1 Switching Regulator PCB Design - Phil's Lab #60
Handed to designers whose regulator layouts get criticised in board reviews, as a clear guide to tight placement and using copper shapes rather than thin traces.
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9 videos. Ranked by independent recommendations, not by views.
Handed to designers whose regulator layouts get criticised in board reviews, as a clear guide to tight placement and using copper shapes rather than thin traces.
Praised as a full walkthrough of one microcontroller board in free software, from schematic and routing to ordering it factory assembled, and for explaining the reasoning.
Phil's Lab walkthrough of a USB 2.0 hub, valued as a reference design and for showing how to route differential pairs to the right impedance.
Phil's Lab's concise overview of designing boards for EMI and signal integrity, covering stackup and return paths, and regularly suggested after layout reviews.
Repeatedly prescribed by reviewers to people with weak first layouts, as a solid grounding in routing and laying out two-layer boards, part of the wider Phil's Lab run.
Hidden gemPhil's Lab video recommended for understanding TVS diodes and choosing parts for circuit protection, especially the clamping voltage, and pointed to in PCB design reviews.
A Phil's Lab video suggested for I2C hardware design, especially choosing pull-up values against bus capacitance and judging how careful the routing needs to be.
Part of a Phil's Lab series, recommended for practical digital signal processing on microcontrollers, including audio handled through DMA callbacks and double buffering.
Phil's Lab is recommended in board reviews for its advice on arranging analogue and digital sections and keeping the ground plane clean on mixed-signal designs.