Развитие концепции ближних полей при разработке эффективных малоапертурных СВЧ-антенн
Иванченко, И, Попенко, Н, Хруслов, M, Чернобровкин, Р, Радионов, С, Пищиков, В |
Organization: Институт радиофизики и электроники А. Я. Усикова НАН Украины Харьковский национальный университет имени В. Н. Каразина |
https://doi.org/10.15407/rej2019.02.015 |
Язык: английский |
Аннотация: Предмет и цель работы. Статья посвящена обзору публикаций авторов по исследованию эффективных малоразмерных одиночных излучателей различных типов с применением технологии ближних полей. Методы и методология работы. Алгоритм исследования состоит в проведении с помощью программных пакетов численного моделирования предлагаемых антенных дизайнов, создании соответствующих физических прототипов, а также сравнении результатов численных и натурных экспериментов по изучению таких характеристик излучателя, как полоса пропускания, диаграмма направленности, коэффициенты усиления и эллиптичности. Детальный анализ пространственных распределений ближних полей дает необходимую информацию для дальнейшей оптимизации характеристик антенн. Результаты работы. Систематизированы и проанализированы характеристики различных модификаций монопольных, дисковых, апертурных, микрополосковых и спиральных антенн с рекордными характеристиками, а также показана возможность их применения в компактном мобильном СВЧ-пеленгаторе и нелинейном локаторе. Результаты исследования дифракционной связи единичных апертурных излучателей с привлечением развитых методов регистрации пространственных распределений ближних электромагнитных полей использованы при создании лабораторного макета антенной решетки. Заключение. Приведен обзор результатов исследований малоразмерных СВЧ-антенн различных типов за последнее десятилетие. Продемонстрирована эффективность использования информации о пространственном распределении полей в индуктивной и волновой зонах излучающих апертур при разработке и последующей оптимизации основных характеристик как одиночных оригинальных излучателей, так и антенных решеток на их основе. |
Ключевые слова: антенна, антенная решетка, ближнее поле, диаграмма направленности, полоса пропускания |
Статья поступила в редакцию 25.02.2019
УДК: 621.372.8.001.24
Radiofiz. elektron. 2019, 24(2): 15-32
Полный текст (PDF)
- Kim, T., Park, D., 2005. CPW-fed compact monopole antenna for dual-band WLAN applications. Electron. Lett., 41(6), pp. 291–293.
- Wong, K., Su, W., Chang, F., 2006. Wideband internal folded planar monopole antenna for UMTS/WiMAX folder-type mobile phone. Microwave Opt. Technol. Lett., 48(2), pp. 324–327.
- Chun, J.C., Shim, J.R., Kim, T.S., 2007. Wideband cylindrical monopole antenna for multi-band wireless applications. In: Proc. Int. Antennas and Propagation Society Symp. Honolulu, Hawai'i, USA, 9–15 June 2007, pp. 4749–4752.
- Jong-Ho, J., Park, I., 2003. Electromagnetically coupled small broadband monopole antenna. IEEE Antennas Wirel. Propag. Lett., 2(1), pp. 349–351.
- Guha, D., Ganguly, G., Sumesh, G., Kumar, Ch., Sebastian, M., Antar, Ya., 2017. A New Design Approach for a Hybrid Monopole to Achieve Increased Ultrawide Bandwidth. IEEE Antennas Propag. Mag., 59(1), pp. 139–144.
- Roy, A., Anand, S., Choudhury, P., Sarkar, P., Bhunia, S., 2014. Compact Multi Frequency ApproachPatch Antenna with Spur-Lines for WLAN/WIMAX Applications. Int. J. Electron. Commun. Technol. (IJECT), 5(2), рр. 84–86.
- Das, S., Bhattacharjee, A., Sarkar, P., Chowdhury, S., 2013. Reduced Size Multifrequency Microstrip Patch Antenna for Wireless Communication Applications. Int. J. Electron. Commun. Technol. (IJECT), 4(5), рр. 26–28.
- Mingming, G., 2015. The Microstrip Antenna Design for Multiple Frequency Small Broadband. In: Int. Conf. Intelligent Systems Research and Mechatronics Engineering. (ISRME 2015). Proc. Zhengzhou, China, 11–13 April 2015, pp. 2159–2162.
