MATRIX METHOD FOR ANTENNA PLANE WAVE SPECTRUM CALCULATION USING IRREGULARLY DISTRIBUTED NEAR-FIELD DATA : APPLICATION TO FAR-FIELD ASSESSMENT | Zendy

Mohamed Farouq | Zendy; Mohammed Serhir | Zendy; Dominique Picard | Zendy

Open Access

MATRIX METHOD FOR ANTENNA PLANE WAVE SPECTRUM CALCULATION USING IRREGULARLY DISTRIBUTED NEAR-FIELD DATA : APPLICATION TO FAR-FIELD ASSESSMENT

Author(s) -

Mohamed Farouq,

Mohammed Serhir,

Dominique Picard

Publication year - 2015

Publication title -

progress in electromagnetics research m

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.216

H-Index - 31

ISSN - 1937-8726

DOI - 10.2528/pierm15010902

Subject(s) - near and far field , antenna (radio) , plane wave , field (mathematics) , matrix (chemical analysis) , physics , radiation pattern , plane (geometry) , dipole antenna , optics , acoustics , dipole , computer science , mathematics , telecommunications , geometry , materials science , quantum mechanics , pure mathematics , composite material

International audience—The matrix method for the calculation of antenna far-field using irregularly distributed near-field measurement data is presented. The matrix method is based on the determination of the plane wave expansion (PWE) coefficients from the irregular near-field samples using a matrix form that connects the radiated field with the corresponding plane wave spectrum. The plane wave spectrum is used to determine the far-field of the antenna under test (AUT). The matrix method has been implemented, and its potentialities are presented. The validations using analytical radiating model (dipoles array) and experimental measurement (X band standard gain horn antenna) results have demonstrated the efficiency and stability of the proposed method

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