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    • 1. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US06483349B2
    • 2002-11-19
    • US09987531
    • 2001-11-15
    • Takeshi SakataHitoshi TanakaOsamu NagashimaMasafumi OhiSadayuki Morita
    • Takeshi SakataHitoshi TanakaOsamu NagashimaMasafumi OhiSadayuki Morita
    • A03K190175
    • H03K19/018528
    • Differential amplifier circuits that receive input signals fed through external terminals are served with a first operation voltage and a second operation voltage through a first switching MOSFET and a second switching MOSFET, said first and second switching MOSFETs are turned on by a bis voltage-generating circuit when said input signal is near a central voltage of said first and second operation voltages, control voltages are formed to turn either said first switching MOSFET or said second switching MOSFET on and to turn the other one off to produce a corresponding output signal when the input signal continuously assumes said first voltage or said second voltage for a predetermined period of time, thereby to supply an input signal of a first amplitude corresponding to said first operation voltage and said second operation voltage as well as an input signal of a second amplitude corresponding to a predetermined intermediate voltage between said first operation voltage and said second operation voltage.
    • 接收通过外部端子馈送的输入信号的差分放大器电路通过第一开关MOSFET和第二开关MOSFET被提供第一工作电压和第二工作电压,所述第一和第二开关MOSFET由双电压发生电路 当所述输入信号接近所述第一和第二操作电压的中心电压时,形成控制电压以使所述第一开关MOSFET或所述第二开关MOSFET导通,并将另一个断开以产生相应的输出信号,当输入 信号连续地采取所述第一电压或所述第二电压预定的时间段,从而提供对应于所述第一操作电压和所述第二操作电压的第一幅度的输入信号以及对应于所述第一操作电压的第二幅度的输入信号 所述第一操作电压和所述第二操作电压之间的预定中间电压 工作电压。
    • 2. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US06339344B1
    • 2002-01-15
    • US09497280
    • 2000-02-02
    • Takeshi SakataHitoshi TanakaOsamu NagashimaMasafumi OhiSadayuki Morita
    • Takeshi SakataHitoshi TanakaOsamu NagashimaMasafumi OhiSadayuki Morita
    • H03K190175
    • H03K19/018528
    • Differential amplifier circuits that receive input signals fed through external terminals are served with a first operation voltage and a second operation voltage through a first switching MOSFET and a second switching MOSFET, said first and second switching MOSFETs are turned on by a bias voltage-generating circuit when said input signal is near a central voltage of said first and second operation voltages, control voltages are formed to turn either said first switching MOSFET or said second switching MOSFET on and to turn the other one off to produce a corresponding output signal when the input signal continuously assumes said first voltage or said second voltage for a predetermined period of time, thereby to supply an input signal of a first amplitude corresponding to said first operation voltage and said second operation voltage as well as an input signal of a second amplitude corresponding to a predetermined intermediate voltage between said first operation voltage and said second operation voltage.
    • 接收通过外部端子馈送的输入信号的差分放大器电路通过第一开关MOSFET和第二开关MOSFET被提供第一工作电压和第二工作电压,所述第一和第二开关MOSFET由偏置电压产生电路 当所述输入信号接近所述第一和第二操作电压的中心电压时,形成控制电压以使所述第一开关MOSFET或所述第二开关MOSFET导通,并将另一个断开以产生相应的输出信号,当输入 信号连续地采取所述第一电压或所述第二电压预定的时间段,从而提供对应于所述第一操作电压和所述第二操作电压的第一幅度的输入信号以及对应于所述第一操作电压的第二幅度的输入信号 所述第一操作电压和所述第二操作电压之间的预定中间电压 工作电压。
    • 3. 发明授权
    • Semiconductor device
    • 半导体器件
    • US06680869B2
    • 2004-01-20
    • US10120447
    • 2002-04-12
    • Takahiro SonodaTakeshi SakataSadayuki MoritaYoshinobu NakagomeHaruko TadokoroOsamu Nagashima
    • Takahiro SonodaTakeshi SakataSadayuki MoritaYoshinobu NakagomeHaruko TadokoroOsamu Nagashima
    • G11C700
    • G11C7/1087G11C7/1066G11C7/1078G11C7/1084G11C8/12
    • A semiconductor memory device of a DDR configuration improved in glitch immunity and the convenience of use is to be provided. It is a dynamic type RAM the operation of whose internal circuit is controlled in synchronism with a clock signal; an input circuit is provided in which a second clock signal inputted when in write operation is used to take in a plurality of write data serially inputted in response to that signal into a plurality of first latch circuits, and said first clock signal is used to take the write data taken into the first latch circuits into the second latch circuit to convey them to an input/output data bus; a logic circuit is provided to mask, in accordance with the logic of the first clock signal and the second clock signal, any noise arising at the end of the second clock signal, and a third clock signal is generated and supplied to the first latch circuits which output the write data to at least the input of the second latch circuits.
    • DDR配置的半导体存储器件提高了毛刺抗扰性,并且提供了使用的便利。 它是一种动态类型的RAM,其内部电路与时钟信号同步地被控制; 提供了一种输入电路,其中在写入操作时输入的第二时钟信号用于将响应于该信号串行输入的多个写数据写入多个第一锁存电路,并且所述第一时钟信号用于采取 写入第一锁存电路的数据进入第二锁存电路,以将它们传送到输入/输出数据总线; 提供逻辑电路,以根据第一时钟信号和第二时钟信号的逻辑屏蔽在第二时钟信号结束时产生的任何噪声,并产生第三时钟信号并将其提供给第一锁存电路 其将写数据输出到至少第二锁存电路的输入。