1892122-3

The 1892122-3 backplane connector is specially designed to meet the backbone connecting requirements in advanced electronics. This connector is compatible with a variety of connectors and cables including ordinary cables, coaxial cables and other special cables. It has excellent electrical performance and is suitable for precision operations.

Application Field

1892122-3 connectors are mainly used in high-performance electronics systems, such as telecommunication systems, computer systems, communication networks, and aviation control systems. It also supports data transmission in these systems, as well as real-time control, which requires precision processing.

The backplane connector 1892122-3 can reduce equipment failure, enable fast and safe operation, and provide long-term stability. The backplane connector is suitable for all kinds of environment, and it is not affected by the environment, thus it usually can be used for a long time.

Working Principle

The 1892122-3 backplane connector uses a spring-loaded mechanism. When a module such as a daughterboard is connected, the board is inserted into the backplane connector, and the contacts on the board and the backplane are held together under spring tension, forming an electrical connection. This allows electronic signals to pass through the contacts.

The spring-loaded mechanism of the 1892122-3 is designed to provide a high degree of contact force. This ensures that the contacts are not displaced and that the connection is not interrupted. The contacts on the 1892122-3 are also designed to provide good insulation and anti-collision performance.

The backplane connector 1892122-3 has a wide range of applications. It is designed to meet the requirements of high-performance systems, with excellent electrical performance and reliability at the same time. It also has a strong ability to bear the electromagnetic interference and can support data transmission and its real-time control. The connector has a long service life and can be used in different environments.