1x4 Polarization Maintaining PLC Splitter Mini Module
1x4 polarization maintaining PLC splitter mini module is a high-performance optical splitter, using PLC technology and polarization maintaining technology, it can distribute optical signals into 4 channels, and eliminate the polarization rotation effect in optical fiber transmission, ensuring Transmission quality and stability. The product has the advantages of small size, light weight, and convenient installation. It is suitable for the fields of optical fiber communication, optical fiber sensing, and optical fiber testing.
- Product Introduction
1x4 polarization maintaining PLC splitter mini module is a high-performance optical splitter, using PLC technology and polarization maintaining technology, it can distribute optical signals into 4 channels, and eliminate the polarization rotation effect in optical fiber transmission, ensuring Transmission quality and stability. The product has the advantages of small size, light weight, and convenient installation. It is suitable for the fields of optical fiber communication, optical fiber sensing, and optical fiber testing.
The advantage of 1x4 polarization maintaining PLC splitter mini-module lies not only in its high performance and practicability, but also in its good market competitiveness. Compared with other similar products, this product has the characteristics of high cost performance, easy installation, and easy maintenance, which can help customers reduce costs and improve efficiency. In addition, we also provide comprehensive after-sales service and technical support to ensure that customers can obtain high-quality products and services during use.
Product Features
1. High reliability: 1x4 polarization maintaining PLC splitter mini module adopts high-quality optical components and packaging materials, compact structure, can resist various harsh environments, and ensure long-term stable operation.
2. High polarization-maintaining precision: 1x4 polarization-maintaining PLC splitter mini-module adopts polarization-maintaining technology, which can eliminate the polarization rotation effect in optical fiber transmission and ensure the transmission quality and stability of optical signals. The polarization-maintaining precision is high, reaching ≤0.2dB .
3. Accurate splitting ratio: 1x4 polarization-maintaining PLC splitter mini module adopts PLC technology, which can distribute optical signals to 4 channels, and the splitting ratio is accurate, reaching 1:4, which can meet the needs of different applications.
4. Small size and light weight: 1x4 polarization maintaining PLC splitter mini module adopts mini package, small size, light weight, easy to install and wire, suitable for applications with limited space and high integration requirements.
5. High cost performance: 1x4 polarization maintaining PLC splitter mini module has the advantages of high performance, high reliability and high stability. Compared with similar products, it has reasonable price and high cost performance, which can help customers reduce costs and improve efficiency.
Product Image

Product Applications
1. Optical fiber communication: 1x4 polarization maintaining PLC splitter mini module can be used for optical signal distribution and polarization maintaining processing in optical fiber communication systems, which can improve signal transmission quality and stability, and meet high-speed data transmission, video transmission and audio transmission and other applications The needs of the occasion.
2. Optical fiber sensing: 1x4 polarization-maintaining PLC splitter mini-module can be used for optical signal distribution and polarization-maintaining processing in the optical fiber sensing system, which can improve the sensitivity and accuracy of the sensor and meet the requirements of various parameters such as temperature, pressure, and flow. Measurement needs.
3. Optical fiber test: 1x4 polarization maintaining PLC splitter mini module can be used for optical signal distribution and polarization maintaining processing in the optical fiber test system, which can improve test accuracy and reliability, and meet optical performance test, optical fiber length measurement, and optical fiber interconnection test and other testing requirements.
4. Other applications: 1x4 polarization maintaining PLC splitter mini module can also be used in optical fiber transmission, optical fiber switching, optical fiber routing, optical imaging and scientific research and other fields.
Product Parameters
| Working wavelength | 1310nm or 1550nm | Light splitting ratio | 1:4 |
| Polarization maintaining accuracy | ≤0.2dB | Channel insertion loss | ≤7.6dB |
| PDL | ≤0.1dB | Fiber Type | Single Mode Fiber |
| Fiber Interface Type | FC/UPC | Working temperature | -40℃~85℃ |
| Storage temperature | -40℃~85℃ |
Instructions For Use
1. Connect the input port of the 1x4 polarization maintaining PLC splitter mini-module to the light source, and the output port to the optical receiver, making sure the connection is correct.
2. Turn on the light source, the 1x4 polarization maintaining PLC splitter mini-module will distribute the optical signal to 4 channels, so that the optical signal is transmitted to the optical receiver along different paths.
3. During use, the transmission quality and stability of each channel can be monitored through the optical receiver. If the transmission quality is found to be poor, the transmission effect can be optimized by adjusting the position and angle of the 1x4 polarization maintaining PLC splitter mini-module .
Terms Of Use
1. When using the 1x4 polarization maintaining PLC splitter mini-module, pay attention to keep its surface clean to avoid dust and dirt from affecting the transmission effect.
2. When storing the 1x4 polarization maintaining PLC splitter mini-module, care should be taken to avoid being affected by mechanical extrusion, vibration and temperature changes to avoid damage.
3. When adjusting the position and angle of the 1x4 polarization maintaining PLC splitter mini-module, be careful to handle it with care to avoid strong collision and distortion.
Customer Comments
Oberon Frostwood from Irkutsk, Russia commented:
Seraphina Blackthorn from Slovenia commented:
Thalia Moonstone, Santa Catarina State, Brazil commented:
Caspian Ashbourne, Gothenburg, Sweden commented:
Lysandra Wilde from Chernihiv, Ukraine commented:
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