Power management helps control energy expenditures, increase safety, and mitigate environmental effects.

It provides an architecture with high integration and performance for application categories, such as storage computing, networking, telecommunications, automotive, and consumer electronics. Today's systems require the power supply design to be integrated with the system design to maintain high efficiency.

Power management ICs (PMICs) are employed for voltage conversion, voltage regulation, and battery management. They are essentially a system-in-a-package solution. A single PMIC can manage multiple external power sources, supply power to multiple loads, and shield against unsupported overvoltage & under-voltage conditions, over-currents, and thermal faults. Less power consumption under varied load circumstances, less space, excellent dependability, and a wide input voltage are some of the major needs of today's power management systems. In a wide range of applications, these criteria are driving the demand for highly efficient, wide VIN, low quiescent current (IQ) switching regulators.

Browse our huge range of power supplies and power management solutions from market-leading manufacturers like ABB, Eaton Cutler Hammer, Elektro-Automatik, Harting, Hammond, Molex, NMB, Sola HD, Tripp-Lite, TDK Lambda, Weidmuller, XP Power, and many others.

Stay informed

Keep up to date on the latest information and exclusive offers!

Subscribe now

Data Protection & Privacy Policy

Thanks for subscribing

Well done! You are now part of an elite group who receive the latest info on products, technologies and applications straight to your inbox.

Featured content


A Comprehensive Guide To EV Charging

A Comprehensive Guide To EV Charging

Discover a top-notch resource for EV charger design! Our guide simplifies complex concepts, making it accessible for both beginners and experienced professionals to design efficient and reliable charging stations.

How to

How Energy storage system evolution is driven by cell chemistry and control electronics

How Energy Storage System Evolution is Driven by Cell Chemistry and Control Electronics

Learn how energy storage system (ESS) progression, from smart watches to electric cars and renewable energy, improves performance, functionality, dependability, size, weight, cost, and energy consumption. Explore the complex relationship between battery cell chemistry and electrical management systems in ESS design.

How to

How to design an efficient power conversion circuit for EV Chargers

How to Design an Efficient Power Conversion Circuit for EV Chargers

This article will walk you through the intricacies of designing a power conversion circuit for EV chargers. A power converter is the primary link between the power source and the battery in EV charging.


The effects of electric vehicle charging stations to the power grid

The Effects of Electric Vehicle Charging Stations to the Power Grid

This article discusses the impact of EV charging on power grid infrastructure and the possible solutions to mitigate the same to maintain its reliability and durability.

element14 Community

The largest online community for engineers


Artificial Intelligence

One of the greatest revolutions in all of human history! AI is an all-encompassing concept that incorporates human intelligence into machines

Embedded hub

Here to help bring your ideas to life by supporting you in every phase of your design journey