The taccor one is a unique turn-key femtosecond laser with integrated pump source in a hermetically sealed cavity. At 1 GHz repetition rate, it delivers more than 1.6 W of average power with pulse durations <60 fs. It can be supplied with any chosen wavelength between 740 nm - 920 nm and is designed to be self-mode-locking and stabilising.
|Average Power||700 mW to 1.6 W||Pulse Repetition Rate||1000 MHz|
|Pulse Energy||0.7 nJ - 1.6 nJ||Pulse Duration||<60 fs|
|Spectral Bandwidth||~15 nm (FWHM)||Central Wavelength||740 nm - 920 nm *|
|Power Stability||<1% RMS||Noise||<0.05% RMS|
|Spatial Mode||near TEM00||M2||<1.2 (sag plane), <1.6 (tan plane)|
|Divergence||2.0 mrad +/-0.5 mrad||Beam Diameter||0.8 mm +/-0.3 mm|
|Polarisation Ratio||>100:1||Polarisation Direction||Horizontal|
|Operating Temperature||21 °C +/- 5 °C||Weight||15 kgs|
|Warmup Time||10 minutes||Download Specification (1162KB)|
|DATASHEET - taccor family of high repetition rate lasers||1162KB|
|Abstract - High repetition rate for nanomedicine two photon microscopy||351KB|
|Scientific paper - Two photon microscopy||287KB|
|Whitepaper - Sub-nm layer measurements using ASOPS and laser induced ultrasound||484KB|
|Image - Typical tuning curve for the taccor one||168KB|
|Scientific paper - Non-linear optical flow cytometry||720KB|
|Whitepaper - Ultrafast optical sampling oscilloscope||406KB|
|Scientific paper - 15 GHz Astrocomb||289KB|
|Scientific paper - Picosecond Photoacoustic Metrology of SiO2 and LiNbO3 Laser Systems||756KB|
|Scientific paper - Spin wave generation by fs pulses: A novel approach for tuning magnon wavelength||0KB|
* Select at time of order
Power values below 780 nm and above 820 nm are reduced by 15%; power is reduced by 35% above 880 nm.
Wavelength: accuracy +/-3 nm, higher accuracy available on request.
Pulse durations achieved with optional extra cavity compression