Sensor arrangement, comprising: a differential amplifier comprising a differential input having a first input terminal (108_1) and a second input terminal (108_2) a differential output having a first output terminal (110_1) and a second output terminal (110_2) and a common-mode reference voltage input; a sensor connected to the differential input of the differential amplifier, wherein the sensor comprises two resistive sensor elements (Rs1, Rs2), wherein a first resistive sensor element of the two resistive sensor elements (Rs1, Rs2) is connected to the first input (108_1) of the differential amplifier, wherein a second resistive sensor element of the two resistive sensor elements (Rs1, Rs2) is connected to the second input (108_2) of the differential amplifier; a differential feedback path comprising a first feedback path (112_1) from the first output terminal (110_1) of the differential output to the first input terminal (108_1) of the differential input and a second feedback path (112_2) from the second output (110_2) of the differential output to the second input (108_2) of the differential input of the differential amplifier, wherein the differential feedback path comprises two feedback resistors (Rfb1; Rfb2) equal in value, wherein the first feedback path (112_1) comprises the first feedback resistor, and wherein the second feedback path (112_2) comprises the second feedback resistor; wherein the differential amplifier is configured to keep the average of the voltages between, first, the second output terminal (110_2) of the differential amplifier and the reference terminal of the sensor, and second, the first output terminal (110_1) of the differential amplifier and the reference terminal of the sensor, equal to a reference voltage via a common-mode feedback, thereby providing the sensor resistors (Rs1, Rs2) with a bias current via the first and second output terminals (110_1, 110_2) of the differential amplifier and the first and second feedback resistors (Rfb1, Rfb2); and wherein the differential amplifier is configured to keep the voltage difference between the first and second input terminals (108_1, 108_2) of the differential amplifier equal to zero via a differential-mode feedback executed by the first and second output terminals (110_1, 110_2) of the differential amplifier via the first and second feedback resistors (Rfb1, Rfb2), thereby providing with sensor signal amplification and conversion into an output voltage (V OUT, V OUT2 -V OUT1) present between the first and second output terminals (110_1, 110_2). a differential amplifier comprising a differential input having a first input terminal (108_1) and a second input terminal (108_2) a differential output having a first output terminal (110_1) and a second output terminal (110_2) and a common-mode reference voltage input; a sensor connected to the differential input of the differential amplifier, wherein the sensor comprises two resistive sensor elements (Rs1, Rs2), wherein a first resistive sensor element of the two resistive sensor elements (Rs1, Rs2) is connected to the first input (108_1) of the differential amplifier, wherein a second resistive sensor element of the two resistive sensor elements (Rs1, Rs2) is connected to the second input (108_2) of the differential amplifier; a differential feedback path comprising a first feedback path (112_1) from the first output terminal (110_1) of the differential output to the first input terminal (108_1) of the differential input and a second feedback path (112_2) from the second output (110_2) of the differential output to the second input (108_2) of the differential input of the differential amplifier, wherein the differential feedback path comprises two feedback resistors (Rfb1; Rfb2) equal in value, wherein the first feedback path (112_1) comprises the first feedback resistor, and wherein the second feedback path (112_2) comprises the second feedback resistor; wherein the differential amplifier is configured to keep the average of the voltages between, first, the second output terminal (110_2) of the differential amplifier and the reference terminal of the sensor, and second, the first output terminal (110_1) of the differential amplifier and the reference terminal of the sensor, equal to a reference voltage via a common-mode feedback, thereby providing the sensor resistors (Rs1, Rs2) with a bias current via the first and second output terminals (110_1, 110_2) of the differential amplifier and the first and second feedback resistors (Rfb1, Rfb2); and wherein the differential amplifier is configured to keep the voltage difference between the first and second input terminals (108_1, 108_2) of the differential amplifier equal to zero via a differential-mode feedback executed by the first and second output terminals (110_1, 110_2) of the differential amplifier via the first and second feedback resistors (Rfb1, Rfb2), thereby providing with sensor signal amplification and conversion into an output voltage (V OUT, V OUT2 -V OUT1) present between the first and second output terminals (110_1, 110_2).