A Ka-band microstrip quasi-Yagi antenna based on LTCC technology

机译：基于LTCC技术的Ka波段微带准八木天线

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A Ka-band microstrip quasi-Yagi antenna element based on low temperature co-fired ceramic(LTCC) technology is designed in this paper. This antenna is integrated in three layers LTCC medium. In order to avoid reducing the antenna radiation efficiency, the antenna adopts a special Barron structure to feed the main radiation element on its two arms. The ground plane on the back of the LTCC medium acts as the reflector of antenna. The simulation result is that reflection loss is less than −25dB within the entire bandwidth and the gain on the center frequency is 5.6dB. The lobe half power width is more than ± 50°.

机译：本文设计了一种基于低温共烧陶瓷（LTCC）技术的Ka波段微带准八木天线元件。该天线集成在三层LTCC介质中。为了避免降低天线辐射效率，天线采用特殊的Barron结构，将主辐射元件馈送到其两个臂上。 LTCC介质背面的接地层充当天线的反射器。仿真结果是，在整个带宽内反射损耗小于-25dB，中心频率上的增益为5.6dB。瓣的半功率宽度大于±50°。

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来源
《2013 International Workshop on Microwave and Millimeter Wave Circuits and System Technology》|2013年|157-160|共4页
会议地点 Emeishan(CN)
作者
Kunpeng Zhang; Jianming Zhou; Jingjing Fan; Junkai Gao;
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作者单位

Beijing Institute of Technology, Haidian District, 100081 Chinac;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Balun structure; Ka-band; LTCC technology; driven dipole; quasi-Yagi antenna;

机译：Balun结构; Ka波段; LTCC技术;驱动偶极子;准八木天线;;

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专利

1. A WIDEBAND MULTILAYER QUASI-YAGI ANTENNA WITH A SIMPLIFIED MICROSTRIP-TO-CPS TRANSITION BASED ON LTCC TECHNOLOGY [J] . Jinhong Wang, Lei Sang, Zhigang Wang, Microwave and optical technology letters . 2013,第8期

机译：基于LTCC技术的简化的微带到CPS过渡的宽带多层拟八字天线
2. 60 GHz Low Phase Error Rotman Lens Combined With Wideband Microstrip Antenna Array Using LTCC Technology [J] . Ali Attaran, Rashid Rashidzadeh, Ammar Kouki Antennas and Propagation, IEEE Transactions on . 2016,第12期

机译：采用LTCC技术的60 GHz低相位误差Rotman透镜与宽带微带天线阵列相结合
3. Ka-band Antennas Simulation for LTCC Antenna-on-Chip Solution [J] . Mikhail MOISEEV, Vitaliy AVDONIN, Andrey NELIN, Przeglad Elektrotechniczny . 2020,第11期

机译：LTCC天线芯片解决方案的KA波段天线仿真
4. A Ka-band microstrip quasi-Yagi antenna based on LTCC technology [C] . Kunpeng Zhang, Jianming Zhou, Jingjing Fan, International Workshop on Microwave and Millimeter Wave Circuits and System Technology . 2013

机译：基于LTCC技术的KA频段微带拟亚义天线
5. An experimental investigation of high temperature superconducting microstrip antennas at K- and Ka-band frequencies. [D] . Richard, Mark Adrian. 1993

机译：在K和Ka频带上对高温超导微带天线进行的实验研究。
6. Array Design of 300 GHz Dual-Band Microstrip Antenna Based on Dual-Surfaced Multiple Split-Ring Resonators [O] . Shuhang Bie, Shi Pu 2021

机译：基于双浮出的多分裂环谐振器的300 GHz双频微带天线阵列设计
7. 60 GHz High-Gain Aperture-Coupled Microstrip Antennas using Soft- Surface and Stacked Cavity on LTCC Multilayer Technology [O] . Jong-hoon Lee, Nobutaka Kidera, Stephane Pinel, 2008

机译：采用LTCC多层技术的软表面和堆叠腔体的60 GHz高增益孔径耦合微带天线

A Ka-band microstrip quasi-Yagi antenna based on LTCC technology

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