Giichi Kanazawa

TL;DR: In this article, an electrode driving circuit performs interlaced scanning so that the odd and even-numbered lines of surface-discharge electrode spacings L1 to L8 have their maintaining pulse voltage waveforms set in opposite phase to each other.

TL;DR: In this paper, a temperature compensating method and heating preventing method for plasma display panel(PDP) was proposed, which compensates the temperature so as not to affect on the display characteristic of the PDP even when the temperature is raised by driving, and is capable of protecting a plasma display device containing the PDP from the temperature rising.

TL;DR: In this article, the authors proposed a plasma display panel driving method, where a plurality of a 1st and a 2nd electrodes are arranged in parallel adjacently to each other, a plurality 3rd electrodes is arranged so as to intersect both electrodes, specified electrical discharge cells are arranged at the intersection areas of each electrode, comprises a reset period to uniform wall charge distribution, an address period to form the wall charge according to a display data, and a maintenance discharge period to carry out maintenance electrical discharge.

TL;DR: In this paper, the display panel is provided with plural X electrodes, plural scanning Y electrodes and plural address electrodes, which intersect with the Y electrodes, and the device is driven during the address period in which electrostatic discharges are selectively conducted between the X electrodes and the address electrodes for lighting while the X and Y electrodes are scanned.

TL;DR: In this article, the authors proposed an address data driver low breakdown strength, to simplify a power source, to suppress the generation of a noise at the fall time of sustaining discharge pulse and to guarantee stable sustaining discharge in a sustaining discharge period when an AC type PDP is driven.