MOONLANDER HHG
The Moonlander HHG offers high EUV flux in a compact package. Directly driven by the Coherent Monaco industrial laser, the source is robust, stable and user-friendly. Combined with the White Dwarf OPCPA a compact pump-probe suite for studying ultrafast dynamics can be configured.
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Applications
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Specifications
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Performance
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Ultrafast material science
2D Infrared spectroscopy (2DIR) / Multi-color pump-probe, Mid-IR and THz spectroscopy / Magneto-optical Kerr-effect (MOKE) microscopy / Raman spectroscopy (CARS, GAMERS)
Time-resolved ARPES
OPCPA is a versatile tool which provides ultra-short pulses from the UV to the mid-infrared.
Combined with high power, high repetition rate and robustness, this makes OPCPA the ideal technology platform for pump-probe applications. Additionally, a high temporal contrast output can be used for higher harmonic generation (HHG) to provide 21 eV pulses for tr-ARPES. |
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EUV and soft X-Ray science
Coherent diffractive imaging (CDI) / Time-resolved reaction microscopy (ARPES) / Coherent control / Attosecond streaking
For industrial and scientific customers who require coherent EUV radiation at high photon flux, the Moonlander HHG offers a compact and affordable package. The Class 5 Photonics Moonlander HHG-21 integrates a highly efficient technology which enables for the first time MHz repetition rates with high photon flux directly based on a conventional material processing laser. Driven by the Coherent Monaco 60 W Yb-based laser, the Moonlander HHG-21 is robust, stable and user-friendly. Combined with the White Dwarf OPCPA a compact pump-probe suite for studying ultrafast dynamics can be configured to take the next step in time-resolved spectroscopy applications (ARPES).
Additionally, the version Moonlander HHG-x can be driven by our high-performance OPCPA systems to generate tunable harmonics at higher photon energies for demanding applications such as coherent diffractive imaging, time-resolved molecular spectroscopy and attosecond science. Our White Dwarf HE OPCPA serves as an ultrashort driver at 700-900 nm, 2000 nm or 3000 nm with excellent temporal contrast and clean pulse profile to generate stable and efficient EUV to soft x-ray (SXR) coherent radiation.
Additionally, the version Moonlander HHG-x can be driven by our high-performance OPCPA systems to generate tunable harmonics at higher photon energies for demanding applications such as coherent diffractive imaging, time-resolved molecular spectroscopy and attosecond science. Our White Dwarf HE OPCPA serves as an ultrashort driver at 700-900 nm, 2000 nm or 3000 nm with excellent temporal contrast and clean pulse profile to generate stable and efficient EUV to soft x-ray (SXR) coherent radiation.
Moonlander HHG-21 |
Moonlander HHG-x |
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Driver inclusive |
Coherent Monaco 60 W |
White Dwarf HE OPCPA |
Photon energy |
21.7 eV |
30...50 eV higher on request |
Wavelength |
59 nm |
24...40 nm |
Spectral bandwidth (FWHM) |
80 meV |
100 meV ... 1 eV |
Photon flux at source |
Value |
Value |
Photon flux filtered (single-harmonic) |
Value |
Value |
Repetition rate |
1 MHz |
100 kHz ... MHz |
Power stability (12 hrs) |
Value |
Value |
Focusing and steering |
on request |
on request |
Pump-probe extension |
optionally based on White Dwarf OPCPA at 750 kHz |
optionally based on White Dwarf HE OPCPA |
Application |
ARPES |
CDI, time-resolved spectroscopy, attosecond science |
Any questions? You need more specifications? You want to inquire more information or get a quote?
Get in contact with us:
Get in contact with us:
Any questions? You need more specifications? You want to inquire more information or get a quote?
Get in contact with us:
Get in contact with us: