208484042001049

Backplane Connectors - DIN 41612 constitute a family of high-density, multilayer, right-angle connectors. Their widespread application in backplanes, bridges, boards, and chassis components are attributed to their easy design and superior performance. This article examines the application field of type 208484042001049 DIN 41612 connectors and their working principle.

Application Field

The 208484042001049 Backplane Connectors - DIN 41612, in particular, are widely applicable in embedded computing systems comprising hardware components such as field-programmable gate arrays (FPGAs). The size and configuration of the connector are ideal for these systems since it offers a high degree of scalability in both power and PCIe lane performance. In addition, the Backplane Connectors - DIN 41612 offers excellent signal integrity for critical functions such as Ethernet and SATA ports. Furthermore, their wide rights-angle design improves cooling efficiency and thus makes them suitable for embedded computing systems requiring high-power components like DSPs.

DIN 41612 also finds application in avionics and military systems. The connectors compatible with this type of connector are designed to withstand harsh conditions while offering superior performance. Therefore, they are often used in environments that require a high-bandwidth, low-loss data transfer, like unmanned aerial vehicles (UAVs). Their low impedance design enhances the signal protection and ensures that there is no interference in the communication between the central processor and the components.

In addition, DIN 41612 connectors are increasingly used in industrial machines and robotic arms due to their high-density and high-performance capabilities. For instance, they are widely used in controller panels for enhanced durability and controllability. The connectors provide a secure and reliable connection when connecting high-power components such as sensors and motor controllers to the robotic arm.

Working Principle

The rapidly expanding application field of DIN 41612 connectors is heavily attributed to their versatile and superior working principle. The connectors consist of two opposing mechanical units, each consisting of a union socket or female contact and a mating plug or male contact. Both these components are designed to meet the specific mating requirements of the backplane system. They ensure an accurate and secure connection between the backplane and the components.

DIN 41612 supports two configurations, one-pole (single pin) and two-pole (dual-pin). The single-pole configuration is typically used for low-power and low-bandwidth applications whereas the two-pole configuration is used for high-power and high-bandwidth applications. The single-pole configuration includes an asymmetric female contact with one contact in the mating side and the other in the un-mating side. On the other hand, the two-pole configuration includes both a symmetric and an asymmetric female contact with two contacts in the mating and one contact in the un-mating side.

The female contacts are typically made of brass or stainless steel whereas the male sockets are made of aluminium alloy. Both the contacts and sockets are nickel plated for improved corrosion resistance and rugged performance. The contact areas between the contacts and sockets are designed to be micro-adjustable in order to facilitate a snug fit for reliable mating and unmating. The contact pins are gold plated for enhanced electrical contact and reduce the chances of signal loss due to oxidation. The high-quality construction also ensures that the connectors are shock and vibration resistant.

Conclusion

Backplane Connectors - DIN 41612 type 208484042001049 are high-density, multilayer right angle connectors. They find widespread application in embedded computing systems, avionics, military systems, and industrial machines. Their superior performance and reliability is attributed to their working principle which includes two opposing mechanical units, male contacts, and female contacts, made of brass or stainless steel and aluminium alloy respectively. The contact pins are also gold-plated for improved electrical contact and signal integrity.