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    • 1. 发明授权
    • High density signal routing
    • 高密度信号路由
    • US06459049B1
    • 2002-10-01
    • US09885299
    • 2001-06-20
    • Leah M. MillerFarshad GhahghahiEdwin M. FulcherAritharan Thurairajaratnam
    • Leah M. MillerFarshad GhahghahiEdwin M. FulcherAritharan Thurairajaratnam
    • H01R909
    • H05K1/0216H01R31/06H05K1/112H05K1/117H05K2201/09236H05K2201/09281H05K2201/09727
    • A structure for receiving electrical signals near a central portion of the structure and distributing the electrical signals to a peripheral portion of the structure. The structure has a first set of contacts arranged in an array near the central portion of the structure. Electrically conductive traces connect the first set of contacts to a second set of contacts, where each of the electrically conductive traces has at least a first segment, a second segment, and a third segment. The first segment of each of the electrically conductive traces has relatively narrow width and spacing. The first segment of each of the electrically conductive traces is connected on a first end of the first segment to one of the first set of contacts and on a second end of the first segment to the second segment of each of the electrically conductive traces. The second segment of each of the electrically conductive traces has relatively intermediate width and spacing. The second segment of each of the electrically conductive traces is connected on a first end of the second segment to the second end of the first segment and on a second end of the second segment to the third segment of each of the electrically conductive traces. The third segment of each of the electrically conductive traces has relatively wide width and spacing. The third segment of each of the electrically conductive traces is connected on a first end of the third segment to the second end of the second segment and on a second end of the third segment to one of the second set of contacts.
    • 一种用于在所述结构的中心部分附近接收电信号并将所述电信号分配到所述结构的外围部分的结构。 该结构具有靠近结构的中心部分排列成阵列的第一组触点。 导电迹线将第一组触点连接到第二组触点,其中每个导电迹线具有至少第一段,第二段和第三段。 每个导电迹线的第一段具有相对较窄的宽度和间隔。 每个导电迹线的第一段在第一段的第一端连接到第一组触点中的一个,并且在第一段的第二端连接到每个导电迹线的第二段。 每个导电迹线的第二段具有相对中间的宽度和间隔。 每个导电迹线的第二段在第二段的第一端连接到第一段的第二端,并且在第二段的第二端连接到每个导电迹线的第三段。 每个导电迹线的第三段具有相对宽的宽度和间隔。 每个导电迹线的第三段在第三段的第一端连接到第二段的第二端,并且在第三段的第二端连接到第二组接触中的一个。
    • 4. 发明授权
    • Integrated circuit test vehicle
    • 集成电路测试车
    • US06534968B1
    • 2003-03-18
    • US09928071
    • 2001-08-10
    • Leah M. MillerAnand GovindZafer KutluChao-Wen ChungAritharan Thurairajaratnam
    • Leah M. MillerAnand GovindZafer KutluChao-Wen ChungAritharan Thurairajaratnam
    • G01R3100
    • G01R31/04G01R31/2853G01R31/31716H05K1/0268H05K3/3436
    • An apparatus for detecting failures in electrical connections between an integrated circuit package substrate and a circuit board. The substrate has substrate electrical contacts that are electrically connected one to another in first sets in a first region of the substrate. The circuit board has circuit board electrical contacts that are electrically connected one to another in second sets in a second region of the circuit board. The substrate electrical contacts align with and make electrical contact with the circuit board electrical contacts. The first region of the substrate aligns with the second region of the circuit board when the substrate electrical contacts make electrical contact with the circuit board electrical contacts. The first sets of substrate electrical contacts form chains of electrical contacts with the second sets of circuit board electrical contacts. The chains of electrical contacts loop back and forth electrically between the substrate and the circuit board.
    • 一种用于检测集成电路封装衬底和电路板之间的电连接故障的装置。 衬底具有在衬底的第一区域中的第一组中彼此电连接的衬底电触点。 电路板具有在电路板的第二区域中在第二组中彼此电连接的电路板电触点。 基板电触点与电路板电触点对齐并与之电接触。 当基板电触头与电路板电触点电接触时,基板的第一区域与电路板的第二区域对齐。 第一组基板电触点与第二组电路板电触点形成电触点链。 电触头链在基板和电路板之间电连接。
    • 6. 发明授权
    • Multi-chip package having a contiguous heat spreader assembly
    • 具有连续散热器组件的多芯片封装
    • US06963129B1
    • 2005-11-08
    • US10464178
    • 2003-06-18
    • Thomas EvansStan MihelcicLeah M. MillerKumar NagarajanEdwin M. Fulcher
    • Thomas EvansStan MihelcicLeah M. MillerKumar NagarajanEdwin M. Fulcher
    • H01L23/10H01L23/34H01L23/36H01L25/065
    • H01L23/36H01L25/0655H01L2224/16225H01L2224/32245H01L2224/73253H01L2924/15153H01L2924/1517H01L2924/15311H01L2924/16195H01L2924/19105
    • A system and method are provided for forming a multi-chip package. The multi-chip package includes a multi-layer substrate and a heat spreader of single, unibody construction. At least two integrated circuits are coupled between the multi-layer substrate and the heat spreader. The integrated circuits are spaced from one another to allow airflow between those circuits and a portion of the underside surface of the heat spreader. Depending on the layout of the package, a passive device can also be placed in the space between integrated circuits. The passive device extends upward a spaced distance from the underneath surface of the heat spreader so as not to block the airflow therebetween. The multi-chip package can accommodate integrated circuits that are either all packaged, all unpackaged, or a combination of each. If packaged and unpackaged integrated circuits are placed on the multi-layer substrate, the heat spreader can extend in two separate planes to accommodate the different thicknesses of those packaged and unpackaged integrated circuits. Alternatively, a second heat spreader can be placed on a relatively thin integrated circuit so that the upper surface of the second heat spreader is coplanar with an upper surface of a relatively thick integrated circuit. This will allow a planar heat spreader to be arranged across the thick integrated circuit and the second heat spreader. In all instances, however, the heat spreader extends as a single, contiguous unibody element across the entire multi-chip package.
