(18+1)×1 Multi-Mode Pump Combiner (MPC)
Description

This (18+1)×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines 18pcs pump lasers and one signal channel into one double cladding output fiber. Fiber type can be customized.

Product Consultation
Detailed information

(18+1)×1 Multi-Mode Pump Combiner (MPC)

Description

This (18+1)×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines 18pcs pump lasers and one signal channel into one double cladding output fiber. Fiber type can be customized. 

Features

  • High Signal Transfer Efficiency

  • High Pump Efficiency 

  • Wavelength Insensitive 

  • Custom Configurations Available 

Mechanical Dimension


Performance Parameter

参数/试验条件

Parameters/Test conditions

最小值

Min.

典型值

Typ.

最大值

Max.

单位

Unit

备注

Note

1

信号工作波长

Signal Operating Wavelength

1000

1064

1100

nm

 

2

泵浦工作波长

Pump Operating Wavelength

800

 

1000

nm

 

3

 

泵浦光纤

Pump Fiber

纤芯直径

Core Diameter

 

105

 

µm

Refer to fiber codes

参考光纤编码

4

包层直径

Cladding Diameter

 

125

 

µm

5

数值孔径

Numerical Aperture

0.22

-

6

信号光纤

Signal Fiber

HI1060 or 6/125 DCF

Refer to fiber codes

参考光纤编码

7

输出光纤

Output Fiber

20/400 DCF

Refer to fiber codes

参考光纤编码

8

泵浦效率

Pump Efficiency

93

95

 

%

 

9

信号端插入损耗

Signal Insertion Loss

 

0.5

0.7

dB

 

10

 

 

1.3

-

 

11

光隔离

Optical Isolation

20

 

 

dB

 

12

尾纤长度

Fiber Length

0.8

 

 

m

Each port

每个端口

13

承受功率

Power Handling

 

 

30

W

Each port

每个端口

14

工作环境温度

Operating Environment Temperature

-5

 

+70

 

15

工作湿度

Operating Humidity

5

 

95

%RH

Not recommend in high

humidity for long time.

不建议长时间在高湿度环境中使用。

16

储存温度

Storage Temperature

-40

 

+85

 

17

封装

Package

C7

-


Ordering information

MPC-(18+1)×1-F-Pump wavelength/Pump power-Signal wavelength-Pump fiber/Signal fiber-Output fiber-Package-Fiber length

Note :

  F: Forward pump.

Pump/Signal/Output fiber: refer to fiber codes.

Package: C7

 



      



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