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    • 6. 发明授权
    • Device for transmitting or emitting high-frequency waves
    • 用于发射或发射高频波的装置
    • US07154441B2
    • 2006-12-26
    • US10514262
    • 2003-07-17
    • Thomas HansenMartin Schneider
    • Thomas HansenMartin Schneider
    • H01Q1/38
    • H01Q9/045H01Q9/0457H01Q13/08
    • A device for transmitting or emitting high-frequency waves includes: a microstrip line (10) with one end (10′) in a substrate (11) for transmitting high-frequency useful signals; a first ground surface (12) and a second ground surface (13), which are provided on opposite sides of the microstrip line (10), for forming a TEM waveguide assembly; an opening (14) in the first ground surface (12) located at a predefined distance (d) from the end of the microstrip line (10′) for decoupling a high-frequency signal; a feedthrough device (15) for conductively connecting the first ground surface (12) with the second ground surface (13) on the lateral periphery of the microstrip line (10); and a planar coupling device (16) for receiving and transmitting or emitting the high-frequency useful signal. The feedthrough device (15) is configured in such a way that at a given frequency (f) it prevents the propagation of waveguide modes and excitation of waveguide mode resonance in the useful frequency band (F).
    • 用于发送或发射高频波的装置包括:在衬底(11)中的一端(10')的微带线(10),用于传输高频有用信号; 设置在所述微带线(10)的相对侧上的第一接地表面(12)和第二接地表面(13),用于形成TEM波导组件; 位于距离微带线(10')端部预定距离(d)处的第一接地表面(12)中的开口(14),用于去耦高频信号; 用于在所述微带线(10)的横向周边上将所述第一接地表面(12)与所述第二接地表面(13)导电连接的馈通装置(15); 以及用于接收和发射或发射高频有用信号的平面耦合装置(16)。 馈通装置(15)被配置成使得在给定频率(f)下,它防止波导模式的传播和在有用频带(F)中的波导模式谐振的激励。
    • 7. 发明申请
    • Device for transmitting or emitting high-frequency waves
    • 用于发射或发射高频波的装置
    • US20050219123A1
    • 2005-10-06
    • US10514262
    • 2003-07-17
    • Thomas HansenMartin Schneider
    • Thomas HansenMartin Schneider
    • H01Q9/04H01Q13/08H01Q1/38
    • H01Q9/045H01Q9/0457H01Q13/08
    • The present invention relates to a device for transmitting or emitting high-frequency waves, which includes: a microstrip line (10) with one end (10′) in a substrate (11) for transmitting high-frequency useful signals; a first ground surface (12) and a second ground surface (13), which are provided on opposite sides of the microstrip line (10), for forming a TEM waveguide assembly; an opening (14) in the first ground surface (12) located at a predefined distance (d) from the end of the microstrip line (10′) for decoupling a high-frequency signal; a feedthrough device (15) for conductively connecting the first ground surface (12) with the second ground surface (13) on the lateral periphery of the microstrip line (10); and a planar coupling device (16) for receiving and transmitting or emitting the high-frequency useful signal. The feedthrough device (15) is configured in such a way that at a given frequency (f) it prevents the propagation of waveguide modes and excitation of waveguide mode resonance in the useful frequency band (F).
    • 本发明涉及用于发射或发射高频波的装置,其包括:在衬底(11)中的一端(10')的微带线(10),用于传输高频有用信号; 设置在所述微带线(10)的相对侧上的第一接地表面(12)和第二接地表面(13),用于形成TEM波导组件; 位于距离微带线(10')端部预定距离(d)处的第一接地表面(12)中的开口(14),用于去耦高频信号; 用于在所述微带线(10)的横向周边上将所述第一接地表面(12)与所述第二接地表面(13)导电连接的馈通装置(15); 以及用于接收和发射或发射高频有用信号的平面耦合装置(16)。 馈通装置(15)被配置成使得在给定频率(f)下,它防止波导模式的传播和在有用频带(F)中的波导模式谐振的激励。