Abstract: The invention relates to an assembly of a T-shaped connector (1) comprising a line input (4), a line output (5) and a measuring socket (2), wherein a measuring device (3), in particular an electrical voltage sensor, is arranged in the measuring socket (2), wherein the measuring device (3) comprises a coupling element (6) for connecting the measuring device (3) to the measuring socket (2), as well as a capacitor assembly with two electrodes (7, 8) located opposite one another, wherein the first electrode (7) is arranged on the coupling element (6) and wherein the second electrode (8) is arranged on an grounding element (9), wherein the measuring socket (2) has a receiving area (10) with a receiving area depth (10?) and wherein the measuring device (3) has an insertion area (11) with an insertion area length (11?), wherein the insertion area depth (10?) is smaller than or equal to the insertion area length (11?), and wherein the second electrode (8) extends into the insertion area (10) of the measuring socket (

Abstract: The invention relates to an assembly of a T-shaped connector (1) comprising a line input (4), a line output (5) and a measuring socket (2), wherein a measuring device (3), in particular an electrical voltage sensor, is arranged in the measuring socket (2), wherein the measuring device (3) comprises a coupling element (6) for connecting the measuring device (3) to the measuring socket (2), as well as a capacitor assembly with two electrodes (7, 8) located opposite one another, wherein the first electrode (7) is arranged on the coupling element (6) and wherein the second electrode (8) is arranged on an grounding element (9), wherein the measuring socket (2) has a receiving area (10) with a receiving area depth (10?) and wherein the measuring device (3) has an insertion area (11) with an insertion area length (11?), wherein the insertion area depth (10?) is smaller than or equal to the insertion area length (11?), and wherein the second electrode (8) extends into the insertion area (10) of the measuring socket (

Abstract: The invention relates to a voltage sensor with a high-voltage terminal 5, a signal connection and a ground terminal (7), wherein the voltage sensor (1) comprises a core region (2) with an electrical resistor (3) arranged therein and a capacitor arrangement arranged therein, wherein the capacitor arrangement has a first electrode (4), which is connected to the high-voltage terminal (5), a second electrode (6), which is connected to the signal connection, wherein the first electrode (4) and the second electrode (6) are electrically conductively connected via the electrical resistor (3), and wherein the capacitor arrangement has a third electrode (8), which is connected to the ground terminal (7), wherein the first electrode (4), the second electrode (6) and the third electrode (8) each comprise a plurality of electrically conductive, substantially finger-shaped or rod-shaped modulating elements (9, 9?, 9?) which preferably extend parallel to the longitudinal axis (13) of the voltage sensor.

Abstract: The invention relates to a voltage sensor with a high-voltage terminal 5, a signal connection and a ground terminal (7), wherein the voltage sensor (1) comprises a core region (2) with an electrical resistor (3) arranged therein and a capacitor arrangement arranged therein, wherein the capacitor arrangement has a first electrode (4), which is connected to the high-voltage terminal (5), a second electrode (6), which is connected to the signal connection, wherein the first electrode (4) and the second electrode (6) are electrically conductively connected via the electrical resistor (3), and wherein the capacitor arrangement has a third electrode (8), which is connected to the ground terminal (7), wherein the first electrode (4), the second electrode (6) and the third electrode (8) each comprise a plurality of electrically conductive, substantially finger-shaped or rod-shaped modulating elements (9, 9?, 9?) which preferably extend parallel to the longitudinal axis (13) of the voltage sensor.

Abstract: A voltage division device includes a core region with a capacitor arrangement arranged in the core region and an electrical resistor arranged in the core region. A first electrode of the capacitor arrangement has a coupling member for connection with a voltage-carrying element, and a second electrode of the capacitor arrangement has a grounding member for connection with a grounding element. The first electrode and the second electrode are connected in an electrically conductive manner via the electrical resistor. The first electrode and the second electrode include multiple electrically conductive, substantially finger-shaped or rod-shaped modulation elements. arrangement of such a voltage division device on a connecting part of switchgear of a power grid is further provided.

Abstract: The invention relates to a voltage division device, comprising a core region with a capacitor arrangement arranged in the core region and an electrical resistor arranged in the core region, a first electrode of the capacitor arrangement with a coupling member for the connection with a voltage-carrying element, a second electrode of the capacitor arrangement with a grounding member for the connection with a grounding element, and wherein the first electrode and the second electrode are connected in an electrically conductive manner via the electrical resistor, wherein the first electrode and the second electrode comprise multiple electrically conductive, substantially finger-shaped or rod-shaped modulation elements. The invention further relates to an arrangement of such a voltage division device on a connecting part of switchgear of a power grid.