APE HarmoniXX FHG 2+2 Wavelength Conversion for Ultrafast Lasers
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Ships from:
United States
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Sold by:
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On FindLight:
since 2014
Description
The HarmoniXX series has been completely re-engineered to incorporate stepper motors for precise wavelength adjustment. This enhancement makes optimum wavelength conversion quicker and easier than ever before. With its modular design, the HarmoniXX series offers the broadest wavelength range on the market and can be adapted to nearly all lasers, whether tunable or fixed frequency. The new models also feature automated output power optimization at the press of a button.
APE HarmoniXX FHG 2+2 Wavelength Conversion for Ultrafast Lasers
Specifications |
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|---|---|
| Input Wavelength Range: | 840 – 920 nm |
| Output SHG Wavelength: | 210 – 230 nm |
| Output Fundamental: | Available |
| Pulse Duration: | fs, ps |
Features
High conversion efficiency
Easy alignment and automatic wavelength tuning
Suitable for both tunable and fixed frequency fs and ps lasers
Excellent pointing stability and beam profile
Remote operation via software GUI
Applications
Harmonic generation
Frequently Asked Questions
The HarmoniXX series is a line of frequency converters for ultrafast lasers that offers the broadest wavelength range on the market and can be adapted to nearly all lasers, whether tunable or fixed frequency.
The HarmoniXX series features high conversion efficiency, easy alignment and automatic wavelength tuning, excellent pointing stability and beam profile, and remote operation via software GUI.
The HarmoniXX series is suitable for harmonic generation, spectroscopy, and nonlinear optics.
Harmonic generation is the process of generating new photons with twice (or even higher) the energy (or frequency), and therefore achieving a shorter wavelength.
The HarmoniXX series can convert wavelengths over a wide range, starting from the lowest available wavelength such as that from a Ti:Sapphire laser, at 680 nm, it is possible to reach 340 nm (SHG), 227 nm (THG) or 210 nm (FHG 2+2). HarmoniXX FHG 3+1 is able to reach even 190 nm.