A device for pressure measurement, the device comprising: a multiplexer having at least six inputs, with six of the at least six inputs coupled with connection points of a sensor comprised of a Wheatstone bridge, a first resistor (R POL), and two serial transition resistors (R T1, R T2), wherein the Wheatstone bridge has a first connection point (CX 1) to provide a potential V 4 or V 6, a second connection point (CX 2) to provide a potential V 5, a third connection point (CX 3) to provide a potential V 3, and a fourth connection point (CX 4) to provide a potential V 2, with the first, third, and fourth connection points being part of a first branch, and the first, second, and fourth connection points being part of a second branch, wherein the first resistor (R POL) is coupled with the first connection point (CX 1), wherein the two serial transition resistors (R T1, R T2) are coupled with the fourth connection point (CX 4) at a first end and with ground at a second end, and wherein a fifth connection point is located between the two serial transition resistors (R T1, R T2) to provide a potential V 1; a comparator having a first input and a second input, the first input coupled with an output of the multiplexer; a capacitor having a first side coupled to the second input of the comparator and a second side coupled with the ground; a current source (I 2) coupled with the second input of the comparator and to the first side of the capacitor for charging the capacitor; a controller communicably coupled with an output of the comparator; and a memory communicably coupled with the controller, wherein the device is configured to: in two respective cycles, one cycle for each of the first and second branches, determine by the controller, and record in the memory, respective times T 2, T 3, and T 4 when each of respective potentials V 2, V 3, and V 4 are reached by a first voltage ramp produced by the capacitor in the first branch, and respective times T' 2, T 5, and T 6 when each of respective potentials V 2, V 5, and V 6 are reached by a second voltage ramp produced by the capacitor in the second branch, wherein the capacitor is discharged between the two cycles. a multiplexer having at least six inputs, with six of the at least six inputs coupled with connection points of a sensor comprised of a Wheatstone bridge, a first resistor (R POL), and two serial transition resistors (R T1, R T2), wherein the Wheatstone bridge has a first connection point (CX 1) to provide a potential V 4 or V 6, a second connection point (CX 2) to provide a potential V 5, a third connection point (CX 3) to provide a potential V 3, and a fourth connection point (CX 4) to provide a potential V 2, with the first, third, and fourth connection points being part of a first branch, and the first, second, and fourth connection points being part of a second branch, wherein the first resistor (R POL) is coupled with the first connection point (CX 1), wherein the two serial transition resistors (R T1, R T2) are coupled with the fourth connection point (CX 4) at a first end and with ground at a second end, and wherein a fifth connection point is located between the two serial transition resistors (R T1, R T2) to provide a potential V 1; a comparator having a first input and a second input, the first input coupled with an output of the multiplexer; a capacitor having a first side coupled to the second input of the comparator and a second side coupled with the ground; a current source (I 2) coupled with the second input of the comparator and to the first side of the capacitor for charging the capacitor; a controller communicably coupled with an output of the comparator; and a memory communicably coupled with the controller, wherein the device is configured to: in two respective cycles, one cycle for each of the first and second branches, determine by the controller, and record in the memory, respective times T 2, T 3, and T 4 when each of respective potentials V 2, V 3, and V 4 are reached by a first voltage ramp produced by the capacitor in the first branch, and respective times T' 2, T 5, and T 6 when each of respective potentials V 2, V 5, and V 6 are reached by a second voltage ramp produced by the capacitor in the second branch, wherein the capacitor is discharged between the two cycles.