Agar

Agar

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Member since
Oct 2, 2015
Last active
Oct 10, 2015
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  1. #Threads

    How to design a digital stopwatch using discrete electronic components?

    Please delete this thread

  2. #Threads

    a4b91277-6a71-4a1c-a08b-a077d0dfb31a

    Okay, thanks for all your help 😀

  3. #Threads

    6046d3a7-f1d2-44ce-9608-2414b821120e

    lalI'm not quite sure about that. But I suspect flux density in air will be quite less than that in the laminations...

  4. #Threads

    32a8e47c-d2b4-4012-ad85-f1dafdb9ef78

    Then I would have to predict the mmf drop in the top gap ? Also if B = flux/Area, then is BcoreBCDA...

  5. #Threads

    809b8482-efdf-4d91-8a9c-8fdb550af8e7

    lalA larger gap would mean higher reluctance. But that would also mean less flux passing through that branch (path ABCD) as there...

  6. #Threads

    2ea9d106-58a7-48e2-bcdf-6ac6ed9ded60

    lalI tried a quick calculation. I got mmf drop in Rgt to be around 89 and that in Rgc to be 660....

  7. #Threads

    26b26793-0b81-4a5f-83b0-8c442d42fa35

    Can I use the KVL technique to calculate the mmf drops and fluxes for each loop ?

  8. #Threads

    7b9b329a-43fe-44c6-868b-c7c6c1953462

    lalDefinitely the flux will not be divided equally between the limbs, due to non uniform reluctance in the paths. But, I assume...

  9. #Threads

    Optimizing the design of a magnetic circuit actuator

    The aim is to optimize this actuator to get the maximum force from it. Here is the circuit diagram below: #-Link-Snipped-# #-Link-Snipped-#...