ytterbium-doped fiber amplifier (976-1134nm)
Based on argon fiber-optic amplification techniques;
Specification Snapshot
Center Wavelength Optional Range
976-978nm; 1012-1020nm; 1020-1080nm; 1080-1095nm; 1095-1120nm; 1131-1134nm
Common wavelength
977nm, 1012nm, 1064nm, 1112nm
Power Stability
<0.75% @3hours, RMS
Power Adjustment Range
10-100%
Spot Diameter
0.6±0.2mm( Output Power ≤30W), 1.7±0.3mm( Output Power >30W)
Feed input power
≥10mW(2), Single-Mode Polarization-Maintaining, FC/APC
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Overview
Based on argon fiber-optic amplification techniques; amplification of 976-1134 nm single frequency or non-uni-frequency input lasers; maximum output of 200 W; and guaranteed extremely low-intensity noise and phase noise of output lasers. High power, low noise amplification, ultra-fast seed cut-off, etc
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength Optional Range | 976-978nm; 1012-1020nm; 1020-1080nm; 1080-1095nm; 1095-1120nm; 1131-1134nm |
| Common wavelength | 977nm, 1012nm, 1064nm, 1112nm |
| Attach relative strength noise | <0.03% (RMS, 10Hz-10MHz ) |
| Power Adjustment Range | 10-100% |
| Spot Diameter | 0.6±0.2mm( Output Power ≤30W), 1.7±0.3mm( Output Power >30W) |
| Pointing Stability | <±2μrad/℃ |
| Polarization | >23dB |
| Enter light isolation | >25dB |
| Output light isolation | >25dB |
| Communications | RS422 |
Applications
Continuous infrared optical symmetry oscillator; pump piping source; optical crystal; photolytic; interferometric; hologram
Key Features
Output Power; Beam Quality; Noise
Datasheet
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Supplier Information
Founded in late 2017, Shanghai PreciLasers Technology Co., Ltd. is a high-tech enterprise and Shanghai specialized and sophisticated enterprise. We focus on R&D and production of high-end fiber lasers, with application-oriented precision fiber lasers as our core competency. We mainly target markets such as quantum information, LiDAR, advanced industry, and medical aesthetics, providing precise wavelength, linewidth, pulse shape, etc. controlled high-end fiber lasers. Our products are used in cutting-edge quantum scientific research, including quantum precision measurement, quantum computers, LiDAR, laser sensing, semiconductor inspection and processing, and other high-end applications.
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