A method of reducing an error in a magnetic field sensor, comprising: providing a plurality of magnetic field sensing elements (12a, 12b; 30a-30h), wherein each one of the plurality of magnetic field sensing elements is configured to generate a respective x-y output signal responsive to a magnetic field in an x-y plane; sequentially selecting, at an element selection rate with an element selection period, from among the plurality of magnetic field sensing elements, resulting in a plurality of repeating cycles of selected magnetic field sensing elements, each repeating cycle sequentially selecting all of the plurality of magnetic field sensing elements, wherein the repeating cycles repeat at a cycle repetition rate with a cycle repetition period; and current spinning, within respective element selection periods, each selected one of the plurality of magnetic field sensing elements, wherein: the current spinning comprises generating a respective plurality of current spinning phases within the respective element selection periods, each plurality of current spinning phases within an element selection period having a respective phase sequence with a plurality of phases, each phase having a phase period, each phase period less than an element selection period; the sequentially selecting and the current spinning together result in a sequenced-chopped signal representative of an angle of the magnetic field; and a first portion of the plurality of magnetic field sensing elements has a first current spinning phase sequence within one of the cycle repetition periods, and a second different portion of the plurality of magnetic field sensing elements has a second different current spinning phase sequence within the same one of the cycle repetition periods, and wherein the current spinning comprises current spinning the plurality of magnetic field sensing elements (12a, 12b; 30a-30h) with phase sequences randomly or pseudo-randomly selected within a plurality of the cycle repetition periods. providing a plurality of magnetic field sensing elements (12a, 12b; 30a-30h), wherein each one of the plurality of magnetic field sensing elements is configured to generate a respective x-y output signal responsive to a magnetic field in an x-y plane; sequentially selecting, at an element selection rate with an element selection period, from among the plurality of magnetic field sensing elements, resulting in a plurality of repeating cycles of selected magnetic field sensing elements, each repeating cycle sequentially selecting all of the plurality of magnetic field sensing elements, wherein the repeating cycles repeat at a cycle repetition rate with a cycle repetition period; and current spinning, within respective element selection periods, each selected one of the plurality of magnetic field sensing elements, wherein: the current spinning comprises generating a respective plurality of current spinning phases within the respective element selection periods, each plurality of current spinning phases within an element selection period having a respective phase sequence with a plurality of phases, each phase having a phase period, each phase period less than an element selection period; the sequentially selecting and the current spinning together result in a sequenced-chopped signal representative of an angle of the magnetic field; and a first portion of the plurality of magnetic field sensing elements has a first current spinning phase sequence within one of the cycle repetition periods, and a second different portion of the plurality of magnetic field sensing elements has a second different current spinning phase sequence within the same one of the cycle repetition periods, and wherein the current spinning comprises generating a respective plurality of current spinning phases within the respective element selection periods, each plurality of current spinning phases within an element selection period having a respective phase sequence with a plurality of phases, each phase having a phase period, each phase period less than an element selection period; the sequentially selecting and the current spinning together result in a sequenced-chopped signal representative of an angle of the magnetic field; and a first portion of the plurality of magnetic field sensing elements has a first current spinning phase sequence within one of the cycle repetition periods, and a second different portion of the plurality of magnetic field sensing elements has a second different current spinning phase sequence within the same one of the cycle repetition periods, and wherein the current spinning comprises current spinning the plurality of magnetic field sensing elements (12a, 12b; 30a-30h) with phase sequences randomly or pseudo-randomly selected within a plurality of the cycle repetition periods.