1 LHCb CALO commissioning meeting 15.07.08 Anatoli Konoplyannikov /ITEP/ XCAL commissioning with LED News New LED scan and stability data for ECAL were.

Slides:

Advertisements

Similar presentations

1 LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ Proposal of the ECAL CW base modification + Anatoli, Michail ( Michail Soldatov.

Advertisements

Yasmine Amhis EPFL Yasmine Amhis EPFL Status of the LHC and LHCb Adrenaline.

SPD commissioning Ricci, Míriam, Daniel, Edu, Hugo et al. from 1.

Laboratoire de l’Accélérateur Linéaire (IN2P3-CNRS et Université Paris-Sud 11), Orsay, France Olivier Callot 21 September 2005 Calorimeter Configuration.

1 CALO DCS power supply status CALO meeting Anatoli Konoplyannikov [ITEP / LAPP] Outline  Introduction  Power supply description with hardware.

Yu. Guz 2015/04/211 CALO HV Updated version of the 2012 slides, ** See also Anatoli’s.

1 ECS CALO HV Control CALO Piquet Training Session Anatoli Konoplyannikov /ITEP/ Outline  ECS HV control of the ECAL and HCAL.  ECS HV control.

The PEPPo e - & e + polarization measurements E. Fanchini On behalf of the PEPPo collaboration POSIPOL 2012 Zeuthen 4-6 September E. Fanchini -Posipol.

MuTr HV Optimization RIKEN/RBRC Itaru Nakagawa 1.

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

HCAL1 Status 2003 Oleg Gavrishchuk, JINR, Dubna 1. HCAL1 performance 2003 General design High Voltage system LED monitoring 2. Tests in muon halo beam.

Anatoli Konoplyannikov Design and integration of HV, LED monitoring and calibration system for HCAL Overview of the subsystems design High voltage.

Monitoring system of the LHCb electromagnetic calorimeter NEC’2007, Varna, Bulgaria Ivan Korolko (ITEP Moscow)

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

A N DY Status Commissioning with colliding beams (p  +p  at  s=500 GeV) L.C.Bland, for AnDY 8 March 2011 Time Meeting, BNL.

1 Outline Firmware upgrade of the HV_LED_DAC boards. HV Status Bits board. Status of the board integration into the LHCb TFC system. CALO HV system and.

HCAL status and plans Yu. Guz.  Finally, no dead cells in the run However: There are unstable PMTs (mainly rate effect) Dark current.

ECAL status and plans  Current status and problems  Recent activities:  C-W noise studies summary;  Lab measurements of LED Monitoring system performance;

Commissioning of the ECAL A-side Irina Machikhiliyan, Reference data samples: #45498 PM HV nominal, LED LV = nominal, 5K of 5 TAE events, LED.

1 xCAL monitoring Yu. Guz, IHEP, Protvino I.Machikhiliyan, ITEP, Moscow.

1 ECS CALO HV Control CALO Piquet Training Session Anatoli Konoplyannikov /ITEP/ Outline  ECS HV control of the ECAL/HCAL sub-detectors.  Introduction.

Russian groups in LHCb: Status report V. Egorychev CERN-Russia JWG, October 2009.

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

28 June 2010 LHCb week St Petersburg M.N Minard 1 Calorimeter status Hardware status Controls & monitoring Timing alignment Calorimeters calibration Pending.

Calorimeter Status Pascal Perret LPC Clermont 22 March 2011.

1 LHCb CALO meeting Anatoli Konoplyannikov [ ITEP / LAPP ] Introduction Status bits of the LHCb readout supervisor ODIN HVSB board specification.

1 Yu. Guz HCAL status 22/06/ Yu. Guz HCAL 137 Cs calibration The 3 rd run in 2011 was performed at the technical stop, May-09. Two source passages,

M.N Minard Calorimeter Calibration scheme Calorimeter calibration procedure.

Outline:  Hw status (on the basis of last LED data);  Plans / requests; ECAL: status and plans.

E.Guschin (INR,Moscow) 9 December 2008LED system meeting CERN Plans: PS/SPD LED monitoring system tuning Online histograms. Presenter for group of 16(64)

S.MonteilCaloPiquet1 August 2010 – A typical online Calo Piquet Analysis - Outline of the analysis (Fill 1264 – Run #77195) 1. Calorimeter 2DViews, inclusive.

