Where to Buy Optical Parametric Chirped-pulse Amplifiers
For very high output peak powers, the principle of optical parametric chirped-pulse amplification may be employed. Using suitable phase-matching schemes, such devices can work with ultra broadband pulses and correspondingly short compressed pulse durations.
| E | See also our encyclopedia article on optical parametric chirped-pulse amplification! Related articles: chirped-pulse amplification, optical parametric amplifiers, ultrashort pulses |
Related products: chirped-pulse amplifier systems
Related product category: nonlinear optics
7 suppliers for optical parametric chirped-pulse amplifiers (OPCPA) are listed in the RP Photonics Buyer's Guide. Both manufacturers and distributors can be registered.
| Suppliers with Ad Package | |
|---|---|
| Company | Product Description |
 Pôle Euro 95 – Bâtiment D 165 rue des Cistes 06600 Antibes France |  Our Starzz systems are custom-made mid-IR OPCPA dedicated to High Harmonic Generation (HHG) and attosecond science. With record CEP stability, high average power or high pulse energy, this new generation of ultrafast light sources combines Yb-doped industrial grade pump lasers with Fastlite landmark technologies to set new standards in ultrafast laser science. |
 All wavelengths. Lochhamer Schlag 19 82166 Gräfelfing Germany Quality: ISO 9001:2015 www.toptica.com Social: Facebook, LinkedIn, YouTube E-mail: Tel.: +49 89 85 83 70 Fax: +49 89 85 83 72 00 |  TOPTICA’s FemtoFiber dichro midIR generates radiation at 3 μm – 15 μm. Based on difference frequency generation of two optically synchronized laser pulses at tunable wavelengths of 1 – 2 μm a highly stable broadband emission of approximately 400 cm-1 is generated. Here, the output at 1560 nm of an erbium-doped ultrafast fiber laser is superimposed with the long or short wavelength part of a supercontinuum. The CEO-free mid-IR laser pulses are applied to attosecond spectroscopy where the extreme UV pulses consist of only a few optical cycles. The conversion of mid-IR radiation to extreme UV is accomplished by high harmonic generation. First, the mid-IR pulses are subject to optical parametric chirped amplification (OPCPA). Then, the intense laser fields are launched into an atomic beam or a gas-filled hollow core fibre to generate extreme UV attosecond laser pulses via high harmonics. |
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Deutsches Elektronensynchrotron DESY Notkestr. 85 22607 Hamburg Germany | |
 Savanoriu Av. 237 02300 Vilnius Lithuania | |
Pôle Euro 95 – Bâtiment D 165 rue des Cistes 06600 Antibes France | Our Starzz systems are custom-made mid-IR OPCPA dedicated to High Harmonic Generation (HHG) and attosecond science. With record CEP stability, high average power or high pulse energy, this new generation of ultrafast light sources combines Yb-doped industrial grade pump lasers with Fastlite landmark technologies to set new standards in ultrafast laser science. |
511 Hashita 9955256 Beit Shemesh Israel | |
Max-Planck-Straße 3 85716 Unterschleißheim Germany | |
All wavelengths. Lochhamer Schlag 19 82166 Gräfelfing Germany Quality: ISO 9001:2015 www.toptica.com Social: Facebook, LinkedIn, YouTube E-mail: Tel.: +49 89 85 83 70 Fax: +49 89 85 83 72 00 | TOPTICA’s FemtoFiber dichro midIR generates radiation at 3 μm – 15 μm. Based on difference frequency generation of two optically synchronized laser pulses at tunable wavelengths of 1 – 2 μm a highly stable broadband emission of approximately 400 cm-1 is generated. Here, the output at 1560 nm of an erbium-doped ultrafast fiber laser is superimposed with the long or short wavelength part of a supercontinuum. The CEO-free mid-IR laser pulses are applied to attosecond spectroscopy where the extreme UV pulses consist of only a few optical cycles. The conversion of mid-IR radiation to extreme UV is accomplished by high harmonic generation. First, the mid-IR pulses are subject to optical parametric chirped amplification (OPCPA). Then, the intense laser fields are launched into an atomic beam or a gas-filled hollow core fibre to generate extreme UV attosecond laser pulses via high harmonics. |
TRUMPF Scientific Lasers GmbH + Co. KG Feringastr. 10 85774 Unterföhring Germany | |
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