Coherent Diffraction

Modern synchrotron sources provide a massive increase in coherent flux. Coherent diffraction imaging (CDI) overcomes the resolution limit of X-ray optics to determine structures to better than 100 nm resolution.

In the lensless technique of CDI, the image of the object is recovered from the diffraction pattern of the illuminated sample volume by an iterative software algorithm, which replaces the objective lens. Since the diffracted intensity drops with roughly ~r-4, CDI relies on accurate intensity measurement at wide angles, where the signal is very low.

Ptychography, a scanning modality of CDI, additionally benefits from the high frame rate capabilities of HPC detectors for on-the-fly scans.

EIGER X 16M

  • More than 18 million pixels
  • Detection area of 311 x 328 mm2
  • Extremely high dynamic range
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 133 Hz operation

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EIGER X 9M

  • More than 9 million pixels
  • Extremely high dynamic range
  • Detection area of 233 x 245 mm2
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 238 Hz operation

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EIGER X 4M

  • Up to 750 Hz frame rate
  • Optimized for scanning setups
  • Detection area of 155 x 162 mm2
  • Continuous readout
  • 3 microseconds dead time
  • Light construction 15 kg

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EIGER X 1M

  • Up to 3000 Hz frame rate
  • Extremely high dynamic range
  • Continuous readout
  • 3 microseconds dead time
  • Detection area of 77 x 79 mm2

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EIGER X 500K

  • Up to 9000 Hz frame rate
  • Continuous readout
  • 3 microseconds dead time

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EIGER S 500K

  • Up to 3000 Hz frame rate
  • Optional vacuum compatibility
  • 3 microseconds dead time

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PILATUS3 X CdTe 2M

  • Efficiency up to 75% at 80 keV
  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm2
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest
  • 250 Hz operation

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PILATUS3 X CdTe 1M

  • Efficiency up to 75% at 80 keV
  • Up to 500 Hz operation
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest

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PILATUS3 X 300K CdTe

  • Most universal HPC detector
  • 8 x 10 cm detection area
  • Efficiency up to 75% at 80 keV
  • 500 Hz operation
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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PILATUS3 X 2M

  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm2
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest
  • 250 Hz operation

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PILATUS3 X 1M

  • Up to 500 Hz operation
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest

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PILATUS3 X 300K

  • Most universal HPC detector
  • 8 x 10 cm detection area
  • Energy thresholds down to 1600 eV

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PILATUS3 X 200K-A

  • 83 x 70 mm2 detection area
  • Compact and light
  • No need of dry air or water stabilization
  • Up to 500 Hz operation

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PILATUS3 X 100K-A

  • Universal HPC detector
  • Compact and light
  • No need of dry air or water stabilization
  • Up to 500 Hz operation

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PILATUS3 S 2M

  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm2
  • Economic solution
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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PILATUS3 S 1M

  • Detection area 168 x 179 mm2
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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