Confirming the Delayed Lenz Effect

[juan_86]

i have been studying Delayed lenz effect and it is interesting.. i just wondering that if what we looking for is phase shift between primary current and secondary current, why not tuned primary and secondary to resonance. At resonance the primary current 45 degree out phase with each other. Simulation in attachment

"sorry for bad English"

[gotoluc]

Hi juan_86,

thanks for your post.

You are right! at Resonance Voltage and Current are 90 degrees out of phase. However, as soon as you try to pull some power out of the circuit everything changes. That is my experience anyways.

The one who can find a way to extract energy form a Resonant circuit without affecting it will have achieved a great thing

Luc

[Magluvin]

Hi juan_86,

thanks for your post.

You are right! at Resonance Voltage and Current are 90 degrees out of phase. However, as soon as you try to pull some power out of the circuit everything changes. That is my experience anyways.

The one who can find a way to extract energy form a Resonant circuit without affecting it will have achieved a great thing

Luc

Ive put out this document a few times. This may be a cure for the resonant ills. ;]

In the first couple pages, variant 2, it is said that the output from the secondary does not kill the primary resonance.  ;]

Mags

[ruin41]

Hi Dave45, It is really important when posting info to make sure it is correct and while reversing your drawings would create the correct opposite scenario it requires that the drawing be correct in the first place. Others are going to see this and assume it is correct and go off using it to formulate thier ideas and projects. Your top drawings are wrong in the spin direction through the coils in that you have clearly defined a coil that has equal and opposing fields at each end and at the bottom your drawing shows a horrizontal alignment which is actually only correct when applied vertically to the left and right pair. I tried to quote your post here but it wouldnt work and im about to try and add a picture here that i have never done before to show what i am talking about here.
Garry

[juan_86]

thanks Luc for the reply.

yes, introducing load will change the resonance balance. my idea is like this, what if we set the secondary to resonance at high voltage. As you can see, the secondary voltage increase slowly like energy collector. then we setup spark gap at secondary tuned  circuit to discharge the energy collected into capacitor.  Spark gap could transfer the energy fast enough to not change the resonance.