Ground magnetic paint and multiple sensors improve gait signal detection, cut noise, and deliver richer walking guidance for visually impaired users.
Hybrid core materials and thin insulation enable compact current sensing transformers with low winding ratios, stable high-frequency signals, and AC/DC sensing.
Electroplating fills gaps and cores in rolled-up passive components to cut DC and RF resistance while preserving a compact inductor footprint.
Superparamagnetic metal nanoparticles in an insulating matrix help inductances withstand cryogenic stress and cut high-frequency losses.
Constant electrode spacing, stirring, and reference feedback improve magnetic nanowire length, uniformity, and alloy control for self-biased RF devices.