helping you keep an eye on things...
Thermal imaging systems
from www.flir.com
Thermal imaging is used to see:
- hot spots, as might be found along power lines, at power sub-stations
- human beings on the ground at night, as part of a search and rescue operation
- in total darkness
- through fog and smoke
- through foliage
- temperatures of distant objects, to within 0.1°C (100 mK)
- regions of diseased crops, in otherwise healthy crops
- images from www.flir.com
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Thermovision A40M |
units |
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DETECTOR |
Microbolometer |
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wavelength |
7.5 – 13 |
um |
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(H) x (V) |
320 (H) x 240 (V) |
pixels x pixels |
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sensitivity |
80 mK |
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frame rate |
50 or 60 |
Hz |
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power |
6 |
watts |
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weight |
1.4 |
Kg |
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Lenses |
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18 mm 45°x34° |
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71 mm 12°x9° |
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122 mm 7°x5.3° |
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- images below from www.flir.com
images from www.flir.com
Copy of a FLIR advertisement in AUVSI Unmanned Systems magazine, NOV/DEC 2007.
Above from the FLIR Photon brochure obtained at the FLIR stand at the Dubai Air Show 2007.
Actual Photon camera with a 35 mm lens, on a Photon camera brochure, at the FLIR stand at the Dubai 2007 Air Show.
Above and below from the FLIR Photon brochure obtained at the FLIR stand at the Dubai Air Show 2007.
- from http://www.eurasia.flir.com/uploadedFiles/CVS/Market_Spaces/Security/Documents/SR35x140_PTZ35x140.pdf
Alex Thornton at FLIR in the UK suggested the interesting FLIR Thermal Imaging system shown above, in which a low light level camera operating in the visible region is used with two thermal imagers: one with a relatively wide view ing angle and one with a narrow viewing angle. The images from the three imagers can be overlapped using software. The thermal images act like the human eye, giving the viewer a high resolution central section, but with an added, lower resolution, peripheral vision.
from http://www.thermoteknix.com/content/english/products/miricle/index.html
The Unique High Performance, Miniature Infrared Camera
Thermoteknix has raised the bar to new heights in launching the world’s first Alpha Silicon based Focal Plane Array thermal imaging camera with shutterless XTi technology. The MIRICLE® 110KS with XTi is an ultra-compact uncooled (unstabilized) solid-state high resolution infrared camera delivering ‘Never Blind™’ thermal imaging. The camera is designed without a shutter or any moving parts to interrupt vision at critical moments and is unaffected by shock or vibration.MIRICLE is a thermal infrared imaging system ideally suited for military and security applications. Thermal imaging relies purely on the detection of heat and is entirely different to low light cameras which require a certain level of illumination in order to function. Thermal Imaging offers night vision in both low light as well as in complete darkness, through smoke and fog.
The MIRICLE infrared camera range, created by Thermoteknix, sets a new level of power, performance and flexibility for the full range of infrared applications. Resulting from more than 20 years’ experience in thermography, MIRICLE cameras and cores deliver more than just an image.
Built in the smallest footprint, MIRICLE cores and engines offer a range of microbolometer detectors in common electronic packages incorporating the very latest micro-electronics and power efficient management. Thermoteknix MIRICLE infrared cores and engines provide the OEM builder with high performance thermal imaging in highly compact, lightweight, low power, rugged, modular designs. Powerful embedded software, a choice of analog video and digital video and accessories put MIRICLE camera engines ahead of the field. Available in “sandwich” or “flexi” formats as cores (electronics and detector package) or engines (electronics, detector, shutter, lens), MIRICLE OEM cameras provide the camera developer with flexible configurations to tailor mechanical and electronic integration on a single platform.
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Ultra Compact High Performance 384 x 288 Resolution Thermal Imaging Cameras, Cores and Engines |
World's smallest 640 x 480 VGA Resolution Thermal Imaging Cameras, Cores and Engines |
MIRICLE 307K Infrared Cameras, Cores & Engines
640 x 480 VGA Resolution Thermal ImagingPowered by Thermoteknix
The MIRICLE infrared camera range, created by Thermoteknix, sets a new level of power, performance and flexibility for the full range of infrared applications. Resulting from more than 20 years’ experience in thermography, MIRICLE cameras and cores deliver more than just an image.
Built in the smallest footprint, MIRICLE 307K cameras, cores and engines are driven by an ultra high performance 640 x 480 microbolometer detector available in a variety of different housings and configurations incorporating the very latest micro-electronics and power efficient management.
Thermoteknix MIRICLE 307K infrared cores and engines provide the OEM builder with high performance thermal imaging in highly compact, lightweight, low power, rugged, modular designs. Powerful embedded software, a choice of analog video and digital video outputs and accessories put MIRICLE 307K camera engines ahead of the field. Available in a range of configurations and options, MIRICLE 307K cameras and cores provide developers, integrators and end users with flexibility to tailor mechanical and electronic integration on a single platform. MIRICLE 307 fully built camera systems are available in a range of environmentally sealed housings or with interchangeable lens mounts for rapid lens changes in the field.
MIRICLE 307K Imaging
Based on a state-of-the art 640 x 480, uncooled alpha Silicon 7-14 μ micro-bolometer detector with 25 micron pitch, MIRICLE 307K’s superbly detailed real-time imagery is unsurpassed. MIRICLE 307K cameras establish a new level of performance, free of US Government export authorization, for delivery to global markets.From surveillance to online process inspection, MIRICLE camera systems fit outstanding features and power into the smallest and most flexible packages. For optimum imaging in varying intensity scenes and targets, MIRICLE electronics have manual and dual area of intensity auto gain to maximize target and featured background content. Multiple color palettes, smooth multi-level interpolated zoom directly into the core and auto hot/cold peak tracking throughout the whole image or user defined area of interest. For scientific and R & D imaging, multiple cameras can be gen locked for simultaneous frame mode. Standard frame rates (50/60 Hz) and high speed frame rates (100/120 Hz) address fast processes and dynamic image analysis with windowing modes up to 500 Hz. Programmable bias voltage enables custom ranging and optimum scene composition.from http://www.thermoteknix.com/content/english/products/miricle/index.html
Additional text © Barnard Microsystems Limited 2006 - 2008