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
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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