ATI320 simplifies the calibration process during camera assembly, relieving manufacturers from performing complex steps. A key motivation underpinning the product’s advanced design is in eliminating tricky integration steps, in order to extend access to infrared technology for newer thermal image market entrants.
“ATI320 marks a milestone in Lynred’s strategic development towards bringing more ambitious and innovative value-added propositions to key markets,” said Jean-Yves Dussaud, CMO at Lynred. ”This Advanced Thermal Imager is the culmination of our teams’ latest know-how and dexterity in developing image processing solutions, electronics and software for our microbolometer technology, in which we have a 20-year legacy.”
ATI320 (16x16mm) is the most compact QVGA (320×240 pixels) resolution thermal imager available and comes with ruggedized housing. It is available in two models: ATI320L (with lens) and ATI320S (without lens).
The key spec:
- Resolution: 320×240; 12µm pixel pitch
- NETD (Noise Equivalent Temperature Difference): f/1, 300 K scene, 20°C ambient for ATI320S version: <60mK
- Scene dynamic >100°C
- Operating T°C range: -40°C; +85°C
- Full digital product with power consumption <400mW, when an image signal processing is fully activated
- Frame rate: 60Hz
- Standards compliance: Mil-Std-810/883
- Weight: <3g for ATI320S version; <7g for ATI320L version
0 Response to "Lynred Integrates ISP onto Microbolometric Sensor"
Post a Comment