Plug
Basic Info.
Model NO. | Optical Splitter Coupler |
Connector Type | Customization |
Brand | 3V-Tech |
Module Type | Customize |
Fiber Length | Customize |
Connector | LC,Sc,FC.. |
Fiber | Sm,mm |
Transport Package | Standard Package |
Trademark | 3V-Tech |
Origin | China |
HS Code | 3225961661 |
Production Capacity | 500000PCS/Year |
Product Description
DescriptionThe optical fiber can distribute the optical fiber signal to all ports evenly.
The loss is insensitive to wavelength and can meet the transmission needs of different wavelengths.
High quality imported chips with low polarization dependent loss can meet different wavelength requirements.
Easy installation and convenient operation.
HOMOGENEITY OF LIGHT
The uniformity of light distribution is good, and the optical fiber
signal can be evenly distributed to the users.
TRANSMISSION STABILITY
The loss is insensitive to wavelength and can meet the transmission
needs of different wavelengths
HIGH QUALITY CERAMIC INSERT
High quality imported ceramic insert is selected for its excellent
performance, stability and durability.
HIGH QUALITY IMPORTED OPTICAL CHIPS
Imported transmission chips are used to ensure uniform and stable light splitting,
low polarization-related loss and low ejection reflection,
which can meet the needs of different wavelengths.
TELECOM ENGINEERING GRADE COUPLER
High quality imported ceramic bushing is used to isolate other
interference signals effectively.
The number of plugging is high and the loss is low.
EASY INSTALLATION SPACE
It can be directly installed in the distributor and press the nuts on both sides,so that the operation is convenient.
Detailed Photos
3V TECHNOLOGY provides various types of bundled glass fiber products to realize light conduction and light shaping, light homogenizing, light collecting, light beam splitting, etc., make your optical system more efficient,more personalized with our customization support. It can also be assembled with collimating lens and coupling lens to collimate, converge and,beam expansion, etc., to optimize the performance of the optical system.