TiF-15. Ti:Sapphire Femtosecond Solid-State Oscillator
|TiF-15 (without pump laser)
TiF-15F (with an integrated pump laser)
|Factory-set pulse duration*||<15** fs||<30** fs|
|Spectrum width at 800 nm (FWHM)||>70 nm||>30 nm|
|Output wavelength||800±15 nm (fixed)||760-840 nm (USB-tunable)|
|Average output optical power at 800 nm||>230 mW at 3 W pump||>300 mW at 3 W pump
>500 mW at 6 W pump
|Pulse repetition rate (fixed)||90±2 MHz||80±2 MHz|
|Maximum acceptable pump power||≤6 W|
|Output polarization||linear, horizontal|
|Long-term output power stability (12 h)||<1%*** rms|
|Thermally stabilized breadboard||yes|
|* - the laser is tuned to either initial configuration at our factory. Later on-site realignment by the user or our engineer is possible;
** - with external group velocity dispersion compensation;
*** - at equal ambient conditions.
The TiF-15 laser system offers the shortest available pulse duration in the TiF family of Ti:S femtosecond laser oscillators. It is a robust tool for cutting-edge ultrafast research.
The system can be supplied in two basic versions: the TiF-15, being a stand-alone version for pumping with an external pump laser; or the TiF-15F system which may be integrated with an industry-standard pump laser on site or at our factory. However, the dimensions of the Ti:S laser head are the same for either version, the stand-alone version may later be fitted with an integrated pump laser at minimum additional cost. The acceptable pump laser power for the TiF-15/TiF-15F is up to 6 W.
The system is designed to operate 24/7 as a seed oscillator for our larger amplifier systems and thus inherits all the stability-enhancing design features. The system may be supplied pre-tuned to one of the two available configurations, with all the components inside the box being the same. An external prism pair kit or a tunable pulse compressor (the APC unit) for output pulse chirp compensation and pre-compensation are also available.
- Time-Resolved Ultrafast Studies
- Laser Systems Design, Integration and Amplification
- Telecom and Semiconductor Studies
- Metrology and Standards
- Other Fundamental and Applied Research
- Attosecond and X-Ray Generation
- High Harmonic Generation (HHG)
Dear colleagues, Avesta will be upgrading this corporate web-site starting 04 Nov 2017. Please note that you might experience some turbulence while browsing the web-site in the process. We hope to finish the upgrade as soon as possible to introduce new looks, updated products and more information.
Avesta is participating in the “LASER World of PHOTONICS 2017” (Munich, Germany, 26-29 June 2017) trade show. Feel free to drop by our booth B2.151 to see the TeMa Yb laser system along with the AA-20 autocorrelator and GECON supercontinuum generator. The trade show participation is supported by the Russian Export Center and organized by Expocenter and Russian Laser Association.