A sensor system (100, 200, 300) comprising: a first sensor path comprising: a first sensing element and a second sensing element being connected in series between a first supply terminal and a second supply terminal; and an first intermediate node (in, in1) being provided in between the first supply terminal and the second supply terminal wherein the first intermediate node is configured to provide a first input signal derived from the first sensor path; a second sensor path comprising: a third sensing element and a fourth sensing element being connected in series between the first supply terminal and the second supply terminal, wherein the third sensing element is subdivided into a first subcomponent (R3a) of the third sensing element and a second subcomponent (R3b) of the third sensing element; and the fourth sensing element is subdivided into a first subcomponent (R4a) of the fourth sensing element and a second subcomponent (R4b) of the fourth sensing element; a first reference node being provided in between the first and second subcomponents of the third sensing element, and a second reference node being provided in between the first and second subcomponents of the fourth sensing element, the second reference node being different from the first reference node, and a processing unit configured to: receive the first input signal (vinp) from the first intermediate node (in, in1), a first reference signal (vrefp) from the first reference node, and a second reference signal (vrefn) from the second reference node; and provide a sensor output signal (dout) based on the input signal (vinp), the first reference signal (vrefp) and the second reference signal (vrefn). a first sensor path comprising: a first sensing element and a second sensing element being connected in series between a first supply terminal and a second supply terminal; and an first intermediate node (in, in1) being provided in between the first supply terminal and the second supply terminal wherein the first intermediate node is configured to provide a first input signal derived from the first sensor path; a first sensing element and a second sensing element being connected in series between a first supply terminal and a second supply terminal; and an first intermediate node (in, in1) being provided in between the first supply terminal and the second supply terminal wherein the first intermediate node is configured to provide a first input signal derived from the first sensor path; a second sensor path comprising: a third sensing element and a fourth sensing element being connected in series between the first supply terminal and the second supply terminal, wherein the third sensing element is subdivided into a first subcomponent (R3a) of the third sensing element and a second subcomponent (R3b) of the third sensing element; and the fourth sensing element is subdivided into a first subcomponent (R4a) of the fourth sensing element and a second subcomponent (R4b) of the fourth sensing element; a first reference node being provided in between the first and second subcomponents of the third sensing element, and a second reference node being provided in between the first and second subcomponents of the fourth sensing element, the second reference node being different from the first reference node, and a processing unit configured to: receive the first input signal (vinp) from the first intermediate node (in, in1), a first reference signal (vrefp) from the first reference node, and a second reference signal (vrefn) from the second reference node; and provide a sensor output signal (dout) based on the input signal (vinp), the first reference signal (vrefp) and the second reference signal (vrefn). a third sensing element and a fourth sensing element being connected in series between the first supply terminal and the second supply terminal, wherein the third sensing element is subdivided into a first subcomponent (R3a) of the third sensing element and a second subcomponent (R3b) of the third sensing element; and the fourth sensing element is subdivided into a first subcomponent (R4a) of the fourth sensing element and a second subcomponent (R4b) of the fourth sensing element; a first reference node being provided in between the first and second subcomponents of the third sensing element, and a second reference node being provided in between the first and second subcomponents of the fourth sensing element, the second reference node being different from the first reference node, and a processing unit configured to: receive the first input signal (vinp) from the first intermediate node (in, in1), a first reference signal (vrefp) from the first reference node, and a second reference signal (vrefn) from the second reference node; and provide a sensor output signal (dout) based on the input signal (vinp), the first reference signal (vrefp) and the second reference signal (vrefn). receive the first input signal (vinp) from the first intermediate node (in, in1), a first reference signal (vrefp) from the first reference node, and a second reference signal (vrefn) from the second reference node; and provide a sensor output signal (dout) based on the input signal (vinp), the first reference signal (vrefp) and the second reference signal (vrefn).