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    • 32. 发明授权
    • Discharge device driving method
    • 放电装置驱动方式
    • US06456265B1
    • 2002-09-24
    • US09297690
    • 1999-08-03
    • Shigeo MikoshibaJeong-duk Ryeom
    • Shigeo MikoshibaJeong-duk Ryeom
    • G09G328
    • G09G3/298G09G3/2942
    • There is provided a method for driving a discharge device, especially a plasma display panel to improve a discharge process. The discharge device driving method prevents the increase of a discharge voltage and the decrease of an operating margin since space charge is efficiently controlled to lower the discharge voltage by adding a non-discharge signal for controlling space charge to a driving signal applied to at least one of two discharge electrodes, or to a third electrode, during a discharge sustaining period of the driving signals applied to both the discharge electrodes. In particular, the effects of the present invention is markedly excellent in the case of a pulse width of 1 &mgr;s or below. Discharge can be stably sustained by using a space-charge controlling non-discharge pulse of 200 ns˜1 &mgr;s wide, according to the panel structure, physical characteristics, and the driving method. In addition, in a method for applying the space-charge controlling non-discharge pulse according to the present invention, discharge efficiency can be increased by enabling the space-charge controlling non-discharge pulse to efficiently use space charge in a discharge space during a discharge sustaining period.
    • 提供了用于驱动放电装置的方法,特别是等离子体显示面板以改善放电过程。 放电装置驱动方法防止放电电压的增加和操作裕度的降低,因为通过将用于控制空间电荷的非放电信号加到施加到至少一个的驱动信号上来有效地控制空间电荷以降低放电电压 在施加到两个放电电极的驱动信号的放电维持期间,两个放电电极或第三电极。 特别地,在脉冲宽度为1微米或更低的情况下,本发明的效果显着优异。 根据面板结构,物理特性和驱动方式,通过使用200 ns〜1 m宽的空间电荷控制非放电脉冲可以稳定地进行放电。 另外,在本发明的空间电荷控制非放电脉冲的施加方法中,通过使空间电荷控制非放电脉冲能够有效地使用放电空间中的空间电荷,能够提高放电效率 放电维持期。