Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  quote from Nelson:
"
What you do with the BEMF  in you Mazilli ?
Way you and others insist eliminate BEMF  whith snubber configurations"  ?
                                                                                                    end quote.
   @ Nelson:
   I have not insisted on anything.  I have been following the correct Mazilli induction circuit schematic, which has given me a better output so far, lighting up 650 watt worth of bulbs, or more, than most of what the other guys have achieved with their much more complicated systems. I don't care about volt/amps, input or output measurements, etz...  I care about lumins, and obtaining enough use-able light levels, to light my house.
The idea is to connect the combined output of the grenade and kacher crt, back through the PS, and back to the input for self running. For this to work properly the right value caps are essential.
  The BEMF is not mentioned in the Akula/Ruslan devices. Or is it? As I don't understand all that is being said on the videos.
  As I understand it, the Kacher HF HV is combined with the magnetic current output of the induction circuit at the right matching frequencies. This combined output,  should be higher than using the Kacher circuit, or the Mazilli by themselves. So, it's this combination, that should be providing for the "extra power" being drawn in from the surrounding ambient, which should also provide for the proper self-running loop.
  My 18v zener "heaters" do not heat up at all, so I don't understand about the wasted energy. If they were not needed, they would not be in the schematic.  Or not?

 

[itsu]

Hi Itsu
Very clean square output! Do you remember the values of cap c3 and diode d3 that you used in this no.120 Verpies  post?

Thanks

Hi Jeg,

long time no see.


From post #120:

2) 2 fast rectifier diodes (e.g. Shottky) are used. These diodes (D3 & D4) must be capable of handling the pulsed current occurring in the primaries and must be rated rated at least 2*Vcc.
3) 2 capacitors (C3 & C4) in the μF range (the more the better) rated at least at 2*Vcc, are used. They can be ceramic or electrolytic capacitors (or both types connected in parallel), but must have low-ESR.


I use MBR760 Schottky for D3/D4 and 100uF elco's for D3/D4.

Regards itsu

[itsu]

  Itsu:
  Good eyes, yes, you're right, the ferite tuning bar is wound wrong, good call, even after having to watch my blurry video.
In the picture below you can see that the ferite rod was at one time wound right, then I must have re-wound it all one way.
I'll correct it, soon. Thanks.
Sorry about the video quality, but my $220 camera just died and won't take any pics. So, I had to use the cell phone camera, which sucks.

  Anyway, I think that you get the idea, as I just wanted to show the Mazilli/yoke/grenade set up working, without overheating, while lighting up some 100w bulbs. I'll get into more scope shots and details on it once I have it tuned better, and working with the Kacher circuit.

   The scope probe that I'm currently using is the 100x, not the 1x or 10x.  The signal I'm getting at the yoke is the exact same shape of signal that the fets are giving off, exactly. So, instead of risking a short circuit to connect the probe to the fets themselves,  I lay it next to the yoke coils, For now, as I'm not looking at value readings, but tuning for the "effect", instead.
But, I'll show what the signal looks like connected to the fets, in my next video. 
  I've tried to order new set of scope  probes, (1x, 10x) but I don't know if it's going to happen yet, as I depend on other people to bring it to me. I am also ordering some of the WIMA caps, as you have.
  What I'm working towards is tuning the various frequencies to obtain this correct heterodyning effect, and that video was just the start of it.

  EDIT: Itsu, this was what the IRFP260N mosfet signal looks like (pic below) with the 100x scope probe connected to the fet's drain, and negative clip to the PS negative rail. At the 10 volts/div setting.
One fet has a slightly higher gain, compare to the other one. The Mazilli is running off of the 24v, 10A PS. 
Does that picture of the scope shot tell you anything?

Nick, no it does not look like anything i have on my drain, i would expect something like the blue trace in the below screenshot,
a half sinewave like signal followed by a space (where the other MOSFET kicks in completing the full sine wave signal).


Are you sure its on the drain to source (ground) of one of your MOSFETs?
If so, then i would check my groundlead of the probe, is it really connected to the scope bnc outer plug?
Make sure it is on the source of the MOSFET, not far away like on the negative of your PS.
Is your kacher also running?  if so power it off, see if the MOSFET signal improves.

Your scope does not have the probe sensing (x1, x10 etc.), so you have to use the correct side of the V/div. knob.
If you use a x100 probe (i always thought they had an extension at the BNC plug to house some components), then
using the 1x side of the V/div. knob and take it times 100, so in this case it seems you roughly have 3 divisions, so there
is a 300V pp signal there (be aware that the IRFP260N can handle 200V!)

As i cannot see the horizontal time base, i cannot calculate the frequency.

Regards Itsu

[Jeg]

Hi Jeg,

long time no see.


From post #120:

2) 2 fast rectifier diodes (e.g. Shottky) are used. These diodes (D3 & D4) must be capable of handling the pulsed current occurring in the primaries and must be rated rated at least 2*Vcc.
3) 2 capacitors (C3 & C4) in the μF range (the more the better) rated at least at 2*Vcc, are used. They can be ceramic or electrolytic capacitors (or both types connected in parallel), but must have low-ESR.


I use MBR760 Schottky for D3/D4 and 100uF elco's for D3/D4.

Regards itsu

Thanks a lot Itsu!
I was needed my time for thinking. In the meanwhile I am without oscilloscope and I feel like blind without waveforms. I am looking for a Rigol like Tinsel's from tequipment.com  If i won't pay for my electricity bill perhaps i'll get it next month.    

By the way. Is there any video of yours describing Verpies circuit build and performance?

[itsu]

Jeg,

thinking is good some times.
I hope you can get a scope again as i can understand how it must be without one.

You have to go back into this thread where i made a video with this new setup from verpies, its about here:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg338248/#msg338248


In there you can see a video with some measurements, but there is also an unlisted earlier one with some similar tests, its here:
https://www.youtube.com/watch?v=PNDpl1CW9Ww

If i remember ok, i did not had the D3/D4 schottky diodes in then, also the primaries where minimum.
I lateron added the schottky's and rewound the primaries so to adhere to verpies advice in his post #120
It improved on the signal quality as to what i showed you in the above post.

Regards Itsu