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Achenbach, R; Adragna, P; Andrei, V; Apostologlou, P; Åsman, B; Ay, C; Barnett, B M; Bauss, B; Bendel, M; Bohm, C; Booth, J R A; Brawn, I P; Thomas, P Bright; Charlton, D G; Collins, N J; Curtis, C J; Dahlhoff, A; Davis, A O; Eckweiler, S; Edwards, J P; Eisenhandler, E; Faulkner, P J W; Fleckner, J; Föhlisch, F; Garvey, J; Gee, C N P; Gillman, A R; Hanke, P; Hatley, R P; Hellman, S; Hidvégi, A; Hillier, S J; Jakobs, K; Johansen, M; Kluge, E -E; Landon, M; Lendermann, V; Lilley, J N; Mahboubi, K; Mahout, G; Mass, A; Meier, K; Moa, T; Moyse, E; Müller, F; Neusiedl, A; Nöding, C; Oltmann, B; Pentney, J M; Perera, V J O; Pfeiffer, U; Prieur, D P F; Qian, W; Rees, D L; Rieke, S; Rühr, F; Sankey, D P C; Schäfer, U; Schmitt, K; Schultz-Coulon, H -C; Schumacher, C; Silverstein, S; Staley, R J; Stamen, R; Stockton, M C; Tapprogge, S; Thomas, J P; Trefzger, T; Watkins, P M; Watson, A; Weber, P; Woehrling, E -E
Journal of instrumentation, 03/2008, Volume: 3, Issue: 3Journal Article
The ATLAS Level-1 Calorimeter Trigger uses reduced-granularity information from all the ATLAS calorimeters to search for high transverse-energy electrons, photons, τ leptons and jets, as well as high missing and total transverse energy. The calorimeter trigger electronics has a fixed latency of about 1 μs, using programmable custom-built digital electronics. This paper describes the Calorimeter Trigger hardware, as installed in the ATLAS electronics cavern.
