Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

He also said that the sharpness of the spike (faster rate of change of the spark = sudden) was more important than the frequency and that if sharp enough, it would drive the voltage up.

A too small di /dt of the current differential produces less HF and that´s independent from the actual spark rate per second. Has to do with the pre-ionisation of the gap.
That can be countered (in a tesla coil setup) by using rounded surfaces for the spark gap electrodes instead of sharp edges, but it might not be too critical in Smith´s devices, since he used off-the shelf components like automotive candles etc.

I recommend running ignition coils at 24 Volt. I just modified my circuit to do so and the sparks are much more powerful (due to the higher electrode voltage they can cross more distance).
That will create ~2.5 kV voltages in the secondary.
The next step is to down-transform the voltage to 230 V with the aircore transformer , store it in caps and then use a miraculous custom high DC --> AC inverter circuit with 2 to 500 power transistors or so that can handle high wattage *ROFL*
I can see nothing in Smith´s table device that hints to a huge output transformer/inverter.
However at several KV, i don´t understand how he gets away with that. He states that the amperage occurs already in the aircore coil and what transistors can swallow 80 kV CE voltages? 

This approach is more what Kapanadze has been doing, not going insanely high with the voltage (which limits his power-out o.c.)

[MasterPlaster]

Pardon the interruption.

The book tidied up and compressed:

http://www.scribd.com/doc/17461972/The-Boy-Electrician-Reloaded

[ramset]

Master plaster
Welcome andTHANKS!!
Chet

[jeanna]

A too small di /dt of the current differential produces less HF and that´s independent from the actual spark rate per second. Has to do with the pre-ionisation of the gap.
That can be countered (in a tesla coil setup) by using rounded surfaces for the spark gap electrodes instead of sharp edges, but it might not be too critical in Smith´s devices, since he used off-the shelf components like automotive candles etc.

Thanks xeno,

I cannot remember what I was doing because I have been reading the energetic forum for the last 3 hours.
I think I just wanted to remind everybody that it was the shape of the high frequency spike that tesla said was so important - the voltage would naturally follow.
...

That will create ~2.5 kV voltages in the secondary.
The next step is to down-transform the voltage to 230 V with the aircore transformer , store it in caps and then use a miraculous custom high DC --> AC inverter circuit with 2 to 500 power transistors or so that can handle high wattage

I did this funny thing with a joule thief which I don't need to describe here, but in the end, I was able to keep the original pulsing going through to all the secondaries I have running off the core. This will make a step-down transformer easy and automatic.

So, I do not think you need to worry about a miraculous custom hi voltage transistor! or a cap for that matter.

The pulses can continue.

If you want to kill them and stuff what you got into a cap, ok, but if you keep it alive, it will continue to pulse and you will not need to work out an additional transistor circuit. At least that is how I look at it.

Now, for the exciting news...
I just stopped at the auto shop and got a cheap ignition coil. $23.

fun!

jeanna

[HeairBear]

Congratulations on your first ignition coil purchase! May it bring you years of use!