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Backplane Connectors - DIN 41612 are a type of high-performance electrical connectors used in data centers and other technology-driven applications where reliable and robust connections in a small package are paramount. The type of connecter known as a DIN 41612 can be found in a variety of applications and has been widely used in the telecoms, automotive and industrial sectors for many years. It is a robust and low-cost solution for connecting multiple rows of backplane pins.

The DIN 41612 backplane connector features a stiffness latching mechanism which allows for a secure and reliable connection between two devices. This type of connector is used in a wide variety of formats, from a 1-row to a 6-row configuration. They are most commonly found as an eight-row connector, though other configurations exist. This type of connector uses a simple locking system, which makes it ideal for high-volume production, and the fact that it is available in multiple configurations ensures that it is a versatile and cost-effective solution.

The connector is made up of a male and a female half, known as the receiver and the plug. The male half has a number of rows of pins, which mate with a corresponding number of rows on the female half. When the two halves are mated, the pins of the male half create a connection between the different pins and also secure the connection. This makes the connection highly reliable and ensures that it can be used for applications where data transmission is critical.

The contacts are made from gold-plated copper and are designed to provide a reliable and low-noise connection. The contacts are also available in a variety of sizes, which makes them suitable for a range of applications. The pins are also staggered in order to provide a better electrical connection between the different components. The combination of the gold-plated contacts and the staggered pins ensures that the connection between the devices is of a high standard and is reliable.

The working principle of the DIN 41612 backplane connector is simple. When the male and female halves are mated, the pins of the male half create a secure, low-noise connection between the different components connected. The contacts are then locked in place by the latching mechanism, ensuring that the connection stays secure and reliable. As the latching mechanism is designed to provide a secure connection, it also reduces the amount of electromagnetic radiation that is created.

In summary, the DIN 41612 backplane connector is a reliable and cost-effective way of connecting multiple pins in a range of applications. Its use of gold-plated copper contacts and a locking mechanism make it an ideal option for applications requiring a secure and reliable connection. It is most commonly found as an eight-row configuration, though other configurations are available. Its design makes it suitable for high-volume production, as the latching mechanism is easy to use, and the pins ensure a high-quality connection.

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