Hello, I am attempting to model an antenna array of crossed dipoles and realized that the dipole object returns a strip dipole element instead of a cylindrical dipole. The crossed dipole object does not seem able to accept the cylindrical dipole as an element input and would like to know how to make a crossed dipole element such that all contributions in all directions are accounted for. Thanks!Hello, I am attempting to model an antenna array of crossed dipoles and realized that the dipole object returns a strip dipole element instead of a cylindrical dipole. The crossed dipole object does not seem able to accept the cylindrical dipole as an element input and would like to know how to make a crossed dipole element such that all contributions in all directions are accounted for. Thanks! Hello, I am attempting to model an antenna array of crossed dipoles and realized that the dipole object returns a strip dipole element instead of a cylindrical dipole. The crossed dipole object does not seem able to accept the cylindrical dipole as an element input and would like to know how to make a crossed dipole element such that all contributions in all directions are accounted for. Thanks! antenna, dipole, crossed dipole, cylindrical dipole MATLAB Answers — New Questions

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