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Introduction to DIN 41612 Backplane Connectors.

The DIN 41612 standard specifies a type of backplane connector widely used in industrial applications. The DIN 41612 backplane connectors, also known as rectangular connectors, are primarily used for the connection of printed circuit boards and are defined by an Deutsches Institut Fur Normung (DIN).

Description of the Connector.

DIN 41612 backplane connectors are designed with two rows of slots, with one row designed as the input row and the other for output. The width of each connector slot, determined by the size of the printed circuit boards (PCBs) the connector is designed for, usually ranges from 2.54 mm (0.1 inch) up to 10.16 mm (0.4 inch). In a standard configuration, the number of slots can range from 10 to 64. The backplane connector also has a fixed form factor, where an even number of contacts for each row is defined and the number of contacts incrementally increases according to each level of the design. This makes it easy to design uniform connecting systems and is a widely requested standardized request.The two main contact types are straight, known as "Type A", and right-angle, referred to as "Type B". Type A contacts are only used in straight rows, whereas type B contacts are used both in straight and right-angle rows.

Application Areas of the DIN 41612 Connector.

The DIN 41612 rectangular connectors are widely used in industrial machinery including motor starters, motor drives, industrial computer systems, solar trackers, steel mill automation, and robotics. The environment in which they are used must be dry, so these connectors are not suitable for outdoor use or in environments subject to vibrations or have extreme temperatures.

Working Principles.

The backplane connector system is a standardized type of connection for printed circuit boards. The connectors create an inner channel for wires and cables to pass through so that components connected to the system can remain in place. When cables and wires are connected to the backplane connector system, the cables and wires provide power and communication between the connected components. The slots are arranged in two rows, and the wire patterns in the two rows are staggered so that power and communication can be routed between the components. The cable or wire is usually secured in place by screws, and the connectors can be protected with a cover to prevent accidental disconnection or damage to the connector. The connector can also be keyed to ensure proper orientation of the components when plugged in.

Conclusion.

DIN 41612 backplane connectors are a reliable and robust connection system that provide the required level of power and communication, while also allowing for a design flexibility that many industrial applications require. They are widely used in industries such as motor starts, motor drives, industrial computers, solar trackers, steel mill automation, and robotics due to their longevity and ease of use. The connectors are designed for dry environments and may not be suitable for outdoor use or environments subject to extreme temperatures or vibrations.

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