Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

  I just hope that the push-pull circuit can be substituted by something much simpler to replicate, even if it's not stable at first. As I have my doubts that the push-pull system with all it's needed complications, is the only way to go.  Or, to use something ready made commercially, like this PCB, below, or, a cheaper made in China knock off.  With instruction manuals, and guarantees.
   http://www.rmcybernetics.com/shop/pulse-modulator-ocx

Nick,

If you decide to use the rmcybernetics PWM, the new V2.1 is the one to go for. This version is suitable for Tesla / Ignition coil type experimentation.

[AlienGrey]

Hoppy wont BEMF from ignition coil and huge EMF and break over magnetic IMP pulse blow current amp fets clean into an other dimension ?

Also found Pic Grum posted of  him self if any one interested http://overunity.com/12736/kapanadze-cousin-dally-free-energy/2925/#.Val4Q7WrqjM     

[Dog-One]

Also found Pic Grum posted of  him self if any one interested http://overunity.com/12736/kapanadze-cousin-dally-free-energy/2925/#.Val4Q7WrqjM   

That explains it.  A black cat (Austin) has crossed his path.  No wonder Grum is sitting back, watching and waiting...

[NickZ]

Nick,

If you decide to use the rmcybernetics PWM, the new V2.1 is the one to go for. This version is suitable for Tesla / Ignition coil type experimentation.

   The V.2 is a 24 amp output unit, the V.2.1 is a 9 amp unit. Either can run up to 1.5mhz.
   
   How much is 59 pounds in dollars, Hoppy?

   Grum mentioned in a PM to me that he has a friend that either works for those guys, or is an owner.
Custom boards are 25 pounds more. Grum was going to ask them about building a push-pull design, as well.
But, I guess that he forgot to.

   If we find that the push-pull set up is not needed, and that a regular non-push pull oscillator works as well, I'll buy one of those boards from   http://www.rmcybernetics.com/shop/pulse-modulator-ocx

  I'll bet that THAT circuit would kick some ass, if I connect that to my yoke, at 24v. And, a 24v frequency controlled high powered Kacher circuit also commercially made, like those I linked to previously.
  Which would at least blow the socks off,  what I have now.

[lost_bro]

 
   The V.2 is a 24 amp output unit, the V.2.1 is a 9 amp unit. Either can run up to 1.5mhz.
   
   How much is 59 pounds in dollars, Hoppy?

   Grum mentioned in a PM to me that he has a friend that either works for those guys, or is an owner.
Custom boards are 25 pounds more. Grum was going to ask them about building a push-pull design, as well.
But, I guess that he forgot to.

   If we find that the push-pull set up is not needed, and that a regular oscillator works as well, I'll buy one of those boards from   http://www.rmcybernetics.com/shop/pulse-modulator-ocx

Hi NickZ

Regarding XFRMR design, the Push-Pull topology has an advantage over *single-transistor* topologies, ie; Push-Pull can avoid Flux-walking of the XFRMR core.  This is because an equal and opposite current flow passes thru the core each cycle (this is facilitated by the Push-Pull action), which maintains a flux balance within the core (minus small imbalances of course).  If the XFRMR has *flux-walked* to the quadrant limit, then self-destruction (meltdown) follows.

Figured I 'd just throw in my 2 cents worth, maybe that is the *reason* a push-pull design is used here.........

take care, peace
lost_bro