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公开(公告)号：US09425020B2
公开(公告)日：2016-08-23
申请号：US14572035
申请日：2014-12-16
Inventor： Zhaoyun Duan , Yanshuai Wang , Xiang Huang , Xinwu Ma , Tao Tang , Minzhi Huang , Zhanliang Wang , Yubin Gong
IPC: H01J23/24
CPC classification number: H01J23/24
Abstract: A miniaturized all-metal slow-wave structure includes: a circular metal waveguide; and metal electric resonance units provided in the circular metal waveguide; wherein the metal electric resonance unit provided in the circular metal waveguide includes a ring-shaped electric resonance metal plate with an electron beam tunnel provided on a center thereof, and a ring plate body of the ring-shaped electric resonance metal plate has two auricle-shaped through-holes symmetrically aside an axial-section; a main body of the auricle-shaped through-hole is a ring-shaped hole, two column holes extending towards a center of a circle are provided at two ends of the ring-shaped hole; the ring-shaped electric resonance metal plates are perpendicular to an axis and are provided inside the circular metal waveguide with equal intervals therebetween, external surfaces of the ring-shaped electric resonance metal plates are mounted on an internal surface of the circular metal waveguide.
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公开(公告)号：US20150155128A1
公开(公告)日：2015-06-04
申请号：US14572035
申请日：2014-12-16
Inventor： Zhaoyun Duan , Yanshuai Wang , Xiang Huang , Xinwu Ma , Tao Tang , Minzhi Huang , Zhanliang Wang , Yubin Gong
CPC classification number: H01J23/24
Abstract: A miniaturized all-metal slow-wave structure includes: a circular metal waveguide; and metal electric resonance units provided in the circular metal waveguide; wherein the metal electric resonance unit provided in the circular metal waveguide includes a ring-shaped electric resonance metal plate with an electron beam tunnel provided on a center thereof, and a ring plate body of the ring-shaped electric resonance metal plate has two auricle-shaped through-holes symmetrically aside an axial-section; a main body of the auricle-shaped through-hole is a ring-shaped hole, two column holes extending towards a center of a circle are provided at two ends of the ring-shaped hole; the ring-shaped electric resonance metal plates are perpendicular to an axis and are provided inside the circular metal waveguide with equal intervals therebetween, external surfaces of the ring-shaped electric resonance metal plates are mounted on an internal surface of the circular metal waveguide.
Abstract translation: 小型全金属慢波结构包括：圆形金属波导; 和设置在所述圆形金属波导中的金属电谐振单元; 其特征在于，设置在所述圆形金属波导管中的所述金属电谐振单元具有设置在其中心的具有电子束通道的环形谐振金属板，所述环形谐振金属板的环板主体具有两个耳廓 - 形状的通孔对称地放置在轴向部分之外; 耳形通孔的主体是环形孔，在环形孔的两端设置有朝向圆心延伸的两个柱孔; 环状的共振金属板垂直于轴线，并且设置在圆形金属波导内部等间隔的内部，环形的电谐振金属板的外表面安装在圆形金属波导管的内表面上。
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公开(公告)号：US20190057831A1
公开(公告)日：2019-02-21
申请号：US16131028
申请日：2018-11-13
Inventor： Zhaoyun Duan , Xin Wang , Xirui Zhan , Fei Wang , Shifeng Li , Zhanliang Wang , Yubin Gong
Abstract: A left-handed material extended interaction klystron includes: an input cavity, a middle cavity, an output cavity, first-section drift tube and a second-section drift tube; wherein the input cavity, the middle cavity and the output cavity are all cylindrical resonant cavities having arrays of Complementary electric Split-Ring Resonator (CeSRR) unit cells provided therein; wherein a first side of the input cavity is an input channel of an electron beam, a second side connects the middle cavity via the first-section drift tube; a first T-shaped coaxial input structure is provided in the input cavity; a first side of the output cavity is for connecting a collector, a second side of the output cavity connects the middle cavity via the second-section drift tube, a second T-shaped coaxial output structure is provided in the output cavity.
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Patent Agency Ranking
公开(公告)号：US20170194720A1
公开(公告)日：2017-07-06
申请号：US15466640
申请日：2017-03-22
Inventor： Zhaoyun Duan , Fei Wang , Xin Wang , Zhanliang Wang , Qing Zhou , Xinyi Li , Yubin Gong
CPC classification number: H01Q1/36 , H01Q1/243 , H01Q1/48 , H01Q1/521 , H01Q9/40 , H01Q15/0086 , H01Q21/0006
Abstract: The present invention provides a miniature wideband antenna for 5G, which includes a dielectric substrate, a coplanar waveguide feed structure on a front of the dielectric substrate, a main radiator, a second and third radiators and a first radiator on a back of the dielectric substrate. The antenna is small in size with operation band of 3 GHz-30 GHz which covers the various 5G frequency band and covers the current wireless modes of Wi-MAX, W-LAN, UWB and so on. The antenna guarantees future compatibility for various complicated communication modes and has good perspectives for many applications. Based on the antenna, the double-unit and four-unit MIMO antenna adopts orthogonal polarization and metamaterial unit. Thus, high unit separation is achieved without increase on the size of the antenna unit. The present invention has wide applications in small mobile device such as cell phone and laptop.
