Beamline hardware

This section is under construction..

3-pole wiggler

Double Multilayer Monochromator

Tomography endstation 1

Detectors

Table of the detectors installed at the beamline: click here.

The table lists all detectors available at the beamline and shows the magnification, pixelsize and Field Of View (FOV) obtained with each combination of detector and camera. The second sheet contains a calculator of the optimal scintillator thickness.

Figure 1: Detectors available at the BEATS beamline.

Figure 2: BEATS detectors Field Of View (FOV).

Detector 1 - White beam Twin-Microscope (Optique Peter, France)

Magnif.	Field of view	Pixel size
5×	3.4 × 2.8 mm2	1.3 μm
7.5×	2.2 × 1.9 mm2	0.87 μm
10×	1.7 × 1.4 mm2	0.65 μm

Detector 2 - White beam medium resolution (ESRF, France)

Magnif.	Field of view	Pixel size
0.5×	33.2 × 28.0 mm2	13.0 μm
1×	16.6 × 14.0 mm2	6.5 μm
2×	8.3 × 7.0 mm2	3.25 μm

Detector 3 - Monochromatic Microscope (Optique Peter, France)

Magnif.	Field of view	Pixel size
4×	4.2 × 3.5 mm2	1.6 μm
10×	1.7 × 1.4 mm2	0.65 μm
20×	0.9 × 0.7 mm2	0.33 μm

Cameras

Each detector can work in combination with one of the following cameras. The EPICS PV in the table is used to stream the detector data in ImageJ using the EPICS AD Viewer plugin (see section EPICS AD Viewer below).

Camera	Model	EPICS PV	Sensor size	Pixel size [µm]
CAM 1 CAM 2	PCO edge.5.5 ORYX FLIR 7.1 GigE	TEST-PCO:Trans1:image1: FLIR:image1:	2560 × 2160 3208 × 2200	6.5 4.5

Two more visible light cameras are installed and can be accessed with the PVs in the table below.

Camera	Position	EPICS PV
Sample eye Diagnostic monitor	Sample stage Optics hutch	FLIR3:image1: FLIR2:image1:

EPICS AD Viewer

To stream camera images within ImageJ go to Plugins -> EPICS AD Viewer. In the PVPrefix value insert the EPICS PV of the camera you want to access (see tables above).

Figure 3: ImageJ EPICS AD Viewer plugin.