A capacitance detection circuit (12, 32, 42) for increasing the accuracy in touch determination in an electronic device (10, 30, 40), the electronic device (10, 30, 40) comprising a plurality of transmit electrodes (TX_1-TX_N) and a plurality of receive electrodes (RX_1-RX_M), the capacitance detection circuit (12, 32, 42) comprising: a sense circuit, coupled to the plurality of receive electrodes (RX_1-RX_M), the sense circuit configured to generate a plurality of sense results, wherein the plurality of sense results are associated with capacitance between the plurality of transmit electrodes (TX_1-TX_N) and the plurality of receive electrodes (RX_1-RX_M); and a first driving circuit, coupled to the plurality of transmit electrodes (TX_1-TX_N); wherein, when the capacitance detection circuit (12, 32, 42) is configured to detect capacitance between a first transmit electrode (TX_n) of the plurality of transmit electrodes (TX_1-TX_N) and a receive electrode of the plurality of receive electrodes (RX_1-RX_M), the first driving circuit is configured to keep the first transmit electrode (TX_n) floating and send at least one first driving signal (d 1 -d n-1, d n+1 -d N) to at least one second transmit electrode (TX_1-TX_n-1, TX_n+1-TX_N) of the plurality of transmit electrodes (TX_1-TX_N) to compensate for a baseline current flowing between a ground terminal and the plurality of receive electrodes (RX-1-RX_M), wherein a baseline current flowing through the plurality of receive electrodes and a ground terminal exists no matter whether a touch event occurs or not, the sense circuit is configured to generate a sense result associated with the capacitance between the first transmit electrode (TX_n) and the receive electrode according to currents flowing through the plurality of receive electrodes (RX_1-RX_M). a sense circuit, coupled to the plurality of receive electrodes (RX_1-RX_M), the sense circuit configured to generate a plurality of sense results, wherein the plurality of sense results are associated with capacitance between the plurality of transmit electrodes (TX_1-TX_N) and the plurality of receive electrodes (RX_1-RX_M); and a first driving circuit, coupled to the plurality of transmit electrodes (TX_1-TX_N); wherein, when the capacitance detection circuit (12, 32, 42) is configured to detect capacitance between a first transmit electrode (TX_n) of the plurality of transmit electrodes (TX_1-TX_N) and a receive electrode of the plurality of receive electrodes (RX_1-RX_M), the first driving circuit is configured to keep the first transmit electrode (TX_n) floating and send at least one first driving signal (d 1 -d n-1, d n+1 -d N) to at least one second transmit electrode (TX_1-TX_n-1, TX_n+1-TX_N) of the plurality of transmit electrodes (TX_1-TX_N) to compensate for a baseline current flowing between a ground terminal and the plurality of receive electrodes (RX-1-RX_M), wherein a baseline current flowing through the plurality of receive electrodes and a ground terminal exists no matter whether a touch event occurs or not, the sense circuit is configured to generate a sense result associated with the capacitance between the first transmit electrode (TX_n) and the receive electrode according to currents flowing through the plurality of receive electrodes (RX_1-RX_M).