A plurality of input terminals (4, 4a, 17) provided on a surface of a common electrode substrate (3) which surface is opposed to a TFT substrate (2) are provided so as to be opposed to a plurality of output terminals (6) provided on an external circuit substrate (5). The plurality of input terminals (4, 4a, 17) are overlapped with the plurality of output terminals (6) when the plurality of input terminals (4, 4a, 17) and the plurality of output terminals (6) are viewed in one plane, but the plurality of input terminals (4, 4a, 17) are formed so as not to overlap the TFT substrate (2). The plurality of input terminals (4, 4a, 17) and a drive circuit are electrically connected via a conductor provided between the TFT substrate (2) and the common electrode substrate (3). The plurality of input terminals (4, 4a, 17) and the plurality of output terminals (6) are electrically connected via a connector (9) having a conductive region (7) and an insulating region (8) each formed into a striped pattern on surfaces for connection with the plurality of input terminals (4, 4a, 17) and the plurality of output terminals (6). This makes it possible to attain a display device that makes it possible to suppress an increase in production cost per unit and to have a high productivity.