Two new technologies for removing heat from electronic devices could help future generations of laptops, PDAs, mobile phones, telecom switches and high-powered military equipment keep their cool in the face of growing power demands.
Ari Glezer (left) and Raghav Mahalingam hold a synthetic jet whose cooling capabilities are shown on the monitor behind them. The "SynJets" provide efficient cooling of electronic devices.
Georgia Tech Photo: Gary Meek
Closeup of a prototype synthetic jet (SynJet) built to provide efficient cooling of electronic equipment. Vibrating diaphragms (right) produce trains of turbulent air puffs that flow out of tubes (white) and into the cooling fins of the electronic device.
Georgia Tech Photo: Gary Meek
The patented technologies – synthetic jets that rely on trains of turbulent air puffs and a system that uses vibration to atomize cooling liquids such as water – were developed by Professor Ari Glezer and co-workers at the Georgia Institute of Technology’s School of Mechanical Engineering. The pair of technologies has been licensed to Atlanta-based company Innovative Fluidics, which will use them to meet a broad range of electronics cooling needs.
“There is a lot of concern in the electronics industry about thermal management,” said Raghav Mahalingam, a research engineer in Georgia Tech’s School of Mechanical Engineering. “New processors are consuming more power, circuit densities are getting higher and there is pressure to reduce the size of devices. Unless there is a breakthrough in low-power systems, conventional fan-driven cooling will no longer be enough.”
John Toon | Georgia Tech
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