73.
Electronics and Trigger developments for the Diffractive Physics Proposal at 220m from LHC-ATLAS
Mr
Jean-François GENAT
(LPNHE Paris6)
05/09/2007, 10:55
Oral
The instrumentation consists of two sets of Roman Pots installed respectively at 216 and 224m on both sides from the ATLAS IP to measure with precision the position (<10 micrometers) and the timing (< 5 picoseconds) of the two back to back diffracted protons tracks.
Each Roman Pot is equipped with several plans of edgeless silicon strip detectors read-out by a new version of the ATLAS SCT...
Eduard Simioni
(NIKHEF, Amsterdam, The Netherlands)
05/09/2007, 11:20
Oral
The LHCb Outer Tracker is a straw drift detector with a modular design and a total of
55 000 readout channels distributed over a sensitive area of 12 double layers of 6x5
m^2 each.
The main electronics readout requirement is the precise (~0.5 ns) drift time
measurement at an occupancy of ~4% and 1 MHz readout.
A total of 128 channels are read out by one Front-End box.
About 450...
Dr
Alex Kluge
(CERN)
05/09/2007, 11:45
Oral
The ALICE silicon pixel detector (SPD) comprises the two innermost layers of the ALICE inner tracker system. The
SPD includes 120 half staves each consisting of 10 ALICE pixel chips bump bonded to two silicon sensors and one
multi-chip read-out module. Each pixel chip contains 8,192 active cells, so that the total number of pixel cells in the
SPD is ≈ 10^7. The on-detector read-out is...
Dr
Filippo Costa
(Department of Physics, University of Bologna, and I.N.F.N Bologna)
05/09/2007, 12:10
Oral
The paper presents the test strategy and its results during the installation of the
CARLOS end ladder board. This board is able to compress data coming from one Silicon
Drift Detector (SDD) front-end electronics and to send them towards the data
concentrator card CARLOSrx in counting room via a 800 MBit/s optical link.
The paper describes the integration of the CARLOS end ladder boards,...
