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  • How to Get the Best Image Quality from Your IP Camera
    the GAIN control value. Exposure and shutter time. In low illumination conditions, increasing the exposure time and reducing the shutter speed will increase the amount of light being received. IR illuminator. Under dark conditions, such as close to 0 lux, an IR illuminator can be used to increase
  • Cameras in ITS - A Constant Evolution
    lens control. On bright, sunny days, this can be used to manage blooming and smearing inherent to CCD or shutter inefficiency experienced by CMOS. During cloudy conditions the iris can be opened to minimize exposure time and prevent motion smear images. This enables the camera to achieve
  • Digital Cameras in Unmanned Aerial Vehicles (UAV) for Military and Commercial Uses
    . Higher on the camera’s sensor. and measure the quality of images and performance. resolution cameras do not require stitching together. of imaging systems. Through a process referred to multiple lower resolution images to cover the same Smear can also occur with shutters that are not opaque
  • High-Speed Infrared Sensors for Temperature Monitoring
    signal strength and are the best choice for broadband thermometers. Ambient temperature compensation is required when thermopile detectors are used. Fig. 4: Thermopile-Chip with 80 Thermoelement-legs. Response time and exposure time. Using the shutter of a traditional camera, fast temperature steps can
  • High-Speed Infrared Sensors for Temperature Monitoring
    is required when thermopile detectors are used. Fig. 4: Thermopile-Chip with 80 Thermoelement-legs. Response time and exposure time. Using the shutter of a traditional camera, fast temperature steps can be generated to study the real. time behavior of the temperature sensors. Applying a shutter speed
  • Medical Device Link .
    of the IR filters were not a concern. LENS AND IMAGE RESOLUTION To obtain adequate images, the camera and the lens must be considered together as a system. The lens gathers the light reflected off the object and focuses that light onto the CCD array. Some of the important parameters to consider
  • View to the Future: CCD and CMOS Sensors Today and Tomorrow
    the laboratory; right: dual slope image. (source: FillFactory, Belgium). LASER+PHOTONIK. 13 NOVEMBER 2004. S E N S O R T E C H N O L O G Y. Figure 2. Swiss Ranger SR-2 3D camera of CSEM; left: the camera with IR LED as light sources; middle: light intensity image recorded with the SR-2 camera;. right
  • Workstation for Laser Direct-Write Processing (.pdf)
    in the sample, is placed before this assembly. assembly. A schematic of the setup is depicted in Figure 1. The light source is the Mai Tai® DeepSee™, a one-box. A dichroic mirror (DM), which is reflective for near-IR and. Ti:sapphire based laser capable of producing pulses shorter. transparent for visible

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