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    • 32. 发明授权
    • Semiconductor device
    • 半导体器件
    • US06388941B2
    • 2002-05-14
    • US09903509
    • 2001-07-13
    • Hiroshi OtoriHiroki FujisawaMinoru EbiharaSeiji NaruiMasanori IsodaAkira Ohta
    • Hiroshi OtoriHiroki FujisawaMinoru EbiharaSeiji NaruiMasanori IsodaAkira Ohta
    • G11C800
    • G11C29/70G11C5/025G11C5/063
    • Relief units (UNITb) each having electrically programmable electric fuses for storing information according to the difference in threshold voltage, and an address comparator are disposed in a second area, and relief units (UNITa) each having laser fuses and an address comparator are disposed in a first area. Both areas are adjacent to each other along an address signal wiring for each comparator, and the address signal wiring is laid out linearly. Even if the electric fuses and the laser fuses are caused to coexist for relief address storage, the difference between by-chip occupied areas due to the difference between their configurations can be adjusted based on the size extending in the direction of the address signal wiring, and an increase in the by-chip occupied area can be restrained to the utmost from a layout viewpoint.
    • 每个具有用于根据阈值电压差存储信息的可电气可编程电保险丝和地址比较器的排气单元(UNITb)设置在第二区域中,并且每个具有激光熔丝和地址比较器的释放单元(UNITa)设置在 第一个区域。 两个区域沿着每个比较器的地址信号布线彼此相邻,并且地址信号布线线性布置。 即使电保险丝和激光熔丝被共存用于释放地址存储,也可以基于在地址信号布线的方向上延伸的大小来调整由于它们的配置之间的差异造成的片外占用面积之间的差异, 并且可以从布局的观点最大限度地抑制片上占用面积的增加。
    • 34. 发明授权
    • Variable delay circuit, ring oscillator, and flip-flop circuit
    • 可变延迟电路,环形振荡器和触发器电路
    • US5682114A
    • 1997-10-28
    • US545320
    • 1995-10-19
    • Akira Ohta
    • Akira Ohta
    • H03K3/03H03K3/037H03K5/00H03K5/13H03K7/08H03K17/28
    • H03K3/0315H03K5/133H03K2005/00156
    • In a variable delay circuit for delaying an input signal by a variable delay time from a rising edge or a falling edge of the input signal to a rising edge or a falling edge of an output signal in a digital circuit, a data signal input terminal; a first signal input terminal to which a low-level signal of a logic gate is applied; n selector circuits (n=integer larger than 0) selecting either the signal at the data signal input terminal or the signal at the first signal input terminal in response to signals applied to first selector signal input terminals; and an (n+1)-input NOR circuit to which the signal at the data signal input terminal and output signals from the selector circuits are applied. In this variable delay circuit, a delay time shorter than the delay time of a single-stage buffer circuit can be controlled using only digital circuits.
    • 在用于将输入信号从输入信号的上升沿或下降沿延迟到数字电路中的输出信号的上升沿或下降沿的可变延迟电路的可变延迟电路中,数据信号输入端子; 施加逻辑门的低电平信号的第一信号输入端; 响应于施加到第一选择器信号输入端的信号,n个选择器电路(n =大于0的整数)选择数据信号输入端的信号或第一信号输入端的信号; 和数据信号输入端的信号和来自选择电路的输出信号的(n + 1)输入NOR电路。 在该可变延迟电路中,可以仅使用数字电路来控制比单级缓冲电路的延迟时间短的延迟时间。
    • 35. 发明授权
    • Variable delay circuit
    • 可变延迟电路
    • US5668491A
    • 1997-09-16
    • US585436
    • 1996-01-11
    • Norio HigashisakaAkira Ohta
    • Norio HigashisakaAkira Ohta
    • H03K5/13
    • H03K5/133
    • A variable delay circuit includes a gate chain of first to n-th delay gates (n is an integer larger than 2) connected in series to each other via delay gate wirings having respective wiring lengths, the first delay gate receiving an input signal for delay; first to n-th separator gates to which the outputs of the first to n-th delay gates are input, respectively; first to n-th separator gate wirings having wiring lengths successively shortened from the first to n-th separator gate, first ends respectively connected to the first to n-th separator gates, and second ends connected to an n:1 selector, for selecting one of the outputs of the first to n-th separator gates in according with a select signal, and a select signal generating circuit for controlling the n:1 selector. The variable delay circuit has no loss of resolution due to parasitic capacitance of the delay gate wirings.
    • 可变延迟电路包括经由具有各自布线长度的延迟栅极布线彼此串联连接的第一至第n延迟门(n为大于2的整数)的栅极链,第一延迟栅极接收用于延迟的输入信号 ; 分别输入第一至第n延迟门的输出的第一至第n分离器门; 具有从第一至第n分离器栅极连续缩短的布线长度的第一至第n分离器栅极布线,分别连接到第一至第n分离器栅极的第一端和连接到n:1选择器的第二端,用于选择 根据选择信号的第一至第n分离器门的输出中的一个,以及用于控制n:1选择器的选择信号发生电路。 可变延迟电路由于延迟栅极布线的寄生电容而没有分辨率损失。
    • 39. 发明授权
    • Shift register circuit with three-input nor gates in selector circuit
    • 移位寄存器电路与选择电路中的三输入或门
    • US5355027A
    • 1994-10-11
    • US42506
    • 1993-04-05
    • Masaaki ShimadaNorio HigashisakaAkira Ohta
    • Masaaki ShimadaNorio HigashisakaAkira Ohta
    • G11C19/38H03K3/286H03K19/20
    • G11C19/38
    • A shift register circuit includes a first two-input NOR circuit to which a first data signal and a selection signal are input, a second two-input NOR circuit to which a first reverse data signal having an opposite phase from the first data signal and the selection signal are input, a third two-input NOR circuit to which a second data signal and a reverse selection signal having an opposite phase from the selection signal are input, a fourth two-input NOR circuit to which a second reverse data signal having an opposite phase from the second data signal and the reverse selection signal are input, a first three-input NOR circuit to which output signals from the first and third two-input NOR circuits and the clock signal are input, and a second three-input NOR circuit to which output signals from the second and fourth two-input NOR circuits and the clock signal are input. Since the three-input NOR circuits are employed, the number of NOR circuits through which the input data signal travels is decreased, resulting in an increase in the operation speed of the shift register circuit.
    • 移位寄存器电路包括输入第一数据信号和选择信号的第一双输入NOR电路;第二双输入NOR电路,具有与第一数据信号相反相位的第一反向数据信号和 输入选择信号的第三双输入NOR电路,输入与选择信号具有相反相位的第二数据信号和反向选择信号的第三双输入NOR电路,具有第二反相数据信号的第二双输入NOR电路, 输入与第二数据信号和反向选择信号相反的相位,输入来自第一和第三双输入NOR电路和时钟信号的输出信号的第一三输入NOR电路和第二三输入NOR电路 输入来自第二和第四双输入NOR电路的输出信号和时钟信号的电路。 由于采用三输入NOR电路,所以输入数据信号行进的NOR电路的数量减少,导致移位寄存器电路的操作速度增加。