Ytterbium-doped fiber amplifier(1012nm-1131nm)
Ytterbium-doped fiber amplifier
Based on ytterbium-doped fiber amplification technology, it can amplify 1012-1131nm single-frequency or non-single-frequency input lasers, with a maximum output of 130W or higher, while ensuring extremely low intensity noise and phase noise of the output laser. With its high power, low noise amplification, and ultra-fast seed cut-off protection, it is mainly used in quantum precision measurement-dipole trap, pumping, frequency doubling to generate high-power, low-noise 532nm lasers, and precision optical detection.
| Real photos | wavelength | power | Introduction | Features |
 | 1064±10nm | 1W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1064±10nm, FC/APC connector output or spatial collimation output |
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 | 1064±10nm | 10W、30W、50W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength band 1064±10nm, spatially collimated output |
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 | 1064±10nm | 100W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength band 1064±10nm, spatially collimated output |
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| | 1064±10nm | 130W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength band 1064±10nm, spatially collimated output |
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| | 1012-1024nm | 0.1W、1W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1012-1024nm, FC/APC connector output or spatial collimation output |
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| | 1012-1024nm | 10W、30W、50W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength range of 1012-1024nm, spatially collimated output |
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| | 1012-1024nm | 100W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength range of 1012-1024nm, spatially collimated output |
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| | 1024-1090nm | 1W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1024-1090nm, FC/APC connector output or spatial collimation output |
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| | 1024-1090nm | 10W、30W、50W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1024-1090nm, spatially collimated output |
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| | 1024-1090nm | 100W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1024-1090nm, spatially collimated output |
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| | 1090-1112nm | 0.1W、1W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1090-1112nm, FC/APC connector output or spatial collimation output |
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| | 1090-1112nm | 10W、30W | Use ytterbium-doped fiber as the amplification medium, suitable for the wavelength range of 1090-1112nm, spatially collimated output |
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| | 1112-1120nm | 0.1W、1W | Adopts ytterbium-doped fiber as amplification medium, suitable for 1112-1120 nm band, FC/APC connector output or spatial collimation output |
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| | 1112-1120nm | 10W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1112-1120nm, spatially collimated output |
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| | 1120-1131nm | 0.1W、1W、5W | Use ytterbium-doped fiber as the amplification medium, suitable for the band 1120-1131nm, FC/APC connector output or spatial collimation output |
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