RDED-9S-LNA(55) Connectors, Interconnects

D-Sub connectors are used to connect systems and devices in a wide range of industrial, commercial and consumer applications. Although the most common type of connector used today is a 9-pin connection, there are many other options available, including the RDED-9S-LNA(55) connector. This article will discuss the RDED-9S-LNA(55) connector\'s application field and working principle.

Application Field

The RDED-9S-LNA(55) connector is widely used in many types of electronic devices, especially for networking. It is a 54-pin connector with 9 rows of 5 pins each that allows for up to 9 multi-pin data signals to be passed through it. It is designed for high-speed data transmissions in industrial datacom and telecom equipment, as well as being used to connect devices for Virtual Private Networks (VPNs), server networks, and essentially any other networking projects.

The RDED-9S-LNA(55) connector is also commonly used in embedded control applications for data connections, such as communications between CPU and I/O ports. Its rugged construction and reliable material make it an excellent choice for this type of application.

Working Principle

The RDED-9S-LNA(55) connector has an internal contact design consisting of two or three individual contact probes, each of which has a free end to secure the pin to the mating connector. It is designed with special geometry, providing a robust mechanical connection as well as excellent performance in data transmission. The contacts do not come into contact until the mating connector is pressed against them, thus allowing for almost instantaneous connection. This ensures that data is not lost in-transit, providing reliable operation.

The connection between the RDED-9S-LNA(55) connector and the mating connector relies on spring force, as each contact probe must be compressed to create the connection. This compression is achieved when the mating connector is pressed into the RDED-9S-LNA(55) connector, which causes the contact probes to compress and make contact with the pin on the mating connector. This connection is secure and reliable, and is able to withstand the rigors of repeated use.

In addition to providing secure connections, the RDED-9S-LNA(55) connector is extremely durable and resistant to vibration, shock, and corrosion. This makes it an ideal choice for applications where the connector will be exposed to harsh environmental conditions. It is also designed to be easy to install and remove, making it a convenient choice for many applications.

Conclusion

The RDED-9S-LNA(55) connector is a popular choice for many types of applications, especially in networking and embedded control systems. It is designed for high-speed data transmissions and is robust and reliable for secure and reliable connections. Its spring force contact design ensures that the connection is secure and reliable, while its durable construction and resistance to vibration, shock, and corrosion make it a great choice for applications where the connector is exposed to harsh environmental conditions. The RDED-9S-LNA(55) connector is also easy to use and install, making it a popular choice among professionals.