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Backplane connectors are essential components in almost any type of electronic device. They are used to connect different boards together, or between different devices, effectively creating an efficient communication link between them. The DIN 41612 is one type of backplane connector standard that has become widely used in both data and power applications. This article will discuss the application field and working principle of the DIN 41612 backplane connectors.

The DIN 41612 is a plane connector standard developed by the DIN standard (Deutscher inland Normen) organization. It is designed for mechanically connecting boards and devices together in a perpendicular manner. The DIN 41612 distinctively uses two vertical boards whose edges interlock with each other to form the connection. The interlocking edge provides stable and secure connection between the boards and devices while allowing the boards and devices to be connected at different angles with no effect on the functioning of the connection.

DIN 41612 backplane connectors have many uses, even outside of the electronics industry. They can be used for a variety of power adapters, as well as substation switches and connection panels. Furthermore, DIN 41612 connectors are also popularly used in VMEbus cards, alongside EIA rack mount connectors. While typically used for data and power applications, the versatile design of the DIN 41612 makes it applicable for many other types of connections, such as Ethernet and Fibre Optic.

When discussing the working principle of DIN 41612 backplane connectors, it\'s important to understand the two kinds of connectors that make up this standard: the "p" type connector and the "P" type connector. The "p" type connector is designed as a two-slot, paired connector that is designed to run both in horizontal and vertical alignment. The "P" type connector is a two-part, precision matted connector that is designed to hold two mating components. When combined, they form a full connection, forming a fully secured connection between the connector and the board. The design allows for a tighter connection between components than ordinary connectors while providing a greater degree of reliability.

The pins of the DIN 41612 connectors are made from metal, plastic, or other materials, providing good insulation. The contacts of the pins are arranged in two levels - one for connecting two terminals, and the other for attaching the ground. When connecting two components, the pins are arranged in a lineal connection from the top to the bottom, allowing for an easy connection. Additionally, the pin locking mechanism also adds extra security and stability to the connection.

In conclusion, the DIN 41612 is an important backplane connector standard that has been used in various applications for many years. It is versatile in its uses and has become a popular choice for data and power applications. The design and construction of the connectors provide an efficient and reliable connection while providing impressive mechanical stability. As technology advances, this standard is likely to continue to stay popular, becoming an important and reliable supplement to the ever-growing world of electronics.

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