free Kicad 3D current density simulation, voltage drop, ground bounce, DC impedance, PCB simulation

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  • Опубликовано: 24 окт 2024

Комментарии • 15

  • @panire3
    @panire3  2 месяца назад +6

    If anyone is unable to replicate my steps, now is the time to mention it. Feel free to use the comment section for discussion, even if it turns into more of a forum.

  • @vincentnguyen8083
    @vincentnguyen8083 Месяц назад

    Thanks for the tutorial! Would be amazing to have a tutorial for coupled thermal simulation :)

    • @panire3
      @panire3  Месяц назад

      Thermal simulations are the only thing that i "almost" fully keep behind a "paywall". Sometimes udemy gives out coupons especially to first time visitors of their website (at least in my area they go down to as low as 13USD) - sorry for that: www.udemy.com/course/kicad-fem-with-free-software-tools/
      If your budget is zero, here are the 3 best videos i saw on youtube so far, hope they are helpful:
      ruclips.net/video/MD3cjOF8S60/видео.html&pp=gAQBiAQB
      ruclips.net/video/7kkquv5auWY/видео.html
      ruclips.net/video/dSZaiUMlZPM/видео.html

  • @tadzik323
    @tadzik323 2 месяца назад

    Great job, I really need to find time to try it! Do you know a way I can use to make a thermal simulation? I'm working on a drive for servomotors and would like to simulate the heatsink together with the PCB in an enclosure.

    • @panire3
      @panire3  2 месяца назад +6

      Yes i have some video-material for thermal simulations as well. As a little hidden gem for the people who read this comment, here is a free coupon to my udemy course www.udemy.com/course/kicad-fem-with-free-software-tools/?couponCode=2BB0E57CD485732590EE (coupon valid until 19-SEP-2024). if you like the course, i just ask for a review in return. Check out Lecture 28 for a simulation with natural airflow included. Hopefully I will be able to soon add a video there about airflow using multiple materials. Currently, the PCB I am simulating is simplified to consist of only a single material.

    • @panire3
      @panire3  2 месяца назад +5

      2 videos that helped me a lot in the beginning were this ones, they use forced airflow instead of natural airflow: ruclips.net/video/7kkquv5auWY/видео.html&pp=gAQBiAQB and ruclips.net/video/dSZaiUMlZPM/видео.html

    • @tadzik323
      @tadzik323 2 месяца назад

      @@panire3 Thank you! I will try it.

  • @Dopefish432
    @Dopefish432 Месяц назад

    Your videos are great. Any chance to get another free coupon because the provided one doesn't work anymore.

    • @panire3
      @panire3  Месяц назад +1

      I will create another coupon somewhen in the middle of october and send you a link. :)

    • @Dopefish432
      @Dopefish432 Месяц назад

      ​@@panire3 Thank you a lot. You have found a pefect niche for people who want something like ansys but don't mind the manual overhead of doing it the open source way. Liked and subscribed.

    • @panire3
      @panire3  Месяц назад

      welcome aboard and enjoy simulating! :)

  • @nurhaida1983
    @nurhaida1983 Месяц назад

    Just curious have you tried with kicad 7 or 8?

    • @panire3
      @panire3  Месяц назад +4

      Hi there, It does not work the way as i describe in this video. But Kicad 8 already has the trace export function included right away, so the use of fcad_pcb is not required anymore and the workflow "should/might" be easier. I personally will wait until the next KiCad version is released and then will make a video specifically for KiCad 9.

    • @nurhaida1983
      @nurhaida1983 Месяц назад +1

      Nicee! Really looking forward on your next video😊😊

    • @dymastro788
      @dymastro788 Месяц назад

      @@panire3 looking forward to the kicad 9 video