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Approaching the Lower Bounds on Q for Electrically Small Electric-Dipole Antennas Using High Permeability Shells

by on May 23, 2012

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A study of the effect of surrounding electrically small, top-loaded, electric-dipole antennas with a thin shell of high-permeability magnetic material. The magnetic polarization currents induced in ...

A study of the effect of surrounding electrically small, top-loaded, electric-dipole antennas with a thin shell of high-permeability magnetic material. The magnetic polarization currents induced in the thin shell of magnetic material reduce the internal stored energy, resulting in a lower Q as compared to conventional designs.

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Approaching the Lower Bounds on Q for Electrically Small Electric-Dipole Antennas Using High Permeability Shells Approaching the Lower Bounds on Q for Electrically Small Electric-Dipole Antennas Using High Permeability Shells Document Transcript