%0 Journal Article
%T 基于LabVIEW的光纤光学实验室综合测控系统设计<br>Design of a LabVIEW-Based Optical Lab Integrated Measurement and Control System
%A 谭志存
%A 唐曦&lt
%A br&gt
%A TAN Zhi-cun
%A TANG Xi
%J 西南大学学报(自然科学版)
%D 2018
%R 10.13718/j.cnki.xdzk.2018.09.022
%X 针对非线性光学实验的测控需求，利用LabVIEW强大的虚拟仪器技术开发出一套'光纤光学实验室综合测控系统'.该系统操控简便、人机交互性强，通过模块化设计整合了激光器控制器、信号源、可调激光源、功率计、光谱仪、频谱仪和示波器等多种仪器设备，能够自动改变实验系统的关键参数并实时并行抓取光谱、频谱和时间序列等多种数据，从而实现高度自动化的科研实验.结果表明，该综合测控系统的研发能够显著提高实验效率，为完成各项科研任务提供了有力的支撑.<br>Based on the powerful virtual instrument technique of LabVIEW, we design an optical lab integrated measurement and control system for the needs of measurement and control in nonlinear optics experiments. This system has the advantages of good human-computer interaction and manipulation convenience. By a modularized design, the laser controller, the signal generator, the tunable laser, the power meter, the spectrographs and the oscilloscope are integrated into one virtual instrument. This virtual instrument can automatically change the key system parameters, and can real-time parallel fetch various data, such as data of optical spectrum, frequency spectrum and time series. Hence, high automated tests can be realized. The results indicate that this system can significantly improve the efficiency in experiments and provide a strong support for accomplishing research tasks
%K LabVIEW
%K 虚拟仪器
%K 数据采集
%K 测控系统
%K 非线性光学&lt
%K br&gt
%K LabVIEW
%K virtual instrument
%K data acquisition
%K measurement and control system
%K nonlinear optics
%U http://xbgjxt.swu.edu.cn/jsuns/html/jsuns/2018/9/20180922.htm