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50 Recent Changes in VELO Web retrieved at 03:18 (GMT)

Timepix3 readout (SPIDR) The standard readout system using SPIDR (NIKHEF) at the moment consists of the following components: Chipboard card (the card that is ...
CCESCAN (VELO and ST) 1 The CCESCAN is run at the central shifter constol in conjunction with the ST. 1 ST: Make sure you have updated the TELL1 recipies ...
T15 (MT 450 P1) Description 200 m 3 x 1 n in p sensor from Micron bump bonded to Timepix3 ASICs. 450 m inactive edge, 36 m implant width. Parylene ...
S17 (S39 450 P2) Description Timepix3 W0009 H10 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Comment from Advacam ...
S4 (S39 600 P1) Description Timepix3 W0009 D10 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 39 m implant width. Parylene coated ...
T6 (T35 600 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 600 m inactive edge, 35 m ...
T17 (MT 450 P5) Description 200 m 3 x 1 n in p sensor from Micron bump bonded to Timepix3 ASICs. 450 m inactive edge, 36 m implant width. Parylene ...
S22 (S35 450 P1) Description Timepix3 W0009 J02 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 35 m implant width. Parylene coated ...
T21 (MT 450 P5) Description 150 m 3 x 1 n on n sensor from Micron bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 36 m implant ...
T7 (T35 450 P2) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. 450 m inactive edge, 35 m implant width. Parylene ...
T1 (T35 450 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 35 m ...
Running Vetra and Lovell There are two new GUIs that will replace the old VeloMoniGUI data quality monitor. One is browser based, the web GUI , and the other is ...
VELO Contacts Main Contacts Role Name GSM CERN Institute Office VELO Piquet link 16 5829 VELO DQ Piquet link 16 9347 ...
VELO Upgrade Testbeam 2014/2015 Test beam coordination: Hella Snoek / Kazu Akiba (2015) Technical coordination: Martin van Beuzekom Kepler coordination: Tim Evans ...
Timepix Assemblies ID Sensor Status Location Vendor Comment J03 W0089 300 m p on n OK Rio telescope plane 2012 ...
S25 (MS 450 P3) Description Timepix3 W0005 F09 with 200 m n on p sensor from Micron. 450 m inactive edge, 36 m implant width. Parylene coated (before ...
S32 (MS 150 P1) Description Timepix3 W0009 G07 with 150 m n on n sensor from Micron. 150 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
S33 (MS 250 P1) Description Timepix3 W0002 H04 with 150 \x{03bc}m n on n sensor from Micron. 250 \x{03bc}m inactive edge, 36 \x{03bc}m implant width. ...
Top right corner: Bottom right corner: Bottom left corner: ViniciusFrancoLima 2015 06 15
Top right corner ; Bottom right corner: Bottom left corner: ViniciusFrancoLima 2015 06 15
SMOG as a Fixed target in the LHC The potential use of SMOG as a fixed target in the LHC is become increasingly popular. Here is some information about this conjecture ...
Run Plan and Status The piquet schedule is available from the Database Please also look at the page 1 for the latest LHC information. For planning of periods ...
S15 (S35 450 P1) Description Timepix3 W0009 H04 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 35 m implant width. Glued on ceramic ...
S29 (MS 450 P3) Description Timepix3 W0009 I09 with 150 m n on n sensor from Micron. 450 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
S27 (MS 450 P1) Description Timepix3 W0005 H01 with 150 m n on n sensor from Micron. 450 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
T19 (MT 450 P1) Description 150 m 3 x 1 n on n sensor from Micron bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 36 m implant ...
T5 (T35 450 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 35 m ...
VELO Upgrade Module Module geometry In the drawings below the blue area represents the substrate with the microchannels. The red surfaces are the front faces of ...
Non irradiated T17 ViniciusFrancoLima 2015 06 10
S4 after Irradiation ViniciusFrancoLima 2015 06 10
ViniciusFrancoLima 2015 06 10
VELO Cooling Basic Operations Cooling Overview from FSM From the ECS we can view the status of the cooling system. However, all actions on the cooling can ...
Statistics for VELO Web Month: Topic views: Topic saves: File uploads: Most popular topic views: Top contributors for topic save and ...
VELO Operating Manual VELO Power On/Off Procedures (as after a POWER CUT) Power On Procedure Power Off Procedure Experiment Control System (ECS)/WinCC ...
RF Box Dynamic Vacuum Effects (VELO Upgrade) The thickness of the NEG coating is about 1 um and has a transversal profile more or less like in the attached file of ...
SMOG twiki pages SMOG stands for System for Measuring the Overlap with Gas. In fact, it`s a simple gas injection system that will be used to increase the vacuum pressure ...
RF Box Developments for Upgrade (WP10) The construction of a new RF foil brings two major advantages to the upgrade program: the a possible reduction in the material ...
LHCb VELO Upgrade The upgraded LHCb VELO silicon vertex detector is a lightweight hybrid pixel detector capable of 40 MHz readout at aluminosity of 2 x 10^33 cm ...
RF Box wakefield effects (VELO Upgrade) This twiki page collects information and monitors progress on the wakefield studies for the VELO Upgrade. Latest wakefield ...
Starting the Online Presenter Windows The latest version of the presenter is not supported on Windows. Follow the Linux instructions below. Linux 1 Login to a ...
T2 (T35 450 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 35 m ...
Assembly ID pre irrad data from TB post irrad data from TB pre irrad data from Source post irrad data from Source comments (info might be wrong ...
Timepix3 Assemblies TPX3 ID Sensor Board nr Status Vendor Location Comment W0002 B05 300 m p on n Nik 17 OK Advacam ...
Introduction This guideline describes the VELO ECS (Experiment Control System) which is in charge of supervising and controlling all the detector s components. The ...
Telescope Run Date Time Run Info Tracks Torch Sci Fi 5000 2015 05 13 18:45:21.26 trying to find the beam 58982 0 0 ...
EXPERTS ONLY Specs Server In the Summary panel, next to the specs leds, there is a small button, press it and choose `Start/Restart SpecsServer`: Currently, must ...
VELO Checklist List of important items for VELO piquets / DQ piquets to check. Summary Panel 1 Average Repeater Temperature A and C 1 Average NTC Temperature ...
VELO Motion Troubleshooting Introduction In case of problems with the motion system, always call the piquet and make notes of the observed errors in the ELOG. Addition ...
VELO Closing Criteria Criteria Panel The Criteria Panel can be started from the VELO Closing Manager using the button on the right below the LEDs. Blue ...
VELO Motion Basic Operations This page describes the operation of the VELO Motion System which is used to open/close the VELO without beam. For closing with beam ...
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Topic revision: r1 - 2006-11-15 - TWikiContributor
 

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