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    • 2. 发明授权
    • Gradation display reference voltage generating circuit and liquid crystal driving device
    • 梯度显示参考电压发生电路和液晶驱动装置
    • US07659875B2
    • 2010-02-09
    • US11447098
    • 2006-06-06
    • Eisaku Miyazaki
    • Eisaku Miyazaki
    • G09G3/36G09G5/00G09G5/10G06F3/038
    • G09G3/3696G09G3/3614G09G3/3688G09G2310/027G09G2320/0276
    • In a gradation display reference voltage generating circuit, first reference voltages (VH0 to VH63) produced by resistors for positive polarity (RH0 to RH64) of a first ladder circuit in a first reference voltage producing section (LDH) are output from reference voltage output terminals (T0 to T63), respectively, at the positive polarity drive, while second reference voltages (VL0 to VL63) produced by resistors for negative polarity (RL0 to RL64) of a second ladder circuit in a second reference voltage producing section (LDL) are output from the reference voltage outputs (T0 to T63), respectively, at the negative polarity drive. A resistance ratio of the resistors for positive polarity (RH0 to RH64) is different from a resistance ratio of the resistors for negative polarity (RL0 to RL64).
    • 在灰度显示基准电压产生电路中,从第一参考电压产生部分(LDH)中的第一梯形电路的正极性(RH0至RH64)的电阻器产生的第一参考电压(VH0至VH63)从参考电压输出端子 (T0至T63),而第二参考电压产生部分(LDL)中的第二梯形电路的负极性(RL0至RL64)的电阻器产生的第二参考电压(VL0至VL63)分别为(T0至T63) 在负极驱动时,分别从参考电压输出(T0到T63)输出。 正极性电阻(RH0〜RH64)的电阻比与负极性电阻(RL0〜RL64)的电阻比不同。
    • 3. 发明申请
    • Gradation display reference voltage generating circuit and liquid crystal driving device
    • 梯度显示参考电压发生电路和液晶驱动装置
    • US20060274005A1
    • 2006-12-07
    • US11447098
    • 2006-06-06
    • Eisaku Miyazaki
    • Eisaku Miyazaki
    • G09G3/36
    • G09G3/3696G09G3/3614G09G3/3688G09G2310/027G09G2320/0276
    • In a gradation display reference voltage generating circuit, first reference voltages (VH0 to VH63) produced by resistors for positive polarity (RH0 to RH64) of a first ladder circuit in a first reference voltage producing section (LDH) are output from reference voltage output terminals (T0 to T63), respectively, at the positive polarity drive, while second reference voltages (VL0 to VL63) produced by resistors for negative polarity (RL0 to RL64) of a second ladder circuit in a second reference voltage producing section (LDL) are output from the reference voltage outputs (T0 to T63), respectively, at the negative polarity drive. A resistance ratio of the resistors for positive polarity (RH0 to RH64) is different from a resistance ratio of the resistors for negative polarity (RL0 to RL64).
    • 在灰度显示参考电压产生电路中,从第一参考电压产生部分(LDH)中的第一梯形电路的正极性(RH 0至RH 64)的电阻产生的第一参考电压(VH 0至VH 63)从 参考电压输出端子(T 0〜T 63)分别为正极驱动,第二参考电压(VL 0〜VL 63)由第二梯形电路的负极性(RL 0〜RL 64)的电阻产生, 第二参考电压产生部分(LDL)分别从负极驱动器处的参考电压输出(T 0至T 63)输出。 正极性(RH 0〜RH 64)的电阻的电阻比与负极性的电阻(RL 0〜RL 64)的电阻比不同。