Rethink Your DC Power Design: Discover the Polaris ELR Advantage in Our New White Paper!
We're proud to announce the release of our new white paper – a deep dive into our innovative Enhanced Linear Regulator (ELR) technology.
Engineers often face difficult compromises in DC power management, balancing efficiency, noise, size, and cost. This paper unpacks the science behind how Polaris Semiconductor's commercially-ready ELR technology is changing what’s possible.
Here’s how our patented photon-enhanced regulator technology delivers a clear advantage:
Impressive Efficiency & Cooler Operation: Polaris regulators operate dramatically cooler and consume less power than conventional linear regulators over wide voltage steps
Versatile Buck & Boost, Minus the Switching: Our ELRs deliver efficient step-down (buck) and step-up (boost) conversion—all without the complexities and noise of switching.
Ultra-Low Noise, Simplified Design: Our inductor-less topology matches best-in-class linear regulator noise levels while also avoiding the EMI challenges inherent in switching designs.
Streamlined Integration (Reduced SWaP): Achieve high performance with a minimal component count, simplifying your designs and saving board space.
Proven for Demanding Applications: The white paper details our radiation-tolerant variants, ready for the toughest environments.
We are extremely grateful to our collaborators at The Ohio State University for their hard work and skill that was essential to the development of our technology, and to Javier Valle and his team at Texas Instruments for supporting this paper by providing their state of the art, radiation hardness assured linear regulator ICs. None of this would be possible without the generosity of our sponsors at AFWERX, VIPC, NSF, SDA and the US Federal Government.
Ready to see the data and how ELRs can benefit your designs? Explore the schematics, performance metrics, and in-depth technical information.