148686-1

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DIN 41612 connectors are widely used in industrial and embedded systems due to their high reliability, cost-effectiveness, and scalability. Most of the applications of DIN 41612 connectors are related to the backplane and may include base station communications, instrumentation, industrial automation, and vehicle systems to name a few. In particular, DIN 41612 connectors are applied in backplane architectures because of their capacity to transfer high currents and voltages, protect the integrity of the circuit, and serve as an essential part of the architecture’s physical and electrical communications.

Particularly, DIN 41612-1 electrical specifications are also known as \'type I\' because of its powerful contact spacings and distances between connectors. The physical measurements of this spec are rectangular and contour-shaped like a mini-DIN 41612. The current rating for this type of connector is 10A per signal or 10A per contact.

The application and working principle of the DIN 41612-1 standard is primarily based on the electrical connection lanes and their parallel dedicated pathways. The backplane architectures use specific dedicated pathways to establish the continuity of the circuit, which is why these connectors become a highly reliable part of the structure. The connection lanes of the DIN 41612-1 can be divided into three basic types: power and control, signal, and ground. Power and control lanes are used to provide power to the components, while the signal lanes are for transferring data between them.

In addition, DIN 41612-1 connectors feature an integrated keying system. This system enables high contact and grounding reliability by preventing wrong mismatching of the connector after it is installed. The connector also uses removable +1.6mm terminal pins to facilitate the disassembly and assembly process.

Furthermore, the DIN 41612-1 connectors provide multiple protections based on their broad range of operating weather conditions. This climate resistance is extended by the shielded heavy-duty shell of the connector, which protects the internal components from electromagnetic disruption and thermal wear. The DIN 41612-1 structure is also grounded for added security.

Ultimately, the DIN 41612-1 backplane connector makes a perfect connection point, providing exemplary performance in the majority of situations. The highreliability of this connector and its resistance to harsh conditions make it an ideal choice for many industrial and embedded systems. Finally, its cost-effectiveness and scalability makes it the best choice for any application that needs durable operation and reliable performance.

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