Turing L640 uncooled infrared module is specifically designed for applications where dimensions and power consumption are critical concerns. Featuring extreme compactness, lighter weight and lower power consumption, it supports multiple parallel communication and video output interfaces, and provides various lightweight infrared lenses. This series of imaging-type products can provide comprehensive infrared imaging solutions for a variety of photoelectric products including small handheld telescopes, helmet night vision devices, light-type unmanned aircraft systems, and driving assistance devices. Products for temperature measurement can be applied in many fields like industrial and electrical temperature measurement, security measurement, and machine vision. • Its resolution is 640X512, dimension is 21x21mm, and weight is 8g. It meets the application requirements of infrared lightweight. • It adopts high-quality image algorithms, providing multiple details regardless of smoke and darkness. • With a measurement range spanning from -20°C to 650°C, this device offers a precise and rapid temperature assessment algorithm, providing accurate readings immediately upon powering on. • It supports multiple interfaces, such as MIPI, USB, BT.656, and analog video. • Equipped with leading programmable modules, it features flexible architecture, multiple functions, and high customizability.
Open the catalog to page 1Turing L640 Temperature Measurement Detector Type Uncooled VOx infrared detector Temperature Measurement Range For temperature measurement series, -20°C~+150°C, 0°C~+650°C For temperature measurement series, ±3°C or ±3% at ambient temperature of -20°C~+60°C (±2°C optional) Secondary analysis of points, lines, and areas Dimensions (Without Lens and Extension Components) Weight (Without Lens and Extension Components) Environment Adaptability Operating Temperature Storage Temperature Humidity Product Certification (1)Please refer to the product manual for power supply requirements Security Monitoring...
Open the catalog to page 230 Pages
2 Pages
2 Pages
2 Pages
2 Pages