108487048001026

Backplane Connectors - DIN 41612 provide a reliable interconnection between printed circuit boards (PCBs) and components. The DIN 41612 backplane connector has become the de facto standard for high-density board interconnectivity in industrial, military and aerospace applications. This article focuses on the 108487048001026 application field and its working principles.

DIN 41612 backplane connectors are equipped with rectangular contact elements with a metallic shield and a dielectric for electrical isolation. The contact elements are nominally rated for up to 10 Amps. The standard supports up to 10 contact elements per row, with the number of rows being customizable to suit the application. When multiple rows of contacts are used, they are arranged on adjacent rows and in a linear pattern that offers support for right angle and orthogonal style board mating configurations.

The 108487048001026 application field includes high-speed data, high-speed power, signal bus and test points. The 10 Amps per contact substantially increases the number of signals that can be routed from different sources to nearly any corner of a large system. For high-speed data, the maximum frequency supported is 5272 GHz. For high-speed power, up to 27 Amps can be applied per contact.

The working principles of the DIN 41612 backplane connectors are based on the spring-loaded contact elements that mate with the printed circuit board (PCB) pads. The contact elements enable the power and signal to be transmitted between the boards in a vertical configuration. As the contacts are inserted into the board, springs are compressed to create a secure and mechanical connection. The connection is further reinforced by a combination of soldering and potting techniques, which improve contact and reduce the risk of arcing between the contacts and PCB.

The 108487048001026 application field and working principles of DIN 41612 backplane connectors provide reliable cabling and electrical connection between PCBs and components. They are designed to provide high levels of performance and flexibility in large system designs. The backplane connectors are engineered to ensure reliable contact and signal quality while maximizing board space and signal density. Additionally, the connectors are designed with features such as grounding support for better electrical immunity and anti-vibration capabilities for improved reliability in mission-critical applications.