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50 Recent Changes in VELO Web retrieved at 20:15 (GMT)

S23 (MS 450 P1) Description Timepix3 W0009 H11 with 200 m n on p sensor from Micron. 450 m inactive edge, 36 m implant width. Parylene coated (before ...
Set ALLOWWEBVIEW TwikiGroup Foil Thinning This activity aims at developing a technique to thin down locally, and in a sufficiently controlled manner, the RF foil ...
VELO Upgrade sensor simulations Installing Sentaurus TCAD Step 1: Perform the steps below on the computer where you want to install TCAD. ...
Conference Presentations and Posters (VELO and LHCb Upgrade) Martin van Beuzekom Pixels for LHCb, FEE2016 Freek Sanders, Thermal Deformations, Forum on Tracking ...
CCE and CFE analysis Expert: Jon Harrison, Shanzhen Chen The CCE and CFE analysis is performed using Vetra , via the options files found in Tell1/Vetra/options ...
Calibrating the Velo: The Velo detector has several parameters that have to be calibrated in order to get the data with the best possible quality. These parameters ...
CCESCAN (VELO and ST) 1 The CCESCAN is run at the central shifter constol in conjunction with the ST. ST: Make sure you have updated the TELL1 recipies ...
S8 (S35 450 P3) Description Timepix3 W0009 G08 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 35 m implant width. Parylene coated ...
S30 (MS 450 P4) Description Timepix3 W0005 K03 with 150 m n on n sensor from Micron. 450 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
Electronics for the VELO Upgrade Information is collected in the meeting pages and EDMS. Some historical information is given here: Specifications of the 40 MHz ASIC ...
LHCb VELO Upgrade The upgraded LHCb VELO silicon vertex detector is a lightweight hybrid pixel detector capable of 40 MHz readout at a luminosity of 2 x 1033 ...
VELO Upgrade Testbeam 2014/2015 Test beam coordination: Hella Snoek / Kazu Akiba (2015) Technical coordination: Martin van Beuzekom Kepler coordination: Tim Evans ...
VELO Upgrade Pixel Sensor The VELO Upgrade pixel sensor must be sufficiently radiation hard to withstand the very high and non uniform dose, while having a sufficiently ...
Velo Upgrade Technology Review: May 22 23 2013 Nikhef Amsterdam agenda page Repository Document to guide referees through review process preliminary ...
Internal notes and documentation Stefano de Capua et al and Thermal Testing of Adhesives for VELO Upgrade Steve Blusk et al. Modelling of a Pixel Detector ...
Strawman Definition for Upgrade (workpackage completed March 31 2010) Work package coordinator Gersabeck Work package web page here PaulaCollins 2016 ...
HV automatic calculation Update HV limits. Log in the corresponding machine Open the VELO User Panel. The following panel will appear: The Alert ...
For piquets: check Running Lovell at the Pit Practical Guide for piquets Running Vetra and Lovell There are two new GUIs that will replace the old VeloMoniGUI ...
Please record all HV trips (also type and if the voltage went to 0V) here: Scans You can check if the voltage went to 0V from the trending (accessed via the summary ...
IT1 (T35 450 01) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
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 ...
T3 (T35 450 P1) Description Timepix3 with 200 m 3 x 1 n on p sensor from Hamamatsu. Chip positions 450 m inactive edge, 35 m implant width. ...
Shift start/end When you start your shift inform yourself by talking to the previousshift. What happened, where are they in the run plan, are there special instructions ...
VELO Operating Manual VELO Power On/Off Procedures (as after a POWER CUT) Power On Procedure Power Off Procedure Experiment Control System (ECS)/WinCC ...
S31 (MS 250 P1) Description Timepix3 W0009 E7 with 200 m n on p sensor from Micron. 250 m inactive edge, 36 m implant width. Parylene coated (before ...
VELO Contacts Main Contacts Role Name GSM CERN Institute Office VELO Piquet link 16 5829 VELO DQ Piquet link 16 9347 ...
Welcome to the LHCb VELO Twiki pages VELO Web pages (not updated) LS1 Activities Hardware Developments Software Operational Safety LS1 Cooling Piquet Schedule ...
Lovell Automatic Analysis Structure General description The automatic analysis framework performs checks based on the output of the Vetra monitoring algorithms. This ...
S9 (S35 600 P1) Description Timepix3 W0009 C8 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 35 m implant width. Parylene coated ...
S12 (S39 600 P1) Description Timepix3 W0009 E5 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 39 m implant width. Parylene coated ...
S10 (S35 600 P1) Description Timepix3 W0009 L6 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 35 m implant width. Parylene coated ...
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 ...
IT2 (T35 450 02) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
S24 (MS 450 P2) Description Timepix3 W0009 G04 with 200 m n on p sensor from Micron. 450 m inactive edge, 36 m implant width. Parylene coated (before ...
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 ...
IT5 (3162 02 T4) Description 200 m 3 x 1 n on p sensor from Micron bump bonded at IZM to thinned Timepix3 ASICs. m inactive edge, 36 m implant width ...
IT4(3126 02 T3) Description 200 m 3 x 1 n on p sensor from Micron bump bonded at IZM to thinned Timepix3 ASICs. m inactive edge, 36 m implant width. ...
IT3 (T35 450 P8 10) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
VELO Upgrade DAQ Integration ECS (Opto and Power Board control software) The control panel repository may be accessed here: https://gitlab.cern.ch/dgerstel ...
How to check/operate the Velo Racks The DAI project is used to control the powering of the racks. This project is under control of the Online group. In normal operation ...
VELO piquet on Call The VELO piquet is the contact person for the LHCb shift crew in case of questions or problems concerning the VELO. When you are on duty as VELO ...
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 ...
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 ...
S33 (MS 250 P1) Description Timepix3 W0002 H04 with 150 m n on n sensor from Micron. 250 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
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 ...
VELO Upgrade Conference Material This page is updated with useful figures and diagrams for preparing presentations. Many figures come from the Upgrade TDR, which is ...
VELO and VELO upgrade Conference Talks Slides and papers are available here See here for procedures on conference talks and proceedings. 2016 Vienna ...
Characterisation of Medipix3 Silicon Detectors in a Charged Particle Beam CDS (PAPER): https://cds.cern.ch/record/2120733 arXiv: http://arxiv.org/abs/1509 ...
VELO Upgrade Testbeam 2012 Devices under Test Inventory of Timepix and Medipix3 Assemblies Run Lists List of runs May 2012 List of runs August 2012 ...
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Topic revision: r1 - 2006-11-15 - TWikiContributor
 

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