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    • 1. 发明申请
    • SYSTEM FOR OPTIMIZING NUMBER OF DIES PRODUCED ON A WAFER
    • 用于优化在WAFER上生产的DIES数量的系统
    • US20140096103A1
    • 2014-04-03
    • US13723207
    • 2012-12-21
    • Peidong WangZhijun ChenZhihong ChengLi Ying
    • Peidong WangZhijun ChenZhihong ChengLi Ying
    • G06F17/50
    • G06F17/5045G03F7/70433G06F2217/12Y02P90/265
    • A system for optimizing the number of dies that can be fabricated on a wafer uses a die number optimization (DNO) routine to determine a maximum number of dies for a target die area (TDA), and generate an initial result list of die shapes that have the maximum number of dies for the TDA. Optionally, a die size optimization (DSO) routine can be executed to determine a list of die shapes having a maximum die area corresponding to the maximum number of dies, a first list of optimized die shapes having a maximum area utilization (AU) for a decreased TDA, and/or a second list of optimized die shapes having a minimum AU for an increased TDA. A candidate list (CL) of the various die shapes can be generated, and entries from the CL automatically selected and/or displayed to indicate proposed wafer layouts.
    • 用于优化晶片上可制造的管芯数量的系统使用管芯数量优化(DNO)程序来确定目标管芯区域(TDA)的最大数量的管芯,并且生成模具形状的初始结果列表,其中, 具有TDA的最大数量的模具。 可选地,可以执行管芯尺寸优化(DSO)程序以确定具有与最大数量的管芯相对应的最大管芯面积的管芯形状的列表,具有最大面积利用率(AU)的优化管芯形状的第一列表, 和/或用于增加的TDA具有最小AU的优化模具形状的第二列表。 可以生成各种模具形状的候选列表(CL),并且自动选择和/或显示来自CL的条目以指示所提出的晶片布局。
    • 2. 发明授权
    • System for optimizing number of dies produced on a wafer
    • 用于优化在晶片上生产的模具数量的系统
    • US08671381B1
    • 2014-03-11
    • US13723207
    • 2012-12-21
    • Peidong WangZhijun ChenZhihong ChengLi Ying
    • Peidong WangZhijun ChenZhihong ChengLi Ying
    • G06F17/50
    • G06F17/5045G03F7/70433G06F2217/12Y02P90/265
    • A system for optimizing the number of dies that can be fabricated on a wafer uses a die number optimization (DNO) routine to determine a maximum number of dies for a target die area (TDA), and generate an initial result list of die shapes that have the maximum number of dies for the TDA. Optionally, a die size optimization (DSO) routine can be executed to determine a list of die shapes having a maximum die area corresponding to the maximum number of dies, a first list of optimized die shapes having a maximum area utilization (AU) for a decreased TDA, and/or a second list of optimized die shapes having a minimum AU for an increased TDA. A candidate list (CL) of the various die shapes can be generated, and entries from the CL automatically selected and/or displayed to indicate proposed wafer layouts.
    • 用于优化晶片上可制造的管芯数量的系统使用管芯数量优化(DNO)程序来确定目标管芯区域(TDA)的最大数量的管芯,并且生成模具形状的初始结果列表,其中, 具有TDA的最大数量的模具。 可选地,可以执行管芯尺寸优化(DSO)程序以确定具有与最大数量的管芯相对应的最大管芯面积的管芯形状的列表,具有最大面积利用率(AU)的优化管芯形状的第一列表, 和/或用于增加的TDA具有最小AU的优化模具形状的第二列表。 可以生成各种模具形状的候选列表(CL),并且自动选择和/或显示来自CL的条目以指示所提出的晶片布局。
    • 7. 发明授权
    • Master-slave flip-flop with low power consumption
    • 主从触发器具有低功耗
    • US08941429B2
    • 2015-01-27
    • US13959745
    • 2013-08-06
    • Zhihong Cheng
    • Zhihong Cheng
    • H03K3/356H03K3/012H03K3/3562
    • H03K3/012H03K3/35625
    • In a master-slave flip-flop, the master latch has first and second three-state stages, and a first feedback stage. The slave latch has third and fourth three-state stages, and a second feedback stage. First and second clock switches having opposite phases are provided. The first clock switch is configured in one of the first and fourth three-state stages, and the other stage shares the first clock switch. The second clock switch is configured in one of the second and third three-state stages, and the other stage shares the second clock switch. The second three-state stage has an additional pair of complementary devices having signal paths connected in series with each other with both being gated by a data output of the slave latch. The flip-flop reduces the number of clock switches and clock switch power consumption.
