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Agar

Agar

Agar is an esteemed member of CrazyEngineers since Oct 2, 2015

Posts contributed
9
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Oct 10, 2015
Please delete this thread
Oct 6, 2015
Okay, thanks for all your help 😀
Oct 4, 2015
lalI'm not quite sure about that. But I suspect flux density in air will be quite less than that in the laminations as from what I know, flux lines will...
Oct 4, 2015
Then I would have to predict the mmf drop in the top gap ? Also if B = flux/Area, then is BcoreBCDA = Bgt because they have the same flux...
Oct 3, 2015
lalA larger gap would mean higher reluctance. But that would also mean less flux passing through that branch (path ABCD) as there is a very much low reluctance path (ABEF)...
Oct 3, 2015
lalI tried a quick calculation. I got mmf drop in Rgt to be around 89 and that in Rgc to be 660. By the way, I tried to calculate flux...
Oct 3, 2015
Can I use the KVL technique to calculate the mmf drops and fluxes for each loop ?
Oct 2, 2015
lalDefinitely the flux will not be divided equally between the limbs, due to non uniform reluctance in the paths. But, I assume by carefully designing the core, a satisfactory result...
Oct 2, 2015
The aim is to optimize this actuator to get the maximum force from it. Here is the circuit diagram below: #-Link-Snipped-# #-Link-Snipped-# Length of air gap top (Ragt in diagram)...
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    Agar joined CrazyEngineers on Oct 2, 2015

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