09731326577

Backplane Connectors - DIN 41612

09731326577 Application Field and Working Principle

09731326577 is a type of backplane connector, which complies with the DIN 41612 standard developed by the German Institute for Standardization. It is a high-density, rectangular backplane connector that is typically used to connect a computer\'s printed circuit board (PCB) to an external backplane and allows for the transmission of signals within a system. Specifically, this type of connector is primarily used in signal distribution and connection applications in the industrial, aerospace, automotive, and data processing industries.

The 09731326577 connector contains 16 individual contacts that are arranged in two rows of eight contacts each. Each contact has a single blade-like shape, which is made of a metal such as brass or phosphor bronze coated with a corrosion-resistant plating. The connectors are designed to be pluggable, which means that they can be inserted or removed from the backplane by hand without having to use any tools.

The working principle of the 09731326577 connector is quite simple. When a plug is inserted into the backplane, the card-edge contact blade comes into contact with the corresponding contact in the backplane. This causes an electrical connection to be established between the plug and the backplane. This connection then allows signals to be transferred via the two circuits established between the plug and the backplane.

The 09731326577 connector is designed for high reliability and performance, and it is commonly used in mission-critical applications. With its robust design, this type of connector can exhibit excellent contact stability and remain reliable even in vibration- and shock-prone environments. Additionally, this type of connector is designed to be highly resistant to EMI and enable fast signal transmission with minimal interference.

The 09731326577 connector is a reliable and robust solution for connecting systems via a backplane. It is typically used in industrial, automotive, and aerospace applications where reliable signal transmission is essential, and its robust design ensures increased reliability, even in the most challenging environments. Moreover, the connector exhibits low contact resistance, provides excellent shielding protection, and supports fast signal transmission.