Device for driving a plasma display panel

Device for driving a plasma display panel having a plurality of cells arranged in rows and columns, the rows of cells being distributed in a plurality of blocks of lines, said device comprising row address means for selectively addressing the display cell rows within the blocks and creating, where required, in cooperation with means for selectively applying data voltages to the display columns, an electrical discharge inside the cell disposed at the intersection of the row and column selected during an address phase, and sustain means for sustaining the electrical discharges inside said cell during a sustain phase immediately following the address phase, wherein said row address means comprise separate row address means for each said block of rows for addressing successively the blocks of rows by applying a first voltage to the cells of the selected block and a second voltage to the cells of the other blocks, said second voltage being greater than the first voltage, said separate row address means comprising:

• at least one row driver circuit connected between first and second connection lines and designed to apply, during an address phase specific to said block of rows, a potential of one of said first and second connection lines to a plurality of rows of the block,
• a capacitor, a first terminal of which being electrically connected to the first connection line via a first switch and a second terminal of which being coupled to the second connection line;
• a second switch for selectively applying an address voltage to the second connection line during the address phase;
• a first diode connected to the common point of the first switch and of the capacitor for supplying the first voltage to the capacitor during the address phase;
• a second diode connected between the sustain means of the device and said first connection line for isolating said first connection line from the sustain means of said driver device during the row address phase of the relevant block, wherein the second diode is oriented so as not to allow a current to flow in the direction of the first connection line.