A capacitive touch sensitive display device having a diagonal dimension of greater than 30 inches, comprising: a plastic touch sheet with a top surface; a touch sensor having a matrix of capacitors formed of electrodes including metallic conductors positioned below the touch sheet and configured to exhibit a change in capacitance of at least one of the capacitors in response to a touch on the top surface by a digit or stylus of a user, wherein the touch sensor includes: a receive electrode layer including a plurality of receive electrodes arranged in columns; a transmit electrode layer including a plurality of transmit electrodes arranged in rows; and a dielectric layer positioned between the receive electrode layer and transmit electrode layer, wherein a respective capacitor of the matrix of capacitors is formed at intersecting regions between each electrode in the receive electrode layer and each electrode in the transmit electrode layer, and wherein the pitch of the metallic conductors of the receive electrodes and of the metallic conductors of the transmit electrodes is between 2 and 3.5 mm; a display stack positioned below the matrix of capacitors and configured to emit light through a top surface of the display stack, to travel in a light emitting direction through the touch sensor and the touch sheet; a first optically clear adhesive layer joining a bottom surface of the touch sensor to the top surface of the display stack; a second optically clear adhesive layer joining a bottom surface of the touch sheet to a top surface of the touch sensor, wherein a distance between the top surface of the touch sheet and the top surface of the display stack is between 300 and 1125 micrometers wherein the receive electrode layer and the transmit electrode layer are each between 50 and 200 micrometers in thickness, and wherein the first optically clear adhesive layer and the second optically clear adhesive layer are each between about 25 and 200 micrometers in thickness. a plastic touch sheet with a top surface; a touch sensor having a matrix of capacitors formed of electrodes including metallic conductors positioned below the touch sheet and configured to exhibit a change in capacitance of at least one of the capacitors in response to a touch on the top surface by a digit or stylus of a user, wherein the touch sensor includes: a receive electrode layer including a plurality of receive electrodes arranged in columns; a transmit electrode layer including a plurality of transmit electrodes arranged in rows; and a dielectric layer positioned between the receive electrode layer and transmit electrode layer, wherein a respective capacitor of the matrix of capacitors is formed at intersecting regions between each electrode in the receive electrode layer and each electrode in the transmit electrode layer, and wherein the pitch of the metallic conductors of the receive electrodes and of the metallic conductors of the transmit electrodes is between 2 and 3.5 mm; a receive electrode layer including a plurality of receive electrodes arranged in columns; a transmit electrode layer including a plurality of transmit electrodes arranged in rows; and a dielectric layer positioned between the receive electrode layer and transmit electrode layer, wherein a respective capacitor of the matrix of capacitors is formed at intersecting regions between each electrode in the receive electrode layer and each electrode in the transmit electrode layer, and wherein the pitch of the metallic conductors of the receive electrodes and of the metallic conductors of the transmit electrodes is between 2 and 3.5 mm; a display stack positioned below the matrix of capacitors and configured to emit light through a top surface of the display stack, to travel in a light emitting direction through the touch sensor and the touch sheet; a first optically clear adhesive layer joining a bottom surface of the touch sensor to the top surface of the display stack; a second optically clear adhesive layer joining a bottom surface of the touch sheet to a top surface of the touch sensor, wherein a distance between the top surface of the touch sheet and the top surface of the display stack is between 300 and 1125 micrometers wherein the receive electrode layer and the transmit electrode layer are each between 50 and 200 micrometers in thickness, and wherein the first optically clear adhesive layer and the second optically clear adhesive layer are each between about 25 and 200 micrometers in thickness.