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    • 3. 发明申请
    • Element of parallel flat plate line type, a circuit board
    • 平板平板线型元件,电路板
    • US20060114076A1
    • 2006-06-01
    • US11320594
    • 2005-12-30
    • Koichiro MasudaHirokazu Tohya
    • Koichiro MasudaHirokazu Tohya
    • H04B3/28
    • H05K1/0233H01P1/203H01P3/02H05K2201/1006
    • An element of parallel flat plate line type suitable for operation at a higher speed and with a higher frequency is provided. The element is characterized by including a first metallic member 1 including a flat plate section 11 and a projected section 12 in which a plurality of projections are formed to stand on one surface of the flat plate section 11 in a direction substantially vertical to the surface with gaps therebetween, a second metallic member 2 including a flat plate section 21 and a projected section 22 in which a plurality of projections are formed to stand on one surface of the flat plate section 21 in a direction substantially vertical to the surface with gaps therebetween, and a dielectric film 31 formed between the projections and the gaps of the element of parallel flat plate line type formed by inserting the projections of the first metallic member 1 in the gap of the second metallic member 2 and inserting the projections of the second metallic member 2 in the gap of the first metallic member 1, wherein a transmission line is formed between the first metallic member 1 and the second metallic member 2 along the dielectric film 31, the transmission line being formed to have transmittivity ranging from −140 dB to −20 dB for a high-frequency electromagnetic wave ranging from 100 kHz to 10 GHz supplied from one terminal.
    • 提供了适用于更高速度和更高频率操作的平行平板线型的元件。 该元件的特征在于包括:第一金属构件1,其包括平板部分11和突出部分12,其中形成有多个突起,以在基板垂直于该表面的方向上在平板部分11的一个表面上竖立, 间隙,第二金属构件2,其包括平板部21和突出部22,突出部22中形成有多个突起,以在平板部21的一个表面上沿与其表面间隔大致垂直的方向竖立, 以及形成在突起之间的电介质膜31和通过将第一金属构件1的突起插入第二金属构件2的间隙中并且插入第二金属构件的突起而形成的平行平板线形元件的间隙 2在第一金属构件1的间隙中,其中在第一金属构件1和第二金属构件之间形成传输线 c构件2,对于从一个端子提供的从100kHz到10GHz的高频电磁波,传输线形成为具有从-140dB到-20dB的透射率。
    • 5. 发明授权
    • Element of parallel flat plate line type, a circuit board
    • 平板平板线型元件,电路板
    • US07242265B2
    • 2007-07-10
    • US11320594
    • 2005-12-30
    • Koichiro MasudaHirokazu Tohya
    • Koichiro MasudaHirokazu Tohya
    • H01P3/08H04B3/28
    • H05K1/0233H01P1/203H01P3/02H05K2201/1006
    • An element of parallel flat plate line type suitable for operation at a higher speed and with a higher frequency is provided. The element is characterized by including a first metallic member 1 including a flat plate section 11 and a projected section 12 in which a plurality of projections are formed to stand on one surface of the flat plate section 11 in a direction substantially vertical to the surface with gaps therebetween, a second metallic member 2 including a flat plate section 21 and a projected section 22 in which a plurality of projections are formed to stand on one surface of the flat plate section 21 in a direction substantially vertical to the surface with gaps therebetween, and a dielectric film 31 formed between the projections and the gaps of the element of parallel flat plate line type formed by inserting the projections of the first metallic member 1 in the gap of the second metallic member 2 and inserting the projections of the second metallic member 2 in the gap of the first metallic member 1, wherein a transmission line is formed between the first metallic member 1 and the second metallic member 2 along the dielectric film 31, the transmission line being formed to have transmittivity ranging from −140 dB to −20 dB for a high-frequency electromagnetic wave ranging from 100 kHz to 10 GHz supplied from one terminal.
    • 提供了适用于更高速度和更高频率操作的平行平板线型的元件。 该元件的特征在于包括:第一金属构件1,其包括平板部分11和突出部分12,其中形成有多个突起,以在基板垂直于该表面的方向上在平板部分11的一个表面上竖立, 间隙,第二金属构件2,其包括平板部21和突出部22,突出部22中形成有多个突起,以在平板部21的一个表面上沿与其表面间隔大致垂直的方向竖立, 以及形成在突起之间的电介质膜31和通过将第一金属构件1的突起插入第二金属构件2的间隙中并且插入第二金属构件的突起而形成的平行平板线形元件的间隙 2在第一金属构件1的间隙中,其中在第一金属构件1和第二金属构件之间形成传输线 c构件2,对于从一个端子提供的从100kHz到10GHz的高频电磁波,传输线形成为具有从-140dB到-20dB的透射率。
    • 6. 发明授权
    • Shielded strip line device and method of manufacture thereof
    • 屏蔽带状线器件及其制造方法
    • US06721171B2
    • 2004-04-13
    • US10247976
    • 2002-09-20
    • Koichiro MasudaHirokazu TohyaMasaharu Satoh
    • Koichiro MasudaHirokazu TohyaMasaharu Satoh
    • H01G900
    • H01G9/012H01G9/042H01G9/10H01G9/15H01P3/088H01P11/003H03H1/0007H03H2001/0014Y10T29/417
    • A dielectric oxide film is formed on the surface of a valve metal plate formed of aluminum and a conductive polymer layer is provided so as to cover the valve metal plate and the dielectric oxide film. The conductive polymer layer is formed of polyaniline having para-toluenesulfonic acid as a dopant. A conductive carbon paste layer and a silver paste layer are provided at the outer side of the conductive polymer layer and a metal plate, comprising a copper foil, is overlapped onto the silver paste layer. Anode lead terminals are connected to the ends of the valve metal plate and the respective end parts of the metal plate are arranged as cathode lead terminals. A shield strip line device, which is low in impedance, especially in high-frequency ranges of 100 MHz or more, and is favorably adapted to high speed and high frequencies, mainly for use as a bypass device for a noise filter or as a decoupling device, is thus obtained.
