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1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC

PLC Fiber Splitter

1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC
1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC
1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC
1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC
1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC
1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC

1 x 2 PLC Fiber Splitter, Splice/Pigtailed ABS Module, 2.0mm, SC/APC

Planar lightwave circuit (PLC) splitter is a type of optical power management device that is fabricated using silica optical waveguide technology to distribute optical signals from Central Office (CO) to multiple premise locations.

  1. Split Input Signal Evenly into 2 Output Ports
  2. ≤4.0dB Low Insertion Loss and ≤0.2dB Low Polarization Dependent Loss
  3. Fully Passive Optical Branching Device
  4. Fits Racks, Wall-mounted Boxes, Optical Distribution Boxes, etc.
  5. 1260~1650nm Broad Operating Wavelengths
  6. G.657A1 Bend Insensitive Fibers for Low Bending Loss


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    Product Details

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    1 × 2 Fiber PLC Splitter, ABS Box Type, Singlemode, SC/APC Introduction 1 × 2 fiber optic PLC frequency divider is a key component used in optical communication systems. It can split optical signals into two equal outputs and is used in fiber optic access networks (FTTx), passive optical networks (PON), and optical splitting systems. This article will introduce the 1 × 2 optical fiber PLC frequency divider, including its characteristics, structure, working principle, application and related parameters.Features The main features of 1 × 2 fiber optic PLC frequency divider are: - High reliability: Using silicon light technology, it has good stability and reliability. - Low insertion loss: The internal structure of the optical splitter is optimized to ensure low-loss output. - Uniform light splitting: can evenly divide the input optical signal into two outputs. - Wide operating wavelength range: suitable for optical signal transmission of different wavelengths.structure 1 × 2 optical fiber PLC frequency divider is usually installed in an ABS box. The ABS box provides good protection and convenient installation. The optical path chip is used as the key component of light splitting inside the spectrometer.

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    It is made through a series of optical processing techniques and has a high degree of integration.working principle The working principle of the 1 × 2 fiber PLC frequency divider is: when the input optical signal enters through the input port of the optical splitter, the internal optical path chip of the optical splitter will evenly divide the input signal into two outputs and output them to the two output ports respectively. . It is worth noting that the optical splitter does not change the optical wavelength or modulation format of the input signal.application 1 × 2 optical fiber PLC frequency divider is widely used in optical communication systems. Common application scenarios include: - Optical distributors in FTTx (fiber to the home) networks; - Distributors of optical signals in Passive Optical Networks (PON); - Used for multi-port access in optical fiber splitting systems.Related parameters Relevant parameters of 1 × 2 fiber optic PLC frequency divider include: - Insertion loss: the loss value of the optical signal after passing through the optical splitter; -Reflection loss: the loss value of the signal reflected inside the optical splitter; - Working wavelength: the wavelength range of optical signals that can work; - Port type: fiber optic connection interface type of the output port, such as SC/APC; - Temperature range: The temperature range within which it can work normally.Summarize As an important component of optical communication systems, the advantages of 1 × 2 optical fiber PLC frequency divider include high reliability, low insertion loss, uniform light splitting and wide operating wavelength range. It is widely used in optical communication systems such as FTTx and PON, and its parameters and structure can meet the needs of different application scenarios.

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