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    • 1. 发明申请
    • Adaptive hysteresis for reduced swing signalling circuits
    • 减少摆动信号电路的自适应滞后
    • US20060164404A1
    • 2006-07-27
    • US10534890
    • 2003-10-28
    • Francesco MaoneAntonius Welbers
    • Francesco MaoneAntonius Welbers
    • G09G5/00
    • H03K5/088G09G3/3611H03K3/02337
    • Apparatus (50) for processing a differential input signal. The apparatus (50) comprises a minimum peak detector (51) with a differential input (28). The peak detector (51) provides a first voltage being proportional to an average voltage peak at the peak detector's differential input (28). A compressor (53) is provided for processing the first voltage in order to provide a second voltage. The compressor (53) is followed by a voltage controllable current source providing a trim current that is adjustable by the second voltage. A hysteresis equipped circuit (67.1) whose hysteresis characteristics are adjustable by the trim current is part of the apparatus (50).
    • 用于处理差分输入信号的装置(50)。 装置(50)包括具有差分输入(28)的最小峰值检测器(51)。 峰值检测器(51)提供与峰值检测器的差分输入(28)处的平均电压峰值成比例的第一电压。 提供压缩机(53)以处理第一电压以提供第二电压。 压缩机(53)之后是电压可控电流源,提供可由第二电压调节的微调电流。 其滞后特性由微调电流调节的滞后配置电路(67.1)是设备(50)的一部分。
    • 3. 发明申请
    • Circuit Arrangement for Driving Arrangement
    • 行车安排电路安排
    • US20070273635A1
    • 2007-11-29
    • US10579638
    • 2004-11-10
    • Antonius WelbersCorneliu TobescuFrancesco Maone
    • Antonius WelbersCorneliu TobescuFrancesco Maone
    • G09G3/36
    • G09G3/3688G09G2310/0275G09G2310/0297
    • The invention concerns a circuit arrangement (2) for driving a display arrangement (1). Further it concerns a display arrangement (1) and a method for driving a display arrangement (1). To provide an arrangement (2) having a good offset cancellation combined with high quality illustrating of an image the circuit arrangement includes column driving means (5) for driving n column electrodes (C) and row driving means (4) for driving m row electrodes (R) of the display arrangement (1), wherein the column driving means (5) comprises n output channels (O), each output channel (O) having a column electrode (C) assigned and is arranged for providing a respective column voltage to the assigned column electrode (C), an additional output channel (OR) is arranged for providing a respective column voltage, whereas each of the n column electrodes (C) is connectable to the additional output channel (OR). The additional output channel (OR) will be calibrated at first. Then the additional output channel will successively replace the output channel (O1-On) whereas during replacement the output channels (O1-On) will be calibrated sequentially. So the time required for offset cancellation will not reduce the time for settling the column voltage.
    • 本发明涉及用于驱动显示装置(1)的电路装置(2)。 此外,它涉及显示装置(1)和用于驱动显示装置(1)的方法。 为了提供具有良好的偏移消除的结构(2)和高质量的图像的图像,电路装置包括用于驱动n列电极(C)的列驱动装置(5)和用于驱动m行电极的行驱动装置(4) (1)的显示装置(R),其中列驱动装置(5)包括n个输出通道(O),每个输出通道(O)具有分配的列电极(C),并且被布置用于提供相应的列电压 配置到分配的列电极(C),设置附加的输出通道(O SUB R)以提供相应的列电压,而n列电极(C)中的每一个可连接到附加的输出通道 (O R R)。 首先校准附加的输出通道(O SUB R&)。 然后附加的输出通道将相继地替换输出通道(O SUB 1 -O SUB SUB),而在更换期间输出通道(O SUB 1 -O )将被顺序校准。 因此,偏移消除所需的时间不会减少设置列电压的时间。