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1887

Performance of two tripole arrays as frequency-selective surfaces

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Abstract

The current distribution along the arms of tripoles arranged on two equilateral triangular lattices has been computed and shown to have a simple cosinusoidal form. Calculated and measured transmission curves agree closely and give band spacings ≳2:1. The crosspolar performance in a 45°-incidence diplexer is lattice-dependent.

References

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      • Ohta, H.H.: `Circuit representation of tripole element array for frequency selective surfaces', AP-S International Symposiyum Digest, 1982, 2, p. 455–458.
    3. 3)
      • Henderson, L.W., Munk, B.A., Nichols, S., Brown, R.: `Multilayer frequency sensitive surfaces of tripoles', AP-S International Symposiyum Digest, 1982, 2, p. 459–462.
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      • V.D. Agrawal , W.A. Imbriale . Design of a dichroic Cassegrain subreflector. IEEE Trans. , 466 - 473
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      • S.M.A. Hamdy , E.A. Parker . Influence of lattice geometry on transmission of electromagnetic waves through arrays of crossed dipoles. IEE Proc. H., Microwaves, Opt. & Antennas , 7 - 10
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      • R. Cahill , E.A. Parker . Concentric ring and Jerusalem cross arrays as frequency selective surfaces for a 45°-incidence diplexer. Electron. Lett. , 313 - 314

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content/journals/10.1049/el_19830482
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