Color filter substrate for a liquid crystal display with terminal portions having same height and same material as those of black matrixes

Abstract

A color filter substrate for a liquid crystal display LCD of which a bad adhesion in a pattern terminal is reduced and an electrode pattern can be easily distinguished, is disclosed. Black matrixes and an indium tin oxide are formed on a glass substrate by using chromium and color filter layers having red, green and blue dyes are formed. A protective film and an ITO transparent electrode layer are deposited on the black matrix and the colors filter layers to be overlapped on a part of each pattern terminal. Thus, a liquid crystal display element can be realized such that the adhesive strength of the ITO can be improved. Also, as the pattern terminal has chromium, a tape automated bonding integrated circuit can be advantageously distinguished at the following process step of mounting it, making the automation of process possible and improving the productivity.

Dependencies are inferred from the claim text.