A mutual capacitance touch panel comprising a detection portion and a peripheral portion surrounding the detection portion, wherein the detection portion comprises a plurality of detection rows arranged in a second direction, each of the detection rows is formed with a first electrode and a plurality of second electrodes, each of the first electrodes and the second electrodes is formed in a comb shape such that the first electrode has a first main portion and a plurality of first facing portions, the first main portion extends along a first direction perpendicular to the second direction, and such that each of the second electrodes has a second main portion and at least one second facing portion, the second main portion extends along the first direction, in each of the detection rows, the first facing portions and the second facing portions are alternately arranged in the first direction, a first facing portion and a second facing portion which are next to each other in the first direction are apart from each other and face each other to form a capacitor, first lead-out wires are connected to the first electrodes, and second lead-out wires are connected to the second electrodes and arranged from the detection portion to the peripheral portion, wherein: the second lead-out wires are electrically separated from one another; each of the second lead-out wires comprises a wire main portion formed by continuously repeatedly arranging a unit conductive pattern in the first direction having a predetermined shape; the second electrode comprises a plurality of electrode main portions each of which has a common conductive pattern shape as the wire main portion and formed by continuously repeatedly arranging a unit conductive pattern in the first direction having the predetermined shape; the electrode main portions and the wire main portions are arranged at regular intervals in the second direction; the second electrode further comprises a plurality of connection portions, each of the connection portions being an extension of a part of a unit conductive pattern of the electrode main portions of the second electrode; two of the electrode main portions which are adjacent to each other in the second direction are connected to each other by at least one of the connection portions; and the connection portions which are closest to each other in the second direction are located in different positions in the first direction, characterized in that when two or more of the connection portions are arranged in the first direction in each of the electrode main portions, three of the unit conductive patterns which are continuous, are connected by two or less of the connection portions, or not connected, to one of the electrode main portions which is adjacent to them in the second direction. the second lead-out wires are electrically separated from one another; each of the second lead-out wires comprises a wire main portion formed by continuously repeatedly arranging a unit conductive pattern in the first direction having a predetermined shape; the second electrode comprises a plurality of electrode main portions each of which has a common conductive pattern shape as the wire main portion and formed by continuously repeatedly arranging a unit conductive pattern in the first direction having the predetermined shape; the electrode main portions and the wire main portions are arranged at regular intervals in the second direction; the second electrode further comprises a plurality of connection portions, each of the connection portions being an extension of a part of a unit conductive pattern of the electrode main portions of the second electrode; two of the electrode main portions which are adjacent to each other in the second direction are connected to each other by at least one of the connection portions; and the connection portions which are closest to each other in the second direction are located in different positions in the first direction, characterized in that when two or more of the connection portions are arranged in the first direction in each of the electrode main portions, three of the unit conductive patterns which are continuous, are connected by two or less of the connection portions, or not connected, to one of the electrode main portions which is adjacent to them in the second direction.