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A novel technique to compute the antenna factor of a planar antenna, using surface integral equation is presented. The experimental nature of conventional antenna factor determining methods demand, that the actual experiment be carried under the same conditions under which the EMC antenna calibration was carried out. Antenna Factor data computed through analytical techniques aids in eliminating this...
This paper presents the numerical technique for the evaluation of capacitance of multiconductor lines used in high frequency integrated circuits. The conducting surfaces are modeled by planar rectangular subdomains. The method of moments is employed to calculate the charge distribution on the surface and hence the capacitance. The exact formulation for the matrix element is evaluated for rectangular...
This paper presents the coupling effects of multiple bent interconnects separated by an internal angle. The method of moments with pulse basis function and point-matching has been used for the modeling of the wires. The mutual impedance of the bent interconnects has been characterized in a wide range of frequencies. From the studies of different bent structures it has been found that the right angle...
This paper presents the study of phase control of wire antenna using method of moments, which is used as a reflecting element in reflectarray antenna. Two linear reflectarrays with equal and unequal spacing using wire antennas are designed with horn as a feed.
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...
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...
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