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    • 3. 发明授权
    • Solder ball collapse control apparatus and method thereof
    • 焊球塌陷控制装置及其方法
    • US06798667B2
    • 2004-09-28
    • US10064857
    • 2002-08-23
    • Vincent K. Chan
    • Vincent K. Chan
    • H05K710
    • B23K1/0016H01L23/49816H01L2924/0002H05K3/3436H05K3/3463H05K2201/094H05K2201/2036Y02P70/613H01L2924/00
    • A solder ball collapse control apparatus and method thereof includes a plurality of first solder members, pieces of solder material in a shape capable of being used to properly create a solder joint. The first solder members have a first solder dimension and a first melting temperature and are disposed on a carrier substrate, wherein the first solder members include any piece of material capable of being disposed using a solder dispensing machine. The apparatus and method further includes a plurality of second members having a second dimension and a second melting temperature, disposed on the carrier substrate in relation to the plurality of first solder members. The second members include any piece of material capable of being disposed using the solder dispensing machine, wherein the first solder member dimension is greater than the second member dimension and the second melting temperature is greater than the first melting temperature.
    • 焊球塌陷控制装置及其方法包括多个第一焊料构件,能够用于适当地形成焊点的形状的焊料材料片。 第一焊料构件具有第一焊料尺寸和第一熔融温度并且设置在载体基板上,其中第一焊料构件包括能够使用焊料分配机布置的任何材料片。 该装置和方法还包括多个具有第二尺寸和第二熔化温度的第二构件,其相对于多个第一焊料构件设置在载体衬底上。 第二构件包括能够使用焊料分配机布置的任何一种材料,其中第一焊料构件尺寸大于第二构件尺寸,并且第二熔化温度大于第一熔化温度。
    • 5. 发明授权
    • Removable visual indication structure for a printed circuit board
    • 印刷电路板的可拆卸视觉指示结构
    • US06744635B2
    • 2004-06-01
    • US09504304
    • 2000-02-15
    • Roland F. PortmanEdgar Jhay Gregorios
    • Roland F. PortmanEdgar Jhay Gregorios
    • H05K710
    • H05K3/301H05K1/0266H05K2201/10106H05K2201/10325H05K2201/10446
    • In a first aspect, a removable visual indication structure is disclosed. The removable visual indication structure includes a removable connection portion and a visual indication portion coupled to the removable connection portion wherein the visual indication structure can be removably attached to a printed circuit board. In a second aspect, a printed circuit board system is disclosed. The system includes a printed circuit board, at least one pin coupled to the printed circuit board, and at least one removable visual indication structure coupled to the at least one pin. In yet a third aspect, a method for fabricating a removable visual indication structure is disclosed. The method includes providing at least one visual indicator, providing a removable connector adapted to be coupled to the printed circuit board, and coupling the at least one visual indicator to the removable connector. Accordingly, the method and system provides a simple and cost effective way for manufacturers to provide visual indicators to various types of systems while at the same time increasing the amount of space available on the printed circuit board.
    • 在第一方面,公开了可拆卸的视觉指示结构。 可拆卸视觉指示结构包括可移除连接部分和耦合到可移除连接部分的视觉指示部分,其中视觉指示结构可移除地附接到印刷电路板。 在第二方面,公开了一种印刷电路板系统。 该系统包括印刷电路板,耦合到印刷电路板的至少一个引脚以及耦合到至少一个引脚的至少一个可拆卸视觉指示结构。 在第三方面中,公开了一种用于制造可拆卸视觉指示结构的方法。 该方法包括提供至少一个视觉指示器,提供适于联接到印刷电路板的可移除连接器,以及将至少一个视觉指示器耦合到可拆卸连接器。 因此,该方法和系统为制造商提供了一种简单且具有成本效益的方式来为各种类型的系统提供可视指示器,同时增加了印刷电路板上可用的空间量。
    • 7. 发明授权
    • Switching device and a method for the configuration thereof
    • 开关器件及其配置方法
    • US06711028B2
    • 2004-03-23
    • US10066122
    • 2002-01-30
    • Ofer Iny
    • Ofer Iny
    • H05K710
    • H05K7/1459H05K1/14
    • A switching device and a method for the configuration thereof is disclosed. A first aspect of the present invention comprises a switching device. The switching device comprises at least one line card and at least one switching card. The device includes a mid-plane coupled to the at least one line card and the at least one switching card. The A second aspect of the invention comprises a method for configuring a switching device. The method for configuring a switching device comprises providing a mid-plane, and providing at least one switching card and at least one line card on the mid-plane. The at least one switching card and the at least one line card are perpendicular to each other.
    • 公开了一种开关装置及其结构的方法。 本发明的第一方面包括一种开关装置。 交换设备包括至少一个线路卡和至少一个交换卡。 该装置包括耦合到至少一个线路卡和至少一个交换卡的中间平面。 本发明的第二方面包括一种用于配置交换设备的方法。 配置开关装置的方法包括提供中间平面,并且在中间平面上提供至少一个开关卡和至少一个线卡。 所述至少一个开关卡和所述至少一个线卡彼此垂直。
    • 10. 发明授权
    • Array board interconnect system and method
    • US06421251B1
    • 2002-07-16
    • US09019383
    • 1998-02-05
    • Sharon Sheau-Pyng Lin
    • Sharon Sheau-Pyng Lin
    • H05K710
    • G06F17/5022G06F17/5027
    • The FPGA array in the Simulation system is provided on the motherboard through a particular board interconnect structure to provide easy expandability and maximize packaging density with a single PCB design. Each chip may have up to eight sets of interconnections, where the interconnections are arranged according to adjacent direct-neighbor interconnects (i.e., N[73:0], S[73:0], W[73:0], E[73:0]), and one-hope neighbor interconnects (i.e., NH[27:0], SH[27:0], XH[36:0], XH[72:37]), excluding the local bus connections, within a single board and across different boards. Each chip is capable of being interconnected directly to adjacent neighbor chips, or in one hop to a non-adjacent chip located above, below, left, and right. In the X direction (east-west), the array is connected in a torus. In the Y direction (north-south), the array is connected in a column. The interconnects alone can couple logic devices and other components within a single board. However, the inter-board connectors are provided to couple these boards and interconnects together across different boards to carry signals between (1) the PCI bus via the motherboard and the array boards, and (2) any two array boards, all without passing through a backplane or motherboard to achieve the highest packaging density. A motherboard connector connects the board to the motherboard, and hence, to the PCI bus, power, and ground. For some boards, the motherboard connector is not used for direct connection to the motherboard. In a six-board configuration, only boards 1, 3 and 5 are directly connected to the motherboard while the remaining boards 2, 4, and 6 rely on their neighbor boards for motherboard connectivity. Thus, every other board is directly connected to the motherboard, and interconnects and local buses of these boards are coupled together via inter-board connectors arranged solder-side to component-side. PCI signals are routed through one of the boards (typically the first board) only. Power and ground are applied to the other motherboard connectors for those boards. Placed solder-side to component-side, the various inter-board connectors allow communication among the PCI bus components, the FPGA logic devices, memory devices, and various Simulation system control circuits.