具体给出了它们的主要性能参数及其在极向场电源系统中的应用。
The main performance parameters and the application in the poloidal field power supply system of them were given.
介绍了将应用于EAST超导托卡马克装置的极向场电源失超保护控制系统的设计方案和技术要求。
This paper introduces the design scheme and technical requirement of quench protection control system for the poloidal power supply, which will be used in the EAST Tokamak.
EAST极向场电源是国家“九五”大科学工程EAST非圆截面大型超导托卡马克装置的子系统。
The power-supply control system of poloidal field system is a sub-system in EAST (Experimental Advanced Superconducting Tokamak), which is a National Mage-project of Science Research of China.
以极向场电源控制系统为研究对象进行时间错误分析，找出影响时间性能的关键因素并提出几种解决措施。
It analyzes timing errors on PF power control system to find out some key factors affecting the time performance.
核聚变装置EAST极向场电源控制系统由三层网络组成：WINDOWS监测层、QNX实时控制层、现场总线执行层。
The poloidal field power supply control system of the nuclear fusion device-EAST is constituted of three layer networks: WINDOWS monitor layer, QNX realtime control layer, Fieldbus layer.
核聚变装置EAST极向场电源控制系统由三层网络组成：WINDOWS监测层、QNX实时控制层、现场总线执行层。
The poloidal field power supply control system of the nuclear fusion device-EAST is constituted of three layer networks: WINDOWS monitor layer, QNX realtime control layer, Fieldbus layer.
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