4-ID-C - Beamline Layout |
|
 |
| Source Characteristics |
| Circularly Polarized Undulator |
| Device Length |
2.47 m |
| Undulator Period |
12.8 cm |
| First Harmonic Range |
0.5 to 3.0 keV |
| Peak Power Density |
17 Watts/mm2 |
| Total Power |
800 Watts |
|
| Optical Components |
| Component |
Distance from Source |
Comment |
| Mirror (M1C) |
29.5 m |
1.1 deg. plane (Pt,Rh,Si) |
| Mirror (M2C) |
30.6 m |
1.1 deg. sphere, hor. focussing (Pt,Rh,Si) |
| Mirror (M3C) |
41.4 m |
1.00 deg. sphere, vert. focussing |
| Monochromator |
50.0 m |
spherical grating |
| Experiment station |
58.5 m |
UHV sample chamber |
|
| |
| Beam Charactersitics |
| Energy Range |
0.5 - 3.0 keV |
| Monochromaticity |
103 - 104 E/dE |
| Beam size at sample |
2.5 x 0.25 mm2 (hor x vert) |
| Flux at sample |
1011 - 1013 ph/s |
|
| |
| Beamline Control |
| The beamline is run by Sun workstations (UNIX/Solaris) and VME-based electronics. The VME-based equipment is controlled
by EPICS. There are several software clients that use EPICS, including MEDM, Python, and SPEC. Other computers,
such as PCs, are used to run specialized pieces of equipment (e.g., the CCD camera). |
| |
| Experimental End Stations |
| |
| |
| Ancillary Equipment |
- CCD camera;
- High resolution flourescence detector
|
| |
| |
