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Parts by Number for CCD IR Top

Part # Distributor Manufacturer Product Category Description
15-CD35VAI Global Industrial Spt Appliance Inc Not Provided Cop Security Dome Camera 15-Cd35vai, Ccd, 21 Ir Leds, Up To 10m, 2.8-10mm Varifocal Lens, Color/Mono
C480BCVFIR PLC Radwell Arm Electronics Inc. Camera & Vision, CCD Camera CAMERA COLOR 12V 480L 4-9MM V/F BULLET 50FT IR RAN
SCV-2081R ASAP Semiconductor SAMSUNG Not Provided ANALOG VN RES IR DOME 1/3- SPR HAD CCD, 600TV LINES, TRU D/N
QSC1352C4 ASAP Semiconductor DEC Not Provided 4PK Q-SEE HIGH RESOLUTION CCD PERP CAM 520TVL 36 IR LEDS 60 FT N
LDC6081 ASAP Semiconductor LOREX TECHNOLOGY Not Provided 600 TVL VARIFOCAL DOME CAMERA PERP CCD SENSOR 65FT IR DNR IP66

Conduct Research Top

  • View to the Future: CCD and CMOS Sensors Today and Tomorrow
    Digital image sensors are well established in private and professional applications. But which sensor type works best, CCD or CMOS? This question enlightens passionate discussions. A more detailed analysis reveals that these sensors share many common characteristics. Both CMOS and CCD can
  • Short-wave IR imaging invades machine vision
    and technically, in literally hundreds of industrial applications. And they offer benefits thermal and visible-spectrum cameras do not, creating a performance/life-cycle cost advantage for SWIR, even in applications where both thermal and SWIR can technically do the job. Like visible CCD and CMOS detectors, SWIR
  • Red Enables Cell Membrane Study
    In biological microscopy, simply being able to view a sample is half the battle. It is also crucial to capture and archive images for future reference. CCD cameras seem to be the technology of choice for this task, but not all of these devices are the same. Various microscopy applications demand
  • Infrared Viewer Frequently Asked Questions
    , the required power density will be 5mW/0.19cm , or. 2. 26.31mW/cm . Can a CCD camera be used to view near-IR radiation as well?. Certain models of CCD cameras can be used to observe near-infrared radiation at wavelengths up to. about 1.1µm. However, because these cameras are designed specifically
  • Simultaneous XRD/XRF with low-power X-Ray tubes
    A test bench instrument constructed at Moxtek, Inc. is capable of simultaneously capturing x-ray diffraction (XRD) and x-ray fluorescence (XRF) information using a charge-coupled device (CCD) as the x-ray detector. NASA is funding the instrument's construction because of its low-power consumption
  • Medical Device Link .
    Providing automated high-voltage multipoint testing with up to 144 test points, a product performs dielectric tests up to 6000 V ac and IR tests to 10,000 V dc. Suited for applications such as heart monitors and defibrillation cables, the testing system operates on the company 's standard switching
  • DVE RAPTOR: Fusion
    The DVE RAPTOR algorithm generates an output image sequence by fusing images from two sources. This technique. can be applied when two sensors of different types are used to view the same scene. These sensors could be visible. CCD, intensified night vision sensor or IR sensors.
  • DVE RAPTOR: Low Latency LAP (Local Area Processing)
    been optimized to perform well in other situations. Low dynamic range IR or traditional CCD or CMOS imagers also benefit from the ability of the algorithm to make details visible in under-exposed or over-exposed portions of the image. Programmable parameters allow the algorithm to be optimized

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