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Top 5 Beginner PCB Design Mistakes (and how to fix them)

406K views · Sep 8, 2022 · Science & Technology

Comments · 244

  • @AltiumAcademy · 7 months ago · pinned

    Altium Develop helps your PCB design team eliminate costly mistakes by giving everyone—designers, engineers, and manufacturers—real-time visibility into your project from schematic to fabrication: <a href="https://www.altium.com/develop?utm_source=youtube&amp;utm_medium=video&amp;utm_campaign=pcb-design-for-beginners&amp;utm_content=Top-5-Beginner-PCB-Design-Mistakes-and-how-to-fix-them">https://www.altium.com/develop?utm_source=youtube&amp;utm_medium=video&amp;utm_campaign=pcb-design-for-beginners&amp;utm_content=Top-5-Beginner-PCB-Design-Mistakes-and-how-to-fix-them</a>

    3

  • @th3magist3r · 4 years ago

    We want more content with Phil ! Thank you for the advice!

    178

  • @Thats_Mr_Random_Person_to_you · 3 years ago

    Omg Phil has a FACE!!!!! Love his content on his channel, and I now know why he&apos;s so knowledgable, and great at working in Altium designer (and has it to begin with)!<br><br>Please Phil, keep making as much content across all channels as you can as it&apos;s always amazing

    48

  • @johntaylor677 · 1 year ago

    The main requirement for annular ring size comes from the alignment tolerance between the conductors in the vertical stack and the edge of the drill bit when the holes are drilled: If the PCB factory can&apos;t guarantee better than +/- 5 mils of alignment accuracy, the annular ring must be at least 5 mils so that the drill does not break out of the edge of the pad once plated.

    10

  • @micahsteeze · 3 years ago

    I jumped into PCB design with no EE education. I learned a few of these tricks from my mistakes and realizing why things were not working as expected. Some of these things are also new to me, glad I watched 👍

    40

  • @hgplaying5629 · 4 years ago (edited)

    Wouldn&apos;t you want to place the decouppling capacitor closest to the IC and THEN place the VIAs (so your arrangement would look as following: VIA -&gt; capacitor pad -&gt; IC power pin)? Since with your arrangement, in the instant of the IC requirimg more current the direction of flow of current will be capacitor -&gt; VIA -&gt; IC and ... -&gt; VIA -&gt; IC pad and after that, when charge will be moved back to the capacitor the direction of flow of current will be ... -&gt; VIA -&gt; IC and ... -&gt; VIA -&gt; capacitor. This would result in a much bigger change of the electromagnetic field, compared to having a uniform direction of flow of current from the &quot;VIA -&gt; capacitor -&gt; IC&quot;-arrangement.<br>Edit: please correct me if I&apos;m wrong

    81

  • @minolhewage · 4 years ago

    It&apos;s Phil!!! ❤❤‍🔥

    4

  • @Jake3757-n9q · 4 years ago

    Very clear, informative and straightforward, I like to see this guy more often.

    38

  • @josephbonheur3053 · 2 years ago

    Fantastic video!

    3

  • @khiengmengieng6948 · 4 years ago

    3 times did not start, but then it worked

    1

  • @cdyoutoob · 3 years ago

    Good to see Philip doing these. &nbsp;Definitely get him to do more.

    9

  • @AhmedAli-op6ng · 4 years ago

    It is nice to see phil here on Altium

    4

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