Quote:
Originally Posted by pmazz850
H2O,
Quote: In the end Stanley Meyer found it was best to match up the inductances of each bobbin cavities so each of the bobbin caivity coils in the VIC transformer hit resonance all at the same time.
When you say each cavity are we talking 4? Primary,secondary,choke,choke?
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Yes, that is correct, the best way is to wrap one of each bobbin cavity and the primary to get the count needed for the whole VIC transformer of each of the coils; primary, secondary, choke(1), choke(2). You would need to take the readings of all of them with an induction meter of some kind. I have an LCR meter that I put to good use and it is good to +/- 0.0009 or something like that. Due to the mean radius changing the number count changes to get the same inductance, plus the differnet wire sizes also have an effect on inductance the smaller the wire size the more winds you will need to get the same inductance of a larger wire size aswell as the proximity of the coils to the core. Now the VIC transformers have to be matched up to what it is you are hooking them up to first, that is to say you must know the capacitance of the item it is going to be hooked up to before you can build the VIC transformer that is going to be matched up to it. That way you can shoot for any frequency you so desire, just building it in the blind is just plain stupid
. The VIC transformer is easy to understand however not so easy to build. So take your time with it and if you have any more questions feel free to ask.
Quote:
From Stanley Meyer
Increased coil length equilly increases applied voltage level/amp restriction since inductance/capacitance increases proportionally.
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Stanley Meyer is talking about the chokes.
Best Wishes,
h2opower.