Originally posted by ilandtan
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Hi !
the capacitance isn't ignored but it work with the inductance in harmony ... this mean the two ( L + C ) make the same thing , this capacitance is formed along the coil and differ from parasite capacitance, it's charged by the difference electrons spin .. it's not an electrostatic charges even the capacitive side collect more ambient electrons.. everything appear in dynamic state , the ETBC give the max power when the electrons change the spin direction here you have a useful radiant energy, the capacitor is bypassed since it's already short circuited in X ( Unknown ) region, when this coil ring it will push current I and voltage V the two at the same time! this is normal because you have L + C in one device the reactive will transfer into active instantly in the moment when the electrons change the spin direction ..
about your practical question if you mean making the ETBC as secondary , i think i tried something like this but all my test is paused but i will start again very soon ( insha Allah ) .
in my opinion the ETBC don't work when used as secondary because it tend to oscillate but there's other scenarios will be published when a practical test is done an important schematic can be tested is the following ( it's from another thread from this forum )
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