Fiber
Optics
Pump/Combiner
A fiber optic active pump combiner (also called a doped fiber pump combiner) is manufactured by coupling the pump
power directly into a doped fiber (e.g. erbum-ytterbium). In a traditional pump combiner application, the end-user
splices the combiner’s passive fiber output to a doped fiber, possibly resulting in back scattering. Lightel’s active pump
combiner eliminates the splice to the gain element and any backward signal to the pump lasers is reduced.
Active (2+1)×1 Combiner
Features
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•
•
•
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High Optical-Optical Conversion Efficiency
Stable and Reliable
Custom Configurations Available
High Power Fiber Lasers
Fiber Amplifiers
Applications
Specifications
Parameter
Port Configuration
Pump Wavelength
Signal Wavelength
Signal Input Fiber
Pump Fiber
Output Fiber
Pump Efficiency
Signal Insertion Loss
Optical-optical Conversion Efficiency
Total Power Handling
Return Loss
Pigtail
08/17 / V01 / IF / lightel/power-combiner/active-combiner
>90%
<0.3 dB
>26%
30W
>45 dB
Standard 1m or custom
0~75˚C
-40~85˚C
DCF-EY-10/128
DCF-EY-10/128
Specification
(1+1)×1 or (2+1)×1
800~1000nm
1030~1080nm or 1550~1600nm
LMA-YDF-10/130 M
LMA-YDF-10/130 M
>90%
<0.3 dB
>56%
50W
105/125 0.15NA/0.22NA
Operating Temperature
Storage Temperature
Note1: Values are referenced without connectors.
Note2: Other package dimensions and optical performances available by request.
Ordering Information
A P C
–
–
–
Pump Fiber
18: MM-S105/125-15A
19: MM-S105/125-22A
20: MM-S200/220-22A
–
–
Signal Fiber
04: HI1060 NA:0.14
30: 10/125DC NA:0.08/0.46
72: DCF-UN-8/105/125-14
–
–
Port Configuration Wavelength
1: (1+1)x1
A: 1060nm
2: (2+1)x1
B: 1550nm
Output Fiber
Package Size(mm) Special Code
41: LMA-GDF-20/130-M NA:0.08/0.46 1: D4.0xL60 SST
49: LMA-GDF-20/400-M NA:0.06/0.46 3: 75x12x8
72: DCF-UN-8/105/125-14
8: 105x15x8
Note: These are our most popular configurations. Contact Lightel Sales for custom port counts or alternative fibers.
1
Germany & Other Countries
Laser Components GmbH
Tel: +49 8142 2864 – 0
Fax: +49 8142 2864 – 11
info@lasercomponents.com
www.lasercomponents.com
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