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PCB layout guidelines to optimize power supply performance
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This presentation will focus on the fundamental concepts of printed circuit
board (PCB) or printed wiring board (PWB) layout for switch mode power
supplies. These concepts help deliver successful power supply designs
irrespective of power levels and topologies. Also included will be basic
layout parameters influencing the performance of the design, how these
parameters manifest and how to control them. We will explore EMI, thermal
performance and layout examples. This presentation is not only useful for
engineers who are performing the PCB layout activities but also those
engineers who are involved in reviewing the power supply designs and those
who are troubleshooting power supply designs for various issues.
Learn more about UCC28742 flyback controller
Learn more about the UCC24612 SR controller
Learn more about our offline and isolated converter, controller and module portfolio
This presentation will focus on the fundamental concepts of printed circuit
board (PCB) or printed wiring board (PWB) layout for switch mode power
supplies. These concepts help deliver successful power supply designs
irrespective of power levels and topologies. Also included will be basic
layout parameters influencing the performance of the design, how these
parameters manifest and how to control them. We will explore EMI, thermal
performance and layout examples. This presentation is not only useful for
engineers who are performing the PCB layout activities but also those
engineers who are involved in reviewing the power supply designs and those
who are troubleshooting power supply designs for various issues.
Learn more about UCC28742 flyback controller
Learn more about the UCC24612 SR controller
Learn more about our offline and isolated converter, controller and module portfolio
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