A complex touch module, including: a capacitive touch pad, including a plurality of input circuits (I1-I6) and a plurality of output circuits, each input circuit and each output circuit intersecting and being arranged substantially perpendicular to each other, thereby forming a chessboard-like circuit, wherein a plurality of intersection sensing points are formed by the plurality of input circuits and the plurality of output circuits; and a near field communication antenna, wherein the near field communication antenna is a loop antenna, characterised in that said near field communication antenna is stacked on the capacitive touch pad, the near field communication antenna crossing at least part of the plurality of input circuits and at least part of the plurality of output circuits, and the near field communication antenna being substantially not parallel to any one of the input circuits crossed by the near field communication antenna, and the near field communication antenna being substantially not parallel to any one of the output circuits crossed by the near field communication antenna, wherein a plurality of intersection points are formed by the at least part of the plurality of input circuits crossed by the near field communication antenna and the at least part of the plurality of output circuits crossed by the near field communication antenna, and any one of the plurality of intersection sensing points is not crossed by the near field communication antenna, and a first control unit, which is capable of obtaining the variances of the capacitance values from the capacitive touch pad and determines a corresponding location of the touch on the capacitive touch pad, wherein when the user touches a point on the capacitive touch pad, the first control unit compares the signal strengths on the output circuits to determine the location of the touch. a capacitive touch pad, including a plurality of input circuits (I1-I6) and a plurality of output circuits, each input circuit and each output circuit intersecting and being arranged substantially perpendicular to each other, thereby forming a chessboard-like circuit, wherein a plurality of intersection sensing points are formed by the plurality of input circuits and the plurality of output circuits; and a near field communication antenna, wherein the near field communication antenna is a loop antenna, characterised in that said near field communication antenna is stacked on the capacitive touch pad, the near field communication antenna crossing at least part of the plurality of input circuits and at least part of the plurality of output circuits, and the near field communication antenna being substantially not parallel to any one of the input circuits crossed by the near field communication antenna, and the near field communication antenna being substantially not parallel to any one of the output circuits crossed by the near field communication antenna, wherein a plurality of intersection points are formed by the at least part of the plurality of input circuits crossed by the near field communication antenna and the at least part of the plurality of output circuits crossed by the near field communication antenna, and any one of the plurality of intersection sensing points is not crossed by the near field communication antenna, and a first control unit, which is capable of obtaining the variances of the capacitance values from the capacitive touch pad and determines a corresponding location of the touch on the capacitive touch pad, wherein when the user touches a point on the capacitive touch pad, the first control unit compares the signal strengths on the output circuits to determine the location of the touch.