Gamma detector SAGe™

SAGe Well Detector combines excellent energy resolution at low and high energies with maximum efficiency for small samples. • Blind well approaches 4π counting geometry yielding high absolute efficiency • Superior resolution compared to Traditional Well Detectors at both low and high energies • Larger well diameter (28 mm) available with the same excellent resolution as the standard (16 mm) well sizes • Thin lithium diffused contact inside well allows spectroscopy from 20 keV up to 10 MeV • Full LabSOCS™ characterization available, allowing True Coincidence Summing correction • Equipped with Intelligent Preamplifier • USB 2.0 Serial Interface The Mirion SAGe Well Detector combines excellent energy resolution at low and high energies with maximum efficiency for small samples. Like Traditional Well Detectors, the SAGe Well is fabricated with a blind hole, leaving at least 20 mm of active detector thickness at the bottom of the well. The counting geometry therefore approaches 4π. The low detector capacitance associated with the small anode technology (similar to what is used on the Mirion BEGe detectors) gives the SAGe Well superior low and medium-energy resolution performance compared to Traditional Well or Coaxial Detectors, as well as excellent resolution for higher energy gamma rays. Furthermore, the detector is manufactured with an aspect ratio of a coaxial detector to allow excellent efficiency performance for standard laboratory geometries such as Marinelli beakers or other large sample containers.