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Backplane Connectors - DIN 41612

The DIN 41612 is a type of backplane connector that has been used for many years, in a range of applications, from industrial control to medical equipment. It has a wide range of application fields and is increasingly used in high-density applications due to its proven reliability and performance. This article will look at the application fields and working principles of the DIN 41612 backplane connector.

Applications

The most common application of DIN 41612 connectors is in industrial control, particularly for connecting backplane cables. These applications can range from conveyor belts to automated production systems. It is also used for a variety of communications applications, such as supporting top-level data communications, communication between different networks and providing a data bus for industrial equipment.

In addition, the DIN 41612 backplane connector is also used in the automotive industry. It is particularly useful for connecting wires in the dashboard and other sensitive electrical parts, as it has a high tolerance to vibration and electrical disturbances. Additionally it is a popular choice for mobile telecommunications, where it provides a reliable and secure connection.

Finally, DIN 41612 connectors are also finding use in medical equipment. It is used for connecting ECG monitors, as well as connecting other monitors and heart rate monitors. As it is capable of maintaining a reliable connection when subject to harsh environment, it is well suited for medical uses.

Working Principle

The DIN 41612 backplane connector takes the form of an elongated, U-shaped metal piece. It is divided into two distinct sections, with a wide base for connecting to a circuit board and a conical insertion side for connecting wires or cables. When it is inserted into a compatible backplane connector, the two electrical contacts do not touch each other, providing an electrical barrier.

The mechanism behind the connector’s working principle is simple. When the connector is inserted, a spring-loaded locking mechanism engages to ensure that the connection is secure. The resulting resistance of the spring prevents further removal, ensuring that the connection remains secure. Additionally, the spring also acts as a shock absorber, ensuring that sudden shocks or vibrations do not cause interruption or damage to the connection.

In order to disconnect the DIN 41612 connector, a screw-driven extractor is used. This operates the locking mechanism, releasing the connector and allowing it to be removed from the backplane.

Conclusion

The DIN 41612 backplane connector is a reliable and versatile connector, used in a range of applications from industrial control to medical equipment. Its wide range of application fields is testament to its proven reliability and performance. The mechanism behind its working principle is simple, as a spring-loaded locking mechanism ensures a secure connection, whilst also acting as a shock absorber.