Pixel Structure and Method for Generating Drive Voltages in the Same
AssigneeAu Optronics Corporation
InventorsTing-Wei Su, Jenn-Jia Su
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Abstract
A pixel structure and a method for generating drive voltages in the pixel structure are disclosed. The pixel structure comprises a first sub-pixel electrode, a first com-line, and a second com-line. The first sub-pixel electrode is applied with a first drive voltage. The first com-line transmits a first com-voltage signal. The second com-line transmits a second com-voltage signal. The first drive voltage is derived by combining the first com-voltage signal and the second com-voltage signal.
Claims16
A pixel structure, comprising:
- a first sub-pixel electrode applied with a first drive voltage;
- a first com-line configured to transmit a first com-voltage signal;
- and
- a second com-line configured to transmit a second com-voltage signal;
- wherein the first drive voltage is derived according to both of the first com-voltage signal and the second com-voltage signal.
A method for generating drive voltages in a pixel structure, comprising the steps of:
- generating a first com-voltage signal;
- generating a second com-voltage signal;
- and
- deriving a first drive voltage according to the first com-voltage signal and the second com-voltage signal.
A pixel structure, comprising:
- a first com-line configured to transmit a first com-voltage signal;
- a second com-line configured to transmit a second com-voltage signal;
- a first sub-pixel electrode applied with a first drive voltage, wherein the first drive voltage is derived according to the first com-voltage signal and the second com-voltage signal;
- a second sub-pixel electrode applied with a second drive voltage, wherein the second drive voltage is derived by the first com-voltage signal;
- and
- a third sub-pixel electrode applied with a third drive voltage, wherein the third drive voltage is derived by the second com-voltage signal.
Dependencies are inferred from the claim text.