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    • 1. 发明授权
    • Interface circuit and interface system
    • 接口电路和接口系统
    • US08713231B2
    • 2014-04-29
    • US13139397
    • 2010-11-01
    • Shinichiro NishiokaYoshihide KomatsuHiroshi SuenagaKohei Masuda
    • Shinichiro NishiokaYoshihide KomatsuHiroshi SuenagaKohei Masuda
    • G06F13/42
    • G06F13/42H04L25/0272Y10T307/696
    • To aim to provide an interface circuit that supports both a single-ended method and a differential method as a transmission method, and one of pairs of input terminals for a differential signal is shared to input/output a single-ended signal.A differential signal receiving circuit that receives a differential signal input through the pair of shared terminals is activated when a differential signal is input to a pair of dedicated input terminals for a differential signal, which is different from the pair of shared terminals. After the differential signal receiving circuit is activated, the active state is maintained by a built-in controller.Accordingly, the activation of the differential signal receiving circuit that receives a differential signal input through the shared terminals is controlled by controlling the differential signal input through the pair of dedicated input terminals, and furthermore, the possibility that the differential signal receiving circuit becomes inactive at an unexpected timing is reduced to a low level.
    • 为了提供支持单端方法和差分方法两者的接口电路作为传输方法,并且用于差分信号的一对输入端子被共享以输入/输出单端信号。 当将差分信号输入到与一对共享终端不同的差分信号的一对专用输入端子时,接收通过一对共享端子输入的差分信号的差分信号接收电路被激活。 在差分信号接收电路被激活之后,由内置控制器维持有效状态。 因此,通过控制通过一对专用输入端子输入的差分信号来控制接收通过共享端子输入的差分信号的差分信号接收电路的激活,此外,差分信号接收电路在 意想不到的时间降到了低水平。
    • 5. 发明申请
    • INTERFACE CIRCUIT AND INTERFACE SYSTEM
    • 接口电路和接口系统
    • US20110241432A1
    • 2011-10-06
    • US13139397
    • 2010-11-01
    • Shinichiro NishiokaYoshihide KomatsuHiroshi SuenagaKohei Masuda
    • Shinichiro NishiokaYoshihide KomatsuHiroshi SuenagaKohei Masuda
    • H02J4/00
    • G06F13/42H04L25/0272Y10T307/696
    • To aim to provide an interface circuit that supports both a single-ended method and a differential method as a transmission method, and one of pairs of input terminals for a differential signal is shared to input/output a single-ended signal.A differential signal receiving circuit that receives a differential signal input through the pair of shared terminals is activated when a differential signal is input to a pair of dedicated input terminals for a differential signal, which is different from the pair of shared terminals. After the differential signal receiving circuit is activated, the active state is maintained by a built-in controller.Accordingly, the activation of the differential signal receiving circuit that receives a differential signal input through the shared terminals is controlled by controlling the differential signal input through the pair of dedicated input terminals, and furthermore, the possibility that the differential signal receiving circuit becomes inactive at an unexpected timing is reduced to a low level.
    • 为了提供支持单端方法和差分方法两者的接口电路作为传输方法,并且用于差分信号的一对输入端子被共享以输入/输出单端信号。 当将差分信号输入到与一对共享终端不同的差分信号的一对专用输入端子时,接收通过一对共享端子输入的差分信号的差分信号接收电路被激活。 在差分信号接收电路被激活之后,由内置控制器维持有效状态。 因此,通过控制通过一对专用输入端子输入的差分信号来控制接收通过共享端子输入的差分信号的差分信号接收电路的激活,此外,差分信号接收电路在 意想不到的时间降到了低水平。
    • 6. 发明授权
    • Data transmission system capable of transmitting interrupt signal without interrupt gate period
    • 数据传输系统能够在不中断门限周期的情况下传输中断信号
    • US08548069B2
    • 2013-10-01
    • US13142655
    • 2010-10-13
    • Hiroshi SuenagaOsamu ShibataYoshiyuki SaitoKohei MasudaYoshihide KomatsuMasashi Suzuki
    • Hiroshi SuenagaOsamu ShibataYoshiyuki SaitoKohei MasudaYoshihide KomatsuMasashi Suzuki
    • H04B3/00
    • H04L25/0278
    • A data transmission system comprises: a pair of transmission lines connecting a plurality of apparatuses; a bridge termination resistor connected between the transmission lines and having a resistance value matching a differential impedance of the transmission lines; a first switch connecting the bridge termination resistor to the transmission lines when being turned on, and disconnecting the bridge termination resistor from the transmission lines when being turned off; pull-up/down resistors connected between the transmission lines and a fixed voltage node, and having resistance values respectively matching characteristic impedances of the transmission lines, the fixed voltage node being a power supply or a ground; and second switches connecting the pull-up/down resistors between the transmission lines and the fixed voltage node when being turned on, and disconnecting the pull-up/down resistors from the transmission lines when being turned off.
    • 数据传输系统包括:一对连接多个设备的传输线; 连接在传输线之间并具有与传输线的差分阻抗匹配的电阻值的桥接终端电阻; 第一开关,其在接通时将桥接端接电阻器连接到传输线;以及当断开时将桥接终端电阻器与传输线路断开; 连接在传输线路和固定电压节点之间的上拉/下拉电阻器,具有分别匹配传输线路的特征阻抗,固定电压节点为电源或接地的电阻值; 以及第二开关,其在接通时将传输线和固定电压节点之间的上拉/下拉电阻连接起来,以及在断开时从传输线断开上拉/下拉电阻。