Patent ID: 7619590
Filing Date: 2009-11-17
Classification: G09G,H01J

Abstract:
1. A plasma display panel module, comprising: a plasma display panel having scan electrode lines, sustain electrode lines and data electrode lines formed at a display area, wherein the scan electrode lines and the sustain electrode lines are formed on an upper substrate along a first direction, and the data electrode lines are formed on a lower substrate along a second direction; a common electrode line formed at a non display area of the display panel, wherein the common electrode line extends along a first side edge of the display panel and along at least one of an upper edge and a lower edge of the display panel, and wherein the common electrode line is commonly connected to the sustain electrode lines along the first side edge of the display panel; a first pad portion formed at a non-display area on a second side edge of the display panel, wherein the scan electrode lines terminate in the first pad portion; a second pad portion formed at a non-display area located at the upper edge or the lower edge of the display panel, wherein the second pad portion is connected to the common electrode line; an integrated driving board to drive the scan electrode lines and the sustain electrode lines, wherein the integrated driving board generates first sustain pulses to be supplied to the scan electrode lines, and second sustain pulses to be supplied to the sustain electrode lines in a sustain period; a first conductive path connected between the integrated driving board and the first pad portion, wherein the first conductive path extends in the first direction from the integrated driving board to the first pad portion; and a second conductive path connected between the integrated driving board and the second pad portion in a shortest distance, wherein the second conductive path extends in the second direction from the integrated driving board to the second pad portion, wherein the second direction is substantially perpendicular to the first direction, wherein the integrated driving board supplies the first sustain pulse to the scan electrode lines through the first conductive path and the first pad portion, and the second sustain pulse to the sustain electrode lines through the second conductive path connected to an output terminal of the integrated driving board, the second pad portion and the common electrode line.