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DIN 41612 is a type of backplane connector characterized by high performance and good durability, ideal for demanding applications. It is commonly used in data-processing, telecommunications and industrial automation systems. The DIN 41612 connector system enables data and power connections to be established between different modules.

The DIN 41612 backplane connectors consist of a male connector, usually mounted on a PCB, and a female connector mounted on the end face of the target board. The connectors feature a combination of two contact rows with different pitches to ensure secure electrical connections. The connectors can be equipped with a type of contact known as a “pin-grid” array, which can provide a high number of contacts without the need for extra components. The contact array is protected by a metal-framed cover, which provides ground connections for the contacts.

The contact insertion force for the DIN 41612 backplane connectors is high, usually in the range of 20 A-25 N (newton). This ensures good performance and durability in challenging environments. The durability of the connectors is further improved by their vibration-proof design, which reduces the risk of contact damage. The connectors are also designed for compatibility with shielding requirements, providing better noise protection to the installation.

The working principle of the DIN 41612 backplane connectors is based on the principle of electrical contact. The connection is made between the male side and female side of the connector. The contact is established when the male side of the connector is physically pushed into the female side of the connector, thereby creating an electrical connection. This connection is secured via metal-framed covers which enclose the contact array. The electrical connection between the two sides of the connector is maintained until the pins of the male side are removed from the female connector.

The DIN 41612 backplane connector is particularly suitable for use in data-processing, telecommunications, and industrial automation systems. It is characterised by its high performance and good durability, making it ideal for demanding applications. Its vibration-proof design and shielding capability provide reliable electrical connections, allowing data and power between modules to be securely transferred.