This work presents measurements made with the CAEN A5202 FERS-5200 board, which integrates two Citiroc-1A chips, for a total of 64 acquisition channels, and the possibility to synchronize up to 128 boards. Besides the use of this chip for single photon spectra and counting, this works wants to explore the possibility to use it also to acquire γ energy spectra from scintillator detectors...
Over the past decade the design of CAEN Digital Acquisition Systems has been accompanied by an equivalent effort in the development of Firmware, Software and Communication protocols designed to maximize the performance offered by the system itself. With the development of a second generation of Digital Solutions, CAEN continues its tradition of strong collaboration with our customers while...
As radiation detector arrays in nuclear physics applications become larger and physically more separated, the time synchronization and trigger distribution between many channels of detector readout electronics becomes more challenging. Among applications requiring the highest precision are time-of-flight measurements which try to determine the time difference in two or more related particle...
The 2020’s are emerging as the decade of the experiment as new instruments come on-line or are being upgraded with significant improvements that will support each of the science domains. The new devices will produce huge volumes of rich data which along with improvements in data processing and simulation methods offer the potential to address grand challenges in science that if resolved could...
