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    • 5. 发明授权
    • Method of manufacturing semiconductor memory device
    • 制造半导体存储器件的方法
    • US06342408B1
    • 2002-01-29
    • US09658573
    • 2000-09-08
    • Yukihito OowakiMasako YoshidaMakoto Yoshimi
    • Yukihito OowakiMasako YoshidaMakoto Yoshimi
    • H01L21336
    • G11C11/4091H01L27/10897H01L27/12
    • A semiconductor device includes a semiconductor layer used as a substrate formed on an insulating film, a plurality of MOS transistors arranged on the semiconductor layer and each having a gate, a source, and a drain, a pair of MOS transistors of the plurality of MOS transistors constituting a detection circuit for detecting magnitudes of potentials applied to the gates as a difference between conductances of the pair of transistors, and a diffusion layer region of the same conductivity type as that of the semiconductor layer, arranged on one of portions of the sources and drains of the pair of MOS transistors constituting the detection circuit, for connecting portions serving as the substrates of the pair of MOS transistors to each other.
    • 半导体器件包括用作形成在绝缘膜上的衬底的半导体层,布置在半导体层上并且各自具有栅极,源极和漏极的多个MOS晶体管,多个MOS的一对MOS晶体管 构成检测电路的晶体管,用于检测施加到栅极的电位的大小,作为一对晶体管的电导率差,以及与半导体层的导电类型相同的导电类型的扩散层区域,布置在源的一部分 以及构成检测电路的一对MOS晶体管的漏极,用于将用作一对MOS晶体管的基板的部分彼此连接。
    • 8. 发明授权
    • Semiconductor integrated circuit
    • 半导体集成电路
    • US06677797B2
    • 2004-01-13
    • US10023947
    • 2001-12-21
    • Atsushi KameyamaTsuneaki FuseMasako YoshidaKazunori Ohuchi
    • Atsushi KameyamaTsuneaki FuseMasako YoshidaKazunori Ohuchi
    • H03L500
    • H03K19/0016
    • An integrated circuit has first and second logic circuits having common input terminals and the same complementary logic function. The first logic circuit has a p-type FET circuit block and an n-type FET circuit block each with a high threshold value, while the second logic circuit has a p-type FET circuit block and an n-type FET circuit block each with a low threshold value. An output switch circuit intervenes between the p-type FET and n-type FET circuit blocks in each logic circuit and controls the power supply connection to each logic circuit. In operation, the output of the second logic circuit is connected to the output terminal to realize a low power consumption. In the standby state, the output of the first logic circuit is connected to the output terminal to realize a low leakage current.
    • 集成电路具有第一和第二逻辑电路,其具有公共的输入端和相同的互补逻辑功能。 第一逻辑电路具有每个具有高阈值的p型FET电路块和n型FET电路块,而第二逻辑电路具有p型FET电路块和n型FET电路块,每个具有 低阈值。 输出开关电路插入每个逻辑电路中的p型FET和n型FET电路块之间,并且控制到每个逻辑电路的电源连接。 在操作中,第二逻辑电路的输出连接到输出端以实现低功耗。 在待机状态下,第一逻辑电路的输出连接到输出端子以实现低泄漏电流。
    • 9. 发明授权
    • Level converter circuit
    • 电平转换电路
    • US06466054B2
    • 2002-10-15
    • US09811699
    • 2001-03-20
    • Atsushi KameyamaTsuneaki FuseKazunori OhuchiMasako Yoshida
    • Atsushi KameyamaTsuneaki FuseKazunori OhuchiMasako Yoshida
    • H03K190175
    • H03K19/018521
    • A level converter circuit includes two p-channel MOSFETs and two n-channel MOSFETs of gate-grounded type which receive complementary signals from a logic circuit, p-channel cross-coupled FETs, and n-channel cross-coupled FETs. The two FETs constructing each cross-coupled FETs can be driven by complementary inputs by supplying an output of the logic circuit operated on a low voltage and a logically inverted output thereof to each cross-coupled FETs via the gate-grounded FETs, and as a result, the gain characteristic of the cross-coupled FETs can be enhanced. The level converter circuit with low power consumption which has large tolerance for the element characteristic and converts a logic level which is as low as approximately 0.5V to approximately 1V to 3V which is a normal logic level.
    • 电平转换器电路包括两个p沟道MOSFET和栅极接地型的两个n沟道MOSFET,其接收来自逻辑电路,p沟道交叉耦合FET和n沟道交叉耦合FET的互补信号。 构成每个交叉耦合FET的两个FET可以通过互补输入来驱动,该逻辑电路通过栅极接地的FET将低电压和逻辑反相输出的输出提供给每个交叉耦合的FET,并且作为 结果,可以提高交叉耦合FET的增益特性。 具有低功耗的电平转换器电路,其具有对元件特性的较大容差,并将低至约0.5V至大约1V至3V的逻辑电平转换为大约1V至3V,这是正常逻辑电平。