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Backplane Connectors - DIN 41612

The DIN 41612 connector widely used in most industry-standard backplanes. It is a connector type used in multiple industries to create a reliable connection between two backplane data systems. The connector is suitable for a variety of applications, ranging from telecommunications to industrial automation.

The DIN 41612 connector is a reliable and effective interconnect system, featuring a modular design and a wide range of possible configurations. It consists of two mating halves of the same size, one female and one male. The female half is designed with two rows and four columns, whereas the male half consists of two columns and four rows. Both halves feature press-fit screws on their outside edges to ensure a secure and robust connection.

The two main components that make up the DIN 41612 connector are its insulator body and its contacts. The insulator body is an integral part of the design, as its purpose is to provide insulation between the connector contacts and the mating surface. It consists of a plastic or metal material with slots to accommodate the pins, contacts, and other components. The slots also serve to align the connector contacts with the mating surface.

In addition to the insulator body, the DIN 41612 connector also consists of a number of contact pins, which are usually made from copper. Each contact pin has two rows and two columns. To accommodate the different current requirements, the contact pins are designed to withstand different levels of current and voltage. The contact pins are typically soldered onto the PCB or mounted in a socket.

The contact pins themselves are designed to be placed onto the mating surface in a configuration that allows them to make electrical contact. The pins are also often designed to be removable so that they can be replaced if one of them becomes damaged. Most DIN 41612 connectors have a relatively small number of contacts, making them relatively insensitive to interference.

The way a DIN 41612 connector works is relatively simple. When the male and female halves of the connector are joined together, the contact pins join with the mating surface to create the physical connection. The contact pins then make electrical contact with the mating surface to transfer electrical current between the two connected systems. This creates a reliable connection between the two systems, allowing for reliable data transfer.

The DIN 41612 connector can be used for a variety of industrial applications, including communications, industrial automation, power supplies, and other applications which require a reliable and robust connection. Its modular design allows for a wide range of configurable possibilities, giving it the flexibility to be used for various types of applications. Furthermore, its press-fit screws also ensure a secure and robust connection.

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