Pulsed laser at 1 µm or 1.5 µm band
Applications
- Distance measurement
- LIDAR / 3D scanning
- Test & measurement
Features
- High output power
- Compact package
- Low power consumption
Light Sources & Safety
Manual & Motorised Motion
Light Detection & Imaging
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For expert photonics advice, get in touch with the Laser 2000 team.
Our experts are on-hand to help answer your questions and ensure you get the right solution for your application. To contact us, either send us an email, or give us a call to have a chat about your latest application.
We look forward to hearing from you.
For expert photonics advice, get in touch with the Laser 2000 team.
Our experts are on-hand to help answer your questions and ensure you get the right solution for your application. To contact us, either send us an email, or give us a call to have a chat about your latest application.
We look forward to hearing from you.
Pulsed laser at 1 µm or 1.5 µm band
Applications
Features
Model | HFL | HFL-1 |
---|---|---|
Center Wavelength | 1540 – 1560 nm | 1030 / 1053 / 1064 – 1100 nm |
Wavelength Drift | 0.1 nm/°C | |
Laser Peak power | Up to 5 kW | Up to 25 W |
Laser Output Power, average | Up to 4 W | Up to 5 W |
Pulse Width | 0.4 – 50 ns | 0.4 – 10 ns |
Pulse Energy | 50 μJ | Up to 150 μJ |
Repetition rate | 10 – 2000 kHz | 10 – 500 kHz |
Pulse Timing | External trigger, TTL | |
Polarisation | Random / Linear | |
Mechanical Dimensions | 110 x 110 x 20 mm | |
Operating Case Temperature | -5 – +65 °C | |
Output Fibre length | 30 cm | |
Output Termination | SC/APC, FC/APC, Collimator | |
Power Supply Voltage | +5 / +12 VDC | +12 / +24 VDC |
Power Consumption | 150 W | <50 W |
Communication Interface | RS-232 |
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