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Backplane Connectors - DIN 41612 are a type of high density connector that are widely used in industrial and computing environments. The standard DIN 41612 connector design consists of two main components - the backplane connector itself and the mating busbar which makes contact with the connector. The backplane connector is made up of a series of numbered, angled contact pins that rise above the surface of the backplane and are arranged in a 4x4 configuration. Each of these contact pins contacts the mating busbar and provides an electrical connection between the different modules on the backplane.

The DIN 41612 connectors are typically designed with an insulation displacement contact (IDC), and supplied as ribbon cables or discrete pin-out connectors featuring connecting terminals. The IDC design allows for the terminals to be soldered directly onto the circuit boards without the need for additional wiring. Some of these connectors have provisions for snap-in, removable or wire-wrap connections.

For applications where a more rugged connection is required, the DIN 41612 connectors can be configured with a special contact retention system. This system securely locks the contacts into place, preventing them from being pulled from the backplane by any external forces. This system is usually used in applications where the connector will be exposed to vibration or shock.

Another feature often seen in the DIN 41612 connectors is a built-in self-cleaning contact system. This feature is designed to ensure that the contacts on the backplane remain free of any debris or particles, allowing for a more reliable connection between the different components. The self-cleaning feature is usually activated when the connector is mated to its mating busbar.

The DIN 41612 connector design also incorporates many safety features to ensure the highest level of reliability and performance. For example, the connector includes a keying system which prevents incorrect connections from being made. These keying systems also help to ensure that the connector is compatible with the mating busbar.

The DIN 41612 connectors are also designed for use in environments where temperature is an issue. For high temperature applications, the connector can be designed with an insulation layer to protect the contacts from excessive heat. This insulation can also help to eliminate any thermal expansion which may cause damage to the contacts or the busbar.

The DIN 41612 connectors are also designed to be EMI resistant, meaning that they are able to resist electromagnetic interference. This reduces the risk of the connector or the busbar being damaged due to an external electromagnetic field.

Overall, the DIN 41612 backplane connectors offer a reliable, high density connection in a wide variety of applications. From medical equipment to industrial control systems, the DIN 41612 connector is a popular choice for connecting modules to a backplane. With a variety of connectors and configurations available, the DIN 41612 is sure to meet any application requirement.

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