强激光驱动器能源系统瞬态特征实时测控系统研究

随着惯性约束核聚变研究的发展．强激光驱动器能源系统的研究备受关注。为了向激光驱动能源系统传输效率的研究提供可靠的实验数据．研究了强激光驱动器能源系统中氙灯瞬态放电特征数据进行实时检测的方法和测控系统结构。采用量化传输模式进行特征量的检测与传输，既实现了高压隔离，又避免了在远距离传输过程中受到干扰，确保测量精度。配合系统的模块化设计，采用多线程工作模式，对计算机系统的控制功能进行工作线程划分，提高了系统的实时性和协调性。实验表明，系统有效地实现了弱电系统对强电系统的远程控制．测量精度满足测量要求，已成功应用于能源系统的实验研究。

Research on Real-Time Measuring the Instantaneous Discharging Characteristic for High Power Laser Power Conditioning System

Developing with the research on ICF, more and more attention is paid to the high power laser power conditioning system. In order to obtain accurate experiment data for researching on transmission efficiency of the high power laser power conditioning system, the structure of the controlling, measuring system and its real time measure method for the characteristic data during the instantaneous discharging process of the xenon flash lamp were presented. A quantified transmit model was adopted to measure and transmit the characteristic data, and it realized not only separating high voltage, but also preventing from being disturbed during long distance transmission to ensure measuring precision. Cooperating to the modularize design of the system, the control function was divided into several threads to enhance the ability of real time and harmony, and it realized the remote controlling high power system by low one effectively. The results show that the precision of the system is satisfied with the requirement of analysis and now the system is applied in experiment and research on power conditioning system.