Power Management

Using carbon nanotubes and graphene petals, researchers built and analyzed supercaps with much-higher energy-storage density and performance compared to existing devices.

Power management involves test and measurement in three different levels...

Power management plays a vital role in transportation systems that travel on land, air, and sea. Regardless of the particular application or technology, power management regulates, controls, and distributes power throughout that system.  ...

The chip provides accurate input power data as well as event information that cuts BOM cost and firmware development time.

Current measurement components and methods must provide an accurate output signal as well as preventing damage to the associated printed circuit board.

To overcome storage capacity and recharge-time limitations of conventional batteries, a Cornell team developed a self-assembling battery with twisted “ribbons.”

Reactive power elements such as capacitors and synchronous generators and motors can help overcome issues involving low Power Factor values.