Abstract: A solder connection between a coaxial cable and a printed circuit board arrangement. The coaxial cable comprises an inner conductor, an outer conductor and a dielectric arranged in between. The printed circuit board arrangement comprises an outer conductor contact area and an inner conductor contact area. The outer conductor contact area comprises an outer conductor receiving opening. The coaxial cable runs at an angle to the printed circuit board arrangement, wherein a part of the outer conductor is arranged in the outer conductor receiving opening and wherein the inner conductor is arranged at the inner conductor contact area. A first solder joint connects the outer conductor to the outer conductor contact area. A second solder joint connects the inner conductor to the inner conductor contact area.

Abstract: A housing has a integral coaxial cable connector including a holder for a coupling element. The coupling element has an insertion opening into which a connecting element, in which a coaxial cable is positioned, can be inserted in a direction which is essentially at right angles to the axial axis of the connecting element. The connecting element and the holder for the coupling element are shaped such that a connecting element which has been inserted into the holder touches one or more contact points in the holder in order to make a conductive contact. The coupling element has a clamping device by means of which the connecting element can be detachably firmly clamped in a clamping position in the holder. The clamping device on the insertion opening exerts pressure on the connecting element in the clamping position, and thus presses the connecting element against the one or more contact points.

Abstract: An impedance converter device comprises an electrically conductive external conductor with one or more connection locations for electrical lines, an electrically conductive internal conductor with one or more connection locations for electrical lines, and also a dielectric arranged between external conductor and internal conductor. The external conductor comprises a base area bounded by one or more side walls thereby forming an external conductor housing with an internal space and an opening opposite the base area. The internal conductor is arranged in the internal space. The internal conductor and the external conductor are insulated from one another by the dielectric. The internal conductor comprises at least one cutoff bar-type section with a cutoff bar bottom and at least one wall which extends from the bottom in the direction of the opening of the external conductor housing.

Abstract: An improved apparatus for connection of a coaxial cable (5) to a housing has the following features: a holder (3) for a coupling element (1) which can be connected to the housing has an insertion opening into which a connecting element (4), in which a coaxial cable is positioned, can be inserted in a direction which is essentially at right angles to the axial axis of the connecting element (4); the connecting element (4) and the holder (3) for the coupling element (1) are shaped such that a connecting element which has been inserted into the holder (3) touches one or more contact points (3d, 3d?) in the holder (3) in order to make a conductive contact; the coupling element (1) has a clamping device (6) by means of which the connecting element (4) can be detachably firmly clamped in a clamping position in the holder (3), with the clamping device (6) on the insertion opening exerting pressure on the connecting element (4) in the clamping position, and thus pressing the connecting element (4) against the on

Abstract: An improved impedance converter device comprises an electrically conductive external conductor (1) with one or more connection locations for electrical lines, an electrically conductive internal conductor (2) with one or more connection locations for electrical lines, and also a dielectric (3) arranged between external conductor (1) and internal conductor (2).