A magnetic field sensor (900; 1000; 1300; 1400), comprising: a plurality of magnetic field sensing elements (30a - 30h) configured to generate a respective plurality of x-y output signals, wherein each one of the x-y output signals is responsive to a magnetic field in an x-y plane; a sequence switches circuit (904; 1004; 1304; 1404) coupled to receive the plurality of x-y output signals and configured to generate a sequential signal (904b; 1004b; 1304b; 1404b) comprised of sequential ones of the plurality of x-y output signals, wherein the sequential signal comprises a time waveform comprising an error component; an angle processing channel coupled to receive the sequential signal, wherein the angle processing channel comprises: an angle processing channel output node; an electronic filter (912; 1014; 1312; 1414) having an input node and an output node, wherein the electronic filter is configured to generate a filtered signal (912a; 1014a; 1312a; 1414a) at the output node of the electronic filter, and wherein the output node of the electronic filter is coupled to the angle processing channel output node; and a summing circuit (910; 1012; 1310; 1412) having first and second input nodes and an output node, wherein the first input node is coupled to receive a signal representative of the sequential signal and the output node is coupled to the input node of the electronic filter, wherein the magnetic field sensor further comprises: an error correction signal generator circuit (952; 1052; 1352; 1452) having an output node, the error correction signal generator circuit for generating an error correction signal (926a; 1024a; 1328a; 1424a) at the output node, wherein the output node of the error correction signal generator circuit is coupled to the second input node of the summing circuit (910; 1012; 1310; 1412), wherein the error correction signal comprises a plurality of states including a high state and a low state, wherein the electronic filter (912; 1014; 1312; 1414) is configured to generate the filtered signal (912a; 1014a; 1312a; 1414a) with a corrected error component smaller than the error component of the sequential signal. a plurality of magnetic field sensing elements (30a - 30h) configured to generate a respective plurality of x-y output signals, wherein each one of the x-y output signals is responsive to a magnetic field in an x-y plane; a sequence switches circuit (904; 1004; 1304; 1404) coupled to receive the plurality of x-y output signals and configured to generate a sequential signal (904b; 1004b; 1304b; 1404b) comprised of sequential ones of the plurality of x-y output signals, wherein the sequential signal comprises a time waveform comprising an error component; an angle processing channel coupled to receive the sequential signal, wherein the angle processing channel comprises: an angle processing channel output node; an electronic filter (912; 1014; 1312; 1414) having an input node and an output node, wherein the electronic filter is configured to generate a filtered signal (912a; 1014a; 1312a; 1414a) at the output node of the electronic filter, and wherein the output node of the electronic filter is coupled to the angle processing channel output node; and a summing circuit (910; 1012; 1310; 1412) having first and second input nodes and an output node, wherein the first input node is coupled to receive a signal representative of the sequential signal and the output node is coupled to the input node of the electronic filter, wherein the magnetic field sensor further comprises: an error correction signal generator circuit (952; 1052; 1352; 1452) having an output node, the error correction signal generator circuit for generating an error correction signal (926a; 1024a; 1328a; 1424a) at the output node, wherein the output node of the error correction signal generator circuit is coupled to the second input node of the summing circuit (910; 1012; 1310; 1412), wherein the error correction signal comprises a plurality of states including a high state and a low state, wherein the electronic filter (912; 1014; 1312; 1414) is configured to generate the filtered signal (912a; 1014a; 1312a; 1414a) with a corrected error component smaller than the error component of the sequential signal. an angle processing channel output node; an electronic filter (912; 1014; 1312; 1414) having an input node and an output node, wherein the electronic filter is configured to generate a filtered signal (912a; 1014a; 1312a; 1414a) at the output node of the electronic filter, and wherein the output node of the electronic filter is coupled to the angle processing channel output node; and a summing circuit (910; 1012; 1310; 1412) having first and second input nodes and an output node, wherein the first input node is coupled to receive a signal representative of the sequential signal and the output node is coupled to the input node of the electronic filter, wherein the magnetic field sensor further comprises: an error correction signal generator circuit (952; 1052; 1352; 1452) having an output node, the error correction signal generator circuit for generating an error correction signal (926a; 1024a; 1328a; 1424a) at the output node, wherein the output node of the error correction signal generator circuit is coupled to the second input node of the summing circuit (910; 1012; 1310; 1412), wherein the error correction signal comprises a plurality of states including a high state and a low state, wherein the electronic filter (912; 1014; 1312; 1414) is configured to generate the filtered signal (912a; 1014a; 1312a; 1414a) with a corrected error component smaller than the error component of the sequential signal.