DESIGN PROCESS OF THE INTERLOCK SYSTEM FOR THE COMPACT LINEAR COLLIDER
Résumé
The Interlock system forms a critical part for the machine protection of linear colliders. Its goal is to inhibit the next pulse either on failure of critical equipment and/or on bad beam quality evaluation. This paper presents the ongoing process to validate design choices for the Compact Linear Collider (CLIC) Interlock System. The design process starts by establishing requirements. In mission-critical system case, these requirements mainly focus on the dependability. Furthermore, the new concept of fast beam quality analysis has been introduced into the CLIC Interlock System and will be discussed in this paper. To support the design process, experimentation with this concept has been launched. In addition, a hardware demonstration of the Interlock System was set up to validate that the design is in concordance with the requirements.
Domaines
ElectroniqueOrigine | Fichiers produits par l'(les) auteur(s) |
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