An entire set of high-intensity radiated field transfer functions including the main types of contemporary test methods is presented. Consequently, the applied frequency range for this task expands over many decades, from the kilohertz range up to 40 GHz. A major aim is to demonstrate the application of numerical computer modeling for such a task. Results of measurements and various solvers are compared to each other. As the activity serves also for the validation of such applications, the scenario is investigated by the use of a fuselage model with limited complexity.
Index Terms-Asymptotic, computational electromagnetics (CEM), direct current injection (DCI), finite-difference time domain (FDTD), high-intensity radiated fields (HIRF), low-level direct drive (LLDD), low-level swept current (LLSC), low-level swept field (LLSF), method of moments (MoM), power balance (PWB).
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