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. Detailed Product Introduction 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