New Infrared Technologies has expanded its OEM module solutions for uncooled MWIR imaging and linear arrays, with the introduction of new low cost CORE-S modules mainly oriented for integration. .
The new CORE-S modules have multiple applications in the industrial market including manufacturing process control, quality inspection, gas and fire detection, and laser beam profiling with lasers in the 1 - 5 microns range. A specific version for spectroscopy measurements between 3.0 and 4.6 microns is available.
CORE-S complements the current MATRIX 1024 and LUXELL product series. The module incorporates the FPA (in uncooled operation) and the A/D stage which includes the intelligent dark current subtraction module to avoid the use of a mechanical chopper. The system allows a maximum acquisition speed of 100 images per second for the MATRIX 1024 FPA, and a maximum of 1,200 lines per second for the scanning system based on the 64-pixel LUXELL FPA (600 lps for the 128-px FPA, and 300 lps for the 256-px FPA). The integration time can be also set in a range between 2 us and 100 us. The module is controlled and transmits the raw data (14 bit) via a USB interface using the NIT SOFTWARE SUITE provided.
New Infrared Technologies manufactures MWIR (1 - 5 microns) uncooled detectors, linear arrays for scanning systems and single element detectors (cooled detectors also available), and also offers electronic modules for high-speed acquisition (2,000 images per second and up to 20,000 lines per second), cameras for R+D and detectors for spectroscopy applications, all based on self-produced sensors.
Visit the detectors product page for more on low cost MWIR imaging.