In this paper, common mode (CM) and differential mode (DM) voltages induced by bulk
current injection at the terminations of a differential interconnection are predicted and …

In this work, an enhanced model of injection probes for bulk current injection (BCI) is
proposed, allowing for circuit simulation of BCI test setups involving complex wiring …

In this article, a systematic procedure to derive equivalent circuit networks accurately
reproducing the frequency response of the input impedance of magnetic cores in a broad …

In this work, a two-step procedure to predict maximum (worst-case scenario) and minimum
(best-case scenario) noise levels induced by bulk current injection (BCI) at the terminal …

Development of accurate system models of immunity test setups might be extremely time
consuming or even impossible. Here a new generalized approach to develop accurate …

In this paper, a simulation-based system-level conducted susceptibility (CS) testing method
for a wireless power transfer (WPT) system is proposed. The proposed method employs 3 …

In this paper, a simulation methodology and an electromagnetic compatibility qualification
environment (EQE) are developed to verify the electromagnetic susceptibility of semicustom …

The differences between DPI and BCI tests in automotive IC-immunity testing are analysed.
An approach, how to transfer results between the methods is shown on the example of a …

The modeling of batteries for simulation is nowadays of increasing importance because their
behavior and performance has significant influence on the operation of many modern …

Resorting to point-to-point communication between two devices over an unshielded twisted-
wire pair (UTP), the BroadR-Reach® Physical Layer has the potential to assure very high …