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    • 1. 发明申请
    • HUYGENS' BOX METHODOLOGY FOR SIGNAL INTEGRITY ANALYSIS
    • 用于信号完整性分析的HUYGENS'BOX方法
    • US20090089021A1
    • 2009-04-02
    • US11862434
    • 2007-09-27
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-Kin LiYuan Liu
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-Kin LiYuan Liu
    • G06F17/10G06G7/48
    • G06F17/5036
    • A method for performing a signal integrity analysis on an integrated circuit (IC) that includes a plurality of scatterers by dividing the scatterers into subgroups using a nested Huygens' equivalence principle algorithm and solving a set of equations realized thereby with a reduced coupling matrix. The method includes decomposing the IC design into a plurality of small non-overlapping circuit sub-domains, wherein each of the sub-domains is formed as a small, enclosed region. Each sub-domain is analyzed independently of the other sub-domains using only electric fields to represent the interactions of each sub-domains with the other sub-domains as equivalent currents on equivalent surfaces of the plurality of sub-domains. Neighboring equivalent sub-domains are grouped together to form larger sub-domains using equivalent currents on equivalent surfaces to represent the interactions of the sub-domains. The steps of analyzing and grouping the sub-domains are repeated until the grouping approaches a box comprising the entire domain, and that the domain interactions between every sub-domain have been analyzed.
    • 一种用于通过使用嵌套的惠更斯等效原理算法将散射体分成子组并且用减小的耦合矩阵求解由此实现的一组方程式来对包括多个散射体的集成电路(IC)进行信号完整性分析的方法。 该方法包括将IC设计分解为多个小的非重叠电路子域,其中每个子域形成为小的封闭区域。 仅使用电场来分析每个子域独立于其他子域,以将每个子域与其他子域的相互作用表示为多个子域的等效表面上的等效电流。 相邻的等效子域被分组在一起以形成较大的子域,使用等效表面上的等效电流来表示子域的相互作用。 重复分析和分组子域的步骤,直到分组接近包含整个域的框,并且分析了每个子域之间的域交互。
    • 2. 发明授权
    • Huygens' box methodology for signal integrity analysis
    • 惠更斯盒式信号完整性分析方法
    • US07707527B2
    • 2010-04-27
    • US11862434
    • 2007-09-27
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-Kin LiYuan Liu
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-Kin LiYuan Liu
    • G06F17/50
    • G06F17/5036
    • A method for performing a signal integrity analysis on an integrated circuit (IC) that includes a plurality of scatterers by dividing the scatterers into subgroups using a nested Huygens' equivalence principle algorithm and solving a set of equations realized thereby with a reduced coupling matrix. The method includes decomposing the IC design into a plurality of small non-overlapping circuit sub-domains, wherein each of the sub-domains is formed as a small, enclosed region. Each sub-domain is analyzed independently of the other sub-domains using only electric fields to represent the interactions of each sub-domains with the other sub-domains as equivalent currents on equivalent surfaces of the plurality of sub-domains. Neighboring equivalent sub-domains are grouped together to form larger sub-domains using equivalent currents on equivalent surfaces to represent the interactions of the sub-domains. The steps of analyzing and grouping the sub-domains are repeated until the grouping approaches a box comprising the entire domain, and that the domain interactions between every sub-domain have been analyzed.
    • 一种用于通过使用嵌套的惠更斯等效原理算法将散射体分成子组并且用减小的耦合矩阵求解由此实现的一组方程式来对包括多个散射体的集成电路(IC)进行信号完整性分析的方法。 该方法包括将IC设计分解为多个小的非重叠电路子域,其中每个子域形成为小的封闭区域。 仅使用电场来分析每个子域独立于其他子域,以将每个子域与其他子域的相互作用表示为多个子域的等效表面上的等效电流。 相邻的等效子域被分组在一起以形成较大的子域,使用等效表面上的等效电流来表示子域的相互作用。 重复分析和分组子域的步骤,直到分组接近包含整个域的框,并且分析了每个子域之间的域交互。
    • 3. 发明申请
    • HUYGENS' BOX METHODOLOGY FOR SIGNAL INTEGRITY ANALYSIS
    • 用于信号完整性分析的HUYGENS'BOX方法
    • US20100161293A1
    • 2010-06-24
    • US12718309
    • 2010-03-05
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-kun LiYuan Liu
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-kun LiYuan Liu
    • G06F17/11
    • G06F17/5036
    • A method for performing a signal integrity analysis on an integrated circuit (IC) that includes a plurality of scatterers by dividing the scatterers into subgroups using a nested Huygens' equivalence principle algorithm and solving a set of equations realized thereby with a reduced coupling matrix. The method includes decomposing the IC design into a plurality of small non-overlapping circuit sub-domains, wherein each of the sub-domains is formed as a small, enclosed region. Each sub-domain is analyzed independently of the other sub-domains using only electric fields to represent the interactions of each sub-domains with the other sub-domains as equivalent currents on equivalent surfaces of the plurality of sub-domains. Neighboring equivalent sub-domains are grouped together to form larger sub-domains using equivalent currents on equivalent surfaces to represent the interactions of the sub-domains. The steps of analyzing and grouping the sub-domains are repeated until the grouping approaches a box comprising the entire domain, and that the domain interactions between every sub-domain have been analyzed.