- Kishk, A., Zunoubi, M., Kajfez, D., 1993. A Numerical Study of a Dielectric Disk Antenna Above Grounded Dielectric Substrate. IEEE Trans. Antennas Propag., 41(6), pp. 813–821.
- Huang, W., Kishk, A., 2007. Compact Wideband Multi-Layer Cylindrical Dielectric Resonator Antennas. IET Microwaves Antennas Propag., 1(5), pp. 998–1005.
- Kishk, A., 2003. Wide-Band Truncated Tetrahedron Dielectric Resonator Antenna Excited by a Coaxial Probe. IEEE Trans. Antennas Propag., 51(10), pp. 2913–2917.
- Petosa, A., Ittipiboon, A., 2010. Dielectric Resonator Antennas: A Historical Review and the Current State of the Art. IEEE Antennas Propag. Mag., 52(5), pp. 91–116.
- Kishk, A., Huang, W., 2011. Size-Reduction Method for Dielectric Resonator Antennas. IEEE Antennas Propag. Mag., 53(2), pp. 26–38.
- Li, R., Thompson, D., Papapolymerou, J., Laskar, J. and Tentzeris, M.M., 2005. A new excitation technique for wide-band short backfire antennas. IEEE Trans. Antennas Propag., 53(7), pp. 2313–2320.
- Kuo, Y., Wong, K., 2003. Printed double -T monopole antenna for 2.4/5.2 GHz dual-band WLAN operations. IEEE Trans. Antennas Propag., 51(9), pp. 2187–2192.
- Chen, H-D., Chen, H-T., 2004. A CPW-Fed dual-frequency monopole antenna. IEEE Trans. Antennas Propag., 52(4), pp. 978–982.
- Nakano, H., Ikeda, N., Wu, Y-Y., et al., 1998. Realization of dual-frequency and wide-band VSWR performances using normal-mode helical and inverted-F antennas. IEEE Trans. Antennas Propag., 46(6), pp. 788–793.
- Baudry, D., 2007. Applications of the Near-Field Techniques in EMC Investigations, Electromagnetic Compatibility. IEEE Trans. Electromagn. Compat., 49(3), pp. 485–493.
- Coman, C.I., Lager, I.E., Ligthart, L.P., 2004. The Design of a Matching Circuit for Dielectric-filled Open-ended Waveguide Antenna. In: Proc. European Radar Conf. (EuMW’2004). Amsterdam, Netherlands, 11–15 October 2004, pp. 73–76.
- Thaysen, J., Jakobsen, K., Appel-Hansen, J., 2001. A Logarithmic Spiral Antenna for 0.4 to 3.8 GHz. Appl. Microwave Wireless, 13(2), pp. 32–46.
- Fu, W., Lopez, E.R., Rowe, W.S.T., Ghorbani, K., 2008. A Compact Broadband spiral antenna, school of electrical and computer engineering. In: Proc. Microwave Asia-Pacific Conf. (APMC’08). Hong Kong, 16–20 December 2008.
- Lopez, W., Rowe, E., Ghorbani, W., 2010. A planar dual-arm equiangular spiral antenna. IEEE Trans. Antennas Propag., 58(5), pp. 1775–1779.
- Lee, S., Lee, J., Joong, Y., 2011. Wideband thick-arm spiral antenna for ingestible capsules. Microwave Opt. Technol. Lett., 53(3), pp. 529–532.
- Schreider, L., Begaud, X., Soiron, M., Perpere, B., 2004. Archimedean microstrip spiral antenna loaded by chip resistors inside substrate. In: IEEE Int. Antennas and Propagation Society Symp. Proc. Monterey, California, USA, 20–25 June 2004, pp. 1066–1069.
- Eubanks, T., Chang, K., 2010. A Compact Parallel-Plane Perpendicular-Current Feed for a Modified Equiangular Spiral Antenna. IEEE Trans. Antennas Propag., 58(7), pp. 2193–2202.
