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    • 5. 发明授权
    • Level shifter
    • 电平移位器
    • US07812637B2
    • 2010-10-12
    • US12510718
    • 2009-07-28
    • Akinori MatsumotoShiro SakiyamaTakashi Morie
    • Akinori MatsumotoShiro SakiyamaTakashi Morie
    • H03K19/0175
    • H03K3/35613
    • Input transistors have sources which are connected to a first input reference node and gates to which a pair of input signals are input. Input-side voltage relaxing transistors have sources connected to drains of the pair of input transistors and gates connected to a second input reference node. Output-side voltage relaxing transistors have sources connected to output nodes, gates connected to a first output reference node, and drains connected to drains of the input-side voltage relaxing transistors. First and second inverter circuits are in correspondence with the output nodes, and are connected between second and third output reference nodes. Each of the first and second inverter circuits also supplies a voltage at one of the second and third output reference nodes to its corresponding one of the output nodes, depending on a voltage at its non-corresponding one of the output nodes.
    • 输入晶体管具有连接到输入一对输入信号的第一输入参考节点和栅极的源极。 输入侧电压松弛晶体管具有连接到一对输入晶体管的漏极和连接到第二输入参考节点的栅极的源极。 输出侧电压松弛晶体管具有连接到输出节点的源极,连接到第一输出参考节点的栅极和连接到输入侧电压松弛晶体管的漏极的漏极。 第一和第二反相器电路与输出节点对应,并连接在第二和第三输出参考节点之间。 第一和第二反相器电路中的每一个还根据其非对应的输出节点之间的电压将第二和第三输出参考节点中的一个上的电压提供给其对应的一个输出节点。
    • 6. 发明申请
    • Level shifter
    • 电平移位器
    • US20080191743A1
    • 2008-08-14
    • US11976671
    • 2007-10-26
    • Akinori MatsumotoShiro SakiyamaTakashi Morie
    • Akinori MatsumotoShiro SakiyamaTakashi Morie
    • H03K19/0175H03L5/00
    • H03K3/35613
    • Input transistors have sources which are connected to a first input reference node and gates to which a pair of input signals are input. Input-side voltage relaxing transistors have sources connected to drains of the pair of input transistors and gates connected to a second input reference node. Output-side voltage relaxing transistors have sources connected to output nodes, gates connected to a first output reference node, and drains connected to drains of the input-side voltage relaxing transistors. First and second inverter circuits are in correspondence with the output nodes, and are connected between second and third output reference nodes. Each of the first and second inverter circuits also supplies a voltage at one of the second and third output reference nodes to its corresponding one of the output nodes, depending on a voltage at its non-corresponding one of the output nodes.
    • 输入晶体管具有连接到输入一对输入信号的第一输入参考节点和栅极的源极。 输入侧电压松弛晶体管具有连接到一对输入晶体管的漏极和连接到第二输入参考节点的栅极的源极。 输出侧电压松弛晶体管具有连接到输出节点的源极,连接到第一输出参考节点的栅极和连接到输入侧电压松弛晶体管的漏极的漏极。 第一和第二反相器电路与输出节点对应,并连接在第二和第三输出参考节点之间。 第一和第二反相器电路中的每一个还根据其非对应的输出节点之间的电压将第二和第三输出参考节点中的一个上的电压提供给其对应的一个输出节点。
    • 8. 发明申请
    • LEVEL SHIFTER
    • 水平变化
    • US20090284282A1
    • 2009-11-19
    • US12510718
    • 2009-07-28
    • Akinori MATSUMOTOShiro SakiyamaTakashi Morie
    • Akinori MATSUMOTOShiro SakiyamaTakashi Morie
    • H03K19/0175H03L5/00
    • H03K3/35613
    • Input transistors have sources which are connected to a first input reference node and gates to which a pair of input signals are input. Input-side voltage relaxing transistors have sources connected to drains of the pair of input transistors and gates connected to a second input reference node. Output-side voltage relaxing transistors have sources connected to output nodes, gates connected to a first output reference node, and drains connected to drains of the input-side voltage relaxing transistors. First and second inverter circuits are in correspondence with the output nodes, and are connected between second and third output reference nodes. Each of the first and second inverter circuits also supplies a voltage at one of the second and third output reference nodes to its corresponding one of the output nodes, depending on a voltage at its non-corresponding one of the output nodes.
