1530-1590nm laser
The frequency-blended fly-second seed laser is based on the non-linear amplification loop lens (NALM) lock-memoldery technology;
Specification Snapshot
Optional Center Wavelength Range
1530-1590 nm
Pulse Width
<100 fs
pulsed energy
0.5-3 nJ
Enclosure Dimensions
225mm×120mm×40mm(<10mW); 483mm×367.5mm×50mm(>10mW)
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Overview
The frequency-blended fly-second seed laser is based on the non-linear amplification loop lens (NALM) lock-memoldery technology; it achieves long-term stable, low-diversity flight-second pulse output. The hyper-fast fiber-optic laser output pulse re-frequency 50-140 MHz is optional; pulse width can be compressed to less than 100 fs; spectrum width is greater than 15 nm; output laser pulses are not only highly stable for long periods of time; they are more capable of maintaining excellent performance stability in a wide-temperature environment; and they ensure reliable work under severe conditions. Typical advantages of traditional fiber-optic lasers, namely small size, no heat management, output beam mass High
Specifications
| Parameter | Value |
|---|---|
| Optional Center Wavelength Range | 1530-1590 nm |
| Pulse Width | <100 fs |
| pulsed energy | 0.5-3 nJ |
| Communications | RS422 |
| Enclosure Dimensions | 225mm×120mm×40mm(<10mW); 483mm×367.5mm×50mm(>10mW) |
Applications
Atomic molecular photophysics; precision measurements; super-fast imaging; precision processing
Key Features
High-Power; Wavelength; Power
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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