Housing for attachment to an electrical flat conductor rail with a flat conductor receptacle extending in a first axis, a connecting conductor receptacle extending transversely to the first axis in a second axis, wherein the flat conductor receptacle and the connecting conductor receptacle are formed from a upper housing side and a lower housing side with in each case an inner side and an outer side, which, in the closed state of the housing, receive the flat conductor rail with their inner sides lying opposite one another, characterized in that a shield contact element is arranged on at least one inner side, the shield contact element, in the closed state of the housing, bearing directly against a shield conductor of the flat conductor rail.

Housing for attachment to an electrical flat conductor rail with a flat conductor receptacle extending in a first axis, a connecting conductor receptacle extending transversely to the first axis in a second axis, wherein the flat conductor receptacle and the connecting conductor receptacle are formed from a upper housing side and a lower housing side with in each case an inner side and an outer side, which, in the closed state of the housing, receive the flat conductor rail with their inner sides lying opposite one another, characterized in that a shield contact element is arranged on at least one inner side, the shield contact element, in the closed state of the housing, bearing directly against a shield conductor of the flat conductor rail.

The present invention relates to a cable arrangement comprising a cable that has an outer conductor, and an outer-conductor contact element that is electrically connected to the outer conductor and has a diameter change. In a region of the diameter change, the cable arrangement also has a filling element, which is electrically conductive. The filling element is configured to reduce an air inclusion in the region of the diameter change.

A shield device includes: a first electrical conductor; an electrical insulator that is configured to electrically insulate the first electrical conductor from a second electrical conductor; a first shield connector configured to: directly contact at least 180 degrees of a first circumference of a first shield that surrounds at least two first insulated conductors of a first section of a shielded cable; and electrically connect the first shield with the first electrical conductor; and a second shield connector configured to: directly contact at least 180 degrees of a second circumference of a second shield that surrounds at least two second insulated conductors of a second section of the shielded cable; and electrically connect the second shield with the first electrical conductor.

A shield device includes: a first electrical conductor; an electrical insulator that is configured to electrically insulate the first electrical conductor from a second electrical conductor; a first shield connector configured to: directly contact at least 180 degrees of a first circumference of a first shield that surrounds at least two first insulated conductors of a first section of a shielded cable; and electrically connect the first shield with the first electrical conductor; and a second shield connector configured to: directly contact at least 180 degrees of a second circumference of a second shield that surrounds at least two second insulated conductors of a second section of the shielded cable; and electrically connect the second shield with the first electrical conductor.

A cable retainer insert for a multi-strand cable includes a cable contact portion and a plurality of cable receptacles in the cable contact portion circumferentially spaced from each other. Each of the cable receptacles receives a strand of the multi-strand cable. Each of the cable receptacles has a cable strand insertion opening at a radially outward end and a bottom at an opposite radially inward end. A circle inscribed in each of the cable receptacles and touching the bottom of the cable receptacle extends radially outward beyond the cable strand insertion opening.

A wire harness including a wire and a connector, wherein the connector includes a connector main body that is partially or entirely made of a conductive resin or is partially formed by a conductive portion, a shield that is made of a conductive metal and covers a periphery of the connector main body, and a conductive elastic member that is provided between the connector main body and the shield, a circumference of the wire is covered by a tube, the tube including a heat-shrinkable shielding tube having a conductive portion that is configured to surround the circumference of the wire, and in a state in which the tube is attached to an attachment of the connector main body, the conductive portion of the tube, the connector main body, the conductive elastic member, and the shield are electrically connected to each other.

A connector is provided with a first connector 10 and a second connector 11 connectable to each other. The first connector 10 includes a UTP module 15. The UTP module 15 includes UTP inner conductors 65 to be connected to wires of a UTP cable 12. The second connector 11 includes an electrically conductive shield member 21 for covering outer peripheries of the UTP inner conductors 65 with the first and second connectors 10, 11 connected.

A connector is provided with a first connector 10 and a second connector 11 connectable to each other. The first connector 10 includes a UTP module 15. The UTP module 15 includes UTP inner conductors 65 to be connected to wires of a UTP cable 12. The second connector 11 includes an electrically conductive shield member 21 for covering outer peripheries of the UTP inner conductors 65 with the first and second connectors 10, 11 connected.

A board-to-board plug, comprising an insulating seat (20) integral to a metal insert (30), several signal terminals (40) arranged inside the insulating seat (20), and a shielding housing (10) coated outside the insulating seat (20). The insulating seat (20) comprises an engagement end (21) provided with terminal slots (214), terminal blocks (24) formed by extending from the engagement end (21) to the rear direction, and a pair of extension arms (22) formed by extending from both transverse sides of the terminal block (24) to the rear direction. The metal insert (30) comprises a board body portion (31) formed between a pair of extension arms (22), and several grounding terminals (37) bent from the front end of the board body portion (31) and extending into the terminal slots (214). The grounding terminals (37) and the signal terminals (40) are arranged at intervals.