    • 输入晶体管具有连接到输入一对输入信号的第一输入参考节点和栅极的源极。 输入侧电压松弛晶体管具有连接到一对输入晶体管的漏极和连接到第二输入参考节点的栅极的源极。 输出侧电压松弛晶体管具有连接到输出节点的源极,连接到第一输出参考节点的栅极和连接到输入侧电压松弛晶体管的漏极的漏极。 第一和第二反相器电路与输出节点对应,并连接在第二和第三输出参考节点之间。 第一和第二反相器电路中的每一个还根据其非对应的输出节点之间的电压将第二和第三输出参考节点中的一个上的电压提供给其对应的一个输出节点。
    • 9. 发明授权
    • Coupled ring oscillator and method for initializing the same
    • 耦合环形振荡器及其初始化方法
    • US08130608B2
    • 2012-03-06
    • US12967498
    • 2010-12-14
    • Akinori MatsumotoShiro SakiyamaShiro DoshoYusuke TokunagaTakashi Morie
    • Akinori MatsumotoShiro SakiyamaShiro DoshoYusuke TokunagaTakashi Morie
    • G11B7/00H03K3/03
    • H03K3/0315H03K2005/00052
    • In a coupled ring oscillator including q ring oscillators each including p inverter circuits connected together to form a ring shape, and a phase coupling ring including (p×q) phase coupling circuits each of which is configured to couple an output of one of the p inverter circuits of one of the q ring oscillators to an output of one of the p inverter circuits of another one of the q ring oscillators in a predetermined phase relationship, and which are connected together to form a ring shape, for at least one group made up of one of the p inverter circuits in each of the q ring oscillators, outputs of the q inverter circuits belonging to the at least one group are fixed in phase with one another, the q ring oscillators are caused to oscillate in the in-phase fixed state, and then, the outputs of the q inverter circuits are released from the in-phase fixed state.
    • 在包括q个环形振荡器的耦合环形振荡器中,每个环形振荡器包括连接在一起以形成环形的p个反相器电路,以及包括(p×q)个相位耦合电路的相位耦合环,每个相位耦合电路被配置为耦合p的一个的输出 q环振荡器中的一个的逆变器电路以预定的相位关系连接到另一个q个环形振荡器的p个反相器电路之一的输出,并且连接在一起以形成环形,用于至少一个组 每个q环振荡器中的p个反相器电路中的一个的上升,属于至少一个组的q个反相器电路的输出彼此相位固定,使q个环形振荡器在同相中振荡 固定状态,然后将q个逆变器电路的输出从同相固定状态解除。
    • 10. 发明申请
    • COUPLED RING OSCILLATOR AND METHOD FOR INITIALIZING THE SAME
    • 耦合振荡器及其初始化方法
    • US20110080821A1
    • 2011-04-07
    • US12967498
    • 2010-12-14
    • Akinori MatsumotoShiro SakiyamaShiro DoshoYusuke TokunagaTakashi Morie
    • Akinori MatsumotoShiro SakiyamaShiro DoshoYusuke TokunagaTakashi Morie
    • G11B20/10H03K3/03
    • H03K3/0315H03K2005/00052
    • In a coupled ring oscillator including q ring oscillators each including p inverter circuits connected together to form a ring shape, and a phase coupling ring including (p×q) phase coupling circuits each of which is configured to couple an output of one of the p inverter circuits of one of the q ring oscillators to an output of one of the p inverter circuits of another one of the q ring oscillators in a predetermined phase relationship, and which are connected together to form a ring shape, for at least one group made up of one of the p inverter circuits in each of the q ring oscillators, outputs of the q inverter circuits belonging to the at least one group are fixed in phase with one another, the q ring oscillators are caused to oscillate in the in-phase fixed state, and then, the outputs of the q inverter circuits are released from the in-phase fixed state.
    • 在包括q个环形振荡器的耦合环形振荡器中,每个环形振荡器包括连接在一起以形成环形的p个反相器电路,以及包括(p×q)个相位耦合电路的相位耦合环,每个相位耦合电路被配置为耦合p的一个的输出 q环振荡器中的一个的逆变器电路以预定的相位关系连接到另一个q个环形振荡器的p个反相器电路之一的输出,并且连接在一起以形成环形,用于至少一个组 每个q环振荡器中的p个反相器电路中的一个的上升,属于至少一个组的q个反相器电路的输出彼此相位固定,使q个环形振荡器在同相中振荡 固定状态,然后将q个逆变器电路的输出从同相固定状态解除。