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    • 61. 发明申请
    • Micromachine and method of manufacturing the micromachine
    • 微机械和微机械的制造方法
    • US20050245011A1
    • 2005-11-03
    • US10522080
    • 2003-07-14
    • Masahiro TadaTakashi KinoshitaTakeshi TaniguchiKoichi Ikeda
    • Masahiro TadaTakashi KinoshitaTakeshi TaniguchiKoichi Ikeda
    • B81B3/00B81C1/00H03H3/007H03H9/02H03H9/24H03H9/46H01L21/336
    • H03H9/2463H03H3/0072
    • To obtain a micromachine for use as a high frequency filter having a high Q value and a higher frequency band. In a micromachine (20) including: an input electrode (7b), an output electrode (7a), and a support electrode (7c) disposed on a substrate (4); and a band-shaped vibrator electrode (15) formed by laying a beam (vibrating part) (16) over the output electrode (7a) with a space part (A) interposed between the output electrode (7a) and the vibrator electrode (15) in a state in which both end parts of the vibrator electrode (15) are supported on the input electrode (7b) and the substrate (4) with the support electrode (7c) interposed between the substrate (4) and the vibrator electrode (15), the entire surface of both end parts of the vibrator electrode (15) from an edge of the end parts to the beam (16) is completely fixed to the input electrode (7b) and the support electrode (7c).
    • 为了获得用作具有高Q值和较高频带的高频滤波器的微机械。 在微机械(20)中,包括:输入电极(7b),输出电极(7a)和设置在基板(4)上的支撑电极; 以及通过将输入电极(7a)上的光束(振动部分)(16)放置在输出电极(7a)和振动器电极(7a)之间的空间部分(A)而形成的带状振动器电极(15) (15)的两个端部被支撑在输入电极(7b)和基板(4)的状态下,支撑电极(7c)插入在基板(4)和 振动电极(15)从振动电极(15)的两端部到端部(16)的边缘的整个表面完全固定到输入电极(7b)和支撑电极 7 c)。
    • 65. 发明授权
    • Elastic boundary wave device and method of its manufacture
    • 弹性边界波装置及其制造方法
    • US6046656A
    • 2000-04-04
    • US147485
    • 1999-01-08
    • Naoyuki Mishima
    • Naoyuki Mishima
    • H03H9/145H03H9/02H03H9/46H03H9/15
    • H03H9/0222Y10T29/42
    • A boundary wave device and a fabrication method thereof that allow the conversion efficiency of a boundary wave excited by electrodes to be improved and prevents the device from being affected by parasitical resistance between the electrodes are provided. interdigital transducers 3 are formed on a main surface of a piezoelectric first substrate 2. A dielectric film 5 is formed on a main surface of the first substrate 2 so that the dielectric film 5 coats the interdigital transducers 3 and has a smooth surface 4. A Si second substrate 6 is layered on the dielectric film 5.
    • PCT No.PCT / JP98 / 02008 Sec。 371日期1999年1月8日第 102(e)日期1999年1月8日PCT提交1998年5月6日PCT公布。 公开号WO98 / 51011 PCT 日期:1998年11月12日提供允许改善由电极激发的边界波的转换效率的边界波器件及其制造方法,并且防止器件受到电极之间的寄生电阻的影响。 叉指换能器3形成在压电第一基板2的主表面上。电介质膜5形成在第一基板2的主表面上,使得电介质膜5涂覆叉指换能器3并具有平滑表面4.A Si第二基板6层叠在电介质膜5上。
    • 67. 发明授权
    • Electromechanical filter cells
    • 机电滤芯
    • US4327341A
    • 1982-04-27
    • US167702
    • 1980-07-11
    • Herbert Ernyei
    • Herbert Ernyei
    • H03H9/46H03H9/50H03H9/00
    • H03H9/46H03H9/50
    • Each cell includes two longitudinally vibrating cylindrical resonators and a flexurally vibrating coupler connected between the two resonators. The diameter of the coupler is defined by the expression: ##EQU1## wherein: d.sub.r is the diameter of the resonatorsl.sub.c is the length of the coupler.OMEGA..sup.+ =f.sup.+ /f.sub.o is the upper relative of the band of frequencies to be transmitted, f.sup.+ the uper frequency of said band and f.sub.o the tuning frequency of the resonators ##EQU2## with l.sub.o the length of the coupler corresponding to a quarter wave effectd.sub.r.sup.+ =2.pi.n.sub.r m.OMEGA..sup.+where m is the order of the vibration mode of the resonators and n.sub.r =l.sub.r /.lambda..sub.o with l.sub.r the length of the resonators and .lambda..sub.o the wavelength at the tuning frequency of the resonators in longitudinal vibration.
