Partnered Output Coils - Free Energy

[John.K1]

TK, Just wondering if you can see the same result with the input voltage >24 V and with different duty cycles.  Just from my short experience I know these two things can shake-up your output form too   If you look at the UFPolitics cold electricity devices they also runs on higher voltage.  It might to do something with the Mosfets?

3.3KV    Voltage is for free

[picowatt]

TK,

Thanks for posting that link to your "a wire is not always just a wire" video.

Should be mandatory viewing...

PW

[MarkE]

TK, Just wondering if you can see the same result with the input voltage >24 V and with different duty cycles.  Just from my short experience I know these two things can shake-up your output form too   If you look at the UFPolitics cold electricity devices they also runs on higher voltage.  It might to do something with the Mosfets?

3.3KV    Voltage is for free

No it is anything but free.  Those big spikes and ringing deliver lots of RF into the air, dissipate lots of power in the MOSFET and diode, but do not deliver much power to the cement load resistor.  The circuit is an exercise in the bad things that happen when a fast switching MOSFET meets unclamped inductance.

[TinselKoala]

TK, Just wondering if you can see the same result with the input voltage >24 V and with different duty cycles.  Just from my short experience I know these two things can shake-up your output form too   If you look at the UFPolitics cold electricity devices they also runs on higher voltage.  It might to do something with the Mosfets?

3.3KV    Voltage is for free

At the moment I'm kind of scared to increase the input voltage. The IRF830 mosfet is running uncomfortably hot already; I'll have to dig up a IRFP260n from my stash before I go to higher voltages.

I just shot a short video, but it will be half an hour or so before it's processed and uploaded. Stay tuned.

Yes, it's really too bad that voltage =/= power or energy.  But I have to admit that this is a verrry interesting little circuit already.


Input current is about 0.420 A (raw from inline ammeter) and goes down to 0.380 A when load resistors are disconnected, and goes down further to 0.310 A when neon is "grounded" through screwdriver to my hand and glowing brilliantly. (see video in a few minutes.) Spike goes up to 3.45 kV when load resistors are disconnected.

[John.K1]

Hi TK.  I recall my setup I showed here many pages ago very similar to yours. The difference is I use the Air core and my central load is the bulb (1R) , I also get HV around your value at your amps consumption (at around 12V).  Interesting is the distribution of the fields around the coil when I probe it with the small coil and LED. When I probe the top -outside of my tube I have it enough bright. When I move it just over the edge inside , it is maximally bright. Also there is possible to feel strong ionisation inside of the tube. I was just thinking what if I will put some parallel wires so that ionised air drugs it all the way down?  I want also to try to put two primaries -in parallel - one at the each end - so that the signals will travel against each other in proper way?