Efficient health monitoring for identifying and quantifying damages can substantially improve
the performance and structural integrity of engineered systems. Specifically, new advances …

The assessment of system performance and identification of failure mechanisms in complex
engineering systems often requires the use of computation-intensive finite element software …

High-frequency wideband Hall effect sensors can measure currents in power electronics that
operate at higher frequencies (in the Megahertz range). We experimentally investigated the …

In complex engineering systems, assessing system performance and underlying failure
mechanisms with respect to uncertain variables requires repeated testing, which is often …

High electron-mobility transistors (HEMTs) have emerged as an attractive alternative for high-
efficiency power systems, due to their good material properties to perform at high voltages …

This paper is devoted to the modelling of the planar Hall sensor on the surface of
photosensitive CdSmonocrystal. Simulation of designed planar Hall sensor has properties …

Optimal sensor placement is a challenge in many engineering design applications,
especially within the field of prognostics and health management. Recently, data-driven …

Experimental investigation on the effect of temperature on the frequency limit of GaAs/AlGaAs
and AlGaN/GaN 2DEG Hall- effect se Page 1 Abstract—This follow-on work investigates the …

The Hall effect is one of the physical phenomena that impacts the operation of electronic
accelerator pedals (EAPs) significantly. EAPs employ Hall Effect sensors for signal …

This report provides an overview of Hall elements and the DX50 measurement system,
highlighting their significance in the field of electronics and sensor technology. Hall …