A system comprising: a resistive sensor in a bridge arrangement comprising two pairs of resistors disposed in parallel between a positive bridge supply voltage (VDDB) and a bridge ground (VSSB), wherein each of the pairs of resistors comprises two resistors connected in series between the supply voltage (VDDB) and ground (VSSB), and wherein the connection nodes between the resistors in each pair serve as first sensor signal and second sensor signal for the bridge arrangement; wherein the differential voltage between the outputs (INN, INP) of the connection nodes corresponds to the measurement of the property of a particular measurement target that is being measured; a sensor signal conditioning integrated circuit, the sensor signal conditioning integrated circuit being configured to: receive a supply voltage; receive at least the first sensor signal and the second sensor signal from the resistive sensor; and generate an input voltage (V B) based at least in part on the differential voltage between the first and second sensor signals (INN, INP), the input voltage (V B) having a range that is proportional to a measurement range of the property of the measurement target that is being measured by the sensor, wherein the range of the input voltage (V B) is based on the supply voltage and the input voltage (V B) corresponds to a percentage of the supply voltage; and a plurality of resistors arranged as a reverse bridge, the reverse bridge being configured to convert the input voltage (V B) to a scaled output voltage (Vo), the scaled output voltage (V O) being scaled to a target format based at least in part on the range of the input voltage (V B) and a fixed value of the plurality of resistors. a resistive sensor in a bridge arrangement comprising two pairs of resistors disposed in parallel between a positive bridge supply voltage (VDDB) and a bridge ground (VSSB), wherein each of the pairs of resistors comprises two resistors connected in series between the supply voltage (VDDB) and ground (VSSB), and wherein the connection nodes between the resistors in each pair serve as first sensor signal and second sensor signal for the bridge arrangement; wherein the differential voltage between the outputs (INN, INP) of the connection nodes corresponds to the measurement of the property of a particular measurement target that is being measured; a sensor signal conditioning integrated circuit, the sensor signal conditioning integrated circuit being configured to: receive a supply voltage; receive at least the first sensor signal and the second sensor signal from the resistive sensor; and generate an input voltage (V B) based at least in part on the differential voltage between the first and second sensor signals (INN, INP), the input voltage (V B) having a range that is proportional to a measurement range of the property of the measurement target that is being measured by the sensor, wherein the range of the input voltage (V B) is based on the supply voltage and the input voltage (V B) corresponds to a percentage of the supply voltage; and receive a supply voltage; receive at least the first sensor signal and the second sensor signal from the resistive sensor; and generate an input voltage (V B) based at least in part on the differential voltage between the first and second sensor signals (INN, INP), the input voltage (V B) having a range that is proportional to a measurement range of the property of the measurement target that is being measured by the sensor, wherein the range of the input voltage (V B) is based on the supply voltage and the input voltage (V B) corresponds to a percentage of the supply voltage; and a plurality of resistors arranged as a reverse bridge, the reverse bridge being configured to convert the input voltage (V B) to a scaled output voltage (Vo), the scaled output voltage (V O) being scaled to a target format based at least in part on the range of the input voltage (V B) and a fixed value of the plurality of resistors.