Webinar: EMC Optimized Buck Converter Layout

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Explore DC/DC buck converter PCB design, including initial partitioning, component placement, and EMC-optimized routing. View an example board design and get answers to controversial layout questions such as “Should I place copper under my inductor?” and the tradeoff between good thermal and low-EMI design.
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Опубликовано:

22 окт 2024

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Комментарии : 8

@Nlurr 2 года назад

Awesome developer guide. Real practical recommendations and not stupid abstract theory of differential equations. Thanks a lot !

@monolithicpowersystemsmps534 2 года назад

Glad it was helpful!

@DerIchBinDa 3 месяца назад

I am just a hobbist but that was very clear and helpful. Thank you for making this available!

@monolithicpowersystemsmps534 3 месяца назад

Glad it was helpful!

@eccoseasea5107 Год назад

Nice guide! Thank you! Very helpfull!

@monolithicpowersystemsmps534 Год назад

Glad it was helpful!

@田冶 2 месяца назад

In 21:15, What role does the Dummy Cout play?

@monolithicpowersystemsmps534 2 месяца назад

The MLCC layers are metallic, they act as E-field shield. In this case both sides are GND, so all layers are GND. In normal design, Cout is used for shielding the E-field radiation from the coil. 3x Cout, 1210 with 2.6mm thickness are good.