A new VME trigger processor for the NA57 experiment

The ALICE experiment will use a trigger concept requiring independent deadtimes for each sub-detector system, and with detector-specific past-future protection. These features are implemented in a new VME-based trigger processor for the NA57 experiment. Monitoring and diagnostic features of the new...

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Detalles Bibliográficos
Autores principales: Antinori, Federico, Beker, H, Bloodworth, Ian J, Evans, D, Feofilov, G A, Jones, G T, Jovanovic, P, Kinson, J B, Kirk, A, Kocper, B, Kolojvari, A A, Králik, I, Lenti, V, Lupták, M, Norman, P I, Piuz, François, Staroba, P, Stokes, W N, Suchdolinská, I, Tomasicchio, G, Thompson, M, Van de Vyvre, P, Vascotto, Alessandro, Villalobos Baillie, O, Votruba, M F, Závada, P
Lenguaje:eng
Publicado: 1997
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/349911
Descripción
Sumario:The ALICE experiment will use a trigger concept requiring independent deadtimes for each sub-detector system, and with detector-specific past-future protection. These features are implemented in a new VME-based trigger processor for the NA57 experiment. Monitoring and diagnostic features of the new trigger processor are also described.<P>List of Figures <BR><UL><LI> Figure 1:<A HREF="ALICE_Trig.LHC3.eps">ALICE trigger logic diagram. </A><LI> Figure 2:<A HREF="NA57_layout.eps">Layout of the NA57 experiment. </A><LI> Figure 3:<A HREF="NA57D.eps">Schematic layout of NA57 VME central trigger processor. </A><LI> Figure 4:<A HREF="example.eps">Example of a trigger definition script. </A>

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