CBMUHF58

The CBMUHF58 is a coaxial connector designed to operate in the ultra-high frequency (UHF) range. It is designed for use in applications where high-frequency signal transmission is required. The CBMUHF58 is a robust and stable connector that has a low insertion loss, making it a great choice for many applications. It is designed to provide a reliable and dependable connection in extreme environmental conditions.

Application Fields

The CBMUHF58 is typically used in radio frequency (RF) applications such as cellular base stations, control systems, broadcast applications, and other high-frequency signal transmission applications. It is also used in applications where small size is a significant factor, such as medical device implantation and test fixtures. The connector is also favored for use in low voltage and low loss applications where reliable operation is required.

Working Principle

The CBMUHF58 is a coaxial connector that consists of a rotating body and four sockets at each end. The rotating body is made of aluminum, which is highly conductive. The sockets are made of nickel wire mesh, which is capable of transmitting high-frequency signals with low-loss performance. The four sockets are arranged in a 90-degree angle, allowing for maximum connection stability.

The CBMUHF58 utilizes a twist-lock mechanism to make sure the connector is tightly secured and will not come apart easily. The rotating body is rotated clockwise until it reaches a maximum tightness. The twist-lock mechanism also acts as a grounding and shielding mechanism, helping to reduce electromagnetic interference.

The CBMUHF58 is capable of transmitting high-frequency signals over long distances. It is designed to handle signals of up to 3GHz. The connector is highly resistant to corrosion and is capable of providing reliable and consistent operation in extreme environmental conditions.

Conclusion

The CBMUHF58 is a robust and reliable coaxial connector designed for use in applications where high-frequency signal transmission is required. It is capable of providing a reliable and dependable connection in extreme environmental conditions. It is used in radio frequency (RF) applications such as cellular base stations, control systems, broadcast applications, and other high-frequency signal transmission applications. It is also used in applications where small size is a significant factor, such as medical device implantation and test fixtures.