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    • 74. 发明授权
    • High-speed binary adder
    • 高速二进制加法器
    • US5964827A
    • 1999-10-12
    • US971653
    • 1997-11-17
    • Hung Cai NgoSang Hoo DhongJoel Abraham Silberman
    • Hung Cai NgoSang Hoo DhongJoel Abraham Silberman
    • G06F7/50G06F7/508G06F7/52
    • G06F7/508
    • A high-speed carry-lookahead binary adder is disclosed. The binary adder includes multiple rows of carry-lookahead circuits, a half-sum module, and a sum/carry module. A first carry-lookahead circuit row includes multiple four-bit group generate circuits and multiple four-bit group propagate circuits. Each of the four-bit group generate circuits produces a generate signal for a corresponding bit location. Each of the four-bit group propagate circuits produces a propagate signal for a corresponding bit location. The half-sum module is utilized to generate a half-sum signal. By utilizing the half-sum signal, the generate signals, and the propagate signals, the sum/carry module generates sum signals and a carry signal.
    • 公开了一种高速进位 - 前瞻二进制加法器。 二进制加法器包括多行进位查找电路,半和模块和和/进位模块。 第一进位 - 前瞻电路行包括多个四位组生成电路和多个四位组传播电路。 四位组生成电路中的每一个产生相应位位置的生成信号。 四位组传播电路中的每一个产生用于相应位位置的传播信号。 半和模块用于产生半和信号。 通过利用半和信号,生成信号和传播信号,和/进位模块产生和信号和进位信号。
    • 77. 发明授权
    • Impedane measurement of chip, package, and board power supply system using pseudo impulse response
    • 使用伪冲击响应的芯片,封装和板电源系统的Impedane测量
    • US07203608B1
    • 2007-04-10
    • US11424613
    • 2006-06-16
    • Makoto AikawaSang Hoo DhongBrian FlachsPaul Marlan HarveyBrad William MichaelYaping Zhou
    • Makoto AikawaSang Hoo DhongBrian FlachsPaul Marlan HarveyBrad William MichaelYaping Zhou
    • G01R27/28
    • G01R27/16G01R27/205G01R31/3008
    • A method for measuring impedance of a microprocessor chip, electronic packaging, and circuit board power supply system by generating a pseudo-impulse current having a width size in the time domain not larger than the inversion of a maximum frequency of interest and obtaining a voltage measurement in a frequency domain of the pseudo-impulse current. The mechanism of the present invention then predicts the normalized Fourier transformation of the current in the frequency domain, wherein the normalized Fourier transformation depends upon a switching charge of the pseudo-impulse current, measures the switching charge of the pseudo-impulse current, obtains a first current measurement at zero frequency using the measured switching charge, and obtains a second current measurement at a frequency of interest using the first current measurement. The mechanism of the present invention then calculates the impedance of the chip/package/board power supply system using the voltage measurement and the second current measurement.
    • 一种用于测量微处理器芯片,电子封装和电路板电源系统的阻抗的方法,其通过产生具有不大于感兴趣的最大频率的反转的时域中的宽度尺寸的伪脉冲电流并获得电压测量 在伪脉冲电流的频域中。 然后,本发明的机构预测频域中的电流的归一化傅里叶变换,其中归一化傅里叶变换取决于伪脉冲电流的切换电荷,测量伪脉冲电流的开关电荷,获得 使用测量的开关电荷在零频率下的第一电流测量,并且使用第一电流测量获得感兴趣频率的第二电流测量。 然后,本发明的机构使用电压测量和第二电流测量来计算芯片/封装/板电源系统的阻抗。
    • 79. 发明授权
    • Low skew, power efficient local clock signal generation system
    • 低偏移,功率有效的本地时钟信号发生系统
    • US06927615B2
    • 2005-08-09
    • US10455178
    • 2003-06-05
    • Sang Hoo DhongJoel Abraham SilbermanOsamu TakahashiJames Douglas WarnockDieter Wendel
    • Sang Hoo DhongJoel Abraham SilbermanOsamu TakahashiJames Douglas WarnockDieter Wendel
    • G06F1/04G06F1/10H03K3/00
    • G06F1/10
    • A local clock signal generation system is disclosed including multiple local clock buffers each receiving a global clock signal and producing a version of one or more local clock signals derived from the global clock signal. Each local clock buffer includes an input section and an output section. The input sections are substantially identical such that timing differences between the versions of the one or more local clock signals are reduced. An electronic circuit is described including the local clock signal generation system and a latch (e.g., a master latch of a flip-flop). A local clock buffer produces a gating signal and a local clock signal received by the latch. When the gating signal is a certain logic value, the local clock signal is a steady logic value, and the latch produces an input data signal as an output signal. An integrated circuit including the electronic circuit is disclosed.
    • 公开了本地时钟信号产生系统,其包括多个本地时钟缓冲器,每个时钟缓冲器接收全局时钟信号并产生从全局时钟信号导出的一个或多个本地时钟信号的版本。 每个本地时钟缓冲器包括输入部分和输出部分。 输入部分基本相同,使得一个或多个本地时钟信号的版本之间的定时差减小。 描述了包括本地时钟信号产生系统和锁存器(例如,触发器的主锁存器)的电子电路。 本地时钟缓冲器产生门控信号和由锁存器接收到的本地时钟信号。 当门控信号为某一逻辑值时,本地时钟信号为稳定逻辑值,锁存器产生输入数据信号作为输出信号。 公开了一种包括电子电路的集成电路。