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    • 1. 发明申请
    • METHOD OF OPTIMIZING PARAMETERS OF ELECTRONIC COMPONENTS ON PRINTED CIRCUIT BOARDS
    • 电子元器件在印刷电路板上优化参数的方法
    • US20120110540A1
    • 2012-05-03
    • US13094807
    • 2011-04-26
    • HSIAO-YUN SUYING-TSO LAICHENG-HSIEN LEE
    • HSIAO-YUN SUYING-TSO LAICHENG-HSIEN LEE
    • G06F17/50
    • G06F17/505G06F17/5036G06F17/5068G06F2217/08
    • In a method of optimizing parameters of electronic components on printed circuit boards (PCBs), a first experiment table for m variables of one type of parameter of P electronic components on a PCB is designed using n values of each variable and the RSM. P EHs of each first experiment are obtained by simulating, and P EH empirical formulas are computed according to the P EHs. A second experiment table for the m variables is designed using n′ values of each variable and the full factorial design, and P EHs of each second experiment are computed using the P EH empirical formulas. Experiments, all the P EHs of which are greater than 1, are filtered from the second experiment tables, and an average EH of each filtered experiment is computed to pick an experiment the average EH of which is the greatest. The values of the m variables in the picked experiment are considered as optimized.
    • 在印刷电路板(PCB)上优化电子部件参数的方法中,使用每个变量和RSM的n个值设计PCB上P电子部件的一种类型参数的m个变量的第一个实验表。 通过模拟获得每个第一个实验的P EH,并且根据P EH计算P EH经验公式。 使用每个变量的n'值和全因子设计设计m个变量的第二个实验表,并且使用P EH经验公式计算每个第二个实验的P EH。 从第二个实验表中筛选出所有P EH大于1的实验,并计算每个滤波实验的平均EH,以选择其平均EH最大的实验。 所选实验中的m个变量的值被认为是优化的。
    • 2. 发明申请
    • DIFFERENTIAL SIGNAL TRANSMISSION DEVICE
    • 差分信号传输装置
    • US20110038427A1
    • 2011-02-17
    • US12560445
    • 2009-09-16
    • SHOU-KUO HSUCHENG-HSIEN LEEYING-TSO LAIHSIAO-YUN SUJIA-CHI CHEN
    • SHOU-KUO HSUCHENG-HSIEN LEEYING-TSO LAIHSIAO-YUN SUJIA-CHI CHEN
    • H04L27/00
    • H04L25/0272
    • A differential signal transmission device transmits N differential signal pairs from a differential signal generator to a number of receiving terminals. The N differential signal pairs include N positive signals and N negative signals. The N positive signals are clustered at a first positive clustering point. The first positive clustering point is connected to a second positive clustering point via a first matching resistor. The second positive clustering point is grounded via a first grounding resistor, and outputs a number of positive signals to the number of receiving terminals respectively. The N negative signals are clustered at a first negative clustering point. The first negative clustering point is connected to a second negative clustering point via a second matching resistor. The second negative signal clustering point is grounded via a second grounding resistor, and outputs a number of negative signals to the number of receiving terminals respectively.
    • 差分信号传输装置将差分信号发生器的N个差分信号对发送到多个接收终端。 N个差分信号对包括N个正信号和N个负信号。 N个正信号聚集在第一个正聚类点。 第一正聚集点通过第一匹配电阻连接到第二正聚集点。 第二个正聚集点通过第一接地电阻接地,并分别输出多个正信号到接收端的数量。 N个负信号聚集在第一个负聚类点。 第一负聚集点通过第二匹配电阻器连接到第二负聚集点。 第二负信号聚簇点通过第二接地电阻接地,并分别输出多个负信号至接收端数。
    • 4. 发明申请
    • COMPUTING DEVICE AND CROSSTALK INFORMATION DETECTION METHOD
    • 计算设备和CROSSTALK信息检测方法
    • US20120026902A1
    • 2012-02-02
    • US12961906
    • 2010-12-07
    • YING-TSO LAISHI-PIAO LUOCHENG-HSIEN LEE
    • YING-TSO LAISHI-PIAO LUOCHENG-HSIEN LEE
    • H04L12/26
    • G06F17/5081G06F2217/82
    • A computing device and a method reads a circuit board layout file from a storage device, and selects a first signal transmission line from circuit board layout file as a target line. The computing device and method computes a distance between the target line and the aggressor line corresponding to each unit sample length. If the distance is more than or equal to a height of a sample region, the computing device and method defines the height of the sample region as a crosstalk space between the target line and the aggressor line corresponding to a unit sample length. Otherwise, if the distance is less than the height of the sample region, the computing device and method defines the distance as the crosstalk space between the target line and the aggressor line corresponding to the unit sample length.
