2007814-3

Backplane connectors are essential components within the framework of computerized systems. They provide connections between electrical and/or mechanical parts of the system and enable transmission of data, power, and signals between system components. The 2007814-3 backplane connector, also known as the ARINC 600, offers enhanced features and is the most common connector for high speed computing and data exchange applications. This article will discuss the application fields and working principle of the 2007814-3.

2007814-3 Application Field

The 2007814-3 can be used to connect a wide variety of components, such as Integrated Circuit (IC), transistors, capacitors, circuits, and other related electronic components. It can be found in a variety of applications, including military aerospace, industrial automation, telecommunications, automotive, and medical electronics. Due to its reliable performance and capability of transmitting high speed signals, the 2007814-3 is a popular choice for designs requiring flexibility, dependability, and cost efficiency. The 2007814-3 also provides a higher level of circuit protection with its shielded and grounded design, allowing it to work reliably even in tough environments.

2007814-3 Working Principle

The 2007814-3 offers two rows of circular pins that are arranged in eight parallel rows. These pins are connected to the backplane, which can be securely held with four screws. The backplane also has several metal contact elements that ensure reliable electrical connection. The connectors are characterized by high insertion force, which ensures a reliable connection even in hostile environments. The connectors also come with small and sturdy metal latches that provide a sure way to secure the connection and prevent accidental disconnections.

2007814-3 connectors operate via a simple push-pull mechanism. By pulling on one of the pins, it is possible to easily disconnect the connector from the cable. Inserting the connector is also a simple job since the pins can be easily aligned before pushing the connector into place. This makes the 2007814-3 ideal for applications where frequent disconnections and reconfigurations are required.

Conclusion

The 2007814-3 backplane connector offers superior performance and flexibility, making it a popular choice for a variety of applications. Its shielded and grounded design provides a higher level of circuit protection that can be used in both hostile and benign environments. The 2007814-3 can be used to quickly disconnect and reconfigure system components due to its convenient push-pull mechanism. Overall, the performance, reliability, and flexibility of the 2007814-3 make it an ideal choice for many designs.