121A10109X

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DIN 41612 connectors, commonly referred to as backplane connectors, are a standard type of board-to-board connection in panel-mount or backplane applications. In the field of industrial devices, control systems, and process control applications, they offer maximum flexibility and reliability.

The DIN 41612 standard designates the mechanical form factor of backplane connectors and the number and arrangement of their mating pins. The arrangement of the pins of a DIN 41612 connector is made of two rows with two or three rows of pins. The pitch (space between the pins) of each row can be 2mm, 2.5mm or 5.5mm, depending on the model. The nominal current rating of a DIN 41612 connector is 50A for each row, with a contact resistance lower than 1Ω.

For instance, the 121A10109X is a high-speed backplane connector model compliant to the DIN 41612 connector standard. It is designed with a two-row configuration, offering two rows of 12 contacts per row with a 5.5mm pitch. It is reliable and robust thanks to its robust design, combined with a contact plating of 20µm gold over 11µm nickel. Maximum reliability is achieved with its advanced multiple-point contact. The 121A10109X is suitable for high-speed applications up to 15 Gbit/S and uses a standard 1mm top and bottom cable.

When it comes to its working principle, the 121A10109X works like any other DIN 41612 connector: it is a simple and reliable way to establish a board-to-board connection in panel-mount and backplane applications. Once plugged in, it ensures maximum performance and reliability even after repeated removal and insertion cycles. It is suitable for applications with high-speed data transfer requirements, such as servers and communication devices. The 121A10109X also has a long-term durability thanks to its robust housing and plating.

The 121A10109X backplane connector is a reliable and flexible connection option for a variety of industrial, control, and process control applications. Its reliable design, robust structure, and advanced features increase its performance and ensure maximum reliability.

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