(18+1)×1泵浦合束器专门设计用来应用于高功率光纤激光器,光纤放大器领域,将18路泵浦能量和1路信号能量合成进入单根双包层光纤,实现泵浦能量和信号能量在同一根光纤中传输。泵浦吸收效率高,插入损耗低,单臂承受功率高达100W,性能稳定可靠。
产品特点
● 高泵浦吸收效率
● 高承受功率
● 低插损
● 高稳定性
应用领域
● 光纤激光器
● 光纤放大器
● 光学仪器等
产品指标
参数 |
单位 |
数值 |
结构类型 |
/ |
(18+1)x1 |
信号波长范围 |
nm |
1030-1080nm或1530-1575nm |
泵浦波长范围 |
nm |
800-1000nm |
泵浦光纤类型 |
/ |
105/125um(NA0.12或NA0.22) |
信号输入光纤类型 |
/ |
Hi1060或6/125 DCF或其它 |
信号输出光纤类型 |
/ |
6/125 DCF,10/125 DCF,12/125 DCF或其它 |
信号波长插入损耗(最大值) |
dB |
0.7 |
信号波长插入损耗(典型值) |
dB |
0.5 |
泵浦效率(最小值) |
% |
90 |
泵浦效率(典型值) |
% |
93 |
单臂输入功率 |
W |
50W |
光纤长度 |
m |
1 |
封装尺寸 |
mm |
P3:80x12x8 P4:100x15x10 |
工作温度 |
℃ |
0 ~ +75 |
储存温度 |
℃ |
-40 ~ +85 |
*测温环境在23° C
常规指标
类型 |
泵浦光纤 |
信号输入光纤 |
信号输出光纤 |
信号插损 |
泵浦效率 |
承受功率 |
(18+1)x1 |
105/125 0.15 |
6/125 SCF或DCF |
10/200 DCF |
0.8dB |
95% |
450W |
(18+1)x1 |
105/125 0.15 |
6/125 SCF或DCF |
20/200 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.15 |
6/125 SCF或DCF |
25/250 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.15 |
6/125 SCF或DCF |
30/250 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.15 |
8/125 SCF或DCF |
20/200 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.22 |
10/125 SCF或DCF |
25/250 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.22 |
12/125 SCF或DCF |
30/250 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.22 |
15/125 SCF或DCF |
30/250 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
105/125 0.22 |
6/125 DCF |
20/400 DCF |
0.7dB |
95% |
900W |
(18+1)x1 |
105/125 0.22 |
8/125 DCF |
25/300 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
200/220 0.22 |
10/125 DCF |
25/300 DCF |
0.7dB |
95% |
450W |
(18+1)x1 |
200/242 0.22 |
10/125 DCF |
20/400 DCF |
0.7dB |
96% |
900W |
选型信息
FT-X5-MPC |
① |
② |
③ |
④ |
⑤ |
⑥ |
(N+1)X1 |
方向 |
泵浦波长/泵浦功率 |
泵浦光纤/信号输入光纤 |
信号波长/信号功率 |
输出光纤 |
|
(2+1)X1 (6+1)X1 (18+1)X1 |
F-前向 B-后向 |
915/25-915nm 25W 980/50-980nm 50W S-其它 |
105/125 0.22/Hi1060-105/125 NA 0.22/Hi1060 S-其它 |
1064/10- 1064nm10W S-其他 |
10/125DCF- 10/125DCF S-其它 |
|
⑦ |
⑧ |
|||||
光纤长度 |
封装类型 |
|||||
08-0.8m 10-10m S-其它 |
2-P2 3-P3 4-P4 |
Important Notice
Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networks before they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.
The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.