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“Advanced Power Delivery for Medical Systems: Phasium Power’s State-of-the-Art Products Based on Digital Logic Control & Power Management”

Abstract: Phasium’s newest medium to high-power product platform uses advanced Digital Logic Control for both AC and DC (low-voltage) output. This DSP based technology enables full control of active and harmonic power flow. Medical systems with high current motors such as smart powered hospital beds, lifts and chairs all the way to high powered CT, MRI and X-ray systems benefit from the integration of distributed energy resources.

The existing power supplies for these large medical systems are simple, robust, reliable, and relatively inexpensive. However, they are extremely large by both volume and weight, have no built-in intelligence and have no capability for voltage or frequency regulation and they do not have a DC interface for energy storage integration. In this presentation, Phasium will discuss new products, with case studies, that integrate solutions for battery storage and improved intelligent load protection in a smaller footprint.

Learn about our battery, charger and power supply products for medical and industrial markets at phasiumpower.com.

Written by Robin Schneider, Ph.D.

Dr. Robin Schneider is responsible for market expansion in her role as Director of Marketing. She has an expertise in translating market drivers into technical solutions in the battery, charger, and power supply industries and her primary focus has been in medical applications, from surgical to imaging and diagnostics. Dr. Schneider brings almost fifteen years of marketing experience within the portable power industry to Phasium Power, from companies such as Micro Power Electronics, Electrochem Solutions (Greatbatch/Integer) and Inventus Power. She has presented at many technical conferences, has published in peer-reviewed technical journals and is a regular contributing editor to Electronic Design Magazine. Dr. Schneider received a Ph.D. in Materials Science and Engineering from the University of Texas at Austin under the tutelage of Professor John Goodenough, where her research involved li-ion battery and fuel-cell cathode chemistry. Her undergraduate degree is from Columbia University in New York.