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    • 1. 发明授权
    • Coupled line filter and arraying method thereof
    • 耦合线滤波器及其排列方法
    • US08314667B2
    • 2012-11-20
    • US12607884
    • 2009-10-28
    • Man-Seok UhmYoun-Sub NohChangsoo KwakSo-Hyeun YunKiburm AhnIn-Bok Yom
    • Man-Seok UhmYoun-Sub NohChangsoo KwakSo-Hyeun YunKiburm AhnIn-Bok Yom
    • H01P1/203
    • H01P1/20336
    • A coupled line filter includes: a first line resonator connected input port and a second line resonator connected with output port each having an electrical length of 270° at a predetermined center frequency, the first and second line resonators being disposed parallel to each other; and a third line resonator including one or more line resonators disposed between the first line resonator and the second line resonator, each line resonator having an electrical length of 90° at the center frequency and a first side aligned with first sides of the first line resonator and the second line resonator, wherein an order of the coupled line filter is determined by summing the number of the line resonators included in the third line resonator and the first and second line resonators.
    • 耦合线滤波器包括:第一线谐振器,连接输入端口和与输出端口连接的第二线谐振器,每个输出端口以预定中心频率具有270°的电长度,第一和第二线谐振器彼此平行设置; 以及第三线谐振器,包括设置在第一线谐振器和第二线谐振器之间的一个或多个线谐振器,每个线谐振器在中心频率处具有90°的电长度,并且与第一线谐振器的第一侧对准的第一侧 和第二线谐振器,其中通过将包括在第三线谐振器中的线谐振器的数量与第一和第二线谐振器相加来确定耦合线路滤波器的阶数。
    • 2. 发明申请
    • COUPLED LINE FILTER AND ARRAYING METHOD THEREOF
    • 耦合线滤波器及其方法
    • US20100141356A1
    • 2010-06-10
    • US12607884
    • 2009-10-28
    • Man-Seok UhmYoun-Sub NohChangsoo KwakSo-Hyeun YunKiburm AhnIn-Bok Yom
    • Man-Seok UhmYoun-Sub NohChangsoo KwakSo-Hyeun YunKiburm AhnIn-Bok Yom
    • H01P1/205H01P1/203
    • H01P1/20336
    • A coupled line filter includes: a first line resonator connected input port and a second line resonator connected with output port each having an electrical length of 270° at a predetermined center frequency, the first and second line resonators being disposed parallel to each other; and a third line resonator including one or more line resonators disposed between the first line resonator and the second line resonator, each line resonator having an electrical length of 90° at the center frequency and a first side aligned with first sides of the first line resonator and the second line resonator, wherein an order of the coupled line filter is determined by summing the number of the line resonators included in the third line resonator and the first and second line resonators.
    • 耦合线滤波器包括:第一线谐振器,连接输入端口和与输出端口连接的第二线谐振器,每个输出端口以预定中心频率具有270°的电长度,第一和第二线谐振器彼此平行设置; 以及第三线谐振器,包括设置在第一线谐振器和第二线谐振器之间的一个或多个线谐振器,每个线谐振器在中心频率处具有90°的电长度,并且与第一线谐振器的第一侧对准的第一侧 和第二线谐振器,其中通过将包括在第三线谐振器中的线谐振器的数量与第一和第二线谐振器相加来确定耦合线路滤波器的阶数。
    • 3. 发明授权
    • Line filter formed on dielectric layers
    • 线路滤波器形成在电介质层上
    • US08410872B2
    • 2013-04-02
    • US12823198
    • 2010-06-25
    • Man Seok UhmChangsoo KwakYoun Sub NohIn Bok Yom
    • Man Seok UhmChangsoo KwakYoun Sub NohIn Bok Yom
    • H01P1/203H01P7/08
    • H01P1/20345
    • Provided is a line filter. The line filter includes a plurality of dielectric layers stacked one another, a plurality of line resonator each comprising transmission lines on at least two of the dielectric layers, and a tuning unit adjusting a binding amount and resonance frequency of the line resonators. Since the line filter includes at least one line resonator on at least two stacked dielectric layers, the integration can be easily realized. Further, since the line filter can be adjusted even after the line filter is manufacture, the line filter has an excellent frequency property. Since the line filter is realized on the plurality of the dielectric layers, the frequency band can be widened.
