Definition
The laser uses thulium-doped (Tm³) and other rare-earth elements as the gain medium and achieves ultrashort pulse output in the 2-micrometer (1900-2050nm) wavelength band through fiber structure design. Its core principle is based on the energy level transition of thulium ions (3F₄→3H₆), combined with the advantages of all-fiber and high integration of fiber lasers, it can generate ultrashort pulse lasers on the femtosecond (fs) or picosecond (ps) scale.
Feature Customizable wavelength ps level Ultra-short pulse width High repetition frequency Diffraction-limited beam quality High electro-optical efficiency Turnkey system
Application
Biomedical
Industrial processing
Nonlinear optics research
Lidar and communication
Environmental monitoring and food safety
Specification
Parameter | Spec |
Operating wavelength | 1900-2100 nm(optional) |
Pulse width | <500 fs( 200 mW),<3 ps(1 W) |
Average output power | 200mW(standard),1W(optional) |
Repetition frequency | 20-40 MHz(optional) |
Peak power | >50 kW |
Operating temperature | 15-35℃ |
Power configuration | AC100-240V (50Hz/60Hz) |
Overall size | 392mm x 298mm x 115 mm |
Machine weight | 17 kg |
Output fiber | Armored cable |
Dimension
Test data
Ordering info
Parameter | Spec |
Operating wavelength | 1900-2100 nm(optional) |
Average output power | 200mW(standard),1W(optional) |
Output fiber | Armored cable |
Connector | 1=FC/APC；2=FC/PC；X=others |
Package | B=Benchtop |
joe@zg-photonics.com
0816 - 2384466
