74771-102004LF

Backplane connectors are an integral part of any electronic system. These connecting cables allow various different systems to interact with each other, providing a reliable way to transmit data between components. The 74771-102004LF is a specialized backplane connector designed to meet the specific needs of high-speed applications. This connector is a cost-effective solution that offers excellent electrical performance, durability, and reliability.

The 74771-102004LF is designed for high-speed and high-density applications such as data centers, telecom, cloud computing, enterprise servers, and industrial automation. It is also suitable for rugged environments such as military deployments. The connector is designed to support up to 16 contact positions and can handle data rates up to 12.5Gbps with superior signal integrity. It is designed with a small form factor to allow for higher port densities. The connector is also compliant with the MIL-STD-74 specifications.

The 74771-102004LF features a robust design to minimize crosstalk and ensure data communication reliability. It is designed with durable material to withstand vibration and shock. The connector also offers an EMI shield design which prevents signal interference. Furthermore, the specialized design of the Female Connector can improve insertion force and ensure simple mating.

The working principle of the 74771-102004LF is simple. When the two connectors are mated, the contacts in the Female Connector engage with the contacts of the Male Connector. This causes an electrical connection between the two, allowing data signals to pass between them. The connector also provides a secure-locking mechanism for reliable and stable connection.

In summary, the 74771-102004LF is a specialized backplane connector designed for high-speed and high-density applications. It offers a simple yet reliable way to connect two electronic systems. The connectivity between the two is made possible by the secure-locking mechanism and robust design of the connector. It also provides excellent signal integrity and proven reliability over time.