| 摘要 |
<p>A liquid crystal panel driver circuit comprising: a glass substrate (1) having TFT pixel units distributed in an m-number of rows × an n-number of columns, a gate controller (3), a source controller (4), a timing controller (5), and, distributed among the rows and columns of TFT pixel units (2), an m-number of scan lines (Gi) and a 2n-number of data lines (Dj). Each column of TFT pixel units (2) is correspondingly provided with a first data line (Dj1) and a second data line (Dj2). The TFT pixel units (2) in odd-numbered rows of each column are connected to the first data line (Dj1). The TFT pixel units (2) in even-numbered rows of each column are connected to the second data line (Dj2). The first data line (Dj1) and the second data line (Dj2) respectively are connected via a first switch component and via a second switch component to source driver chips provided in the source controller. Also disclosed are a driving method for the driver circuit and a liquid crystal display comprising the driver circuit. The driver circuit allows for reduced power consumption of a liquid crystal panel, reduced number of driver chips used, and conserved manufacturing costs.</p> |
