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DIN 41612 connector, or commonly known as backplane connector, is mainly used as interface for printed circuit boards and electronic equipment. It is usually used in applications such as industrial automation, computer systems, aerospace and transporation, telecommunications, medical and other high performance digital systems.

The DIN41612 connector consist of two series: vertical type and horizontal type. Vertical type includes L type and Z type, while horizontal type includes B and F type. The most popular type is Z type, which has the advantage of PCB slotting, robustness and supports multiple platforms.

The connector is manufactured typically according to IEC 61076-4-101, which defines the required mechanical and electrical properties. It is known for its latching, which prevents its accidental detatching from a socket. It also features Electromagnetic Interference (EMI) Shielding which provides better protection over hostile condition. In terms of durability, the connector is made to be anti-chemically corrosive and is able to withstand extreme temperatures.

The connection between a DIN41612 backplane connector and the interface utilizes a two-piece, symmetrical, square-shaped pin and socket system. The pin is found on the mating end of the connector which is inserted into the socket connection which is located on board side. Connectors may also be wired with a flat conductor cable called a ribbon cable. Common signal levels defined for the DIN41612 are 5V, 3.3V, 2.5V, 1.8V and 1.5V. The connector can support up to 56 contacts per connector. Typically the number of contacts however, will range from 36 to 56. The higher the pitch, the more contacts it can support.

In working principle of the connector, the contact arrangement transfers control signals from the board (or module) to the connected circuit board (or module). When two circuit boards are placed together and the terms of board and plug are connected, electrical signals can now be connected by the female socket with the male pin. After the connection is established, power will then be routed through the male pin into the female socket of the other board. Beyond transferring power and ground signals, these connectors can also be used to send data back and forth between two boards in the form of control signals.

In conclusion, DIN 41612 Backplane Connectors offer high reliability and robust performance from the unique two-piece symmetrical design and EM shielding qualities. It is ideal for applications that require high speed and low-power transmission. It has also been proved to be highly durable against different environmental conditions.

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