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    • 7. 发明授权
    • Differential signal reversion and correction circuit and method thereof
    • 差分信号反转和校正电路及其方法
    • US09543949B2
    • 2017-01-10
    • US14627391
    • 2015-02-20
    • INSPUR ELECTRONIC INFORMATION INDUSTRY CO., LTD
    • Endong WangLeijun HuRengang Li
    • H04L1/00H03K19/00
    • H03K19/00H03K19/018585H03K19/018592
    • A differential signal reversion and correction circuit and a method thereof are provided. The structures of the circuit include: a data frame sending module, when the link conditions are detected, the data frame sending module generates specific logic sequence and finishes the sending by a input/output port, such that a receiving side receives, processes and analyzes the sequence, and determination of link transmission conditions are achieved; a comparator of the receiving side, which receives sequence data, performs corresponding comparing, checking and feedback controlling, thereby achieving link detection and differential correction purpose; a reversion control signal generating module, which receives a comparison result of the comparator, generates corresponding control signal, and controls the link whether to perform reversion operation.
    • 提供了差分信号反转和校正电路及其方法。 该电路的结构包括:数据帧发送模块,当检测到链路条件时,数据帧发送模块生成特定的逻辑序列,并完成由输入/输出端口的发送,使得接收方接收,处理和分析 实现了链路传输条件的顺序和确定; 接收方的比较器接收序列数据,进行相应的比较,检查和反馈控制,从而实现链路检测和差分校正目的; 接收比较器的比较结果的反转控制信号生成模块生成相应的控制信号,并控制链接是否执行逆转操作。
    • 8. 发明授权
    • Methods and apparatus for transmitting a signal in a single direction using bidirectional driver circuits
    • 使用双向驱动电路在单方向发送信号的方法和装置
    • US09520878B1
    • 2016-12-13
    • US14529060
    • 2014-10-30
    • Altera Corporation
    • Sean Woei VoonAron Joseph Roth
    • H03K19/173H03K19/003H03K19/0175H03K19/177H03K19/0185G06F13/16
    • H03K19/00346G06F13/1673H03K19/017581H03K19/01759H03K19/018592H03K19/17736H03K19/17764
    • An integrated circuit may include a first logic region having a first bidirectional driver circuit and a second logic region having a logic circuit and a second bidirectional circuit. The first bidirectional driver circuit may be coupled to the second bidirectional driver circuit via a conductive path. The second bidirectional circuit may receive a dynamic control signal from the logic circuit to selectively transmit a signal to the first bidirectional driver circuit based on the dynamic control signal. The first logic region further includes an additional logic circuit. The additional logic circuit may provide an additional dynamic control signal to the first bidirectional driver circuit to selectively transmit an additional signal to the second bidirectional driver circuit over the conductive path. To prevent current contention, only one bidirectional driver circuit may be activated to drive the conductive path at a given time.
    • 集成电路可以包括具有第一双向驱动器电路的第一逻辑区域和具有逻辑电路和第二双向电路的第二逻辑区域。 第一双向驱动器电路可以经由导电路径耦合到第二双向驱动器电路。 第二双向电路可以从逻辑电路接收动态控制信号,以基于动态控制信号选择性地将信号发送到第一双向驱动器电路。 第一逻辑区域还包括附加逻辑电路。 附加逻辑电路可以向第一双向驱动器电路提供附加的动态控制信号,以通过导电路径选择性地向第二双向驱动器电路发送附加信号。 为了防止当前的争用,只有一个双向驱动器电路可以被激活以在给定的时间驱动导电路径。
    • 10. 发明申请
    • Bidirectional Buffer and Control Method Thereof
    • 双向缓冲器及其控制方法
    • US20140347095A1
    • 2014-11-27
    • US14363839
    • 2012-12-13
    • Shogo Nakaya
    • Shogo Nakaya
    • H03K19/173H03K19/094
    • H03K19/1737H03K19/018592H03K19/09429
    • Bidirectional buffer 20D includes: multiplexer 30 that is equipped with rewriteable variable-resistance nonvolatile switch elements for each input terminal; tristate buffer 51 that is equipped with rewriteable variable-resistance nonvolatile switch elements for each output terminal and that receives the output of multiplexer 30 as input; demultiplexer 31 that receives the output of tristate buffer 51 as input; programming transistor tr0 whose drain terminal is connected to the input terminal of tristate buffer 51; and programming transistor tr1 whose drain terminal is connected to the output terminal of tristate buffer 51. Input terminals i1 and i3 of multiplexer 30 are connected to respective output terminals t1 and t2 of demultiplexer 31.
    • 双向缓冲器20D包括:多路复用器30,其配备有用于每个输入端子的可重写可变电阻非易失性开关元件; 三态缓冲器51,其配备有用于每个输出端子的可重写可变电阻非易失性开关元件,并且接收多路复用器30的输出作为输入; 接收作为输入的三态缓冲器51的输出的解复用器31; 编程晶体管tr0,其漏极端子连接到三态缓冲器51的输入端; 以及编程晶体管tr1,其漏极端子连接到三态缓冲器51的输出端。多路复用器30的输入端子i1和i3连接到解复用器31的各个输出端子t1和t2。