    • 每个电池包括两个纵向振动的圆柱形谐振器和连接在两个谐振器之间的弯曲振动的耦合器。 耦合器的直径由以下表达式定义:dc = + TR 其中:dr是谐振器的直径lc是耦合器的长度OMEGA + = f + / fo是频带的上相对于 被发送,f +所述频带的上行频率,并且由谐振器的调谐频率与对应于四分之一波效应的耦合器的长度相对应,其中m是振动模式的顺序 的谐振器和nr = lr /λo,其中lr是谐振器的长度,λo是谐振器在纵向振动中的调谐频率处的波长。
    • 68. 发明授权
    • Mechanical filter
    • 机械过滤器
    • US4140984A
    • 1979-02-20
    • US818019
    • 1977-07-22
    • Ichiro Imaguchi
    • Ichiro Imaguchi
    • H03H9/00H03H9/125H03H9/46H03H9/50H03H9/04H01L41/08H03H9/26
    • H03H9/125H03H9/50
    • A mechanical filter including resonators, a coupler for longitudinally coupling the resonators, electro-mechanical transducers coupled to the opposite ends of the coupler, and lead wires led out from the transducers. Each of the transducers comprises a piezoelectric ceramic resonator adapted for longitudinal resonance and having electrodes attached to the opposite end faces thereof, and one of the end faces of the piezoelectric ceramic resonator is formed with a coupling hole which is located substantially on the axis thereof and extends lengthwise of the ceramic resonator. Each end of the coupler is inserted into the coupling hole with an electrically conductive adhesive to thereby couple the coupler and ceramic resonators. The aforementioned lead wires may be connected to the electrodes and wound about the piezoelectric ceramic resonators through a predetermined number of turns, and may be secured to the ceramic resonators by an adhesive having rubber-like elasticity.
    • 包括谐振器的机械滤波器,用于纵向耦合谐振器的耦合器,耦合到耦合器的相对端的机电换能器以及从换能器引出的引线。 每个换能器包括适于纵向共振并且具有附接到其相对端面的电极的压电陶瓷谐振器,并且压电陶瓷谐振器的一个端面形成有基本上位于其轴线上的耦合孔, 延伸到陶瓷谐振器的纵向。 耦合器的每个端部用导电粘合剂插入耦合孔中,从而耦合耦合器和陶瓷谐振器。 上述引线可以连接到电极,并以预定数量的匝缠绕在压电陶瓷谐振器周围,并且可以通过具有橡胶状弹性的粘合剂固定到陶瓷谐振器。
    • 69. 发明授权
    • Electromechanical filter having a wide temperature range
    • 具有宽温度范围的机电滤波器
    • US4091345A
    • 1978-05-23
    • US717824
    • 1976-08-26
    • Takeshi YanoSeiichiro KanazawaTakehiro FutamiYasuyuki Ishiyama
    • Takeshi YanoSeiichiro KanazawaTakehiro FutamiYasuyuki Ishiyama
    • H03H9/46H03H9/50H03H9/52H03H9/04H01L41/10H03H7/38H03H9/26
    • H03H9/52H03H9/50
    • An electromechanical filter comprises a mechanical resonator, a pair of electromechanical transducers mechanically coupled to each other with the resonator interposed, and a pair of external matching circuits electrically connected to the respective transducers. Each matching circuit comprises a coil and a temperature-compensation capacitor connected to form a resonance circuit with the equivalent parallel capacitance of the associated transducer included therein. Resonant frequencies of the respective resonance circuits are rendered different from the passband center frequency of the filter. Preferably, the first-order temperature coefficients of the resonant frequency and the equivalent inductance of each transducer are selected to be (1) both negative and (2) positive and negative as the resonant frequency of the associated resonance circuit is rendered (1) higher and (2) lower than the center frequency.
    • 机电滤波器包括机械谐振器,一对机电换能器,其机械耦合在一起插入谐振器,以及一对电连接到各个换能器的外部匹配电路。 每个匹配电路包括线圈和温度补偿电容器,其连接以形成其中包括的相关联的换能器的等效并联电容的谐振电路。 使各个谐振电路的谐振频率与滤波器的通带中心频率不同。 优选地,谐振频率的一阶温度系数和每个换能器的等效电感被选择为:(1)相关联的谐振电路的谐振频率呈现(1)为负和(2)正和负(1)较高 和(2)低于中心频率。
    • 70. 发明授权
    • Filter and method for its manufacture
    • 过滤器及其制造方法
    • US3808563A
    • 1974-04-30
    • US28327772
    • 1972-08-24
    • LICENTIA GMBH
    • BORNER MSCHUSSLER H
    • H03H9/46H03H3/007H03H9/50H03H9/04H03H9/26
    • H03H9/50H03H3/007Y10T29/42
    • An electromechanical filter having a first and a second transducer resonator and a plurality of additional resonators, each resonator having first and second end surfaces. The resonators are arranged substantially parallel to one another. Two longitudinally vibrating thin, coupling wires are respectively coupled to the first end surfaces and to the second end surfaces. A plurality of thin, metal mounting strips are fastened to the resonators. The thickness d, and length 1, of each of the mounting elements corresponds approximately to the equation:
    • 一种具有第一和第二换能器谐振器和多个附加谐振器的机电滤波器,每个谐振器具有第一和第二端面。 谐振器被布置成基本上彼此平行。 两个纵向振动的薄的耦合线分别耦合到第一端面和第二端面。 多个薄的金属安装条被紧固到谐振器。 每个安装元件的厚度d和长度1大致对应于以下等式:d / l2 =ω=α2ROOT rho / E这样的机电滤波器通过将每个谐振器固定到安装元件上,并且去除材料 根据需要从至少一个谐振器进行调谐。