Driving circuit of plasma display panel and plasma display panel

A driving circuit of a plasma display panel having first, second, third, and fourth electrodes arranged in parallel to each other, in which the adjacent first and second electrodes constitute a display cell and the adjacent third and fourth electrodes constitute a display cell, wherein:

• in advance of a second sustain discharge performed by applying a voltage Vs1 to said first electrode and applying a voltage Vs2, which is lower than Vs1, to said second electrode, a first sustain discharge is performed by applying said voltage Vs2 to said third electrode and applying said voltage Vs1 to said fourth electrode;
• and
• during said second sustain discharge, applying a voltage Vc, falling within a range Vs2≦Vc<Vs1, to said third electrode.

A driving circuit of a plasma display panel having first, second, third and fourth electrodes arranged in parallel to each other, in which the adjacent first and second electrodes constitute a display cell and the adjacent third and fourth electrodes constitute a display cell, wherein:

• in advance of a second sustain discharge performed by applying a voltage Vs1 to said second electrode and applying a voltage Vs2, which is lower than Vs1, to said first electrode, a first sustain discharge is performed by applying said voltage Vs1 to said third electrode and applying said voltage Vs2 to said fourth electrode;
• and
• during said second sustain discharge, applying a voltage Vc, falling within a range Vs2≦Vc<Vs1, to said third electrode.

A driving circuit of a plasma display panel having first, second, third and fourth electrodes arranged in parallel to each other, in which the adjacent first and second electrodes constitute a display cell and the adjacent third and fourth electrodes constitute a display cell, wherein:

• in advance of a second sustain discharge performed by applying a voltage Vs1 to said second electrode and applying a voltage Vs2, which,is lower than Vs1, to said first electrode, a first sustain discharge is performed by applying said voltage Vs1 to said third electrode and applying said voltage Vs2 to said fourth electrode, and
• during said second sustain discharge, applying voltage Vc, falling within a range Vc=Vs1 within a first 500 ns and thereafter Vs2<Vc<Vs1, to said third electrode.

A driving circuit of a plasma display panel having a first, a second, a third and a fourth electrodes arranged in parallel to each other and in sequence repeatedly twice or more, in which the adjacent first and second electrodes constitute a display cell and the adjacent third and fourth electrodes constitute a display cell, wherein:

• in advance of a second sustain discharge performed by applying a voltage Vs1 to said third electrode and applying a voltage Vs2, which is lower than Vs1, to said fourth electrode, a first sustain discharge is performed by applying said voltage Vs1 to said first electrode and applying said voltage Vs2 to said second electrode;
• during said second sustain discharge, applying a voltage Vc1, falling within a range Vs2≦Vc1, to said second electrode;
• and applying a voltage Vc2, falling within a range Vs2≦Vc2≦Vs1, to said first electrode.