The EIGER R 1M is a versatile yet highly affordable detector for a variety of laboratory applications that packs 1 million hybrid pixels for direct detection into an active area of 77 by 80 mm2. Its small and extremely sharp point-spread function allows for a wide coverage of 2θ- or q-space with high resolution at close detector distances. As a matter of course, the EIGER R 1M features all other benefits of HPC technology such as the absence of readout noise, dark current or reset noise.

In macromolecular crystallography, EIGER R 1M makes the collection of higher-resolution data from crystals with larger unit cells possible. Thanks to the small pixel size, measurements can be performed at shorter detector distances without suffering from overlaps between Bragg spots.

Specifications EIGER R 1M

Number of detector modules 1 x 2
Sensitive area (width x height) [mm²] 77.2 x 79.9
Pixel size [µm²] 75 x 75
Total number of pixels 1030 x 1065 = 1,096,950
Gap width, vertical [pixel] -/37
Inactive area [%] 3.5
Defective pixels [%] < 0.03
Maximum frame rate [Hz] 10
Readout time continuous readout, 10 μs dead time, duty cycle >99%
Point-spread function 1
Sensor thickness [μm] 450
Threshold energy [keV] 2.7 - 18
Image bit depth [bit] 32
Dimensions (WHD) [mm³] 114 x 133 x 240
Weight [kg] 3.9
Power consumption [W] 75
Maximum count rate [phts/s/mm²] 5 * 10⁸


All specifications are subject to change without notice.


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