Abstract: The application relates to a connector (1), designed for a connection to a printed circuit board, the connector (1) extending along a longitudinal axis (X) and including an electrically-conducting body (2); at least one contact (8) accommodated, at least in part, within the body (2) with interposition of an electrical insulator (7) between them; a housing (3) defining an accommodation (6) configured for receiving all or part of the body; and an electrically-conducting cover (10) composed of at least one piece, inserted into the electrically-conducting body (2), such that at least one of the main faces (100) covers the front of the electrical insulator (7), in the rear part for accommodating the latter inside of the electrically-conducting body which is lacking a wall.

Abstract: The application relates to a connector (1), designed for a connection to a printed circuit board, the connector (1) extending along a longitudinal axis (X) and including an electrically-conducting body (2); at least one contact (8) accommodated, at least in part, within the body (2) with interposition of an electrical insulator (7) between them; a housing (3) defining an accommodation (6) configured for receiving all or part of the body; and an electrically-conducting cover (10) composed of at least one piece, inserted into the electrically-conducting body (2), such that at least one of the main faces (100) covers the front of the electrical insulator (7), in the rear part for accommodating the latter inside of the electrically-conducting body which is lacking a wall.

Abstract: An angled multicontact connector comprises at least two angled contacts, an insulative angled body made of an insulative material, a conductive angled body made of a conductive material, a conductive material cap adapted to be fixed to the cable and to close the conductive angled body around the angled contacts. The insulative angled body includes at least one groove open toward the outside, each groove being adapted to receive at least in part the rear end of one of the angled contacts. The angled multicontact connector further includes an insulative material part adapted to be removably fixed to the insulative angled body to retain the rear end of the angled contacts not received in a groove and to separate each rear end from the rear end of any other angled contact, and from the conductive cap when the conductive cap is in a position closing the conductive angled body.

Abstract: The present invention concerns a novel angled electrical connector of the multicontact type intended to be mounted on a cable including a plurality of insulated conductors. The invention essentially consists in configuring the insulator to allow mounting of the contacts by insertion from the rear and to allow the removable fixing of a single insulating part the function of which is both to retain, i.e. to immobilize, the contacts transversely to the axis of the rear portion of the insulator, to insulate the contacts from one another, and also to insulate the contacts that are nearest the outside of the bend in the connector, i.e. the longest contacts, from the conductive cap that with the conductive body forms a shielding assembly. The invention concerns also the assembly process of the connector.

Abstract: A connector having a body, at least one contact accommodated in the body with an insulator being interposed, a casing defining a housing designed to accommodate all or part of the body, and an armature placed around at least one portion of the casing, at least one portion of the body being accommodated in the portion of the casing, the armature having feet for fastening the connector to a printed circuit board, wherein the feet project beyond that portion of the casing around which the armature is placed and wherein the armature is placed in a set-in manner relative to the casing.

Abstract: A connector having a body, at least one contact accommodated in the body with an insulator being interposed, a casing defining a housing designed to accommodate all or part of the body, and an armature placed around at least one portion of the casing, at least one portion of the body being accommodated in the portion of the casing, the armature having feet for fastening the connector to a printed circuit board, wherein the feet project beyond that portion of the casing around which the armature is placed and wherein the armature is placed in a set-in manner relative to the casing.

Abstract: An electrical connection assembly may include: a panel including at least one opening; and an electrical connector configured to be engaged through the opening of the panel. The connector may include an enlarged portion configured to press against a first face of the panel when the connector is engaged therewith. The panel may include at least first and second abutment elements. The first abutment element may project from a second face of the panel opposite from the first face. The connector may include at least one locking portion configured to go past, in particular by snap-fastening, the first abutment element of the panel as a result of the connector performing a turning movement relative to the panel to enable the connector to be locked to the panel. The connector may be configured to be held stationary relative to the panel by pressing against the first and second abutment elements.

Abstract: An electrical connection assembly may include: a panel including at least one opening; and an electrical connector configured to be engaged through the opening of the panel. The connector may include an enlarged portion configured to press against a first face of the panel when the connector is engaged therewith. The panel may include at least first and second abutment elements. The first abutment element may project from a second face of the panel opposite from the first face. The connector may include at least one locking portion configured to go past, in particular by snap-fastening, the first abutment element of the panel as a result of the connector performing a turning movement relative to the panel to enable the connector to be locked to the panel. The connector may be configured to be held stationary relative to the panel by pressing against the first and second abutment elements.