As energy costs continue to increase, there is an increased awareness of energy usage and a greater emphasis on methods to reduce the energy consumed by electronic equipment. The portion of electronic equipment power devoted to cooling can be significant. For example, the servers in a typical data center can require up to two times the useful computing power for cooling. The … [Read more...]
Strategies for Using Thermal Calculation Methods
Thermal analysis tools available to engineers and scientists offer a wide variety of methods to solve problems. A cursory review of the past decade’s issues of ElectronicsCooling magazine can show methods ranging from analytical techniques (such as hand calculations) to spreadsheets to full numerical/computational solutions such as CFD (Computational Fluid Dynamics) and FEA … [Read more...]
Optimal Thermal Management Performance Solution
Newark has established an exclusive stocking agreement for Wakefield Solutions’ new LED heat sink extrusions. Wakefield and Bridgelux engineering teams worked together at Newark’s behest to design an optimal heat sink extrusion line which is compatible with all Bridgelux LEDs. Wakefield’s new heat sink extrusions save engineers the considerable time it can take to match the … [Read more...]
Active Noise Reduction Solution Integrates Fully into Fan
The RotoSub R-ANC enables the fan to reduce its own noise. RotoSub R-ANC is an active noise reduction solution that integrates fully into the fan itself. The solution reduces its noise without increasing the size of the fan or requiring any additional components. Learn more from RotoSub. … [Read more...]
InGaAs Array Spectrometers Offer Extended Spectral Range
B&W Tek, Inc.’s enhanced series of TE Cooled fiber-coupled InGaAs array spectrometers, the Sol™ series, offer extended spectral range and high spectral resolution options along with deeper TE Cooling. All four spectrometers in the series have USB standard interface for easy integration into OEM systems. The Sol™ 1.7’s TE Cooling has been upgraded from +5°C to -10°C for … [Read more...]
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