Abstract: A plug connector is provided which has a base body and a slide element, wherein the base body has a plug side and a connection side, wherein the plug connector forms a plug axis which extends from the plug side to the connection side through plug the connector, wherein the slide element surrounds the base body and is arranged on the same to be movable along the plug axis. The connector additionally has a securing element, wherein the securing element is arranged between the slide element and the connection side of the plug connector, and wherein the securing element is arranged on the base body to be movable between an open position and a locked position.

Abstract: The invention relates to a cable retainer (1) for mechanically retaining a cable (10) on a cable outlet, comprising a cable outlet connection piece (2), a sealing element (3) and a pressure element (4), wherein the pressure element (3) can be screwed onto the cable outlet connection piece (2) using a thread (2.1, 3.1) and in this way squeezes the sealing element (3) together between the cable output connector (2) and the pressure element (4). By means of detents (4.2) on the pressure element (4) and detents (2.2) on the cable outlet connection piece (2) that cooperates therewith, a release of the threads (2.1, 3.1) screwed together is prevented.

Abstract: In order to improve the signal integrity, for a connection device for twinax cables the connecting pad belonging to the respective drain wire is disposed directly between the two connecting pads of the two leads belonging to the same data line. Groups of connecting pads can be disposed so that they are offset with respect to one another in order to prevent crosstalk. To this end the data lines can be fastened to the connection device, which for example consists of a circuit board.

Abstract: The invention relates to a contact-making apparatus for establishing electrical contact between a conductor or a plurality of conductors of a cable which is to be connected and a plug connector, comprising an insulating body which can be inserted into a chamber of a plug connector housing which is provided for this purpose, and at least one pressure piece which is suitable for receiving at least one conductor, wherein the at least one pressure piece is connected to the insulating body in a pivotable and articulated manner, and wherein the insulating body comprises at least one recess which in turn contains at least one insulation-displacement terminal, and wherein the pressure piece can be recessed in the at least one recess in the insulating body, and therefore the insulation-displacement terminal makes electrical contact with the end portion of the conductor.

Abstract: For a device for the reversible mechanical fixing and electrical contacting of one or more electrical conductors (11) of a cable (10) it is proposed to fix the cable (10) mechanically by means of a cable receptacle (2) and to position exposed conductor ends (12) of the electrical conductor (11) on a contact plate (3). A fixing element (4) is provided for pressing the exposed conductor ends (12) onto the contact plate (3). Such a device and such a method are needed for the temporary electronic contacting of one or more electrical conductors carried in a cable. Such contacting is above all necessary for carrying out electrical measurements on such cables.

Abstract: The invention relates to an insulation body of a plug-in connector that consists of a plug body (10), in which contact elements (11) are provided, and which consists of a connection body (20), which in turn has connection elements (21) that can be electrically connected to conductor tracks of a circuit board and/or to individual wires of a multi-wired cable to be connected, wherein the plug body (10) and the connection body (20) can be mated together, as a result of which the contact elements (11) can be electrically contacted with the connection elements (21) of the connection body (20).

Abstract: The invention relates to an insulation body that can be inserted into a housing (11) of a plug-in connector (10), which is formed from a connecting portion (2) and a contacting portion (3), wherein in the contacting portion (3), contacting means (4) are provided and the connecting portion (2) is provided with recesses (5), in which individual conductors of a multi-core cable can be clamped, wherein the connecting portion (2) and the contacting portion (3) can be joined together, so that the individual conductors of the multi-core cable can be electrically contacted by means of the individual contacting means (4). According to the invention, the connecting portion (2) includes means that orientate the individual conductors along the recesses (5) of the connecting portion (2) in such a way that each of the conductors is pushed into the respective recesses and the direction of the conductor changes along the recesses.

Abstract: A plug connector to connect electrical conductors, comprising a housing of the plug connector formed as a single piece and provide an unlocking mechanism in the housing which is triggered by operating a tab on a cable connection side. A latching mechanism which is located on the exterior of the housing can be shifted into the housing by triggering the unlocking mechanism, forming a latch with a mating plug.

Abstract: To compensate the lateral offset of an opposing plug, a contact element for a plug-in connector socket has particularly large tolerances. For this purpose, the contact element is embodied in two pieces, a contact spring element for making electrical contact with the opposing plug and a securing element in which the contact spring element is mounted so as to be rotatable about a rotational axis. In contrast to a case in which tolerances depend on deformation of a spring element, by virtue of rotation of the contact spring element no forces act on the soldering points with which the securing element is soldered to a printed circuit board. The contact element is particularly suitable for soldering according to SMT.

Abstract: An insulating body is captively secured on the housing for a plug connection having insulation displacement terminals. The insulating body is held on guide of the housing in a rotatable manner and in an insertable manner into the housing via an opening. The guide can be formed as slits that lie in lateral parts of the housing. The lateral parts project beyond the housing. Electric conductors can be inserted into the insulating body on a rear surface, plugged through said body, and cut on a front surface. The electric conductors are thus brought to the intended length before the insulating body is inserted into the housing.

