Texas Instruments awards production of IR plane arrays to Sofradir

Texas Instruments Defense Systems & Electronics Grou¥(Dallas, TX) awarded a production contract for time-delay-and-integration-mode infrared focal-plane arrays (IRFPAs) to Sofradir (Grenoble, France). The long-wavelength (8-12 µm) IRFPA devices--which are based on mercury cadmium telluride detectors--will be incorporated into thermal sight systems for delivery to Aselsan Military Electronics Industries (Turkey) and the Turkish Land Forces as part of a $46 million contract for 650 day an

Jun 1st, 1997

Texas Instruments awards production of IR plane arrays to Sofradir

Texas Instruments Defense Systems & Electronics Grou¥(Dallas, TX) awarded a production contract for time-delay-and-integration-mode infrared focal-plane arrays (IRFPAs) to Sofradir (Grenoble, France). The long-wavelength (8-12 µm) IRFPA devices--which are based on mercury cadmium telluride detectors--will be incorporated into thermal sight systems for delivery to Aselsan Military Electronics Industries (Turkey) and the Turkish Land Forces as part of a $46 million contract for 650 day and night thermal sight systems for armored infantry fight vehicles.

More in Research
Light emission resulting from a mutual annihilation of electrons and holes is the operating principle of semiconductor lasers. (Image credit: Elena Khavina/MIPT)
Lasers & Sources
MIPT says Weyl semimetals are the perfect laser gain media
Gail Overton
May 9th, 2019
Graphene can now exhibit luminescence. (Image credit: University of Cordoba)
Lasers & Sources
Luminescence now added to the long list of useful graphene attributes
Gail Overton
May 8th, 2019
Large-scale simulations demonstrate that chaos is responsible for stochastic heating of dense plasma by intense laser energy. This image shows a snapshot of electron distribution phase space (position/momentum) from the dense plasma taken from PIC simulations, illustrating the so-called 'stretching and folding' mechanism responsible for the emergence of chaos in physical systems. (Image credit: G. Blaclard/CEA Saclay)
Software
New simulation tools improve understanding of laser/plasma coupling interactions
Gail Overton
May 8th, 2019
Test & Measurement
Synopsys and photonics industry leaders partner to advance PIC technology with plasmonics
John Wallace
May 5th, 2019
Cellulose has birefringence useful in flexible displays
Detectors & Imaging
Cellulose has birefringence useful in flexible displays
May 2nd, 2019
Detectors & Imaging
Princeton Infrared wins $750K SBIR award to develop coherent ladar arrays
Gail Overton
May 2nd, 2019
Inside NIST's laser welding booth, a high-power laser melts a piece of metal to form the letters NIST. (Image credit: Paul Williams/NIST)
Lasers & Sources
NIST research to improve viability and marketability of laser welding
Gail Overton
May 1st, 2019
High-resolution 3D printed microscope is promising for medical diagnostics in developing countries
Optics
High-resolution 3D printed microscope is promising for medical diagnostics in developing countries
John Wallace
Apr 29th, 2019
Shown is a laser-machined metal surface with self-cleaning properties. The peak-to-peak distance between the individual structural elements is approximately 10 microns. (Image credit: LAMpAS project)
Lasers & Sources
Ultrafast lasers and scanners to create bioinspired surfaces in LAMpAS project
Gail Overton
Apr 28th, 2019
Content Dam Lfw En Articles 2019 04 Poc Optical Fiber Manufacturing Module Arrives At International Space Station Leftcolumn Article Thumbnailimage File
Fiber Optics
POC optical fiber manufacturing module arrives at International Space Station
Gail Overton
Apr 26th, 2019