Description

Key Features
CsI(Tl) Scintillator + SiPM Detector
Combines the high light output of thallium-doped cesium iodide (CsI(Tl)) with the compact, low-noise performance of SiPMs, ensuring efficient conversion of gamma rays into measurable electrical signals. This pairing balances sensitivity and portability, making it suitable for both high and low-dose radiation sources.
High Energy Resolution (<6.5% @ 662 keV) Delivers sharp spectral peaks for precise isotope identification (e.g., distinguishing 13?Cs from ??Co). This resolution is critical for characterizing complex radiation fields with multiple isotopes. Low-Power Continuous Sampling + High CPS Operates on minimal power (ideal for battery-powered field use) while handling high count rates (CPS), ensuring reliable data collection even in high-radiation environments. USB Connectivity Plug-and-play USB interface enables easy connection to laptops or tablets, simplifying data transfer, real-time monitoring, and control via accompanying software. Portable Design Lightweight and compact, perfect for on-site measurements (e.g., environmental surveys, nuclear facility inspections, or hazardous material response). Wide Operating Temperature Range Functions reliably in extreme conditions (-20??C to 50??C), adapting to field environments from cold climates to industrial sites. User-Friendly Operation Intuitive software with automatic calibration, spectral analysis tools, and report generation??no specialized training required, making it accessible for both experts and technicians. Applications Radiation Source Characterization Identify and quantify radioactive isotopes in nuclear materials, medical isotopes, or industrial sources. Environmental Monitoring Measure ambient gamma radiation levels, track radioactive contamination, and assess radiation safety in soil, water, or air. Nuclear Safety & Security Screen for unauthorized radioactive materials in cargo, facilities, or public spaces, supporting non-proliferation efforts. Laboratory Research Support nuclear physics, radiobiology, or material science studies requiring precise gamma ray spectroscopy. Technical SpecificationsThe detector consists of a CsI(Tl) scintillator combined with a SiPM. It features an energy resolution of less than 6.5% at 662 keV (13?Cs), a count rate capability of up to 100,000 CPS (peak), and a power consumption of less than 500 mW during continuous operation. The interface is USB 2.0/3.0, with an operating temperature range of -20??C to 50??C, and it weighs less than 1 kg (including the detector). For calibration, it comes factory pre-calibrated, and users can re-calibrate it using standard sources.