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The broadband dipole antenna with an aperiodic reflector
N.I. Voytovich, SUSU
A.V. Yershov, SUSU
Abstract
The dipole antenna possessing KSV lower than 1,1 in a strip of the frequencies of 8% is considered. The antenna is characterized by compactness, mechanical durability, small resistance to an air stream. The antenna can be executed both in tubular and in microstrip execution.
Keywords
wide strip of frequencies, vibrator, broadcasting, compensation of an impedance
References
1. N.I.Voytovich, A.V.Ershov. Wideband Dipole Antenna. Antennas and Propagation (EuCAP). 2013 7th European Conference on Antennas and Propagation (EuCAP). pp. 1176-1180.
2. N.I.Voytovich, A.V.Ershov. Wideband Dipole Antenna. IEEE Xplore, digital library. pp. 1214-1218.
3. Buzov A.L., Spodobayev Yu.M., Filippov D.V. Elektrodinamicheskie metody analiza provolochnykh antenn [Electrodynamic Methods of the Analysis of Wire Antennas]. Moscow, Radio and communication Publ., 2000. 153 p.
4. Barzilani G. Mutual Impedance of Parallel Aerials // Wireless Engr.– vol.25.– 1948.– p. 343.
5. Richmond J.H. Digital Computer Solutions of the Rigorous Equations for Scattering Problems. Proc. IEEE, vol. 53 (1965), pp. 796–804.
2. N.I.Voytovich, A.V.Ershov. Wideband Dipole Antenna. IEEE Xplore, digital library. pp. 1214-1218.
3. Buzov A.L., Spodobayev Yu.M., Filippov D.V. Elektrodinamicheskie metody analiza provolochnykh antenn [Electrodynamic Methods of the Analysis of Wire Antennas]. Moscow, Radio and communication Publ., 2000. 153 p.
4. Barzilani G. Mutual Impedance of Parallel Aerials // Wireless Engr.– vol.25.– 1948.– p. 343.
5. Richmond J.H. Digital Computer Solutions of the Rigorous Equations for Scattering Problems. Proc. IEEE, vol. 53 (1965), pp. 796–804.