Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Ans-Their center tap is the center of the b&w coil which is continuous and isn't cw/ccw.This version differs from the original Don smith version and mine.

Hi magpwr. No, that is not correct. It can clearly be seen in the pictures of Don Smith's demonstration circuit
that the coil was wound all one way, not CW/CCW. He just opened up the wire in the middle of the coil for a few
turns and used that to make a ground connection. Have a look at the pictures of Don Smith's device.

I have attached my super basic version of the Don Smith which is switched by 12volt battery which i created for someone in this forum previously.

The higher voltage version of around 60volts which is supplied by 12volt to 60v boost circuit would create interference with the digital fm radio band-mhz which is placed around 3meter away once 1/4 resonance is applied at secondary coil.

                Don Smith device-Short circuit test demonstration   http://www.youtube.com/watch?v=z-MZSavyM8U

The objective of this video of mine is to show there is no effect on primary current drawn even after shorting output with screw driver.

It sounds like your circuit is quite a bit different than Don Smith's circuit, if I understand what you are doing correctly.
Don Smith powered his circuit with a high frequency neon sign transformer and a spark gap, although he did say elsewhere
that there are other ways to drive it.

Every experiment has it's risk especially HV.

While this is true, there is a big difference between say 0.1 uF or less charged to a high voltage
of say 5000 Volts or 6000 volts, and 1uF or higher charged to 6000 V. Anything at a high voltage could potentially kill you,
but once you start charging capacitors of 1uF or 2 uF or higher to voltages of 5000V or higher, the likelihood of getting
killed if you accidentally touch a terminal on this size of capacitors charged to a high voltage is much higher.
This is why I am mentioning it. It is not all the same thing. You might just get a nasty shock at 0.1 uF at 6000V
(even this amount is getting to be dangerous), but the same 6000V on 1 uF or 2 uF or higher, and you could very well
be killed with just one careless touch. Extra precautions must be taken. It has to do with the amount of energy the larger value capacitors
can store at those voltages. I am mentioning this because Don Smith's original circuit used a bank of capacitors of something like
a total of 2 uF or higher (I can't remember exactly) at the output of his circuit, which at say 5000 V or 6000 V is already getting quite dangerous.

Anyway this thread is for Daly and Daly derived devices such as Akula's coil device, so I won't dwell on this, but just wanted to make sure you
and anyone else who may not already be aware, are aware of the very real danger of larger capacitor values charged to a high voltage.
This can be instantly lethal with just one slight careless touch.

All the best...

[Jeg]

Well done Mag, this is a really nice job. Your monster switch looks very strong! I hope that will give you something more at the output! Just one suggestion. Use thicker wire on your three turns coil at yoke's output. You will gain more current..

Nick, i really admire your insistence on Mazilli crts, but as you already see is limited on pwr, especially due to the low dc voltage at the coils! I guess that 48-24-12 arrangement doesn't fit as your output coil. You need more turns than 48 to raise the pressure at the output and make your bulbs to light. In addition, mazilli crt is very difficult to tune right with just a capacitor between primary's coils, even with the use of an oscilloscope. In your case i would use two high current low inductance variable chokes in series with each of your primary coils! You will see things that you just can't with just tuning with capacitance. (It would be more easier if you find an oscilloscope for this job...)

 

[Void]

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[Void]

It sounds like your circuit is quite a bit different than Don Smith's circuit, if I understand what you are doing correctly.
Don Smith powered his circuit with a high frequency neon sign transformer and a spark gap, although he did say elsewhere
that there are other ways to drive it.

Correction. I went and looked at a close up picture of Don Smith's demo circuit, and Don Smith's
circuit showed a GDT, not a sparkgap. I have found through my own experimentation with this type
of driver circuit however that a GDT will not perform anywhere near as well as a sparkgap in
a high current discharge situation. The GDT gets very hot and seems to have a much higher discharge resistance
than a sparkgap. At least this was so with the GDT's I tested with. Using a good pulser driver circuit to drive this
coil arrangement might be a suitable alternative however. Don Smith may have had a good reason for using a GDT
however, due to some particular characteristic of the GDT's, although he may have just thrown his demo circuit
together just to give people the general idea, and possibly left out some important feature or features of an
actual working circuit.
All the best...

[NickZ]

   One of the reasons that I continue with the Mazilli/yoke crt is because, there are no reliable schematics to count on from Akula or Ruslan, or anyone else, especially for my particular build.   As they both use 24v to drive IGBT's or the IRFP250N mosfets. I've been using the IRFP260N fets, driven by only 12v up to now,  as I burnt out two of these fets when using 24v, and the smaller 12v zeners.  I have now connected the 18v 5watt zeners now, which will allow me to use higher voltages.
And I also bought a brand new 12v 7ah battery. So, I'll be able to use the higher 24v and higher amperage inputs, once I get the new circuit working properly at 12v.

  The Mazilli is an induction heater circuit, and when properly heterodyned with an Exciter circuit or Kacher circuit, should give some anomolous results.
And/OR, combined with a solar system, the magnetic Mazilli crt will work by itself.
For sure...  no problem, 24/7.
 
   Also, I love the totally safe non-shocking aspect of this type of magnetic output current, from the Mazilli or other types of magnetic induction circuits.
And, even when the crt is combined and superimposed with an Exciter/ Kacher circuit,  it's still safe,  at least as far as I've seen, so far.
 
I hate being shocked... And I still don't understand why we need to use anything other than just the safe magnetic current to light our incandescent bulbs with, as well as any other things that need a power source. As its magnetic current that produces electricity. So, why not use it as the primary driving source, instead.