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
    • 54. 发明授权
    • Composite electronic component
    • 复合电子元件
    • US5034709A
    • 1991-07-23
    • US437933
    • 1989-11-17
    • Takeshi AzumiHiroshi MoriiYasuyuki NaitoYoshiaki Kohno
    • Takeshi AzumiHiroshi MoriiYasuyuki NaitoYoshiaki Kohno
    • H01C7/112H01G4/40H03H1/00H03H7/075H03H7/09
    • H03H1/00H01C7/112H01G4/40Y10T29/49082Y10T428/24331
    • A unitary composite electronic component having both a filter function and a surge voltage absorption function is arranged to have a varistor laminated body laid on top of an inductor laminated body and a capacitor laminated body, or at least one of them, and is baked so as to be integral in order to construct a laminated body. The unbaked varistor laminated body is provided with varistor electrodes, and the unbaked inductor laminated body is provided with an inductor conductive line and the unbaked capacitor laminated body is provided with capacitor electrodes, respectively. The above-described laminated body is provided at the sides thereof with external electrodes for properly connecting the above-described varistor electrodes with the inductor conductive line and the capacitor electrodes to obtain a composite electronic component having both a filter function and a surge voltage absorption function.
    • 具有滤波器功能和浪涌电压吸收功能的单一复合电子元件被布置成具有放置在电感器层叠体和电容器层叠体的顶部上的变阻器层叠体,或者至少其中之一,并且被烘烤成 为了构成层叠体而是一体的。 未烘烤的变阻器层叠体设置有变阻器电极,未烘烤电感器层叠体设置有电感器导线,并且未烘烤电容器层叠体分别设置有电容器电极。 上述层叠体的侧面设置有用于将上述变阻器电极与电感器导线和电容器电极正确连接的外部电极,以获得具有滤波器功能和浪涌电压吸收功能的复合电子部件 。
    • 55. 发明授权
    • Sampling filter device
    • 取样过滤装置
    • US08711917B2
    • 2014-04-29
    • US12812655
    • 2009-01-16
    • Satoshi TsukamotoNoriaki SaitoKatsuaki AbeKentaro MiyanoYoshifumi HosokawaYasuyuki Naito
    • Satoshi TsukamotoNoriaki SaitoKatsuaki AbeKentaro MiyanoYoshifumi HosokawaYasuyuki Naito
    • H03H7/30H03H7/40H03K5/159
    • H03H19/004
    • A sampling filter device wherein the filter characteristic is variable without using a control signal of a complicated waveform is provided. A sampling filter device 105 has integration capacitors 130 and 131, an integration time adjustment section 180, and a plurality of switches 100, 101, 110, and 111. Input current is integrated in different time duration with one clock and is stored in the integration capacitors 130 and 131 and charges stored in the integration capacitor from several clocks before to one clock before are added and the result is output. When charge is stored in the integration capacitors 130 and 131 with each clock, the integration time duration is changed, whereby it is made possible to weight and add output charge and the filter characteristic changes.
    • 提供了一种采样滤波器装置,其中滤波器特性是可变的,而不使用复杂波形的控制信号。 采样滤波器装置105具有积分电容器130和131,积分时间调整部分180和多个开关100,101,110和111.输入电流在一个时钟内以不同的持续时间被积分并被存储在积分 电容器130和131以及存储在积分电容器中的电荷从加到之前的一个时钟之前的几个时钟相加,并且输出结果。 当在每个时钟存储积分电容器130和131中的电荷时,积分持续时间被改变,从而可以对输出电荷进行加权和增加并且滤波器特性改变。
    • 57. 发明授权
    • Electromechanical switch, filter using the same, and communication apparatus
    • 机电开关,使用其的过滤器和通信装置
    • US08115577B2
    • 2012-02-14
    • US12137812
    • 2008-06-12
    • Hiroshi NakatsukaYasuyuki NaitoKeiji Onishi
    • Hiroshi NakatsukaYasuyuki NaitoKeiji Onishi
    • H01H51/22
    • H01H59/0009H01H57/00H01H2057/006
    • An electromechanical switch includes a first beam, a second beam arranged in parallel with the first beam and connected to the first beam through a connecting portion, a first electrode formed so as to have a first gap with respect to the first beam, a voltage applying portion which applies a voltage between the first beam and the first electrode, and a second electrode formed so as to have a second gap with respect to the second beam. The second gap is greater than the first gap. The first beam is displaced when the voltage applying portion applies the voltage between the first beam and the first electrode, so that switching between the second beam and the second electrode is performed in a state that the first beam is not electrically connected to the first electrode.
