Electrophysics offers a complete line of high-performance infrared cameras, thermal imaging and night vision cameras. Our products include: image intensifier, IR thermal imaging, low light products and more.
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     Features
  		• High-sensitivity InSb focal plane array
  		• 640x512 format for sharp imagery
  		• User-defined, sub-array windowing mode
  		• Fully radiometric
  		• Motorized filter wheel and focus control
  		• CamLink digital output
     
    Overview
     
    Models Return to top of the page
     
    Silver 660MCamera with 20°H motorized lens, AC power supply, CamLink interface, carrying/storage case, ALTAIR software (CD) and user manual (CD) 
     
    Specifications Return to top of the page
     
    Sensor TypeInSb 
    Spectral Response3-5µm 
    Array Resolution640 x 512 
    Detector Pitch15µm 
    Readout ModeSnapshot (simultaneous integration) IWR/ITR 
    Operability>99.5% 
    Dynamic Range14-bit 
    NETD<20mK typical 
    Cold Shieldf3 
    Frame RateProgrammable 1 to 100Hz 
    Sub-Array WindowingYes 
    Integration Time3µs to 20ms 
    Temperature Calibration Range-20°C to 300°C (-4°F to 572°F) without high temp filter, 300°C to 1500°C (572°F to 2732°F) with high-temp filter 
    Measurement Accuracy+/-1% or +/-1°C 
    Motorized Objective Lens27mm focal length (20° x 16° FoV) w/bayonet front ring for accessory lenses 
    Filter WheelOptional (accepts four 25mm OD x 1mm filters) 
    External SynchronizationExternal TTL smart trigger (with pre- and post-trigger features) 
    Video OutputRS-170 /NTSC 
    Video Frame BufferIncluded 
    Digital OutputCamLink Interface (video and control) / USB 2.0 (control only) 
    CoolingClosed-cycle Stirling Cooler 
    Size310 x 135 x 165 mm 
    Weight3.6kg 
    Operating Temperature-15°C to 50°C (5°F to 122°F) 
    ShockOperational 25G, IEC 68-2-29 / Operational 2G, IEC 68-2-26 
     
    Application Return to top of the page
     
    IR Inspection in Design, Test and Manufacturing
    Thermal imaging has become an extremely valuable technology in many industries not only as an R&D instrument but also as a test and predictive maintenance tool. Infrared imaging plays a vital role in many manufacturing industries having a large number of electro-mechanical components.
     
    Medical Imaging
    The human body burns a lot of energy (approximately 100 watts). Many physiological conditions produce variations in body temperature and temperature distribution across the human body. For example, the installation of thermographic cameras at airports has become a key SARS screening tool for many areas around the world. Thermography has also been used as a screening tool for applications such as breast cancer and pain management.
     
    Non-Destructive Testing
    Thermal imaging is a non-invasive technique which when applied with specific stimulus provides a view into subsurface defects in difficult test samples. Inspection of composite aircraft parts is gaining wide acceptance in airframe manufacture and service. Advanced materials are finding their way into automotive and consumer products and thermographic NDT is a fast and wide area screening technique that is very cost effective.


    Case Studies
    Non-Destructive Evaluation and Testing
    Stress Analysis and Mechanical Testing
     
    Research and Development
    Thermal imaging is used extensively in engineering and scientific research centers around the world. Key to the use of these imagers is often application-specific software that permits the detailed analysis of both two-dimensional images as well as arrays of image sequences. Thermal imaging provides insight into critical information about an object’s thermal and spectral characteristics. In certain circumstances, information can be obtained on high-speed events (available with high frame-rate cameras) as well as circumstances requiring large dynamic range (available with variable integration cameras).

     
    Target Signature Measurements
    The spectral characteristics of vehicles, weapons and countermeasures have been found to be important for many applications. Broad spectral range, high resolution and high sensitivity are key features of an infrared imager for these applications. We offer multi spectral imaging systems with a wide range of optics from microscope to telescopes. In addition we offer powerful data acquisition systems featuring multiple camera synchronization, real-time image capture and radiometric analysis.


     
     
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