激光模式选择器(空间分复用器SDM)
产品特点
* 6或10模式多路复用器
* c波段操作(1550 nm),
* 低插入损耗和高模式选择性
* 超紧凑的设计
标准型主要参数 |
||||
|
PROTEUS-S-6 |
PROTEUS-S-10 |
||
PARAMETER |
VALUE (AT 20°C) |
TYPICAL |
VALUE (AT 20°C) |
TYPICAL |
Number of modes |
6 |
10 |
||
Wavelength of operation |
C-band (optimized for 1550 nm) |
|||
Back-to-back insertion loss |
< 7 dB |
5 dB |
< 10 dB |
8 dB |
Back-to-back cross-talk |
< -15 dB |
-20 dB |
< -12 dB |
-18 dB |
Signal input fiber type |
SMF-28e+ array with LC/PC connectors |
|||
Signal output fiber type |
4 LP mode step-index fiber by Prysmian or graded-index by OFS, or 50/125 μm multimode fiber |
6 LP mode graded-index fiber by Prysmian or 50/125 μμm multimode fiber |
||
Package size (mm) |
120 x 98 x 38 |
可定制产品
* 多达45种模式
* 更大的操作带宽
* 低插损,高选择性
定制型参数
PROTEUS-C
PARAMETER
VALUE (AT 20°C)
COMMENTS
Number of modes
Up to 45 modes
Operating wavelength
C-band, L-band or O-band
Other wavelengths available
Back-to-back insertion loss
Between < 5 dB and < 14 dB
Depending on mode number
Back-to-back cross-talk
Between < -12 dB and < -20dB
Depending on mode number
Signal input fiber type
SMF-28e+ array or FMF or MMF
Custom fiber or input available
Signal output
Standard or custom FMF, MMF or free space
Custom fiber and free space output available
Package size (mm)
120 x 98 x 38
Output fiber information
Example of output fibers
4 LP mode
step-index fiber by Prysmian
6 LP mode graded-index
fiber by Prysmian
9 LP mode
graded-index fiber by Prysmian
2 LP mode
graded-index fiber by OFS
4 LP mode
graded-index fiber by OFS
2 LP mode
step-index fiber by OFS
4 LP mode
step-index fiber by OFS
OM1 : 62.5 um
conventional multi-mode fiber
OM2/3/4 : 50 um
conventional multi-mode fiber
OAM modes in
free-space
Other type of fibers
Please contact us with detailed requirements
应用案例:
1)、光纤通信
PROTEUS多路复用器为光纤光通信SDM而设计的。PROTEUS目前拥有45种模式,具有低插入损耗和高选择性,是各种工业和实验室研究小组的关键组成部分,并带来突破性的成果,包括KDDI的传输能力。
2)、自由空间通信
在自由空间通信中,空间多样性被用来增加容量和减少大气湍流。我们的空间多路复用器可以用自由空间输出专门制造。它已经结合了光学系统通信,如无人驾驶飞机或低轨道到地球。
3)、轨道角动量
轨道角动量(OAM)是光学通信和量子光学中一个新兴的课题。PROTEUS multiplexer可以产生高阶和高阶的OAM。其结构与光纤或自由空间输出兼容。