新型超宽带微带阵列天线分析设计@

doi:10.3969/j.issn.1000-0801.2010.05.026

Abstract

Abstract:

A novel 1 ×4 planar UWB antenna array is proposed. The utilized single element is a compact planar circular slot antenna with rectangular patch which has demonstrated ultra-wideband operation characteristics. The feeding network is a 1 to 4 wilkinson power divider. Consequently，such a design is with low fabrication and assembly cost and compact size. The bandwidth of this ultra-wideband antenna array is from 3.1 GHz to 12.4 GHz and the radiation pattern is bidirectional. The performance of the antenna array is investigated both numerically and experimentally.

Key words: UWB, antenna array, circular slot antenna, compact structure

Bin Huang,Yingxin Xu. A Novel UWB Micro-Strip Antenna Array[J]. Telecommunications Science, 2010, 26(5): 96-99.

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References 7

1	Nakauchi P F ， Waston E A ， Eismann M T . Suggestions for low cost multifunction sensing.In： Proceedings of IEEE Aerospace Conf，Aspen，CO， March 1998
2	Huang Bin ， Yao Yuan ， Feng Zhenghe . Analysis and design of a novel compact UWB antenna.In： Microwave and MillimeterWave Technology，2008（ICMMT’08），Builin， April 2008
3	Cohn S B . A class of broadband three-port TEM-mode hybrids. IRE Trans Microw Theory Tech， 1968，16，（2）： 110～116
4	Jedlick R P ， Poe M T ， Caver K R . Measure mutual coupling between microstrip antennas. IEEE-AP， 1981，29，（1）： 147～149
5	Malkones M . Mutual coupling between microstrip patch antennas. Electronics Letters， 1982，18，（12）： 510～522
6	Penard E ， Daniel J P . Mutual coupling between microstrip antennas. Electronics Letters， 1982，18，（14）： 605～607
7	Van Lil E H ， Vande Capelle A R . Transmission line model for mutual coupling between microstrip antennas. IEEE Transactions on Antennas and Propagation， 1984，32，（8）： 816～821

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A Novel UWB Micro-Strip Antenna Array

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