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Backplane Connectors – DIN 41612 is designed to meet the requirements of high-density connectors in a various of applications. It features reliable and firm connection with vibration resistance, as well as a high-density application. The connectors are mainly used for board-to- board applications, such as in multi-layer boards and in mainframes.

The DIN 41612 is an industry standard for board-to-board connectors. The plug-and-socket assembly comprises a plug with several rows of conductive contacts on a pitch of 2.54mm for the male connectors and a row of sockets for the female connectors, which fit together easily. This allows multiple connectors to be housed in a confined space.

The DIN 41612 cabinet connectors use contact technology for reliable wiring. The contacts are all rated for use up to 15A, 300V. They are rated for temperatures between -40°C and 105°C. The contacts maintain a high level of contact with the board and can be used for high speeds, low impedance applications.

The DIN 41612 connectors offer a secure and reliable connection as they can be locked in place with retaining clips. Additionally, they have a Positive Lock design, which prevents the contacts from popping out during vibration or heavy loads.

The DIN 41612 connectors also feature Dip Solder and Wave Solder contact technology. Both contact technologies offer reliable electrical and mechanical performance for cost efficiency and high-density applications. The contacts can be adjusted for different board thicknesses and application space requirements, with a pitch of 2.54mm and heights of 2.74mm and 3.8mm.

In terms of their application field, the DIN 41612 connectors are widely used in the telecommunications, automotive, consumer electronics, medical and industrial markets. The applications can be broken down further into data communication and power applications. For data communication, DIN 41612 can be used for the backplane of data storage devices, routers, and network switches. For power applications, DIN 41612 is used to route signals from power sources to components. The DIN 41612 connectors are also suitable for use in high voltage, high current and high power applications.

The working principle of the DIN 41612 connectors is based on the following two basic elements: the contact elements and the coupling mechanism. The contact elements are made from stamped and formed metals such as brass, copper or aluminum alloys and are designed to withstand currents and voltages associated with data communication and power applications. The contacts are designed with two spring-loaded plates that allow the connection to be maintained even with vibration or heavy loads.

The coupling mechanism, also known as retention clips, allows the plug to be connected to the socket by ensuring consistent contact and securing against vibration or disconnection. The retention clips are designed to prevent plug disconnection from the socket and secure the plug in place with a locking motion. The strength of the connection is increased as the plug is further inserted into the socket.

The DIN 41612 board-to-board connectors provide reliable, optimal solutions for high-density applications in a variety of fields. The Positive lock design allows for a secure fit while the contact technology allows for reliable electrical and mechanical performance. The contacts can be adjusted for board thicknesses and application space requirements, with a range of pitches and height sizes. The high-quality connections and simple yet robust design make these connectors ideal for a variety of applications.

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