Design status of ITER IC H&CD plant system control

B Arambhadiya, D Billava,F Kazarian,J Y Journeaux,B Beaumont,P U Lamalle,D Rathi,T Gassmann,T Alonzo, E Fredd, N Greenough,B Peters,K Rajnish,R Trivedi, Arjun Mukherjee, Anup Patel, Ani R Thakar, H Dhola,Rajesh N Dave,F Sartori

Fusion Engineering（2013）

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摘要

A functional approach has been used to define functions & responsibility sharing of each Local Control Unit (LCU) and Ion Cyclotron Heating and Current Drive (IC H&CD) Plant System Control (IC-PSC). The resulting functional architecture of the IC H&CD control system is detailed in this paper. The paper highlights functional study of management of fast radio-frequency (RF) arc protection across the IC H&CD subsystems. Lastly, a possible hardware architecture compliant with the functional one is described.

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关键词

tokamak devices,fusion reactor design,fusion reactor safety,plasma toroidal confinement,ich-cd plant system control,iter design status,current drive,fast radio-frequency arc protection,hardware architecture compliant,ion cyclotron heating,local control unit,i&c,ic h&cd,icrf,architecture,plant control,plant control system,hardware,integrated circuits,control systems,plasmas,radio frequency

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