Kapanadze Cousin - DALLY FREE ENERGY

[apecore]

Hi guys,

Positive results on source spike reduction

For whom is interested.
It seems that those spikes on the source were indirectly coming from the emf pulses of my kacher primairy.
As i was charging a tank capacitor (470uF) by a diode from the collector (2sc5200), which was charged at almost 190V.

By discharging this capacitor back (by a diode) to the kacher supply capacitor wich has a 75 volts from the bridge rectifier
The voltage in the tank capacitor due on the collector drops to 65Volts.

Also those mentioned peaks on the push pull sources decrease after starting the system down to 90volts

[lost_bro]

I wrote something similar in the very first page of this thread. See the quote below:

However, while I know how to make create standing waves and superpose them in a helix, I do not understand how this leads to energy gain.

Good day Verpies
I do not believe that superimposed standing waves can elicit/produce extra energy by itself.

The system in question is based on the premise that a complex standing wave pattern (ie: superimposed) is bombarded at the correct time in space by a HV electrostatic field (tesla Antenna or third coil) produced by the interaction of CW  & CCW wound Grenade (capacitance interaction) and Inductor winding.

Of course if it is indeed a closed system, then even the possibility of extra energy entering the system is negated. 

But, if this is an open system, perhaps by means of a *tuned* ground cable a type of  electrostatic pumping action can be had.

Of course all this is just  speculation *until* someone stumbles across the needed tuning configuration.

The fun is in the hunt.

take care, peace
lost_bro

[lost_bro]

I wrote something similar in the very first page of this thread. See the quote below:

For this to happen in a coil (helix) the distance between the nodes of the standing wave has to be equal to the circumference of each helical turn of the coaxial cable.

Good day Verpies

"the distance between the nodes of the standing wave has to be equal to the circumference of each helical turn of the coaxial cable."

Ok, so then we calculate the frequency according to the circumference of the winding in order to superimpose the nodes/antinodes.  It would seem that this would make the operating frequency a function of the physical dimensions of the windings?

How would this be affected by a multi-layer winding  scheme, as we now have six distinct circumferences?

And if the cable is NOT coaxial? It is now not a transmission line in the strictest sense? Both Ruslan and Akula use a standard 2.5mm² insulated type cable.

Thanks in advance.
take care, peace
lost_bro

[lost_bro]

Hi Verpies
Is it possible to attach a link for those transformers? Even i like more making it myself, i am curious to see their frequency ranges and prices.

Hey Lost_bro
With just two posts of yours, i can make a complete guide for GDTs!
For sure my next driver will be a double ended one! For now, i will try today to make a braid wire out of thinner gauges, and add the 1n4148 across the gate resistance. I'll post my new scopeshots.

Zener for now is out of discussion as my 12V supply is not enough for this.

Question: I use a 4.7 Ohm resistance between my mosfet driver and the decoupling capacitor at the primary side. Do you use a resistance at this point?  Or do you connect your driver's output straight to the cap and primary? I used it as i didn't want to overload my tc4420 but probably i have to take it at a lower values like 2 Ohm or so, or to omit it at all. As a gate resistance at the secondary side i use the same 4,7 Ohm for both of my mosfets.

ps. 650Khz is not my actual speed. It is just the value which my scope sees between the cursors, but these cursors were in a random position while scoping.

Good day Jeg.

Actually I used a resistor in series with the decoupling cap when I was running normal duty cycle range, ie: 10-50%.  On the 3-switch flyback it was a 10 ohm.  On the nano-second pulse GDTs I completely dropped the series resistor and ran only with the cap in series with the primary.

The 10 ohm resistor would start to heat up, it dissipates heat in relation to the operating frequency. I found that this resistor has the same over all effect as the Gate resistor on the secondary side (slew rate), it will slow down the rising and falling edges of your waveform.  This is why I removed it from my nano-pulse circuits, was best just to control the edges by Gate resistor. Of course all this depends on your winding technique and the resulting leakage inductance.

Never had a problem with over-driving my GDT drivers when NOT using the series resistor as long as the cap is in place (without the cap the driver will release it's magic smoke), just a faster signal.  Best way is to scope-it, as each GDT is different likewise it's response will be different.

take care, peace
lost_bro

EDIT: added White Paper;  GDT, XFMR  info.

[PolaczekCebulaczek]

standing wave pattern (ie: superimposed) is bombarded at the correct time in space by a HV electrostatic field (tesla Antenna or third coil) produced by the interaction of CW  & CCW wound Grenade (capacitance interaction) and Inductor winding.

this is what I'm working on right now, to inject E field from electrostatic field into EM wave so wave would have infinite voltage source since electrostatic field  can't be depleted, is there any reason why this should be impossible? not sure about standing waves maybe we can force a wave to really froze in space(for a while) for that to work.