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Hidden placed antenna for wireless networks, installed on small mobile objects

Keywords:

A.M. Belitskiy – сommander of the military unit. E-mail: 040358@mail.ru
A.L. Buzov – Dr. Sci (Eng.), Professor, deputy general director – head of the scientific and technical center of radio system, JSC «Concern «Automation». E-mail: buzov@oao-avtomatika.ru
A.D. Krasilnikov – Ph.D. (Eng.), deputy head of the scientific and technical center of radio system, JSC «Concern «Automation». E-mail: kad@oao-avtomatika.ru


The urgency of the task explained to create a mobile-broadband receiver and transmitting (transceiving) antennas and antenna systems of hidden properties, including multi-band, not ruining the look of the vehicle and hindering disclosure of the object identity. The basic ways discussed to create antennas of radio-access user’s equipment for hidden placement on small mobile objects. Taking into account a number of factors, including issues of security, the most appropriate electromagnetic acknowledged placing antennas on the roof of the car with the disguised (invisibility) through the use of low-profile antenna designs and their masking under exterior parts. Describes the main types of production of antennas, including bolt and low-profile, as well as the possibility of masking or invisibility. The decision to build a low-profile type radiators of IFA, DIFA, PIFA types are considered. A viability of PIFA radiators is motivated. The possibility of a multi-band antenna based on them is shown. The results of triple-band low-profile PIFA antenna development are given, including characteristics of the input VSWR and pattern. Sufficient effective of such antennas and feasibility of multi-band and adaptive antenna systems creation on this base are shown.
References:
  1. Adzhemov S.S., Uryadnikov Ju.F. Texnologii shirokopolosnogo dostupa: dinamika i perspektivy' razvitiya // E'lektrosvyaz'. 2011. № 1. S. 19-23.
  2. Vishnevskij V.M., Lyaxov A.I., Portnoj S.L., Shaxnovich I.V. Shirokopolosny'e besprovodny'e seti peredachi informaczii. M.: Texnosfera. 2005. 592 s.
  3. Varukina L. Mobil'ny'j shirokopolosny'j dostup v nizkochastotnom diapazone. Nokia Solutions and Networks [E'lektronny'j resurs] //http://www.rcc.org.ru/userdocs/zasedanie/5.Prezent.pdf
  4. Afanas'ev P.O., Manuilov M.B., Sledkov V.A. Nenapravlenny'e nizkoprofil'ny'e antenny' s vertikal'noj polyarizacziej // IV Vserossijskaya konferencziya «Radiolokacziya i radiosvyaz'». M.: IRE' RAN. 2010. S. 585-595.
  5. Panchenko B.A., Knyazev S.T. i dr. E'lektrodinamicheskij raschyot xarakteristik izlucheniya poloskovy'x antenn. M.: Radio i svyaz'. 2002. 256 s.
  6. Cheby'shev V.V. Mikropoloskovy'e antenny' v mnogoslojny'x sredax. M.: Radiotexnika. 2007. 159 s.
  7. Gutgarcz A.V., Krasil'nikov A.D., Koloyarov I.A. i dr. Malogabaritnaya antenna mobil'noj svyazi // Vestnik SONIIR. 2002. № 2. S. 24-26.
  8. Hong W., Sarabandi K. Low Profile Miniaturized Planar Antenna With Omnidirectional Vertically Polarized Radiation // IEEE Trans. Antennas Propag. 2008. V. 56. June. P.1533-1540.

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