Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

In the beginning of this thread, you can see Itsu replicating the Dally device including the nanopulser.  There are even some nice videos of it.

[verpies]

Verpies: I'm considering just using a single TIP 3055 or similar transistor for this akula 0083 type of replication, as I don't want to use a fly back, and spark gap set up.

What instead are you going to use to generate high-voltage and short pulses?

I think that the only reason that most guys are using two FETs or NPN transistors, are either to share the load, or to have a twin circuit like I'm working with currently for (gutted Cfls).

Maybe they are using two transistors because Akula uses two transistors.  "Replication" means doing everything exactly like the original builder/inventor.

But, as I love simplicity, using a single regular power transistors like the 2n3055, TIP 3055, or D13007K may be a easier, and more in line of my way of doing things. Such as with the LaserSaber 3.0 circuits that use only one component, just the one transistor for switching.. As I don't see that two transistors are necessary, in order to at least see the effect. I can also start with one, and add another one, later. I thought that I heard you mention something along those lines. So, what do you think?

Yes, if you take a look at my Flyback Transformer simulation you will see that one switch (e.g. a transistor) is sufficient to power the primary of a rectified Flyback Transformer (if you are using such transformer).
It is important that the transistor is capable of opening quickly (short fall time).


@All
Make sure Java is installed in your browser and check if you can view this simulation of a Flyback Transformer.

[NickZ]

  I add this link of a  sister thread,  at OUR Forum, for your added inspiration, confusion, or...
http://www.overunityresearch.com/index.php?topic=1541.msg31177;topicseen#msg31177

[TinselKoala]

http://www.youtube.com/watch?v=4XRwlNCF1PU

The IRFP260n mosfets in the Royer oscillator driver stay cool while this is happening. They almost don't even need a heatsink. I believe the Royer oscillator is quite efficient at transferring the input power to the flyback itself, in spite of what verpies says. A single transistor 2n3055 flyback driver will require a good heatsink on the transistor and will be wasting power in the switching circuit. However, you can have easy control over frequency with a clocked single transistor or H-bridge driver setup.

[NickZ]

  Verpies:
"What instead are you going to use to generate high-voltage and short pulses?"

  I'm still not quite sure yet, but, so far I had thought of using the similar system that I have, which is using the Lasersaber 3.0 single TIP 3055 transistor circuit, going to either a ferrite rod core, and/or also a yoke core. Or a combination of all of them including an Exciter, which can have a ferrite rod core inside of it, along with an aluminum tube, if needed. All can be seen in picture below.
  Maybe replication is not the proper word, but I feel that the secret is not in the low voltage part of the pulse circuit, but in the way that the coils are related to one another. That is my view on this. So, at this time my current set up can generate over 1000 volts, maybe closer to 2000, depending on what coils I use, or add in series.
  My speculation is the the bifilar primary coil that akula is using is part of this "secret" so that is my first change to my set up as it now stands.
  I'm trying to stay within what I know, and has worked for me so far, thus the reason of this approach. But, I'm flexible to any other way of doing it, if I can get the needed parts.
  I am a long ways from the nearest RS, like 100 miles or so, but I have a good stock of junk CRT Tv, or monitor parts to search through, and yes I do have working fly-backs also, along with big iron core transformer, ferrite core transformer, 3" yokes, etz...
  I don't have the proper special diode to replace the spark gap, nor do I know if I can find one here, although I don't see akula using one of those in his device.
  Here is a picture of what I have to work with, add to, or modifiy, at this time, but I am also limited to a no budget build.  As this is again going to be another no cost project.
  Any help is greatly appreciated.