Electronics Cooling invites you to share your expertise, knowledge, and perspective on critical aspects, foundational education, and trends with electronics thermal management technology. Electronics Cooling stands strong as one of the foremost resources for thermal management engineers and professionals, and much of this success is the result of a dedicated community of … [Read more...]
Integrated Nano-enhanced Thermal Management Techniques May Boost Photovoltaic Efficiencies
With solar energy systems growing in popularity and adoption across the globe, methods for enhancing the efficiency and power density of solar cells are a hot topic for renewable energy research labs. Essentially all photovoltaic technologies currently available suffer from reduced efficiency when operating at higher than nominal temperatures. In an attempt to reduce the … [Read more...]
Rising Demand for Thermal Management in Consumer Electronics Prime Factor for Exponential Growth of Market
According to the new market research report "Thermal Management Market by Material Type (Adhesive, Non-Adhesive), Devices (Conduction, Convection, Advanced, Hybrid), Service (Installation & Calibration, Optimization & Post Sales), End-Use Application - Global Forecast to 2022", The thermal management market is expected to be worth USD 14.24 Billion by 2022, growing at a … [Read more...]
Estimating Internal Air Cooling Temperature Reduction in a Closed Box Utilizing Thermoelectrically Enhanced Heat Rejection
An earlier article in this column considered the problem of cooling electronic components in a closed box [1]. In outdoor applications for example, it may be necessary to totally seal the box to prevent exposure to airborne particulates, water droplets or other sub- stances in the air that could be injurious to the electronic components. In such an application, heat picked up … [Read more...]
Thermal Management Considerations in High Power Coaxial Attenuators and Terminations
The testing and troubleshooting of high power and high frequency systems such as distributed antenna systems (DAS), base stations, and various radar applications require buffering to prevent a power overload to the testing equipment and sensitive subsystem internal circuitry. With powers as high as 60 dBm (1000 Watts), radio frequency (RF) terminations and attenuators are … [Read more...]
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