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Active control system upgrade design for lower hybrid current drive system on Alcator C-Mod
Authors:A.D. Kanojia  G.M. Wallace  D.R. Terry  J.A. Stillerman  W.M. Burke  P.A. MacGibbon  D.K. Johnson
Affiliation:Massachusetts Institute of Technology Plasma Science and Fusion Center, Cambridge, MA, United States
Abstract:As a part of the scheduled expansion of the Alcator C-Mod lower hybrid current drive (LHCD) system from 12 to 16 klystrons to accommodate installation of a second LH antenna, the active control system (ACS) is being redesigned to accommodate the additional klystrons. Digitizers and output modules will be cPCI modules provided by D-tAcq Solutions. The real-time application will run on a standard PC server running Linux. Initially, the new ACS system will be designed to control 8 klystrons on the second LH antenna and the existing ACS will control the remaining 8 klystrons on the existing LH antenna. Experience gained operating the existing LHCD system has given us insight into the design of a more robust, compact, efficient and simple system for the new ACS. The design upgrade will be patterned on the digital plasma control system (DPCS [1]) in use on C-Mod.
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