WFC VIC

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NP.
How can I measure the HV output of the VIC with my (yet to receive) scope safely with a voltage divider or HV probe, without blowing up my scope?

Alan,

You are welcome to hook your VIC up to my scope with HV probe...
Takes a 1 hour drive...

Steve

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Cool, I'll let you know when I have finished it.
What kind of probe and scope do you use for this?

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[youtube]http://www.youtube.com/watch?v=5KfwiXJ8apk&feature=sub[/youtube]

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aha, amps and volts 180 degree out of phase...

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outlaw, Nice work, I noticed at 2:37 time in your vid two purple rays the camera picked up. A vid with T. Bearden and F. Sweet had them to. I remember some other vids having them but don't recall who they were. My question is could that be radiant energy that can only be seen with the camera? 

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He says that he's getting 15W or so out while putting 187V*1.45A in, power factor close to zero, but not really zero (see it in the oscilloscope).
so lets calculate the power factor for this conversion cos phi = 15W/(187*1.45VA) = 0.055.
That may be what the oscilloscope showed so nothing abnormal here, i guess?  

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haithar, you have some knowledge in this area, is the theory of or idea behind the bi-toroid transformer even reasonable?

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Can you explain more? I did not read this thread except for this last page with the supposed 0 power factor video.


A bifilar coil can either restrict current (in my tests a quadruplication of inductance if connected in a way that the current is aligned) or nullify inductance nearly completely (if connected in a way that the current is opposed) and if pulsed right double the number of pulses (did it with my own setup). What else is expected?