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C. Combaret 14 jan 2010 SDHCAL DAQ status in lyon C. Combaret, for the IPNL team.

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Presentation on theme: "C. Combaret 14 jan 2010 SDHCAL DAQ status in lyon C. Combaret, for the IPNL team."— Presentation transcript:

1 C. Combaret 14 jan 2010 SDHCAL DAQ status in lyon C. Combaret, for the IPNL team

2 C. Combaret 14 jan 2010 News 1.Integration of XDAQ event builder (L. Mirabito) 2.Online analysis (L. Mirabito) 3.DAQ can now be started by main FSM instead of Manual control (still possible). 4.Coupling of small RPC DAQ (Labview) with m2 DAQ (Xdaq) using DIM (R. Dellanegra & L. Mirabito) 5.HR2 m2 tests : ASU OK, Xdaq OK. Scurve OK. 6.Power pulsing in (good) progress 7.Environmental monitoring : temperature, pressure and humidity (S. Cuzon)

3 C. Combaret 14 jan 2010 Integration of XDAQ event builder (L. Mirabito) DIF sup. 1DIF sup. 2DIF sup. n RU Collector 1 per PC 1 per Slab RU BU FU EVM Root Anaylzer Shared memory I2O RU: Readout Unit BU: Builder Unit FU: Filter Unit

4 C. Combaret 14 jan 2010 A detailed example SHM RUCollector RU BU FU DIF SHM RUCollector RU BU FU DIF RUCollector RU BU FU DimSupervisor DIM EVM LocalManager XDAQ Event Builder Triggers Tokens Trigger to BU's RootAnalyzer Storage Must run on the same PC Toolbox developped by IPNL Provided by XDAQ DHCAL specific application Processes

5 C. Combaret 14 jan 2010 Architecture Each application is a web service and can publish web pages –Direct hardware access –Monitoring Each application can be controlled by an FSM –Global configuration using SOAP message from the LocalManager The Event Builder (EVM/RU/BU/FU) is provided and maintained by XDAQ –Software triggers/tokens exchange between EVM and LocalManager –Some generic software developped I2O interfaces from RUCollector and RU and from FU to RootAnalyzer Local manager trigger loop Main constraint: Trigger driven –Trigger veto board needed ( controlled by the LocalManager) –Ok for external trigger, further development needed for auto trigger EVB

6 C. Combaret 14 jan 2010 Online analysis with Root (L. Mirabito) NumberOfAsic_InTimeHit_map_Level0/1 NumberOfFrame_vs_Asic_InTimeHit_map_OffTime_Level0/1 NumberOfHit_per_Frame_InTimeLastHit_map_Level0/1 NumberOfHit_per_Frame_OffTimeLastHit_map_OffTime_Level0/1 NumberOfHit_vs_Asic_InTimNumberOfFrame_vs_Asic For each DIF : Cumulated in time data Cumulated off time data Last data in time Last data off time

7 C. Combaret 14 jan 2010 Use of DAQ main FSM Each Xdaq application can be controlled by the main FSM. To do this, it must only know the following states : Halted, Configured and Enabled And implement the following transitions: Configure, Enable, Halt et Stop. Halted Configured Enabled Configure Enable Stop Halt

8 C. Combaret 14 jan 2010 Hardroc2 m2 Slab tests One buffer for Slow control slow clock is required to access 1 slab of 48 HR2 SLC clock is ok for a single ASU but too depredated for one slab of 48 HR2. Slab fully functional : SLC OK Power OK SLC OK Readout OK Calibration OK We learnt a lot from HR1 m2 : EMI/grounding/shielding problems and (then) solutions found for HR1 successfully implemented in HR2 ASUs Still some tests ongoing on the way to connect 2 ASU together (see Hervé’s talk)

9 C. Combaret 14 jan 2010 Power pulsing on Hardroc 2 ASU : method As discussed with HR2 designers : 1.Record (reference) Scurves and Bias levels with no capacitor removed 2.Enable PP hardware on DIF (use of Mezzanine pin 1) 3.Enable PP in DIF firmware : PowerOn_x = register OR Mezzanine_1 4.Try PP with no capacitor removed 5.Remove Capacitors on biases of 1 HR2 step by step and check That’s where we are today 6.Record Scurves 7.Remove Capacitors on biases of all asics and check again 8.Record Scurves

10 C. Combaret 14 jan 2010 Power pulsing on Hardroc 2 ASU : method

11 C. Combaret 14 jan 2010 Power pulsing on Hardroc 2 ASU : preliminary results Vbg (BandGap) PowerOn Command 10us

12 C. Combaret 14 jan 2010 Power pulsing on Hardroc 2 ASU : preliminary results Vth 0 PowerOn Command <20us

13 C. Combaret 14 jan 2010 Environmental monitoring (S. Cuzon) One independent measurement station developed (USB, based on Labjack unit) with : 1 Pressure channel (atmospheric range) 1 Humidity channel 6 Temperature channels One supplementary Labjack unit (8 independent free channels available) All included in a independent Xdaq application SOAP/I2O communication with Xdaq main DAQ Disk data logger Online display of parameters

14 C. Combaret 14 jan 2010 Thank you


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