An electronic device, comprising: a proximity-sensitive touch sensor array which extends along an input surface (3; 21) of the electronic device, and a processing device (4; 75) coupled to the touch sensor array, the processing device (4; 75) being configured to: - process the data (61-63; 96, 97) captured by the touch sensor array to determine a finger angle (23; 27) at which a finger is directed towards the input surface (3; 21) and an actuation position (32; 42) on the input surface (3; 21), and - establish an offset-corrected actuation position (33; 43) as a function of the actuation position (32; 42) and the finger angle (23; 27), wherein the touch sensor array comprises a conductive pattern for capacitive touch and proximity sensing, and the processing device (4; 75) is configured to determine the finger angle (23; 27) from sensed capacitance values, wherein the conductive pattern comprises a plurality of rows and a plurality of columns, characterized in that the processing device (4; 75) is configured to determine the finger angle (23; 27) from a gradient of self-capacitances of the rows and a gradient of self-capacitances of the columns, wherein the processing device (4; 75) is configured to determine the actuation position (32; 42) based on mutual capacitance measurements between the rows and the columns of the conductive pattern, wherein the processing device (4; 75) is configured to add an offset to the actuation position (32; 42) on the input surface (3; 21) or to subtract an offset from the actuation position (32; 42) on the input surface (3; 21) to establish the offset-corrected actuation position (33; 43), wherein the processing device (4; 75) is configured to establish a magnitude of the offset as a function of the finger angle (23; 27). a proximity-sensitive touch sensor array which extends along an input surface (3; 21) of the electronic device, and a processing device (4; 75) coupled to the touch sensor array, the processing device (4; 75) being configured to: - process the data (61-63; 96, 97) captured by the touch sensor array to determine a finger angle (23; 27) at which a finger is directed towards the input surface (3; 21) and an actuation position (32; 42) on the input surface (3; 21), and - establish an offset-corrected actuation position (33; 43) as a function of the actuation position (32; 42) and the finger angle (23; 27), - process the data (61-63; 96, 97) captured by the touch sensor array to determine a finger angle (23; 27) at which a finger is directed towards the input surface (3; 21) and an actuation position (32; 42) on the input surface (3; 21), and - establish an offset-corrected actuation position (33; 43) as a function of the actuation position (32; 42) and the finger angle (23; 27), wherein the touch sensor array comprises a conductive pattern for capacitive touch and proximity sensing, and the processing device (4; 75) is configured to determine the finger angle (23; 27) from sensed capacitance values, wherein the conductive pattern comprises a plurality of rows and a plurality of columns, characterized in that the processing device (4; 75) is configured to determine the finger angle (23; 27) from a gradient of self-capacitances of the rows and a gradient of self-capacitances of the columns, wherein the processing device (4; 75) is configured to determine the actuation position (32; 42) based on mutual capacitance measurements between the rows and the columns of the conductive pattern, wherein the processing device (4; 75) is configured to add an offset to the actuation position (32; 42) on the input surface (3; 21) or to subtract an offset from the actuation position (32; 42) on the input surface (3; 21) to establish the offset-corrected actuation position (33; 43), wherein the processing device (4; 75) is configured to establish a magnitude of the offset as a function of the finger angle (23; 27).