Calo preparation for 2015 Goals: -Trigger stability -Good calibration for HLT2 processing -Improved calibration ( timing, e/gamma response) for all calo.

1 LHCb meeting Anatoli Konoplyannikov Introduction Which HV to be set before beam will come? Needed Constants PVSS data point type (DPT) format.

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

1 Overview of the HCAL LED monitoring PRR note CALO meeting Anatoli Konoplyannikov ABSTRACT In this note the design and integration of the LED.

CALO DCS upgrade A. Konoplyannikov, M. Soldatov, A. Ostankov, Yu. Guz (IHEP, Protvino) V. Kudryavtsev (BINP, Novosibirsk)

1 LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ XCAL commissioning with LED Outline Scan data collected on HCAL and ECAL during.

Calorimeter Performance Paper Xavier Vilasís-Cardona Calo Meeting - Xvc1.

Yu. Guz 21/04/20061 Database usage by calorimeters Yu. Guz IHEP Protvino.

26/May/2008Calor LHCb Preshower(PS) and Scintillating pad detector (SPD): commissioning, calibration, and monitoring Eduardo Picatoste Universitat.

Sept 03:  About ~80 patches are installed, all in the periphery of Outer section:  C-side: voltage control / distribution boxes 1, 2, 3, 4, 8, 9 (partially)

1 Summary of Calorimeter LED monitoring, LV & MV power and HV electronics + ECS control Anatoli Konoplyannikov Outline  Software tool of the LED.

Calo Calibration meeting 08 september 2009 Calorimeter Olivier Deschamps LPC Clermont-Fd Software Status&News.

1 ECS CALO HV Control CALO Piquet Training Session Anatoli Konoplyannikov /ITEP/ Outline  ECS HV control of the ECAL/HCAL sub-detectors.  Introduction.

Yu. Guz 08/02/20121 HCAL 2011/2012 shutdown activities.

1 ECAL/PRS quality check with LED system Outline  Introduction, how to use LED time scan data for a detector quality check;  Last collected data of the.

Calorimeter global commissioning: progress and plans Patrick Robbe, LAL Orsay & CERN, 25 jun 2008.

1 ECS CALO LED Control System CALO Piquet Training Session Anatoli Konoplyannikov /ITEP/ Outline  Introduction  Calorimeter ECS LED monitoring.

1 LHCb CALO Anatoli Konoplyannikov Introduction Short recipe of the calorimeter Marathon crates control Step by step explanation Marathon power.

Piquet report Pascal, Yuri, Valentin, Tengiz, Miriam Calorimeter meeting 16 March 2011.

HCAL1 Status 2004 Oleg Gavrishchuk, JINR, Dubna 1. HCAL1 performance in 2004 General design High Voltage system LED monitoring 2. Stability in 2003 Led.

CALO News Pascal Perret LPC Clermont 23 October 2011.

E.Guschin (INR,Moscow) 26 February 2008PS/SPD commissioning meeting CERN PS/SPD LED monitoring system status Tuning of SPD ‘C’ side: We concentrated our.

Yu. Guz 14/03/20121 CALO HV ** See also Anatoli’s slides for the 2009 piquet training **

1 Timing of the calorimeter monitoring signals 1.Introduction 2.LED trigger signal timing * propagation delay of the broadcast calibration command * calibration.

CALO News Pascal Perret LPC Clermont 22 January 2012.

Outline Upgrade status of the ECAL/HCAL HV control mezzanine board;  Firmware design,  Setup for making functional tests and validation FPGA firmware.

1 XCAL LED quality check and time alignment consideration CALO meeting Anatoli Konoplyannikov [ITEP / LAPP] Outline  CALO sub-detector status.

E.Gushchin,S.Filippov(INR,Moscow) 16 April 2008Calo commissioning meeting CERN PS/SPD LED monitoring system status General status LED signal is used for.

Authors: Dmitrii Pereima, ITEP; Dmitry Golubkov, ITEP; Iouri Gouz, IHEP; Victor Egorychev, ITEP. Visualization of HCAL 137 Cs calibration data 1 CALO +

Calorimeter Cosmics Patrick Robbe, LAL Orsay & CERN, 20 Feb 2008 Olivier, Stephane, Regis, Herve, Anatoly, Stephane, Valentin, Eric, Patrick.

