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New ideas run thermal and emission simulations together

机译:新思路将热量和排放模拟结合在一起

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摘要

Requirements for thermal and electromagnetic i compatibility often 1 butt heads. Here's how to reconcile the differences. Cooling analysis for electronic enclosures is well accepted. It's used by most OEMs of electronic equipment and component suppliers in early design stages to identify thermal-management issues and correct them at relatively low cost. Electromagnetic compatibility, on the other hand, is still usually addressed with easily misapplied rules of thumb that break down as designs move to higher frequencies. The result is that 70 to 90% of new designs fail first-time electromagnetic-compatibility (EMC) testing, producing high late-stage design costs and often even higher lost revenues when the product ships late.
机译:对热和电磁的兼容性要求通常为1个对接头。这是调和差异的方法。电子外壳的冷却分析已广为接受。大多数电子设备和组件供应商的OEM都在早期设计阶段使用它来识别热管理问题并以相对较低的成本进行纠正。另一方面,电磁兼容性通常仍然可以通过容易误用的经验法则来解决,这些经验法则会随着设计向更高频率的发展而崩溃。结果是70%到90%的新设计均未通过首次电磁兼容性(EMC)测试,从而产生了较高的后期设计成本,并且在产品交付晚时往往会产生更高的收入损失。

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