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Backplane Connectors - DIN 41612

DIN 41612 is a type of backplane connectors that have been around since the late 1970s. It is a high-density rectangular connector type used mainly in board to board applications. The design consists of two components: the plug and the receptacle. The DIN 41612 connector provides a means of establishing uniform and consistent backplane connections between multiple boards and is used extensively in a wide ranging applications in the industrial and commercial fields.

The primary application of DIN 41612 connectors is in electronic equipment for space applications, telecommunications, and electronic and computer systems. In these applications, DIN 41612 connectors are used to provide communications, power, control, and logic signals between multiple circuit boards. As the technology developed, better versions of DIN 41612 connectors were developed which have improved electrical characteristics, higher performance, and better reliability.

DIN 41612 connectors are the most common form of backplane connectors used in a wide range of applications and have an impressive performance record. Their reliable and dependable design enables them to remain at the forefront of modern backplane system designs. These connectors have also become popular in industrial and defence applications due to their reliably, long life and tolerance of harsh environments such as high humid environments and high dust concentrations.

Working Principle

DIN 41612 connectors provide board-level interconnections between multiple printed circuit boards or modules. It is a type of rectangular connector which consists of at least one plug and one receptacle. The two components are designed to interconnect at a single board edge. The arrangement of the contacts provides a reliable and secure connection which minimises the chance of signal loss, disruption or interference.

When these two components are combined together, they form a unique connection which can be rated at up to 100A current and rated up to 400V. The contact pins are responsible for connecting the necessary grounds and signal paths between the boards. This ensures that the signal pathways are properly established and are free from disruption and interference. The contact pins also help reduce any additional vibrations.

The contacts are held in place by a housing which is often made out of either plastic or metal. This helps prevent any damage to the connectors or the boards which they are connecting. The signal paths and grounds are protected from environment-related damage, such as shock or vibration, thanks to the shielding materials that are often used. The shielding material also reduces EMI and RFI interference.

The wide range of contacts that are available with the DIN 41612 connector allows them to be used in almost all types of backplane systems. This includes medical equipment, telecommunications and process control systems, as well as in the most demanding industrial and commercial applications. They are able to provide reliable data, power and control signals in almost any environment and under a wide range of temperatures.

Conclusion

The DIN 41612 connector is a reliable and dependable backplane connector which has been used in industrial and commercial applications since the late 1970s. Their reliable design, high performance, and long life makes them ideal for a wide range of applications in various industries. By using DIN 41612 connectors in these applications, it helps to reduce any data, power, and control signal loss or disruption which can lead to better system performance and reliability.

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