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Backplane Connectors - DIN 41612

The DIN 41612 is an industry-wide used specification defining the design and manufacture of backplane connectors which permit high rate signal transmission in the form of electrical and optical data between compatible modules. The system consists of a number of components, some manufactured by multiple companies, such as headers, receptacles, and guide pins, among others. The specifications cover both a 3-row and 5-row form factor, allowing for a range of different applications and uses. The DIN 41612 standard is popular for many of today’s high-speed board-to-board applications.

The main purpose of DIN 41612 connectors is to provide an efficient electronic connection between printed circuit boards and backplane structures. They consist of rows of “pins” which engage with “sockets”, such as through-hole or surface mount (SMT) components. The pins and sockets are intended to fit together in a specific way, to ensure that the connection is secure and reliable. When the pins and sockets are in place, the forces created by the connection itself hold the components together, thereby providing a secure and dependable connection.

The DIN 41612 specification defines two distinct types of connectors - a 3-row connector and a 5-row connector. The 3-row connector is often used for high-speed applications because it has smaller pin dimensions and smaller socket spacing, which helps keep the signals from interfering with each other. The 5-row connector is suitable for lower-speed applications because it makes use of larger pin and socket dimensions. Both types of connectors are typically mounted on either the top or bottom layers of a printed circuit board, but can also be mounted on a faceplate on the side of the board.

The specifics of the DIN 41612 connector design are designed to work with existing technologies. In addition to the internal pin and socket design, the standard defines the shape of the connector body, which prevents signal interference between different types of connectors. It also defines the contact force between the pins and sockets, ensuring a secure connection. The system also features shielding to protect against interference and prevent crosstalk between adjacent rows. All of these features work together to ensure that signals sent through the connectors are transmitted cleanly and accurately.

DIN 41612 connectors are often used in high-speed telecommunications and data processing applications. In addition, they can also be used in industrial control systems, automotive electronics and other applications that require reliable and high-speed signal transmission. By adhering to the DIN 41612 standard, manufacturers can be sure that their products will be able to work with the widest range of other components, regardless of how they are designed.

In summary, the DIN 41612 standard defines an effective and popular connector system which is capable of transmitting high-speed signals reliably and accurately. It is an industry-standard connector type which is suitable for both low and high-speed applications, and is also easy to manufacture and use. As a result, it is an essential part of many different types of electronic circuits and components.

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