Radio frequency coaxial connector and vehicle-mounted antenna

Abstract

The invention provides a radio frequency coaxial connector and a vehicle-mounted antenna. The radio frequency coaxial connector comprises a female connector and a male connector. The female connectorcomprises a housing, a spring, a female pin and an insulator (I). The housing is provided with a serpentine buckle. The spring, the female pin and the insulator (I) are arranged in the housing. The insulator (I) wraps around the outer periphery of the female pin. The male connector comprises a body, a pin, a male pin and an insulator II. The insulator II wraps around the outer periphery of the male pin. The male pin is electrically connected with the female pin, and the pin is arranged on the body; The pin fits the serpentine buckle of the female connector and is locked with the female connector under the action of the spring. The radio frequency coaxial connector has the advantages of simple structure, stable connection, reduced size and reduced number of parts so that the manufacturing cost can be saved and mass production can be realized.

Description

technical field [0001] The invention belongs to the technical field of vehicle-mounted antennas and vehicle-mounted electronic equipment, and specifically relates to a radio frequency coaxial connector and a vehicle-mounted antenna. Background technique [0002] RF radio frequency coaxial connector assemblies have been used in many applications, including routers, televisions, mobile phones, tablet computers and many other devices that have RF radio frequency coaxial connector assemblies. With the development of information technology, the automobile industry is also equipped with more and more information equipment, and more and more RF radio frequency coaxial connector components are needed. Due to the complex environment and severe vibration of automobiles, it is very important for stability. Therefore, many RF coaxial connectors widely used in other fields are not suitable for direct use on automobiles. At present, only FAKRA RF coaxial connectors are widely used in auto...

AI Technical Summary

Problems solved by technology

[0003] At present, SMA coaxial connectors are mostly used in radio frequency connectors, but the connection method of this coaxial connector is threaded connection. The threaded connection method is not suitable for vehicle applications, because the road conditions of the car are very complicated during driving. The vibration is very severe. During the vibration process, the threaded connection is easy to loosen and fall off, resulting in poor contact, unstable or no signal, and unreliable mechanical properties.

The threaded connection still needs to be tightened, which is a waste of time and does not have the characteristics of quick connection; the specific structure is as follows: Image 6

[0004] The FAKRA coaxial connector is mostly used in the vehicle coaxial connector. Although the FAKRA coaxial connector has a buckle to prevent loosening or falling off due to vibration, the connector uses hardware placed inside the mold. The production process of internal injection molding has many parts, complex production process, high defect rate, high production cost, and the buckle structure is a plastic part, the plastic part is easy to age during use, and there is still the possibility of mechanical failure during long-term use; The specific structure is as Figure 7

Images