Abstract
In this article, the key influence of the feed-probe position for the excitation of desired modes in a circular sector microstrip antenna (CSMA) is thoroughly investigated via physical analysis comprising simulations and measurements. The approximate feed location used to excite a particular mode is also empirically determined to facilitate further exploration of CSMAs. Based on the proposed analysis and simulations, CSMAs with a wide range of sector angles are studied, and good agreements are revealed when compare with the measurements.
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