积分器
无源积分器电路
托卡马克
积分ADC
电子线路
运算放大器积分器
放大器
计算机科学
物理
脉搏(音乐)
等离子体
控制理论(社会学)
电子工程
电气工程
探测器
运算放大器
工程类
RC电路
电容器
光电子学
控制(管理)
电压
CMOS芯片
核物理学
人工智能
Ćuk转换器
作者
D. M. Liu,Baonian Wan,Y. Wang,Yican Wu,Biao Shen,Z. S. Ji,Jiabei Luo
摘要
A new type of the integrator system with the low drift characteristic has been developed to accommodate the long pulse plasma discharges on Experiment Advanced Superconductor Tokamak (EAST). The integrator system is composed of the Ethernet control module and the integral module which includes one integrator circuit, followed by two isolation circuits and two program-controlled amplifier circuits. It compensates automatically integration drift and is applied in real-time control. The performance test and the experimental results in plasma discharges show that the developed integrator system can meet the requirements of plasma control on the accuracy and noise level of the integrator in long pulse discharges.
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