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Backplane Connectors – DIN 41612 provide a high-reliability connection system for telecommunications and industrial signal-processing units.

DIN 41612 is a type of rectangular connector system, used for connecting several printed circuit boards (PCBs) together to form a backplane. It was developed by Deutsche Industrie Norm (DIN), a German standards organization, in 1982 and is mainly used in the telecommunications, and Industrial automation markets. The DIN 41612 connectors are available in two sizes defined by DIN 40700-2, with contact densities from 6 to 80 contacts per linear cm of contact area.

The DIN 41612 connectors system can be divided into male and female connectors with the male connecting to the female connectors on embedded printed circuit board. Each of the connectors also has a number of solder tails which make the connections necessary for mating the two connectors together. The contact spacing of the DIN 41612 system is uniform throughout, thus allowing for the connector to be used in a wide range of applications.

The DIN 41612 connectors offer several advantages over other connector systems. They are durable, shock tolerant, and have a consistent contact spacing that makes them particularly suitable for applications like data networking. The connector design prevents accidental disconnection and allows for large amounts of data to be processed quickly without fear of signal loss or interference. In addition, the DIN 41612 connector system is also reliable, reliable with outstanding levels of vibration and shock suppression.

In terms of application field, the DIN 41612 connector system is used in a range of telecommunications, industrial automation and consumer electronics, such as computer systems, audio-visual equipment, automotive subsystems, instrumentation systems, and laboratory equipment. It is also used in applications ranging from robotics, avionics, and medical equipment to white goods and sports equipment.

The working principle behind DIN 41612 connectors is a combination of coaxial spring contacts, wire contact, and self-clinching contacts techniques. In the wired contact technique, two mating pieces of terminals (or contacts) are connected via a circular wire, while self-clinching technology allows for a secure connection that is not as exposed to environmental wear and tear as wired contact connectors. The coaxial spring contact method produces a reliable and precise contact that is very robust and able to take on high-voltage levels.

The connectors also feature an extended contact retention life through double contact surfaces and a low contact resistance due to the use of a non-metal contact material. This increases the reliability of the connection and reduces the chance of contact sticking or oxidation.

In conclusion, the DIN 41612 backplane connector system provides a reliable and efficient connection for a range of applications, from telecommunications and industrial automation to consumer electronics. The connectors have a reliable connection with outstanding levels of vibration and shock suppression, and their versatile design makes them ideal for a variety of systems. With a range of contact configurations, DIN 41612 can be used in almost any application.

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