CONREVSMA011 Connectors, Interconnects

Coaxial Connectors (RF)

The CONREVSMA011 is a next-generation coaxial connector for wireless application systems. It has become increasingly popular due to its high performance, wide frequency band, reliability, and compact size. This connector is widely used in radios, wireless LANs, cellular systems, satellite communications, and other fields.

Application Field

The CONREVSMA011 is mainly used in wireless application systems, especially in medium- and high-frequency circuits. It can resist high temperatures and has 50Ω characteristic impedance, making it ideal for heavy-duty applications. Its compact size and high-performance make it suitable for both mass production and customized designs, providing an excellent solution for manufactures and system operators.

Besides, its unique design makes it a perfect choice for applications involving microwave test equipment, point-to-point communications, and microwave filters. Moreover, it is suitable for applications requiring a high degree of shock, vibration, and thermal stability.

Working Principle

This type of connector relies on the principle of impedance matching, which involves adjusting the electrical parameters of the node so that the transmission line has the same impedance as the load, thereby eliminating reflections caused by mismatches and ensuring good signal integrity. It consists of two components - the plug and the socket - connected by a conductive pin, which match the input and output impedance levels. The CONREVSMA011 features an integrated, high-performance, metal contact interface, which ensures a secure connection with minimal loss in signal quality.

The CONREVSMA011 also has an innovative design that allows for rapid and effective connection and disconnection. In addition, it also features a patented strain relief joint and a special RF-shielded body, which enhances mechanical security and provides excellent noise immunity.

Conclusion

In summary, the CONREVSMA011 is a next-generation coaxial connector for wireless applications. It is designed to provide improved performance, wide frequency band, and excellent reliability. It is suitable for use in radios, wireless LANs, cellular systems, satellite communications, and other fields requiring a high degree of shock, vibration, and thermal stability. Furthermore, its design ensures easy installation and rapid, secure connection and disconnection.