A system, comprising: a processing circuitry configured to generate a signal S d that is indicative of a position of a target that includes a first array of conductive features and a second array of conductive features; a first receiving coil array configured to sense a first magnetic field that is associated with the first array of conductive features; and a second receiving coil array configured to sense a second magnetic field that is associated with the second array of conductive features, wherein the processing circuitry is configured to generate the signal S d based on a signal S 1 and a signal S 2, the signal S 1 being generated with the first receiving coil array in response to the first magnetic field, and the signal S 2 being generated with the second receiving coil array in response to the second magnetic field; and the processing circuitry is further configured to: generate a first index signal based on the signal S d, wherein the first index signal identifies one of the conductive features in the first array of conductive features that is adjacent to the first receiving coil array, and unwrap the signal S 1 based on the first index signal to produce an unwrapped signal Ua 1; generate a second index signal based on the signal S d, wherein the second index signal identifies one of the conductive features in the second array of conductive features that is adjacent to the second receiving coil array, and unwrap the signal S 2 based on the second index signal to produce an unwrapped signal Ua 2; and generate an output signal S out based on the unwrapped signals Ua 1 and Ua 2, the output signal S out being indicative of a position of the target. a processing circuitry configured to generate a signal S d that is indicative of a position of a target that includes a first array of conductive features and a second array of conductive features; a first receiving coil array configured to sense a first magnetic field that is associated with the first array of conductive features; and a second receiving coil array configured to sense a second magnetic field that is associated with the second array of conductive features, wherein the processing circuitry is configured to generate the signal S d based on a signal S 1 and a signal S 2, the signal S 1 being generated with the first receiving coil array in response to the first magnetic field, and the signal S 2 being generated with the second receiving coil array in response to the second magnetic field; and the processing circuitry is further configured to: generate a first index signal based on the signal S d, wherein the first index signal identifies one of the conductive features in the first array of conductive features that is adjacent to the first receiving coil array, and unwrap the signal S 1 based on the first index signal to produce an unwrapped signal Ua 1; generate a second index signal based on the signal S d, wherein the second index signal identifies one of the conductive features in the second array of conductive features that is adjacent to the second receiving coil array, and unwrap the signal S 2 based on the second index signal to produce an unwrapped signal Ua 2; and generate an output signal S out based on the unwrapped signals Ua 1 and Ua 2, the output signal S out being indicative of a position of the target. generate a first index signal based on the signal S d, wherein the first index signal identifies one of the conductive features in the first array of conductive features that is adjacent to the first receiving coil array, and unwrap the signal S 1 based on the first index signal to produce an unwrapped signal Ua 1; generate a second index signal based on the signal S d, wherein the second index signal identifies one of the conductive features in the second array of conductive features that is adjacent to the second receiving coil array, and unwrap the signal S 2 based on the second index signal to produce an unwrapped signal Ua 2; and generate an output signal S out based on the unwrapped signals Ua 1 and Ua 2, the output signal S out being indicative of a position of the target.