PLC1 to 4 Optical Splitter: Principle, Application and Selection Guide.
With the development of network technology, optical communication has become the mainstream. In the field of optical communication, the optical splitter is an important component. Today, we will give you a special optical splitter in detail: PLC1 Split 4 Optical Splitter. We will explain how it works, how to use it, and how to choose a quality product.
First, the working principle.
An optical splitter is a device that cuts a notch in the reflective surface (FBT) of the fiber Bragg terminal to achieve optical power dispersion. The PLC1 4 optical splitter is a pair of multi-optical splitters made based on PLC (polymer laser forming) technology. It can divide one optical signal into four identical or coherent optical signals, so as to realize the distribution and multiplexing of optical signals.
2. Application scenarios.
1.Optical fiber access network: PLC1 to 4 optical splitter plays an important role in optical fiber access network. It can be used as a hub for optical fiber access, distributing optical signals from the central office to multiple users, so as to achieve high-speed data transmission and voice, ** and other multi-** applications.
2.Data center: In the data center, the PLC1 division 4 optical splitter can be used to connect various cabinets to achieve high-speed data exchange and transmission. At the same time, it can also be used as an optical fiber connection device inside the data center to improve the reliability and stability of the data center.
3.Wireless coverage: In the field of wireless coverage, the PLC1 split 4 optical splitter can be used in fiber-to-the-home (FTTH) systems to connect optical fibers to each home user and provide high-speed and stable network access.
3. Purchase guide.
1.Quality assurance: When purchasing PLC1 4 optical splitter, be sure to choose a big brand product with quality assurance. Such products usually undergo strict quality control and have stable and reliable performance.
2.Compatibility: Considering different application scenarios and devices, compatibility should be considered when purchasing products. Make sure that the selected product is compatible with your device and other related devices to avoid mismatches.
3.Optical performance: Focus on the optical performance of the product, such as insertion loss, uniformity, polarization dependence, etc. These properties have a direct impact on the quality and transmission efficiency of optical signals. In general, the lower the insertion loss, the better, and the better the uniformity, the better.
4.Shunt ratio: The shunt ratio refers to the proportion of each optical signal to the total optical power. When purchasing products, you should pay attention to the size of the shunt ratio to ensure the actual use effect.
5.After-sales service: Choose a first-class supplier with good after-sales service to ensure that you can get timely technical support and solutions when problems occur.
Summary. This article introduces the PLC1 split 4 optical splitter from the aspects of working principle, application scenarios and how to choose high-quality products. As an important component in the field of optical communication, optical splitters play an important role in optical fiber access networks, data centers, and wireless coverage. When purchasing, we should pay attention to quality, compatibility, optical performance, shunt ratio and after-sales service to ensure that the right high-quality products are selected. Hopefully, the content of this article can help you better understand the PLC1 to 4 optical splitter and provide a valuable reference for your choice.