Shielded cable connecting structure and shielded cable connecting method

Abstract

There is provided a shielded cable connecting structure comprising a shielding layer removed portion where a plurality of covered wires are exposed for connection of connecting terminals to a shield connector and a conductive heat-shrinkable tube which is fittingly mounted on an end portion of an electromagnetic shielding layer which lies adjacent to the shielding layer removed portion and the shielding layer removed portion so as to bind together the plurality of covered wires through heat shrinkage.

Description

technical field [0001] The invention relates to a shielded wire connection structure and a shielded wire connection method for connecting a shielded wire to a connecting terminal of a shielded connector. The electromagnetic shielding layer covering the outer circumference of a plurality of coated wires in the shielded wire is spirally wound on the plurality of coated wires. Formed by the conductive band around the outer circumference of the wire. Background technique [0002] The following Patent Document 1 describes a shielded electric wire which has good bendability and noise resistance and is suitable for wiring of in-vehicle electronic instruments, etc., wherein an electromagnetic shielding layer (shielding layer) is formed by spirally winding the sheathing wire. Formed by the conductive band around the outer circumference of the wire. Figure 6 is a perspective view showing a schematic structure of this type of shielded electric wire. [0003] Figure 6 The illustrated...

AI Technical Summary

Problems solved by technology

[0012] However, if Figure 7 As shown in (c), the operation of rewinding the conductive tape 108 once unwound on the outer circumference of the plurality of covered electric wires 103 to form the electromagnetic shielding layer 105 again has the problems of wasting man-hours and low work efficiency.

[0013] In addition, when rewinding the conductive tape 108, the fastening of the conductive tape 108 may vary depending on the operator's proficiency.

As a result, the distance between adjacent covered electric wires 103 varies, so there is a possibility that the impedance at the connection portion between the shielded electric wire 101 and the shielded connector becomes unstable, and inherent transmission performance cannot be obtained.

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