Converter (100, 200) for converting an input current to an output voltage (VOUT), the converter being adapted as a current loop receiver and comprising: • a first region (101, 201); • a second region (102, 202) galvanically separated from the first region; • an input reference node in the first region, wherein the converter is adapted to allow a flow of the input current through a device to the input reference node, the device being a measuring device providing an electric current based on a measuring value of a physical quantity; • a circuitry (113, 117, 131, 133, 137, 143, 145) for generating, based on the input current, the output voltage (VOUT) relative to an output reference electric potential (GND_inn), wherein the circuitry comprises a voltage transfer component for transferring the output voltage (VOUT) from the first region to the second region, wherein the voltage transfer component comprises a first circuit in the first region and a second circuit in the second region, wherein the first circuit is adapted to be driven by a first electric supply voltage relative to a first supply reference potential; • an output terminal (163, 263, 268), located in the second region (102, 202) and connected to the second circuit, for outputting the output voltage (VOUT); • a first input terminal (105, 205) and a second input terminal (107, 207) for connecting the device between the first input terminal and the second input terminal, wherein the first input terminal and the second input terminal are located in the first region (101, 201), wherein the first input terminal and the second input terminal allow a flow of the input current from the first input terminal through the device to the second input terminal and from the second input terminal to the input reference node; • a shunt resistor connected between the second input terminal and the input reference node, wherein the output voltage (VOUT) is based on a voltage drop across the shunt resistor upon flow of the input current through the shunt resistor; • a first amplifier to amplify the voltage drop to a preliminary output voltage, wherein the output voltage is based on the preliminary output voltage; characterized by further comprising • a second amplifier to generate the output voltage based on the preliminary output voltage, wherein the second amplifier is adapted to generate the output voltage such that the output voltage is zero, if the input current has a predetermined current value. • a first region (101, 201); • a second region (102, 202) galvanically separated from the first region; • an input reference node in the first region, wherein the converter is adapted to allow a flow of the input current through a device to the input reference node, the device being a measuring device providing an electric current based on a measuring value of a physical quantity; • a circuitry (113, 117, 131, 133, 137, 143, 145) for generating, based on the input current, the output voltage (VOUT) relative to an output reference electric potential (GND_inn), wherein the circuitry comprises a voltage transfer component for transferring the output voltage (VOUT) from the first region to the second region, wherein the voltage transfer component comprises a first circuit in the first region and a second circuit in the second region, wherein the first circuit is adapted to be driven by a first electric supply voltage relative to a first supply reference potential; • an output terminal (163, 263, 268), located in the second region (102, 202) and connected to the second circuit, for outputting the output voltage (VOUT); • a first input terminal (105, 205) and a second input terminal (107, 207) for connecting the device between the first input terminal and the second input terminal, wherein the first input terminal and the second input terminal are located in the first region (101, 201), wherein the first input terminal and the second input terminal allow a flow of the input current from the first input terminal through the device to the second input terminal and from the second input terminal to the input reference node; • a shunt resistor connected between the second input terminal and the input reference node, wherein the output voltage (VOUT) is based on a voltage drop across the shunt resistor upon flow of the input current through the shunt resistor; • a first amplifier to amplify the voltage drop to a preliminary output voltage, wherein the output voltage is based on the preliminary output voltage; • a second amplifier to generate the output voltage based on the preliminary output voltage, wherein the second amplifier is adapted to generate the output voltage such that the output voltage is zero, if the input current has a predetermined current value.