Nextreme Thermal Solutions, developer of micro-scale thermal management and power generation solutions, has released a new series of thin-film thermoelectric modules (TEM) for low-profile thermal management in medium heat flux applications. According to the company, the new TEMs offer “higher cooling capacity, robust mechanical design and source-matched heat flux density for … [Read more...]
New Software Version Determines Optimal Thermoelectric Module Based on Specified Operating Conditions
Laird Technologies, a manufacturer of performance-critical components for wireless systems and other advanced electronics applications, has released a new version of AZTEC thermoelectric module (TEM) simulation software. According to the company, the software is a “user-friendly tool that can speed up product development by running simulations on a TEM and viewing its expected … [Read more...]
Version Update for CFD Software Enhances Functional Capabilities for Structured Grid Users
Software developer Cradle has released version 10 of its scSTREAM and HEAT Designer computational fluid dynamics software. The new version of the software provides enhanced functional capabilities usually reserved for unstructured grid CFD products to structured grid users in architecture, civil engineering, HVAC and electronics cooling fields. According to the company, new … [Read more...]
New Fan Models for Noise-Sensitive 140mm Applications
Cooling component developer Noctua has released new models to complement its recently announced A-series of quiet fans. The new NF-A14 FLX, NF-A14 ULN and NF-A15 PWM fans are designed for noise-sensitive 140mm applications. According to CEO Roland Mossig, Noctua’s NF-P14 has been “a default-choice among PC enthusiasts looking for … premium quality” and the company is “excited” … [Read more...]
Theory on Quantum Cascade Lasers May Remove Necessity of Cooling Methods
Researchers at the University of Innsbruck in Austria have proposed a theory that the heating effect in quantum cascade lasers—semiconductor-based devices that emit infrared radiation—could be reversed through a modification of the thickness of semiconductor layers. The new theory may assist with the development of an internal cooling mechanism for certain types of lasers and … [Read more...]
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