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    • 1. 发明授权
    • Field emission flat panel display with improved spacer architecture
    • 具有改进间隔结构的场致发射平板显示器
    • US6137212A
    • 2000-10-24
    • US87690
    • 1998-05-26
    • Jiang LiuDavid MortonPhilip KrzyzkowskiM. Robert Miller
    • Jiang LiuDavid MortonPhilip KrzyzkowskiM. Robert Miller
    • H01J31/12H01J1/46H01J1/02
    • H01J31/127
    • A method for forming a field emission flat panel display includes deposit a conductive patterned layer on a substrate, depositing an emitter material over the patterned layer, patterning the emitter material to provide a series of mask caps, etching the emitter material to provide arrays of emitter peaks with the mask caps thereon, depositing a dielective layer on the patterned layer and on the mask caps, depositing a conductive gate layer on the dielectric layer, depositing a high-resistivity dielectric layer on the gate layer, depositing a low-resistivity dielectric layer on the high-resistivity dielectric layer, and etching away portions of the dielectric layer, gate layer, high-resistivity dielectric layer and low-resistivity dielectric layer to expose the mask caps, and removing the mask caps to expose the emitter peaks to provide an emitter cathode panel, providing a transparent panel having a conductive coating thereon, and depositing a layer of thin film phosphors on the conductive coating to provide an anode screen, and attaching the anode screen to the cathode panel.
    • 用于形成场发射平板显示器的方法包括在衬底上沉积导电图案化层,在图案化层上沉积发射体材料,图案化发射极材料以提供一系列掩模帽,蚀刻发射极材料以提供发射极阵列 在其上具有掩模帽的峰,在图案化层和掩模帽上沉积半导体层,在电介质层上沉积导电栅极层,在栅极层上沉积高电阻率电介质层,沉积低电阻率介电层 在高电阻率电介质层上,并且蚀刻掉电介质层,栅极层,高电阻介电层和低电阻率电介质层的部分以暴露掩模帽,以及去除掩模帽以露出发射极峰以提供 发射极阴极面板,提供在其上具有导电涂层的透明面板,以及在所述连接器上沉积薄膜荧光体层 导电涂层以提供阳极屏幕,并将阳极屏幕附接到阴极面板。
    • 2. 发明授权
    • Drive circuit for matrix displays
    • 矩阵显示驱动电路
    • US4349816A
    • 1982-09-14
    • US248666
    • 1981-03-27
    • M. Robert MillerRichard P. Tuttle
    • M. Robert MillerRichard P. Tuttle
    • G09G3/30
    • G09G3/30G09G2310/0275
    • Disclosed is a capacitive voltage divider drive circuit for electroluminent matrix displays comprised of, for example, thin film electroluminescent capacitance type elements. The drive circuit for each display element, which exhibits a relatively low capacitance, includes a relatively large series connected capacitor which couples a drive voltage thereacross upon the closure of a first switching element. Due to voltage divider action, a relatively greater portion of the drive voltage appears across and energizes the display element by exceeding its threshold voltage. Additionally, another relatively large capacitor is coupled in parallel with the display element upon the closure of a second switching element which, again due to voltage divider action, reduces the drive voltage thereacross below its energizing threshold level to deenergize it. The switching elements are comprised of semiconductor switch devices which are adapted to operate in timed relationship with a resonant AC drive voltage applied to the matrix. A plurality of row and column electrodes form the capacitive type display elements. Moreover, each row electrode in the matrix is connected to a respective first switching element while each column electrode is connected to a respective series capacitor as well as a respective parallel capacitor and second switching element.
    • 公开了一种用于电致发光矩阵显示器的电容分压器驱动电路,其包括例如薄膜电致发光电容型元件。 显示相对较低电容的每个显示元件的驱动电路包括相对较大的串联电容器,其在第一开关元件闭合时耦合其上的驱动电压。 由于分压器动作,驱动电压的相对较大的一部分出现在两端并通过超过其阈值电压而使显示元件激励。 另外,另一个相对较大的电容器在闭合第二开关元件时与显示元件并联耦合,该第二开关元件再次由于分压器动作而降低超过其激励阈值电平的驱动电压以使其去激励。 开关元件包括半导体开关器件,其适于以施加到该矩阵的谐振AC驱动电压的定时关系运行。 多个行电极和列电极形成电容式显示元件。 此外,矩阵中的每个行电极连接到相应的第一开关元件,而每个列电极连接到相应的串联电容器以及相应的并联电容器和第二开关元件。