Underground power cables are a valuable part of the electricity grid and need to be treated
accordingly. Due to the low impact on the average amount of customer-minuteslost in the …

Underground low voltage (LV) power cables have a long life span, and so far minimum effort
was put in methods for condition assessment. However, a slow but steady increase in the …

A circuit solution to the normally-ON property of the normally-ON silicon carbide junction
field-effect transistor, namely the self-powered gate driver, has been recently proposed. This …

This paper is devoted to the analysis of the multiconductor transmission line (MTL)–a type of
structure that is encountered in very many applications ranging from power systems to …

A complete modeling technique for unshielded power cables is proposed. The focus is on
applications where the resonance phenomena take place in electrically long cables and is …

Locating defects in an underground cable connection can be based on the propagation of
transient signals emerging from faults or weaknesses in the insulation. The accuracy …

This paper presents an accurate method to evaluate the capacitances of multi-conductor
power cables. The method developed can also be applied to cables presenting multilayer …

This work analyses the EMI problems that may arise in the large electric networks on
industrial plants, taking into account the switching harmonics injected in these systems by …

Modelling and estimating power-line communication (PLC) channels are complicated issues
due to the complex network topologies, various junctions, and changeable loads. This paper …

An alternative phase domain representation for transmission lines using ABCD matrices is
presented. The proposed representation requests analytical calculation of the [Z][Y] product …