An electrical contact element for a bus element of a mounting rail bus system includes: a contact body that extends in an areal manner along an extension plane; and at least one contact leg that is arranged on the contact body and extends along the extension plane. When measured perpendicularly to the extension plane, the contact body has a first thickness and the at least one contact leg has a second thickness that is smaller than the first thickness.

An electrical contact element for a bus element of a mounting rail bus system includes: a contact body that extends in an areal manner along an extension plane; and at least one contact leg that is arranged on the contact body and extends along the extension plane. When measured perpendicularly to the extension plane, the contact body has a first thickness and the at least one contact leg has a second thickness that is smaller than the first thickness.

An electronic apparatus is disclosed that implements a distributed differential interconnect. In an example aspect, the electronic apparatus includes a first endpoint having a first differential connection interface and a second endpoint having a second differential connection interface. The electronic apparatus also includes a differential interconnect coupled between the first differential connection interface and the second differential connection interface. The differential interconnect includes a plus pathway and a minus pathway. The plus pathway extends between the first differential connection interface and the second differential connection interface, with the plus pathway including multiple plus conductors. The minus pathway extends between the first differential connection interface and the second differential connection interface, with the minus pathway including multiple minus conductors.

An electronic apparatus is disclosed that implements a distributed differential interconnect. In an example aspect, the electronic apparatus includes a first endpoint having a first differential connection interface and a second endpoint having a second differential connection interface. The electronic apparatus also includes a differential interconnect coupled between the first differential connection interface and the second differential connection interface. The differential interconnect includes a plus pathway and a minus pathway. The plus pathway extends between the first differential connection interface and the second differential connection interface, with the plus pathway including multiple plus conductors. The minus pathway extends between the first differential connection interface and the second differential connection interface, with the minus pathway including multiple minus conductors.

The disclosure relates to a plug connection, including a plug socket and a clamp plug, for the electrical contacting of a circuit board located in an inner space of a field device. The plug socket is arranged on the circuit board and has at least one web and a first guiding arrangement. The clamp plug includes a second guiding arrangement, which is complementary to the first guiding arrangement, and further includes at least one clamping apparatus. The plug connection also includes an electrical cable that is clampable onto the web.

A two-part electrical pin-contact assembly, in particular a nano or pico pin-contact assembly for an electrical plug connection in the automotive sector, is provided. The two-part electrical pin-contact assembly includes a pin-contact device extending in a longitudinal direction and a contact body extending in the longitudinal direction. The pin-contact device is secured in the contact body by a primary locking and a secondary locking.

A meter socket with a meter jaw and termination connector assembly is disclosed. The termination connector is configured to receive a conductor and includes a connector tab with an opening formed therein. The meter jaw is configured to receive a connector blade of an electric meter and includes a boss projecting therefrom. The boss of the meter jaw is positioned within the opening and secured to the connector tab of the termination connector so as mechanically, electrically and thermally connect the meter jaw to the termination connector.

A contact device includes a first plug connector, which for forming a plug contact is pluggable onto a corresponding second plug connector of a first component, and comprising at least one first abutment section, which for forming a pressure contact is pressable against a second abutment section of a second component and/or of an additional element that is connectable to the second component. At least one spring section is provided between the first plug connector and the first abutment section and/or between a fastening section of the additional element and the second abutment section. The spring section presses the two abutment sections against one another with an elastic force when the two components are electrically connected to one another. The first plug connector is designed as a push-on sleeve, so that it is pluggable onto a second plug connector, designed as a plug, of the first component.

A terminal socket for an electrical terminal system configured to be mated with a terminal pin along a mating direction includes a wiring portion and an electrical contacting portion having a main body with a hollow space for receiving the mating terminal pin, wherein the main body has an external shape not showing a twofold rotational symmetry in a plane perpendicular to the mating direction, and in that the hollow space does not show a twofold rotational symmetry in said plane, or in that the main body has an external shape comprising a triangularly shaped portion, in particular triangularly shaped in a plane perpendicular to the mating direction. A terminal system uses the terminal socket and a terminal pin and a connector uses the terminal sockets in a housing.

A communications connector has a jack housing and a pair of plug interface contacts. The plug interface contacts each have an insulation displacement contact end and a plug interface end. The plug interface end and the insulation displacement contact end each have a broad face and, the broad face of the plug interface end and the insulation displacement contact of each plug interface end contact are parallel to each other. Additionally, the broad faces of each contact also being parallel to each other.