- Fu, W., Lopez, E. R., Scott, J., Rowe, W. S. T., Ghorbani, K., 2007. Broadband equiangular spiral antenna with embedded chip resistors. In: Proc. Microwave Asia-Pacific Conf. (APMC’07), Bangkok, Thailand, 11–14 December 2007.
- Wang, G., Bavisi, A., Woods, W., Ding, H., Mina, E., 2011. A 77-GHz Marchand balun for antenna applications in BiCMOS technology. Microwave Opt. Technol. Lett., 53(3), pp. 664–666.
- Salem, P., Wu, C., Yagoub, M.C.E., 2005. Novel ultra wideband printed balun design using the FEM and FDTD methods. In: Int. Antennas and Propagation Society Symp. (COPOL’05). Washington, DC, July 2005, pp. 643–646.
- Hung, K. F., Lin, Y. C., 2006. Simulation of Single-Arm Fractional Spiral Antennas for Millimeter Wave Applications. In: Proc. Int. Antennas and Propagation Society Symp. IEEE, Albuquerque, NM, 9–14 July 2006, P. 3697–3700.
- Bellion, A., Le Meins, C., Julien-Vergonjanne, A., Monediere, T., 2008. A New Compact Dually Polarized Direction Finding Antenna on the UHF Band. In: Proc. Int. Antennas and Propagation Symp. and USNC/URSI National Radio Science Meeting (APSURSI). San Diego, California, 5–15 July 2008.
- Sarkis, R., Mani, F. and Craeye, C., 2008. Amplitude and Phase Correction of the Radiation Pattern in Compact Planar Antenna Array for Direction Finding Applications. In: Proc. Int. Antennas and Propagation Symp. and USNC/URSI National Radio Science Meeting (APSURSI). San Diego, California, 5–15 July 2008.
- Lee, J., Chu, R., 1989. Aperture matching of a dielectric loaded circular waveguide element array. IEEE Trans. Antennas Propag., 37(3), pp. 395–399.
- Coman, C.I., Lager, I.E., Ligthart, L.P., 2004. Optimization of linear sparse array antennas consisting of electromagnetically coupled apertures. In: Proc. European Radar Conf. (EuMW’2004). The Netherlands, Amsterdam, 11–15 October 2004, pp. 302–304.
- Sharma, S., Shafai, L., 2005. Beam Focusing Properties of Circular Monopole Array Antenna on a Finite Ground Plane. IEEE Trans. Antennas Propag., 53(10), pp. 3406–3409.
- Bolomey, J.-C., Gardiol, F.E., 2001. Engineering application of the modulated scatterer technique. Boston–L.: Artech House.
- Baudry, D., 2007. Applications of the Near-Field Techniques in EMC Investigations. IEEE Trans Electromagn. Compat., 49(3), pp. 485–493.
- Bhardwaj, S., Rahmat-Samii, Y., 2014. Revisiting the Generation of Cross-Polarization in Rectangular Patch Antennas: A Near-Field Approach. IEEE Antennas Propag. Mag., 56(1), pp. 14–38.
- Sirenko, Y.K., 2002. Exact ‘absorbing’ conditions in outer initial boundary-value problems of electrodynamics of nonsinusoidal waves. Part 1: Fundamental theoretical statements. Telecommunications and Radio Engineering, 57(10,11), pp. 1–20.
- Ivanchenko, D., Ivanchenko, I., Korolev, A., Popenko, N., 2002. Experimental studies of X-band leaky-wave antenna performances. Microwave Opt. Technol. Lett., 35(4), pp. 277–281.
- Andrenko, A., Ivanchenko, I., Ivanchenko, D., Karelin, S., Korolev, A., Laz’ko, E., Popenko, N., 2006. Active Broad X-Band Circular Patch Antenna. IEEE Antennas Wirel. Propag. Lett., 5, pp. 529–533.
- Ivanchenko, I., Khruslov, M., Popenko, N., 2012. Diffraction Effects in the Cylindrical Monopole and Dielectric Disk Antennas. Radio phys. radio astron., 17(1), pp. 81–88.
- Ivanchenko, I., Popenko, N., Khruslov, M., 2012. Effect of diffraction-coupled Apertures on the monopole antenna performance. Radioelectronics & Informatics, 4, pp. 4–8.
