Array Decomposition Method for Arbitrary-Element Regular Arrays using Higher-Order Basis Functions

06 Sep 2022

The full-wave Array Decomposition Method for regular antenna arrays with arbitrary elements using higher-order hierarchical basis functions is investigated. We show that the use of higher-order basis functions results in significantly reduced memory consumption and computation time for a 10 × 10 element conical horn array with an aperture size of 22λ × 22λ, without the need for analytical nor numerical approximations. In addition, we demonstrate that by employing higher-order basis functions, the far-field error is considerably lower than by using common first-order basis functions for the same total number of unknowns.

Publication: IEEE Transactions on Antennas and Propagation.

Authors:
Magnus Brandt-Møller / Michael Mattes / Olav Breinbjerg / Min Zhou / Oscar Borries /
Download PDF
X

How can we help you?

  • Hidden
  • Your contact information may be sent to a TICRA sales representative.
  • This field is for validation purposes and should be left unchanged.