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  • Optical Bit Error Rate - Preface
    Objective. Olympus delivers high-precision MPE imaging to a depth of 4mm. www.olympusamerica.com/. See a problem with these advertisements? Let us know. Editorial Reviews. From the Back Cover. A comprehensive, analytical approach to bit error rate estimation of transmitted signalsFew subjects
  • An In-depth Look at the MCP2510
    . The HLP uses. tile. It would be impossible to document every way the. standard messages which contain eleven bit identifiers. MCP2510 can be configured and used. Therefore, this. The upper three bits are ZERO which simplifies the. application note will provide examples and discussions. description
  • Medical Device Link .
    device manufacturers to develop new laser-based processes and turn the processes into turnkey production equipment. Past projects included surgical tool and device marking and texturing, dental drill-bit depth. MPMN - June 2005 - Spotlight II. Skip to : [Content] [Navigation]. Medical Device Link
  • Dynamic Range
    . This ratio also gives an indication of the number of digitization levels that might be appropriate for a given sensor. A sensor with a well depth of 35,000 electrons and with 15 electrons of read noise would yield a ratio of 35,000/15=2333. Unless there is a desire to resolve this noise with a 16 bit system
  • Five Critical Factors for Choosing Digital Image Capture Technology
    , but increased noise level can lead to reduced. dynamic range. Additional tricks of the trade can be employed when attempting to. obtain short exposure times of moving objects. In cases where a very 5. Bit Depth. short exposure time is required from a camera that does not have. Digital cameras produce
  • Digitization
    than 14 bits. For applications requiring higher speed and less dynamic range (i.e. video), 8- to 12-bit digitization is common. The higher the digital resolution, the slower the system throughput. Well depth, readout noise, and system gain are factors in determining the appropriate digitization. See
  • High Speed Imaging of Small Objects
    gathering ability not found in other CMOS based cameras. Phantom high-speed cameras are highly sensitive as a result of large pixels and greater bit depth offering much wider latitude than off-the-shelf camera technology. Phantom cameras possess a powerful feature leveraging the 12-bit sensors
  • Medical Device Link .
    of image sizes, pixel bit-depths, and frame rates to fit the rated system bandwidth. One system requirement is minimal latency, defined as no more than 50 milliseconds for the processing pipeline. In the immediate future, these systems will provide 2048 x 2048-pixel images formed of 2-byte pixels at rates