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Designing for High Current / High Power PCB Applications

Duration: 1:09

Current and power consumption are becoming critical design bottlenecks especially for modern industrial applications. High current and high-power designs lend themselves to temperature spikes which can cause significant issue if not addressed early in the design phase. These issues are exacerbated with more and more applications “cutting the cord” and opting for battery operation making efficient power consumption another critical design factor. Fortunately, companies like STMicroelectronics and Cadence are working to provide the tools and components needed to meet these challenges. Join this webinar to see an example of how you can effectively model and optimize a brushless motor controller design to ensure safe and efficient power delivery.

Designing for High Current / High Power PCB Applications

Current and power consumption are becoming critical design bottlenecks especially for modern industrial applications. High current and high-power designs lend themselves to temperature spikes which can cause significant issue if not addressed early in the design phase. These issues are exacerbated with more and more applications “cutting the cord” and opting for battery operation making efficient power consumption another critical design factor. Fortunately, companies like STMicroelectronics and Cadence are working to provide the tools and components needed to meet these challenges. Join this webinar to see an example of how you can effectively model and optimize a brushless motor controller design to ensure safe and efficient power delivery.

Duration: 1:09

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