2226512-1

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Backplane Connectors - Accessories are electronic components used to connect two or more devices for the purpose of communication. One such connector, the 2226512-1, has a range of applications and benefits that include quick and easy setup, and can provide transmission up to 12.5Gpbs. This article aims to explore the application field and working principle of the 2226512-1.

Application Field

The 2226512-1 is an ideal connector for applications in the telecom, data communications, aerospace, and military industries. It is suitable for applications with high-speed transmission requirements due to its high transmission rate of up to 12.5Gpbs. Additionally, the connector is designed to provide reliable contact engagement and reduce potential electromagnet interference. The 2226512-1 is also suitable for applications with limited space, such as wireless networks, radar systems, and point-to-point interconnects.

Working Principle

The working principle of the 2226512-1 can be divided into two parts: electrical and mechanical. The mechanical component of the 2226512-1 connector consists of two parts: port and socket. Both the port and socket are equipped with a pin and a contact. The pin and contact are used for contact engagement when the two parts are inserted into each other.

The electrical component of the connector operates under the transmission of electrical signals. The signal transmission is made possible through the contact between the pins and contacts of the port and socket. The contact also preloads the pins and contacts to reduce potential electromagnetic interference. The signal transmission is further enhanced by using a semiconductor dielectric layer between the socket and port, providing a continuous electric field between the two parts and enhancing signal transmission.

Conclusion

The 2226512-1 backplane connector is an ideal solution for applications in the telecom, data communications, aerospace, and military industries. Its mechanical design ensures reliable contact engagement and its electrical design has a transmission rate up to 12.5Gpbs, making the connector suitable for applications with high-speed transmission requirements. Additionally, it is designed with a semiconductor dielectric layer between the port and socket, providing a continuous electric field and enhancing the signal transmission.

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