Narrow Linewidth Semiconductor Laser
1. High-precision current source driving,excellent beam shaping module,
and multi-stage temperature control design
2. Excellent beam quality(M^2<1.3)and power stability(RMS<0.2%)
3. Can be integrated with a laser frequency stabilization module according
to actual usage requirements to ensure long-term frequency stability (9<2MHz)
4. Widely used in frontier fields such as optical quantum communication,quantum sensing ,atomic clocks,squeezed light ,preceision spectroscopy,and optical metrology
5.User-friendly intelligent operating system with a simpler interface
|
Model |
SHFL7XX |
SHFL10XX |
SHFL15XX |
|
Center Wavelength |
770/780/785/795±0.25 nm |
1064/1083±0.5 nm |
(1530-1590)±0.5 nm |
|
Output Power |
3W@WG,>3W@Crystal |
>40W |
>20W |
|
Linewidth@3dB |
<3 kHz |
<10 kHz |
<2 kHz |
|
Wavelength Tunability |
±0.25 nm |
±0.5 nm |
±0.5 nm |
|
Sidemode Suppression Ratio |
>45dB |
>45dB |
>45 dB |
|
Frequency Drift |
<40 MHz |
<60 MHz |
<20 MHz |
|
Beam Quality |
M²≤1.1 |
M²≤1.1 |
M²≤1.1 |
|
Beam Circularity |
≥95% |
≥95% |
≥95% |
|
Beam Diameter |
2±0.5mm,1/e² |
2±0.5mm,1/e² |
2±0.5mm,1/e² |
|
Power Stability |
<0.2%RMS |
<0.2%RMS |
<0.2%RMS |
|
Output Format |
Fiber |
Fiber |
Fiber |
|
Laser Dimensions |
450*400*150 mm3 |
450*400*150 mm3 |
450*400*150 mm3 |
|
Laser Weight |
30 kg |
35kg |
35kg |
|
Cooling Method |
Water Cooling |
Water Cooling |
Water Cooling |
|
Energy Consumption |
<200W |
<300W |
<300 W |
2M synchronous clock input/output. Suitable for high-end applications. PC can perform remote control for tester through Ethernet.
Applicable for up to 12-fiber cleaving. Automatic cleaving blade rotation via wireless communication. Original CT50 optical fiber cleaver for ribbon fusion splicer.
Professional manufacturer, 100% tested. Has Superior Blade Height and Rotational Adjustment.
Pocketsize, Lightweight and Easy-to-use. Apply to maintenance in Telecom & CATV, Fiber Optic Lab Testing etec.
Pro mini OTDR Fiber Optic Reflectometer with Functions VFL OLS OPM. It is widely used in FTTX, secondary backbone network engineering construction, aintenance and emergency repair test, and production measurement of optical fiber and cable
High precision in cutting High precision in positioning Good wear resistance
Main features: The innovative end-face imaging system provides clear visibility of both ends of the optical fiber, enabling precise core alignment. The arc position is adjustable, and the arc size can be calibrated in real time. The software is upgradable; data can be stored and exported. Pause function – designed to facilitate scientific research and teaching. Suitable for various coated optical fibers (coloring, opaque, 900 μm sheath). For applications requiring short fiber optic cables in polarization-maintaining devices.
IPv6 network supported
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