    • 计算装置和方法从存储装置读取电路板布局文件,并从电路板布局文件中选择第一信号传输线作为目标线。 计算装置和方法计算目标线与对应于每个单位样本长度的侵略线之间的距离。 如果距离大于或等于样本区域的高度,则计算设备和方法将样本区域的高度定义为目标线与对应于单位样本长度的侵略线之间的串扰空间。 否则,如果距离小于样本区域的高度,则计算装置和方法将该距离定义为对应于单位样本长度的目标线与侵略线之间的串扰空间。
    • 5. 发明申请
    • EQUALIZER FOR MULTI-LEVEL EQUALIZATION
    • 均衡化的多级均衡
    • US20130222082A1
    • 2013-08-29
    • US13564768
    • 2012-08-02
    • PO-CHUAN HSIEHYING-TSO LAICHENG-HSIEN LEE
    • PO-CHUAN HSIEHYING-TSO LAICHENG-HSIEN LEE
    • H04B3/14
    • H04B3/14
    • An equalizer includes a first delay module, a second delay module, a first amplitude module, a second amplitude module, and a combining unit. The first delay module receives a first signal and delays the first received signal for a preset period, and the first amplitude module transfers the first delayed signal to transmit a first weighted signal with a first peak amplitude. Similarly, the second delay module receives the first delayed signal and delays the second received signal for the preset period, and the second amplitude module transfers the second delayed signal to transmit a second weighted signal with a second peak amplitude. The combining unit combines an input signal and the first and the second weighted signals together to generate an equalized signal.
    • 均衡器包括第一延迟模块,第二延迟模块,第一振幅模块,第二振幅模块和组合单元。 第一延迟模块接收第一信号并将第一接收信号延迟预设周期,并​​且第一幅度模块传送第一延迟信号以发送具有第一峰值幅度的第一加权信号。 类似地,第二延迟模块接收第一延迟信号并将第二接收信号延迟预设周期,并​​且第二幅度模块传送第二延迟信号以发送具有第二峰值振幅的第二加权信号。 组合单元将输入信号和第一和第二加权信号组合在一起以产生均衡的信号。
    • 6. 发明申请
    • COMPUTING DEVICE AND DESIGN METHOD FOR NONLINEAR OBJECT
    • 非线性对象的计算设备和设计方法
    • US20120245900A1
    • 2012-09-27
    • US13335958
    • 2011-12-23
    • CHENG-HSIEN LEEHSIAO-YUN SUSHOU-KUO HSU
    • CHENG-HSIEN LEEHSIAO-YUN SUSHOU-KUO HSU
    • G06F17/50
    • G06F17/5036G06F17/5077
    • A design method generates a plurality of groups of experimental conditions, each of the groups of experimental conditions includes performance variables for an electronic product with nonlinear performance. The method simulates values to the groups of experimental conditions, computes an average value, and divides the groups of experimental conditions into a first part and a second part. The values in the first part is greater than the average value and the values in the second part is less than the average value. The method computes nonlinear boundary values of a refining mechanism based on the values, and determines a threshold value of the refiner. After refining the groups of experimental conditions, the method calculates the deviation of each value from the threshold value, and determines the groups of experimental conditions with the greatest deviations as optimal groups of experimental conditions.
    • 设计方法产生多组实验条件,实验条件组中的每一组包括具有非线性性能的电子产品的性能变量。 该方法模拟实验条件组的值,计算平均值,并将实验条件组划分为第一部分和第二部分。 第一部分中的值大于平均值,第二部分中的值小于平均值。 该方法基于该值计算精炼机构的非线性边界值,并确定精磨机的阈值。 在完成实验条件组之后,该方法计算每个值与阈值的偏差,并将具有最大偏差的实验条件组确定为最佳实验条件组。
    • 7. 发明申请
    • PRINTED CIRCUIT BOARD
    • 印刷电路板
    • US20120229997A1
    • 2012-09-13
    • US13050954
    • 2011-03-18
    • HSIAO-YUN SUYUNG-CHIEH CHENCHENG-HSIEN LEE
    • HSIAO-YUN SUYUNG-CHIEH CHENCHENG-HSIEN LEE
    • H05K7/00
    • H05K1/0245H05K1/0251H05K2201/09718
    • A printed circuit board includes first and second transmission lines connected to a first high speed differential signal control chip, third and fourth transmission lines connected to a second high speed differential signal control chip, and fifth and sixth transmission lines connected to a connector pad. To have the first high speed differential signal control chip communicate with the connector pad, the first transmission line is connected to the fifth transmission line through a first connection component, and the second transmission line is connected to the sixth transmission line through a second connection component. To have the second speed differential signal control chip communicate with the connector pad, the third transmission line is connected to the fifth transmission line through the first connection component, and the fourth transmission line is connected to the sixth transmission line through the second connection component.
    • 印刷电路板包括连接到第一高速差分信号控制芯片的第一和第二传输线,连接到第二高速差分信号控制芯片的第三和第四传输线以及连接到连接器焊盘的第五和第六传输线。 为了使第一高速差分信号控制芯片与连接器焊盘通信,第一传输线通过第一连接部件连接到第五传输线,并且第二传输线通过第二连接部件连接到第六传输线 。 为了使第二速度差分信号控制芯片与连接器焊盘通信,第三传输线通过第一连接部件连接到第五传输线,并且第四传输线通过第二连接部件连接到第六传输线。