Ferrite beads are often dismissed as a trivial fix for noisy cables, but their role in modern EMI/EMC design is far more deliberate — and far more consequential — than the component’s reputation…
A new 100 V enhancement-mode GaN family targets low-voltage conversion stages in AI data centers, robotics, and industrial systems. Faster switching can shrink magnetics, but it also raises the import…
Power-over-coax reduces separate wiring for automotive cameras, but it makes the filtering network responsible for separating DC power from high-frequency data. A new multilayer inductor series target…
A compact flat-wire SMD common-mode choke shows how 48 V and high-density power designs are reshaping EMI filtering, layout, thermal validation, and sourcing.
Automotive-grade ILHB ferrite beads now combine smaller packages, up to 6 A current handling, and wider impedance coverage, showing how EMC filtering is becoming a front-line design issue.
New high-voltage IHDV inductors combine 1.5 kV isolation, compact packages, soft saturation, high-frequency noise suppression, and operation up to +180 °C.
Expanded automotive-grade ferrite beads with smaller case sizes, up to 6 A current handling, and 10 Ω to 2700 Ω impedance show how EMC filtering is becoming an early design priority in dense electroni…
High-current chip ferrite beads above 10 A highlight how EMI suppression is becoming an early architecture choice in dense power designs.
Bourns’ MH1608A high-current ferrite beads point to rising demand for compact EMI suppression in space-constrained automotive electronics.
Integrated voltage regulators that place thin-film magnetic power inductors inside AI and GPU packages point to a future where power delivery moves closer to the processor itself.