VBI212 Connectors, Interconnects

Coaxial connectors, also known as RF connectors, are used to connect two pieces of coaxial cable together. They are designed for radio frequency applications such as radio transmitters and receivers, cellular phones, Wi-Fi networks, satellite television, and other communication systems. The VBI212 is a coaxial connector which is specifically designed for very high frequency (VHF) applications.

The VBI212 is a micro filmable RF coaxial connector with 5GHz performance designed for board-to-board applications. The housing of the VBI212 is made of a black thermoplastic material that provides superior protection against environmental extremes. It is designed to exhibit superior shielding effectiveness even when bent. The contact system is made of a gold-plated brass alloy that provides excellent reliability. The VBI212 was designed in accordance with the European standard CECC 20300-010 (Connectors for Radio Frequency Interconnections), making it suitable for most European applications.

The unique design of the VBI212 allows it to operate in a wide range of frequencies from 0-5GHz. This makes it perfect for radio, satellite, and other wireless applications. The VBI212 also features two built in shields that provide excellent shielding effectiveness and low insertion loss. The ground plane shield serves to minimizes radiated emissions, while the ferrite shield limits the amount of noise that passes from one side of the connection to the other. This connector is also designed for low insertion and return loss, which allows for maximum signal integrity.

The VBI212 is an ideal choice when reliability and signal integrity are paramount. It is a reliable and robust connector that is specifically designed for high frequency applications. It is easy to install, and comes in a variety of sizes which makes it suitable for a wide range of applications. With its superior shielding effectiveness and low insertion loss, the VBI212 is the perfect choice for reliable and secure connections in radio frequency applications.