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    • 1. 发明授权
    • Composite duplexer
    • 复合双工器
    • US07629862B2
    • 2009-12-08
    • US11568772
    • 2006-05-19
    • Yuki SatohNaoki YudaKoji HashimotoToshio Ishizaki
    • Yuki SatohNaoki YudaKoji HashimotoToshio Ishizaki
    • H01P1/10H01P5/12H03H7/46
    • H04B1/006H04B1/48H04B1/52
    • A composite duplexer includes an antenna terminal, a first receiving terminal, a second receiving terminal, a transmitting terminal, a first switch, a duplexer, and a second switch. The first switch includes a first branch contact, a second branch contact connected with the transmitting terminal, a third branch contact connected with the second receiving terminal, and a first common contact connected with the first antenna terminal. The first common contact of the first switch is connected selectively with the first branch contact, the second branch contact, and the third branch contact. The first duplexer includes a first receiving filter connected with the first receiving terminal, and a first transmitting filter. The duplexer is connected with the first branch contact of the first switch. The second switch is operable to connect and disconnect electrically between the first transmitting filter of the first duplexer and the transmitting terminal. This composite duplexer can separate signals even if their frequency bands are close to each other.
    • 复合双工器包括天线端子,第一接收端子,第二接收端子,发送端子,第一开关,双工器和第二开关。 第一开关包括第一分支触点,与发送端子连接的第二分支触点,与第二接收端子连接的第三分支触点,以及与第一天线端子连接的第一公共触点。 第一开关的第一公共接点与第一分支触点,第二分支触点和第三分支触点选择性地连接。 第一双工器包括与第一接收端连接的第一接收滤波器和第一发射滤波器。 双工器与第一开关的第一分支触点连接。 第二开关可操作以在第一双工器的第一发射滤波器和发射端之间电连接和断开。 即使它们的频带彼此接近,该复合双工器也可以分离信号。
    • 2. 发明申请
    • COMPOSITE DUPLEXER
    • 复合双工器
    • US20090256645A1
    • 2009-10-15
    • US11568772
    • 2006-05-19
    • Yuki SatohNaoki YudaKoji HashimotoToshio Ishizaki
    • Yuki SatohNaoki YudaKoji HashimotoToshio Ishizaki
    • H03H7/46
    • H04B1/006H04B1/48H04B1/52
    • A composite duplexer includes an antenna terminal, a first receiving terminal, a second receiving terminal, a transmitting terminal, a first switch, a duplexer, and a second switch. The first switch includes a first branch contact, a second branch contact connected with the transmitting terminal, a third branch contact connected with the second receiving terminal, and a first common contact connected with the first antenna terminal. The first common contact of the first switch is connected selectively with the first branch contact, the second branch contact, and the third branch contact. The first duplexer includes a first receiving filter connected with the first receiving terminal, and a first transmitting filter. The duplexer is connected with the first branch contact of the first switch. The second switch is operable to connect and disconnect electrically between the first transmitting filter of the first duplexer and the transmitting terminal. This composite duplexer can separate signals even if their frequency bands are close to each other.
    • 复合双工器包括天线端子,第一接收端子,第二接收端子,发送端子,第一开关,双工器和第二开关。 第一开关包括第一分支触点,与发送端子连接的第二分支触点,与第二接收端子连接的第三分支触点,以及与第一天线端子连接的第一公共触点。 第一开关的第一公共接点与第一分支触点,第二分支触点和第三分支触点选择性地连接。 第一双工器包括与第一接收端连接的第一接收滤波器和第一发射滤波器。 双工器与第一开关的第一分支触点连接。 第二开关可操作以在第一双工器的第一发射滤波器和发射端之间电连接和断开。 即使它们的频带彼此接近,该复合双工器也可以分离信号。
    • 4. 发明授权
    • Temperature compensated crystal oscillator
    • 温度补偿晶体振荡器
    • US5473289A
    • 1995-12-05
    • US186759
    • 1994-01-25
    • Toshio IshizakiYuki SatohKoji Hashimoto
    • Toshio IshizakiYuki SatohKoji Hashimoto
    • H03L1/02H03B5/32
    • H03L1/025H03L1/023H03L1/028
    • A temperature compensated crystal oscillator including: an oscillation circuit having a quartz crystal resonator and a control terminal, for providing an oscillating signal determined by the quartz crystal resonator and a control signal, the control signal being applied to the control terminal; a temperature detecting circuit for detecting an operation temperature and outputting a temperature signal based on the operation temperature; and a control signal generating circuit for receiving the temperature signal from the temperature detecting circuit, generating the control signal based on a characteristic curve, and outputting the control signal to the control terminal; the characteristic curve essentially consisting of a plurality of straight lines and being an approximation of an ideal control curve in a predetermined operation temperature range including the operation temperature, the ideal control curve having a relationship between the control signal and the temperature signal for ideally compensating a fluctuation of a frequency of the oscillating signal against changes of the operation temperature, the predetermined operation temperature range being divided into temperature ranges, each of the plurality of straight lines corresponding to one of the divided temperature ranges.
