N-shaped right-angle bending type radio frequency coaxial connector

Abstract

The invention discloses an N-shaped right-angle bending type radio frequency coaxial connector. Two insulators are cooperatively connected with two inner conductors to form an L-shaped connector; thefirst inner conductor is in threaded connection with the second inner conductor to realize connection stability; the N-shaped right-angle bending type radio frequency coaxial connector is reliable andconvenient, can absolutely guarantee the interface size of the connector, is simple and convenient to assemble and operate, increases the finished product rate and improves the working efficiency; the N-shaped right-angle bending type radio frequency coaxial connector is simple in structure; the inner conductors are assembled to still be an integrated structure, so that the excellent high-frequency electric property of the whole connector is guaranteed; and the L-shaped connector structure is adopted, so that the problems that in the existing structure, no matter the inner conductors are directly bended or are bended after groove splitting, the size uniformity of the bended inner conductors is difficult to meet the requirement and the bended rejection rate is high are solved. The N-shapedright-angle bending type radio frequency coaxial connector guarantees excellent high-frequency property, meets the environment-resistant requirement, guarantees the requirement on the interface sizeby the connector, is convenient to assemble, increases the assembling finished product rate of the connector and improves the working efficiency.

Description

technical field

[0001] The invention belongs to the technical field of radio frequency coaxial connectors, and in particular relates to an N-shaped right-angle bend radio frequency coaxial connector. Background technique

[0002] The inner conductor structure of the conventional N-type right-angle bend connector mated with the coaxial cable can be divided into: the direct welding structure of the cable core wire, and the integral bending structure of the inner conductor of the connector. For cables with high frequency and low loss, those with higher requirements for high frequency indicators usually adopt the integrated bending structure of the inner conductor of the connector. However, since the inner conductor of the electrical connector is made of lead brass material, no matter whether the inner conductor is bent directly or bent after splitting, the size of the bent inner conductor is difficult to meet the requirements, and the scrap rate of bent very high. Contents o...

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