A connector for use in terminating communications cables including electrical contacts (42) arranged to receive wires (30) of a communications cable (60), at least one cover (12, 22) pivotally connected with the connector and having wire-receiving spaces (14, 24), wherein the cover is arranged to move pivotally to bring wires positioned in its wire-receiving spaces into engagement with the contacts (42).

A connector for use in terminating communications cables

An electrical connector assembly includes a wire bundle having at least one wire with a metal shield surrounding at least a portion of the wire. The shield has an end portion and provides electromagnetic interference protection to the wire. A backshell includes a body and a cover secured to the body together defining an internal cavity with the wire at least partially arranged within the cavity. The backshell provides EMI protection for the portion of the wire bundle not covered by the shield. The backshell includes a hole in a wall of either the body or the cover with the end portion of the shield extending through the hole. The clamp is secured about the body and the cover with the end portion of the shield arranged between the clamp and the backshell grounding the shield to the backshell. The clamp forces the backshell into engagement with the wire bundle to provide strain relief for the wire bundle.

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Miniature, shielded electrical connector with strain relief

A cable connection component for electrically conductively connecting a cable, having a union nut with an internal thread and a core receiving and guiding part with a plurality of incisions. At least one core and core insulation inserted into the core receiving and guiding part are severed by terminals arranged in the connection body and enter the incisions in the core receiving and guiding part and contact is made with the core conductors when a first thread of the union nut is screwed onto a connection body. A connected cable can be released with less effort by the union nut having a second internal thread with a thread pitch that is less than the thread pitch of the first internal thread. The core receiving and guiding part has a radially running collar which is matched to the profile of the threading of the second internal thread and interacts with it.

Cable connection component

A cable connection device is described for electroconductive connection of a preferably multiwire cable, comprising a forcing nut, a receiving device and a contact carrier The cable is guided through the forcing nut and through an opening of the receiving device, which comprises a wire receiving element A stripped wire section of the cable can be positioned radially to the longitudinal axis of the cable connection device, on the wire receiving element, and the forcing nut can be screwed onto the contact carrier so that the forcing nut engages around the receiving device, the wire receiving element is directed towards the contact carrier and the receiving device can be pushed towards the contact carrier by the screwing nut The cable has a compact structure and can be very easily and/or rapidly connected to a cable, and/or produced very economically on the basis of its simple construction and few individual parts

Cable connection device

The invention belongs to the technical field of the communications accessories, provides a network interface information line pressing structure, which is arranged on a rear end part of a network information interface main body. The network interface information line pressing structure comprises a line pressing body, a shell and a line connecting body, wherein the shell is arranged around the line pressing body and the line connecting body, a twisted pair line cable is connected with the line connecting body, the line pressing body is opposite to the line connecting body, the shell is closed to inwards extrude the line pressing body to move towards the line connecting body, therefore the twisted pair line cable is compacted on the line connecting body. The network information interface line pressing structure has the following advantages: the network information interface line pressing structure is simply and conveniently operated, it is only necessary to make four pairs of twisted pair line cables pass through a threading hole, the lines are respectively pressed to the line connecting body according to color codes, the guide of the line pressing body is aligned with a guide groove of the line connecting body, the shell is forcibly pressed towards the middle, the line pressing body automatically compacts, the tool-free installation is realized and in addition a space increasing projecting part which locally outwards projects can make the line cut space margin large, prevent the line head from contacting with the shell and prevent short circuit between the circuit and the shell (ground line).

Network information interface line pressing structure

The cable terminal or connection device includes a splice part (4) which has at least one radially external conductor guide slot (16) with the stripped end of the cable core (7) taken through the bushing entrance (5). The clamping- and connection unit (9) has at least one clamping spring on the cable side and in the assembled state of the cable connection module, the clamping spring functions in conjunction with the stripped end of the cable core (7), such that the clamping spring electrically contacts the stripped end of the core.

Cable terminal- or connection device, preferably for multiple-core cable, has cable terminal module or the first cable connection module provided with a splice part having a bushing entrance

The device has an especially RJ45 format plug connector (3) for insertion into a corresponding socket in an electrical device and a wire guide element (4) for inserting the individual wires of the cable (2) into their contacting positions in the connector The wire guide element has a cable accommodation region and a one-piece wire guiding region bounding on the cable accommodation region Independent claims are also included for the following: a method of connecting a multi-wire cable to a plug connector, especially an RJ45 device

Connector device for multi-wire cable has especially RJ45 format plug connector, wire guide element with cable accommodation region, wire guide region next to accommodation region

The adapter (1) has a shielded connector receptacle (6) provided with a circular conductive outer wall (7) and designed as a shield. A circular conductive outer wall (15) of a shielded socket (14) is conductively connected to a circuit board (2) i.e. rigid-flex printed circuit board. A fork contact element (11) is conductively connected with the circuit board. The circular conductive outer wall of the connector receptacle is in conductive contact with a fork aperture (13). The outer walls of the connector receptacle and the shielded socket are connected via the circuit board.

Plug adapter for connecting two plugs with rigid-flex printed circuit board, has connector receptacle and shielded socket, where outer walls of receptacle and socket are connected via circuit board, and contact element connected with board

The cable termination or connection device has a first termination part (2) connected to a multi-filament cable (1) and a second termination part (3) associated with an electrical device or connected to a second multi-filament cable. A contact element (4) of the first termination part is provided with at least one longitudinal contact spring slot (17), containing a contact spring (18) cooperating with a contact element (10) of a termination element (9), provided by a termination block (6) of the second termination part.

Cable termination or connection device has contact element of first termination part provided with contact spring engaging termination element of termination block of second termination part

Becker Markus

Papers

Cable terminal- or connection device, preferably for multiple-core cable, has cable terminal module or the first cable connection module provided with a splice part having a bushing entrance

Connector device for multi-wire cable has especially RJ45 format plug connector, wire guide element with cable accommodation region, wire guide region next to accommodation region

Plug adapter for connecting two plugs with rigid-flex printed circuit board, has connector receptacle and shielded socket, where outer walls of receptacle and socket are connected via circuit board, and contact element connected with board

Cable termination or connection device has contact element of first termination part provided with contact spring engaging termination element of termination block of second termination part