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Backplane Connectors, also known as DIN 41612 connectors, are a form of electrical connectors found in a variety of industrial and commercial applications. Primarily, they are found as part of an electrical backplane, or as an interface to specialized equipment such as a mainframe or servers. Backplane connectors are meant to provide reliable connections that are resistant to vibration, shock, and other external forces. As such, they are often used to ensure that electronic modules will remain securely connected in industrial settings or other harsh environments.

These connectors are typically made from a robust material, and designed to withstand a large range of variables like temperature, humidity, and other potentially damaging elements. As a result, they are suitable for a variety of applications, such as industrial automation, military/aerospace, instrumentation, and data collection purposes. In each case, Backplane Connectors can provide dependable interfaces for the intended purpose.

Backplane Connectors, such as those found in DIN 41612, feature a number of design elements that make them well-suited for their applications. For example, DIN 41612 connectors feature a metal to metal contact system that offers a secure connection that is resistant to separation. They also feature a durable pin/socket contact system and a plastic housing that provides protection against dust and other debris. Additionally, each Backplane Connector is equipped with a clip-on housing to ensure reliable locking, and pins are provided for placement in designated receptacles (or sockets). This makes the connectors robust and secure.

The working principle of Backplane Connectors is fairly simple. When two matching connector modules are placed within the same backplane system, an electrical connection is established between them. This connection is enabled when the two pins and sockets of the connector modules match up and interlock. To prevent accidental disconnects, each connector module is secured with a plastic clip or other locking mechanism. This ensures that the connection is reliable and resistant to vibration, shock, and other external forces.

The application field of Backplane Connectors is wide-ranging. From industrial automation to data collection, and instrumentation, Backplane Connectors are present in a variety of industries. They are also useful as a connection point for specialized equipment like mainframes or servers. In each instance, Backplane Connectors are used to safely and securely transmit power, data, and other signals between two or more points. This makes them essential components in many electrical systems.

In conclusion, Backplane Connectors, such as those found in DIN 41612, are highly versatile and reliable electrical connectors. They feature a durable pin/socket contact system and plastic housing that offer secure connections while resisting dust and other contaminants. Additionally, each Backplane Connector utilizes a clip-on housing to ensure reliable locking, and pins to make placement in designated receptacles easy. In terms of working principles, Backplane Connectors establish an electrical connection when two matching connector modules are placed in the same backplane system. This makes them essential components in a variety of industries, such as industrial automation, instrumentation, and data collection.

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