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Tau
For handheld thermal cameras and unmanned vehicle vision systems; for firefighting imagers and thermal sights, Tau is the best choice for applications that demand light weight, small size, and low power utilization. |
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Photon 640
FLIR's Photon 640 LWIR thermal imaging camera is based on the same camera design architecture as the Photon 320, which means the same rapid turn-on time, wide operating temperature range, high shock rating, and overall reliability customers have come to expect from the Photon family. |
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Photon 320
This Photon infrared camera core is based on a 320x240 commercially-developed, military-qualified (CDMQ) LWIR thermal imaging camera. Photon 320s are widely used in handheld firefighting safety instruments, and are the best-selling IR payload camera for small unmanned vehicles, including the Raven-B. . |
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Photon 160
Photon 160 is a new, reduced resolution variant of the popular Photon 320. This version is, in part, a replacement product for FLIR’s Micron 160x120 camera (also known as the A10, and originally called the Omega). |
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PathFindIR
FLIR’s PathFindIR is a low cost 320x240 uncooled core designed for driving vision enhancement applications such as automotive, mining, maritime, emergency response vehicles, and UGV’s. It is a complete camera system with a hermetically sealed, IP67 rated enclosure, heated optic, 12VDC power input, and small form factor. |
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Apache
The APACHE camera core consists of a detector/dewar/cooler assembly (DDCA), the cooler controller, camera electronics, a mechanical frame, and interconnect cabling. |
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Photon HRC
Photon HRC is one of the smallest high-resolution (640x512) MWIR cooled camera cores in the world. Based on our 15-micron pitch, high performance, low power, Indium Antimonide (InSb) focal plane array, the Photon HRC camera core consists of a detector/dewar/cooler assembly (DDCA), and the camera electronics. |
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EMCCD 1280
1280 x 960, 7.5µm x 7.5µm and 30 frames/sec EMCCD camera. |
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EMCCD 658
658 x 496, 10µm x 10µm and 60 frames/sec EMCCD camera. |
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SI-16M30-FF
4K X 4K, 11µm x 11µm, 30 frames/sec, 12 bit CCD camera. |
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SI-16M4-IT - Color
4872 x 3248, 7.4µm x 7.4µm and 3.5 frames/sec high resolution color CCD camera. |
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SI-16M4-IT
4872 x 3248, 7.4µm x 7.4µm and 3.5 frames/sec high resolution CCD camera. |
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SI-16M8-FF
4K X 4K, 11µm x 11µm, 8 frames/sec, 12 bit CCD camera. |
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ISC 9705
General purpose InSb & QWIPs, 320 x 256 pixel format and 30 micron pitch. |
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ISC 9705
General purpose InSb & QWIPs, 320 x 256 pixel format and 30 micron pitch. |
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SI-6M1-FF
3072 x 2048, 9µm x 9µm and 1 frame/sec high resolution CCD camera. |
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ISC 9705
General purpose InSb & QWIPs, 320 x 256 pixel format and 30 micron pitch. |
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ISC 9705
General purpose InSb & QWIPs, 320 x 256 pixel format and 30 micron pitch. |
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SI-9M60-FF
2896 X 2896, 15.24µm x 15.2µm, 60 frames/sec, 12 bit color CCD camera. |
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DDCA's
InSb-based detector dewar cooler assemblies (DDCAs) are available – in both rotary and linear cryogenic cooler configurations – to qualified customers who accept the risks and support that are inherent with integrating a subassembly. |
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ISC 0002
2-dimensional ROIC array. Optimized for InGaAs, 640 x 512 pixel format and 25 micron pitch. |
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ISC 0006
2-dimensional ROIC. Designed for 2-color QWIPs, 320 x 256 pixel format and 40 micron pitch. |
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ISC 0208
2-dimensional ROIC. European Format for InSb and QWIPs, 384 x 288 pixel format and 25 micron pitch. |
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ISC 0402
2-dimensional ROIC. General purpose InSb & QWIPs, 640 x 512 pixel format and 20 micron pitch. |
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ISC 0403
ROIC for InSb Detectors, 640 x 512 pixel format and 15 micron pitch. |
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ISC 0404
ROIC for InSb, InGaAs, and HCT Detectors, 1024 x 1024 pixel format and 18 micron pitch. |
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ISC 9717
The ISC9717 is ideal for X-ray medical imaging applications, from high-resolution radiography in single frame mode to fluoroscopy with up to 30Hz frame rates. |
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ISC 9802
The ISC9802, is a 512 x 1 device for photodiodes. It is ideal for use in spectroscopy systems and DWDM channel monitors. |
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ISC 9803
General purpose InSb & QWIPs, 640 x 512 pixel format and 25 micron pitch. |
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ISC 9809
Optimized for InGaAs & Low-backbround InSb, 320 x 256 pixel format and 30 micron pitch. |
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ISC 9901
General purpose InSb, 640 x 512 pixel format and 20 micron pitch. |
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ISC 9705
General purpose InSb & QWIPs, 320 x 256 pixel format and 30 micron pitch. |
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MC3 Microcooler
The MC3 miniature cryogenic cooling engine from FLIR Systems is designed specifically for small, lightweight, low-power applications. |
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Mid-Wave FPAs
Mid-wave infrared FPAs (MWIR), are built as hybrid assemblies and sold as components, that are either mounted on 84-pin leadless chip carriers, customer supplied substrates, or integrated detector dewar cooler assemblies. |
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NIR FPA's (InGaAs and VisGaAs)
FPAs and sensor assemblies are available in mid and large format, including 320 x 256 and 640 x 512 pixel arrays. Short-wave InGaAs FPAs cover the 0.9 to 1.7 µm spectral range. A VisGaAs option is also available for sensitivity in the visible and near infrared down to 0.6 µm. |
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