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    • 31. 发明授权
    • Common mode bias generator
    • 共模偏置发生器
    • US06262568B1
    • 2001-07-17
    • US09734191
    • 2000-12-12
    • Yoshihide KomatsuHironori AkamatsuTakashi HirataSatoshi TakahashiYutaka Terada
    • Yoshihide KomatsuHironori AkamatsuTakashi HirataSatoshi TakahashiYutaka Terada
    • G05F304
    • G05F3/205
    • An inventive potential generator generates a predetermined potential and includes first operational amplifier, current supply circuit and current sink circuit. A first reference potential is applied to the non-inverting input terminal of the first amplifier and a potential at the output node of the first amplifier is not only applied to the inverting input terminal of the first amplifier but also used as the output of the generator. The current supply circuit supplies a current to the output node of the first amplifier if the potential at the output node of the first amplifier is lower than a predefined level. And the current sink circuit drains a current from the output node of the first amplifier if the potential at the output node of the first amplifier is higher than the predefined level.
    • 本发明的潜在发生器产生预定电位并且包括第一运算放大器,电流供应电路和电流吸收电路。 第一参考电位被施加到第一放大器的非反相输入端,并且第一放大器的输出节点处的电位不仅被施加到第一放大器的反相输入端,而且还用作发生器的输出 。 如果第一放大器的输出节点处的电位低于预定义电平,则电流供应电路向第一放大器的输出节点提供电流。 并且如果第一放大器的输出节点处的电位高于预定义电平,则电流吸收电路从第一放大器的输出节点漏出电流。
    • 32. 发明授权
    • Semiconductor mounting system and semiconductor chip
    • 半导体安装系统和半导体芯片
    • US06163459A
    • 2000-12-19
    • US122566
    • 1998-07-24
    • Yutaka TeradaHironori Akamatsu
    • Yutaka TeradaHironori Akamatsu
    • H01L25/10H05K1/14
    • H05K1/14H01L25/105H01L2224/05554H01L2224/48091H01L2224/49175H01L2225/1029H01L2924/01055H01L2924/14H05K1/145H01L2924/00014
    • A semiconductor mounting system of the present invention includes a first semiconductor chip in which a first semiconductor integrated circuit is packaged and a second semiconductor chip in which a second semiconductor integrated circuit is packaged. The first semiconductor chip includes a plurality of first pins provided on a first surface and a plurality of second pins provided on a second surface. The second semiconductor chip includes a plurality of third pins provided on a third surface and a plurality of fourth pins provided on a fourth surface. The semiconductor mounting system further includes: a plurality of first lines for electrically connecting the first pins with the third pins; and a plurality of second lines for electrically connecting the second pins with the fourth pins. A length of the first lines is substantially equal to a length of the second lines.
    • 本发明的半导体安装系统包括封装有第一半导体集成电路的第一半导体芯片和封装有第二半导体集成电路的第二半导体芯片。 第一半导体芯片包括设置在第一表面上的多个第一引脚和设置在第二表面上的多个第二引脚。 第二半导体芯片包括设置在第三表面上的多个第三引脚和设置在第四表面上的多个第四引脚。 半导体安装系统还包括:多个用于将第一引脚与第三引脚电连接的第一线; 以及用于将第二引脚与第四引脚电连接的多条第二线。 第一行的长度基本上等于第二行的长度。
    • 34. 发明授权
    • Time counting circuit and pulse signal generating method
    • 时间计数电路和脉冲信号产生方法
    • US5999586A
    • 1999-12-07
    • US795907
    • 1997-03-04
    • Yutaka TeradaKeiichi KusumotoAkira Matsuzawa
    • Yutaka TeradaKeiichi KusumotoAkira Matsuzawa
    • G01D3/00
    • G01D3/00
    • There is provided a small-size time counting circuit which measures time with high accuracy and low power consumption. Around a differential inverter ring composed of an odd number of differential inverters of identical structure connected in a ring configuration, signal transition is caused to circulate by oscillation. A first signal group is composed of normal output signals from the odd-numbered differential inverters and inverted output signals from the even-numbered differential inverters, which rise and fall sequentially at equal time intervals corresponding to delay times in the individual differential inverters. A second signal group is composed of inverted output signals from the odd-numbered differential inverters and normal output signals from the even-numbered differential inverters, which similarly rise and fall sequentially at equal time intervals. Accordingly, even when the rise time of an output signal from each of the differential inverters composing the differential inverter ring is different from the fall time thereof, the use of the first and second signal groups provides equal increments of time for time measurement.
