Bayerische Motoren Werke Aktiengesellschaft

Sergey Kochetov

Roman Hamerski

Erick Maximiliano Haas Rugel

Richard Bogenberger

Harald Ernst

Volker Zwillich

Stephan Riess

A DC link capacitor includes a plurality of wound capacitors, each having a first connection pole and a second connection pole, a first current-tapping element by which the first connection poles are contacted, and a second current-tapping element by which the second connection poles are contacted. First wound capacitors, of the plurality of wound capacitors, are arranged in a first row and oriented such that the first connection poles are arranged on a first side of the DC link capacitor and the second connection poles are arranged on a second side of the DC link capacitor. Second wound capacitors of the plurality of wound capacitors are arranged in a second row, where the first and second rows are arranged parallel to each other in a common plane, and where the second wound capacitors are oriented such that the first connection poles are arranged on the second side of the DC link capacitor and the second connection poles are arranged on the first side of the DC link capacitor.

DC link capacitor

A charging cable for a motor vehicle can be operated by electricity having a filter device. The charging cable includes a first conductor and a second conductor configured to transfer a current, a safety ground line, and a signal line configured to transfer charging information relating to a charging process. The filter device includes a core around which the first and second conductors and the safety ground line are wound, and the signal line is wound around the core.

Charging cable for a motor vehicle which can be operated by electricity

A damping device is designed to dampen noise signals in a cable having a plurality of wires. The damping device includes a plurality of first terminals, to which is applied the voltage vector Uand where the current vector Iflows, a wire of the cable being connected to each first terminal; a plurality of second terminals, to which is applied the voltage vector Uand where the current vector h flows, a wire of the cable being connected to each second terminal; and a first plurality of dipoles, whose first terminal is connected to the wire k and whose second terminal is connected to ground.

Growing community of inventors

Munich, Germany

Sergey Kochetov