| 摘要 |
The invention provides a driving method of an active matrix liquid crystal display. Alternating pulse voltage signals synchronizing with gate control pulse voltage signals are applied on data lines. Predetermined positive and negative constant voltages are applied on data lines in an initial time interval. The constant voltages to be applied on adjacent two lines have inverse polarities relative to one another, which are independent of image data. Subsequently, voltage signals corresponding to image data are applied on the data lines in a latter time interval, each of which has a voltage level corresponding to a gray level of a pixel in the display. The voltage signal has the same polarity as the constant voltage.
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