    • 提供了一种小型时间计数电路,以高精度和低功耗测量时间。 围绕由具有相同结构的奇数差分逆变器组成的差动逆变器环以环形结构连接,使信号转变通过振荡循环。 第一信号组由来自奇数编号的差分逆变器的正常输出信号和来自偶数编号的差分逆变器的反相输出信号组成,其以与各个差分逆变器中的延迟时间相对应的等时间间隔顺序上升和下降。 第二信号组由来自奇数编号的差分逆变器的反相输出信号和来自偶数编号差动逆变器的正常输出信号组成,其类似地以相等的时间间隔顺序地上升和下降。 因此,即使来自构成差分逆变器环的各差分逆变器的输出信号的上升时间与其下降时间不同,所以使用第一和第二信号组提供相等的时间测量时间。
    • 35. 发明授权
    • Semiconductor integrated circuit
    • 半导体集成电路
    • US5933384A
    • 1999-08-03
    • US997558
    • 1997-12-23
    • Yutaka TeradaToru Iwata
    • Yutaka TeradaToru Iwata
    • G11C5/14H03K19/00G11C7/00
    • H03K19/0016G11C5/147
    • In serially connected first and third inverters, the high-level-side source nodes are connected to a first pseudo-power supply line and the low-level-side source nodes are connected to a third pseudo-power supply line. In serially connected second and fourth inverters, the high-level-side source nodes are connected to a second pseudo-power supply line and the low-level-side source nodes are connected to a fourth pseudo-power supply line. The source nodes of transistors which are cut off in the operation mode, are disconnected from the power supply when first to fourth switch transistors are turned off according to an input signal, and these source nodes are short-circuited when either of fifth and sixth switch transistors is turned on.
    • 在串联连接的第一和第三反相器中,高电平侧源节点连接到第一伪电源线,而低电平侧源节点连接到第三伪电源线。 在串联的第二和第四反相器中,高电平侧源极节点连接到第二伪电源线,而低电平侧源极节点连接到第四伪电源线。 当第一至第四开关晶体管根据输入信号被切断时,在操作模式中切断的晶体管的源节点与电源断开,并且当第五和第六开关中的任一个切换时,这些源节点短路 晶体管导通。
    • 39. 发明授权
    • Semiconductor memory device
    • 半导体存储器件
    • US08811078B2
    • 2014-08-19
    • US13493671
    • 2012-06-11
    • Yutaka TeradaMasakazu Kurata
    • Yutaka TeradaMasakazu Kurata
    • G11C16/10H01L27/112H01L27/115G11C16/04G11C16/06
    • H01L27/112G11C16/0408G11C16/06H01L27/115H01L27/11519
    • In a semiconductor memory device in which each memory cell is constituted by one transistor, in a memory cell pattern, two adjacent bits form one diffusion pattern, two adjacent transistors share a source region, and two drain regions are separated from each other. A plurality of arrays in each of which at least a column of the diffusion patterns is disposed include bit lines, and the bit lines of the first array are independent of the bit lines of the second array. In an interface between the arrays, ends at one side of the bit lines of each of the arrays are located on an associated one of two drain regions which are separated from each other with the source region which is shared on one diffusion pattern sandwiched therebetween. This configuration can provide a sufficient bit-line separation width, and reduce the area.
    • 在其中每个存储单元由一个晶体管构成的半导体存储器件中,在存储单元图形中,两个相邻位形成一个扩散图案,两个相邻的晶体管共享源极区域,并且两个漏极区域彼此分离。 其中布置有至少一列扩散图案的多个阵列包括位线,并且第一阵列的位线与第二阵列的位线无关。 在阵列之间的接口中,每个阵列的位线的一侧的端部位于两个漏极区域中的相关联的一个上,这两个漏极区域彼此分离,其中源区域在夹在其间的一个扩散图案上共享。 这种配置可以提供足够的位线分隔宽度,并减少面积。