Speaker
Igor Rubinskiy
(Deutsches Elektronen-Synchrotron (DESY)-Unknown-Unknown)
Description
A high resolution ($\sigma \sim 2\mu m$) beam telescope based on monolithic
active pixel sensors (MAPS) was developed within the EUDET
collaboration. The telescope consists of six monolithic active pixel
sensor planes (Mimosa26) with a pixel pitch of 18.4 \mu m and thinned
down to 50 \mu m. The excellent resolution, readout rate and DAQ
integration capabilities made the telescope a primary test beam tool
for many groups including several CERN based experiments.
Within the
European detector infrastructure project AIDA the test beam telescope
is being further extended in terms of cooling and powering
infrastructure, read-out speed, area of acceptance, and precision. In
order to provide a system optimized for the different requirements by
the user community a combination of various state-of-the-art pixel
technologies is foreseen. Furthermore, new central dead-time-free trigger logic
unit (TLU) has been developed to provide LHC-speed response with
one-trigger-per-particle operating mode and a synchronous clock for
all connected devices. In this report, the design and current
development status of this even more flexible telescope with three
different pixel technologies (TimePix, Mimosa, ATLAS FE-I4) will be
presented.
Primary authors
Hanno Perrey
(Deutsches Elektronen-Synchrotron (DE))
Igor Rubinskiy
(Deutsches Elektronen-Synchrotron (DESY)-Unknown-Unknown)
