The ATLAS level-0 barrel muon trigger for High-Luminosity LHC will use data from RPC and MDT muon detectors and from the Tile Calorimeter. RPC hit data will be collected by on-detector Data Transmitter and Collector (DCT) boards and will be sent off-detector to the Sector Logic (SL) boards. Within a latency of 390 ns the SL boards should provide muon pre-candidates to the MDT trigger processor for an improved momentum measurement. This contribution presents the design of the system and results of recent tests of DCT and SL prototypes and firmware.
Status of the Level-0 ATLAS Barrel Muon Trigger for High-Luminosity LHC / Morodei, Federico. - (2022). (Intervento presentato al convegno Topical Workshop on Electronics for Particle Physics 2022 tenutosi a Bergen; Norway).
Status of the Level-0 ATLAS Barrel Muon Trigger for High-Luminosity LHC
Federico Morodei
2022
Abstract
The ATLAS level-0 barrel muon trigger for High-Luminosity LHC will use data from RPC and MDT muon detectors and from the Tile Calorimeter. RPC hit data will be collected by on-detector Data Transmitter and Collector (DCT) boards and will be sent off-detector to the Sector Logic (SL) boards. Within a latency of 390 ns the SL boards should provide muon pre-candidates to the MDT trigger processor for an improved momentum measurement. This contribution presents the design of the system and results of recent tests of DCT and SL prototypes and firmware.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
