Radon detector FYCDY-P30

semiconductorindustrialreal-time

FYCDY-P30 is based on the design of pumping electrostatic collection energy spectrum analysis method, and adopts a new generation of high sensitivity and high resolution passivation ion implantation planar silicon detector (PIPS) to quickly capture the changes in radon concentration in real time. FYCDY-P30 adopts mainstream industrial-grade MCU control analysis and industrial-grade display control platform, combined with advanced alpha energy spectrum analysis, temperature and humidity automatic compensation and other technologies to ensure the accuracy, stability and reliability of the measurement; the equipment is simple to operate and has rich functions. Stable and reliable operation. Features 1. Using pump suction electrostatic collection α energy spectrum analysis method 2. The detector adopts the advanced technology of passivation ion implantation of planar silicon (PIPS), which has high sensitivity, high signal-to-noise ratio, low leakage current, and durable. 3. Good resolution of α energy spectrum, real-time display of measurement atlas, alpha energy spectrum supports up to 4096 channels 4. Based on industrial-grade high-performance CORTEX architecture microcontroller design, using multi-task software design, high operating efficiency, stable and reliable 5. Industrial grade 5.0-inch touch screen, resolution 800×480, brightness adjustable 6. Short measurement period, fast recovery, and quick response to changes in radon concentration 7. Constant humidity measurement and temperature and humidity compensation measurement for drying tube are optional 8. Automatic measurement of temperature, humidity and atmospheric pressure