Issa Mostafa Mashriki - Faculty of Electrical & Computer Engineering, Malek Ashter University of Technology
Seyyed Mohamad Javad Razavi - Malek e Ashtar University, P. O. Box ۱۷۷۴-۱۵۸۷۵, Tehran, Iran.
sayed hosein mohseni armaki - Electrical and Electronics Engineering Dept., Malek-e-Ashtar University of Technology, Tehran, Iran

A new hybrid-model for BCI probe is derived . This model is built based on the probe s internal structure without refinements, and by carrying out just one electrical measurement for the reflection coefficient, so that it can be generalized and used in studying the effect of layout parameters in the aim of improving the probe high frequency performance, which helps the developer in design stage. The hybrid-model is validated versus extracted permeability spectra, voltage transfer ratio and series impedance for the probe F-130A. The comparison is made between the derived hybrid-model and that of explicit model, the results showed a good accordance between them. An application for the model is illustrated to bring to light its effectiveness.

Bulk current injection (BCI), complex permeability spectra, electromagnetic Compatibility (EMC), modeling, transmission line (TL)