摘要
射频电源是RF-CO^(2)激光器中的一个重要部件。在开发一个新的RF-CO^(2)激光器时,由于激光器负载和射频电源匹配失调,在调试过程中容易造成射频功放功率管击穿、烧损。为解决这一问题,设计了一套集数据采集、自动保护控制和可视化技术为一体的RF-CO^(2)激光器射频电源监控平台。平台采用软件和硬件相结合的方式,在射频电源中嵌入控制模块,搭建数据采集系统和自动保护系统,并结合电路设计软件平台完成对射频电源的数据信息采集和保护控制。经过实验测试,平台可以有效避免射频电源功率管的损坏,实现射频电源的自动保护,并完成射频电源系统的数据采集和远程保护控制,缩短了RF-CO^(2)激光器的调试周期,提高了整机的开发效率。
RF power supply is an important component in RF-CO^(2)laser.During the development of a new RFCO^(2)laser,due to the mismatch between the laser load and the RF power supply,the power tube of the RF power amplifier is easy to break down and burn out in the debugging process.In order to solve this problem,a RF power supply monitoring platform for RF-CO^(2)laser,which integrated data acquisition,automatic protection control and visualization technology,was designed.The platform adopted a combination of software and hardware,a control module was embedded in the RF power supply,a data acquisition system and automatic protection system were set up,and combined with the circuit design software platform,the RF power supply data acquisition and protection control was completed.The experimental test shows that the platform can effectively avoid the damage of the power tube of the RF power supply,realize the automatic protection of the RF power supply,complete the data acquisition and remote protection control of the RF power supply system,shorten the debugging period of the RF-CO^(2)laser,and improve the development efficiency of the whole machine.
作者
唐化江
郑义军
谭荣清
黄文武
刘峻曦
李辉
宁方晋
卢越
朱子任
Tang Huajiang;Zheng Yijun;Tan Rongqing;Huang Wenwu;Liu Junxi;Li Hui;Ning Fangjin;Lu Yue;Zhu Ziren(Aerospace Information Research Institute,Chinese Academy of Sciences,Beijing 100094,China;School of Electronic,Electrical and Communication Engineering,University of Chinese Academy of Sciences,Beijing 100049,China)
出处
《红外与激光工程》
EI
CSCD
北大核心
2021年第S02期99-105,共7页
Infrared and Laser Engineering
基金
粒子输运与富集技术国防科技重点实验室基金(2019KJC-Y-0001)
