Full Frame X-ray CCD camera

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  • Small pixel size less < 75 microns pixel size at the detector input
  • Large area CCD
  • High resolution megapixel resolution
  • Very high sensitivity

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US$ 0.00

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PSL has supplied X-ray full frame high resolution CCD cameras for the last 10 years to end users and OEMs. A selection of high responsitivity CCDs, combined with low noise characteristics, enables optimum photonic collection with best possible signal to noise ratio. Special read whilst expose mode allows 100% shutterless duty cycle and high sensitivity operation in low light level conditions.

Applications:

  • Microdiffraction
  • X-ray imaging
  • X-ray micro CT
  • Laue imaging
  • Protein crystallography at up to 50 keV
  • Gisaxs
  • Powder Diffraction
  • Non Destructive Testing
  • Phase Contrast Imaging
  • Small animal imaging
  • Small Angle X-ray Scattering

X-ray 4 megapixel Full Frame

  • CCD camera
  • 2084 (h) x 2084 (v) CCD array
  • Semi transparent electrodes allowing high quantum efficiency and very high sensitivity
  • Input pixel size: available from 24 x 24 - 48 x
  • 48 - 75 x 75 microns
  • Input size : available from 50 x 50 mm - 100 x 100 mm, 165 mm full diameter respectively0.4 fps at full resolution @ 2 MHz
  • Readout noise : 7-9 electrons @ 2 MHz with interpolation noise reduction
  • Full well capacity : 150,000 electrons in binning 1x1, 1,000,000 electrons in binning 2x2
  • 16-bit dynamic range
  • GdOS:Tb scintillator for operation from 5-55 keV with minimum feature recognition of 10lp/mm : typically 15 microns for the smallest input size up to 100 microns for the largest input size.
  • CsI:Tl structured scintillator for operation from
  • 30-100 keV
  • USB 2.0 interface
  • Synchronisation / control : via TTL puls
 

X-ray Full Frame 9 megapixel

  • CCD camera
  • 3056 (h) x 3056 (v) CCD array
  • Input pixel size: available from 4 x 4 - 12 x 12 24 x 24 and 40.5 x 40.5 microns
  • 12.2 x 12.2 mm - 37.6 x 37.6 mm - 75.2 x 75.2 mm and 135 mm full diameter respectively
  • 0.5 fps at full resolution @ 8 MHz
  • Readout noise : 6-8 electrons @ 8 MHz with interpolation noise reduction
  • Full well capacity : 100,000 electrons in binning 1x1 - 200,000 electrons in binning 2x2
  • 16-bit extended dynamic range
  • GdOS:Tb scintillator for operation from 5-55 keV with minimum feature recognition of 10lp/mm : typically 12 microns for the smallest input size up to 75 microns for the largest input size.
  • CsI:Tl structured scintillator for operation from 30-100 keV

Additional Features:

  • 1 and 8 MHz scanning frequencies
  • Very low readout noise < 10 electrons
  • Very low dark noise allowing extended exposures for sub microfocus sources
  • Large dynamic range with 16-bit digitisation
  • Medium to large area sensor with taper input varying 25 mm up to 165 mm diagonal
  • GdOS polycrystalline or structured CsI scintillators
  • USB 2.0 digital interface
  • Low profile electronics
  • C-mount

ESRF - STAR SAXS X-Ray document X-ray full frame camera application note  Vacuum Flange 




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