Inventory of the ECAL spare Inner modules Scanning with 137 Cs 1Yu. Guz 2013/12/04 There are 32 spare ECAL Inner modules stored in b The purpose.

SHIP calorimeters at test beam I. KorolkoFebruary 2016.

1 Calorimeter LED & LV - HV control systems LHCb CALO meeting Anatoli Konoplyannikov /ITEP/ Outline Status of the calorimeters LV & MV power supplies.

Pre-calibration of PM gain by photo-statistics

Analog FE circuitry simulation

Preparation of LHCb for data taking

Physics with the LHCb calorimeter

LHCb HCAL: performance and calibration

Scintillator HCal Prototype

Presentation transcript:

1 LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ XCAL commissioning with LED News New LED scan and stability data for ECAL were collected with the aim to make LED intensity scan for ECAL and stability study. 22 files were collected. Two recipes for ECAL-C LED monitoring was created. One based on the run with the initial LED intensity settings and other one with LED intensity settings less by 0.4 V than initial. As expected, the LEDTSB recipe quality is better in case when the PMT response on LED is non saturated. Modification of the HCAL HV boards for both sides has been done with the aim to have identical HV boards for ECAL - HCAL and common spares. Planning XCAL LED monitoring recipe creation and detectors stability tests

2 XCAL commissioning with LED Description of the collected data Aim is to improve the procedure of the LEDTSB recipe creation, ECAL LED intensity optimization and middle term stability study. ECAL - A+C: Run coordinator: Marie-Noëlle ECAL data (1600 ev/step, each PMT flashing by 1/8 trigger freq, steps=13, tot_ev= for scan, Calibration trigger rate = 56 Hz): 1. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan HV_A = nominal HV_C = 0.5nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal cnt; FErecipe-Default. 2. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal cnt; FErecipe-Default. 3. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal cnt; FErecipe-Default. 4. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal-0.1V cnt; FErecipe-Default. 5. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal-0.2 V cnt; FErecipe-Default. 6. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 7. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 10400events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/

3 XCAL commissioning with LED Description of the collected data 8. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 9. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 10. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 11. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 12. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 10400events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 13. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 14. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 15. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 24000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/

4 XCAL commissioning with LED Description of the collected data 16. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 2000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_24893; LED_intens=nominal V cnt; FErecipe-Default. 17. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 2000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. 18. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan 2000events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. 19. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 10400events, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. 20. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ no scan events, Trigger Calibration rate is 2 Hz, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=150 ns; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. 21. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 10400events, Trigger Calibration rate is 56 Hz, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=ecC _TSBrecipe_ ; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. 22. /castor/cern.ch/grid/lhcb/data/2008/RAW/ ECAL/PHYSICS_TimeScan/ scan 10400events, Trigger Calibration rate is 56 Hz, HV_A = nominal HV_C = nominal,, LEDTSB_del_C=ecC _TSBrecipe_ ; LEDTSB_del_A= ecA_TSBrecipe_23700; LED_intens=nominal V cnt; FErecipe-Default. LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/

5 LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ XCAL commissioning with LED Time and amplitude distributions of the PMT response on LED for HCAL A side. LEDTSB settings are same for all channels (150 ns) ADC (cnt) Time (ns) RMS = ns

6 LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ XCAL commissioning with LED Time and amplitude distributions of the PMT response on LED for HCAL A side. LEDTSB settings are from Recipe hcA_TSBrecipe_26361 ADC (cnt) Time (ns) RMS = 1.16 ns

7 XCAL commissioning with LED LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ RMS = ns Time and amplitude distributions of the PMT response on LED for ECAL A side. LEDTSB settings are same for all channels (150 ns)

8 XCAL commissioning with LED LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ RMS = 3.66 ns Time and amplitude distributions of the PMT response on LED for ECAL C side. LEDTSB settings are from Recipe ecC_TSBrecipe_26653 Recipe created with initial LED intensity settings (many saturated channels)

9 XCAL commissioning with LED LHCb CALO commissioning meeting Anatoli Konoplyannikov /ITEP/ RMS = ns Recipe created with initial – 0.4 V LED intensity settings (few saturated channels) Time and amplitude distributions of the PMT response on LED for ECAL C side. LEDTSB settings are from Recipe ecC_TSBrecipe_26677