2110105-1

Backplane connectors are highly specialized electrical connectors used in computers and other electronic equipment. These connectors are designed for routing signals between different circuits in an electronic system. The 2110105-1 connector is one of these specialized connectors used for backplane applications. This article will discuss the application field and working principle of the 2110105-1 backplane connector.

Application Field

2110105-1 backplane connectors are commonly used in telecommunications and computer systems. These types of connectors allow data to be swiftly transferred between different components of a system. As mentioned earlier, their purpose is to route signals between various circuits. As they are designed for high-speed data transmissions with high signal integrity, they are ideal for applications like routers, switches, base stations and other OTN or Optical Transport Network systems.

Working Principle

2110105-1 backplane connectors are designed with a straight-through pin configuration to ensure maximum signal integrity. They use a robust contact system that provides excellent electrical performance and vibration resistance. The upper shell material is usually made of PBT which is durable and highly resistant to chemicals and solvents. The pin contact is made of phosphor bronze which offers good electrical conductivity and corrosion resistance. The body of the connector is designed to reduce crosstalk, noise and reflection which helps ensure reliable data transfer. The overall design of the connector is highly optimized for transmission of high-speed digital signals with excellent signal integrity.

Conclusion

2110105-1 backplane connectors are specialized electrical connectors used to route signals between different circuits in an electronic system. These connectors are primarily used in telecommunications and computer systems, and are ideal for applications like routers, switches, base stations and other OTN or Optical Transport Network systems. They use a robust contact system that provides excellent electrical performance and vibration resistance. The overall design of the connector is highly optimized for transmission of high-speed digital signals with excellent signal integrity.