Abstract: A plug-type connector for transmitting electric currents, having a plug-side end forming a plug connection with a mating plug, a cable-side end electrically and mechanically connected to a cable with a screen and at least two lines within the screen, a housing, and at least two internal conductor parts which are held at least partially within the housing by an insulating part and are electrically insulated from one another, wherein the internal conductor parts project beyond the housing in the axial direction at the plug-side end, wherein the internal conductor parts form contact areas at the plug-side end in the region in which they project beyond the housing, the contact areas being spaced apart from one another in the axial direction and making electrical contact with corresponding conductor parts in the mating plug.

Abstract: A high current connector for transmitting electrical currents with at least one contact element establishing an electric contact between an internal current guiding element and an external current guiding element, having a plurality of spring elements establishing an electric multipoint contact between the internal current guiding element and the external current guiding element. The contact element arranged in a housing together with the external guiding element so that said spring elements establish an electric contact with the external current guiding element on the radial outer side of the contact element and an internal guiding element can be inserted into the housing so that the spring elements establish a contact with the internal current guiding element on a radial inner side of the contact element. The housing overlaps the external current guiding element in the axial direction, having a radially inwardly rising housing section.

Abstract: A plug-type connector having an external conductor part, at least one internal conductor part, and a housing, wherein a radially acting latching device for mechanically releaseably locking the plug-type connector in a plugged-in state is provided on an outer circumference of the housing, the latching device being produced from a spring-elastic material in the form of a ring which has a gap in the circumferential direction, wherein a bolt which can be moved between a locking position and a release position is arranged on the housing such that the bolt engages in the gap in the ring preventing radial compression of the ring in the locking position, and, in the release position, releases the gap in the ring so that the ring can be radially compressed when a stop edge runs onto one of the chamfers on the sides of the ring when the plug-connected state is established or released.

Abstract: A high current connector for transmitting electric currents, having a housing made of electrically conductive material for mechanical and electrical connection to a cable, an open side for the insertion of a matching plug connector made of an electrically conductive material, and a contact element disposed and formed in the housing such that it produces an electrical contact with a contact surface and contact pressure between the housing and the matching plug connector inserted therein, wherein the contact element has at least one annular helical spring.

Abstract: A plug adapter having a first plug-side end and a second plug-side end, wherein the first plug-side end is designed as a first electrical interface having a first mechanical interface geometry and at least one first inner conductor part and at least one first outer conductor part, and the second plug-side end is designed as a second electrical interface having a second mechanical interface geometry and at least one second inner conductor part and at least one second outer conductor part, wherein the first and second mechanical interface geometries have different designs. The plug adapter is designed with at least one respective first inner conductor part and one respective second inner conductor part, which are integral with one another.

Abstract: A high-current plug-in connector for transmitting electrical currents, having a housing made of electrically conducting material, designed to mechanically and electrically connect to a cable, the housing having at least one open side for inserting a mating plug-in connector made of an electrically conducting material, and forming a chamber for accommodating the mating plug-in connector, and at least one contact element, which is arranged on the housing and designed so that the contact element establishes an electrical contact having a contact area and a contact pressure between the housing and the mating plug-in connector inserted into the housing, wherein the contact element is designed as a coil spring.

Abstract: A connecting apparatus for transmitting high-voltage current in a motor vehicle has a first connection element (4), a second connection element (6), a shielding housing (12) and fasteners (8, 10). The first connection element (4) has a housing (20) having a first insulating housing (21), a first contact (18) connected electrically to an internal conductor (16) of a cable (14), and a shielding arrangement (28) connected to a shield (30) of the cable (14). The shielding arrangement (28) is connected to the shielding housing (12) by a shielding part (32). The second connection element (6) has a second housing (41) having a second insulating housing part (42) with a second contact element (46) connected to a current line element. A weak-current contact arrangement creates a control circuit, and has a ring contact (52) and two spring contacts (60, 62).

Abstract: A high current connector for transmitting electric currents, having a housing made of electrically conductive material for mechanical and electrical connection to a cable, an open side for the insertion of a matching plug connector made of an electrically conductive material, and a contact element disposed and formed in the housing such that it produces an electrical contact with a contact surface and contact pressure between the housing and the matching plug connector inserted therein, wherein the contact element has at least one annular helical spring.

Abstract: A plug-in connector having an outer conductor electrically and mechanically connected to an outer conductor of a cable and forming an electromagnetic screen for the plug-in connector, and having an insulating part securing at least one inner conductor part in a predetermined position relative to the outer conductor part, and having a housing in which the outer conductor part and the insulating part are arranged. An anti-rotation lock is connected to the housing to be secure in rotation therewith and which fits through the outer conductor part and into the insulating part such that the insulating part and the housing are connected together by the anti-rotation lock to be secure in rotation with one another.

Abstract: A high-current plug-in connector for transmitting electrical currents, having a housing made of electrically conducting material, designed to mechanically and electrically connect to a cable, the housing having at least one open side for inserting a mating plug-in connector made of an electrically conducting material, and forming a chamber for accommodating the mating plug-in connector, and at least one contact element, which is arranged on the housing and designed so that the contact element establishes an electrical contact having a contact area and a contact pressure between the housing and the mating plug-in connector inserted into the housing, wherein the contact element is designed as a coil spring.

