Abstract
Unified and complete circuit model is formulated for accurate representation of a large variety of microstrip (MS)-fed slot antenna with arbitrary width and shape. It is realized by applying a so-called short-open calibration (SOC) technique that numerically calibrates (deembeds) the Y-matrix parameters calculated from our full-wave method of moments (MoM). The unifled model consists of an equivalent series impedance standing for the slot radiation and a pair of parasitic shunt susceptances. Three types of MS-fed slot antenna are theoretically characterized to verify our proposed model, and their circuit behaviors are also shown in the context of different slot width and shape.
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