![]() ![]() Sure, you can add passive cooling elements like heat sinks, or you can add active elements like fans, but a powerful simulator can help you make simple design choices that will improve the performance of your PCB without requiring these measures. When you’re designing your power distribution network in your PCB, especially in multi-layer PCBs, it can be difficult to spot areas where thermal demands become important. Designing PCBs to Withstand High Temperatures ![]() Designate thermal interface materials like thermal pads, heatsinks, and thermal paste with confidence without placing unnecessary excessive components. ![]() Your design software should give you access to the best feature sets with consistent data format in a single interface. No other design platform offers unified feature sets in a single program with consistent workflow. Instead of taking your chances with design software that includes inconsistent feature sets and requires you to learn multiple workflows, a unified design environment gives you access to the best features with consistent workflow in a single interface. You also need design software that interfaces directly with your simulation tools. You’ll need a full package that includes the features you need to verify the functionality of your device and add specialized features like a thermal pad. The best design software does more than just let you build electronics schematics or layout your board. The right design software helps you work through these issues and makes it easy to build great PCBs. Making the wrong decisions in any of these areas can compromise your design and render your PCB as useful as a paperweight. You’ll need to consider things like routing strategies, via design, component selection, and the right manufacturing process when designing your next PCB. There are a ton of esoteric issues to consider when designing a PCB. Let’s face it: compared to software, hardware design is demanding work. A fully unified PCB design platform with design and simulation tools in a single interface. ![]()
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