640×512 (15 µm) MWIR FPAEagle
VIGO Photonics S.A. achieves the state of the art performance for the InAs/InAsSb superlattice-based cooled MWIR focal plane array 640×512 format. FPA’s are developed with VIGO Photonics S.A. 15 μm pixel technology from epitaxy substrate to final encapsulation of detector housing. The MWIR FPA is a reliable detection module designed for demanding applications. Special design provide easy mechanical and thermal integration with the target device. Planar window work with a precisely defined spectral range of MWIR sourced which has to be detected.
Features
Spectral range: 3.7 to 4.8 µm
III-V material compliant with the RoHS Directive
Custom-made robust design
Readout integrated circuit (ROIC)
Easy mechanical and thermal integration with the target device
Integration with other types of coolers (Stirling, SWAP, Joule-Thomson) available
Assembly of various types of windows available
Applications
Integrated optoelectronic head
Thermal panoramic systems
Satellite IR observation systems
Missile warhead
Parameters
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Spectral range
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3.7 - 4.8 μm | |
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Format
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640 × 512 px | |
| Pixel pitch | 15 μm | |
| NEDT | ~18 mK | |
| Operability | >99.5 % | |
| Operating temperature | -40 to 71ºC | |
| Cooldown time | ~3 min | |
| F number (F/#) | f/2, f/4, f2.24* | |
* Available required F/# on request |
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Typical performances
ROIC
ROIC architecture: Direct injection input circuit, selectable read mode
ROIC functionalities: Programmable integration time
Pixel output rate: Up to 10 MHz per output
Frame rate: Up to 120 Hz full frame rate
Cooler
Power consumption (cooling stage): ~13.0 W
Stirling cooler: Ricor K508*
Power consumption (after stabilization): ~3.9 W
* Available to integrate with other Stirling coolers
Mechanical layout
(Unit: mm)
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Application notes
Temperature sensor characteristics
Related files
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