Measuring arrangement with a) a measuring resistor (1; 10) comprising a1) a first connection part made of a conductive material for conducting a current into the measuring resistor (1; 10), a2) a second connection part made of a conductive material for conducting the current out of the measuring resistor (1; 10), a3) a resistor element (4; 13) made of a resistive material, wherein the resistor element (4; 13) is arranged in the current direction between the two connection parts, and through which resistive material the current flows, a4) a first pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, and with a5) a second pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, b) an evaluation unit, which is connected to the pairs of voltage-measuring contacts (7; 14) and acquires the measured voltage values, and determines from the measured voltage values the voltage drop across the resistor element (4; 13), characterized in that c) the evaluation unit weights the individual measured voltage values with a weighting factor, and d) the evaluation unit determines the voltage drop across the resistor element (4; 13) from the weighted measured voltage values. a) a measuring resistor (1; 10) comprising a1) a first connection part made of a conductive material for conducting a current into the measuring resistor (1; 10), a2) a second connection part made of a conductive material for conducting the current out of the measuring resistor (1; 10), a3) a resistor element (4; 13) made of a resistive material, wherein the resistor element (4; 13) is arranged in the current direction between the two connection parts, and through which resistive material the current flows, a4) a first pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, and with a5) a second pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, a1) a first connection part made of a conductive material for conducting a current into the measuring resistor (1; 10), a2) a second connection part made of a conductive material for conducting the current out of the measuring resistor (1; 10), a3) a resistor element (4; 13) made of a resistive material, wherein the resistor element (4; 13) is arranged in the current direction between the two connection parts, and through which resistive material the current flows, a4) a first pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, and with a5) a second pair of voltage-measuring contacts (7; 14) for measuring the voltage drop across the resistor element (4; 13), wherein the one voltage-measuring contact is electrically connected to the first connection part, whereas the other voltage-measuring contact is electrically connected to the second connection part, b) an evaluation unit, which is connected to the pairs of voltage-measuring contacts (7; 14) and acquires the measured voltage values, and determines from the measured voltage values the voltage drop across the resistor element (4; 13), c) the evaluation unit weights the individual measured voltage values with a weighting factor, and d) the evaluation unit determines the voltage drop across the resistor element (4; 13) from the weighted measured voltage values.