    • 在主从触发器中,主锁存器具有第一和第二三态级以及第一反馈级。 从锁存器具有第三和第四三状态级和第二反馈级。 提供具有相反相位的第一和第二时钟开关。 第一时钟切换器配置在第一和第四三状态级之一中,另一级共享第一时钟切换。 第二时钟切换器配置在第二和第三三状态级之一中,另一级共享第二时钟切换。 第二三状态级具有附加的互补器件对,其具有彼此串联连接的信号路径,两者都由从锁存器的数据输出选通。 触发器可减少时钟切换的数量和时钟切换功耗。
    • 9. 发明申请
    • MASTER-SLAVE FLIP-FLOP WITH LOW POWER CONSUMPTION
    • 主要采用低功耗的飞溅
    • US20140240017A1
    • 2014-08-28
    • US13959745
    • 2013-08-06
    • Zhihong Cheng
    • Zhihong Cheng
    • H03K3/012
    • H03K3/012H03K3/35625
    • In a master-slave flip-flop, the master latch has first and second three-state stages, and a first feedback stage. The slave latch has third and fourth three-state stages, and a second feedback stage. First and second clock switches having opposite phases are provided. The first clock switch is configured in one of the first and fourth three-state stages, and the other stage shares the first clock switch. The second clock switch is configured in one of the second and third three-state stages, and the other stage shares the second clock switch. The second three-state stage has an additional pair of complementary devices having signal paths connected in series with each other with both being gated by a data output of the slave latch. The flip-flop reduces the number of clock switches and clock switch power consumption.
    • 在主从触发器中,主锁存器具有第一和第二三态级以及第一反馈级。 从锁存器具有第三和第四三状态级和第二反馈级。 提供具有相反相位的第一和第二时钟开关。 第一时钟切换器配置在第一和第四三状态级之一中,另一级共享第一时钟切换。 第二时钟切换器配置在第二和第三三状态级之一中,另一级共享第二时钟切换。 第二三状态级具有附加的互补器件对,其具有彼此串联连接的信号路径,两者都由从锁存器的数据输出选通。 触发器可减少时钟切换的数量和时钟切换功耗。
    • 10. 发明授权
    • Stepper motor controller and method for controlling same
    • 步进电机控制器及其控制方法
    • US08569992B2
    • 2013-10-29
    • US13047801
    • 2011-03-15
    • Zhihong ChengZhijun ChenShixiang Nie
    • Zhihong ChengZhijun ChenShixiang Nie
    • H02P8/00
    • H02P8/12
    • A stepper motor controller includes control circuitry with control outputs and individual driver pulse width modulation (PWM) circuitry with individual driver PWM outputs and modulation control inputs coupled to the control outputs. There is a group of individual drivers, each one having an input coupled to one of the PWM outputs, and an output coupled to an individual driver terminal of the controller. There is common driver PWM circuitry having a common driver PWM output. A common driver having a common driver input is coupled to the common driver PWM output and a common driver output is coupled to a common driver terminal of the controller. When a coil is connected between respective driver terminals and the common driver terminal, individual PWM driver currents are supplied to the coils from the individual driver terminals and a common PWM driver current is supplied to the coils from the common driver terminal.
    • 步进电机控制器包括具有控制输出的控制电路和具有单独驱动器PWM输出的单独的驱动器脉宽调制(PWM)电路和耦合到控制输出的调制控制输入。 存在一组单独的驱动器,每个驱动器具有耦合到一个PWM输出的输入,以及耦合到控制器的单独驱动器端子的输出。 有普通驱动器PWM电路具有公共驱动器PWM输出。 具有公共驱动器输入的公共驱动器耦合到公共驱动器PWM输出,并且公共驱动器输出耦合到控制器的公共驱动器端子。 当线圈连接在相应的驱动器端子和公共驱动器端子之间时,各个驱动器端子将各个PWM驱动器电流提供给线圈,并且公共的驱动器电流从公共驱动器端子提供给线圈。