Synthesis of impedance strip for decoupling the receiving and transmitting antennas

Authors

  • V. I. Gladkikh Odessa National Academy of Telecommunications, Ukraine

DOI:

https://doi.org/10.1109/ICATT.2015.7136792

Keywords:

impedance, decoupling

Abstract

Formulae determining the location of elementary impedance strips as well as the volume of reactive, active and complex impedance distributed on them that secure the maximum decoupling between receiving and transmitting antennas have been found.

References

KYURKCHAN, A.G. Antenna coupling in presence of ribbed structures. Radiotekhnika i Elektronika, 1985, p.1362-1365.

TERESHIN, O.N. Decoupling of two slot antennas by ribbed structure placed in the plane of the slots. Radiotekhnika i Elektronika, 1960, p.1944-1950.

CHERENKOV, V.S.; GLADKIKH, V.I. Analysis of decoupling performance of ribbed structure. Collection of papers of the Popov ONAZ, 2003, p.43-48.

CHERENKOV, V.S. Recurrent formulas in the problems of wave diffraction at inhomogeneous impedance plane. Collection of papers of the Popov ONAZ, 2000, p.42-46.

TSALIEV, T.A.; CHERENKOV, V.S. Analysis of decoupling performance of homogeneous impedance strip at infinite screen. Radiotekhnika i Electronika, 1985, p.165-167.

MARKOV, G.T.; CHAPLIN, A.F. Excitation of Electromagnetic Waves. Textbook. Energiya, 1967, 376 p.

CHERENKOV, V.S. Recurrent formulas in the problems of wave diffraction at inhomogeneous impedance plane. Collection of papers of the Popov UDAZ, 2000, p.42-46.

GLADKIKH, V.I. Numerical evaluation of accuracy of recurrent method for solving the problem of inhomogeneous impedance plane excitation. Collection of papers of UNDIRT, 2001, p.71-73.

GLADKIKH, V.I.; LEVITSKY, D.V. Parameter optimization of the decoupling impedance strip. Collection of papers of the Popov UDAZ, 2008, p.55-60.

GLADKIKH, V.I. Parameter optimization problem of decoupling structure formed by impedance strip at conducting plane. Collection of papers of the Popov UDAZ, 2005, p.43-48.

Published

2015-04-25