    • 提供线路滤波器。 线路滤波器包括彼此堆叠的多个电介质层,多个线谐振器,每个线谐振器包括在至少两个电介质层上的传输线,以及调谐单元,调节线谐振器的绑定量和谐振频率。 由于线路滤波器在至少两个堆叠的电介质层上包括至少一个线谐振器,所以可以容易地实现集成。 此外,由于即使在线路滤波器制造之后也可以调节线路滤波器,所以线路滤波器具有优异的频率特性。 由于在多个电介质层上实现线路滤波器,所以能够扩大频带。
    • 4. 发明申请
    • LINE FILTER FORMED ON DIELECTRIC LAYERS
    • 线性滤波器形成介质层
    • US20110148548A1
    • 2011-06-23
    • US12823198
    • 2010-06-25
    • Man Seok UhmChangsoo KwakYoun Sub NohIn Bok Yom
    • Man Seok UhmChangsoo KwakYoun Sub NohIn Bok Yom
    • H01P1/203
    • H01P1/20345
    • Provided is a line filter. The line filter includes a plurality of dielectric layers stacked one another, a plurality of line resonator each comprising transmission lines on at least two of the dielectric layers, and a tuning unit adjusting a binding amount and resonance frequency of the line resonators. Since the line filter includes at least one line resonator on at least two stacked dielectric layers, the integration can be easily realized. Further, since the line filter can be adjusted even after the line filter is manufacture, the line filter has an excellent frequency property. Since the line filter is realized on the plurality of the dielectric layers, the frequency band can be widened.
    • 提供线路滤波器。 线路滤波器包括彼此堆叠的多个电介质层,多个线谐振器,每个线谐振器包括在至少两个电介质层上的传输线,以及调谐单元,调节线谐振器的绑定量和谐振频率。 由于线路滤波器在至少两个堆叠的电介质层上包括至少一个线谐振器,所以可以容易地实现集成。 此外,由于即使在线路滤波器制造之后也可以调节线路滤波器,所以线路滤波器具有优异的频率特性。 由于在多个电介质层上实现线路滤波器,因此能够扩大频带。
    • 6. 发明申请
    • PHASE SHIFTER AND CONTROL METHOD THEREOF
    • 相变器及其控制方法
    • US20110199141A1
    • 2011-08-18
    • US13124141
    • 2009-09-15
    • Donghwan ShinChangsoo KwakSo-Hyeun YunIn-Bok Yom
    • Donghwan ShinChangsoo KwakSo-Hyeun YunIn-Bok Yom
    • H03H11/20
    • H03H11/20
    • Provided is a phase shifter having a high phase difference in a microwave band. The phase shifter includes a first phase shifting unit configured to receive an input signal having a predetermined frequency, receive a first control signal and a second control signal operating contrary to the first control signal, output the input signal as it is when the first control signal is activated, and output the input signal to have a lead phase as much as a predetermined phase, and a second phase shifting unit configured to receive a second signal outputted from the first phase shifting unit, receive the first control signal and the second control signal, output the second signal to have a lagged phase as much as a predetermined phase when the first control signal is activated, and output the second signal as it is when the second control signal is activated.
    • 提供了一种在微波带中具有高相位差的移相器。 移相器包括:第一相移单元,被配置为接收具有预定频率的输入信号;接收与第一控制信号相反的第一控制信号和第二控制信号;当第一控制信号 并且将输入信号输出为具有预定相位的引导相位;以及第二移相单元,被配置为接收从第一移相单元输出的第二信号,接收第一控制信号和第二控制信号 当第一控制信号被激活时,将第二信号输出为具有预定相位的滞后相位,并且当第二控制信号被激活时输出第二信号。
    • 9. 发明授权
    • Apparatus for shifting reference distance of laser displacement sensor
    • 用于移动激光位移传感器参考距离的装置
    • US07283254B2
    • 2007-10-16
    • US10731557
    • 2003-12-08
    • Changsoo KwakEul Gyoon Lim
    • Changsoo KwakEul Gyoon Lim
    • G01B11/14
    • G01B11/0608
    • An apparatus for shifting a reference distance of a laser displacement sensor is capable of extending the measuring range in a laser displacement sensor having a fixed reference distance and a fixed measurement range by smoothly changing the traveling path of the laser beam by selectively inserting the transparent members having a refraction index different from that of the air into the optical path of the laser beam. The apparatus mounted on the laser displacement sensor provided with a laser beam source for generating a laser beam and a laser beam reception member, includes a transparent member having a refraction index being different from a refraction index of an air and a holder for supporting the transparent member in such a way that the transparent member is placed in an optical path of the laser beam. The transparent member changes a reference distance of the laser displacement sensor by changing the optical path of the laser beam.
    • 用于移动激光位移传感器的参考距离的装置能够通过选择性地插入透明构件来平滑地改变激光束的行进路径来扩展具有固定基准距离和固定测量范围的激光位移传感器中的测量范围 具有与进入激光束的光路的空气的折射率不同的折射率。 安装在激光位移传感器上的设备具有用于产生激光束的激光束源和激光束接收部件,包括具有与空气的折射率不同的折射率的透明部件和用于支撑透明 构件,使得透明构件被放置在激光束的光路中。 透明构件通过改变激光束的光路来改变激光位移传感器的参考距离。