MANUFACTURING METHOD FOR CONNECTOR AND CONNECTOR

To provide a manufacturing method for a connector that can suppress galvanic corrosion from occurring, and a connector.SOLUTION: A manufacturing method for a connector 1 includes: a braided-body arranging step (a step 2) of arranging an end part 31a of a braided body 30 at an outside of a shield she...

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Bibliographische Detailangaben
Hauptverfasser: MAEJIMA TOSHIRO, FUJIMOTO KEI
Format: Patent
Sprache:eng ; jpn
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Beschreibung
Zusammenfassung:To provide a manufacturing method for a connector that can suppress galvanic corrosion from occurring, and a connector.SOLUTION: A manufacturing method for a connector 1 includes: a braided-body arranging step (a step 2) of arranging an end part 31a of a braided body 30 at an outside of a shield shell 20; a conductive resin member arranging step (a step S3) of arranging a conductive resin member 40 at an outside of the braided body to cover an end part 20a of the shield shell with the conductive resin member; a coating step (a step S4) of melting the conductive resin member by heat and coating an end part of the braided body with molten resin 40P; a fixing member arranging step (a step S5) of arranging a fixing member 50 at an outside of a coated portion 34 formed of the coated end part of the braided body; and a swaging step (a step S6) of fixing the braided body to the shield shell with the coated portion coating the end part of the shield shell.SELECTED DRAWING: Figure 7 【課題】ガルバニック腐食の発生を抑制することができるコネクタ製造方法、及び、コネクタを提供することを目的とする。【解決手段】コネクタ1の製造方法は、シールドシェル20の外側に編組体30の端部31aを配置する編組体配置工程(ステップS2)と、編組体の外側に導電性樹脂部材40を配置し、当該導電性樹脂部材でシールドシェルの端部20aを覆う導電性樹脂部材配置工程(ステップS3)と、導電性樹脂部材を熱で溶融させ、溶融樹脂40Pで編組体の端部をコーティングする被覆工程(ステップS4)と、編組体の端部がコーティングされることで形成された被覆部分34の外側に固定部材50を配置する固定部材配置工程(ステップS5)と、被覆部分がシールドシェルの端部を覆っている状態で、シールドシェルに編組体を固定する加締め工程(ステップS6)とを含むことを特徴とする。【選択図】図7