Add to ORKGThe pixel detector of the CMS experiment will be exchanged during the year-end technical stop in 2016/2017, as part of the experiment's Phase-1 upgrade. The new device will feature approximately twice the number of readout channels, and consequently the power consumption will be doubled. By moving to a DC-DC conversion powering scheme, it is possible to power the new pixel detector with the existing power supplies and cable plant.\\ The power system of the Phase-1 pixel detector will be described and the performance of the new components, including DC-DC converters, DC-DC converter motherboards and various power distribution boards, will be detailed. The outcome of system tests in terms of electrical behaviour, thermal management and pixel ...
The present CMS pixel detector will be replaced with an upgraded pixel system during the LHC extende...
In 2017, CMS has installed a new pixel detector with 124 million channels that features full 4-hit c...
Based on the strong performance of the LHC accelerator, it is anticipated that peak luminosities of ...
The CMS pixel detector was designed for a nominal instantaneous LHC luminosity of $1\cdot 10^{34}$\,...
A novel powering scheme based on the DC-DC conversion technique will be exploited to power the CMS P...
Around 2016, the pixel detector of the CMS experiment will be upgraded. The amount of current that h...
The CMS experiment foresees upgrades of its silicon pixel and strip detectors for the luminosity upg...
The CMS experiment at the Large Hadron Collider (LHC) features a silicon pixel detector that measure...
The CMS experiment at the Large Hadron Collider (LHC) features a silicon pixel detector that measure...
Future pixel and tracking systems like the ones foreseen in the upgrade programs of the LHC experime...
The pixel detector of the CMS experiment will be upgraded during the extended end of year shutdown d...
The Electronic Systems Engineering Department of the Computing Division at the Fermi National Accele...
The upgrades of the Large Hadron Collider (LHC) introduce a significant challenge to the power distr...
The CMS Phase-1 pixel detector was designed to cope with an instantaneous luminosity of $2\times$10$...
The innermost tracking device of the CMS experiment is a silicon pixel detector. It has to cope with...
The present CMS pixel detector will be replaced with an upgraded pixel system during the LHC extende...
In 2017, CMS has installed a new pixel detector with 124 million channels that features full 4-hit c...
Based on the strong performance of the LHC accelerator, it is anticipated that peak luminosities of ...
The CMS pixel detector was designed for a nominal instantaneous LHC luminosity of $1\cdot 10^{34}$\,...
A novel powering scheme based on the DC-DC conversion technique will be exploited to power the CMS P...
Around 2016, the pixel detector of the CMS experiment will be upgraded. The amount of current that h...
The CMS experiment foresees upgrades of its silicon pixel and strip detectors for the luminosity upg...
The CMS experiment at the Large Hadron Collider (LHC) features a silicon pixel detector that measure...
The CMS experiment at the Large Hadron Collider (LHC) features a silicon pixel detector that measure...
Future pixel and tracking systems like the ones foreseen in the upgrade programs of the LHC experime...
The pixel detector of the CMS experiment will be upgraded during the extended end of year shutdown d...
The Electronic Systems Engineering Department of the Computing Division at the Fermi National Accele...
The upgrades of the Large Hadron Collider (LHC) introduce a significant challenge to the power distr...
The CMS Phase-1 pixel detector was designed to cope with an instantaneous luminosity of $2\times$10$...
The innermost tracking device of the CMS experiment is a silicon pixel detector. It has to cope with...
The present CMS pixel detector will be replaced with an upgraded pixel system during the LHC extende...
In 2017, CMS has installed a new pixel detector with 124 million channels that features full 4-hit c...
Based on the strong performance of the LHC accelerator, it is anticipated that peak luminosities of ...