An input device (X1; X2; X3) comprising: a substrate that includes an operation face and a back face positioned opposite the operation face; first detecting electrodes provided to have predetermined intervals in a first direction on the back face of the substrate in an input region (E I); second detecting electrodes provided to have predetermined intervals in a second direction orthogonal to the first direction on the back face of the substrate in the input region (E I); a detecting electrode wiring that is provided on the back face of the substrate in an outer region (E O) outside of the input region (E I) and electrically connected to the first detecting electrodes and the second detecting electrodes; an insulating member that is provided on or above the back face of the substrate in the outer region (E O) to cover the detecting electrode wiring; and an oscillating body which causes the substrate to vibrate, the oscillating body being provided on the back face of the substrate on or above the insulating member in the outer region (E O), wherein the oscillating body includes a first electrode terminal for electrically connecting the oscillating body with a board, the first electrode terminal being provided on the one of opposing surfaces of the oscillating body which opposes the back face of the substrate, the one of opposing surfaces being farther than the other from the first detecting electrodes, the second detecting electrodes and the detecting electrode wiring, wherein the board is provided with a second electrode terminal, and wherein the first electrode terminal of the oscillating body and the second electrode terminal of the board are electrically connected to each other via a conducting member. a substrate that includes an operation face and a back face positioned opposite the operation face; first detecting electrodes provided to have predetermined intervals in a first direction on the back face of the substrate in an input region (E I); second detecting electrodes provided to have predetermined intervals in a second direction orthogonal to the first direction on the back face of the substrate in the input region (E I); a detecting electrode wiring that is provided on the back face of the substrate in an outer region (E O) outside of the input region (E I) and electrically connected to the first detecting electrodes and the second detecting electrodes; an insulating member that is provided on or above the back face of the substrate in the outer region (E O) to cover the detecting electrode wiring; and an oscillating body which causes the substrate to vibrate, the oscillating body being provided on the back face of the substrate on or above the insulating member in the outer region (E O), wherein the oscillating body includes a first electrode terminal for electrically connecting the oscillating body with a board, the first electrode terminal being provided on the one of opposing surfaces of the oscillating body which opposes the back face of the substrate, the one of opposing surfaces being farther than the other from the first detecting electrodes, the second detecting electrodes and the detecting electrode wiring, wherein the board is provided with a second electrode terminal, and wherein the first electrode terminal of the oscillating body and the second electrode terminal of the board are electrically connected to each other via a conducting member.