    • 一种温度补偿晶体振荡器,包括:具有石英晶体谐振器和控制端子的振荡电路,用于提供由所述石英晶体谐振器确定的振荡信号和控制信号,所述控制信号被施加到所述控制端子; 温度检测电路,用于检测工作温度,并根据工作温度输出温度信号; 以及控制信号发生电路,用于从温度检测电路接收温度信号,基于特性曲线产生控制信号,并将控制信号输出到控制端; 特征曲线基本上由多条直线组成,并且是包括操作温度的预定操作温度范围内的理想控制曲线的近似值,具有控制信号和温度信号之间的关系的理想控制曲线用于理想地补偿 振荡信号的频率相对于操作温度的变化的波动,将预定的工作温度范围分为温度范围,对应于分割的温度范围之一的多个直线中的每一个。
    • 5. 发明授权
    • Method of direct bonding of crystals and crystal devices
    • 晶体和晶体器件直接接合的方法
    • US5319324A
    • 1994-06-07
    • US955256
    • 1992-10-01
    • Yuki SatohKoji HashimotoToshio Ishizaki
    • Yuki SatohKoji HashimotoToshio Ishizaki
    • H03B5/32H03H3/02H03L1/02H01L41/04H01L41/107H03H9/54
    • H03L1/025H03H3/02H03B5/32Y10T29/42
    • A method of directly bonding a crystal to a crystal includes the steps of mirror-polishing the surfaces of the crystals and then rinsing them with a cleaning material and then affecting a baking operation and then bonding them together and thereafter annealing them within a temperature range where crystal crystallization is not transited in phase so that a further strong bonding force is obtained. A crystal resonator is obtained where electrodes are oppositely established across a ply crystal blank with at least two sheets of crystal blanks having a desired cut angle and a desired thickness being directly bonded so that the respective crystal axes intersect at the desired angles. The ply crystal blank may have a central portion which is either thicker or thinner than a surrounding portion. A crystal oscillator including a crystal resonator having the above noted features may be fabricated and a temperature compensated crystal oscillator of either the analog or digital type may also be formed using such a crystal resonator. A crystal filter may also be formed using a ply crystal bank with at least two sheets of crystal blanks having a desired cut angle and a desired shape being directly bonded so that respective crystal axes intersect at the desired angles.
