A driving circuit for driving a touch display device , the touch display device comprising a plurality of first electrodes (E1) disposed within a display panel and one or more second electrodes (E2) separated from the first electrodes (E1) by a gap (G), the driving circuit configured to: provide a touch driving signal (TDS) to at least one first electrode (E1) among the plurality of first electrodes (E1) during a touch driving period (T), provide a first force driving signal (FDS1) to the at least one first electrode (E1) among the plurality of first electrodes (E1) during a force driving period (F), and provide a second force driving signal (FDS2) different than the first force driving signal (FDS1) to the one or more second electrodes (E2) during the force driving period (F); and sense touch position based on the touch driving signal (TDS) and sense force touch based on the first force driving signal (FDS1) and the second force driving signal (FDS2), the driving circuit comprising: a first circuit configured to provide the touch driving signal (TDS), the first force driving signal (FDS1), and the second force driving signal (FDS2); and a second circuit configured to sense the touch position and force touch, characterized in that , in the force driving period (F), the first force driving signal (FDS1) and the second force driving signal (FDS2) are pulse signals; the first force driving signal (FDS1) is in-phase with the second force driving signal (FDS2), and an amplitude of the second force driving signal (FDS2) is greater than an amplitude of the first force driving signal (FDS1). provide a touch driving signal (TDS) to at least one first electrode (E1) among the plurality of first electrodes (E1) during a touch driving period (T), provide a first force driving signal (FDS1) to the at least one first electrode (E1) among the plurality of first electrodes (E1) during a force driving period (F), and provide a second force driving signal (FDS2) different than the first force driving signal (FDS1) to the one or more second electrodes (E2) during the force driving period (F); and sense touch position based on the touch driving signal (TDS) and sense force touch based on the first force driving signal (FDS1) and the second force driving signal (FDS2), the driving circuit comprising: a first circuit configured to provide the touch driving signal (TDS), the first force driving signal (FDS1), and the second force driving signal (FDS2); and a second circuit configured to sense the touch position and force touch, characterized in that , in the force driving period (F), the first force driving signal (FDS1) and the second force driving signal (FDS2) are pulse signals; the first force driving signal (FDS1) is in-phase with the second force driving signal (FDS2), and an amplitude of the second force driving signal (FDS2) is greater than an amplitude of the first force driving signal (FDS1). a first circuit configured to provide the touch driving signal (TDS), the first force driving signal (FDS1), and the second force driving signal (FDS2); and a second circuit configured to sense the touch position and force touch, characterized in that , in the force driving period (F), the first force driving signal (FDS1) and the second force driving signal (FDS2) are pulse signals; the first force driving signal (FDS1) is in-phase with the second force driving signal (FDS2), and an amplitude of the second force driving signal (FDS2) is greater than an amplitude of the first force driving signal (FDS1). the first force driving signal (FDS1) and the second force driving signal (FDS2) are pulse signals; the first force driving signal (FDS1) is in-phase with the second force driving signal (FDS2), and an amplitude of the second force driving signal (FDS2) is greater than an amplitude of the first force driving signal (FDS1). <EOS>