相关视频
PI Expert Planar Magnetics Design Step-by-Step Ep. 4: Optimizing PCB Dimensions and Pin Placement
This overview covers the final step in the planar transformer design process using PI Expert's Magnetics Designer tool. After defining the stack-up and winding parameters, users can optimize the transformer’s...
PI Expert Planar Magnetics Design Step-by-Step Ep. 3: Configuring Winding, Via, and Pin Parameters
This overview covers the second step in the planar transformer design process using PI Expert's Magnetics Designer tool. After defining the stack-up, users can refine winding and layer properties such...
PI Expert Planar Magnetics Design Step-by-Step Ep. 2: Configuring Stack-Up, Margins, and Winding Placement
This overview demonstrates the first step in the planar transformer design process using PI Expert's Magnetics Designer tool. Using a 35 W automotive design example, it explains how to configure...
设计小技巧—电动车电源的散热垫及金属外壳
汽车子系统（如牵引逆变器）的设计工程师面临环境高温的持续挑战。使用导电率非常高的散热垫是否物有所值？ 为什么在系统设计初期就需要考虑外壳设计？PI汽车用产品业务发展总监Peter Vaughan为您讲解。
您可参考 RDR-919Q：专为800 V总线电动车系统设计的60 W电源，采用基于碳化硅的InnoSwitch3-AQ开关IC，可取代电动车中的传统12 V酸铅电池。
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