VB20-2031C

Coaxial Connectors (RF)

A coaxial connector is an electrical connector that is frequently used to carry radio frequency (RF) signals, controlled by a source, such as an antenna. It provides a reliable electrical connection between two components and is designed for use in both low-cost and high-performance applications. The use of coaxial connectors leaves almost no trace of the signal, making it a very desirable option in digital and analog circuits.

VB20-2031C Application Field and Working Principle

VB20-2031C coaxial connectors are used in a variety of RF applications such as automotive, industrial, commercial and military. They are designed to provide a reliable electrical and mechanical connection between two components, and are designed to withstand high-performance environments such as extreme temperature and vibration. The VB20-2031C connectors feature a threaded, bayonet style coupling mechanism with a dielectric O-ring providing a secure connection between components.

The VB20-2031C connectors feature a high-frequency contact design that consists of a soldered center pin surrounded by a dielectric insulator that is soldered to a backplane. This backplane that is connected to the outer conductor shields the entire assembly from any external interference. The inner conductor has a low insertion loss and high return loss, making the contact highly efficient and reliable.

The VB20-2031C also features a patented Eiger radial compression system to maximize contact surface area. This allows for a low contact resistance, even under high current loads. It also ensures a secure connection and maintainance free operation over a long period of time.

VB20-2031C is a reliable, cost-effective solution for a variety of RF applications. It provides superior RF performance in applications such as wireless communication, automotive, satellite, military and industrial. The VB20-2031C connectors are designed for both commercial and industrial applications, and are available in a variety of sizes and configurations to meet the demands of each application.