101B10079X

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DIN 41612 connectors are a type of backplane connector widely used in the computer and electronics industries. The DIN 41612 connector is designed to provide a reliable, simple connection of computer boards to the backplane in a system. In its basic form the DIN 41612 connector consists of two rows of connectors that are held together by a physical latch or connector. The two rows of connectors are separated into two different levels. The connectors on each level can be connected to two different boards allowing for a large number of connection combinations.

The DIN 41612 connector is also commonly referred to as a 101B10079X connector. The “101” refers to the board type or form factor, while the “B10079X” refers to the number of contacts and their thickness. This type of connector is also commonly referred to as the “X connector” in Europe. The “X” in the name refers to the connector’s shape, which is similar to an X.

The DIN 41612 connector is used in a variety of applications, including server racks and datacenters, embedded systems, data storage systems, communications infrastructure and networks, and consumer electronics. In each of these uses, the connector facilitates the transfer of power, data or signal to different boards or components in the same system. For example, in a datacenter, the DIN 41612 connector can be used to connect server boards to the main frame, ensuring that they communicate correctly.

The DIN 41612 connector utilizes a snap-in locking mechanism to ensure secure connections. The contacts are typically made from copper alloy and are plated with a gold or silver alloy. The contacts are designed to mate with the corresponding mates that are found in the board. The contacts are also designed to withstand repeated plugging-in and unplugging, making them suitable for frequently accessed connections. Additionally, the contacts are galvanized to provide extra protection against oxidation.

The working principle of the DIN 41612 connector can be quite complex. The basic principle is that electrons must flow from one contact to another in order for a signal or power to be transmitted. The electrons flow from the contact at the base of the connector, up through the center section, and then to the contact at the top. At this point, the contact on the opposite side of the connector transmits the signal or power. The process is repeated for each contact along the row, creating a circuit. In order for the connection to be effective, the connections must be properly wired and the contacts must be pressed firmly against one another.

The DIN 41612 connector is a reliable and versatile backplane connector that is used in a wide range of applications. The connector features a snap-in locking mechanism to ensure secure connections, and the connectors are protected from oxidation. The working principle of the connector is complex, but the basic principles of electron flow and secure connection remains the same. This makes the DIN 41612 connector an ideal choice for applications in which reliable connections are required.

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