Discussion of Thermal Management

Boyd’s discussion of Thermal Management will include various thermal applications within a host of diverse devices and end markets.

SynJet: Low-Power “Green” Cooling Synthetic Jets for Forced Air Cooling of Electronics

Boyd's SynJet: low-power “Green” cooling synthetic jets for forced air cooling of electronics.

LED Thermal Management

Boyd's LED thermal management, including thermal characterization, effect of thermal environment, and PowerPSoC controllers.

Modeling of Synthetic Jet Ejectors for Electronics Cooling

Boyd's modeling of synthetic jet ejectors for electronics cooling.

Enhanced Boiling Heat Transfer by Submerged Ultrasonic Vibrations

Boyd's enhanced boiling heat transfer by submerged ultrasonic vibrations.

Thermal Management Using Synthetic Jet Ejectors

Boyd's thermal management using synthetic jet ejectors.

IEEE Reliability Society Annual Technical Report 2009

Boyd's IEEE reliability society annual technical report 2009.

Design and Thermal Characteristics of a Synthetic Jet Ejector Heat Sink

Boyd's design and thermal characteristics of a synthetic jet ejector heat sink.

Vibration-Induced Two-PhaseE Cooling Technologies For High Power Thermal Management

Boyd's vibration-induced two-phasee cooling technologies for high power thermal management.

SynJet® Reliability

Boyd's SynJet reliability, Process Note version 1.0.