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    • 11. 发明申请
    • Redriver with Output Receiver Detection that Mirrors Detected Termination on Output to Input
    • 具有输出接收器检测的转接器检测到镜像检测到输出到输入的终止
    • US20100105319A1
    • 2010-04-29
    • US12256624
    • 2008-10-23
    • Tony YeungMichael Y. Zhang
    • Tony YeungMichael Y. Zhang
    • H04B3/36H04B7/14
    • H04L25/0278H03K19/0005H04B3/36H04L25/0272H04L25/0286H04L25/029H04L25/0298H04L25/03878
    • A redriver chip is inserted between a transmitter chip and a receiver chip and re-drives differential signals from the transmitter chip to the receiver chip. The redriver chip has switched output termination that switches to a high value to detect far-end termination at the receiver chip, and to a low value for signaling. An output detector detects when the receiver chip has termination to ground and enables switched input termination to provide termination to ground on the lines back to the transmitter chip so that the far-end termination on the receiver chip is mirrored back to the transmitter chip, hiding the redriver chip. An input signal detector detects when the transmitter chip begins signaling and enables an equalizer, limiter, pre-driver, and output stage to re-drive the signals to the receiver chip. The input signal detector also causes the switched output termination to switch to the low value termination for signaling.
    • 转发器芯片插入在发射机芯片和接收器芯片之间,并将差分信号从发射机芯片重新驱动到接收器芯片。 转接芯片已切换输出端接,切换到高电平值,以检测接收芯片的远端终端,并发送信号低值。 输出检测器检测接收器芯片何时终止接地并使能切换输入端接,以将线路上的终端提供给发射机芯片,使得接收器芯片上的远端终端被镜像回发射机芯片,隐藏 转盘芯片。 输入信号检测器检测发射机芯片什么时候开始发信号,并启用均衡器,限幅器,预驱动器和输出级,以将信号重新驱动到接收器芯片。 输入信号检测器还使切换输出端接切换到低值终端用于信令。
    • 12. 发明申请
    • Crystal Clock Generator Operating at Third Overtone of Crystal's Fundamental Frequency
    • 晶体时钟发生器在晶体基频三次振荡器下运行
    • US20070069826A1
    • 2007-03-29
    • US11306262
    • 2005-12-21
    • Boris DrakhlisWing Faat LiuCraig TaylorTony Yeung
    • Boris DrakhlisWing Faat LiuCraig TaylorTony Yeung
    • H03K3/03
    • H03B5/36H03B5/06H03B5/364H03B2200/0008H03B2200/007H03B2200/0098
    • A crystal oscillator operates at the third overtone of the crystal's fundamental frequency. A value of a shunt resistor between the two phase-shift leg nodes is chosen so that the absolute value of the product gm×(Xc1)×(Xc2) is greater than the effective reactance of the crystal, where gm is the gain of the amplifier attached to the phase-shift legs, and Xc1 and Xc2 are the effective capacitive reactances of phase-shift legs at nodes X1 and X2. The third overtone is doubled by a multiplier and the final output filtered to remove the third overtone and select a frequency six times the fundamental frequency. A pair of Colpitts or Pierce amplifier half circuits is attached to the phase-shift leg nodes. The leg nodes can be capacitively isolated from Pierce-amplifier circuit nodes to improve start-up. Frequency doubling can be performed by summing currents from the two oscillator half circuits.
