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Backplane connectors are electrical components used for connecting two printed circuit boards together and providing a signal path between them. The DIN 41612 is one of the most popular varieties of backplane connectors and is commonly used for high-speed, data-intensive connections. The DIN 41612-5 is an integral part of the connector family, providing high-reliability connections and cost-efficient integration into an existing system. This article will discuss the application field and working principle of the DIN 41612-5 backplane connector.

The DIN 41612-5 is commonly used in telecommunication applications, particularly in applications involving switches and routers. The flexibility of the design makes it suitable for many other applications, such as high-performance computing, medical equipment, test equipment, and more. The connector is available in a variety of configurations, from single row to multiple row, with anywhere from 9 to 36 I/O contacts. The pins are most often directly plated gold, however there are also plated or molded versions available.

The working principle of the DIN 41612-5 connector is based on its ability to create a positive contact between two metal surfaces. The inner contacts are configured in a rectangular array and are fitted between the two boards. As the DIN 41612-5 is plugged into the board, the pins press against the contacts on the opposite side of the board, creating a connection. The contacts of the connector are made of spring steel and are designed for reliable contact assurance. As the pins are inserted, the springs provide a reliable counter-force against the contacts on the board, ensuring that the connection is stable.

The DIN 41612-5 connector is designed with a robust mechanical structure. The inner contacts are mounted in a unique metal housing, enabling them to better resist corrosion and other environmental factors that can affect the performance of the connector. This housing also provides additional protection for the pins, increasing their service life. The connector is also designed to be easy to install, allowing for the quick and cost-effective integration of the connector into an existing system.

In addition to its reliable construction, the DIN 41612-5 backplane connector is also designed to meet a variety of electrical requirements. The inner contacts are designed to meet current carrying and ground characteristics, allowing for a wide range of data and signal pathways. The contacts are also rated for up to 1000 V, making them suitable for many power-intensive applications. The connector is designed to provide reliable signal integrity, ensuring that whether data is sent at high speeds or low speeds, it will remain consistent and error-free.

The DIN 41612-5 is an effective and reliable backplane connector, suitable for a wide range of applications. Its robust construction, flexible configuration options, and electrical requirements make it an ideal solution for high-speed, data-intensive telecommunication applications, as well as for a variety of other applications. With its cost-efficient design and easy integration into existing systems, the DIN 41612-5 backplane connector is a reliable and cost-effective solution for many applications.

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