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    • 2. 发明授权
    • Selectable multi-protocol cable termination
    • 可选择多协议电缆终端
    • US06018549A
    • 2000-01-25
    • US873545
    • 1997-06-12
    • Robert Loren ReayHeng Yun
    • Robert Loren ReayHeng Yun
    • H04B3/00
    • H04B3/50
    • An integrated cable-termination circuit is presented that can be selectably automatically configured to terminate a signal cable in conformance with one of a plurality of electrical interface standards, including, for example, CCITT/EIA standards V.11/RS-422 and V.35. Selected termination configurations are maintained when input voltages exceed power supply voltages or when power to the circuit is removed. A plurality of cable-termination circuits are provided to form an integrated selectable cable terminator for selectably terminating multiple cables, each in conformance with one of a plurality of electrical interface standards.
    • 提出了一种集成的电缆终端电路,其可选地自动配置为根据多个电接口标准中的一个,包括例如CCITT / EIA标准V.11 / RS-422和V终止信号电缆。 35。 当输入电压超过电源电压或者当电路的电源被去除时,选择的端接配置将被保持。 提供多个电缆终端电路以形成用于可选择地终止多个电缆的集成可选择的电缆终端器,每个电缆符合多个电接口标准中的一个。
    • 3. 发明授权
    • Mixed-mode multi-protocol serial interface driver
    • 混合模式多协议串行接口驱动
    • US06005414A
    • 1999-12-21
    • US868311
    • 1997-06-03
    • Robert Loren Reay
    • Robert Loren Reay
    • H03K19/0185
    • H03K19/018585
    • A mixed-mode multi-protocol serial interface driver is presented. The driver operates in current-mode, voltage-mode, or both, and includes circuitry for conforming output signals to one of a plurality of selectable electrical interface standards, including, for example, CCITT/EIA standards V.35, V.11/RS-422, V.28/RS-232, and V.10/RS-423. A mode-select input signal selects a particular standard, and appropriate portions of the circuitry are enabled in response. Portions of the circuitry not enabled are placed in a high impedance state to prevent their interference with the enabled portions.
    • 提出了一种混合模式多协议串行接口驱动程序。 驱动器以电流模式,电压模式或两者运行,并且包括用于将输出信号与多个可选择的电接口标准中的一个相一致的电路,包括例如CCITT / EIA标准V.35,V.11 / RS-422,V.28 / RS-232和V.10 / RS-423。 模式选择输入信号选择特定的标准,电路的适当部分被响应。 未启用电路的部分被置于高阻抗状态,以防止它们与使能部分的干涉。
    • 5. 发明授权
    • Circuits and methods for controlling load sharing by multiple power supplies
    • 用于控制多个电源负载共享的电路和方法
    • US06465909B1
    • 2002-10-15
    • US09628534
    • 2000-07-31
    • David Henry SooRobert Loren Reay
    • David Henry SooRobert Loren Reay
    • H02J110
    • H02J1/102H02H9/004Y10T307/549Y10T307/555Y10T307/604
    • Circuits and methods for controlling load sharing by multiple power supplies are provided. In preferred embodiments, load share controllers utilize multiple voltage control loops to monitor the output voltages that are being provided by multiple power supplies connected to a load. These voltage control loops each generate a voltage control voltage that is proportional to the difference between the actual output voltage of the corresponding power supply and the desired output voltage. The voltage control loop with the highest voltage control voltage then controls a current control voltage generated in a current control loop for each power supply via a share bus. These current control loops then regulate the current provided by the corresponding power supplies so that those currents are all proportional to the voltage on the share bus. By monitoring the current control voltage in each current control loop, the voltage at the output of each power supply, and the direction of the current flowing between each power supply and the load, the circuits and methods of preferred embodiments of the invention can detect and account for out-of-regulation conditions, over voltage conditions, short circuit conditions, and hot-swapping conditions.
    • 提供了用于控制多个电源负载共享的电路和方法。 在优选实施例中,负载共享控制器利用多个电压控制回路来监测由连接到负载的多个电源提供的输出电压。 这些电压控制回路各自产生与相应电源的实际输出电压与所需输出电压之差成比例的电压控制电压。 具有最高电压控制电压的电压控制回路然后通过共享总线控制在每个电源的电流控制回路中产生的电流控制电压。 这些电流控制回路然后调节由相应的电源提供的电流,使得那些电流全部与共享总线上的电压成比例。 通过监视每个电流控制环路中的电流控制电压,每个电源的输出端的电压以及每个电源和负载之间流动的电流的方向,本发明的优选实施例的电路和方法可以检测和 考虑到超调条件,过压条件,短路条件和热插拔条件。