Programmable Power Supplies Boost Particle Physics at National Laboratories

Discover how the U.S. Department of Energy’s National Laboratories are redefining the limits of science with advanced programmable power solutions. The U.S. National Laboratories faced a critical upgrade: replacing hundreds of DC power supplies for accelerator magnets. In our new Application Note, you’ll get an insider look at how AMETEK Programmable Power’s Sorensen SGX Series and Asterion DC Series were selected to support the creation of ultra-stable electron beams and fuel the search for new types of particles. Download the Application Note to see how precision power is shaping the next era of discovery.

Application Note Overview

Discover how the U.S. Department of Energy’s National Laboratories are redefining the limits of science with advanced programmable power solutions.
To fuel the next generation of particle physics research, the U.S. National Laboratory embarked on a massive upgrade: replacing hundreds of aging DC power supplies for their accelerator magnets. The challenge? Maintaining ultra-high stability—±0.05% over 8 hours—under demanding conditions.

Why Hundreds of DC Power Supplies Had to Be Replaced — And What Made the Cut? Get the Inside Story.

In this exclusive application note, you'll learn:

✅ How AMETEK Programmable Power’s Sorensen SGX Series and Asterion DC Series were selected to meet the lab’s stringent performance requirements.

✅ The role of the Engineered Solutions Group in delivering custom modifications tailored for critical scientific applications.

✅ How these power supplies are enabling record-breaking electron beam creation and the search for new particles.

Download the Application Note Now

See how the right power solutions are driving discoveries at the frontiers of physics—and why they matter more than ever.