A wideband, 5-50+ GHz tapered-slot antenna For use in handheld test equipment

机译：用于手持式测试设备的宽带，5-50 + GHz锥形插槽天线

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A lightweight, wideband tapered-slot antenna that uses an antipodal Vivaldi design and provides useable gain from ～5 GHz to in excess of 50 GHz is described. Simulations and measurements are presented that show excellent agreement. This antenna design is currently deployed in handheld test equipment.

机译：描述了使用反双向Vivaldi设计的轻量级宽带锥形槽天线，并提供从〜5 GHz的可用增益超过50 GHz。提出了仿真和测量，表明了很好的一致性。此天线设计目前在手持式测试设备中部署。

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《IEEE International Symposium on Antennas and Propagation》|2013年||共2页
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M. C. Walden;
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中图分类天线;
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1. On the Broadband Reflector-Backed Dipole Antennas With Wide Beamwidth for the EMC Tests of Large Equipment Above 1 GHz [J] . Wu Q., Su D. IEEE Transactions on Electromagnetic Compatibility . 2013,第6期

机译：1 GHz以上大型设备的EMC测试用宽波束宽度的宽带反射器背对偶极子天线
2. Optimization Method of Wideband Multilayer Meander-Line Polarizer using Semi-Analytical approach and Application to 6-18GHz Polarizer including test with Horn Antenna [J] . Wafa Abdouni-Abdallah, Muhammad Saeed Khan, Athanasios Konstantinidis, Advances in Science, Technology and Engineering Systems . 2019,第5期

机译：半解析法优化宽带多层曲折线偏振器的方法及其在6-18GHz偏振器中的应用，包括喇叭天线的测试
3. Experimental Test-Bed for Studying Multiple Antenna Beamforming over Ultra Wideband Channels up to 12 GHz [J] . Dezfooliyan Amir, Weiner Andrew M. Wireless Communications Letters, IEEE . 2012,第5期

机译：用于研究高达12 GHz的超宽带信道上的多个天线波束成形的实验测试平台
4. A wideband, 5-50+ GHz tapered-slot antenna For use in handheld test equipment [C] . M. C. Walden IEEE International Symposium on Antennas and Propagation . 2013

机译：用于手持式测试设备的宽带，5-50 + GHz锥形插槽天线
5. An ultra-wideband transmit/receive module using 10 to 35 GHz six-channel microstrip multiplexers and its applications to phased-array antenna transceiver systems. [D] . Hong, Seung Pyo. 2006

机译：使用10至35 GHz六通道微带多路复用器的超宽带发射/接收模块及其在相控阵天线收发器系统中的应用。
6. Digitally-Compensated Wideband 60 GHz Test-Bed for Power Amplifier Predistortion Experiments [O] . Martin Pospíšil, Roman Maršálek, Tomáš Götthans, 2021

机译：用于功率放大器预失真实验的数字补偿宽带60 GHz试验台
7. Optimization Method of Wideband Multilayer Meander-Line Polarizer using Semi-Analytical approach and Application to 6-18GHz Polarizer including test with Horn Antenna [O] . Wafa Abdouni-Abdallah, Muhammad Saeed Khan, Athanasios Konstantinidis, 2019

机译：宽带多层曲折线偏振器的优化方法，使用半分析方法应用于6-18GHz偏振器，包括喇叭天线试验

A wideband, 5-50+ GHz tapered-slot antenna For use in handheld test equipment

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