Precilasers Tm-doped fiber amplifiers are available within the wavelength range 1695-2150nm range, and with a maximum power of 50W. This is achieved all while keeping very low phase noise and intensity noise.
Precilasers Tm-doped fiber amplifiers are available within the wavelength range 1695-2150nm range, and with a maximum power of 50W. This is achieved all while keeping very low phase noise and intensity noise.
Precilasers offers 1700-2050 nm Tm-doped fiber amplifier with innovative ASE suppression technique. Maximum output power reaches up to 40 W for single-frequency operation. The lasers have ultra-low intensity noise(RIN<0.05%, 10Hz-10MHz) and excellent beam quality (M² <1.15), which makes them ideal light sources for the applications like optical lattice, laser atom cooling and biomedical. The full protection system of the laser ensures long-term free of maintenance and long life time.
Features
Specification
| Partnumber | FA-SF-X-Y-CW(1) | ||||
| Wavelength range | 1695-1730nm | 1730-1850nm | 1850-1900nm | 1900-2050nm | 2050-2150nm |
| Output Power | >1W/2W/5W | >2W/10W/20W | >2W/10W/20W/30W | >2W/15W/30W | >2W/10W/20W |
| Typical Wavelength | 1762nm， 2051nm | ||||
| Bandwidth | >±3nm | >±5nm | >±10nm | >±10nm | >±5nm |
| Relative Intensity Noise | <0.05% (RMS, 10Hz-10MHz Integration) | ||||
| Power Stability | <0.75% @3hours, RMS | ||||
| Power Tuning Range | 1-100% | ||||
| Output Mode（2） | Single Mode PM fiber，FC/APC Connector（Output Power≤2W) OR Collimated Output（All Power） | ||||
| Beam Diameter | 0.6±0.2mm | ||||
| Beam Quality | TEM00，M²<1.1 | ||||
| Polarization | Linear, >23dB | ||||
| Seed Laser Input Power | ≥10mW(3) | ||||
| Seed Laser Input Isolation | >25dB | ||||
| Output Laser Isolation | >25dB | ||||
| Cooling | Air Cooling /Water Cooling | ||||
| Operating Environment & Power Supply | |||||
| Temperature | 15-30 ℃（Air Cooling） OR 15-35 ℃（Water Cooling） | ||||
| Power Supply | 100V-240V, AC, 50/60Hz | ||||
| Communication | RS422 | ||||
Visit the webshop to shop for high-quality products and enjoy top-notch customer service.
Photonic Solutions Ltd
Unit 2.2 Quantum Court
Heriot-Watt University Research Park
Edinburgh
EH14 4AP
