(1+1)x1 PM Pump and Signal Combiners

(1+1)x1 Pump and Signal Combiners
	Product Features	Product Applications
	High Power Coupling Efficiency	Fiber Lasers
	Wavelength Insensitive	Fiber Laser Seed Amplifiers
	Preservation of Mode Content	Fiber Laser Power Amplifiers
	Custom Configurations Available	Industrial, Telecom & Research

Specifications
Parameter		Unit
Port Configuration			(1+1) x1
Pump Wavelength		nm	800-1000
Signal Wavelength		nm	1030-1080			1530-1580
Signal Insertion loss	Max	dB	0.5
Pump Transfer efficiency	Typ	%	90-95
Pump Transfer efficiency	Min	%	85
Return Loss	Min	dB	45
Operating Power Per Input Channel	Max	W	5	10	25	50	100
Operating Temperature		°C	-5 to +75
Storage Temperature		°C	-50 to +85
Package Size		mm	M13=65x12x7.4
			M14=100x15x10

General Configuration for (1+1)x1 Combiner
Configuration	Signal Wavelength (nm)	Pump Fiber	Input Signal Fiber	Output Fiber	Signal IL	Transfer Efficiency
(1+1) x1	1030-1080	105/125 0.22	HI1060	10/125 DC	0.5dB	90%
(1+1) x1	1030-1080	105/125 0.22	5/130 DC	10/125 DC	0.5dB	90%
(1+1) x1	1030-1080	105/125 0.22	6/125 DC	6/125 DC	0.5dB	90%
(1+1) x1	1030-1080	105/125 0.22	10/125 DC	10/125 DC	0.3dB	90%
(1+1) x1	1030-1080	105/125 0.22	20/125 DC	20/125 DC	0.7dB	90%
(1+1) x1	1030-1080	200/220 0.22	25/250 DC	25/250 DC	0.5dB	90%
(1+1) x1	1030-1080	200/220 0.22	20/400 DC	20/400 DC	0.5dB	90%
(1+1) x1	1530-1580	105/125 0.22	12/130 DC	12/130 DC	0.5dB	90%
(1+1) x1	1530-1580	105/125 0.22	12/130 DC	25/300 DC	0.5dB	90%

Ordering Information

Signal Wavelength
1=1030-1080
2=1530-1580

Operating Power
05=5W
10=10W
25=25W
50=50W
A0=100W

Pump Input
1=105/125 0.22
2=200/220 0.22
S=Specify

Signal Input
1=5/130 DC;
2=6/125 DC;
3=10/125 DC;
4=20/125 DC;
5=25/250 DC;
6=20/400 DC;
7=12/130 DC;
B=Hi1060;
S=Specify

Output Fiber
2=6/125 DC;
3=10/125 DC;
4=20/125 DC;
5=25/250 DC;
6=20/400 DC;
7=12/130 DC;
8=25/300 DC;
S=Specify

Package
P=M13
Q=M14

Fiber Length
0=0.5m
1=0.75m
2=1.0m
3=1.5m
4=2.0m
S=Specify

Note:1. Configuration can be customized for different applications.
2. All specifications are subject to change without notice.