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公开(公告)号：US10090584B2
公开(公告)日：2018-10-02
申请号：US15466640
申请日：2017-03-22
Inventor： Zhaoyun Duan , Fei Wang , Xin Wang , Zhanliang Wang , Qing Zhou , Xinyi Li , Yubin Gong
Abstract: The present invention provides a miniature wideband antenna for 5G, which includes a dielectric substrate, a coplanar waveguide feed structure on a front of the dielectric substrate, a main radiator, a second and third radiators and a first radiator on a back of the dielectric substrate. The antenna is small in size with operation band of 3 GHz-30 GHz which covers the various 5G frequency band and covers the current wireless modes of Wi-MAX, W-LAN, UWB and so on. The antenna guarantees future compatibility for various complicated communication modes and has good perspectives for many applications. Based on the antenna, the double-unit and four-unit MIMO antenna adopts orthogonal polarization and metamaterial unit. Thus, high unit separation is achieved without increase on the size of the antenna unit. The present invention has wide applications in small mobile device such as cell phone and laptop.
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公开(公告)号：US20160126051A1
公开(公告)日：2016-05-05
申请号：US14880172
申请日：2015-10-09
Inventor： Zhaoyun Duan , Xianfeng Tang , Xinwu Ma , Xiang Huang , Zhanliang Wang , Tao Tang , Yanshuai Wang , Yubin Gong
IPC: H01J23/16
Abstract: A metamaterial high-power microwave source relates to the fields of vacuum electronic technology, particle physics, and accelerators, including: a cathode, a metamaterial slow-wave structure (SWS), a waveguide and coaxial line coupler located at one end of the metamaterial SWS and a collector component located at the other end of the metamaterial SWS. The metamaterial SWS provided by the present invention is greatly smaller than a rectangular waveguide having the same frequency, so as to realize a miniaturization of devices and facilitate integration with semiconductor devices. The waveguide and coaxial line coupler has a good transmission characteristic and a low reflection in a relatively wide frequency band, which guarantees a high-efficient coupling output of a signal. Moreover, the metamaterial high-power microwave source has a high-power output and a pulsed output power reaching a megawatt level.
Abstract translation: 超材料高功率微波源涉及真空电子技术，粒子物理和加速器领域，包括：阴极，超材料慢波结构（SWS），位于超材料一端的波导和同轴线耦合器 SWS和位于超材料SWS另一端的收集器组件。 本发明提供的超材料SWS比具有相同频率的矩形波导要小得多，从而实现了器件的小型化并且便于与半导体器件集成。 波导和同轴线耦合器在相对宽的频带中具有良好的传输特性和低反射率，这保证了信号的高效耦合输出。 此外，超材料高功率微波源具有高功率输出和达到兆瓦级的脉冲输出功率。
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公开(公告)号：US10418219B2
公开(公告)日：2019-09-17
申请号：US16131028
申请日：2018-11-13
Inventor： Zhaoyun Duan , Xin Wang , Xirui Zhan , Fei Wang , Shifeng Li , Zhanliang Wang , Yubin Gong
Abstract: A left-handed material extended interaction klystron includes: an input cavity, a middle cavity, an output cavity, first-section drift tube and a second-section drift tube; wherein the input cavity, the middle cavity and the output cavity are all cylindrical resonant cavities having arrays of Complementary electric Split-Ring Resonator (CeSRR) unit cells provided therein; wherein a first side of the input cavity is an input channel of an electron beam, a second side connects the middle cavity via the first-section drift tube; a first T-shaped coaxial input structure is provided in the input cavity; a first side of the output cavity is for connecting a collector, a second side of the output cavity connects the middle cavity via the second-section drift tube, a second T-shaped coaxial output structure is provided in the output cavity.
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公开(公告)号：US09583301B2
公开(公告)日：2017-02-28
申请号：US14880172
申请日：2015-10-09
Inventor： Zhaoyun Duan , Xianfeng Tang , Xinwu Ma , Xiang Huang , Zhanliang Wang , Tao Tang , Yanshuai Wang , Yubin Gong
Abstract: A metamaterial high-power microwave source relates to the fields of vacuum electronic technology, particle physics, and accelerators, including: a cathode, a metamaterial slow-wave structure (SWS), a waveguide and coaxial line coupler located at one end of the metamaterial SWS and a collector component located at the other end of the metamaterial SWS. The metamaterial SWS provided by the present invention is greatly smaller than a rectangular waveguide having the same frequency, so as to realize a miniaturization of devices and facilitate integration with semiconductor devices. The waveguide and coaxial line coupler has a good transmission characteristic and a low reflection in a relatively wide frequency band, which guarantees a high-efficient coupling output of a signal. Moreover, the metamaterial high-power microwave source has a high-power output and a pulsed output power reaching a megawatt level.
Abstract translation: 超材料高功率微波源涉及真空电子技术，粒子物理和加速器领域，包括：阴极，超材料慢波结构（SWS），位于超材料一端的波导和同轴线耦合器 SWS和位于超材料SWS另一端的收集器组件。 本发明提供的超材料SWS比具有相同频率的矩形波导要小得多，从而实现了器件的小型化并且便于与半导体器件集成。 波导和同轴线耦合器在相对宽的频带中具有良好的传输特性和低反射率，这保证了信号的高效耦合输出。 此外，超材料高功率微波源具有高功率输出和达到兆瓦级的脉冲输出功率。
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