10/30/2026
Imagine a life science instrument designed to analyze samples with exceptional precision. Inside, a high-power motor may be working alongside a sensitive, low-voltage sensor—each performing a different function, each relying on electrical power to do its job.
But what works for one subsystem may not work for the other.
As life science instrumentation evolves to deliver higher analytical resolution, faster processing, and more compact designs, engineers face the challenge of supporting these different electrical requirements within a single system.
And power supply selection isn't just about delivering the correct voltage. Electrical noise, electromagnetic interference (EMI), safety requirements, and regulatory compliance can all influence the performance and design of the finished instrument.
That's why power architecture deserves attention early in the development process.
Our latest whitepaper explores how Advanced Energy's medical power solutions, spanning AC-DC front ends to DC-DC modules, help engineers address the complex power requirements of modern life science instrumentation.
⚡ Discover the considerations behind powering increasingly sophisticated instruments through Sager Electronics: https://vist.ly/5qpjr