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    • 1. 发明授权
    • System and method for analyzing lengths of branches of signal paths
    • 用于分析信号路径分支长度的系统和方法
    • US07444255B2
    • 2008-10-28
    • US11768922
    • 2007-06-27
    • Shou-Kuo HsuChia-Nan PaiCheng-Shien Li
    • Shou-Kuo HsuChia-Nan PaiCheng-Shien Li
    • G01R27/28
    • G06F17/5036G01R31/025G01R31/041
    • A system for analyzing lengths of branches of signal paths is disclosed. The system includes: a signal path naming module for naming all signal paths of a PCB; a signal path group selecting module for selecting a group of signal paths to be analyzed from the database; a signal path selecting module for selecting signal paths to be analyzed from the group of signal paths; a branch searching module for analyzing the selected signal paths, to search passive circuit components and external circuits connected to the selected signal paths for corresponding branches of the selected signal paths; a branch length calculating module for calculating a length of each branch; and a branch length comparing module for comparing each calculated branch length with a corresponding predefined maximal branch length to determine whether the calculated branch length is more than the predefined maximal branch length. A related method is also disclosed.
    • 公开了一种用于分析信号路径的分支长度的系统。 该系统包括:用于命名PCB的所有信号路径的信号路径命名模块; 信号路径组选择模块,用于从数据库中选择要分析的一组信号路径; 信号路径选择模块,用于从信号路径组中选择要分析的信号路径; 用于分析所选择的信号路径的分支搜索模块,搜索与所选择的信号路径连接的无源电路组件和外部电路用于所选择的信号路径的相应分支; 分支长度计算模块,用于计算每个分支的长度; 以及分支长度比较模块,用于将每个计算的分支长度与相应的预定义的最大分支长度进行比较,以确定所计算的分支长度是否大于预定的最大分支长度。 还公开了相关方法。
    • 3. 发明授权
    • System and method for removing T-point elements with unused stubs from a PCB layout design
    • 用于从PCB布局设计中删除未使用短截线的T点元素的系统和方法
    • US08146048B2
    • 2012-03-27
    • US12699839
    • 2010-02-03
    • Han-Long ChenChia-Nan PaiShou-Kuo Hsu
    • Han-Long ChenChia-Nan PaiShou-Kuo Hsu
    • G06F17/50
    • G06F17/5068
    • A system and method for removing T-point elements with unused stubs from a printed circuit board (PCB) layout design obtains each signal line including one or more T-point elements in the PCB layout design, divides the obtained signal line into a plurality of lines according to the one or more T-point elements with unused stubs, and obtains properties of each of the plurality of lines. The system and method further deletes the original layout of the signal line and reconnects the plurality of lines according to the properties of each of the plurality of lines to generate a reconnected signal line, and outputs the reconnected signal line on a display device.
    • 用于从印刷电路板(PCB)布局设计中去除具有未使用的短截线的T点元件的系统和方法获得在PCB布局设计中包括一个或多个T点元件的每条信号线,将获得的信号线分成多个 根据具有未使用短截线的一个或多个T点元素的线,并且获得多条线中的每一条的属性。 该系统和方法进一步删除信号线的原始布局,并根据多条线中的每条线路的属性重新连接多条线路,以产生重新连接的信号线,并将重新连接的信号线输出到显示设备上。
    • 4. 发明授权
    • Circuit topology for multiple loads
    • 多个负载的电路拓扑
    • US07843281B2
    • 2010-11-30
    • US11838238
    • 2007-08-14
    • Shou-Kuo HsuChia-Nan PaiHsiao-Chuan Tu
    • Shou-Kuo HsuChia-Nan PaiHsiao-Chuan Tu
    • H03H7/38
    • H05K1/0246H05K1/0237H05K2201/09254H05K2201/10022
    • A circuit topology for multiple loads is provided. In an embodiment, the circuit topology includes a driving terminal (50), a first node (A), a first receiving terminal (10), and a second receiving terminal (20). The driving terminal is coupled to the first node via a main transmission line (11), the first node is respectively coupled to the first and second receiving terminals via a first branch transmission line (13) and a second branch transmission line (12). A first resistor (R2) is mounted on the second branch transmission line, a distance the signal travels from the driving terminal to the second receiving terminal via the main transmission line and the second branch transmission line is greater than a distance the signal travels from the driving terminal to the first receiving terminal via the main transmission and the first branch transmission line.
