413515-3

Coaxial Connectors (RF) are used to connect one coaxial cable to another. A 413515-3 application field and working principle is a particulat type of coaxial connector most previlantly used in RF connections, and is available in both screened and open styles. This article aims to outline the application field and working principles of the 413515-3 coaxial connector.

413515-3 coaxial connectors are suitable for various Applications. When it comes to radio-frequency connections, 413515-3 coaxial connectors are used for connections in industrial and military radio antenna systems because of their excellent durability and low loss characteristics. Besides, 413515-3 coaxial connectors are also suitable for low and very high voltage applications, such as radar, high speed data exchange and EMC testing.

The main components of a 413515-3 connector are the inner conductor, dielectric or PTFE, shield or outer conductor and the body. The inner conductor is a metal pin which is usually made of brass, nickel-plated brass and stainless steel. The insulating PTFE is a ring designed to provide electrical insulation between the inner metal pin and the outer conductor. The outer conductor is a tubular overmold sleeve usually made of aluminum, copper or zinc. This conductive sleeve also provides electrical grounding and serves as a strain relief. The body of the connector is usually made of aluminum, brass and/or stainless steel and is used to hold the inner conductor and outer conductor together.

When correctly mated, 413515-3 connectors provide optimal performance with low impedance and low resistance. The dielectric, PTFE, creates an electrical contact between the two conductors, and the outer conductor creates a shield between the inner conductor and PTFE, protecting it from interference. The connector body also provides both electrical insulation and strain relief, helping the connectors to be more resistant to aging and vibration.

In conclusion, 413515-3 coaxial connectors are widely used for radio-frequency connections in industrial and military antenna systems due to their excellent performance. Its main components, such as inner conductor, dielectric, shield and body, all can work together to provide an optimal connection with low impedance and low resistance, and minimize interference.