Single box amplified Titanium::Sapphire femtosecond laser system

Single box amplified Titanium::Sapphire femtosecond laser system for pumping several independent measurement stations at minimally 1 kHz repetition rate. Laser output will be splitted to four independent measurement stations in energy ratios 1.2 mJ, 1.2 mJ, 1.2 mJ and remaining power (>1.2mJ). Measurement stations will use fundamental laser radiation for pumping OPAs and NOPAs, and for a second/third harmonic generation and white light generation. It is expected that needed splitting optics will be delivered with the laser system. Pulse duration can be between 80-100 fs, while shorter is considered to be better due to overall time resolution for the experiments using laser fundamental/OPA radiation. Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement. Prior references of supplying comparable systems are required.

Single box amplified Titanium::Sapphire femtosecond laser system for pumping several independent measurement stations at minimally 1 kHz repetition rate. Laser output will be splitted to four independent measurement stations in energy ratios 1.2 mJ, 1.2 mJ, 1.2 mJ and remaining power (>1.2mJ). Measurement stations will use fundamental laser radiation for pumping OPAs and NOPAs, and for a second/third harmonic generation and white light generation. It is expected that needed splitting optics will be delivered with the laser system. Pulse duration can be between 80-100 fs, while shorter is considered to be better due to overall time resolution for the experiments using laser fundamental/OPA radiation. Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement. Prior references of supplying comparable systems are required.

Added time limits for requirements: - Pulse energy stability: <0.5 % RMS for fundamental and <1 % RMS for SHG (24 hours) - Stability: SHG <0.8 % RMS (8 hours) = 5 points