1.0μm High-Power Single-Frequency Laser (2~20W)
The 1.0 μm high-power single-frequency laser (2~20W) is independently owned intellectual property with internationally advanced performance. A two-stage MOPA design combines efficient power amplification, nonlinear-effect suppression, noise suppression and linewidth narrowing to produce tens of watts with an ultranarrow linewidth down to the hundred-hertz level.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Wavelength Range | 980-1120 nm |
| Optical Wave Mode | Single longitudinal mode , CW |
| Output Power | Typical ：10 W； Max ：20 W |
| Linewidth | Min ：0.5 kHz； Typical ：10 kHz |
| Optical signal-to-noise ratio | Typical ：50 dB |
| Output Power Stability | RMS<0.2 / P-P<1 |
| Output Power adjustment | Min ：10 %； Max ：100 % |
| Polarization Extinction ratio | Typical ：18 dB |
| Beam quality M² | M²<1.1 |
| Output Fiber Length | Typical ：1 m |
| Power consumption | Max ：200 W |
| Operating temperature | Min ：0 °C； Typical ：22 °C； Max ：30 °C |
| Output Fiber Type | PM10/125, Other optional |
| Output Fiber connector | Collimator, Other Options Available |
| Specifications Dimensions | 450(L)*482.6(W)*88.9(H)(2U Chassis ) |
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Supplier Information
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