Validating measurements of electromagnetic field in near-field zone is a general target in research within electromagnetism area. This paper aims to present the results obtained from measurements and simulations of near-fields generated by a stand-alone electronic device. Measurements were performed in an anechoic chamber using probes connected by optical fibers as well as simulations using commercial software and own codes based on TLM-TD method.

Abstract-Interference between radio systems may occur if they share the same environment and use close frequencies at the same time. To ensure their successful coexistence, the Electromagnetic Compatibility (EMC) established rules and regulations within standardisation bodies and aims to protect these systems from harmful interference. Nowadays, with the proliferation of wireless communications and digital technologies, in addition to electronics evolution inside radio terminals, some additional parameters and new techniques are needed to represent more accurately the interference environment and guarantee radio systems coexistence. In this work, we provide an overview of the main standards related to EMC approaches and measurement techniques currently in use, and we show the benefits of considering time-domain parameters in the EMC analysis.

measurinc electromaenetic emissions) and ClSPR 15 Abstract-A study about Power Quality in different lightning systems is carried out. This analysis focuser on W O points: The harmonic distortion and the conducted clcctromagnetic interference (EMI) produced by these (ElectroGagnetic Compatibility for lighting apparatus) 11. MEASUREMENTS PROCEDURES systems.