String-18 New-DAQ Commissioning Azriel Goldschmidt AMANDA Collaboration Meeting Berkeley, March 2002.

Slides:

Advertisements

Similar presentations

Controller Tests Stephen Kaye Controller Test Motivation Testing the controller before the next generation helps to shake out any remaining.

Advertisements

Oscilloscope Watch Teardown. Agenda History and General overview Hardware design: – Block diagram and general overview – Choice of the microcontroller.

Alice EMCAL Meeting, July 2nd EMCAL global trigger status: STU design progress Olivier BOURRION LPSC, Grenoble.

20 Feb 2002Readout electronics1 Status of the readout design Paul Dauncey Imperial College Outline: Basic concept Features of proposal VFE interface issues.

Y. Karadzhov MICE Video Conference Thu April 9 Slide 1 Absolute Time Calibration Method General description of the TOF DAQ setup For the TOF Data Acquisition.

IceCube 1400 m 2400 m AMANDA South Pole IceTop Skiway 80 Strings 4800 PMT Instrumented volume: 1 km3 (1 Gt) IceCube is designed to detect neutrinos of.

Jianchun (JC) Wang, 08/21/99 RICH Electronics and DAQ Chip Carrier Short Cable Transition Board Long Cable Data Board Crate J.C.Wang Syracuse University.

LKr readout: present and future R. Fantechi 30/8/2012.

Sebastian Böser Acoustic test setup at south pole IceCube Collaboration Meeting, Berkeley, March 2005.

Clock Distribution for IceCube June 8, 2004 Lawerence Berkeley National Laboratory Gerald Przybylski GTPrzybylski LBNL 10/13/2003.

MICE CM26 March '10Jean-Sebastien GraulichSlide 1 Detector DAQ Issues o Achievements Since CM25 o DAQ System Upgrade o Luminosity Monitors o Sequels of.

Time stamping with CAEN V1290N Bled, 26 th – 28 th March 2008 Dušan Ponikvar, Dejan Paradiž Faculty of Mathematics and Physics Ljubljana, Slovenia.

November 24, 2004 Rolf Nahnhauer1 PROJECT : IceCube Digital Optical Module Production at DESY Zeuthen.

DAQ Hardware status - overview R. Stokstad DOM Main Board –Schedule (Minor) –Design (Przybylski) –Firmware (Stezelberger) –Testing (Goldschmidt) DOR Board.

1 S. E. Tzamarias Hellenic Open University N eutrino E xtended S ubmarine T elescope with O ceanographic R esearch Readout Electronics DAQ & Calibration.

Data Acquisition Data acquisition (DAQ) basics Connecting Signals Simple DAQ application Computer DAQ Device Terminal Block Cable Sensors.

DLS Digital Controller Tony Dobbing Head of Power Supplies Group.

Prototype Test of SPring-8 FADC Module Da-Shung Su Wen-Chen Chang 02/07/2002.

IceCube DAQ Mtg. 10,28-30 IceCube DAQ: “DOM MB to Event Builder”

IceCube: String 21 reconstruction Dmitry Chirkin, LBNL Presented by Spencer Klein LLH reconstruction algorithm Reconstruction of digital waveforms Muon.

Greg Sullivan University of Maryland Data Filtering and Software IceCube Collaboration Meeting Monday, March 21, 2005.

Data acquisition system for the Baikal-GVD neutrino telescope Denis Kuleshov Valday, February 3, 2015.

Pinger project 2008/09 Delia Tosi IceCube – Acoustic Neutrino Detection working group September 16 th, 2008 IceCube Collaboration Meeting Utrecht, Netherlands.

1 CPC2-CPR2 Assemblies Testing Status Tim Woolliscroft.

1 Status of the calorimeter PMT’s time alignment LHCb CALO meeting Anatoli Konoplyannikov /ITEP/ Introduction Development status of the PMT time.

IceCube Data Acquisition :: Status Presentation before the IceCube Science Advisory Committee W. R. Edwards / K. Hanson for DAQ Mar 29, 2006 – Madison,

PMT Output, ATWD input, and Trigger Comparator Input Issues IceCube Note _105 Gerald Przybylski Lawerence Berkeley National Laboratory August 22, 2002.

A Front End and Readout System for PET Overview: –Requirements –Block Diagram –Details William W. Moses Lawrence Berkeley National Laboratory Department.

FADC progress in Vienna Reported by H.Ishino for Vienna FADC group M.Pernicka and H.Steininger.

1 VeLo L1 Read Out Guido Haefeli VeLo Comprehensive Review 27/28 January 2003.

July 19, 2006VLCW-06 Vancouver1 Scint/MAPMT Muon Prototype Operation Robert Abrams Indiana University.

MuTr Shutdown Work Rusty Towell for And JUNE 22, 2004 at the Muon Physics and Forward Upgrades Workshop.

Dec.11, 2008 ECL parallel session, Super B1 Results of the run with the new electronics A.Kuzmin, Yu.Usov, V.Shebalin, B.Shwartz 1.New electronics configuration.

