P R O D U C T S
1064nm Narrow Linewidth Laser
Based on ytterbium-doped fiber laser and amplification technology, it can achieve 1064nm single-frequency laser output with a maximum output power of 200W. Meanwhile, it ensures extremely low intensity noise and phase noise of the output laser, featuring high power, low-noise amplification, ultra-fast seed cutoff protection, and other characteristics.
Features
- Narrow Linewidth
- Low Noise
- Ultra-Stable Output Power
- Excellent Beam Quality
- Seed Power Cutoff Protection System
Application
- Pump Source
- Optical Lattice/Optical Tweezers
- Optical Trap
- Interferometry
- Holography
- Cold Atoms and Precision Measurement
- Gravitational Wave Detection
- LiDAR
Main parameters
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Specification |
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Partnumber |
FL-SF-1064-Y-CW(1) |
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Center Wavelength |
1064nm |
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Output power |
2W/10W/30W/50W/100W/130W/160W/200W |
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Seed laser type |
Fiber DFB seed laser |
Fixed external cavity diode laser |
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Linewidth(100us Integration Time） |
<3kHz/5kHz |
<10kHz/30kHz |
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Total tuning range（Temperature） |
>0.7nm |
>5GHz |
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Fast tuning bandwidth |
>5kHz, PZT tuning |
>1MHz, Current tuning |
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Fast tuning range |
>3GHz/10GHz |
>500MHz |
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AOM tuning bandwidth（optional） |
>500kHz |
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AOM tuning range（optional） |
>±5MHz |
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Relative intensity noise |
<0.03% (RMS, 10Hz-10MHz integration) |
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Power stability |
<0.75% @3hours, RMS |
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Power tuning range |
1-100% |
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Output mode |
PM fiber with FC/APC connector（Power≤2W) OR Free space collimated output（For all power） |
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Beam diameter（2） |
0.6±0.2mm(Power≤30W)， 1.7±0.2mm(Power>30W) |
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Pointing stability |
<±2μrad/℃ |
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Beam quality |
TEM00，M²<1.1 |
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Polarization |
Linear, >23dB |
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Output isolaton |
>25dB |
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Cooling |
Air cooling (Power≤20W)/Water cooling（For all power） |
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Environment and Power supply |
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Temperature |
15-30 ℃（Air cooling） OR 15-35 ℃（Water cooling） |
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Power supply |
100V-240V, AC, 50/60Hz |
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Communication |
RS422 |
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(1)Y is the laser power, for a 130W 1064nm laser，the partnumber is FL-SF-1064-130-CW
(2) Beam diameter for free space collimated output, not for FC/APC PM fiber output
Higher power, more wavelengths, customizable solutions
