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The increased use of high frequency electronic equipment in modern day technologies causes electromagnetic interference with each other. To avoid this, the detection of unwanted electromagnetic radiations is required in industry where electromagnetic interference and compatibility (EMI/EMC) problems are quite an important issue. For EMI measurement, it is required to place a sensor to receive the...
The time domain study of a trans-receive antenna system consisting of a quarter-wave monopole loaded with an annular dielectric resonator antenna is presented here. This antenna has found important application as broadband antenna. However, while using this antenna in trans-receive system for wideband application, the time domain characterization of both the transmit and receive antenna is required...
In this paper the time domain studies of a wideband trans-receive antenna system consisting of a quarter-wave monopole loaded with an annular dielectric resonator antenna. This antenna has recently become attractive to antenna designers due to its broadband characteristics. However, while using this antenna in ultra wideband trans receive system, the time domain characterization of the whole system...
In this paper, new configurations with two gap-coupled triangular microstrip antennas and its compact version have been investigated at S band. The gap coupled configuration yields 2.38 times and compact gap coupled configuration gives 2.65 times BW as compared to that of a corresponding equilateral triangular microstrip antenna (ETMSA). The area reduction for the latter configuration is by factor...
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. 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...
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