This paper describes the installation of the new JET Shape Controller System especially focusing on the addition of the Extreme Shape Controller. The activity was performed by the JET Operator in co-operation with the ENEA-CREATE design team, and involved both changes in the hardware and system software of JET and tuning of the proposed Extreme Shape Controller (XSC) design to satisfy the practical requirements of tokamak operation. The application of 10 years experience of controller implementation and commissioning combined with a modern and efficient modelling and design methodology has allowed an unprecedented fast and easy commissioning of the new system.

The System Architecture of the New JET Shape Controller

CENEDESE, ANGELO;
2005

Abstract

This paper describes the installation of the new JET Shape Controller System especially focusing on the addition of the Extreme Shape Controller. The activity was performed by the JET Operator in co-operation with the ENEA-CREATE design team, and involved both changes in the hardware and system software of JET and tuning of the proposed Extreme Shape Controller (XSC) design to satisfy the practical requirements of tokamak operation. The application of 10 years experience of controller implementation and commissioning combined with a modern and efficient modelling and design methodology has allowed an unprecedented fast and easy commissioning of the new system.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11577/2430039
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