Power densities in electronic subsystems continue to increase, driving demand for more extreme cooling power alternatives that increasingly include liquid cooling as a viable candidate. To optimize thermal management efficiency, sustainability and reliability, designers of systems that use liquid cooling are exploring innovative combinations of component materials, including … [Read more...]
About the Author
Elizabeth Langer
Beth Langer leads a team of design engineers focused on quick disconnect coupling product development. She earned her Bachelor and Master of Science degrees in Mechanical Engineering from the University of St. Thomas in St. Paul, MN. Over the course of her career, she has been responsible for product design, reliability and technical innovation for industrial products. Besides leading design solutions that serve CPC customers, she is an active consulting member on ASHRAE and OCP committees. EL@website.com
Why Chemical Compatibility is Vital to Your Liquid Cooling System
Power densities in electronic subsystems continue to increase, driving demand for more extreme cooling power alternatives that increasingly include liquid cooling as a viable candidate. To optimize thermal management efficiency, sustainability and reliability, designers of systems that use liquid cooling are exploring innovative combinations of component materials, including … [Read more...]
