Abstract: A drive arrangement comprising an electric motor can be operated. The drive arrangement comprises the electric motor, an electrical circuit for operating the electric motor, and a control device for actuating the electrical circuit; wherein the electric motor has at least one stator comprising at least three coils and a rotor comprising at least two magnetic poles; wherein the electrical circuit has at least a first potential connection and a second potential connection, which can be connected to different potentials of a DC voltage source; wherein the electrical circuit comprises three half-bridges between the potential connections, wherein each coil is electrically conductively connected to each half-bridge via a respective first connection and to the other coils via a respective second connection.

Abstract: A high-voltage component includes a housing and a high-voltage connection arranged therein. The housing includes a cover element, which closes an opening of the housing. The high-voltage connection is accessible from the outside exclusively via the opening. The cover element is releasably connected to the housing via a plurality of connecting elements. A cable extends, from a non-detachable first connection arranged on the housing, outside the housing at least partially over the cover element to a second connection arranged on the housing in such a way that at least one first connecting element is covered by the cable and is thus not accessible from the outside.

Abstract: A drive arrangement comprising an electric motor can be operated. The drive arrangement comprises the electric motor, an electrical circuit for operating the electric motor, and a control device for actuating the electrical circuit; wherein the electric motor has at least one stator comprising at least three coils and a rotor comprising at least two magnetic poles; wherein the electrical circuit has at least a first potential connection and a second potential connection, which can be connected to different potentials of a DC voltage source; wherein the electrical circuit comprises three half-bridges between the potential connections, wherein each coil is electrically conductively connected to each half-bridge via a respective first connection and to the other coils via a respective second connection.