Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

The biasing of the Karcher transistor looks wrong to me. Potential divider R12 & R13 should be reversed? What does the note referring to R12 / R13 say?

[magpwr]

The biasing of the Karcher transistor looks wrong to me. Potential divider R12 & R13 should be reversed? What does the note referring to R12 / R13 say?

hi Hoppy,

I have created the old video for this version 4.0.I have reattached again for you.
The 460ohms resistor can be amended to 1k which i can get higher peaking.This was also shown in video.

I have already done major clean of nanopulser circuit  ver 4.0 and removing all the unwanted components which is not useful for me.The primary reason being i can't get nanosecond to below 100ns for version 4.0.

I have attached version 6 which i am currently using for my experiment which positive or negative pulse is  buffered by TC4422 which is connected to 12volts supply at this moment but i will amend to higher voltage around 18volts...19volts.
But in virtual i can't apply 12volts or high for TC4428.

Please read my explanation in previous posting less than 24hours ago.

[Hoppy]

If you observe carefully at the Tesla coil portion for any of Ruslan device.It length of tesla coil itself is barely 12inches/30cm

I roughly scaled it at approx 20cm max, probably closer to 16cm.

[NickZ]

  Itsu:
  Thanks for the video. Can you lease connect some higher wattage bulbs for as load, maybe three 100w bulbs.  As the 120 watts from your two bulbs is not much of a draw.
  I find that 100w bulbs light much better than the 50 to 60 watt one do. As these devices are load sensitive.
  Also, can you connect your Kacher, using the whole antenna set up.
Do you have a ferrite rod to tune the antenna with?
  Try different tuning caps, you may find some that work better than the one you have on the 3 turn coil.
  I'm trying out different tuning caps to see if I can obtain a higher output from my induction part of the circuit. As without the proper resonance the Mazilli/yoke crt is not very effictive. I suspect the same with the Ruslan crt.

  I'll also try to upload a video today of what I have going so far. I've got the new Mazilli/yoke circuit working now. It is still heating the fets, as before with the previous Mazilli. But, this crt has not gone into what you Itsu called the caotic state, and stays at the lower power output state which you had called the "normal" running state. I did find a couple of tuning caps that help to increase the amplitude, and bulb brightness. Most of my caps which worked on the previosly induction crt,  did not help on my new circuit.
  My snubber part, or fet protection is made of 480ohm resistors to the base,  18v 5w zeners, and UF306 crossover diodes, and small 10k resistors.
  The yoke primary (5 or 6 turns) is connected the fets on short thick wire connections, the negative side is also connected by thick short wire connection. I'm trying to avoid overheating issues, still.  Not working so far, as one of the fets still becomes untouchable in one to two minutes.
  I'll probably connect up my Akula/Ruslan air coil to the above set up today or tomorrow, also. I still need to add some more turns on the output coil, to complete the 48,48 turns, and opposite wound 24,24, 12,12 turns.
  My kacher crt is ready to go, as well.

   Guys:
   It's good to compare notes from the output readings at the yoke secondary, (not connected to the air coils), maybe to just a single 100w 110v, or 220v bulb(s).  To see how that part of the crt compares between the various members here and their Akula/Ruslan circuits replications that are now being built.
  The yoke's induction crt is the most important part, as that is where the real power is being produced at, possibly being drawn from the surrounding ambient, as mentioned by some. The kacher crt just adds to it, when in sinc, and the earth ground connection allows it to happen.   That's the tricky part... and where the magic lies.   Using Impulse Technology, to obtain that special resonant state.

[Hoppy]

hi Hoppy,

I have created the old video for this version 4.0.I have reattached again for you.
The 460ohms resistor can be amended to 1k which i can get higher peaking.This was also shown in video.

Thanks for re-posting this video. I must of stopped short of the point where you changed the resistor to 1K! The normal biasing would be with the base at a around third of supply rail - resistors reversed.

It won't be long before I have everything built and ready for testing. Most of the electronics and Yoke coil is built, so I just need to wind the grenade coil and Karcher. I will start with the original configuration incorporating the errors you found and see if I can match your virtual testing findings. I have a 24V, 3-phase PSU which will give me around 18V / 16A output using a single phase input.

For those using IGBT's as I am, a diode clamp may be needed at the input to counter the gate Miller effect.