Available Systems

Detector Model

Type

Details

Amptek X-123SDD+PX5

Silicon Drift Detector

Compact Silicon Drift Detector with built-in electronics (spectrometer).
Resolution <122eV@5,9keV.
Efficiency >25% up to 25keV (can be used beyond).
For max count rate read data sheet.
Contains C1
AmpTek SDD Detector

LAMBDA 750K
(Si), 2 systems

Pixel Detector

Number of modules: 1x1
Pixel size: 55 x 55 µm2
Format: 512 x 1536 = 786432 pixels
Area: 28 x 84 mm2
Dynamic range: 12 bits (24 possible)
Energy range: 5– 25 keV
Quantum efficiency: 3 keV: 80%, 8 keV: 99%, 15 keV: 55%
Readout time: continuous read and write, no time gap
Framing rate: 2000 FPS
Applications: Material science (MS),X-ray diffraction (XRD), Surface diffraction(SD), Small-angle scattering(SAXS), Time-resolved experiments, Nondestructive testing
www.x-spectrum.de

LAMBDA 350K
(GaAs)

Pixel Detector

Number of modules: 1x1
Pixel size: 55 x 55 µm2
Format: 512 x 768 = 393216 pixels
Area: 28 x 42 mm2
Dynamic range: 12 bits (24 possible)
Energy range: 8– 80 keV
Readout time: continuous read-write, no time gap
Applications: Material science (MS),X-ray diffraction (XRD), Surface diffraction(SD), Small-angle scattering(SAXS), Time-resolved experiments, Nondestructive testing
www.x-spectrum.de

Pilatus 3X 100K-A (Si), 2 Systems

Pixel Detector

Pixel size: 172um
Format: 195 x 487 pixels
Detective Quantum Efficiency: 100%@8 keV, 80%@12 keV, 50%@16 keV
Dynamic Range: 20 bit
Readout time: 2,7 ms
83 x 34 mm image area
dectris.com

Mythen 2

Strip detector

1280 stripes 8mm long , 50µm pixelsize, countingsystem, low noise preamp (noise ≈ 230 e-)
Dynamic Range 24bit counter readout time 300µs including: Detector, Controller with data transfer via ethernet, powersupply.
Often used for powder diffraction application.
dectris.com
(to be confirmed)

PILATUS 3X 1M (Si)
(To be booked via Matthias Schwartzkopf (PETRA III))

  

Details to be given by Matthias Schwartzkopf

Some further specific systems can be booked through the following colleagues:
Magdalena Niemann: magdalena.niemann@desy.de
André Rothkirch: andre.rothkirch@desy.de
David Pennicard: david.pennicard@desy.de