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    • 62. 发明授权
    • Adaptive noise suppression using a noise look-up table
    • 使用噪声查找表进行自适应噪声抑制
    • US08077534B2
    • 2011-12-13
    • US12183099
    • 2008-07-31
    • Igor ArsovskiHayden C. Cranford, Jr.Sebastian T. Ventrone
    • Igor ArsovskiHayden C. Cranford, Jr.Sebastian T. Ventrone
    • G11C7/02
    • G06F1/03G06F1/26
    • A proactive noise suppression system and method for a power supply network of an integrated circuit. The system and method include receiving an IC event sequence to a memory element, correlating the IC event sequence to a storage location in a second memory element, the storage location including an anti-noise response signature, and utilizing the anti-noise response signature to proactively generate an anti-noise response in a power supply network in at least a portion of the integrated circuit at about the time of execution of the first IC event sequence. Anti-noise response signatures may be adaptively updated and/or created based on noise measurements made corresponding to execution of an IC event sequence by the integrated circuit.
    • 一种用于集成电路的电源网络的主动噪声抑制系统和方法。 该系统和方法包括:向存储元件接收IC事件序列,将IC事件序列与第二存储器元件中的存储位置相关联,存储位置包括抗噪声响应签名,并将抗噪声响应签名 在执行第一IC事件序列时,在集成电路的至少一部分中,主动地在电力供应网络中产生抗噪声响应。 基于通过集成电路执行IC事件序列进行的噪声测量可以自适应地更新和/或创建抗噪声响应签名。
    • 65. 发明授权
    • Test circuit for serial link receiver
    • 串行链路接收机测试电路
    • US07940846B2
    • 2011-05-10
    • US11621016
    • 2007-01-08
    • Hayden C. Cranford, Jr.Daniel P. GreenbergJoseph M. StevensWesterfield J. Ficken
    • Hayden C. Cranford, Jr.Daniel P. GreenbergJoseph M. StevensWesterfield J. Ficken
    • H04B3/00
    • G01R31/31715
    • A test circuit for a serial link receiver includes a first current source coupled to a first input of the serial link receiver, and a second current source coupled to a second input of the serial link receiver. The first current source is symmetrically matched to the second current source. A first switch of the first current source is turned on to permit a charge-retaining mechanism thereof to be charged. A second switch of the first current source is turned on to permit the retained charge retained to be asserted on the first input. The charge turns on a control switch of the first current source, through which the charge is asserted on the first input. A charge-draining mechanism of the first current source is turned on to thereafter permit the charge to be drained in a controlled manner after the charge has been asserted.
    • 用于串行链路接收机的测试电路包括耦合到串行链路接收机的第一输入端的第一电流源和耦合到串行链路接收机的第二输入端的第二电流源。 第一电流源与第二电流源对称地匹配。 第一电流源的第一开关被接通以允许其电荷保持机构被充电。 第一电流源的第二开关导通,以允许保留的保留电荷在第一输入上被断言。 电荷打开第一个电流源的控制开关,电荷在第一个输入端被断言。 接通第一电流源的电荷排放机构,之后允许电荷在电荷被断言之后以受控的方式排出。
    • 69. 发明授权
    • System and method for balancing delay of signal communication paths through well voltage adjustment
    • 通过井电压调整来平衡信号通信路径的延迟的系统和方法
    • US07404114B2
    • 2008-07-22
    • US10906343
    • 2005-02-15
    • Hayden C. Cranford, Jr.Joseph A. IadanzaSebastian T. Ventrone
    • Hayden C. Cranford, Jr.Joseph A. IadanzaSebastian T. Ventrone
    • G01R31/28
    • H03K5/133H03K2005/00032
    • A method of balancing signal interconnect path delays between an analog domain and a digital domain of an integrated circuit includes applying a test signal to a selected one of a plurality of communication paths between the analog domain and the digital domain. A rising edge delay and a falling edge delay of the test signal is equalized by adjusting a body bias voltage of a delay element configured within the selected communication path. A rising edge delay and a falling edge delay for each of the remaining communication paths is compared with the equalized rising edge delay and falling edge delay of the selected communication path, and a body bias voltage for one or more of a plurality of delay elements configured within each of the remaining communication paths is adjusted until corresponding rising and falling edge delays thereof match the equalized rising edge delay and falling edge delay of the selected communication path.
    • 在集成电路的模拟域和数字域之间平衡信号互连路径延迟的方法包括将测试信号应用于模拟域和数字域之间的多个通信路径中的所选择的一个。 通过调整配置在所选择的通信路径内的延迟元件的体偏置电压来平衡测试信号的上升沿延迟和下降沿延迟。 将每个剩余通信路径的上升沿延迟和下降沿延迟与所选择的通信路径的均衡的上升沿延迟和下降沿延迟进行比较,并且配置多个延迟元件中的一个或多个的体偏置电压 在每个剩余的通信路径内进行调整,直到相应的上升沿和下降沿延迟与所选通信路径的均衡上升沿延迟和下降沿延迟相匹配。
    • 70. 发明授权
    • On-chip electromigration monitoring system
    • 片上电迁移监控系统
    • US07394273B2
    • 2008-07-01
    • US11306985
    • 2006-01-18
    • Louis L. HsuHayden C. Cranford, Jr.Oleg GluschenkovJames S. MasonMichael A. SornaChih-Chao Yang
    • Louis L. HsuHayden C. Cranford, Jr.Oleg GluschenkovJames S. MasonMichael A. SornaChih-Chao Yang
    • G01R31/02
    • G01R31/2858G01R31/2884G01R31/318533
    • A packaged semiconductor chip is provided which includes a semiconductor chip and a package element. The semiconductor chip includes a plurality of semiconductor devices and a plurality of conductive features disposed at an exterior face of the semiconductor chip. The package element has a plurality of external features conductively connected to the plurality of conductive features of the semiconductor chip. The semiconductor chip includes a monitored element including a conductive interconnect that conductively interconnects a first node of the semiconductor chip to a second node of the semiconductor chip. A detection circuit in the semiconductor chip is operable to compare a variable voltage drop across the monitored element with a reference voltage drop across a reference element on the chip at a plurality of different times during a lifetime of the packaged semiconductor chip so as to detect when the resistance of the monitored element is over threshold.
    • 提供一种封装的半导体芯片,其包括半导体芯片和封装元件。 半导体芯片包括多个半导体器件和设置在半导体芯片的外表面处的多个导电特征。 封装元件具有导电连接到半导体芯片的多个导电特征的多个外部特征。 半导体芯片包括被监视的元件,该元件包括将半导体芯片的第一节点与半导体芯片的第二节点导电互连的导电互连。 半导体芯片中的检测电路可操作以在封装的半导体芯片的寿命期间的多个不同时间将所监视的元件上的可变电压降与芯片上的参考元件上的参考电压降进行比较,以便检测何时 被监测元件的电阻超过阈值。