In automotive and aeronautic industries, the requirements for EMC radiated immunity
compliance of electronic equipment are severe and may force the suppliers to multiply the …

This article proposes a macromodel to predict the nonlinear behavior of operational
amplifiers having their baseband signal affected by out-of-band disturbances, such as those …

This article investigates the possibility to develop time-domain immunity tests using electric
near-field probes, for flexible customization of broadband input waveforms injected into …

This work investigates the performance of RF immunity procedures exploiting semi-rigid
coaxial test probes as coupling devices to inject continuous wave (CW) RF power into the …

The increasing complexity of electrical functions embedded in automotive and aeronautic
applications increases the duration of the EMC qualification tests and the risk of …

Systems containing lithium-ion batteries are shown to require a longer dwell time to properly
perform an immunity test due to their vulnerability to thermal runaway effects. Since thermal …

The Near Field Scan Immunity (NFSI) method developed to evaluate the susceptibility level
of Integrated Circuits (IC) could be used with appropriate probes to perform a quick …

The increasing complexity of electrical functions embedded in automotive and aeronautic
applications increases the duration of the EMC qualification tests and the risk of …

Le fort développement de l'électronique dans les industries de l'automobile et aéronautique
a commencé dans les années 1990 par le remplacement de fonctions mécaniques ou …

This work experimentally investigates the performance of near-field probes as injection
devices for wideband immunity tests. To this end, the coupling effectiveness and resolution …