Magnetic cleanliness is a severe electromagnetic compatibility topic in nearly all science
space missions. Nowadays this interest is expanding from dc to the area of extremely low …

In this work, the test procedures and modeling results of low frequency (LF) electric and
magnetic fields radiated by spacecraft equipment are implemented on near field …

Most of the space missions carry measuring instruments that are sensitive to electric fields
and require strict electromagnetic cleanliness. Therefore the variations of electric fields from …

A constant electromagnetic compatibility issue in the majority of space missions is the
accurate EMI source identification and modeling. This is necessary in order to provide …

In this work, a machine learning technique employing a measurement-driven artificial neural
network (ANN) architecture is proposed as a solution to the precise determination of the …

Understanding the Electromagnetic behavior and studying Electromagnetic Compatibility
issues are essential to ensure the proper functionality of the electrical equipment and …

This chapter focuses on understanding the behavior of the extremely low frequency (ELF)
electric field emissions of EUTs from spacecraft subsystems and on reviewing reliable …

Nowadays, a wide range of space missions accommodate ever-stricter electromagnetic
cleanliness requirements arising either from the need for more precise measurements or …

Nowadays, a wide range of space missions accommodate ever-stricter electromagnetic
cleanliness requirements arising either from the need for more precise measurements or …

In this work, the measurement procedure and modeling methodology of transient extremely
low frequency (ELF) electric fields radiated by spacecraft equipment are presented. They are …