Abstract: The present invention relates to a housing (100) for receiving an electric component, comprising a hollow housing body (110) with an opening (OS) on one side, which is characterized by a bottom (B) underneath the opening (OS), a lid (D) above the opening (OS), and two side walls (AS1, AS2) adjacent to the opening (OS), and at least two electric contacts (120a to 120f) provided on the bottom (B) of the housing body (110) on opposite housing sides, wherein a first contact (120a) of the electric contacts (120a to 120f) is situated in the region of the opening (OS).

Abstract: A holding element, in particular for a hydraulic unit of a slip-controllable block vehicle braking system, includes at least one side wall which, at one end, has a receptacle for holding the hydraulic unit. The holding element further includes at least one fastening element for fastening the holding element to a support part, wherein the holding element is at least substantially designed as a single piece. The holding element is manufactured at least substantially from plastic and the side wall is provided with at least one stiffening rib which runs in a radial or radiated manner with respect to the receptacle.

Abstract: The present invention relates to a housing (100) for receiving an electric component, comprising a hollow housing body (110) with an opening (OS) on one side, which is characterized by a bottom (B) underneath the opening (OS), a lid (D) above the opening (OS), and two side walls (AS1, AS2) adjacent to the opening (OS), and at least two electric contacts (120a to 120f) provided on the bottom (B) of the housing body (110) on opposite housing sides, wherein a first contact (120a) of the electric contacts (120a to 120f) is situated in the region of the opening (OS).

Abstract: A holding element, in particular for a hydraulic unit of a slip-controllable block vehicle braking system, includes at least one side wall which, at one end, has a receptacle for holding the hydraulic unit. The holding element further includes at least one fastening element for fastening the holding element to a support part, wherein the holding element is at least substantially designed as a single piece. The holding element is manufactured at least substantially from plastic and the side wall is provided with at least one stiffening rib which runs in a radial or radiated manner with respect to the receptacle.

Abstract: Current compensated inductors have a substantially closed core, which deviates from the toroidal core design such that increased leakage flux is achieved and, at the same time, the further advantages of a conventional toroidal core geometry are maintained. In particular, the current-compensated inductors according to the invention can be produced efficiently by means of automation without subsequent process steps for fitting shunt elements being required.

Abstract: A semiconductor member is attached to a base by placing a wafer of solder material on the base, placing a carrier member having a through capillary hole on the solder wafer, placing the semiconductor member on the carrier member and heating the arrangement whereby the solder material melts to solder the carrier member to the base, the solder material also travelling via the capillary hole to solder the semiconductor member to the carrier member.