We present the experimental radiated immunity results of an electronic device with an external wire obtained in reverberation and anechoic chambers. Repeatability and reproducibility of reverberation chamber measurements are investigated by repeating the test in three reverberation chambers with different characteristics. We show how the current state of the art allows a statistical control of RC measurement repeatability within an industrial installation, and that a statistical correlation with AC results frequency by frequency is possible in particular cases relevant to automotive applications
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
Electro-magnetic compatibility (EMC) is the important parameter to guarantee that electronic and ele...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
Abstract—This paper shows a novel method of measuring the immunity of electronic devices inside reve...
Increasing use of electronic devices and multiplicity of sources of disturbance led to the study of ...
The EU SAFETEL Project was concerned with the safety implications of installing electronic equipment...
A Vibrating Intrinsic Reverberation Chamber (VIRC) has been installed in a semi-anechoic chamber tha...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
Electro-magnetic compatibility (EMC) is the important parameter to guarantee that electronic and ele...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
Abstract—This paper concerns the comparison between reverberation chamber (RC) and anechoic chamber ...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
The paper concerns the comparison between reverberation chamber measurements (RC) and anechoic chamb...
Abstract—This paper shows a novel method of measuring the immunity of electronic devices inside reve...
Increasing use of electronic devices and multiplicity of sources of disturbance led to the study of ...
The EU SAFETEL Project was concerned with the safety implications of installing electronic equipment...
A Vibrating Intrinsic Reverberation Chamber (VIRC) has been installed in a semi-anechoic chamber tha...
Reverberation chambers (RC), a name inspired in room acoustics, are also known in literature as reve...
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
International audienceThis paper discusses the possibility of correlating radiated immunity test res...
Electro-magnetic compatibility (EMC) is the important parameter to guarantee that electronic and ele...