Abstract: An electric connector includes an insulating body, a first terminal module, a second terminal module and a grounding piece. The first terminal module includes a number of first conductive terminals each having a first tail portion. The second terminal module includes a number of second conductive terminals each having a second tail portion. The ground piece includes a first grounding tab and a second grounding tab. The first conductive terminals include a first ground terminal. The second conductive terminals include a second ground terminal. The first grounding tab is stacked on and in contact with the first tail portion of the first ground terminal. The second grounding tab is stacked on and in contact with the second tail portion of the second ground terminal. Such an arrangement simplifies the structure of the grounding piece, and can also realize a shielding function.

Abstract: Provided are an electrical connector and a cable connector. The electrical connector includes a terminal module and a shielding housing. The terminal module includes a conductive module and a grounding sheet. One end of the conductive module is configured to connect a docking conductive terminal of a docking connector, and another end of the conductive module is configured to connect a core wire of a cable. The shielding housing includes a first housing and a grounding connection member integrally formed with the first housing. The first housing is disposed on the outer side of the terminal module. One end of the grounding sheet abuts against the inner wall of the first housing. The other end of the grounding sheet is configured to connect a docking grounding terminal of the docking connector. The grounding connection member is configured to connect a shielding layer of the cable.

Abstract: Provided are a metal housing and a connector. The metal housing is configured to accommodate an insulation body and the metal housing includes a first half housing on which a first overlapping portion is disposed and a second half housing on which a second overlapping portion is disposed. The first overlapping portion is overlapped with and connected to the second overlapping portion when the metal housing accommodates the insulation body. With the above-mentioned structure, the metal housing is not easily deformed when being pressed and struck by external forces. The connector includes an electrical connection part and an insulation body which accommodates the electrical connection part. The connector further includes the above-mentioned metal housing which accommodates the insulation body. As the above-mentioned metal housing is used for accommodating the insulation body and the electrical connection part, the connector has better capabilities of anti-press and anti-strike.

Abstract: Provided are a metal housing and a connector. The metal housing is configured to accommodate an insulation body and the metal housing includes a first half housing on which a first overlapping portion is disposed and a second half housing on which a second overlapping portion is disposed. The first overlapping portion is overlapped with and connected to the second overlapping portion when the metal housing accommodates the insulation body. With the above-mentioned structure, the metal housing is not easily deformed when being pressed and struck by external forces. The connector includes an electrical connection part and an insulation body which accommodates the electrical connection part. The connector further includes the above-mentioned metal housing which accommodates the insulation body. As the above-mentioned metal housing is used for accommodating the insulation body and the electrical connection part, the connector has better capabilities of anti-press and anti-strike.