Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Thanks Magpwr,

is this really all that is needed??   I personally doubt it.


Regards Itsu

hi itsu,

I have detect a flaw from the nanopulser section base on version 4.0.This is only realized after i connected to a Tesla coil from my old video.

You are right about the signal is inverted previously.
In version 4.0 fixed  the tesla coil won't even oscillate until i reroute the R21 to pin 8,10 on 74HC14 to get the inverted signal only then
tesla coil is able to oscillate freely.So instead of nano pulse pointing up i need to get pulse pointing downwards.

In other words i disregard the IRF540 and irf4905 section for the pull up since i just connect the pull up transistor 1.2kohms to 12volts supply this time.
But i am still using the bi-directional 18volts TVS diode for protection from output of IRF530.

I need to modify the nanopulser circuit in virtual or actual while retaining some of the nice feature which i like.

I have attached my screen shot from scope after rerouting R21 to pin 8,10 of 74HC14 instead of R11.

Please do advise me on any findings or suggestion which i might have overlooked.


--------------
I will try with other mosfet maybe transistor to see if i can get even more narrow pulse than produced by irf530.

[d3x0r]

Just a capacitor in series... blue is ungrounded side of cuff coil, yellow is signal generator input
can reverse phase of blue vs yellow by reversing low turn coil on ferrite core (yoke).


15.7k resonance
https://www.youtube.com/watch?v=0pUaiqnzxfQ
--
Edit: So my best output is at 870kHz... on non ground side; no resonance tuned (
...   108Khz = 1/8 frequency (1/3 octave)  13Khz = 1/64 frequency (1/6 octave); 27 1/32 frequency (1/5 octave)

at such a wide octave disparency... the ringing of the grenade coil dies out pretty quick...

[Jeg]

Eventually you will all agree with this.
Regards

PS. Well, it is something i don't like with collector connection but i will cross check it when i'll be home.

Ps. I cross checked it. Collector has to be connected at the other end of the Tesla primary. (right side of PR.)

[Jeg]

@all

I changed my inductor's 25+25 turns to 12+12.

There is no difference between them in terms of grenade output voltage. The reason is that while we reduce our primary's coil turns, the same time we reduce also its voltage. So at the output the effect is the same.

Until now without katcher and with new better tuning at the output side i have a full bright 50W load with 5A consumption at 24V total about 125Watt. As a system of transferring energy from yoke primaries to the the final load is less than optimal. I hope that when katcer will be tuned things will be different. If i wind my yoke again i would use more than 28 turns at the main secondary...

[NickZ]

   Jeg:
   By reducing the yoke's primary coil turns from 12,12 to 6,6 and having the yoke secondary coil at 24 to 28 turns, it should result in a higher output at the yoke secondary. Then connecting this 24 to 28 turns yoke secondary to the 12,12 turn resonator air coil, you should be able to light several 100 watt bulbs, at least partially from the bigger output air coil. If not, the coil turns need to be further tuned.
 
  My new Mazilli crt is acting differently than my previous one. As I can't tune it by adding turning caps, or by adding magnetite magnets to the yoke core, as I could on my previous Mazilli circuit. Yet the yoke core has not been changed, it still has 6 turns on the primary, and 20 on the secondary.
  Without any tuning caps this new circuit can light 3 100 bulbs (partially), at the yoke's secondary coil. I have not connected the air coils to this crt yet. Previously I could light 5 100w bulbs at the yoke's secondary output. Also previously when using the older Mazilli, and adding the tuning cap on both the yoke's input side and the yoke's output side, I had not been able to obtain any improvement over the yoke's output, by the connection to the air coils. Including adding my Joule Ringer as the Kacher crt, nor with a simple Kacher crt, and using the regular Kacher type primary and secondary coils directly connected to the bigger air coil (output coil).  However I did not connect the 12,12 resonator coil to the bigger 48,48 24,24 output coil (without the last two 12,12 turns added) as is being shown now.
The output was NOT as good previously (or the same as) from the air coils, as what the yoke can output by itself without the air coils.