1059505-1

Coaxial Connectors (RF)

1059505-1 is a miniature RF coaxial connector designed to provide improved performance in the field of telecommunications, TV broadcasting, RF broadcasting, defense and aerospace applications. It is a two-part coupling system with high-precision machining that delivers excellent electrical properties and superior mechanical strength. It is used for applications involving poorly mating or highly precise profiles of the internal or external electrical connection, and it is capable of providing satisfaction in the signal coverage of multiple applications.

Application Field

1059505-1 offers excellent performance even in moderate vibration environments due to its high-end threaded coupling. Thanks to its waterproofness and strong protection against shock, vibration and dust, it is ideal for applications such as telecommunications, defense and aerospace, and RF transmitting systems, where it can provide reliable connections with minimum reflection loss and superior mechanical strength. Its extended operating frequency range makes it suitable for use in digital broadcasting and other high frequency applications. It is also one of the most suitable coaxial connectors for broadcast antennas.

Working Principle

The 1059505-1 consists of a connection stage that couples the inside of the jack into an outside contact (the receiving part) and also a cover stage. The receiving part contacts are machined precisely in the concentric core location to ensure an optimized signal performance. The three-point threading makes sure that the connector has a reliable connection by attaching the internal and external contacts firmly and easily. Once the contact has been provided, the cover stage works to assure that the connection is reliably watertight.

The 1059505-1 has a high impedance design meaning that the cables will have a higher amount of signal return compared to the amount of signal loss that goes through. It can provide a reliable link in extremely low-loss data transmission applications. It also has a wide temperature range, which makes it suitable for various industrial applications and extreme environments.