    • 提供了多个负载的电路拓扑。 在一个实施例中,电路拓扑包括驱动终端(50),第一节点(A),第一接收终端(10)和第二接收终端(20)。 驱动终端经由主传输线(11)耦合到第一节点,第一节点经由第一分支传输线(13)和第二分支传输线(12)分别耦合到第一和第二接收终端。 第一电阻器(R2)安装在第二分支传输线上,信号经由主传输线从驱动端到第二接收端的距离,第二分支传输线大于信号从 驱动终端通过主传输和第一分支传输线路连接到第一接收终端。
    • 5. 发明授权
    • Printed circuit board
    • 印刷电路板
    • US08441327B2
    • 2013-05-14
    • US12960321
    • 2010-12-03
    • Hua-Li ZhouMing WeiChia-Nan PaiShou-Kuo Hsu
    • Hua-Li ZhouMing WeiChia-Nan PaiShou-Kuo Hsu
    • H03H7/38
    • H05K1/0245H05K2201/09727
    • A printed circuit board includes an insulation layer and a signal layer attached to the insulation layer. The signal layer includes a pair of differential transmission lines. Width W of each of the differential transmission lines is changed according to change of space S between the differential transmission lines, based on the following formula: W = C ⁢ ⁢ 1 × H × ( C ⁢ ⁢ 2 × H 0.8 ⁢ W 0 + T ) C ⁢ ⁢ 3 × ⅇ C ⁢ ⁢ 4 × S 0 H - 1 1 - C ⁢ ⁢ 3 × ⅇ C ⁢ ⁢ 4 × S H - 1.25 ⁢ T In above formula, C1=7.475, C2=5.98, C3=0.48, C4=−0.96, H is a thickness of the insulation layer, W0 is an original width of each of the differential transmission lines, and S0 is an original space between the differential transmission lines, and T is a thickness of each of the differential transmission lines.
    • 印刷电路板包括绝缘层和附着到绝缘层的信号层。 信号层包括一对差动传输线。 差分传输线路的宽度W根据以下公式根据差分传输线路之间的空间S的变化而变化:W = C⁢1×H×(Cé2×H 0.8W 0 + T)C uch 3×ⅇC ud 4×S 0 H-1 1 -C⁢3×ⅇC ud 4×SH-1.25T在上式中,C1 = 7.475,C2 = 5.98,C3 = 0.48,C4 = -0.96,H是绝缘层的厚度,W0是差分传输线的原始宽度,S0是差动传输线之间的原始空间,T是各个差分传输线的厚度 差动传输线。
    • 6. 发明授权
    • System and method for verifying PCB layout
    • 验证PCB布局的系统和方法
    • US08402423B2
    • 2013-03-19
    • US13244625
    • 2011-09-25
    • Zheng ShanShi-Piao LuoChia-Nan PaiShou-Kuo Hsu
    • Zheng ShanShi-Piao LuoChia-Nan PaiShou-Kuo Hsu
    • G06F17/50G06F9/455
    • G06F17/5077
    • In a method for verifying a printed circuit board (PCB) layout using a computing device, a PCB simulation file is obtained from a storage device of the computing device, and a PCB image is displayed on a display device according to the PCB simulation file. The PCB image includes multiple signal lines and switching voltage regulator nodes (SVRN). A SVRN to be checked is selected from the PCB image, and all signal lines around the SVRN are searched. The method calculates a layout distance between the selected SVRN and each of the searched signal lines, and generates a graphical window interface to position a signal line whose layout distance is equal to or less than the minimum distance. The method further modifies the layout of the positioned signal line to satisfy a layout design specification by increasing the layout distance to the minimum distance.
    • 在使用计算装置验证印刷电路板(PCB)布局的方法中,从计算装置的存储装置获得PCB模拟文件,并且根据PCB仿真文件在显示装置上显示PCB图像。 PCB图像包括多个信号线和开关电压调节器节点(SVRN)。 从PCB图像中选择要检查的SVRN,并搜索SVRN周围的所有信号线。 该方法计算所选择的SVRN与所搜索的信号线之间的布局距离,并且生成图形窗口界面以定位其布局距离等于或小于最小距离的信号线。 该方法通过将布局距离增加到最小距离来进一步修改定位信号线的布局以满足布局设计规范。
    • 10. 发明授权
    • Printed circuit board with circuit topology
    • 带电路拓扑的印刷电路板
    • US08604351B2
    • 2013-12-10
    • US13335996
    • 2011-12-23
    • Hua-Li ZhouChia-Nan PaiShou-Kuo Hsu
    • Hua-Li ZhouChia-Nan PaiShou-Kuo Hsu
    • H05K1/09
    • H05K1/0253
    • A printed circuit board includes a signal layer and a reference layer. The signal layer is covered with copper foil. A circuit topology for multiple loads is set on the signal layer. The circuit topology includes a driving terminal, a first signal receiving terminal, and a second signal receiving terminal. The driving terminal is connected to a node through a first transmission line. The node is connected to the first and second signal receiving terminals respectively through a second and a third transmission lines. A difference between lengths of the second and third transmission lines is greater than a product of a transmission speed and a rise time of signals from the driving terminal. The reference layer is covered with copper foil, and arranged under the signal layer. A region without copper foil is formed on the reference layer, under the second transmission line.
    • 印刷电路板包括信号层和参考层。 信号层被铜箔覆盖。 在信号层上设置多个负载的电路拓扑。 电路拓扑包括驱动端子,第一信号接收端子和第二信号接收端子。 驱动终端通过第一传输线连接到节点。 节点分别通过第二和第三传输线连接到第一和第二信号接收终端。 第二和第三传输线的长度之差大于来自驱动终端的信号的传输速度和上升时间的乘积。 参考层用铜箔覆盖,并布置在信号层下面。 在第二传输线下方,在参考层上形成没有铜箔的区域。