A six-level plug

Abstract

A six-level plug. The six-level plug comprises: an insulator assembly (1), and a first-level conductor (2) and a second-level conductor (3) which are mounted at the periphery of the insulator assembly, wherein the first-level conductor is located at a front end of the second-level conductor, and a coaxial stepped distribution is formed; and the six-level plug further comprises third, fourth, fifth and sixth-level conductors (4, 5, 6, 7), wherein the third and fourth-level conductors are provided at the periphery of the insulator assembly symmetrically on the left and right and in parallel, and are located behind the second-level conductor, and the fifth and sixth-level conductors are provided at the periphery of the insulator assembly symmetrically on the left and right and in parallel, and are respectively located behind the third and fourth-level conductors; and the first, second, third, fourth, fifth and sixth-level conductors are all insulated from one another by the insulator assembly. Compared with the existing product, the six-level plug adds one level of conductor, and enhances the insulation among levels.

Description

Technical field: [0001] The invention relates to the technical field of plug products, in particular to a six-level plug. Background technique: [0002] In the past, multi-level single-head plugs and corresponding multi-level sockets were used in the electrical connection of various electronic devices. The multi-level socket on the main body of electronic equipment such as portable music players constitutes a connector. [0003] The number of stages of the existing multi-stage single-head plug is five at most, and the stages of the five-stage conductors are distributed in coaxial steps. The distribution is maintained on the premise that the diameter is Φ3.5mm and does not increase. The five-stage coaxial conducting body is reduced, resulting in a reduction of the insulator between the stages, thus weakening the insulation resistance between the stages. [0004] In addition, since the existing circular concentric plug with a diameter of Φ3.5mm has a maximum number of five l...

AI Technical Summary

Problems solved by technology

[0003] The number of stages of the existing multi-stage single-head plug is five at most, and the stages of the five-stage conductors are distributed in coaxial steps. The distribution is maintained on the premise that the diameter is Φ3.5mm and does not increase. The conductor of the five-stage coaxial leads to the reduction of the insulator between the stages, thus weakening the insulation resistance between the stages

[0004] In addition, since the existing circular coaxial plug with a diameter of Φ3.5mm has a maximum number of five levels, it cannot meet the needs of efficient transmission of electronic information

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