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    • 22. 发明授权
    • Memory device for recording a time factor
    • 用于记录时间因素的记忆装置
    • US5452336A
    • 1995-09-19
    • US151030
    • 1993-11-12
    • Guoliang ShouWeikang YangSunao TakatoriMakoto Yamamoto
    • Guoliang ShouWeikang YangSunao TakatoriMakoto Yamamoto
    • G04G99/00G11C27/00H03M1/56H03M1/58H03K21/02H03K17/30
    • H03M1/58H03M1/56
    • A memory device for recording a time factor of data includes a threshold element, coupling capacitance, an RC-circuit, and a digital counter. A reference voltage is input to the RC-circuit. The output of the RC-circuit and an input voltage are each input to the coupling capacitance. The output of the coupling capacitance is input to the threshold element. When the voltage received by the threshold element reaches a threshold voltage level, the threshold element generates an output voltage. The digital counter receives the threshold element output voltage and the reference voltage. The digital counter is triggered by the reference voltage to begin counting clock pulses generated by a reference clock. The digital counter is then triggered by the threshold element output voltage to stop counting the clock pulses.
    • 用于记录数据的时间因子的存储器件包括阈值元件,耦合电容,RC电路和数字计数器。 参考电压被输入到RC电路。 RC电路的输出和输入电压各自输入到耦合电容。 耦合电容的输出被输入到阈值元件。 当由阈值元件接收的电压达到阈值电压电平时,阈值元件产生输出电压。 数字计数器接收阈值元件输出电压和参考电压。 数字计数器由参考电压触发,开始计数由参考时钟产生的时钟脉冲。 数字计数器然后由阈值元件输出电压触发,以停止对时钟脉冲的计数。
    • 23. 发明授权
    • Multiplication circuit for multiplying analog values
    • 用于乘法运算的乘法电路
    • US5424965A
    • 1995-06-13
    • US172393
    • 1993-12-23
    • Guoliang ShouWeikang YangSunao TakatoriMakoto Yamamoto
    • Guoliang ShouWeikang YangSunao TakatoriMakoto Yamamoto
    • G06G7/16G06J1/00
    • G06J1/00
    • A multiplication circuit for multiplying analog values. The multiplication circuit receives a plurality of input voltages and selects one of the input voltages. The multiplication circuit also includes at least one resistor/capacitor (RC) circuit. The RC circuits includes a resistor for receiving a stepwise start signal and a capacitor, which is connected between a ground potential and the resistor. An output terminal is connected between the resistor and the capacitor. The output terminal outputs an output voltage. The multiplication circuit produces a stop signal when a difference between the selected one of the input voltages and the output voltage is greater than a predetermined value. The multiplication circuit selectively increases or decreases a count value by a number of clock pulses that occur between the stepwise start signal and the stop signal, The multiplication circuit produces a count signal, which is indicative of the count value. The multiplication circuit includes a switch for electrically disconnecting, in accordance with the count signal, the resistor and the capacitor of the RC circuit.
    • 用于乘以模拟值的乘法电路。 乘法电路接收多个输入电压并选择输入电压之一。 乘法电路还包括至少一个电阻器/电容器(RC)电路。 RC电路包括用于接收逐步启动信号的电阻器和连接在接地电位和电阻器之间的电容器。 输出端连接在电阻和电容之间。 输出端输出输出电压。 当选择的输入电压和输出电压之间的差异大于预定值时,乘法电路产生停止信号。 乘法电路选择性地将计数值增加或减少在逐步启动信号和停止信号之间发生的时钟脉冲数。乘法电路产生计数信号,其表示计数值。 乘法电路包括根据计数信号电路断开RC电路的电阻器和电容器的开关。
    • 30. 发明授权
    • Capacitance forming method
    • 电容成型法
    • US5734583A
    • 1998-03-31
    • US536326
    • 1995-09-29
    • Guoliang ShouKazunori MotohashiMakoto YamamotoSunao Takatori
    • Guoliang ShouKazunori MotohashiMakoto YamamotoSunao Takatori
    • H01L27/08H01L27/10G06F17/50
    • H01L27/0805H01L27/101
    • A capacitance forming method for forming capacitances corresponding to a plurality of constant numbers within a large scale integrated circuit (LSI) comprises steps of defining a unit capacitance with a predetermined shape, defining an arrangement of a plurality of the unit capacitances of a number necessary for total capacity of capacitances to be formed in two dimension in an area of the LSI, selecting the unit capacitances of a number corresponding to the maximal capacity among capacities of the capacitances to be formed so that the selected unit capacitances are equivalently dispersed over the area, and successively selecting other of the capacitances than the capacitance of the maximal capacity in the order of capacities, and selecting the unit capacitances of a number corresponding to a capacity of each the capacitance selected so that the selected unit capacitances are equivalently dispersed over an area of the rest of the unit capacitances which have not selected yet.
    • 用于在大规模集成电路(LSI)内形成对应于多个常数的电容的电容形成方法包括以预定形状定义单位电容的步骤,限定多个单位电容的排列, 在LSI的区域中形成二维电容的总容量,选择与要形成的电容的容量之间的最大容量相对应的数字的单位电容,使得所选择的单位电容等效地分散在该区域上, 并且依次选择电容量以及容量顺序的最大容量的电容量,并且选择与所选择的每个电容的容量对应的数量的单位电容,使得所选择的单位电容等价地分散在 其余单位电容尚未选择。