| 摘要 |
The purpose of the present invention is to provide a liquid crystal display panel, which is capable of suppressing an increase of a parasitic capacitance between a source region and a drain region, while being provided with a structure wherein a plurality of gate electrodes are disposed on a continuous semiconductor layer. This liquid crystal display panel is provided with a thin film transistor (3) on the main surface (201u) of a first transparent substrate (201). The thin film transistor (3) includes: a base insulating film (4); a semiconductor layer (5), which linearly extends at least from a first portion (51) to a second portion (52); a source electrode (7); a drain electrode (8); and gate electrodes (9), which are disposed at two or more areas between the source electrode and the drain electrode so as to respectively cover the semiconductor layer (5) by having the gate insulating film (6) therebetween. Between the base insulating film (4) and the first transparent substrate (201), a light blocking film (11) that covers projection regions (10) of the gate electrodes (9) is disposed, said projection regions being on the main surface (201u). The light blocking film (11) is divided into a plurality of light blocking film elements (12). Each of the light blocking film elements (12) covers one or more projection regions (10). |