    • 将晶体直接结合到晶体的方法包括以下步骤:对晶体的表面进行镜面抛光,然后用清洁材料冲洗,然后影响烘烤操作,然后将它们粘合在一起,然后在温度范围 晶体结晶不会相转移,从而获得更强的结合力。 获得晶体谐振器,其中电极通过具有期望的切割角度的至少两片晶体坯料和期望的厚度直接接合,使得各个晶轴以所需的角度相交,跨越层状晶体坯料相反地建立。 层状结晶坯料可以具有比周围部分更厚或更薄的中心部分。 可以制造包括具有上述特征的晶体谐振器的晶体振荡器,并且也可以使用这种晶体谐振器形成模拟或数字型温度补偿晶体振荡器。 也可以使用具有至少两片具有期望的切割角度的晶片坯料并且期望的形状直接结合的层状晶体组来形成晶体滤光器,使得各个晶轴以所需的角度相交。
    • 6. 发明授权
    • Piezoelectric device and a package
    • 压电器件和封装
    • US5589724A
    • 1996-12-31
    • US350717
    • 1994-12-07
    • Yuki SatohToshio IshizakiTsuyoshi SakaueKoji HashimotoTohru YamadaTomoki Uwano
    • Yuki SatohToshio IshizakiTsuyoshi SakaueKoji HashimotoTohru YamadaTomoki Uwano
    • H01C1/02H01L23/08H01L41/053H03H3/007H03H9/02H03H9/05H03H9/10H03H9/13H03H9/17H03H9/25H03H9/56H05K5/06H01L41/08
    • H03H9/1071H03H9/1035
    • A piezoelectric device includes a piezoelectric plate provided with at least one electrode at almost a central portion of each face; a first plate made of an ionic material having a recessed portion to cover the at least one electrode at one face to face the piezoelectric plate; and a second plate made of an ionic material having a recessed portion to cover the at least one electrode at one face to face the piezoelectric plate. Each of the at least one electrode is packaged by direct bonding the piezoelectric plate with the first plate and the second plate so as to be sandwiched therebetween. A package includes a body member made of an ionic material provided with a recessed portion or an opening, having a flat face around the recessed portion or the opening; and a covering member made of an ionic material having a flat face to cover the body member. The flat face of the body member and the flat face of the covering member are cleaned and attached to each other so as to be direct bonded with each other using hydrogen bonds generated between the ionic materials, thereby packaging the recessed portion or the opening.
    • 压电装置包括在每个面的几乎中心部分设置有至少一个电极的压电板; 由离子材料制成的第一板,具有在一个面上覆盖所述至少一个电极的凹部以面对所述压电板; 以及由具有凹部的离子材料制成的第二板,以在一个面上覆盖所述至少一个电极以面对所述压电板。 通过将压电板与第一板和第二板直接接合以夹在它们之间来封装至少一个电极中的每一个。 一种包装体,包括由设置有凹部或开口的离子性材料制成的本体部件,该凹部或开口具有围绕凹部或开口的平坦面; 以及由具有平坦面的离子材料制成的覆盖部件,以覆盖主体部件。 本体构件的平面和覆盖构件的平面被清洁并彼此附接,以便使用在离子材料之间产生的氢键彼此直接接合,从而封装凹部或开口。
    • 10. 发明授权
    • High-frequency composite switch component
    • 高频复合开关元件
    • US07035602B2
    • 2006-04-25
    • US09913259
    • 2000-12-14
    • Yuki SatohTetsuya TsurunariKoji HashimotoHiroshi TakahashiKozo Murakami
    • Yuki SatohTetsuya TsurunariKoji HashimotoHiroshi TakahashiKozo Murakami
    • H01Q11/12
    • H04B1/0057H01P1/15H04B1/406H04B1/48
    • A hybrid radio frequency (RF) switching device includes first to fourth ports, a diode coupled between the first port and second port, a first transmission line having a length of λg/4 (where λg is a wave length of a frequency in a first frequency band), and a first element coupled in series with the first transmission line having an almost simple reactance component and nearly opening in a second frequency band. The first transmission line and first element are coupled in series between the second port and third port. The device further includes a second transmission line having a length of λd/4 (where λd is a wavelength of a frequency in the second frequency band), and a second element having an almost simple reactance component and nearly opening in the first frequency band. The second transmission line and second element are coupled in series between the second port and fourth port.
    • 混合射频(RF)开关装置包括第一至第四端口,耦合在第一端口和第二端口之间的二极管,具有长度lambdag / 4的第一传输线(其中lambdag是第一端口和第二端口中的频率的波长 频带),以及与第一传输线串联耦合的第一元件具有几乎简单的电抗分量并且在第二频带中几乎打开。 第一传输线和第一元件串联耦合在第二端口和第三端口之间。 该装置还包括具有长度lambdad / 4(其中lambdad是第二频带中的频率的波长)的第二传输线,以及具有几乎简单的电抗分量并且在第一频带中几乎打开的第二元件。 第二传输线和第二元件串联耦合在第二端口和第四端口之间。