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    • 1. 发明授权
    • Duplexer with stepped impedance resonators
    • 带有阶梯式阻抗谐振器的双工器
    • US06373352B1
    • 2002-04-16
    • US09530322
    • 2000-04-28
    • Chang Hwa LeeMeyng Soo KimBon Hee KooDong Suk JunSang Seok LeeTae Goo Choy
    • Chang Hwa LeeMeyng Soo KimBon Hee KooDong Suk JunSang Seok LeeTae Goo Choy
    • H01P512
    • H01P1/2136
    • A duplexer using a dielectric block and having stepped impedance resonators is disclosed. The duplexer comprising open ended resonators arranged in a front side of the dielectric block, shorted resonators arranged in a rear side of the dielectric block, first grooves for controlling receiving coupling at the receiving filter, second grooves for controlling transmitting coupling at the transmitting filter, and a plurality of recesses formed at the bottom of the dielectric block, extending from a first aperture of the open ended resonators to a second aperture of the shorted resonators. The duplexer according to this invention is miniaturized by excluding external elements and has excellent attenuation characteristics, and is being manufactured by simple processes.
    • 公开了一种使用介质块并具有阶梯式阻抗谐振器的双工器。 该双工器包括布置在介质块的前侧的开放式谐振器,布置在介质块的后侧的短路的谐振器,用于控制在接收滤波器处的接收耦合的第一沟槽,用于控制在发射滤波器处的发射耦合的第二沟槽, 以及形成在所述介质块的底部处的多个凹部,从所述开口谐振器的第一孔延伸到所述短路谐振器的第二孔。 根据本发明的双工器通过排除外部元件而小型化并具有优异的衰减特性,并且通过简单的工艺制造。
    • 2. 发明授权
    • Duplexer having dual coupled line characteristics
    • 双工器具有双重耦合线路特性
    • US5886986A
    • 1999-03-23
    • US840641
    • 1997-04-25
    • Chang-Hwa LeeMeyng-Soo KimBon-Hee KooDong-Suk JunSang-Seok LeeTae-Goo Choy
    • Chang-Hwa LeeMeyng-Soo KimBon-Hee KooDong-Suk JunSang-Seok LeeTae-Goo Choy
    • H04B1/50H01P1/213
    • H01P1/2136
    • A duplexer having dual coupled line characteristics is disclosed. With a small number of resonators and without using an external device such as a chip inductor or a chip capacitor, the signals of the receiving frequency can be improvingly damped. The diameters of the transmitting terminal dielectric filter resonators and the receiving terminal dielectric filter resonators are not same, but their diameters at an open terminal and at a short circuit terminal are made different from each other so as to differentiate a coupling amount at the short circuit terminal from that at the open terminal. Further, the transmitting terminal filter resonators and the receiving terminal dielectric filter resonator are provided in a form of grooves, and sizes of the grooves near the open terminal are made different from those of the grooves near the short circuit terminal so as to differentiate a coupling amount of the resonators at the short circuit terminal from those at the open terminal. The duplexer of the present invention is used in the transmission/receiving separate type filter of the mobile communication.
    • 公开了具有双耦合线特性的双工器。 使用少量谐振器并且不使用诸如片式电感器或片式电容器的外部装置,接收频率的信号可以被改善地衰减。 发射端介质滤波器谐振器和接收端介质滤波器谐振器的直径不相同,但是它们在开路端子和短路端子处的直径彼此不同,以便在短路时区分耦合量 终端从开放终端。 此外,发送端子滤波器谐振器和接收端介质滤波器谐振器以沟槽的形式设置,并且开口端子附近的槽的尺寸与短路端子附近的槽的尺寸不同,以便使耦合 在短路端子处的谐振器的数量与开路端子处的谐振器的量相同。 本发明的双工器用于移动通信的发送/接收分离型滤波器。
    • 3. 发明授权
    • Magnetostatic wave filter
    • 静电波滤波器
    • US06630873B2
    • 2003-10-07
    • US09871761
    • 2001-05-31
    • Meyng-Soo KimDong-Young KimSang-Seok Lee
    • Meyng-Soo KimDong-Young KimSang-Seok Lee
    • H03H922
    • H03H2/001
    • A magnetostatic wave filter that includes a ferromagnetic substance stacked on one side of a dielectric substrate, one side of which is grounded, and the filter includes an input section having an input transfer line and an input energy transformer for causing the energy transformation between an electromagnetic wave and a magnetostatic wave, and an output section having an output energy transformer for causing the energy transformation between the electromagnetic wave and the magnetostatic wave and an output transfer line. The width of exciting lines in the input energy transformer and the output energy transformer varies in a longitudinal direction, the filter includes a shield film formed of a grounded conductive film having holes through which a magnetic thin film can pass between the input section and said output section, to prevent coupling of an electromagnetic wave.
    • 一种静磁波滤波器,包括堆叠在电介质基板的一侧上的铁磁物质,其一侧接地,该滤波器包括具有输入传输线和输入能量变换器的输入部分,用于使电磁 波形和静磁波,以及具有输出能量变换器的输出部分,用于使得电磁波和静磁波之间的能量转换以及输出传输线。 输入能量变换器和输出能量变换器中的激励线的宽度在纵向方向上变化,滤波器包括由具有孔的接地导电膜形成的屏蔽膜,磁性薄膜可以在输入部和输出端之间通过该屏蔽膜 部分,以防止电磁波的耦合。
    • 4. 发明授权
    • Magnetostatic wave devices for high frequency signal processing
    • 用于高频信号处理的静电波装置
    • US06356165B1
    • 2002-03-12
    • US09493221
    • 2000-01-28
    • Meyng Soo KimChang Hwa LeeDong Suk JeonSang Seok Lee
    • Meyng Soo KimChang Hwa LeeDong Suk JeonSang Seok Lee
    • H03H922
    • H03H2/001
    • Magnetostatic devices includes: input and output electrodes for including energy conversion pattern provided in a dielectric substrate; a multi-layer -magnetic substance structure placed at an upper portion of the dielectric substrate, wherein magnetically active thin film is placed at both sides of a magnetically inactive substrate; an upper shield, composed of grounded conductor, for preventing the input and output electrodes from coupling; a lower shield provided at the dielectric substrate, wherein the substrate contain a hole with the same length as the upper shield, and walls of said hole are provided with conductor; a magnetostatic wave end portion, inserted into the dielectric substrate to be placed at both end plane of the multi-layer magnetic structure, for blocking the magnetostatic wave not to reflect therefrom; and a magnetostatic wave reflector, provided in the dielectric substrate as a line whose width vary, for reflecting and selecting a desired pass band before it reaches to the magnetostatic wave end portion.
    • 磁静电装置包括:输入和输出电极,用于包括提供在电介质基片中的能量转换图案; 放置在电介质基板的上部的多层磁性物质结构,其中磁性活性薄膜位于磁性不活性基板的两侧; 由接地导体组成的上屏蔽件,用于防止输入和输出电极耦合; 设置在所述电介质基板上的下屏蔽部,其中所述基板包含与所述上屏蔽件具有相同长度的孔,并且所述孔的壁设置有导体; 插入介质基板中以放置在多层磁性结构的两端面的静磁波端部,用于阻挡不从其反射的静磁波; 以及静电波反射器,其设置在电介质基板中,作为其宽度变化的线,用于在到达静磁波端部之前反射和选择期望的通带。