1×64 SC APC PLC Splitter

Name: 1x64 SC APC PLC Splitter - LuLeey.com | Fiber Optic Products for FTTH, PON Access and Data Center Connectivity
Price: 48.14 EUR
Availability: InStock

EUR €48.14

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SKU: N/A Category: Optical Splitters and Splitter Box Tags: 1x64, SC APC, splitter

1. PLC Splitter new ABS plastic synthetic resin shell, impact resistance, heat resistance.
2. High quality wire, high performance and environmental protection PVC skin is acid-alkali resistant and durable.
3. High performance ceramic insert core, uniform optical transmission, good environmental stability.

Box size: 100*80*10mm
Storage temperature: -40~85 ℃
Working temperature: -40~85 ℃
Connector type: SC/APC
Working wavelength: 1260~1650nm

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Description

Features

1. sc/apc splitter new ABS plastic synthetic resin shell, impact resistance, heat resistance.
2. High quality wire, high performance and environmental protection PVC skin is acid-alkali resistant and durable.
3. High performance ceramic insert core, uniform optical transmission, good environmental stability.

PLC planar waveguide optical splitter (PLC Splitter) is an integrated waveguide optical power distribution device based on a quartz substrate. Like a coaxial cable transmission system, an optical network system also needs to couple, branch, and distribute optical signals. Need optical splitter to achieve.
Application
ABS box type: installed in a 19-inch standard rack; when the fiber branch into the house, the installation equipment provided is the fiber optic cable transfer box; when the fiber branch into the house, the customer specified equipment is installed.
Advantages
1) Loss is not sensitive to the wavelength of transmitted light, and can meet the transmission needs of different wavelengths.
(2) The light is evenly distributed, and the signal can be evenly distributed to users.
(3) The structure is compact and the volume is small, it can be directly installed in the existing various transfer boxes, and no special design is required to leave a large installation space.
(4) There are many shunt channels for a single device, which can reach more than 16 channels.
(5) The cost of multiple channels is low. The more branches, the more obvious the cost advantage.