会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 5. 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。
    • 6. 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。
    • 7. 发明授权
    • A/D converter
    • A / D转换器
    • US07633421B2
    • 2009-12-15
    • US12093252
    • 2007-07-30
    • Shiro DoshoTakashi MorieYusuke TokunagaShiro Sakiyama
    • Shiro DoshoTakashi MorieYusuke TokunagaShiro Sakiyama
    • H03M1/12
    • H03M1/123H03M1/1215H03M1/56
    • An A/D converter includes: a plurality of A/D conversion circuits (10 a, 10b); an input selection section (20) for selecting the A/D conversion circuit that is not executing A/D conversion to supply analog amounts obtained by sample-holding an input signal; and an output selection section (30) for selecting the A/D conversion circuit that is not executing A/D conversion to output digital amounts obtained from the selected one. Each A/D conversion circuit includes: an input memory portion (11) for sequentially storing the supplied analog amounts in a plurality of analog memory elements (111); an A/D conversion portion (12) having a plurality of A/D conversion elements (121) for converting the analog amounts stored in the analog memory elements to digital amounts; and a shift output portion (13), having a plurality of registers (131) receiving the digital amounts from the A/D conversion elements to hold the digital amounts, for shifting and outputting the digital amounts held in the registers.
    • A / D转换器包括:多个A / D转换电路(10a,10b); 输入选择部分(20),用于选择不执行A / D转换的A / D转换电路以提供通过采样保持输入信号获得的模拟量; 以及用于选择不执行A / D转换的A / D转换电路以输出从所选择的数字量获得的数字量的输出选择部分(30)。 每个A / D转换电路包括:用于在多个模拟存储器元件(111)中顺序地存储所提供的模拟量的输入存储器部分(11)。 具有用于将存储在模拟存储器元件中的模拟量转换为数字量的多个A / D转换元件的A / D转换部分(12) 以及移位输出部分(13),具有从A / D转换元件接收数字量以保持数字量的多个寄存器(131),用于移位和输出保存在寄存器中的数字量。
    • 8. 发明授权
    • Pipelined AD converter
    • 流水线AD转换器
    • US07911369B2
    • 2011-03-22
    • US12600784
    • 2008-08-21
    • Takashi MorieKazuo MatsukawaShiro SakiyamaShiro DoshoYusuke Tokunaga
    • Takashi MorieKazuo MatsukawaShiro SakiyamaShiro DoshoYusuke Tokunaga
    • H03M1/38
    • H03M1/0678H03M1/0695H03M1/44
    • A pipelined AD converter (1) includes a plurality of conversion stages (11, 11, . . . ). In each of the conversion stages, an analog-to-digital conversion circuit (101) converts an input voltage (Vin) from the preceding stage to a digital code (Dout). A digital-to-analog conversion circuit (102) converts the digital code obtained by the analog-to-digital conversion circuit to an intermediate voltage (Vda). A charge operation circuit (103) has: a capacitor section (C1, C2) for sampling the input voltage; and an amplifier section (104) for amplifying a mixed voltage of the input voltage sampled by the capacitor section and the intermediate voltage obtained by the digital-to-analog conversion circuit. The amplifier section (104) includes a plurality of op-amps (amp1, amp1, . . . ) having the same configuration and connected in parallel with each other.