- Ivanchenko, I., Popenko, N., Khruslov, M., Chernobrovkin, R., 2008. Beamforming features of the grounded dielectric substrate based X-band monopole antenna. Radioelectronics & Informatics, 4, pp. 4–10.
- Ivanchenko, I.V., Popenko, N.A., Khruslov, M.M., 2015. Small aperture axial-symmetric microwave radiators. LAP LAMBERT Academic Publishing (in Russia).
- Ivanchenko, I.V., Popenko, N.A., 2013. Investigation of electromagnetic field distributions as a method for studying the characteristics of electrodynamic structures. Fizicheskie osnovy priborostroeniya, 2(1), pp. 18–33 (in Russian).
- Radionov, S., Khruslov, M., Ivanchenko, I., Popenko, N., 2014. Beamforming by the metalized dielectric disk with off-axis excitation. Telecommunications and Radio Engineering, 73(15), pp. 1327–1337.
- Radionov, S.A., Ivanchenko, I.V., Popenko, N.A., Khruslov, M.M., 2015. Dielectric disk antenna. Ukraine. Pat. 97247 (in Russian).
- Radionov, S. A., Ivanchenko, I. V., Popenko, N. A., 2014. Bimodal dielectric disk antenna. In: Proc. 20th Int. Conf. Microwaves, Radar and Wireless Communications (MIKON 2014). Gdansk, Poland, 16–18 June 2014, pp. 116–118.
- Ivanchenko, I., Ivanchenko, D., Korolev, A., Popenko, N., Rаdionov, S., 2008. Mobile X-band direction finder. Radioelectronics & Informatics, 4, pp. 11–15.
- Radionov, S., Ivanchenko, I., Korolev, A., Popenko, N., 2008. Broadband SHF Direction-Finder. Radioengineering, 17(2), pp. 61–65.
- Rаdionov, S.A., Ivanchenko, I.V., Khruslov, M.M., Korolev A.M., Popenko, N.A., 2010. New X-Band Mobile Direction Finder. In: Microwave and Millimeter Wave Technologies: from Photonic Bandgap Devices to Antenna and Applications. Ed. by Prof. I. Minin. Publ. INTECH, pp. 273–288.
- Ivanchenko, I.V., Popenko, N.A., Khruslov, M.M., Shestopalov, Yu.V., Rönnow, D., 2016. Combined System of the Microstrip Antennas with Different Frequencies. In: Proc. 22nd Int. Conf. Applied Electromagnetics and Communications (ICECom 2016). Dubrovnik, Chroatia, 19–21 September 2016.
- Chernobrovkin, R., Ivanchenko, I., Pischikov, V., Popenko, N., 2012. UWB equiangular spiral antenna for 7.5–40GHz. Microwave and optical technology letters, 54(9), pp. 2190–2194.
- Chernobrovkin, R., Ivanchenko, D., Ivanchenko, I., Popenko, N., Pishikov, V., 2014. A compact broadband spiral antenna for millimeter wave applications. Microwave and optical technology letters, 56(2), pp. 293–297.
- Khruslov, М., 2013. K band Antennas Conjugated with a Metal Waveguide. Radioelectronics & Informatics, 1, pp. 8–11.
- Ivanchenko, I., Khruslov, M., Plakhtiy, V., Popenko, N., Rönnow, D., 2016. X-band aperture antenna with the hybrid dielectric insert. Progress in Electromagnetics Research C, 61, рр. 27–35.
- Chernobrovkin, R., Ivanchenko, I., Popenko, N., 2007. A Novel V-band Antenna for Nondestructive Testing Techniques. Microwave Opt. Technol. Lett., 49(7), pp. 1732–1735.
- Chernobrovkin, R., Ivanchenko, I., Ligthart, L., Korolev, A., Popenko, N., 2008. Wide-angle X-band antenna array with novel radiating elements. Radioengineering, 17(2), pp. 72–76.
- Ivanchenko, I., Popenko, N., Pishchikov, V., Khruslov, М., Chernobrovkin, R., 2014. The features of radiation formation by the small-aperture SHF antennas. Telecommunications and Radio Engineering, 73(2), pp. 135–150.