High Power 500W 915nm Fiber Coupled Diode Laser Module For Pumping
Feature:
High power 500W, the highest can be 750W
975nm 976nm 980nm model are also available
200um/0.22NA/1.5m/Bare end Fiber
Fiber length can be customized
Application:
Laser Scanning Display
Medical And Cosmetic Treatment
Laser Pumping Laser Printing
Bio-Medical Instrument
A fiber coupled diode laser single-mode laser is a laser that emits light in a single, well-defined mode or pattern. This fiber coupled diode laser mode can either be a single spatial mode, meaning the light is emitted in a single, narrow beam with a well-defined transverse intensity profile, or a single longitudinal mode, meaning the light is emitted at a single, well-defined frequency with minimal spectral spreading. Due to their high spectral purity and stability, single-mode lasers are used in various applications, such as telecommunications, spectroscopy, and precision metrology.
Data Sheet
Item No: FC915DL500
| Optical |
|
| Center Wavelength |
915nm |
| Wavelength Tolerance |
±15nm |
| Output Power |
500W |
| Fiber |
|
| Fiber Bend Radius |
>60mm |
| Fiber Length |
1.5m |
| Fiber Core Diameter |
105um/125um |
| Fiber Numerical Aperture |
0.22NA |
| Fiber Connector |
Bare End |
| Electrical |
|
| Operating Current Iop |
25A |
| Threshold Current Ith |
1.1A |
| Operating Voltage Vop |
46V |
| Thermal |
|
| Operating Temperature |
15~45ºC |
| Storage Temperature |
-20-70ºC |
| Temperature Coefficient |
~0.35nm/ºC |
Drawing:
Customization is the main feature of our company.
We can offer a full line of laser diode products including laser chip/laser bar, chip on submount and complete laser diode package,C-mount, TO-mount, Fiber Coupled,Vertical and Horizontal Stack.
Recently the company has a large stock of 976nm bare bar strips and bare chips. Delivery time is 1~2 weeks, if you are interested, please take the opportunity to contact me! picture for your reference,contact me freely if any new inquiry.
If you are interested in our product or have any question about it. Please feel free to contact me via email or whatsapp.
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