Seyyed Mohamad Javad Razavi - Faculty of Electrical & Computer Engineering, Malek Ashter University of Technology, Iran, Tehran
Issa Mostafa Mashriki - High Institute for Applied Science and Technology, Syria, Damascus
sayed hosein mohseni armaki - Electrical and Electronics Engineering Dept., Malek-e-Ashtar University of Technology, Tehran, Iran

In this paper, the fabrication of a bulk current injection (BCI) probe using two different ferrite materials and a wideband rounded-shield calibration fixture or jig used to calibrate BCI probe are presented. Some optimization ideas are also investigated to increase their performance. The effect of change in various parameters such as slot distance, probe’s shield to probe’s core spacing and the inner surface of probe’s shield on the probe high frequency performance and insertion loss (IL) have been studied. Results show that increasing the slot distance improves the high frequency response of the probe and increasing the probe’s shield to probe’s core spacing would affect negatively on measured IL and decreasing the inner surface of probe’s shield improves the probe working bandwidth.

Bulk current injection (BCI), calibration fixture (CF or JIG), electromagnetic Compatibility (EMC), optimization, parametric study