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    • 1. 发明授权
    • Method for delta-noise reduction
    • 减少降噪的方法
    • US06774836B2
    • 2004-08-10
    • US10462529
    • 2003-06-16
    • Roland FrechBernd GarbenHubert HarrerAndreas HuberDierk KallerErich KlinkThomas-Michael WinkelWiren Dale Becker
    • Roland FrechBernd GarbenHubert HarrerAndreas HuberDierk KallerErich KlinkThomas-Michael WinkelWiren Dale Becker
    • H04L1702
    • G05F1/46
    • A method, digital circuit system and program product for reducing delta-I noise in a plurality of activity units connected to a common DC-supply voltage. In order to smooth the fluctuations (delta-I) of a total current demand I, and a respective resulting fluctuation of the supply voltage, a signalling scheme between said activity units and a supervisor unit which holds a system-specific “database” containing at least the current demand of each activity unit device when operating regularly. Dependent of the quantity of calculated, imminent delta-I a subset of said activity units with a respective current I demand is selected and controlled, for either temporarily delaying their beginning of activity in case of an imminent supply voltage drop, or temporarily continuing their activity with a predetermined, activity-specific NO-OP phase in case of an imminent supply voltage rise.
    • 一种用于减少连接到公共DC电源电压的多个活动单元中的Δ-I噪声的方法,数字电路系统和程序产品。 为了平滑总电流需求I的波动(Δ-I)和相应的电源电压波动,所述活动单元与保持包含在系统特定的“数据库”的管理单元之间的信令方案 最小化每个活动单位设备当定期运行时的当前需求。 选择和控制所计算的即将来临的Delta-I的量的所述活动单元的一个子集,以便在即将发生的电源电压下降的情况下暂时延迟其开始的活动,或者暂时继续其活动 在即将来临的电源电压升高的情况下具有预定的活动特定的NO-OP相。
    • 7. 发明授权
    • Noise reducing circuit arrangement
    • 降噪电路布置
    • US08222535B2
    • 2012-07-17
    • US12169778
    • 2008-07-09
    • Roland FrechThomas-Michael WinkelErich Klink
    • Roland FrechThomas-Michael WinkelErich Klink
    • H05K1/11H05K7/00
    • H04L7/0008G06F1/10G06F1/14H04L7/0037
    • A circuit arrangement comprising a set of signal layers, a set of first power layers, a set of second power layers, a set of signal vias, a set of first power vias, a set of second power vias, wherein a signal via of the set of signal vias provides a signal path for a high-frequency (HF) signal current, wherein at least a power via of the set of first power vias and at least a power via of the set of second power vias provide return paths for return currents associated with the signal current, wherein the return path provided by the power via of the set of second power vias is connected with a power layer of the set of second power layers, wherein at least one power layer of the set of first power layers is arranged between the power layer of the set of second power layers and each signal layer of the set of signal layers.
    • 一种电路装置,包括一组信号层,一组第一功率层,一组第二功率层,一组信号通路,一组第一功率通孔,一组第二电源通孔,其中, 一组信号通孔提供用于高频(HF)信号电流的信号路径,其中至少一组第一电源通孔的功率通孔和至少一组第二电源通孔的功率通路提供用于返回的返回路径 与信号电流相关联的电流,其中由所述一组第二电力通路的电力通路提供的返回路径与所述一组第二电力层的功率层连接,其中所述一组第一电力层的至少一个电力层 布置在该组第二功率层的功率层与该组信号层的每个信号层之间。
    • 8. 发明申请
    • Circuit Arrangement
    • 电路布置
    • US20080283285A1
    • 2008-11-20
    • US12169778
    • 2008-07-09
    • Roland FrechThomas-Michael WinkelErich Klink
    • Roland FrechThomas-Michael WinkelErich Klink
    • H05K1/11
    • H04L7/0008G06F1/10G06F1/14H04L7/0037
    • A circuit arrangement comprising a set of signal layers, a set of first power layers, a set of second power layers, a set of signal vias, a set of first power vias, a set of second power vias, wherein a signal via of the set of signal vias provides a signal path for a high-frequency (HF) signal current, wherein at least a power via of the set of first power vias and at least a power via of the set of second power vias provide return paths for return currents associated with the signal current, wherein the return path provided by the power via of the set of second power vias is connected with a power layer of the set of second power layers, wherein at least one power layer of the set of first power layers is arranged between the power layer of the set of second power layers and each signal layer of the set of signal layers.
    • 一种电路装置,包括一组信号层,一组第一功率层,一组第二功率层,一组信号通路,一组第一功率通孔,一组第二电源通孔,其中, 一组信号通孔提供用于高频(HF)信号电流的信号路径,其中至少一组第一电源通孔的功率通孔和至少一组第二电源通孔的功率通路提供用于返回的返回路径 与信号电流相关联的电流,其中由所述一组第二电力通孔的电力通路提供的返回路径与所述一组第二电力层的功率层连接,其中所述一组第一电力层的至少一个功率层 布置在该组第二功率层的功率层与该组信号层的每个信号层之间。
    • 10. 发明授权
    • Testable on-chip capacity
    • 片上容量可测
    • US06424058B1
    • 2002-07-23
    • US09672809
    • 2000-09-28
    • Roland FrechErich KlinkJochen Supper
    • Roland FrechErich KlinkJochen Supper
    • H02M306
    • G01R27/2605G01R31/27Y10T307/74Y10T307/766Y10T307/826
    • The invention relates to a testable on-chip capacitor cell 10 including a decoupling capacitor (Ci) which can be disconnected from the power distribution network and discharged through a cell internal discharge circuit. An externally controllable switch (Si) connects in a first switching position the decoupling capacitor to the power supply system and disconnects in a second switching position the decoupling capacitor from the power supply system and connects it to a resistor (Ri) which is part of the discharge circuit. An off-chip control unit (16) is provided for toggling the switch with a frequency fT between its first and second position to perform a capacitor test operation. By a current measurement device the averaged power supply current demand of the decoupling capacitor is measured when switch (Si) is toggled. The actual capacity of the decoupling capacitor is determined as a function of the power supply voltage, of the switch toggling frequency (fT) and of the averaged power supply current measured. The invention also relates to a semiconductor chip containing a plurality of capacitors cells of the type described, and to a method for testing the power supply decoupling capacity of such chips.
    • 本发明涉及一种可测试的片上电容器单元10,其包括可以从配电网络断开并通过单元内部放电电路放电的去耦电容器(Ci)。 外部可控开关(Si)将去耦电容器的第一开关位置连接到电源系统,并在去耦电容器与电源系统的第二开关位置断开,并将其连接到电阻器(Ri),该电阻器 放电电路。 提供了片外控制单元(16),用于在第一和第二位置之间以频率fT切换开关,以执行电容器测试操作。 通过电流测量装置,当开关(Si)被切换时,测量去耦电容器的平均电源电流需求。 去耦电容的实际容量根据电源电压,开关切换频率(fT)和测量的平均电源电流确定。 本发明还涉及包含所述类型的多个电容器单元的半导体芯片以及用于测试这种芯片的电源去耦能力的方法。