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Subsequent signal conditioning then feeds the pixel level to a high-speed, precision 16 bit Analog to Digital Converter (ADC) where it is converted to a digital value between 5.The Read Noise contributed by this entire subsystem is exceedingly small. This signal is then processed through a Correlated Double Sampler (CDS) to reduce temporal read noise in the pixel signal.
#Ccd s820 camera manual series
The 600 Series video processing begins with a very low noise, precision preamp to accurately amplify the microvolt level pixel signal from the CCD image sensor. This is where almost all of the camera’s performance characteristics are established.
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High Speed mode has a read rate of 8MHz providing high speed reads at multiple frames per second. The QSI 600 Series High Quality mode provides the highest possible Signal to Noise Ratio (SNR) for applications that require the lowest noise and widest possible dynamic range. Two separate analog processing chains, providing dual read rates, allow the QSI 600 Series to meet two seemingly incompatible imaging goals. “The QSI 600 Series was designed from the ground up to attain the highest possible imaging performance from Kodak’s Full-Frame and Inteline Transer CCD image sensors.”
#Ccd s820 camera manual full
The sensor employs a true two-phase charge transfer technology with a transparent gate that significantly increases optical response compared to traditional front illuminated full frame sensors. See the Specifications tab below for more detail. Micro lenses cover the surface of the CCD to focus the light through the transparent gate to further increase optical response.
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Low dark current and high pixel charge capacity result in a dynamic range exceeding 70db. It has excellent quantum efficiency between 350nm and 1000nm with peak QE over 60%. The KAF-8300 sensor has a photoactive array of 3326W x 2504H pixels. The 5.4µm pixel provides extremely high resolution for a high performance CCD. The compact design and internal color filter wheel of the QSI 683ws allows unvignetted, filtered images even with optical systems as fast as f/3. The large 3326×2504 sensor in the QSI 683, shown to the left approximately life size, provides unprecedented field of view in a camera using standard 1¼” filters. See all camera specifications From €3,944.40 – €4,800.00 inc VAT Clear
#Ccd s820 camera manual software
The 683 camera system is supported by industry leading image acquisition software plus a full camera control API is available for creating custom Windows or Linux applications. The QSI 683wsg is available with an Integrated Guider Port (IGP) allowing astronomers to guide using the light from the main telescope while picking off the light from the guide star in front of the filters. With optional features and upgradeability, the QSI 683 can be tailored to fit your needs today and in the future. The compact design of the QSI 600 Series allows the 683 to set a new benchmark for cost and size in a high performance, full-featured scientific CCD camera. The increased Field of View, high quantum efficiency, wide dynamic range, dual read rates, low noise performance and internal 5 or 8-position color filter wheels make the QSI 683 ideally suited to a broad range of demanding scientific, medical, astronomical, and industrial imaging applications. The QSI 683 model camera employs an 8.3mp Kodak full-frame CCD image sensor with microlens technology.