On behalf of joint ITEP / IHEP team: A. Arefiev, N. Filimonov, T. Kvaratskheliya, I. Machikhiliyan, P. Shatalov, T. Zakoryuchkina, A. Zhokhov, S. Zvyagintsev.

24/03/2010 TDAQ WG - CERN 1 LKr L0 trigger status report V. Bonaiuto, G. Carboni, L. Cesaroni, A. Fucci, G. Paoluzzi, A. Salamon, G. Salina, E. Santovetti,

PSI - 11 Feb The Trigger System of the MEG Experiment Marco Grassi INFN - Pisa On behalf of D. Nicolò F. Morsani S. Galeotti.

John Coughlan Tracker Week October FED Status Production Status Acceptance Testing.

Azriel Goldschmidt AMANDA/IceCube Collaboration Meeting Laguna Beach, CA March 2003 String-18 Progress and Plans.

January 31, MICE DAQ MICE and ISIS Introduction MICE Detector Front End Electronics Software and MICE DAQ Architecture MICE Triggers Status and Schedule.

HBD electronics status All the ADC and XMIT boards are installed. –Top 3 crates are for the ADC, XMIT boards –Bottom crate is for test pulse boards/future.

String-18 Development Workshop, Overview Azriel Goldschmidt AMANDA/ICECUBE Collaboration Meeting Berkeley March 2002.

Trigger Meeting: Greg Iles5 March The APV Emulator (APVE) Task 1. –The APV25 has a 10 event buffer in de-convolution mode. –Readout of an event =

IceCube Calibration Overview Kurt Woschnagg University of California, Berkeley MANTS 2009 Berlin, 25 September identical sensors in ultraclean,

1 Calorimeter electronics Upgrade Outcome of the meeting that took place at LAL on March 9th, 2009 Calorimeter Upgrade Meeting Barcelona March 10th-11st,

5 June 2002DOM Main Board Engineering Requirements Review 1 DOM Main Board Software Engineering Requirements Review June 5, 2002 LBNL Chuck McParland.

1 Calorimeters LED control LHCb CALO meeting Anatoli Konoplyannikov /ITEP/ Status of the calorimeters LV power supply and ECS control Status of.

DOM MB Test Results at LBNL Main Board Readiness Status Review LBNL, July 2003 Azriel Goldschmidt.

1 Electronics Status Trigger and DAQ run successfully in RUN2006 for the first time Trigger communication to DRS boards via trigger bus Trigger firmware.

5 June 2002DOM Main Board Engineering Requirements Review 1 DOM Main Board Hardware Engineering Requirements Review June 5, 2002 LBNL David Nygren.

Time and amplitude calibration of the Baikal-GVD neutrino telescope Vladimir Aynutdinov, Bair Shaybonov for Baikal collaboration S Vladimir Aynutdinov,

Integration and commissioning of the Pile-Up VETO.

LIGO-G9900XX-00-M LIGO II1 Why are we here and what are we trying to accomplish? The existing system of cross connects based on terminal blocks and discrete.

Status of the PSD upgrade - Status of the PSD cooling and temperature stabilization system - MAPD gain monitoring system - PSD readout upgrade F.Guber,

1 Status of Validation Board, Selection Board and L0DU Patrick Robbe, LAL Orsay, 19 Dec 2006.

SKIROC status CERN – CALICE/EUDET electronic & DAQ meeting – 22/03/2007 Presented by Julien Fleury.

Sumary of the LKr WG R. Fantechi 31/8/2012. SLM readout restart First goal – Test the same configuration as in 2010 (rack TS) – All old power supplies.

1 Projectile Spectator Detector: Status and Plans A.Ivashkin (INR, Moscow) PSD performance in Be run. Problems and drawbacks. Future steps.

ADC 1 Analog to Digital Converter. ADC 2 ADC Features n General Features -Supports 8 or 10-bit resolution Modes, -Track period fully programmable up to.

Status of Detector Characterization a.k.a. Calibration & Monitoring Project Year 2 objectives ( → Mar ‘04) 1. Calibration plan (first draft in March.

PHOTOTUBE SCANNING SETUP AT THE UNIVERSITY OF MARYLAND Doug Roberts U of Maryland, College Park.

J.Maalmi, D.Breton – SuperB Workshop – Frascati – September 2010 Electronics for the two-bar test. D.Breton & J.Maalmi (LAL Orsay)

20 April 2007MICE Tracker Phone Meeting1 Analysis of cosmic/self-triggerd data of station 5 Hideyuki Sakamoto MICE Tracker Phone Meeting 20 th April 2007.

High Voltage Power Supply for RPC Suvendu Nath Bose, Satyajit Saha, Sudeb Bhattacharya, Saha Institute of Nuclear Physics, Kolkata,, Description Presently.

DAQ ACQUISITION FOR THE dE/dX DETECTOR

AFE II Status First board under test!!.

Christophe Beigbeder PID meeting

VELO readout On detector electronics Off detector electronics to DAQ

Time resolution measurement with Madison test-DAQ

BESIII EMC electronics

Report on ATF2 Third Project Meeting ATF2 Magnet Movers ATF2 Q-BPM Electronics Is SLAC ILC Instrumentation Group a good name?

