1012-1156nm laser
Based on the mixing of fiber-optic lasers and amplification techniques;
Specification Snapshot
Center Wavelength Optional Range
1014-1020nm; 1020-1080nm; 1080-1095nm; 1095-1110nm; 1110-1156nm
Common wavelength
1018nm, 1064nm, 1112nm
Linewidth
<3kHz/5kHz@DFB /<10kHz/30kHz@FECL
Fast Tuning Bandwidth
>5kHz, PZT @DFB />1MHz, Current @FECL
Align bandwidth
>500kHz
Power Stability
<0.75% @3hours, RMS
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Overview
Based on the mixing of fiber-optic lasers and amplification techniques; achieving single-PreciLasers output of 1012-1156 nm; maximum output of 200 W; and ensuring very low-intensity noise and phase noise of the output laser. High power, low noise amplification, ultra-fast seed cut-off, etc
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength Optional Range | 1014-1020nm; 1020-1080nm; 1080-1095nm; 1095-1110nm; 1110-1156nm |
| Common wavelength | 1018nm, 1064nm, 1112nm |
| Seed laser type | DFB Laser (1014-1156nm)/ Semiconductor Laser (FECL, 1014-1156nm) |
| Align bandwidth | >500kHz |
| Power Adjustment Range | 1-100% |
| Spot Diameter | 0.6±0.2mm( Output Power ≤30W), 1.7±0.2mm( Output Power >30W) |
| Pointing Stability | <±2μrad/℃ |
| Polarization | >23dB |
| 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
Shanghai Preci Lasers Co., Ltd. was founded in late 2017. It is a high-tech enterprise and a specialized and sophisticated enterprise in Shanghai. Committed to the R&D and production of high-end fiber lasers, with application-oriented precision fiber lasers as its core competitiveness. It mainly targets markets such as quantum information, LiDAR, advanced industry, and medical aesthetics, and launches high-end fiber laser products with precise control of wavelength, linewidth, pulse waveform, etc. The high-end laser products produced have been used in the most cutting-edge quantum science research, including quantum precision measurement, quantum computers, LiDAR, laser sensing, and semiconductor inspection and processing, and other high-end application fields.
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