Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Gyula:
   Thanks for the explanation concerning the core winding ratio. However I'm quite familiar with the turn ration relation between a primary and secondary coils, as I've been working with transformer winding for a while now.
  My analog voltage meter is working fine, although the amp scale has been burnt out due to previous high voltage circuit test, and was not adequate for higher amp readings to begin with.
  You may have not worked with magnetic current output. This type of non shocking output current CAN'T BE READ BY A METER.
 
  There is still some confusion (for me also) as to what I'm doing with the combination of the main bigger yoke coil, and the now connected flyback core for the feed back circuit loop. I'll post a picture again, soon. But,  first of all, there are only two cores at this time, the big yoke core, and the flyback feed back core. So please forget about the smaller yoke transformer, as it's not being used right now.  The flyback has only white wires coils, on both primary and secondary coils,  no red coils.
  I'll use the UF 306 diodes for now. I have only three of them, but I also have a GUF 30G, as well. I don't know if this last diode can be combined with the 3 other UFs, to form a full bridge, or not. Let me know what you think.
In the meantime I'll continue testing.  The main concern for me is to avoid burning the Fets at all costs, as they are not available here, but any other components are not as important. Working with the bigger electrolytic caps is dangerous and scary, as well. I wish that I didn't need to use them... But, I will.

  I have noticed that Radio Shack carries an assortment of rectifier diodes, as well as the needed 18v 5 amp zener diodes. But, the closest Shack is about 150 miles around trip away from where I'm at, and they did not have them in stock. I'll see if I can order some through them, when I can.
 

[Hoppy]

  Gyula:
   Thanks for the explanation concerning the core winding ratio. However I'm quite familiar with the turn ration relation between a primary and secondary coils, as I've been working with transformer winding for a while now.
  My analog voltage meter is working fine, although the amp scale has been burnt out due to previous high voltage circuit test, and was not adequate for higher amp readings to begin with.
  You may have not worked with magnetic current output. This type of non shocking output current CAN'T BE READ BY A METER.
 
  There is still some confusion (for me also) as to what I'm doing with the combination of the main bigger yoke coil, and the now connected flyback core for the feed back circuit loop. I'll post a picture again, soon. But,  first of all, there are only two cores at this time, the big yoke core, and the flyback feed back core. So please forget about the smaller yoke transformer, as it's not being used right now.  The flyback has only white wires coils, on both primary and secondary coils,  no red coils.
  I'll use the UF 306 diodes for now. I have only three of them, but I also have a GUF 30G, as well. I don't know if this last diode can be combined with the 3 other UFs, to form a full bridge, or not. Let me know what you think.
In the meantime I'll continue testing.  The main concern for me is to avoid burning the Fets at all costs, as they are not available here, but any other components are not as important. Working with the bigger electrolytic caps is dangerous and scary, as well. I wish that I didn't need to use them... But, I will.

  I have noticed that Radio Shack carries an assortment of rectifier diodes, as well as the needed 18v 5 amp zener diodes. But, the closest Shack is about 150 miles around trip away from where I'm at, and they did not have them in stock. I'll see if I can order some through them, when I can.

Nick,

The zeners you need are 18V, 5W, not 5A.

You say: "This type of non shocking output current CAN'T BE READ BY A METER." How do you detect its presence?
 

[NickZ]

  Thanks for the correction, that was what I meant to write, 5 watts. There are also 25v 5 watt zeners available as well. Would those be a better bet for future upgrading to 24v?
  The non shocking magnetic current will light bulbs, but will not register correctly on my meter. Maybe it can be read on a scope. This I don't know.   
  I appreciate any help offered. As at time I feel like I'm going at this by myself, and am still in free energy kindergarden.

[Hoppy]

Nick,

A 25V zener is too high for your mosfets. Keep to 18V or 15V if 18V not available.

A scope will help you considerably to understand the relationship between voltage and current in reactive circuits such as you are experimenting with. A scope can be purchased quite cheaply secondhand and is a must have piece of kit if your wish is to fully understand the workings of your circuits. Would you play golf without clubs.

[gyulasun]

Hi NickZ,

I'm quite familiar with the turn ratio relation between a primary and secondary coils, as I've been working with transformer winding for a while now.

Okay, but still you reduced the turns on the primary which made the step-up ratio a bit higher in that particular case but let's step over this, I understand you.

IT is good that your analog voltmeter works fine, that is enough for estimating the voltage difference between the rectified and puffered DC output voltage and the 12V DC input voltage. This voltage difference will drive the feedback current to the input battery via the feedback diode and the higher this difference is the higher current will flow back, and if the rectified output power is able to maintain a current level which exceeds the forward current rating of the feedback diode then it may burn down. This is why a series lamp or power resistor is advised in series with the diode first and later it could be shorted out with a piece of wire. For feedback diode you could parallel 4 or 5 diodes (here no fast ones needed because of the DC voltages) but try to use as high current rated diode as you still have.  IF you have 4 pieces from 1N5408 then parallel them (they are 3A each).

So far I had the possibility of seeing the photo on your setup here as the "latest": http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/msg402958/#msg402958   and both cores have the red wire coils.

You can use the GUF30G diode for the fourth diode to make a bridge with the three UF306 diodes. It is also a very fast diode and has 400V and also 3 Amper ratings. (The UF306 have 600V reverse voltage rating, hopefully the 200V will not be missing...)

Regarding magnetic current output, I have not experienced such. Later when you have time, try to explain how it can be produced. I wonder if this current is the same what Floyd Sweet found at his so called VTA setup output? it was said to cool down the output wires and could not be measured by normal current meter and also lighted a bulb.

Gyula