Abstract: A plug-type connector for transmitting electric currents, having a plug-side end forming a plug connection with a mating plug, a cable-side end electrically and mechanically connected to a cable with a screen and at least two lines within the screen, a housing, and at least two internal conductor parts which are held at least partially within the housing by an insulating part and are electrically insulated from one another, wherein the internal conductor parts project beyond the housing in the axial direction at the plug-side end, wherein the internal conductor parts form contact areas at the plug-side end in the region in which they project beyond the housing, the contact areas being spaced apart from one another in the axial direction and making electrical contact with corresponding conductor parts in the mating plug.

Abstract: A plug-type connector having an external conductor part, at least one internal conductor part, and a housing, wherein a radially acting latching device for mechanically releaseably locking the plug-type connector in a plugged-in state is provided on an outer circumference of the housing, the latching device being produced from a spring-elastic material in the form of a ring which has a gap in the circumferential direction, wherein a bolt which can be moved between a locking position and a release position is arranged on the housing such that the bolt engages in the gap in the ring preventing radial compression of the ring in the locking position, and, in the release position, releases the gap in the ring so that the ring can be radially compressed when a stop edge runs onto one of the chamfers on the sides of the ring when the plug-connected state is established or released.

Abstract: A high current connector for transmitting electrical currents with at least one contact element establishing an electric contact between an internal current guiding element and an external current guiding element, having a plurality of spring elements establishing an electric multipoint contact between the internal current guiding element and the external current guiding element. The contact element arranged in a housing together with the external guiding element so that said spring elements establish an electric contact with the external current guiding element on the radial outer side of the contact element and an internal guiding element can be inserted into the housing so that the spring elements establish a contact with the internal current guiding element on a radial inner side of the contact element. The housing overlaps the external current guiding element in the axial direction, having a radially inwardly rising housing section.

Abstract: A multiple plug connector for a printed circuit board having a mounting part and at least two contact parts which each have a plug part for plug-connection to a complementary plug part of a plug connector, wherein an opening is formed for each contact part and each contact part passes through one of the openings by way of the plug part and is mechanically fixed to the mounting part. Each contact part has, on a side facing the printed circuit board, at least one contact element for electrical contact with a conductor of the printed circuit board. The mounting part has at least one first contact for electrical contact to at least one contact element of a contact part, and at least a second contact electrically connected to at least one first contact device for electrical contact with a conductor on the printed circuit board.

Abstract: A plug adapter having a first plug-side end and a second plug-side end, wherein the first plug-side end is designed as a first electrical interface having a first mechanical interface geometry and at least one first inner conductor part and at least one first outer conductor part, and the second plug-side end is designed as a second electrical interface having a second mechanical interface geometry and at least one second inner conductor part and at least one second outer conductor part, wherein the first and second mechanical interface geometries have different designs. The plug adapter is designed with at least one respective first inner conductor part and one respective second inner conductor part, which are integral with one another.

Abstract: An HF plug connector having an outside conductor part, and inside conductor part arranged within the outside conductor part and an end on the mating side that is designed for a plug-in connection to a complementary HF plug connector, wherein a housing made of an electrically insulating material, is arranged on the mating side end of the HF plug connector, at least partially surrounding the outside conductor part, wherein the housing exhibits a through-hole into which the outside conductor part engages. The outside conductor part has a first axial retaining element designed to a first predetermined section of the housing upon assembly on the outside conductor part and a second axial retaining element designed so that said second axial retaining element presses a second predetermined section of the housing together upon assembly on the outside conductor part.

Abstract: The present invention relates to a drive arrangement, that uses an electric motor, an energy source for electrical energy, and an energy transmission cable, which electrically connects the energy source to the electric motor and which performs this function as a coaxial cable.

Abstract: A coaxial plug connector arranged on or at a distance from the plug-sided end of the dielectric of the channel for the inner conductor part. The radial diameter of the channel in the plug-sided end direction narrows from a first to a second predetermined radial diameter. The inner conductor part has a first diameter and a second diameter, which is smaller than the first diameter and smaller than the second predetermined radial diameter. The first diameter is selected such that the inner conductor part fits into the first predetermined radial diameter and simultaneously, is greater than the second predetermined radial diameter, such that a collar is formed. The collar is arranged such that the inner conductor part is located at a predetermined axial position if the collar of the inner conductor part strikes the narrowing radial diameter of the channel.

Abstract: An HF plug connector having an outside conductor part, and inside conductor part arranged within the outside conductor part and an end on the mating side that is designed for a plug-in connection to a complementary HF plug connector, wherein a housing made of an electrically insulating material, is arranged on the mating side end of the HF plug connector, at least partially surrounding the outside conductor part, wherein the housing exhibits a through-hole into which the outside conductor part engages. The outside conductor part has a first axial retaining element designed to a first predetermined section of the housing upon assembly on the outside conductor part and a second axial retaining element designed so that said second axial retaining element presses a second predetermined section of the housing together upon assembly on the outside conductor part.

Abstract: A multiple plug connector for a printed circuit board having a mounting part and at least two contact parts which each have a plug part for plug-connection to a complementary plug part of a plug connector, wherein an opening is formed for each contact part and each contact part passes through one of the openings by way of the plug part and is mechanically fixed to the mounting part. Each contact part has, on a side facing the printed circuit board, at least one contact element for electrical contact with a conductor of the printed circuit board. The mounting part has at least one first contact for electrical contact to at least one contact element of a contact part, and at least a second contact electrically connected to at least one first contact device for electrical contact with a conductor on the printed circuit board.