|Features:||Compact Structure, High Stability, Uniform Light Splitting, Insensitive To Wavelength||Type:||1X2 1X4 1X8 1X16 1X32|
|Series:||Bare Fiber PLC|
Single Mode Optic PLC Splitter,
250μ Optic PLC Splitter,
Single Mode fiber optic splitter 1x4
Optic PLC Splitter 1x4 250μ Bare Fiber Single Mode PLC Without Connector
|Package type||Steel pipe, bare fiber||Port configuration type||1X4|
|Fiber type||Single mode||Connector type||no|
|Input/output fiber diameter||250um||Pigtail length||1.5m|
|Insertion loss||≤7.3.dB||Return loss||≥50dB|
|Polarization dependent loss||≤0.3dB||Temperature dependent loss||≤0.5dB|
|Wavelength dependent loss||≤0.3dB||Working wavelength||1260-1650nm|
|Operating temperature||-40-85℃||storage temperature||-40～85℃|
Components of PLC optical splitter
The PLC optical splitter is one of the most important passive components in the optical fiber link. It is an optical fiber tandem device with multiple input ends and multiple output ends.
Among them, his three most important components are the input end, output end and chip of the optical fiber array.
The design and assembly of these three components play a vital role in whether the PLC optical splitter can work stably and normally afterwards.
PLC Planar Waveguide Optical Splitter (PLC Splitter) is an integrated waveguide optical power distribution device based on quartz substrate
Like coaxial cable transmission, optical network systems also need to couple, branch, and distribute optical signals, which requires optical splitters to achieve
Multiple input terminals and multiple output terminals at the same time
Since the bare fiber optical splitter protects the optical fiber relatively weakly, a complete set of protection devices must be installed in the carrying case and equipment
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