EIGER2 R Detector Series from DECTRIS

The EIGER2 R detector integrates all the sophisticated features of HPC technology in the most advanced detector series available from DECTRIS, developed for lab applications.

Dual-energy discrimination facilitates wide-ranging background suppression and enhances signal-to-noise ratio, specifically for long exposure times and weak signals.

Excellent count rate performance allows accurate measurements of very high intensities. Users can leverage the vast dynamic range of the detector series even during extended exposures using concurrent read/write with zero dead time.

Due to the optional vacuum compatibility, absorption and scatter from windows and air can be reduced. Small pixels along with direct detection help acquire high angular and spatial resolution and offer users the advantage of fine sampling and broad coverage of reciprocal space. Users can select from three different models to match their specific requirements.

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Main Advantages

Direct detection enables maximum spatial resolution

Hybrid Photon Counting: Direct detection of X-ray photons integrated with single-photon counting

Over 10 orders of magnitude dynamic range

No dark current or readout noise ensures excellent signal-to-noise ratio

High frame rates and readout with zero dead time

Dual-energy discrimination for suppression of high- and low-energy background

Room-temperature operation of all detector parts for high dependability

Service-free with less maintenance

Vacuum compatibility (optional)

EIGER2 R 4M

Due to the presence of a large area,the suppression of the dual-energy background,and the absence of detector noise, the EIGER2 R 4M is the ideal way to gather the best possible data with maximum efficiency.

Image Credit: DECTRIS.

EIGER2 R 1M

The EIGER2 R 1M renders the most sophisticated HPC technology available in a highly versatile detector format.

Image Credit: DECTRIS.

EIGER2 R 500K

The EIGER2 R 500K combines all the benefits of next-generation HPC technology in a very compact detector that features a large active area and allows media-free operation.

Image Credit: DECTRIS.