Design custom solution for high end tecnology application

High energy physic
Gamma and x-ray spectroscopy
Fusion research
Homeland security
Industrial and food Inspection
Cloud based Radiation sensor monitoring
Medical Imaging
Nuclear Instruments SRL
and
CAEN SPA
work in partnership to power your discoveries

GEM BASED READOUT SYSTEM FOR SANS INSTRUMENTS AT ESS

Nuclear Instruments collaborates with Università degli Studi di Milano Biccocca to design the readout system for a multiple-thousands channels GEM detector

Several FPGA based board create a distributed DAQ system for GEMINI ASIC. The system measure the energy and the time of arrival of particles with sub-ns resolution timestamp

The system has been design to operate a sustainable rate of more then 10 milion interactions per pixel

SIPM BASED CALORIMETER READOUT SYSTEM

Nuclear Instruments collaborated with Università degli Studi dell'Insubria and Texas Tech University to implement the readout of the first in the world SiPM based calorimeter. The SiPM AFE has been coupled to a bounch of Čerenkov and scintillating fibers in order to obtain a very high dynamic range and sensitivity. The realtime readout and energy measurament has ben performed with two MADA boards (now coded as DT5550) sincronized with the existing PMT based readout system. The Calorimeter has been succesfully validated in two test beam at SPS, CERN.

MULTISPECTRAL X-RAY IMAGING SYSTEM

Nuclear Instruments design OEM hardware for third party companies

X-NEXT SRL patented an innovative X-RAY ispection machine for food, industrial and security inspection. The machine exploits the spectral information to improve the detection of impurities.

Nuclear Instruments collaborates with X-NEXT R&&D in developing of readout electronics, high voltage generator, detector and ASIC hybrid board design

DETECTOR EMULATOR

The Digital Detector Emulator is an instruments for emulating in real time signals from generic setups for radiation detection.

The instrument is not a pulse generator of recorded shapes but a synthesizer of true casual pulses compliant to programmable statistics for amplitude, starting time and shape. The emulated signal reflects the characteristics of the programmed features (e.g. energy spectrum, time distribution, noise spectrum and intensity, shape distribution) and the stream of signals is a statistic sequence. In fact when the emulation process is reset, the kernels of generators are re-initialized with new random data (from a physical source) making the analog output sequences always different.

• Sub ns rise time:  emulate even faster diamond detectors
• High rate emulation:  statistic distribution (energy/time) up to 20 Mcps
• Multi-shape:  up to 4 different shape on the same channel with statistical distribution
• Zero dead time:  1ns minimum distance between events
• Ultra low noise:  less then 200 uVrms (low noise config.)
• Dual output analog path:  ±9V high voltage for PMT emulation and ±2V high speed output for fast detector emulation
• Waveform generator:  25 MHz waveform generator and 32 Mword AWG
• Instrument synchronization:  Share clock between multiple devices to synchronize generated pulses.
• New amazing control software:  Control multiple emulators, real-time monitor of output and input channels.
• Coincidence:  Two outputs could work in correlation mode generating signal in coincidence with 1ns step programmable delay.
• Display:  Monitor the emulator status from the two high resolution OLED display

SOLUTIONS

NUCLEAR INSTRUMENTS IS THE RIGHT ELECTRONIC DESIGN PARTNER FOR YOUR NEXT EXPERIMENT

Nuclear Instruments costumizes all available project and it is open to collaborate to innovative solutions. Contact Nuclear Instruments for further information or quotation