20 eV - 150 eV XUV Beam Line
Description
Sources of short-wavelength radiation, such as synchrotrons or free-electron lasers, have already enabled numerous applications and will facilitate more seminal studies. On the other hand, sources of coherent extreme ultraviolet to soft x-ray radiation via high-harmonic generation (HHG) of ultrashort-pulse lasers have gained significant attention in the last years due to their enormous potential to address a plethora of applications in a cost-effective and tabletop format. Therefore, they constitute a complementary source to large-scale facilities. The photon-flux values obtained by fiber-laser-driven HHG sources can be considered the highest of all laser systems for photon energies between 20 eV – 150 eV. Even higher photon energies up to the soft X-ray regime are feasible using Tm-based driving lasers.
AFS ultrafast fiber lasers are ideal high-harmonic drivers. These turnkey HHG beamlines can address several applications in the EUV to X-ray spectral region.
20 eV - 150 eV XUV Beam Line
Specifications |
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|---|---|
| Photon Energy : | 20 eV - 150 eV (300 eV upon request) |
| Wavelength: | 8.5 nm - 60 nm (4 nm upon request) |
| XUV Photon Flux: | up to 10^14 per second |
| XUV Average Power: | up to 330 µW |
| Repetition Rate: | up 10 MHz |
Features
Exemplary Configurations. We offer up to 300 eV photon energy.
- Photon energy: 21 eV/90 eV/150 eV
- Wavelength: 59 nm/13 nm/8.5 nm
- Photon flux per harmonic: up to 10^14 s-1/ up to 5 × 10^10 s-1/up to 10^10 s-1
- Average power per harmonic: up to 330 µW/up to 0.7 µW/up to 0.4 µW
- Repetition rate: flexible, up to 10 MHz
- Pulse duration: pulse duration < laser pulse duration i.e. < 30 fs (or shorter)
- Spectral bandwidth:can remain close to the transform limit with flexible bandwidths (down to < 10 meV)
- Beam profile:Gaussian
- Dimensions of HHG chamber:80 cm × 40 cm × 40 cm
- Vacuum connections: typically KF-40, can be adapted to customer preferences
- Additional features:Turnkey reliability, high stability, all parameters software-controlled
- Addons:Single-harmonic selection, separation of XUV radiation and driving radiation
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
Germany
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Sold by:
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On FindLight:
since 2019
Frequently Asked Questions
The additional features of the XUV beam line include turnkey reliability, high stability, and all parameters software-controlled.
The turnkey HHG beamlines can address several applications in the EUV to X-ray spectral region, such as photoelectron spectroscopy, coherent diffractive imaging (CDI) nanoscope / XUV imaging, and attosecond science.
The highest photon flux value obtained by fiber-laser-driven HHG sources can be considered the highest of all laser systems for photon energies between 20 eV – 150 eV.
The photon energy range of the XUV beam line is between 20 eV – 150 eV.
The pulse duration of the XUV beam line is < 30 fs (or shorter).