Disclosed is a touch button, comprising a front panel, an electrode induction sheet, a carrier arranged with a luminescent device, and a circuit board, wherein the circuit board comprises a capacitance inductance pin and a control circuit electrically connected with the capacitance inductance pin. The touch button is characterized in that: the electrode induction sheet, formed by a transparent conductive film, is electrically connected with the capacitance induction pin upon the circuit board; the circuit board is provided with an installing hole where the carrier is partly embedded; and one side of the electrode inductance sheet is attached to one side of the carrier, with the other side of the electrode inductance sheet being attached to the front panel. The touch button features even backlight in the induction zone of the front panel, accurate determination of dielectric constants, easy realization of seamless applying between the electrode inductance sheet and the front panel, and improved switch sensitivity.