Kapanadze Cousin - DALLY FREE ENERGY

[Kator01]

Hello Itsu,

just watched your vid. You were commenting on the instability of the Kacher-circuit.
It not the fault of the Kacher-circuit itself but using none ( as this is often demonstrated presenting the Kacher) -or just on resistor for biasing the base in ANY transistor-driven oscillator makes the circuit load-sensitive as you have noticed ( example 1 = Kacher-basic-pnp.jpg ) because your hand acts as a load to the high-voltage-field. In this type of circuit the base-current will change with increased collector-current, increased base-current will change the voltage-drop across the base-resistor so the system becomes more unstable.

If you use a fixed bias as it is shown in Kacher-basic-NPN.jpg the system should become stable.



regards

Kator01

[d3x0r]

hi d3x0r,

The Dally nanopulser was already tested in the virtual environment after i have completed fixing the Akula nanopulser section which was uploaded previously.

I can tell you the Dally nanopulser doesn't even work using HC or HCT for the 1st I/C to the 1st I/C to the left without even completing the circuit at 2nd I/C."This circuit is also riddled with intentionally created bug"

and when implemented in reality it does work, as it's intended.
I can see an advantage of taking input from 494 output which might already be only 5V?   then you don't need a voltage regulator...
should be able to adjust the capacitance within the diode so it can stay on longer though....


what I meant to say is "already" is a lot of things, some of which some people might know and some may not.  I also had simulators, and I'd like to play with yours... but falstad is nice for active visualzations; until you get to IC things


ya I know I've actually been reading a lot more than posting.

[NickZ]

   Hoppy:
  Thanks for the offer to help identify my crt problem.
  Here are some pics.  The new 12v 7ah battery gets discharge in just a minute or two.
  What is getting hot quickly are both the fets center posts, which are connected to the yoke's secondary coil (red coil).  So I'll change that connection to see if that helps. As it goes through the white junction box to the yoke secondary output coil. I had made it long enough to attach severeal tuning caps on those two wires, inside the white box. As without those caps this set up has a weak output to the bulbs.
  It's the basic Mazilli, but with 18v 5w zeners, 480 ohm blue resistors, 10k smaller resistors, and UF306 diodes for the crossover.
Maybe these UF306 for crossover diodes are not working well?

[itsu]

hi itsu,

Please refer to my ver 4.0 fixed circuit diagram as attached.There are around 7 bugs i have detected in the "unmodified circuit diagram which you were referring from"...........................

Hi Magpwr,

i did see your bug report  , but did not necessarily agree with all those, so i decided to build the original first and see what will happen.
I would then incorperate your changes to see if it would indeed improve/got working.

But do you not agree that the signal from point A is reversed?

Thanks,  regards Itsu

[itsu]

Hello Itsu,

just watched your vid. You were commenting on the instability of the Kacher-circuit.
It not the fault of the Kacher-circuit itself but using none ( as this is often demonstrated presenting the Kacher) -or just on resistor for biasing the base in ANY transistor-driven oscillator makes the circuit load-sensitive as you have noticed ( example 1 = Kacher-basic-pnp.jpg ) because your hand acts as a load to the high-voltage-field. In this type of circuit the base-current will change with increased collector-current, increased base-current will change the voltage-drop across the base-resistor so the system becomes more unstable.

If you use a fixed bias as it is shown in Kacher-basic-NPN.jpg the system should become stable.



regards

Kator01

Thanks Kator01,

that looks more like the kacher drive circuit used by Ruslan, i will try it.

Regards Itsu