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Backplane Connectors - DIN 41612 are a type of electrical interconnect frequently used in electronic devices, and have a wide range of applications, particularly in the fields of industrial automation, communications, and medical devices. The DIN 41612 Backplane Connector, also known as a pin-in-socket connector, is a very robust interconnect that provides reliable EMI/EMC performance. It is also easy to install, providing a reliable link between boards, and makes for a great choice for applications where space is at a premium.

This type of connector utilizes a multipin connection system which is composed of three distinct components - the socket, the plug, and the interface (or mating) pieces. The socket is permanent and is installed in the object, while the plug is connected to the mating device. The interface pieces are support pieces that fit between the socket and the plug. These pieces help to reduce the electrical resistance between the two parts of the connector.

The plug and socket of a DIN 41612 Backplane Connector have a small distance between the pins, allowing for a lower contact resistance. Because of this, many different types of power supplies and signal lines are able to be routed through the connector. The DIN 41612 connector is able to be used in high voltage and high current power applications, as well as in digital processing systems, motor control systems, or even in medical applications.

In addition to lower contact resistance, one of the primary features of these connectors is their compatibility with any industry standard EMC screening. This allows for good protection against EMI and EMC sources, making the connector exceptionally reliable in a vast range of applications. Some of the other features include signal integrity, robustness, and soldermability.

The design of the plug and socket are typically compliant with DIN 41612 in terms of their size and shape, but variations are available to meet specific requirements. For example, for applications requiring a higher current capacity, connectors with oversized contact points are available. This is to reduce the contact resistance of the connection, thus allowing for higher current flow.

DIN 41612 Backplane Connectors are also designed to be shock and vibration-proof, which makes them extremely reliable for a variety of industrial and commercial applications. The sockets are designed with a rocking latch type, which helps to ensure secure electrical connections between the parts.

At the heart of the DIN 41612 Backplane Connector is the working principle which governs how it functions. Electrical connections are created when the plug and socket make contact. This is done via a complex process in which the pins of the plug must be accurately aligned with the corresponding pins of the socket. This is accomplished via a combination of two processes, which are known as plugging and stuffing.

The plugging process is used to connect the pins of the plug with the pins of the socket. This is done by lining up the pins of the plug with the corresponding pins of the socket. At this point, the plug is “plugged” into the socket, creating an electrical connection between the two parts. The stuffing process is used to secure the connection between the plug and socket. This involves compressing the connection to ensure that it does not become loose or disconnected.

Overall, DIN 41612 Backplane Connectors are a reliable and competitively priced way to provide electrical connections between parts. They are extremely versatile, and can be easily integrated into any design. Furthermore, because of their compatibility with EMC screening, they are a great option for applications where electrical noise needs to be kept to a minimum.

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