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    • 4. 发明授权
    • Set-preferring R-S flip-flop circuit
    • 设置优先R-S触发器电路
    • US3892985A
    • 1975-07-01
    • US45019074
    • 1974-03-11
    • HITACHI LTD
    • KAWAGOE HIROTO
    • H03K3/356H03K3/286H03K3/33
    • H03K3/356113
    • A set-preferring R-S flip-flop circuit comprises a first inverter circuit and a second inverter circuit. The first inverter circuit includes first, third and fifth MISFETs of a first conductivity type channel and second, fourth and sixth MISFETs of a second conductivity type channel. The first and third MISFETs are connected in parallel with each other and are connected between an output terminal of the first inverter circuit and a first power source terminal in series with the fifth MISFET. The sixth MISFET is connected between the output terminal and a second power source terminal, and the second and fourth MISFETs are connected between the output terminal and the second power source terminal in series with each other. The second inverter circuit includes a seventh MISFET of the first conductivity type channel connected between an output terminal of the second inverter circuit and the first power source terminal, and an eighth MISFET of the second conductivity type channel connected between the output terminal and the second power source terminal. An output signal of the first inverter circuit is transferred to input electrodes of the seventh and eighth MISFETs. An output signal of the second inverter circuit is fed back to input electrodes of the first and second MISFETs. A reset signal is applied to input electrodes of the third and fourth MISFETs. A set signal is applied to input electrodes of the fifth and sixth MISFETs.
    • 优先选择的R-S触发器电路包括第一反相器电路和第二反相器电路。 第一逆变器电路包括第一导电类型沟道的第一,第三和第五MISFET以及第二导电类型沟道的第二,第四和第六MISFET。 第一和第三MISFET彼此并联连接,并且连接在第一反相器电路的输出端和与第五MISFET串联的第一电源端。 第六MISFET连接在输出端子和第二电源端子之间,第二和第四MISFET彼此串联连接在输出端子和第二电源端子之间。 第二逆变器电路包括连接在第二逆变器电路的输出端子和第一电源端子之间的第一导电型沟道的第七MISFET和连接在输出端子与第二电力之间的第二导电型沟道的第八MISFET 源码终端。 第一反相器电路的输出信号被传送到第七和第八MISFET的输入电极。 第二反相器电路的输出信号被反馈到第一和第二MISFET的输入电极。 复位信号施加到第三和第四MISFET的输入电极。 设置信号施加到第五和第六MISFET的输入电极。
    • 5. 发明授权
    • MIS type semiconductor device having high operating voltage and manufacturing method
    • 具有高工作电压的MIS型半导体器件和制造方法
    • US3909306A
    • 1975-09-30
    • US44035674
    • 1974-02-07
    • HITACHI LTD
    • SAKAMOTO TAKASHITSUJI NOBUHIROKAWAGOE HIROTO
    • H01L21/00H01L21/336H01L29/78H01L21/265
    • H01L29/7835H01L21/00H01L29/78Y10S148/043Y10S148/053
    • A semiconductor device of metal-insulator-semiconductor construction and having a high operating voltage is formed of a semi-conductor substrate of one conductivity type which has a drain region of the opposite conductivity type and low impurity concentration formed in its major surface. The low impurity concentration region has formed therein a region of opposite conductivity type of a high impurity concentration. Simultaneously with the formation the high impurity concentration region, a source region of opposite conductivity type and high impurity concentration is formed in the substrate. An insulated gate electrode is formed to bridge the source region and the drain region of low impurity concentration, but to be spaced from the region of the high impurity concentration in the drain region, so that a depletion or space charge region extends deeply into the drain region.
    • 金属 - 绝缘体 - 半导体结构的半导体器件具有高的工作电压由一种导电类型的半导体衬底形成,其具有相反导电类型的漏极区域和在其主表面上形成的低杂质浓度。 低杂质浓度区域中形成了杂质浓度高的相反导电型区域。 在形成高杂质浓度区域的同时,在衬底中形成具有相反导电类型和高杂质浓度的源极区域。 形成绝缘栅电极以桥接低杂质浓度的源极区域和漏极区域,但是与漏极区域中的高杂质浓度区域隔开,使得耗尽区域或空间电荷区域深深延伸到漏极 地区。
    • 6. 发明授权
    • Digital circuit
    • 数字电路
    • US3870897A
    • 1975-03-11
    • US33252273
    • 1973-02-14
    • HITACHI LTD
    • HATSUKANO YOSHIKAZUNOMIYA KOSEIKAWAGOE HIROTO
    • G09G3/04H03K19/017H03K19/096H03K19/08G11C11/34H03K19/36
    • H03K19/017G09G3/04H03K19/096
    • A digital circuit has a memory circuit and a logical circuit connected in cascade between first and second delay circuits. The first delay circuit controls an input signal to the digital circuit, so that the delay of the input signal due to a stage or stages preceding to the digital circuit may fall within a delay by the first delay circuit, and the second delay circuit controls an output signal from the digital circuit, so that delays due to the memory and logical circuits may fall within a delay by the second delay circuit, whereby the output signal is made apparently free from the delays due to the preceding stage or stages and to the memory and logical circuits.
    • 数字电路具有在第一和第二延迟电路之间级联连接的存储器电路和逻辑电路。 第一延迟电路控制到数字电路的输入信号,使得由数字电路之前的级或级引起的输入信号的延迟可能由第一延迟电路落在延迟范围内,并且第二延迟电路控制 来自数字电路的输出信号,使得由于存储器和逻辑电路引起的延迟可能由第二延迟电路落在延迟之内,由此使得输出信号明显地没有由于前一级或级的延迟和存储器 和逻辑电路。