    • 提供了一种用于形成多芯片封装的系统和方法。 多芯片封装包括多层基板和单一单体结构的散热器。 至少两个集成电路耦合在多层基板和散热器之间。 集成电路彼此间隔开,以允许这些电路之间的气流和散热器的下表面的一部分。 根据封装的布局,无源器件也可放置在集成电路之间的空间中。 被动装置从散热器的下表面向上延伸一定距离,以便不阻挡散热器之间的气流。 多芯片封装可以容纳所有封装,所有未封装的封装或各自的组合的集成电路。 如果封装和未封装的集成电路放置在多层基板上,散热器可以在两个独立的平面中延伸,以适应那些封装和未封装的集成电路的不同厚度。 或者,可以将第二散热器放置在相对薄的集成电路上,使得第二散热器的上表面与相对较厚的集成电路的上表面共面。 这将允许平面散热器布置在厚集成电路和第二散热器之间。 然而,在所有情况下,散热器在整个多芯片封装上延伸为单个,连续的一体元件。
    • 8. 发明授权
    • Dual clock package option
    • 双时钟包选项
    • US06768386B1
    • 2004-07-27
    • US10420219
    • 2003-04-22
    • Leah M. Miller
    • Leah M. Miller
    • H03H700
    • H01L23/49838H01L2224/16H01L2924/00014H01L2924/15311H01L2924/16152H01L2224/0401
    • A package substrate having a first layer adapted to received an integrated circuit, with electrically conductive contacts adapted to send and receive signals to and from the integrated circuit. The first layer includes a ground plane. A second layer is disposed underneath the first layer, and has electrically conductive traces, including a single ended clock signal trace and a set of two differential clock signal traces. The single ended clock signal trace and the set of two differential clock signal traces are substantially surrounded by grounded guard traces from all other electrically conductive traces on the second layer. A first electrically nonconductive layer is disposed between the first layer and the second layer.
    • 一种封装衬底,具有适于接收集成电路的第一层,其中导电触点适于向集成电路发送信号和从集成电路接收信号。 第一层包括接地层。 第二层设置在第一层下方,并且具有导电迹线,包括单端时钟信号迹线和一组两个差分时钟信号迹线。 单端时钟信号迹线和两个差分时钟信号迹线的集合基本上被来自第二层上所有其它导电迹线的接地保护迹线包围。 第一非导电层设置在第一层和第二层之间。
    • 10. 发明授权
    • Splitting and assigning power planes
    • 拆分和分配电源平面
    • US06445066B1
    • 2002-09-03
    • US09885491
    • 2001-06-20
    • Leah M. Miller
    • Leah M. Miller
    • H01L2352
    • H01L23/50H01L23/49838H01L23/5286H01L2924/0002H01L2924/00
    • A method for assigning signal traces to one of a plurality of power planes on a power layer of an integrated circuit package. The integrated circuit package has an integrated circuit signal contact region, a top routing layer, and a bottom routing layer. The power layer underlies both the top routing layer and the bottom routing layer. First signal traces on the bottom routing layer are routed from contacts disposed in a core portion of the integrated circuit signal contact region to first ball contacts disposed within a first perimeter of the integrated circuit package. The first perimeter has dimension corresponding to a first distance from the integrated circuit signal contact region. Second signal traces on the top routing layer are routed from contacts disposed in a peripheral portion of the integrated circuit signal contact region to second ball contacts. The second ball contacts are disposed outside of the first perimeter of the integrated circuit package and within a second perimeter of the integrated circuit package. The second perimeter has dimensions corresponding to a second distance from the integrated circuit signal contact region, where the second distance is greater than the first distance. The power layer is segmented into the plurality of power planes. At least a first power plane of the plurality of power planes is bounded within the first perimeter. The first power plane is configured to carry a first voltage corresponding to the first signal traces. The first ball contacts are in proximity to the first power plane. At least a second power plane of the plurality of power planes is bounded between the first perimeter and the second perimeter. The second power plan is configured to carry a second voltage corresponding to the second signal traces. The second ball contacts are in proximity to the second power plane.
    • 一种用于将信号迹线分配给集成电路封装的功率层上的多个功率层之一的方法。 集成电路封装具有集成电路信号接触区域,顶部路由层和底部路由层。 功率层位于顶层路由层和底层路由层之下。 底部布线层上的第一信号迹线从布置在集成电路信号接触区域的核心部分中的触点传送到布置在集成电路封装的第一周边内的第一球触点。 第一周边具有对应于与集成电路信号接触区域的第一距离的尺寸。 顶部布线层上的第二信号迹线从布置在集成电路信号接触区域的外围部分的触点路由到第二球触点。 第二球接触件设置在集成电路封装的第一周边的外侧并且在集成电路封装的第二周边内。 第二周边具有对应于距集成电路信号接触区域的第二距离的尺寸,其中第二距离大于第一距离。 功率层被分割成多个电源层。 多个电力平面中的至少第一电力平面在第一周边内是有界的。 第一电源平面被配置为承载对应于第一信号迹线的第一电压。 第一个球触点靠近第一个动力平面。 多个电力平面中的至少第二电力平面被界定在第一周界和第二周边之间。 第二电源方案被配置为承载对应于第二信号迹线的第二电压。 第二个球触点靠近第二个电源平面。