Thermal management for these electronic components raises several challenges for heat sink designers and engineers. The challenges are related to the heat sink material such as thermal resistance and conductivity.
One example is the decision of whether to use pin fin, staggered or flared heat sink for specific cooling requirements. To assess their cooling efficiency, the classical approach of Design-Build-Test-Redesign is time-consuming and expensive. Designers are now turning to an effective method to virtually evaluate, test, and optimize designs for maximum cooling efficiency before they are built, saving production time and cost.
Thermal simulations is the computerized method to study the heat dissipation efficiency of a heat sink both in the conceptual and detailed design stages.
SimScale allows engineers to quickly analyze the heat sink design for thermal resistance and conductivity. Moreover, they can also compare various types that may include active, passive, stamped, single fin, or forged.
Determine the required air flow around a heat sink to enhance the thermal resistance for satisfying the thermal criteria. Using SimScale, you can compare the performance of a heat sink with different materials to ensure better thermal conductivity for faster cooling.
In this webinar focusing on conduction, learn how to use simulation to select the best heat sink design for an LED lighting system. Energy efficiency is essential for an environment-friendly product. SimScale enables you to compare different design versions to obtain better results. Ensure proper cooling of the design and determine if the ventilation is sufficient to safeguard and protect the components from overheating. With this white paper, find out how to develop the best cooling strategy for electronics.
You may also want to consider if your flow is ducted or has a bypass. Consider if there are any heat sink fabrication types or materials that will not work for your application. If at any point in the process you require thermal design assistance, Aavid Engineers are available to help.
Share custom heat sink designs and questions with Aavid directly through the Aavid Genie App or on our Contact Us page. This minute video goes through the whole Aavid Genie process from registration, logging in, and every option available in Aavid Genie during an example heat sink design process in real time. View Aavid Genie Project Tutorial to watch! Get Started with Aavid Genie. Quick Request.
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Sync for Mac Upload, sync and share files and folders from your Apple desktop or laptop. Download for Mac When your download is complete, open the downloaded file and double click the Sync icon to install. Also available: macOS 32 bit desktop app Getting started guide Read the desktop app overview and install guide to get up and running quickly.
Win Mac. Microsoft Visual Studio Code. Visual Studio Code is a free source code editor for Windows. Connect to remote desktop computers and portable devices using a simple ID.
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