Abstract: The present disclosure relates to an arrangement for fastening a flexible tube, in particular a corrugated tube, to an article, in particular to a component of a vehicle. The arrangement comprises a flexible tube, which is placed on the article; a covering element, as anti-squeeze protection for the flexible tube, the covering element being supported on the article on both sides of the flexible tube and covering at least a portion of the flexible tube in an arcuate manner; and a band clamp, which is guided around an outer side of the covering element and around a side of the article that faces away from the flexible tube.

Abstract: The present disclosure relates to an arrangement for fastening a flexible tube, in particular a corrugated tube, to an article, in particular to a component of a vehicle. The arrangement comprises a flexible tube, which is placed on the article; a covering element, as anti-squeeze protection for the flexible tube, the covering element being supported on the article on both sides of the flexible tube and covering at least a portion of the flexible tube in an arcuate manner; and a band clamp, which is guided around an outer side of the covering element and around a side of the article that faces away from the flexible tube.

Abstract: A circuit board has a plurality of circuit board layers that are arranged one over the other, and that each include an electrically insulating base material having a glass transition temperature greater than or equal to 170° C. The circuit board layers each further have at least one thermally conductive layer applied to the base material. Several vias extend through respective ones of the circuit board layers to connect thermally conductive layers of different circuit board layers, such that the vias and the thermally conductive layers form a thermally conductive bridge from a topmost circuit board layer to a bottommost circuit board layer.

Abstract: The invention relates to a circuit board (4) having a plurality of circuit board layers arranged one over the other. According to the invention, the circuit board layers are each made of a base material, the glass transition temperature of which is greater than or equal to 170° C., and the circuit board layers each have at least one thermally conductive layer (19 to 24) applied to the electrically insulating base material, wherein several vias (16, 17, 18) extending in a z-direction (z) perpendicularly to the circuit board layers are provided, which vias connect thermally conductive layers (19 to 24) of different circuit board layers in such a way that the vias (16, 17, 18) and the thermally conductive layers (19 to 24) of the circuit board layers form a thermally conductive bridge from a topmost circuit board layer to a bottommost circuit board layer. Furthermore, the invention relates to a control unit (1) for vehicle applications and to a use of the control unit (1).