There are a number of detectors that are available on ID01. For most applications using small beams, a Si-based 2D pixel detector (Maxipix) with 516x516 pixels and 55 micron pixel size or 2D Eiger detector with 1030x2164 75 micron pixel size is used.

For full field diffraction microscopy, a 5 Megapixel cmos/ scinitllator based camera with 7 micron pixel size is the most adapted device

Other detectors can be used occasionally

 

Here is an overview of the detectors:

Type Medium Vacuum compatible Application Energy range (keV) Energy resolution
dE/E(%)		 Dynamic range Remarks
Point detectors (occasional use)
Pin diodes (callibrated) SI diode Yes alignment/calibration 4-20 ? ??? 1013 or more Energy calibarted
Cyberstar (scintillator) NaI No
Yes		 WAXS (+ analyser)
in vacuum		 4-100+ aprox. 20% 4 x 104 Max. countrate = 1.5 x 105 /s
ROENTEC (Solid state) Si No Energy resolved 1-15 1% ??? Special housing for vacuum available
AMPTEK (Solid state) Si
CdTe		 ??? Fluorescence 2(?)-15
?-200		 2% ? ??? ???
 
Area detectors (mostly the best solution)
Eiger photon counting pixel detector No Nanodiffraction/ CDI 6-17 20%

7 x 105 

ph/s/pixel

 0.4-6.5 m downstream of the sample
Maxipix photon counting pixel detector No Nanodiffraction/ CDI 6-17 40%

2 x 105

ph/s/pixel

 0.4-2.4 m downstream of the sample
Andor Zyla GdOS or CsI scintillators fiber coupled to CMOS Yes in detector box only for full field imaging in long detector arm (2.5 to 6.5 m from sample 6-40 N.A. (integrating)

30 000

ph/s/pixel

 2.5-6.5 m downstream of the sample