同波长的各种激光装备进行检测,单一波长光源已经很难满足要求。通过采用自主研发的多波段模拟光源,以及集光电测控和光电信息采集、分析、处理于一体的光电检测平台,提出了能够检测多种波长激光设备的检测方法及其检测维修的可行性验证实验装置,经实验验证表明,该方法适用于1.06,0.9和1.55 μm等多种波长、不同脉宽激光检测的需要,集成化程度高,体积质量小,野外条件下检测操作简易可行。
Abstract
Using the simulated laser source for optoelectronic instrument testing and calibrating is one of the important methods of optoelectronic equipment fault diagnosis and protection. Under the same platform,for testing laser equipments with different wavelengths,a single wavelength laser source is difficult to meet the requirements of them.In this paper,by using independently developed muliti-wavelengh simulated laser source and the optoelectronic testing platform with the function of optoelectronic testing and controlment,information collection,analysis and processing,a testing method of laser equipments with several different wavelengths is proposed. Experiment shows,the method is appropriate to detect the laser sources with multi-wavelength and different pulse widths,such as 1.06 μm,0.9 μm and 1.55 μm,etc. Due to high integration and small bulk,the operation of testing is convenient in field condition.

陈志斌, 薛明晰, 侯章亚, 李义照. 基于多波段模拟激光光源技术的激光设备检测方法[J]. 中国激光, 2010, 37(3): 804. Chen Zhibin, Xue Mingxi, Hou Zhangya, Li Yizhao. Testing Method of Laser Equipment Based on Multi-Wavelength Simulated Laser Source Technique[J]. Chinese Journal of Lasers, 2010, 37(3): 804.

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