An STN liquid crystal layer (8) is sandwiched between a first substrate (1) having first electrodes (6) and a second substrate (2) having second electrodes (7), a reflective layer (3) is formed over the entire first substrate (1), and a color filter (4) is provided on the reflective layer (3) to constitute a liquid crystal cell (10). A twisted retardation film (9), retardation films (11, 12) and a polarizing film (13) are arranged on the visible side of the second substrate (2). The second substrate (2) is larger than the first substrate (1). First electrode wiring patterns (26) extending to an area of the second substrate (2) outside the area superposed on the first substrate (1) are formed on a surface of the second substrate (2) provided with the second electrodes (7). Input patterns (28) are formed on the area of the second substrate (2), outside the first substrate (1). The first and second substrates (1, 2) are coupled with an anisotropic conductive seal (23) to electrically connect the first electrodes (6) and the wiring patterns (26). A liquid crystal driving IC (21) is mounted on the second substrate (2), and each input/output terminal thereof is electrically connected to the wiring pattern (26) and the input pattern (28) through an anisotropic conductive adhesive (30).