980nm 10W Laser Diode
Product Details
260(10 sec.)
oC
Tis
Lead soldering temperature
26.0 x 12.7 x 7.0
mm
-
(fiber and connector not included)
Dimensions
>10,000
h
MTBF
Expected lifetime
-20~+80
oC
Tst
Storage temperature
10~30
oC
Top
Operation temperature
Other specifications
1.00~2.00
mA
Imo
Current
PD data
2.5
V
Vre
Reverse voltage
19
V
Vop
Operation voltage
0.9
W/A
- 980nm laser diode
- 10W output power
- 105 micron / 0.15NA fiber coupled
- Photo detector integreated
- Air cool
- Accessories:with photo detector
- Cooling:air cool
- Fiber type:105um/0.15 N.A.
- Output power:10W
- Wavelength:980nm
- Model Number:K98S04F-10.00W
- Brand Name:BWT Beijing
- Place of Origin:Beijing, China (Mainland)
- Country:China (Mainland)
- telephone:86-10-83681053
| Minimum Order Quantity: | 1 Piece/Pieces |
| Payment Terms: | T/T |
| Accessories: | with photo detector |
| Cooling: | air cool |
| Fiber type: | 105um/0.15 N.A. |
| Output power: | 10W |
| Wavelength: | 980nm |
| Model Number: | K98S04F-10.00W |
| Brand Name: | BWT Beijing |
| Place of Origin: | Beijing, China (Mainland) |
Send inquiry / quota request to 980nm 10W Laser Diode
Relate products of 980nm 10W Laser Diode
Features 1. High output power 1200W 2. Best quality \"USA-COHERENT\" imported laser generator 3. Equipped with special Skin Cooling Plate 4. Big spot size 30mm*30mm for fast hair removal of all skin and hair colors 5. Painless and Permanent result This new 1200w diode laser for ...
Come From Zhengzhou Bvlaser S&T Co.,Ltd
Medium powered fiber delivered direct diode laser is mainly used for heat conduction welding with low material thickness. With heat conduction welding, the laser melts the sheets along the intended joint. The melts of the joint partners merge together and then cool off to the ...
RFL-A200D Medium powered fiber delivered direct diode laser is mainly used for heat conduction welding with low material thickness. With heat conduction welding, the laser melts the sheets along the intended joint. The melts of the joint partners merge together and then cool ...
