VMB334 Connectors, Interconnects

VMB334 Coaxial Connectors (RF)

The VMB334 is a robustly constructed coaxial connector with a wide range of applications in RF fields. This type of connector is used in a variety of hardware, such as wireless networks, antennas, and high frequency cables. It features a precisely engineered body and contact components that allow for reliable performance at high frequencies and advanced network systems.

Application

The VMB334 connector is designed to serve a wide range of applications in the RF field. It is ideal for connecting high frequency cables, such as for WLANs, WiMAX, and other advanced network systems. Furthermore, the VMB334 can be used as an antenna connector, a duplexer connector, or a feeder cable connector. It is also commonly used in military, broadcast, personal communication, navigation, and point-to-point radio systems.

Working Principle

The VMB334 connector works on the principle of high frequency signal transmission, also known as microwave transmission. As a form of radio wave, microwave technology uses an antenna to send and receive signals with extremely high frequency. This type of signal transmission allows for the fast and reliable passage of data and makes it possible to send and receive signals over large distances. The VMB334 is capable of transmitting signals over distances of up to 300 meters.

The VMB334 is designed to provide secure connections that minimise signal loss over long distances. It employs a durable metallic contact lead that has an extremely low signal loss propagation. Furthermore, its high-frequency response is highly effective for microwave transmission, enabling the secure transfer of signals even over large distances. The VMB334 connector also provides consistent performance, with no coaxials impedance variations and minimal signal reflection.

Conclusion

The VMB334 connector is a robust electrical connector designed for use in RF fields, such as for WLANs, WiMAX, and other advanced network systems. Its design enables it to achieve reliable signal transmission over large distances with no coaxials impedance variations and only minimal signal reflection. This makes it an ideal connector for a wide range of applications in the RF field.