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Stato e prospettive del DAQ & DCS M. Bellato, A. Parenti, M.Passaseo, S. Ventura Padova 16 dicembre 2004.

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Presentation on theme: "Stato e prospettive del DAQ & DCS M. Bellato, A. Parenti, M.Passaseo, S. Ventura Padova 16 dicembre 2004."— Presentation transcript:

1 Stato e prospettive del DAQ & DCS M. Bellato, A. Parenti, M.Passaseo, S. Ventura Padova 16 dicembre 2004

2 Padova 16 Nov 2004Marina Passaseo2 Outline DCS hardware e layout DCS, Trigger e DAQ data paths Test beam setup Local DAQ, test settore, cosmic challenge (3 settori) Integrazione DCS & RCSM

3 Padova 16 Nov 2004Marina Passaseo3 DT DCS Layout (HV+LV)

4 Padova 16 Nov 2004Marina Passaseo4 DT DCS Supervision Minicrates250 –(Readout Boards)through CCB –(Trigger Boards)through CCB –(Front-End Boards)through CCB –Control Boards VME crates for Tr+Ro10 crates DT Front-End DDUs1 crate HV + LV4 racks per wheel Alignement Leds on DT10000 DT TTC branch1 Gas Lines, Cooling Lines250

5 Padova 16 Nov 2004Marina Passaseo5 DT DAQ & DCS Layout LVDS 2 per minicrate Three main data backbones: DCS,TDC Data,Trigger

6 Padova 16 Nov 2004Marina Passaseo6 DCS Trigger DAQ Data Columns FE SB ROB tdc TS bti traco CCB TTC L1 ROSSC To DDU To DTTF To/From DCS 1 per sector WCB VME Crate Chamber MC VME Controller Readout Bus Trigger Bus 40 MHz Trigger Link TDC DATA Link Backup copper bus

7 Padova 16 Nov 2004Marina Passaseo7 DT TestBeam (Local) DAQ 40 MHz Trigger Link Due to synchronization issues, building ran on a event by event basis (no Event ID on trigger data stream) FE SB RO B tdc TB bti traco CCB ROSSC To DTTF DCS Labview Clients VME Crate Chamber MiniCrate Readout Bus Trigger Bus TDC DATA Link TTC vi Scintillators T0 PU Autotrigger XDAQ node CCB Server RUBU Run Control PU From DTTF

8 Padova 16 Nov 2004Marina Passaseo8 TB DCS: minicrate control

9 Padova 16 Nov 2004Marina Passaseo9 TB DCS: HV control

10 Padova 16 Nov 2004Marina Passaseo10 DT Local DAQ 40 MHz Trigger Link A ROS compatible Sector Collector output is foreseen to feed trigger data directly into the DAQ dataflow FE SB RO B tdc TS bti traco CCB ROSSC To DTTF DCS Clients VME Crate Chamber MiniCrate Readout Bus Trigger Bus TDC DATA Link TTC vi Autotrigger XDAQ node CCB Server RUBU Run Control

11 Padova 16 Nov 2004Marina Passaseo11 DAQ Locale ROS Lettura FIFO Tutti i dati delle ROB ROSDDUDAQ globale Local daq spia Non ci sono i dati del trigger (Sector collector finale?) VME lento? Spia Local daq il Sector Collector vede un bit Trigout alto e da li' in poi per 40 bx (cicli) immagazzina i dati, che conserva aspettando che il ROS li legga (cosa che il ROS fa quando riceve un L1A)

12 Padova 16 Nov 2004Marina Passaseo12 Setup per il commissioning del settore Hardware necessario: ROS finale Sector Collector finale Software: DCS controllo minicrate HV LV framework versione 3 (backup: ISR setup)

13 Padova 16 Nov 2004Marina Passaseo13 Setup per il cosmic challenge Hardware necessario: ROS finale Sector Collector Finale DDU con S-Link Software: DCS controllo minicrate HV LV in the new framework (backup: ISR setup) DCS supervisor integration software Configuration e condition DB

14 Padova 16 Nov 2004Marina Passaseo14 Integrazione DCS RCMS CCB server DCS minicrate control RCMS DCS supervisor HV, LV Racks, cooling COND DB CONF DB Data quality DCS GUI DSS trg ro fe al/pr

15 Padova 16 Nov 2004Marina Passaseo15 DT Controls Integration Condition DB Configuration DB commands Commands DCS DCS CTRL DCS CFG DCS monitor RUN CTR L DCS GUI Data quality monitors Safety system status From Configuration DB : Front END thresholds & masks BTI parameters TRACO LUTs … Live feedback from data and conditions can intervene on configuration (e.g. channel masking,…) RCM S CMS DCS Supervisor Configuration data Data logging DCS display Alarms, errors Access to test & debug software All information required to bring the detector in any running mode: combined DAQ, Trigger and DCS info All information about detector conditions

16 Padova 16 Nov 2004Marina Passaseo16 DT DCS hierarchy DCS supervisor DT DCS supervisor HVCooling RUOTA SETTORE MB4MB3MB2 SL1SL2SL3 L4L1L2L3 MB1 Logical (detector) view Physical (electronics) view RUOTA SETTORE LVTRGROGASALL HVLVTRGROGASALL racks Tower crate board channel DCS supervisor DT DCS sup

17 Padova 16 Nov 2004Marina Passaseo17 Integrazione DCS-RUN Control (FSM) At the top level (Central DCS) a minimum number of commands are defined: ON : –Instructs the DCS sub-systems to be ready for data taking. This command has a configuration parameter (Tag/Version key) recognized by the Configuration Database. STANDBY: –Instructs the DCS sub-systems to be in an intermediate state, e.g. a state safer from the detector operation point of view when preparing for data taking, such that the time required for a change to ON be shorter that the transition OFF-ON. OFF: –Instructs the DCS sub-systems to shut down the detector at the end of a data taking season (once a year). The reconfiguration of the DCS system uses the ON (or STANDBY) command with a different configuration Tag/Version key.

18 Padova 16 Nov 2004Marina Passaseo18 Subdetector DCS FSM ON: –The subdetector in ready for data taking STANDBY –The subdetector is in standby state OFF –The subdetector is in off state ERROR –The subdetector is in error state because some faulty component was identified. In case of error the sub-system should act as following: –Send an alarm to the alarm system –Initiate a recovery procedure –If the recovery procedure fails change state to ERROR –Compute the estimated detector inefficiency for data taking due to the error. The inefficiency is transmitted as a parameter of the ERROR state (to be elaborated)

19 Padova 16 Nov 2004Marina Passaseo19 Minicrate FSM Stato 0 : OFF Stato 1 : Inizializzazione –Comunicazione Server OK –Verifica link ottico e rame –CCB fase di boot terminata OK –LV ok? Crates ok? –Status (minicrate mode) –Check FEB readout, Trigger board, RO board –Allineamento –Pressione

20 Padova 16 Nov 2004Marina Passaseo20 Minicrate FSM Stato 2: Configurazione (Configuration DB:run configuration key) Traco Files TSS files TSM files BTI files BTI masks files TDC files LUT files FE parameters: –bias –thresholds –width FE maschere files FE maschere temperature files Run mode (Physics, Test Pulse, Autotrigger) Selezione trigger out L1A configuration Allineamento Pressione LV, HV

21 Padova 16 Nov 2004Marina Passaseo21 Minicrate FSM Stato 3: Running Check Status CCB Stato CCB Server Status FE Read TDC


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