Drive comprising an electric motor that can be fed by an inverter, wherein the electric motor is connected to the AC voltage-side terminal of the inverter by means of feed lines, in particular wherein each feed line is led to a respective motor phase terminal of the electric motor, which is configured in a three-phase or multi-phase manner, wherein current sensors for detecting the current in one of the feed lines are wired in parallel, wherein each of the current sensors in each case has a printed circuit board, each of which is equipped with a respective resistor, in particular in SMD technology, that acts as a shunt resistor, wherein a first terminal of each resistor is electrically connected, in particular screw-connected, to a respective first busbar part, wherein a second terminal of each resistor is electrically connected, in particular screw-connected, to a respective second busbar part, wherein the first busbar parts are electrically interconnected and/or configured so as to be integral with one another, wherein the second busbar parts are electrically interconnected and/or configured so as to be integral with one another, wherein the number of current sensors is N, where N is a natural number that is greater than one, characterised in that the N output signals of the current sensors are added together by means of a summing means, and the result of this addition forms an N-bit-wide data stream that is supplied to an input, in particular an N-bit-wide input, of a digital modulator, in particular wherein the digital modulator is configured as a digitally configured low-pass filter, in particular of the second order, or in that the N output signals of the current sensors form an N-bit-wide data stream that is supplied to an input, in particular an N-bit-wide input, of a digital modulator, in particular wherein each individual output signal forms a particular site, in particular therefore a particular bit position, of the N-bit-wide data stream, in particular wherein the digital modulator is configured as a digitally configured low-pass filter, in particular of the second order. wherein the electric motor is connected to the AC voltage-side terminal of the inverter by means of feed lines, in particular wherein each feed line is led to a respective motor phase terminal of the electric motor, which is configured in a three-phase or multi-phase manner, wherein current sensors for detecting the current in one of the feed lines are wired in parallel, wherein each of the current sensors in each case has a printed circuit board, each of which is equipped with a respective resistor, in particular in SMD technology, that acts as a shunt resistor, wherein a first terminal of each resistor is electrically connected, in particular screw-connected, to a respective first busbar part, wherein a second terminal of each resistor is electrically connected, in particular screw-connected, to a respective second busbar part, wherein the first busbar parts are electrically interconnected and/or configured so as to be integral with one another, wherein the second busbar parts are electrically interconnected and/or configured so as to be integral with one another, wherein the number of current sensors is N, where N is a natural number that is greater than one, characterised in that the N output signals of the current sensors are added together by means of a summing means, and the result of this addition forms an N-bit-wide data stream that is supplied to an input, in particular an N-bit-wide input, of a digital modulator, in particular wherein the digital modulator is configured as a digitally configured low-pass filter, in particular of the second order, or in that the N output signals of the current sensors form an N-bit-wide data stream that is supplied to an input, in particular an N-bit-wide input, of a digital modulator, in particular wherein each individual output signal forms a particular site, in particular therefore a particular bit position, of the N-bit-wide data stream, in particular wherein the digital modulator is configured as a digitally configured low-pass filter, in particular of the second order.