    • 一种用于通过使用嵌套的惠更斯等效原理算法将散射体分成子组并且用减小的耦合矩阵求解由此实现的一组方程式来对包括多个散射体的集成电路(IC)进行信号完整性分析的方法。 该方法包括将IC设计分解为多个小的非重叠电路子域,其中每个子域形成为小的封闭区域。 仅使用电场来分析每个子域独立于其他子域,以将每个子域与其他子域的相互作用表示为多个子域的等效表面上的等效电流。 相邻的等效子域被分组在一起以形成较大的子域,使用等效表面上的等效电流来表示子域的相互作用。 重复分析和分组子域的步骤,直到分组接近包含整个域的框,并且分析了每个子域之间的域交互。
    • 4. 发明授权
    • Huygens' box methodology for signal integrity analysis
    • 惠更斯盒式信号完整性分析方法
    • US08146043B2
    • 2012-03-27
    • US12718309
    • 2010-03-05
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-kun LiYuan Liu
    • Lijun JiangJason D. MorseyBarry J. RubinWeng C. ChewMao-kun LiYuan Liu
    • G06F17/50
    • G06F17/5036
    • A method for performing a signal integrity analysis on an integrated circuit (IC) that includes a plurality of scatterers by dividing the scatterers into subgroups using a nested Huygens' equivalence principle algorithm and solving a set of equations realized thereby with a reduced coupling matrix. The method includes decomposing the IC design into a plurality of small non-overlapping circuit sub-domains, wherein each of the sub-domains is formed as a small, enclosed region. Each sub-domain is analyzed independently of the other sub-domains using only electric fields to represent the interactions of each sub-domains with the other sub-domains as equivalent currents on equivalent surfaces of the plurality of sub-domains. Neighboring equivalent sub-domains are grouped together to form larger sub-domains using equivalent currents on equivalent surfaces to represent the interactions of the sub-domains. The steps of analyzing and grouping the sub-domains are repeated until the grouping approaches a box comprising the entire domain, and that the domain interactions between every sub-domain have been analyzed.
    • 一种用于通过使用嵌套的惠更斯等效原理算法将散射体分成子组并且用减小的耦合矩阵求解由此实现的一组方程式来对包括多个散射体的集成电路(IC)进行信号完整性分析的方法。 该方法包括将IC设计分解为多个小的非重叠电路子域,其中每个子域形成为小的封闭区域。 仅使用电场来分析每个子域独立于其他子域,以将每个子域与其他子域的相互作用表示为多个子域的等效表面上的等效电流。 相邻的等效子域被分组在一起以形成较大的子域,使用等效表面上的等效电流来表示子域的相互作用。 重复分析和分组子域的步骤,直到分组接近包含整个域的框,并且分析了每个子域之间的域交互。
    • 7. 发明申请
    • COMPACT ELECTRONIC REVERBERATION CHAMBER
    • 紧凑型电子反射室
    • US20120206849A1
    • 2012-08-16
    • US13353116
    • 2012-01-18
    • Weng Cho ChewBo ZhuLijun JiangQi Dai
    • Weng Cho ChewBo ZhuLijun JiangQi Dai
    • H01H47/00
    • G01R29/0821
    • A method and apparatus provide an improved EM reverberation chamber which facilitates the dynamic three dimensional (3D) manipulation of EM field polarization within the chamber and produces a uniform field distribution inside the chamber. The chamber includes one or more walls with tunable lumped elements. A controller is provided to generate one or more control signals that are applied to the lumped elements and tunes their impedance in response to the one or more control signals. The result is to generate, within the chamber an electromagnetic field that appears to be random or pseudo-random in polarization, but which is sufficiently uniform in magnitude for EM testing.
    • 一种方法和装置提供了一种改进的EM混响室,其促进腔室内的EM场极化的动态三维(3D)操纵,并在室内产生均匀的场分布。 该室包括一个或多个具有可调谐集总元件的墙壁。 提供控制器以产生施加到集总元件的一个或多个控制信号,并响应于一个或多个控制信号调谐其阻抗。 结果是在室内产生在极化中似乎是随机的或伪随机的但在EM测试中其幅度足够均匀的电磁场。
    • 10. 发明公开
    • Multifunctional Enclosure Cushion
    • US20240164550A1
    • 2024-05-23
    • US17988794
    • 2022-11-17
    • Lijun Jiang
    • Lijun Jiang
    • A47D13/06A47D15/00A63H33/00
    • A47D13/06A47D15/00A63H33/006
    • A multifunctional enclosure cushion comprises a floor mat, wherein the floor mat comprises an outer edge, a pillow bag is connected to the outer edge, and the pillow bag has a parabola-shaped cross section and comprises two peripheral end points; and an envelope, wherein the envelope is provided with an outer edge, an inner edge and a central axis, wherein the inner edge is connected with the outer edge of the floor mat, the pillow bag is formed with a concave shape at the position of the central axis, and two wire harnesses are respectively fixed to the two peripheral end points; the two wire harnesses extend oppositely along the outer edge of the envelope and meet at the central axis to form a pull ring; when the pull ring is pulled, the two wire harnesses drive the two peripheral end points of the pillow bag to gather in the direction of the central axis, and at this time, the pillow bag turns up along the outer edge of the floor mat to form an enclosure. The enclosure cushion which forms the enclosure state can prevent the babies in the enclosure cushion from climbing out of the floor mat to cause danger, and at the same time, the enclosure cushion also has a variety of functions such as backrest, pillow, baby cradle, floor mat, etc.