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AssigneeFujitsu Hitachi Plasma Display Limited
InventorsMasanori Takeuchi, Hideaki Ohki
Estimating the term…
A driving method and a PDP apparatus of a dot-matrix type PDP, in which a display of high-luminance and high-quality can be obtained when driven by the interlacing method, have been disclosed. In the driving method to drive, using the interlacing method, a dot matrix type AC plasma display panel comprising display electrodes that are arranged adjacently, extend in the same direction, and execute a light-emitting action in each display cell, and a rib that separates individual display cells, wherein a display line is formed between every pair of the display electrodes, the data in a line of the interlaced signal is displayed simultaneously in two neighboring lines and the centers of display are shifted in the odd field and the even field.
A driving method, to drive a dot matrix type AC plasma display panel using the interlacing method and which comprises display electrodes that are arranged adjacently, extend in the same direction, and execute a light-emitting action in each display cell, and a rib that separates individual display cells, and in which a display line is formed between every pair of neighboring display electrodes, wherein the data in a line of the interlaced signal is displayed simultaneously in two neighboring lines and the centers of display of the two lines are shifted in the odd field and in the even field.
A plasma display apparatus, comprising a dot matrix type AC plasma display panel, which comprises display electrodes that are arranged adjacently, extend in the same direction, and execute a light-emitting action in each display cell, and a rib that separates individual display cells, and in which a display line is formed between every pair of neighboring display electrodes, and a display electrode drive circuit that drives the display electrodes, and operating in the interlacing method, wherein the display electrodes are composed of first display electrodes and second display electrodes, and the display electrode drive circuit applies a scan pulse to either the first display electrodes or the second display electrodes during addressing in the odd field, and applies a scan pulse to the others the first display electrodes or the second display electrodes, during addressing in the even field.
Dependencies are inferred from the claim text.