    • 机电开关包括第一光束,与第一光束平行设置的第二光束,并通过连接部分连接到第一光束;第一电极,其形成为相对于第一光束具有第一间隙;施加电压 在第一光束和第一电极之间施加电压的部分,以及形成为相对于第二光束具有第二间隙的第二电极。 第二个差距大于第一个差距。 当电压施加部分施加第一光束和第一电极之间的电压时,第一光束被移位,使得在第一光束不与第一电极电连接的状态下执行第二光束和第二电极之间的切换 。
    • 59. 发明授权
    • Sampling mixer, filter device, and radio device
    • 采样混频器,滤波器和无线电设备
    • US07973586B2
    • 2011-07-05
    • US12532530
    • 2008-03-17
    • Yoshifumi HosokawaNoriaki SaitoKatsuaki AbeKentaro MiyanoYasuyuki Naito
    • Yoshifumi HosokawaNoriaki SaitoKatsuaki AbeKentaro MiyanoYasuyuki Naito
    • G06G7/12
    • H03D7/125H03H15/00
    • A sampling mixer includes TAs (transconductance amplifiers), an in-phase mixer section connected to the TA and the TA, an opposite-phase mixer section connected in parallel with the in-phase mixer section, and a signal generator for generating a control signal for the in-phase mixer section and the opposite-phase mixer section respectively. The IIR filter using signals that underwent a current conversion by using the different transconductances is constructed, so that the filter characteristic can be designed by a weighting of the transconductance in addition to a capacitance ratio. As a result, the wide-band filter characteristic and the band-pass filter characteristic can be obtained, and deterioration of the receiving sensitivity can be suppressed by designing the filter characteristic suitable for the radio communication system.
    • 采样混频器包括TA(跨导放大器),连接到TA和TA的同相混频器部分,与同相混频器部分并联连接的反相混频器部分和用于产生控制信号的信号发生器 分别用于同相混合器部分和反相混合器部分。 构成使用通过使用不同的跨导进行电流转换的信号的IIR滤波器,从而除了电容比之外,可以通过加权跨导来设计滤波器特性。 结果,可以获得宽带滤波器特性和带通滤波器特性,并且可以通过设计适合于无线电通信系统的滤波特性来抑制接收灵敏度的劣化。
    • 60. 发明申请
    • ELECTROMECHANICAL DEVICE AND ELECTRICAL DEVICE WITH THE ELECTROMECHANICAL DEVICE
    • 电气设备和电气设备与电气设备
    • US20090283391A1
    • 2009-11-19
    • US12520316
    • 2008-11-12
    • Yasuyuki Naito
    • Yasuyuki Naito
    • H01H59/00
    • H01H59/0009B81B3/0086H01P1/127
    • When a high power signal is input to an electromechanical device, electrostatic force can automatically and unintentionally drive the movable electrode. A high reliability electromechanical device that prevents this is achieved. The electromechanical device of the invention is an electromechanical device formed on a substrate, and having a signal electrode and a drive electrode formed across a gap from a movable electrode. Applying an attraction force between the movable electrode and the drive electrode enables the movable electrode to contact the signal electrode. A high electrostatic capacitance is formed by disposing the movable electrode and drive electrode in opposition with a dielectric layer therebetween on the RF signal input port side. As a result, the potential difference between the movable electrode and drive electrode is reduced even when a high power signal is input, and a high reliability electromechanical device can be achieved.
    • 当高功率信号被输入到机电装置时,静电力可以自动和无意地驱动可动电极。 实现了防止这一点的高可靠性机电装置。 本发明的机电装置是形成在基板上的机电装置,具有形成在与可动电极的间隙上的信号电极和驱动电极。 在可动电极和驱动电极之间施加吸引力使得可动电极与信号电极接触。 通过将可动电极和驱动电极与RF信号输入端侧之间的电介质层相对设置,形成高静电电容。 结果,即使输入高功率信号,也可以减小可动电极与驱动电极之间的电位差,能够实现高可靠性的机电装置。