An electronic device configured to sense a force of a user's touch, the electronic device comprising: a housing having a receiving space defined by a bottom surface and a sidewall; an image display module disposed in the receiving space; and a force sensing panel disposed between the bottom surface of the housing and the image display module, the force sensing panel serving as a heat transfer medium for transferring heat generated in a light source of a backlight unit in the image display module to the housing, wherein the force sensing panel includes: a first substrate upon which a plurality of first electrodes (Tx) are disposed at fixed intervals in parallel; a second substrate upon which a plurality of second electrodes (Rx) are disposed at fixed intervals in parallel, the plurality of second electrodes (Rx) provided to cross the plurality of first electrodes (Tx) and to face the plurality of first electrodes (Tx); an elastic resistor member disposed between the first and second electrodes (Tx, Rx); a substrate attachment member for attaching the first and second substrates (410, 420) to each other with a gap provided therebetween; wherein the substrate attachment member is an adhesive of a cushion material; and a spacer disposed between the first and second electrodes (Tx, Rx). a housing having a receiving space defined by a bottom surface and a sidewall; an image display module disposed in the receiving space; and a force sensing panel disposed between the bottom surface of the housing and the image display module, the force sensing panel serving as a heat transfer medium for transferring heat generated in a light source of a backlight unit in the image display module to the housing, wherein the force sensing panel includes: a first substrate upon which a plurality of first electrodes (Tx) are disposed at fixed intervals in parallel; a second substrate upon which a plurality of second electrodes (Rx) are disposed at fixed intervals in parallel, the plurality of second electrodes (Rx) provided to cross the plurality of first electrodes (Tx) and to face the plurality of first electrodes (Tx); an elastic resistor member disposed between the first and second electrodes (Tx, Rx); a substrate attachment member for attaching the first and second substrates (410, 420) to each other with a gap provided therebetween; wherein the substrate attachment member is an adhesive of a cushion material; and a spacer disposed between the first and second electrodes (Tx, Rx). a first substrate upon which a plurality of first electrodes (Tx) are disposed at fixed intervals in parallel; a second substrate upon which a plurality of second electrodes (Rx) are disposed at fixed intervals in parallel, the plurality of second electrodes (Rx) provided to cross the plurality of first electrodes (Tx) and to face the plurality of first electrodes (Tx); an elastic resistor member disposed between the first and second electrodes (Tx, Rx); a substrate attachment member for attaching the first and second substrates (410, 420) to each other with a gap provided therebetween; wherein the substrate attachment member is an adhesive of a cushion material; and a spacer disposed between the first and second electrodes (Tx, Rx).