Measuring arrangement for measuring an electric current in the high-current range, in particular in the current range of more than 1kA, having a) a low-resistance current sense resistor for current measurement in accordance with the four-wire technology, with a1) a first connecting part made of a conductor material for introducing the electric current to be measured into the current sense resistor, a2) a second connecting part made of a conductor material for conducting the electric current to be measured out of the current-measuring resistor, and a3) a resistor element made of a resistance material, the resistor element being electrically connected between the first terminal part and the second terminal part and the current to be measured flowing through it, and b) a structurally integrated measuring circuit, in particular as an application-specific integrated circuit, in particular with a 16-bit measured value acquisition, the measuring circuit measuring the electrical voltage which drops across the resistor element, c) a plurality of pairs of voltage taps for measuring the electric voltage falling across the resistor element, the pairs of voltage taps being connected to the measuring circuit, and d) a first busbar connection made of a conductive material for electrical and mechanical connection to a first busbar, the first busbar connection being electrically connected to the first connecting part of the current sense resistor, and e) a second busbar connection made of a conductor material for electrical and mechanical connection to a second busbar, the second busbar connection being electrically connected to the second connecting part of the current sense resistor, characterized in that f) the current sense resistor has a plurality of planar composite material plates which each comprise the resistor element and the connecting parts (2, 3), g) that the composite material plates are arranged parallel to each other, h) that the adjacent composite material plates are electrically and mechanically connected to each other at the connecting parts, i) that the adjacent composite material plates in the region of the resistor element are electrically separated from one another by an insulating gap, and j) that the composite material plates each have a plurality of slots which run longitudinally to the direction of current flow and are arranged next to one another transversely to the direction of current flow and, in the composite material plates, each separate a plurality of resistor elements from one another. a) a low-resistance current sense resistor for current measurement in accordance with the four-wire technology, with a1) a first connecting part made of a conductor material for introducing the electric current to be measured into the current sense resistor, a2) a second connecting part made of a conductor material for conducting the electric current to be measured out of the current-measuring resistor, and a3) a resistor element made of a resistance material, the resistor element being electrically connected between the first terminal part and the second terminal part and the current to be measured flowing through it, and a1) a first connecting part made of a conductor material for introducing the electric current to be measured into the current sense resistor, a2) a second connecting part made of a conductor material for conducting the electric current to be measured out of the current-measuring resistor, and a3) a resistor element made of a resistance material, the resistor element being electrically connected between the first terminal part and the second terminal part and the current to be measured flowing through it, and b) a structurally integrated measuring circuit, in particular as an application-specific integrated circuit, in particular with a 16-bit measured value acquisition, the measuring circuit measuring the electrical voltage which drops across the resistor element, c) a plurality of pairs of voltage taps for measuring the electric voltage falling across the resistor element, the pairs of voltage taps being connected to the measuring circuit, and d) a first busbar connection made of a conductive material for electrical and mechanical connection to a first busbar, the first busbar connection being electrically connected to the first connecting part of the current sense resistor, and e) a second busbar connection made of a conductor material for electrical and mechanical connection to a second busbar, the second busbar connection being electrically connected to the second connecting part of the current sense resistor, f) the current sense resistor has a plurality of planar composite material plates which each comprise the resistor element and the connecting parts (2, 3), g) that the composite material plates are arranged parallel to each other, h) that the adjacent composite material plates are electrically and mechanically connected to each other at the connecting parts, i) that the adjacent composite material plates in the region of the resistor element are electrically separated from one another by an insulating gap, and j) that the composite material plates each have a plurality of slots which run longitudinally to the direction of current flow and are arranged next to one another transversely to the direction of current flow and, in the composite material plates, each separate a plurality of resistor elements from one another.