Improved coaxial line structure

Abstract

The invention provides an improved coaxial line structure, which comprises a central conductor, an insulation layer, an isolation layer and a jacket, wherein the insulation layer is wrapped at the outer edge of the central conductor; the isolation layer is wound at the outer edge of the insulation layer and at least comprises a conductor wire; the outer edge of the conductor wire is dipped and plated with a coating film; and the jacket is wrapped at the outer edge of the isolation layer. Therefore, according to the improved coaxial line structure provided by the invention, the braided layer of the common coaxial line can be replaced by utilizing the isolation layer wound at the outer edge of the insulation layer, so that the effects of increasing the manufacture efficiency, reducing use amounts of materials and having better shielding effect can be achieved.

Description

technical field [0001] The present invention relates to an improved coaxial cable structure, especially relates to the use of an isolation layer wrapped around the outer edge of the insulating layer to replace the braided layer of the commonly used coaxial cable, so as to improve production efficiency, reduce material consumption and achieve better shielding effect The effect of the coaxial structure. Background technique [0002] Press, commonly used coaxial cable 2 (such as figure 1 and 2 shown), which is composed of a conductor 21, an insulating layer 22 covering the outer edge of the conductor 21, a braiding layer 23 covering the outer edge of the insulating layer 22, and an outer jacket 24 covering the outer edge of the braiding layer 23 ; Thus, the coaxial cable 2 can be used to cooperate with a connector (not shown) as a signal transmission between electronic devices. [0003] Since the general coaxial cable 2 is in use, the braided layer 23 is used as an isolation...

AI Technical Summary

Problems solved by technology

[0003] Since the general coaxial cable 2 is in use, the braided layer 23 is used as an isolation to prevent noise interference, but for the commonly used braided layer 23, it is a multi-layered structure formed by a plurality of small wires interlaced. In this way, the coaxial line 2 will not only reduce the production efficiency and increase the amount of materials used during production due to the braided layer 23, but also cause the coaxial line 2 In actual use, poor shielding occurs

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