Combiner




N×1 Pump Combiner

1. Description:

Pump combiner is a passive component, which is built based on fused biconical taper (FBT) technique, widely used in fiber laser, fiber amplifier, high power EDFA, biomedical and sensor system etc.    

ComFiber develops pump combiner based on the excellent knowledge and strong technique background, we’ll always provide customer high quality, cost-effective product with friendly service.

2. Applications:

Typical Industrial Fiber Laser application

3. N×1 pump combiner Specifications:

Combiner Type  

 Operating wavelength (nm)  

 Input pump fiber 

 Output fiber  

 Pump Efficiency (Min)  

 3×1 and 4×1  

 800~1000  

 105/125 0.15 or 0.22  

 200/220 0.22  

 93%  

 3×1 and 4×1  

 800~1000  

 105/125 0.15 or 0.22  

 125 0.46  

 93%  

 6×1  

 800~1000  

 105/125 0.15  

 10/125 0.08/0.46  

 90%  

 6×1  

 800~1000  

 105/125 0.15  

 20/125 0.08/0.46  

 90%  

 6×1  

 800~1000  

 105/125 0.22  

 20/400 0.06/0.46  

 90%  

 6×1  

 800~1000  

 200/220 0.22  

 20/400 0.06/0.46  

 90%  

 7×1  

 800~1000  

 105/125 0.15  

 230/250 0.22  

 90%  

 7×1  

 800~1000  

 230/250 0.22  

 20/400 0.06/0.46  

 80%  

 7×1  

 800~1000  

 105/125 0.15  

 125 0.46  

 90%  

 7×1  

 800~1000  

 105/125 0.22  

 200 0.46  

 90%  

 7×1  

 800~1000  

 105/125 0.22  

 400/430 0.22  

 90%  

 7×1  

 800~1000  

 105/125 0.22  

 20/400 0.06/0.46  

 90%  

 19×1  

 800~1000  

 105/125 0.15  

 400/440 0.22  

 90%  

 19×1  

 800~1000  

 105/125 0.15  

 x/200 DCF  

 90%  

 19×1  

 800~1000  

 105/125 0.22  

 x/400 DCF  

 90%  

4. Other series combiner:

Configuration  

 Type  

 Wavelength (nm)  

 Description  

 N×1  

 RGB combiner  

 Visible Range  

 Special fiber for short wavelength.  

 0.22NA series  

 800~1100  

 Pump fiber and output fiber are all 0.22NA fiber. Such as 105/125, 200/220, 300/330, 400/440, 600/660 etc.  

 N×1 assembled with (N+1)×1  

 7×1 with (6+1)×1  

 800~1100  

 Multi-class combiner assembly.  

 

Contact us by e-mail for more details.

Last updated 2010-8-30 |  Print this page Print this page |  E-mail this page E-mail this page   Facebook   Twitter
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