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    • 22. 发明申请
    • Testing and Recovery in a Multilayer Device
    • 多层设备中的测试和恢复
    • US20070113126A1
    • 2007-05-17
    • US11538799
    • 2006-10-04
    • Adrian Ong
    • Adrian Ong
    • G01R31/28
    • G11C29/48G11C29/1201G11C29/72
    • Disclosed are systems and methods of producing electronic devices including an auxiliary circuit mounted on another, underlying, circuit at the wafer level. The auxiliary circuit is electrically connected to the underlying circuit via micro-scale interconnects. The systems are capable of testing the auxiliary circuit and/or interconnects using an interface within the underlying circuit. For example, the auxiliary circuit may be tested although it is mounted such that the interconnects are hidden, i.e., inaccessible for testing purposes after assembly using conventional testing systems and methods. The systems and methods further allow for including excess circuits and/or excess interconnects that can be reconfigured to replace parts of the auxiliary circuit and/or micro-scale interconnects found defective during testing.
    • 公开了制造电子器件的系统和方法,其包括安装在晶片级的另一个下层电路上的辅助电路。 辅助电路通过微尺度互连电连接到底层电路。 该系统能够使用底层电路内的接口来测试辅助电路和/或互连。 例如,可以对辅助电路进行测试,尽管它被安装成使得互连是隐藏的,即在使用常规测试系统和方法组装之后不能进行测试。 这些系统和方法还允许包括可以被重新配置的多余电路和/或多余的互连以替代在测试期间发现有缺陷的辅助电路和/或微尺度互连的部分。
    • 23. 发明申请
    • Component testing and recovery
    • 组件测试和恢复
    • US20070094555A1
    • 2007-04-26
    • US11258484
    • 2005-10-24
    • Adrian OngRichard Egan
    • Adrian OngRichard Egan
    • G11C29/00
    • G11C29/846G11C29/56G11C29/76G11C29/81G11C2229/743G11C2229/763
    • Disclosed are systems and methods of producing electronic devices. These electronic devices include excess circuits to be used as replacements for circuits that are found to be defective within the electronic device. The excess circuits are included in a different device component than the circuits that are found to be defective. The replacement process occurs after the excess circuits and defective circuits are included in an electronic device including the different device components. Identification of the defective circuits may occur before or after the defective circuits are incorporated in the electronic device. In some embodiments, systems and methods of the invention result in improved manufacturing yields as compared with the prior art.
    • 公开了制造电子设备的系统和方法。 这些电子设备包括用作电子设备中发现有缺陷的电路的替代物的多余电路。 多余电路被包含在与发现有缺陷的电路不同的器件部件中。 替换处理发生在多余电路和故障电路包括在包括不同器件组件的电子设备中之后。 有缺陷的电路的识别可能发生在电路装置内的故障电路之前或之后。 在一些实施例中,与现有技术相比,本发明的系统和方法导致改进的制造产量。
    • 24. 发明申请
    • Electronic device having an interface supported testing mode
    • 具有接口支持测试模式的电子设备
    • US20060279308A1
    • 2006-12-14
    • US11207665
    • 2005-08-18
    • Adrian Ong
    • Adrian Ong
    • G01R31/26
    • G01R31/318513G01R31/31701G01R31/3172G01R31/31723G01R31/319G11C29/1201G11C29/48G11C2029/0401H01L2224/05554H01L2224/48139
    • A system is provided for testing a first integrated circuit chip associated with at least a second integrated circuit chip in a semiconductor device, wherein at least some external terminals for the semiconductor device are to be shared by the first and second integrated circuit chips, and wherein the first integrated circuit chip is designed for normal operation and a test mode. The system includes a plurality of multiplexer circuits. Each multiplexer circuit is operable to receive a respective signal from the second integrated circuit chip when the first integrated circuit chip is in normal operation. Each multiplexer circuit is further operable to receive a respective signal from either the second integrated circuit chip or an associated external terminal when the first integrated circuit chip is in test mode. An external terminal of the semiconductor device operable to receive a signal for causing the first integrated circuit chip to transition between normal operation and the test mode
    • 提供了一种用于测试与半导体器件中的至少第二集成电路芯片相关联的第一集成电路芯片的系统,其中半导体器件的至少一些外部端子将由第一和第二集成电路芯片共享,并且其中 第一个集成电路芯片设计用于正常操作和测试模式。 该系统包括多个多路复用器电路。 当第一集成电路芯片处于正常操作时,每个复用器电路可操作以从第二集成电路芯片接收相应的信号。 当第一集成电路芯片处于测试模式时,每个复用器电路还可操作以从第二集成电路芯片或相关联的外部端子接收相应的信号。 半导体器件的外部端子可操作以接收用于使第一集成电路芯片在正常操作和测试模式之间转变的信号
    • 27. 发明授权
    • Boost power converter with high-side active damping in discontinuous conduction mode
    • 在不连续导通模式下具有高侧有源阻尼的升压功率转换器
    • US08907639B2
    • 2014-12-09
    • US13193311
    • 2011-07-28
    • Rendon HollowayAdrian OngHoward Hou
    • Rendon HollowayAdrian OngHoward Hou
    • G05F1/00H02M3/158
    • H02M3/158H02J1/02
    • A boost power converter system according to one embodiment includes an input voltage high-side node; an inductor coupled to the input voltage high-side node at a first terminal of the inductor; a power switch coupled to the inductor at a second terminal of the inductor; a drive circuit configured to control the power switch such that the boost power converter system operates in a discontinuous conduction mode when a load current drops below a critical conduction threshold; and a damping switch configured to enable current flow from the power switch at the second terminal of the inductor to the input voltage high-side node, wherein the damping switch is closed when the power switch is open and the damping switch is opened when the power switch is closed.
    • 根据一个实施例的升压功率转换器系统包括输入电压高侧节点; 电感器,其耦合到电感器的第一端处的输入电压高侧节点; 在所述电感器的第二端子处耦合到所述电感器的功率开关; 驱动电路,被配置为控制所述功率开关,使得当负载电流下降到临界导通阈值以下时,所述升压功率转换器系统工作在不连续导通模式; 以及阻尼开关,其构造成使得能够从电感器的第二端子处的电力开关到输入电压高侧节点的电流流动,其中当电源开关断开时阻尼开关闭合,并且阻尼开关在电力 开关关闭。