Abstract: A contact spring has two contact arms which are connected at their respective source areas via a bridge and are intended for clamping in and making contact with the mating contact which is to be inserted in an insertion direction. The contact arms are arranged essentially pointing in the opposite direction to the insertion direction of the mating contact running toward one another, and curving away from one another on their free standing end areas. The contact spring has at least one first solder connection which is integrally formed directly on the bridge and faces in the opposite direction to the insertion direction of the mating contact.

Abstract: In order to simplify the assembly of printed board connectors, there is provided an assembly aid that features one or more recesses in accordance with the dimensions of the printed board connectors, wherein one or more printed board connectors to be assembled on a printed board can be inserted into said recesses. The contact spacing on the printed board corresponds with the arrangement of the printed board connectors in the assembly aid such that an exact alignment of the printed board connectors is realized. The assembly aid remains on the printed board until the soldering process is completed, wherein this prevents, for example, flotation of SMD components.

Abstract: A special plug connector is proposed for contacting a mating plug using a standard plug connector, such that the dimensions of the mating plug differ from this standard plug connector in both horizontal and vertical directions. This special plug connector has a plug connector housing with two bearing pins and a holding element for holding two respective ferrule housings. Firstly, the holding element is elastically connected by a first spring element to the plug connector housing. Secondly, the holding element having two arms, each of which has a corresponding elongated hole, is rotatable within a certain angular range about the bearing pins of the insert under the influence of a spring and is held on the plug connector housing, so that it is displaceable by a first displacement path axially to the ferrules under the influence of a spring.

Abstract: In order to realize an exact contacting of optical waveguides in connectors, the invention proposes a connector for optical waveguides, particularly for being mated and contacted with a mating connector that is equipped with an optoelectric receiver, wherein two optical waveguides are respectively arranged within a ferrule housing in a spring-loaded fashion in individual ferrules and can be axially displaced independently of one another. The ferrule housings are also arranged in a sliding housing that is arranged within a surrounding connector housing such that it can be axially displaced by a certain supplementary travel, namely also in a spring-loaded fashion. This makes it possible to reliably compensate manufacturing-related dimensional tolerances between the ferrule housings and the optoelectric receivers in a mating connector or another adapter.

Abstract: A connector housing with an angled strain relief element is separably fixed thereon in different directions. The housing includes an insulating body with a square collar around an opening, wherein the collar features a peripheral recess with interlocking recesses. The angled strain relief element features a connection opening that is consistent with this opening, as well as a U-Shaped rail that surrounds the connection openings on three sides. The rail features interlocking tabs and interlocking hooks and can be completely inserted into the recess of the insulating body until it interlocks.

Abstract: In a connector housing with integrated cable clamp, it is proposed to provide a receptacle sleeve for an electrical cable that is integrally formed on the connector housing and provided with clamping elements that are distributed over the radius and point in the mating direction. When a pressure screw is screwed onto the receptacle sleeve, the clamping elements are pressed radially inward and the electrical cable is clamped in position.

Abstract: In order to simplify the assembly of a shielded connector, it is proposed that an electrically insulating base body provided as a carrier for electric contacts features a mounting surface with two openings, wherein a recess that respectively features an integral collar on its inner side is respectively arranged around these openings. In addition, the base body is provided with lateral fastening elements that respectively feature a window formed by a frame. The frame can be positively fitted into the appropriate recess by bending the fastening elements such that the fastening element is positively and non-positively fixed on the base body. An electrically conductive shielding element that largely surrounds the base body contacts the fastening elements that, in turn, contact ground strips on the circuit board such that the connector is shielded from external voltages.

Abstract: A pressure guide for an electric connection between strip conductors on a circuit board and electric contacts arranged in an edge connector is provided. The pressing device aligns a circuit board guided between two guide bars by a spring element arranged in the one of the guide bars, such that the electric strip conductors applied on the circuit board exactly conform to the contacts arranged within the edge connector.

Abstract: In a cable clamp for fixing an electrical cable (8) that is connected to a connector, it is proposed to insert a clamping element (10) into a cylindrical cable receptacle (2) integrally moulded on the connector housing (1) such that it can be displaced by means of a pressure screw (20). Clamping fingers (13) that are integrally moulded on the clamping element (10) fix the electrical cable (8) extending within the clamping element (10) while guiding fingers (12) integrally moulded on the clamping element (10) prevent the clamping element (10) from turning.

Abstract: For the transmission of high-frequency signals >2.5 GHz or 5 Gbps by means of a separable plug connection, the invention proposes a symmetrically shaped electric contact (1, 1?) that features a contact body (4) with the contact side (3) with U-shaped spring legs (13), as well as a connection end (5). Contact domes (15) that are directed toward one another and feature contact zones (16) that are narrower than the material thickness of the spring legs (13) are integrally formed onto both spring legs (13). When joining the two electric contacts (1, 1?) that are mated while they are turned relative to one another by 90 degrees in the mating direction, the contact domes (15) or their contact zones (16) of one electric contact (1, 1?) engage into the contact body (4) of the other electric contact (1, 1?) in a paired fashion such that electric signals travel distances with identical transit times on one leg and on the other leg and so-called stub effects, i.e.