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    • 1. 发明授权
    • Redriver with output receiver detection that mirrors detected termination on output to input
    • 带有输出接收机检测的转接器,将检测到的输出端接到输入端
    • US08212587B2
    • 2012-07-03
    • US12256624
    • 2008-10-23
    • Tony YeungMichael Y. Zhang
    • Tony YeungMichael Y. Zhang
    • H03K19/0175
    • 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。
    • 2. 发明授权
    • Insulated concrete form
    • 绝缘混凝土形式
    • US08037652B2
    • 2011-10-18
    • US11762967
    • 2007-06-14
    • Dale MarshallTony YeungCarlo Galasso
    • Dale MarshallTony YeungCarlo Galasso
    • E04B2/00
    • 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。
    • 4. 发明授权
    • 4X crystal frequency multiplier with op amp buffer between 2X multiplier stages
    • 4X晶体倍频器,运算放大器在2X倍频级之间
    • US07053725B1
    • 2006-05-30
    • US10904128
    • 2004-10-25
    • Ke WuTony YeungMichael Y. Zhang
    • Ke WuTony YeungMichael Y. Zhang
    • H03B5/32
    • H03B19/14
    • A frequency-multiplying circuit generates a multiple of the fundamental frequency of a crystal that oscillates. A first differential multiplier is coupled to the crystal nodes and generates a frequency-doubled output. The frequency-doubled output is applied to an op amp that buffers the output and compares it to a reference to generate a pair of differential buffered signals. The differential buffered signals are applied to a second differential multiplier that generates a final quadrupled-frequency output. The differential multipliers can each have a pair of differential transistors that receive signals that oscillate out-of-phase to each other by 180 degrees. The drains of the differential transistors connect together at a summing node to sum the transistor currents, producing the frequency-doubled output. A crystal driver circuit using cross-coupled and direct-coupled transistors may also be attached to the crystal nodes.
    • 倍频电路产生振荡晶体的基频的倍数。 第一差分乘法器耦合到晶体节点并产生倍频输出。 倍频输出被应用于缓冲输出的运算放大器,并将其与参考值进行比较,以生成一对差分缓冲信号。 差分缓冲信号被施加到产生最终四倍频输出的第二差分乘法器。 差分乘法器可以各自具有一对差分晶体管,其接收彼此相位振荡180度的信号。 差分晶体管的漏极在求和节点处连接在一起,以求晶体管电流,产生倍频输出。 使用交叉耦合和直接耦合晶体管的晶体驱动器电路也可以附接到晶体节点。
    • 6. 发明授权
    • Voltage conversion
    • 电压转换
    • US08400183B1
    • 2013-03-19
    • US13008328
    • 2011-01-18
    • Tony YeungMichael Yimin Zhang
    • Tony YeungMichael Yimin Zhang
    • H03K19/0175
    • H04L25/0264H02M3/07H02M2001/0025H02M2003/072
    • An embodiment of a method for powering a low-power device using a power supply designed for a high-power device is described. In such an embodiment, an input voltage is provided to a voltage converter at a first voltage level. The input voltage is periodically electrically coupled to and decoupled from the voltage converter during operation of the low-power device. An output voltage is output from the voltage converter at a second voltage level to power the low-power device. The output voltage is provided during both the input voltage being electrically coupled to and decoupled from the voltage converter, and the second voltage level is substantially less than the first voltage level.
    • 描述了使用为高功率设备设计的电源为低功率设备供电的方法的实施例。 在这样的实施例中,输入电压以第一电压电平提供给电压转换器。 在低功率器件的工作期间,输入电压周期性地电耦合到电压转换器并从电压转换器去耦。 输出电压从电压转换器以第二电压电平输出,为低功率器件供电。 在两个输入电压都被电耦合到电压转换器和从电压转换器去耦之间提供输出电压,而第二电压电平基本上小于第一电压电平。
    • 8. 发明授权
    • Re-driver with pre-emphasis injected through a transformer and tuned by an L-C tank
    • 通过变压器注入预加重重新驱动器,并由L-C罐调节
    • US08362813B2
    • 2013-01-29
    • US13071448
    • 2011-03-24
    • Tony YeungMichael Y. Zhang
    • Tony YeungMichael Y. Zhang
    • H03B1/00
    • H03F3/195H03F3/45183H03F2200/541H03F2203/45366H03F2203/45631H03F2203/45702H03F2203/45731H04L25/0272H04L25/0286
    • A re-driver circuit has pre-driver, intermediate, and output stages. Pre-emphasis on the output is generated by the intermediate stage and injected into an output stage. The intermediate stage is a frequency-tuned amplifier that has an inductive-capacitive L-C tank circuit that is tuned to a desired frequency of the output. The intermediate stage does not directly drive the output stage. Instead, an on-chip coupling transformer couples the L-C tank circuit to the output stage. The coupling transformer has a first inductor that is part of the L-C tank circuit in the intermediate stage, and a second inductor that is part of the output stage. Mutual inductance between the first inductor and the second inductor inductively couple a pre-emphasis voltage onto the output. The magnitude of the pre-emphasis can be changed by adjusting current in the intermediate stage.
    • 重新驱动电路具有预驱动器,中间和输出级。 输出的预加重由中间阶段产生并注入输出级。 中间级是调谐放大器,其具有调谐到输出的期望频率的电感 - 电容L-C谐振电路。 中间阶段不直接驱动输出级。 相反,片上耦合变压器将L-C电路耦合到输出级。 耦合变压器具有作为中间级的L-C电路的一部分的第一电感器和作为输出级的一部分的第二电感器。 第一电感和第二电感之间的相互电感将预加重电压感应耦合到输出上。 可以通过调整中间阶段的电流来改变预加重的幅度。
    • 9. 发明授权
    • Serial link driver interface for a communication system
    • 用于通信系统的串行链路驱动程序接口
    • US07915923B1
    • 2011-03-29
    • US12400708
    • 2009-03-09
    • Tony YeungMichael Yimin Zhang
    • Tony YeungMichael Yimin Zhang
    • H03K19/0175
    • H04L25/0264
    • Method and apparatus for a communication system (100) using a driver block (200) are described. The driver block includes memory having programmable non-volatile memory cells for storing configuration settings associated with operation of the driver block (200). The driver block (200) is programmable for a selected interface protocol for operation in an adaptive equalization mode to obtain an adaptive equalization value. The adaptive equalization value is stored as a fixed equalization value for operating the driver block in a fixed equalization mode. The driver block may be used as a serial link driver interface.
    • 描述使用驱动块(200)的通信系统(100)的方法和装置。 驱动器块包括具有用于存储与驱动器块(200)的操作相关联的配置设置的可编程非易失性存储器单元的存储器。 驱动器块(200)可编程为用于在自适应均衡模式下操作的选定接口协议以获得自适应均衡值。 自适应均衡值被存储为用于以固定均衡模式操作驱动器块的固定均衡值。 驱动程序块可以用作串行链路驱动程序接口。
    • 10. 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。