In the paper the LC resonance issue is addressed. An approach is discussed based on normalized parameters modeling the conditions under which detrimental EMC resonance effects may occur. The analysis starts from a case-study circuit, where closed-form expressions are derived together with normal- ized figures of merit. Then, a meaningful example is provided showing that spectral phenomena possibly leading to fail of EMC compliance may be due to resonance with very high-order harmonic frequencies. The proposed approach enable a quick understanding of the effects of the involved circuit parameters, and hence provide a designer a method for troubleshooting and resolution of resonance issues.

Analysis and Mitigation of EMC Effects of Electric Resonances in Circuits

Bertocco, Matteo;Sona, Alessandro
2018

Abstract

In the paper the LC resonance issue is addressed. An approach is discussed based on normalized parameters modeling the conditions under which detrimental EMC resonance effects may occur. The analysis starts from a case-study circuit, where closed-form expressions are derived together with normal- ized figures of merit. Then, a meaningful example is provided showing that spectral phenomena possibly leading to fail of EMC compliance may be due to resonance with very high-order harmonic frequencies. The proposed approach enable a quick understanding of the effects of the involved circuit parameters, and hence provide a designer a method for troubleshooting and resolution of resonance issues.
2018
IEEE International Symposium on Electromagnetic Compatibility
2018 International Symposium on Electromagnetic Compatibility, EMC Europe 2018
9781467396974
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3283112
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