516-038-520-102 Application Field and Working Principle

A 516-038-520-102 Backplane Connector is a type of specialized electrical connector that is used in the interconnection of printed circuit boards (PCBs). It facilitates the simultaneous connection of multiple boards, thus, allowing for higher data throughput than the traditional point-to-point connection. This connector is primarily used in communications, automotive, and industrial control applications, although it is also used in other fields as well.

The 516-038-520-102 Backplane is made of a rigid material such as stainless steel and is designed to improve stability and reduce vibration. It has an internal soldering surface of 2mm x 2 mm that provides a stable and secure connection. Each connector is designed with a hexagonal shape, which allows for a quick and easy installation process. It also features multiple strip and column configurations, providing greater flexibility for the various applications. Additionally, it has anti-surge, surge, and over-current protection to ensure reliable operation.

The working principle of the 516-038-520-102 Backplane Connector is relatively simple. The connector provides power to the user’s PCBs via the hexagonal shape. The electrical contacts of a signal or data line from each board are connected by physical contact in the connector. The contact shape creates a bending fretting effect that ensures a secure connection between the boards.

The main purpose of the 516-038-520-102 Backplane Connector is to provide a reliable and efficient means for connecting multiple PCBs together. It is an ideal solution for applications that require high-speed data transfer, such as communication networks, industrial control systems, and automotive control systems. This connector is also suitable for applications that require stress testing, since its construction provides improved resistance to shocks and vibrations.

In summary, the 516-038-520-102 Backplane Connector is a reliable and efficient electrical connector suitable for a wide range of applications. Its hexagonal design ensures a secure and robust connection between the various boards. Additionally, its anti-surge, surge, and over-current protection features make it a safe and reliable connector for various applications.