The bare fiber PLC uses fusion splicing or cold splicing methods and is suitable for fiber optic distribution trays and fiber optic splice boxes; the miniature steel tube encapsulation and the fiber output using 0.9mm loose tube small optical splitter components do not require fusion splicing or cold splicing and can be directly installed in the box, which is suitable for installation spaces with limited space, such as fiber optic splice boxes, fiber optic distribution boxes, plug-in type and rack type optical splitter combination boxes, etc.
Low Insertion Loss & Excess Loss
Low Polarization Dependence
High Optical Return Loss
Better Uniformity
Environmental Stability & Reliability
Small Package Size
Operating temperature: -40 ~ 85℃
FTTX Systems
LAN, WAN and Metro Networks
Analog/Digital Passive Optical Networks
CATV Networks
Subscriber Loop
Fiberoptic Instruments
Fiber Sensors
Other applications in fiber optic systems
Coupling Ratio | Insertion Loss | |
Premium | A grade | |
50/50 | 3.4/3.4 | 3.6/3.6 |
45/55 | 3.9/3.0 | 4.1/3.2 |
40/60 | 4.7/2.7 | 5.0/2.9 |
35/65 | 5.1/2. 1 | 5.5/2.3 |
30/70 | 6.0/1.9 | 6.4/2.1 |
25/75 | 6.5/1.7 | 6.9/1.9 |
20/80 | 7.9/1.2 | 8.4/1.4 |
15/85 | 8.8/1.0 | 9.3/1.2 |
10/90 | 11.3/0.5 | 12.7/0.8 |
5/95 | 15.2/0.4 | 18.5/0.5 |
1/99 | 22.5/0.3 | 23.0/0.4 |