    • 在由铝形成的阀金属板的表面上形成电介质氧化物膜,并且设置导电性聚合物层以覆盖阀金属板和电介质氧化物膜。 导电聚合物层由具有对甲苯磺酸作为掺杂剂的聚苯胺形成。 在导电聚合物层的外侧设置有导电性碳糊层和银膏层,并且在银膏层上重叠包含铜箔的金属板。 阳极引线端子连接到阀金属板的端部,并且金属板的各个端部被布置为阴极引线端子。 一种屏蔽带线设备,其阻抗低,特别是在100MHz或更高的高频范围内,并且有利地适用于高速和高频率,主要用作噪声滤波器的旁路设备或用作去耦 装置。
    • 8. 发明授权
    • Method for designing a power supply decoupling circuit
    • 电源去耦电路设计方法
    • US06477694B1
    • 2002-11-05
    • US09698588
    • 2000-10-27
    • Hitoshi IrinoNoriaki AndoHiroshi WabukaHirokazu Tohya
    • Hitoshi IrinoNoriaki AndoHiroshi WabukaHirokazu Tohya
    • G06F1750
    • H05K1/0231G06F17/5068H05K1/165H05K3/0005H05K2201/10689
    • A design support system 100 according to the present invention comprises: an LSI library 10, in which rated characteristics of various LSIs are stored by an LSI library preparation unit 70; a decoupling capacitor library 20, in which rated characteristics of various capacitors are stored; a PCB library 30, in which the cross-sectional structures of various power wiring lines are stored; a decoupling capacitor search unit 40, for employing the LSI library 10 and the decoupling capacitor library 20; a power wiring determination unit 50, for employing the results obtained by the decoupling capacitor search unit 40, the LSI library 10 and the PCB library 30; and a design results output unit 60, for outputting the results received from the power wiring determination unit 50. Furthermore, the data in the three libraries can be updated or new data can be added.
    • 根据本发明的设计支持系统100包括:LSI库10,其中LSI库准备单元70存储各种LSI的额定特性; 去耦电容器库20,其中存储各种电容器的额定特性; PCB库30,其中存储各种电力布线的横截面结构; 去耦电容器搜索单元40,用于采用LSI库10和去耦电容器库20; 电源布线确定单元50,用于采用由去耦电容器搜索单元40,LSI库10和PCB库30获得的结果; 以及设计结果输出单元60,用于输出从电力布线确定单元50接收的结果。此外,可以更新三个库中的数据或者可以添加新的数据。
    • 10. 发明授权
    • Power-supply voltage fluctuation inhibiting circuit
    • 电源电压波动抑制电路
    • US06252384B1
    • 2001-06-26
    • US09544919
    • 2000-04-07
    • Satoshi AraiHirokazu Tohya
    • Satoshi AraiHirokazu Tohya
    • G05F156
    • G06F1/305G06F1/28
    • Disclosed are a circuit and method for inhibiting a fluctuation in power-supply terminal voltage of a CPU caused by a change in working current of the CPU, which is connected to a DC power supply. The circuit includes a CPU controlled between a sleep state and an operating state by the value of a stop-clock signal applied thereto from a stop-clock terminal; a transistor inserted in parallel with the CPU across power-supply terminals thereof; and a control circuit for controlling the flow of current into the transistor in dependence upon a change in the power-supply current of the CPU caused by a change in the stop-clock signal, thereby inhibiting a fluctuation in voltage across the power-supply terminals of the CPU.
    • 公开了一种用于抑制由连接到直流电源的CPU的工作电流变化引起的CPU的电源端子电压波动的电路和方法。 电路包括通过从停止时钟端子施加到其的停止时钟信号的值在睡眠状态和操作状态之间控制的CPU; 晶体管在其电源端子上与CPU并联插入; 以及控制电路,用于根据由停止时钟信号的变化引起的CPU的电源电流的变化来控制进入晶体管的电流流动,由此抑制电源端子的电压波动 的CPU。