2006
The Models 2006 preamplfier is designed for use with proportional counter detectors. The Features
2005
The Model 2005 unit is a charge sensitive preamplifier which collects the charge output from scintillation/photo-multiplier detectors for presentation to a pulse shaping main amplifier. The Features
2004
The Model 2004 charge sensitive FET input preamplifier was designed for use with both low and high capacitance semiconductor detectors. The Features
2003BT™
The Model 2003BT charge sensitive FET input preamp is designed for optimum performance with Silicon detectors such as the Passivated Implanted Planar Silicon (PIPS®) detectors and legacy Silicon Surface Barrier (SSB) detectors. The Features
InSpector 2000
The InSpector™ 2000 is a high performance, portable spectroscopy workstation based on Digital Signal Processing (DSP) technology. Applications for the InSpector 2000 include all HPGe, NaI and Cd(Zn)Te detector applications common in environmental characterization; nuclear safeguards; decommissioning and decontamination; and in-facility monitoring. The instrument provides unsurpassed count rate and resolution performance coupled with environmental stability […]
Photo-diodes
Single or multiple junction on ceramic board Electron Beam Detector Si Photodiodes. The Features
LAB CPG
The Lab CPG detector offers a large volume CZT detector in a coplanar grid (CPG) electrode configuration. The application of the CPG electrode structure creates an electron-only collection device that allows for a reduction in tailing caused by the trapping of charge in the CZT crystal. This package provides superior detector performance ideal for typical […]
TN-15™
The TN-15 high sensitivity thermal neutron detector utilizes a state-of-the-art Silicon photosensor (SiPM) and offers world-leading specification in a compact form. The Features
SIGMA™
The SIGMA family is based on a CsI scintillator crystal coupled to a ‘state-of-the-art’ SiPM (Silicon Photomultiplier) detector, high voltage, electronics and integrated MCA. The Features
Encapsulated Detectors
Encapsulation drastically enhances the germanium detector reliability. This technology is key for many applications, particularly in space, and especially if associated with Ultra-High Vacuum. Encapsulated germanium detectors may be easily handled by the users. The Features