Z, a low profile, high current inductor in a compact 3.0 mm x 3.0 mm footprint for space-constrained DC/DC converter and filtering applications across industrial, telecom, consumer, and medical ...

Can power density scale without increasing footprint? A new inductor design combines high current handling with compact size ...

Inductors are used in circuits to control current and manage energy using magnetic fields. This video explains how they work ...

Like many passive component markets, magnetic component manufacturers face challenges in shrinking component size and weight while also delivering higher performance. Inductors and transformers are ...

Green energy applications such as hybrid vehicles, wind energy, and solar energy stand to reap big benefits from regulated electronic power conversion common to switch-mode power supplies (SMPS).

Advanced semiconductor technology allows an increasing number of transistors to be integrated onto ever-smaller silicon chips. This increases the power density, however, and presents power-management ...

As ferrite technology has progressed into a mastery of magnetic permeability, the size of inductors has gone down to the point at which they are now fairly nondescript components. There was a time ...

A new series of small, shielded power inductors from Bourns is designed to reduce EMI in tightly packed DC-DC converter ...

Inductors play a key role in controlling current and stabilizing electrical signals in circuits. This video explains how they work using magnetic fields and why they are used in power supplies and ...

TDK has created inductors for automotive power-over-coax applications up to 1.6A. The three parts are an expansion of the 4.5 x 3.2 x 3.2mm ADL4532VK series, and are rated for use across -55 to +155°C ...

It’s a story we’ve told dozens of times already. The cost to manufacture a handful of circuit boards has fallen drastically over the last decade and a half, which has allowed some interesting ...

Scientists from NPL have developed improvements to a technique for measuring dielectric permittivity and loss of materials at MHz frequencies. The method used is named after two NPL scientists who ...