6A-shielding RJ45 crystal plug

Abstract

The invention relates to a 6A-shielding RJ45 crystal plug, comprising a crystal plug body (1) with a metal shielding shell, a wire cavity (2) in the crystal plug body (1) and a wire insert core (4) connected with the tail part of the crystal plug body (1), a branching separation piece (3) is arranged in the crystal plug body (1), one end of the branching separation piece (3) is connected with the wire cavity (2), the end surface of the other end of the branching separation piece (3) is laminated with the end surface of the wire insert core (4), and four surfaces of the branching separation piece (3) along the length direction are all provided with wiring troughs (3.1). Compared with the prior art, the 6A-shielding RJ45 crystal plug has the characteristic that the plug can meet performance requirements of cables of a high-requirement shielding system of a 6A jumper wire system.

Description

Technical field: [0001] The invention belongs to the field of integrated wiring, in particular to a shielded 6A type RJ45 crystal plug. Background technique: [0002] At present, there are few Type 6A (also known as Category 6 Super or Enhanced Type 6) crystal heads on the market. The method of these Type 6A crystal heads is similar to that of conventional Type 6 crystal heads, that is, plastic wire plugs are used at the tail of the crystal head. The core of the wire only serves as a simple branching function. At the same time, the front end of the crystal head only has a plastic wire cavity. The entire length of the wire cavity only accounts for a quarter of the length of the crystal head, and the wire cavity There is no cable management and branching device between the rear end and the wire socket. However, most of the 6A jumper systems use wire pairs (that is, the wires in the cable are separated into two groups) shielding measures, so when the signal is transmitted to t...

AI Technical Summary

Problems solved by technology

However, most of the 6A jumper systems use wire pairs (that is, the wires in the cable are separated into two groups) shielding measures, so when the signal is transmitted to the prior art 6A crystal head, because there is no wire management device and distribution device, the cable in the second half of the crystal head will be loose, resulting in unstable structure of this part of the cable; and because there is no shielding device between the branch cables in the second half of the crystal head, resulting in wire pairs signal interference

Therefore, the 6A type crystal head of the prior art cannot meet the performance requirements of the high-demand shielded system cable of the 6A type jumper system

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