    • 晶体振荡器在晶体的基频的第三个泛音下工作。 选择两个相移支路节点之间的分流电阻的值,使得乘积gmx(Xc 1)x(Xc 2)的绝对值大于晶体的有效电抗,其中gm是 附接到相移支脚的放大器,Xc 1和Xc 2是节点X 1和X 2处的相移支脚的有效容抗。 乘法器将第三个泛音加倍,滤波后的最终输出消除第三个泛音,并选择六倍于基频的频率。 一对Colpitts或Pierce放大器半电路连接到相移腿节点。 腿节点可以与Pierce放大器电路节点电容性隔离,以提高启动能力。 可以通过对来自两个振荡器半电路的电流求和来执行倍频。
    • 13. 发明申请
    • Redriver with Output Receiver Detection that Mirrors Detected Termination on Output to Input
    • 具有输出接收器检测的转接器检测到镜像检测到输出到输入的终止
    • US20120235704A1
    • 2012-09-20
    • US13487100
    • 2012-06-01
    • Tony YeungMichael Y. Zhang
    • Tony YeungMichael Y. Zhang
    • H03K17/16
    • H04L25/0278H03K19/0005H04B3/36H04L25/0272H04L25/0286H04L25/029H04L25/0298H04L25/03878
    • A redriver chip is inserted between a transmitter chip and a receiver chip and re-drives differential signals from the transmitter chip to the receiver chip. The redriver chip has switched output termination that switches to a high value to detect far-end termination at the receiver chip, and to a low value for signaling. An output detector detects when the receiver chip has termination to ground and enables switched input termination to provide termination to ground on the lines back to the transmitter chip so that the far-end termination on the receiver chip is mirrored back to the transmitter chip, hiding the redriver chip. An input signal detector detects when the transmitter chip begins signaling and enables an equalizer, limiter, pre-driver, and output stage to re-drive the signals to the receiver chip. The input signal detector also causes the switched output termination to switch to the low value termination for signaling.
    • 转发器芯片插入在发射机芯片和接收器芯片之间,并将差分信号从发射机芯片重新驱动到接收器芯片。 转接芯片已切换输出端接,切换到高电平值,以检测接收芯片的远端终端,并发送信号低值。 输出检测器检测接收器芯片何时终止接地并使能切换输入端接,以将线路上的终端提供给发射机芯片,使得接收器芯片上的远端终端被镜像回发射机芯片,隐藏 转盘芯片。 输入信号检测器检测发射机芯片什么时候开始发信号,并启用均衡器,限幅器,预驱动器和输出级,以将信号重新驱动到接收器芯片。 输入信号检测器还使切换输出端接切换到低值终端用于信令。
    • 14. 发明申请
    • Insulated Concrete Form
    • 绝缘混凝土板
    • US20120023851A1
    • 2012-02-02
    • US13253296
    • 2011-10-05
    • Dale MarshallTony YeungCarlo Galasso
    • Dale MarshallTony YeungCarlo Galasso
    • E04B2/20
    • E02D27/02E04B2/8635E04B2002/867E04B2002/8694
    • An apparatus for a concrete form of an insulated wall has opposed, spaced apart and parallel wall panels, each having an inner surface, upper edge surface and a lower edge surface. Plural retainers are secured within each of the panels at spaced apart intervals, each retainer including a connecting portion extending outwardly from the inner surface of each panel, and an anchoring portion. The anchoring portion includes a framework disposed within the panels, an upper connector extending upwardly from each panel's upper edge surface and a lower connector extending downwardly from each panel's lower edge surface. The upper and lower connectors respectively engage upper and lower connectors of the next vertically adjacent panel to securely attach the panels together. Plural cross webs extends between the panels to tie them together, the cross webs being connection to the connecting portions of opposed retainers in the panels.
