CJ70C-201

Coaxial Connectors (RF)

The CJ70C-201 is a type of coaxial connector (RF) with its application field and working principle. This coaxial connector is mainly used for shielded connectors for coaxial cables at frequencies up to 4GHz.

The main components of the CJ70C-201 are the inner contact, the outer contact, and the dielectric spacer. The inner contact is a cylindrical conductor that is pressed into the center hole of the connector body. The outer contact is a tubular conductor that is inserted into the top of the dielectric spacer. The dielectric spacer is a sleeve which covers the outside of the inner contact and is formed from a plastic or ceramic material.

In the CJ70C-201, the working principle is based on the Maxwell–Wheeler equation, which states that the electric and magnetic fields are orthogonal to each other. Thus, by positioning these two elements so that their electromagnetic fields are perpendicular to each other, it creates a symmetrical electric and magnetic environment capable of withstanding high frequencies. This serves as the basis for a high frequency connection between the inner and outer contacts.

The CJ70C-201 has a wide range of applications, including wireless LANs, cable telephones (e.g. CATV), local area networks (LANs), and wireless passive components. It is also used for systems requiring impedance control such as high-speed digital data communication. These connectors are also used in high speed analog and digital signal transmission.

With regard to its performance, the CJ70C-201 is designed for durability, reliability and ease of use. It is designed to prevent the unintentional coupling of electromagnetic waves caused by insertion or removal of the connector and has superior shielding properties. This allows it to maintain its optimal performance during use.

In conclusion, the CJ70C-201 is a high-performance coaxial connector (RF) that has a wide range of applications ranging from wireless LANs to local area networks. It has an excellent performance profile, providing reliable and consistent high frequency connections. Additionally, it has superior shielding capabilities that help to maintain its optimal performance during use.