0.8 - 2.5 µm (4 channels) extension to 5 µm
4 readout lines of 1200x12 TDI pixels
15 µm pixel pitch
MCT Technology
Features
- Versatile Architecture
- 100% Operability
- Space Proven Architercure
- On Board LSTM Mission
- ROIC Architecture - Snapshot integration type (IWR & ITR mode) / TDI on-chip (12 stages) / 1 analog output per readout line (Pseudo-differential mode, 2.1V maximum output voltage swing)
Operating Temperature
200K (nominal)
Description
Linear infrared detector for space imaging applications.
LYNRED Linear CAPYORK is a large linear detector specially tailored for earth observation applications from SWIR up to MWIR spectra l range. Based on LYNRED space proven MCT technology, LYNRED Linear CAPYORK detector, developed in the frame of LSTM mission offers the highest level in terms of performance (100% operability, high frame rate, on-chip TDI…) and versatility (compatible design with staggered/butted configuration, gain selection, integration time adjustment per readout line…).
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Related Applications
Scientific / R&D
Infrared imaging is an extremely valuable technology used extensively in engineering and scientific research centers around the world.
Earth Observation & Resource Management
Earth mapping and atmospheric monitoring provide valuable imagery for a better understanding of our planets conditions, characterization, and resource utilization.
Planetery Exploration
Exploring the solar system for planetary surface composition, mineralogical definition, and the detection of trace gases is accomplished using any one of our most common IR detectors from UV to VLWIR.
Airborne
Airborne vehicles are deployed for a number of reasons such fire detection, traffic activity, search and rescue and other military missions.
Scientific R&D Defense
Infrared imaging is an extremely valuable technology used extensively in engineering and scientific research centers around the world.
National Space
Infrared imaging is an extremely valuable technology used extensively in engineering and scientific research centers around the world.
