Design of the linear gradient of DC high voltage power supply based on X-ray machine

K. Zhao, Ping Chen
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引用次数: 1

Abstract

The emergence of technology which contains variable energy data acquisition and intelligent imaging has greatly accelerated the development of image acquisition based on X-ray. Although the emergence of this kind of intelligent technology improves the efficiency of working, the most are accomplished based on the software, and high voltage power supply itself is lack of controlling for the process of high pressure gradient, so that it can't focus on the process of data collection well. Demand on above, we put forward design of the linear gradient of dc high voltage power supply based on X-ray machine, the system of high voltage sccurce starts from hardware and software and solves the previous problem very well at the same time. The high-voltage source uses technology of PID control (Proportional-Integral-Differential Controller), it has the function of the automatic linear gradient of and the slope of process of high pressure gradient is adjustable, and it can get the feedback all the time, the precision and ripple of output are maintained within 0.1%. The development based on the function have been put forward and is in the research, its actual value is relatively significant.
基于x光机的直流高压电源线性梯度设计
包含可变能量数据采集和智能成像技术的出现,极大地促进了基于x射线的图像采集技术的发展。这种智能技术的出现虽然提高了工作效率,但大部分都是基于软件来完成的,高压电源本身缺乏对高压梯度过程的控制,无法很好地专注于数据采集过程。基于以上需求,我们提出了基于x光机的直流高压电源线性梯度设计,该高压电源系统从硬件和软件两方面入手,同时很好地解决了前面的问题。高压源采用比例-积分-微分控制器(PID)控制技术,具有自动线性梯度和高压梯度过程斜率可调的功能,并能随时得到反馈,输出精度和纹波保持在0.1%以内。基于功能的开发已经被提出并正在研究中,其实际价值是比较有意义的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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