Presentation transcript:

String-18 New-DAQ Commissioning Azriel Goldschmidt AMANDA Collaboration Meeting Berkeley, March 2002

Hardware Installation 5 TB-DAQ PCs + 1 String-DAQ PC 40 DOMCOM boards (for 40 DOMs), 37 in use because of bad DOMs. -KHS- Clock distribution unit with Rb atomic clock and GPS input. -GTP-

New DOM Failures Ch601 (DOMID 1036) started drawing too much current and burns DAQ channels. Ch630 (DOMID 1049) not communicable for some reason (not powered…we think). Further hardware measurements needed to understand what happened in these two cases. They were flawless a year ago.

1. tbdaq-1 ch. 1: DOMID 1019 OM681 No fiber "by construction" Its physical location is between OM599 and OM no daq-channl: DOMID 1036 OM601 burns DOMCOM channels (was ok until 02) cable:Q20L. (could use further debugging with an ohm meter). Not powered. 3. no daq-channl: DOMID 1044 OM604 base went bad, gives 1Mhz hits. This one broke in the pole campaign. Not powered. 4. no daq-channl: DOMID 1007 OM610 intermittent electrical. Bad since deployment. Not powered. 5. tbdaq-3 ch. 4: DOMID 1039 OM620 bad fiber connector at surface. Could get fixed by someone that knows about fixing fiber connectors, etc. Powered but no analog hits. 6. no daq-channl: DOMID 1049 OM630 Kalle said it is not good. But Leuthold does not report as bad analog. Cable: Q6S. are we powering it? through a DOMCOM? Was good before tbdaq-5 ch. 1: DOMID 1013 OM632 bad fiber in ice, also bad base, since deployemnt. 8. tbdaq-5 ch. 7: DOMID 1034 OM638 used to have bad surface fiber but now it does not appear in Leuthold bad list (was it fixed?). Has a bad comm DAC at the DOM end or something that makes strange ticks up when captured on the surface. Can be used for time synchronization but it needs special treatment of the data. 9. tbdaq-3 ch. 6: the surface clock counter does not reset but problem follows the clock channel/cable and not the DOMCOM. Could take a spare clock channel/cable to fix it. Has been requested. 10. tbdaq-2 ch. 0: now a "bad" spare, it was before DOMID 1030 but since it failed (clock issue?) it was left empty. 11. tbdaq-2 ch. 1: DOMID 1009 OM608 bad base (cannot set value of voltage), but usable PMT signals and digital data. This one broke in the pole campaign. 12. tbdaq-5 ch. 4: DOMID 1029 OM635 cannot do timming becasue the DOM renders a flat comm ADC (can it do coarse 30nsec synchronization? without fits?) 13. tbdaq-3 ch. 7: DOMID 1032 OM622 comm DOM ADC waveforms are off-scale. They seem usable but need special treatment in analysis. This is a problem at the DOM end. 14. tbdaq-1 ch. 5: DOMID 1033 OM605 ATDW1 output is bad (all samples equal 682) ATWD0 is good. 15. tbdaq-4 ch. 6: DOMID 1022 OM629 ATWD1 data is bad (some samples 0-1 others just wrong, depending on the channel). ATWD0 is good. 16. tbdaq-1 ch. 0: DOMID 1004 OM599 ATWD0 is bad ATWD1 is good (high gain all 0-1 low gain saturates

Fixes/upgrades after installation One burnt CPU replaced with the only spare. A couple of bad cables/channels being swapped A problem with the time reset operation fixed with remote loading of new firmware to clock unit

Analog Output Status Summary 1 channel no fiber. 2 new failures, DOMs do not communicate: need further study. 2 bad bases (a third bad base is still usable). 1 intermittent electrical connector.

Cable Delay Measurements Using RAP Method Repeated measurements from last year with new DAQ hardware. Analyzed by D. Cowen: consistent results. Improved surface noise (diff. Amplifier) Effect of Rb clock stability, compared to GPS’s is being studied. Main achievment is that now all channels (before just 4) can deliver physics data.

Time Synchronization 2001-TestBoards

Time Synchronization 2002-DOMCOM

Time Sync Waveforms (ADC)

Time Sync Waveforms: Noise

Down-going Muon Events A 15 min long run with all modules collecting LC hits Each DOM with a live-time of ~5-10% individual LC rate is 3-6 Hz Obtained 2 events with 6 DOMs hit in each. Clear down-going time structure confirming correctness of time stamping.

6-OM Downgoing Muons with LC (no proc-sync)

From here to Physics Ready Data... DAQ software: Upgrade well under way, will support full data retrieval from all eight channels on each DOMCOM PC. -JEJ- DAQ Trigger Software: Ready to be tested. -KH & DC- Event buffering at the DOM –Firmware upgrades, in progress -GTP- –DOM Software upgrades, coming soon -CMP- Fast communications (~50% Surface end implemented) -GTP- Feature extraction: work being done in Sweden.

Other Future tasks and issues Calibrations: flashers, transit times, etc. Studies in connection with AMANDA/TWR/SPASE. Test Bed for IceCube modus operandi (similar but not identical to current scheme)