Speaker
Francisco Rogelio Palomo Pinto
(Universidad de Sevilla (ES))
Description
Particle detectors systems need state of the art Data Acquisition Systems as backend. DRAD (Data Readout for Advanced Designs) is a a new DAQ with a client-server data architecture able to handle up to 4 Hybrid Pixel Detectors simultaneusly. At the present, DRAD operates with the OC4SENS read-out chip but is easily adaptable to other pixel detectors. The DAQ is based on a System-on-Module (SoM) that includes FPGA logic fabric and microprocessors. The client-server architecture is enabled by a Linux operating system. The full DAQ is very compact, reducing the hardware load typically needed in particle tracking experiment, specifically during the compulsory particle telescope characterization.
Primary authors
Mr
Pedro Blanco
(pblanco@us.es)
Dr
Jose María Hinojo Montero
(ETSI-University of Sevilla)
Mr
Jorge Jiménez
(ETSI-University of Sevilla)
Dr
Rafael Millan
(ETSI-University of Sevilla)
Dr
Fernando Muñoz
(ETSI-University of Sevilla)
Francisco Rogelio Palomo Pinto
(Universidad de Sevilla (ES))
