X-Ray Powder Diffraction

Specific features of detectors based on HPC technology enabled numerous advances in the characterization of polycrystalline samples.

The outstanding data quality allows for ab initio crystal structure determination and structure refinement down to the finest detail, such as disorder in organic molecules and the description of pore content in microporous/macroporous materials. In some cases, the outstanding data quality can even allow for unrestrained refinement in structure analysis with accuracy comparable to single-crystal data.

Fast readouts, high frame rates and short dead times of HPC-detectors open up new possibilities in the time-resolved experiments. Dynamic processes can be followed in a sub-second regime, and pump-and-probe experiments can be carried with gating time down to 20 ns.

EIGER X 4M

  • Up to 750 Hz frame rate
  • 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
  • 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 300K-W CdTe

  • 25 x 3 cm elongated detection area
  • Efficiency up to 75% at 80 keV
  • Up to 500 frames per second
  • Instant retrigger technology

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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-W

  • Elongated sensitive area
  • Up to 500 frames per second
  • 1475 x 195 pixels
  • Instant retrigger technology

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PILATUS3 X 100K-M

  • Compact and lightweight 0.9 kg detector head
  • Detection area 83.8 x 33.5 mm2
  • Frame rate up to 500 Hz
  • High dynamic range with more than 1 million counts per pixel

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PILATUS3 X CdTe 100K-M

  • Detection area 83.8 x 33.5 mm2
  • Lightweight detector head 0.9 kg
  • Frame rate up to 500 Hz
  • Efficiency up to 75% at 80 keV
  • High dynamic range with noise-free readout

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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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MYTHEN2 X 1D

  • 640 strips in a highly economical HPC detector
  • Excellent signal-to-noise ratio from 4 to 40 keV
  • Frame rate 1000 Hz at 24-bit dynamic range for any number of modules
  • Paramount resolution with the 50 μm wide strip

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MYTHEN2 X 1K

  • 1280 strips over 64 mm for wide q-coverage
  • Excellent signal-to-noise ratio from 5 to 40 keV
  • Frame rate 1000 Hz at 24-bit dynamic range for any number of modules
  • Paramount resolution with the 50 μm wide strip

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