    • 用于具体形式的绝缘壁的装置具有相对的,间隔开且平行的壁板,每个壁板具有内表面,上边缘表面和下边缘表面。 多个保持器以间隔开的间隔固定在每个面板内,每个保持器包括从每个面板的内表面向外延伸的连接部分和固定部分。 锚定部分包括设置在面板内的框架,从每个面板的上边缘表面向上延伸的上连接器和从每个面板的下边缘表面向下延伸的下连接器。 上下连接器分别接合下一个垂直相邻面板的上下连接器,以将面板牢固地连接在一起。 多个跨腹板在面板之间延伸以将它们连接在一起,横向腹板连接到面板中相对的保持器的连接部分。
    • 15. 发明授权
    • Crystal clock generator operating at third overtone of crystal's fundamental frequency
    • 晶体时钟发生器在晶体的基频第三次谐波处工作
    • US07332977B2
    • 2008-02-19
    • US11306262
    • 2005-12-21
    • Boris DrakhlisWing Faat LiuCraig M. TaylorTony Yeung
    • Boris DrakhlisWing Faat LiuCraig M. TaylorTony Yeung
    • H03B27/00
    • H03B5/36H03B5/06H03B5/364H03B2200/0008H03B2200/007H03B2200/0098
    • A crystal oscillator operates at the third overtone of the crystal's fundamental frequency. A value of a shunt resistor between the two phase-shift leg nodes is chosen so that the absolute value of the product gm×(Xc1)×(Xc2) is greater than the effective reactance of the crystal, where gm is the gain of the amplifier attached to the phase-shift legs, and Xc1 and Xc2 are the effective capacitive reactances of phase-shift legs at nodes X1 and X2. The third overtone is doubled by a multiplier and the final output filtered to remove the third overtone and select a frequency six times the fundamental frequency. A pair of Colpitts or Pierce amplifier half circuits is attached to the phase-shift leg nodes. The leg nodes can be capacitively isolated from Pierce-amplifier circuit nodes to improve start-up. Frequency doubling can be performed by summing currents from the two oscillator half circuits.
    • 晶体振荡器在晶体的基频的第三个泛音下工作。 选择两个相移支路节点之间的分流电阻的值,使得乘积gmx(Xc 1)x(Xc 2)的绝对值大于晶体的有效电抗,其中gm是 附接到相移支脚的放大器,Xc 1和Xc 2是节点X 1和X 2处的相移支脚的有效容抗。 乘法器将第三个泛音加倍,滤波后的最终输出消除第三个泛音,并选择六倍于基频的频率。 一对Colpitts或Pierce放大器半电路连接到相移腿节点。 腿节点可以与Pierce放大器电路节点电容性隔离,以提高启动能力。 可以通过对来自两个振荡器半电路的电流求和来执行倍频。
    • 16. 发明申请
    • INSULATED CONCRETE FORM
    • 绝缘混凝土形式
    • US20070294970A1
    • 2007-12-27
    • US11762967
    • 2007-06-14
    • Dale MarshallTony YeungCarlo Galasso
    • Dale MarshallTony YeungCarlo Galasso
    • E04C1/41
    • E02D27/02E04B2/8635E04B2002/867E04B2002/8694
    • There is described an apparatus for a concrete form for an insulated wall. The apparatus comprises first and second wall panels arranged in opposed spaced apart parallel relationship, each panel having an inner surface, an outer surface, an upper edge surface, a lower edge surface and end surfaces. A plurality of retainers are secured within each of said first and second panels at spaced apart intervals, each retainer including a connecting portion extending outwardly from the inner surface of each panel, and an anchoring portion. The anchoring portion includes a framework disposed within the panels, an upper connector extending upwardly from each panel's upper edge surface and a lower connector extending downwardly from each panel's lower edge surface. The upper and lower connectors are adapted to respectively engage the upper and lower connectors of the next vertically adjacent panel to securely attach the panels together. A plurality of cross webs extends between the first and second panels to tie them together, the cross webs being adapted for respective connection to the connecting portions of opposed retainers in the first and second panels.
