Abstract
This paper presents the initial investigation on the performance of different loaded wire antennas (e.g. inverted L, T, I and C-shaped antennas) as electromagnetic interference (EMI) sensors. While using these antennas as EMI sensors, the extra loading is likely to introduce the reception of cross-polarized component of incident electric field. The performance of these loaded antennas as EMI sensors is described in terms of the antenna factor for the desired and cross-polarized component of incident electric field. The method of moments with pulse basis function and point-matching technique has been used to evaluate the current distribution on the antenna surface and hence the antenna factor
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