    • 流水线式AD转换器(1)包括多个转换级(11,11 ...)。 在每个转换级中,模数转换电路(101)将来自前级的输入电压(Vin)转换为数字代码(Dout)。 数模转换电路(102)将由模数转换电路获得的数字代码转换为中间电压(Vda)。 充电操作电路(103)具有用于对输入电压进行采样的电容器部(C1,C2) 以及用于放大由电容器部分采样的输入电压和由数模转换电路获得的中间电压的混合电压的放大器部分(104)。 放大器部分(104)包括具有相同配置并且彼此并联的多个运算放大器(amp1,amp1 ...)。
    • 9. 发明申请
    • PIPELINED AD CONVERTER
    • 管路AD转换器
    • US20100149010A1
    • 2010-06-17
    • US12600784
    • 2008-08-21
    • Takashi MorieKazuo MatsukawaShiro SakiyamaShiro DoshoYusuke Tokunaga
    • Takashi MorieKazuo MatsukawaShiro SakiyamaShiro DoshoYusuke Tokunaga
    • H03M1/38H03M1/00
    • H03M1/0678H03M1/0695H03M1/44
    • A pipelined AD converter (1) includes a plurality of conversion stages (11, 11, . . . ). In each of the conversion stages, an analog-to-digital conversion circuit (101) converts an input voltage (Vin) from the preceding stage to a digital code (Dout). A digital-to-analog conversion circuit (102) converts the digital code obtained by the analog-to-digital conversion circuit to an intermediate voltage (Vda). A charge operation circuit (103) has: a capacitor section (C1, C2) for sampling the input voltage; and an amplifier section (104) for amplifying a mixed voltage of the input voltage sampled by the capacitor section and the intermediate voltage obtained by the digital-to-analog conversion circuit. The amplifier section (104) includes a plurality of op-amps (amp1, amp1, . . . ) having the same configuration and connected in parallel with each other.
    • 流水线式AD转换器(1)包括多个转换级(11,11 ...)。 在每个转换级中,模数转换电路(101)将来自前级的输入电压(Vin)转换为数字代码(Dout)。 数模转换电路(102)将由模数转换电路获得的数字代码转换为中间电压(Vda)。 充电操作电路(103)具有用于对输入电压进行采样的电容器部(C1,C2) 以及用于放大由电容器部分采样的输入电压和由数模转换电路获得的中间电压的混合电压的放大器部分(104)。 放大器部分(104)包括具有相同配置并且彼此并联的多个运算放大器(amp1,amp1 ...)。
    • 10. 发明申请
    • A/D CONVERTER
    • A / D转换器
    • US20090237281A1
    • 2009-09-24
    • US12093252
    • 2007-07-30
    • Shiro DoshoTakashi MorieYusuke TokunagaShiro Sakiyama
    • Shiro DoshoTakashi MorieYusuke TokunagaShiro Sakiyama
    • H03M1/12H03M1/00
    • H03M1/123H03M1/1215H03M1/56
    • An A/D converter includes: a plurality of A/D conversion circuits (10a, 10b); an input selection section (20) for selecting the A/D conversion circuit that is not executing A/D conversion to supply analog amounts obtained by sample-holding an input signal; and an output selection section (30) for selecting the A/D conversion circuit that is not executing A/D conversion to output digital amounts obtained from the selected one. Each A/D conversion circuit includes: an input memory portion (11) for sequentially storing the supplied analog amounts in a plurality of analog memory elements (111); an A/D conversion portion (12) having a plurality of A/D conversion elements (121) for converting the analog amounts stored in the analog memory elements to digital amounts; and a shift output portion (13), having a plurality of registers (131) receiving the digital amounts from the A/D conversion elements to hold the digital amounts, for shifting and outputting the digital amounts held in the registers.
    • A / D转换器包括:多个A / D转换电路(10a,10b); 输入选择部分(20),用于选择不执行A / D转换的A / D转换电路以提供通过采样保持输入信号获得的模拟量; 以及用于选择不执行A / D转换的A / D转换电路以输出从所选择的数字量获得的数字量的输出选择部分(30)。 每个A / D转换电路包括:用于在多个模拟存储器元件(111)中顺序地存储所提供的模拟量的输入存储器部分(11)。 具有用于将存储在模拟存储器元件中的模拟量转换为数字量的多个A / D转换元件的A / D转换部分(12) 以及移位输出部分(13),具有从A / D转换元件接收数字量以保持数字量的多个寄存器(131),用于移位和输出保存在寄存器中的数字量。