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Up to 32k channel resolution for precise energy spectrum acquisition
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Available in desktop, NIM, and VME form factors to suit laboratory and field applications
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Models ranging from compact single-channel units (DT5770) to octal VME systems (V1782)
In the recent years CAEN developed a new digital platform able to meet different nuclear spectroscopy requirements in a flexible way. This is the result of all the experiences collected in years of collaborations and projects in the field of radiation detection.
Today CAEN is looking far ahead and its roadmap includes the development of instruments not only for research, but for real life applications. A new series of instruments in the field of Environmental Monitoring, Homeland Security and Material Science are under development and CAEN is confident about its capability to provide Top-of-the-Line Instruments.
The first instruments developed combine the best CAEN capabilities: high performance Digitizers, on-board Digital Pulse Processing and state-of-the-art High Voltage Power Supplies, giving rise to a powerful yet compact family of products for Digital Nuclear Spectroscopy.

Up to 32k channel resolution for precise energy spectrum acquisition
Available in desktop, NIM, and VME form factors to suit laboratory and field applications
Models ranging from compact single-channel units (DT5770) to octal VME systems (V1782)

Active MCA embedded in a standard 14-pin photomultiplier tube base
All-in-one compact solution eliminating external cabling between detector and electronics
Designed for portable and field gamma spectroscopy with scintillation detectors

Fast and reliable identification of radionuclides, SNM and radiological threats
Advanced gamma and neutron detection technologies
Flexible portable and fixed solutions for mission-critical environments

Complete digital acquisition system for organic, inorganic, and liquid scintillators
Integrated charge-integration algorithm enabling Pulse Shape Discrimination (PSD)
Compact desktop form factor with direct connection to photodetectors