WEBCAST: Optimizing LED Performance Through Heat Management
This Webcast discussed the effect of heat on LED fixtures, and described how thermal management techniques involving heat sinks and active cooling can assist in product design.
Title: Optimizing LED Performance Through Heat Management
View the archived Webcast and download the presentation materials.
Originally Broadcast: 29 October 2009
- Martin Schön, Thermal Management Product
Manager, Sapa Extrusions
- Mick Wilcox, Director of Marketing, Nuventix
As product designers develop higher powered LEDs for the lighting, medical and home entertainment product markets, thermal management increasingly becomes an obstacle.
Heat sinks have a significant impact on how LED fixtures perform. They affect the life, power consumption and light output of the fixture. The first part of the presentation will discuss material and design options available to LED fixture designers to help minimize the junction temperature and optimize overall performance. Design tools will be presented that help predict and compare junction temperatures between various heat sink designs. A case study will be used to highlight the real-life benefit of these tools. Additionally, advanced cooling technologies available to meet extremely challenging applications will be presented.
To bring high powered/high brightness LEDs to market, an active cooling solution can greatly aid in applications that use many tightly packed LEDs, have a small volume or surface area where natural convection is inadequate or that are located where the ambient temperature is high. Active cooling allows the lumen output of individual LEDs to increase without the repercussion of thermal damage or lower life expectancies. Heat is a killer for LEDs and active cooling allows lumen output today not projected possible for years down the line. The second part of the presentation will discuss how active cooling in conjunction with passive aids innovative product designs and overcomes LED thermal barriers.
Contact us today at www.sapagroup.com and watch your solutions take shape.
For more information, please visit: www.nuventix.com.
Mick Wilcox received his MBA from Regis University in Denver, Colorado and his undergraduate degree from the University of Wyoming in Mathematics. He has authored and co-authored numerous conference papers in the thermal and telecommunications fields and has patented work in both fields as well. He is currently the Director of Marketing for Nuventix’ SynJet modules and is responsible for the marketing and business development for the product.
Martin Schon is Product Manager for Sapa Thermal Management, responsible for technical development of Heatsink products. He holds a MSME with major in Energy system, which he received from the University of Vaxjo in Sweden.
Mr. Schon has 10 years experience in designing and manufacturing of cooling systems by using Aluminum Extrusions and has served as Manager for Sapa’s Cooling Competence Center in Europe between 2003-2008. He has extensive hands on experience of LED fixture design from thermal/ production point of view. He is a author or co-author of several journal articles of Heatsinks by using aluminum extrusion.