OLD-EIGER2 X 9M

With an area of 233 by 245 mm2 and more than nine million pixels, the EIGER2 X 9M collects outstanding data from macromolecular crystals. The unique combination of high resolution and speed with a modest image size allows for quick processing and efficient data transfer. The detector is also the tool of choice for the most ambitious SAXS beamlines.

Specifications EIGER2 X 9M

Number of detector modules (W x H)

3 x 6

Sensitive area (width x height)

[

mm²

]

233.1 x 244.7

Pixel size

[

µm²

]

75 x 75

Total number of pixels

3108 x 3262 = 10,138,296

Gap width vertical / horizontal

[

pixels

]

12 / 38

Energy discriminating thresholds

2

Point-spread function

1 (FWHM)

Silicon Sensor thickness

[

µm

]

450

Data format

HDF5 / NeXus

Vacuum compatibility (optional)

no

Frame rate

[

Hz

]

230

Energy range

[

keV

]

6.0 - 40

Dimensions (W x H x D)

[

mm³

]

340 x 370 x 500

Weight

[

kg

]

41

Count-rate capability

[

photons/s/pixel

]

10⁷

 

All specifications are subject to change without notice.