    • 描述了一种用于隔热墙的混凝土形式的装置。 该装置包括以相对间隔开的平行关系布置的第一和第二壁板,每个板具有内表面,外表面,上边缘表面,下边缘表面和端表面。 多个保持器以间隔开的间隔固定在每个所述第一和第二面板内,每个保持器包括从每个面板的内表面向外延伸的连接部分和锚固部分。 锚定部分包括设置在面板内的框架,从每个面板的上边缘表面向上延伸的上连接器和从每个面板的下边缘表面向下延伸的下连接器。 上连接器和下连接器适于分别接合下一个垂直相邻面板的上连接器和下连接器,以将面板牢固地附接在一起。 多个横向腹板在第一和第二面板之间延伸以将它们连接在一起,所述横向腹板适于相应地连接到第一和第二面板中相对的保持器的连接部分。
    • 18. 发明授权
    • Insulated concrete form
    • 绝缘混凝土形式
    • US08468761B2
    • 2013-06-25
    • US13253296
    • 2011-10-05
    • Dale MarshallTony YeungCarlo Galasso
    • Dale MarshallTony YeungCarlo Galasso
    • E04B2/00
    • E02D27/02E04B2/8635E04B2002/867E04B2002/8694
    • An apparatus for a concrete form of an insulated wall has opposed, spaced apart and parallel wall panels, each having an inner surface, upper edge surface and a lower edge surface. Plural retainers are secured within each of the panels at spaced apart intervals, each retainer including a connecting portion extending outwardly from the inner surface of each panel, and an anchoring portion. The anchoring portion includes a framework disposed within the panels, an upper connector extending upwardly from each panel's upper edge surface and a lower connector extending downwardly from each panel's lower edge surface. The upper and lower connectors respectively engage upper and lower connectors of the next vertically adjacent panel to securely attach the panels together. Plural cross webs extends between the panels to tie them together, the cross webs being connection to the connecting portions of opposed retainers in the panels.
    • 用于具体形式的绝缘壁的装置具有相对的,间隔开且平行的壁板,每个壁板具有内表面,上边缘表面和下边缘表面。 多个保持器以间隔开的间隔固定在每个面板内,每个保持器包括从每个面板的内表面向外延伸的连接部分和固定部分。 锚定部分包括设置在面板内的框架,从每个面板的上边缘表面向上延伸的上连接器和从每个面板的下边缘表面向下延伸的下连接器。 上下连接器分别接合下一个垂直相邻面板的上下连接器,以将面板牢固地连接在一起。 多个跨腹板在面板之间延伸以将它们连接在一起,横向腹板连接到面板中相对的保持器的连接部分。
    • 20. 发明授权
    • Crystal clock generator operating at third overtone of crystal's fundamental frequency
    • 晶体时钟发生器在晶体的基频第三次谐波处工作
    • US07002423B1
    • 2006-02-21
    • US10710549
    • 2004-07-20
    • Boris DrakhlisWing Faat LiuCraig M. TaylorTony Yeung
    • Boris DrakhlisWing Faat LiuCraig M. TaylorTony Yeung
    • H03B5/32
    • H03B5/36H03B5/06H03B5/364H03B2200/0008H03B2200/007H03B2200/0098
    • A crystal oscillator operates at the third overtone of the crystal's fundamental frequency. A value of a shunt resistor between the two phase-shift leg nodes is chosen so that the absolute value of the product gm×(Xc1)×(Xc2) is greater than the effective reactance of the crystal, where gm is the gain of the amplifier attached to the phase-shift legs, and Xc1 and Xc2 are the effective capacitive reactances of phase-shift legs at nodes X1 and X2. The third overtone is doubled by a multiplier and the final output filtered to remove the third overtone and select a frequency six times the fundamental frequency. A pair of Colpitts or Pierce amplifier half circuits is attached to the phase-shift leg nodes. The leg nodes can be capacitively isolated from Pierce-amplifier circuit nodes to improve start-up. Frequency doubling can be performed by summing currents from the two oscillator half circuits.
    • 晶体振荡器在晶体的基频的第三个泛音下工作。 选择两个相移支路节点之间的分流电阻的值,使得乘积gmx(Xc 1)x(Xc 2)的绝对值大于晶体的有效电抗,其中gm是 附接到相移支脚的放大器,Xc 1和Xc 2是节点X 1和X 2处的相移支脚的有效容抗。 乘法器将第三个泛音加倍,滤波后的最终输出消除第三个泛音,并选择六倍于基频的频率。 一对Colpitts或Pierce放大器半电路连接到相移腿节点。 腿节点可以与Pierce放大器电路节点电容性隔离,以提高启动能力。 可以通过对来自两个振荡器半电路的电流求和来执行倍频。