Dr
William Cooper
(Fermilab)
05/02/2010, 13:00
System integration
Oral presentation
Designs of stable, low-mass support and cooling structures for intelligent trackers should take into account the additional power dissipation associated with local trigger generation, high speed communications, and power delivery, as well as the spatial distributions of heat sources. For many applications, a modular design can alleviate cooling and support issues and allow parallel...
Dr
Katja Klein
(I. Physikalisches Institut (B), RWTH Aachen)
05/02/2010, 13:25
System integration
Oral presentation
With conventional powering the increasing power requirements of the CMS tracker at Super-LHC cannot be met using the existing power supplies and/or cable plant. Therefore a novel powering scheme based on parallel powering with DC-DC conversion is foreseen for the CMS pixel detector at SLHC phase-1, and for the CMS outer tracker at SLHC phase-2.
We will present electrical studies...
Mr
filippo bosi
(INFN Pisa)
05/02/2010, 13:50
System integration
Oral presentation
The development of microscale mechanical system has been growing rapidly getting the opportunity to satisfy to the request of the semiconductor detectors to have ever more power located on the active region.
Miniaturization associated to microtechnologies allow the design of microsystem structures able to cool silicon pixel detector with specific power of the order of some W/cm2 with less...
