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Overunity Machines Forum



Kapanadze Cousin - DALLY FREE ENERGY

Started by 27Bubba, September 18, 2012, 02:17:22 PM

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0 Members and 262 Guests are viewing this topic.

NickZ

   Itsu:
   Both fets are running with a blue 102M capacitor. The right side fet has the same 102M, as well as another smaller blue 471k.
Voltage peaks are running at around 150v on the left fet, and 170v on the right fet. This can be varied by the duty cycle and frequency changes on the TL494, as well as any other caps added to the rest of the device. These reading are with the inductor/capacitor RC circuit running at it best frequency settings.

   Ramset:  Thanks for the ideas. However, there will always be some guys trying to discuss unrelated topics here, with or without a moderator. And you may be right in mentioning that no one really wants a moderator.

   If I start a new thread the same thing will happen there. The best thing is to keep this thread focused on the topic as hand.
   The idea here,  was not to continue with the same Tariel Kapananze devices discussion, which was why this thread was started. As the Kapanadze builds or discussion has it's own thread.  I don't know who put the topic under Kapanadze devices, simply because it was started to discuss the TK's cousin device. Which is totally different. Perhaps, that can be changed on the home page, if needed. As this thread really has little to nothing to do with what Kapanadze built.
   In any case some off topic discussions may be relevant here as well. But, not pages and pages of on going thread hijacking.
   My suggestion is to change the topic heading to:  Dally/Akula/Ruslan discussions and replications. And to remove the word Kapanadze from this thread. If possible. I think that most of the guys posting here would be in agreement with that.
   If not, I may start a new thread. With the same heading as stated above.
   

itsu


Chet,

these "principle discussions" come in waves and i think are a necessity to keep this thread alive and even rejuvinated from time to time.

I understand that for some people these discussions are off topic, but i personaly think they are not.

Just use your common sense and ignore the posts that are irrelevant to you, as they may be very important to someone else.

No need for a moderator/manager if you ask me, so everybody can join in as i certainly need every backup from knowledgeable people who are willing to contribute to the topic at hand, whatever that may be.

Itsu

itsu


QuoteBoth fets are running with a blue 102M capacitor.
The right side fet has the same 102M, as well as another smaller blue 471k.
Voltage peaks are running at around 150v on the left fet, and 170v on the right fet.
This can be varied by the duty cycle and frequency changes on the TL494, as well as any other caps added to the rest of the device.
This is with the inductor/capacitor RC circuit running at it best frequency settings.

Nick,

so you say that 1 MOSFET has a 102 tagged cap. (1nF) and the other a 102 and a 471 tagged cap parallel (1.47nF)?

Why the difference? Are not both MOSFETs showing the same ringing frequency when WITHOUT any caps?

Itsu

ramset

Whats for yah ne're go bye yah
Thanks Grandma

NickZ

  That is correct, both fets are ringing at different frequencies even with no caps on. Both in voltage, as well as in the ringing frequency.
  I've changed the yoke, fets, caps and most of the components, and still there is a difference in the frequency to be noticed.
Perhaps this is normal. As even the new fets measure differently and are not showing the exact or nearly the same resistance readings. Nor are any of the other fets that I've tried, and I've gone through more than just a few.
  If I don't add any caps, to test the starting frequency, the voltages can reach over 200v. Even on 12v. So, I have to be careful with that.
  Adding a car bulb, also changes the frequencies, and I get no output at the bulb to see where the best running frequency is at. And placing additional bulbs such as the one that will be used (200w bulbs) also changes things, by a lot. So, this has been a very tricky thing, to obtain the needed results therefrom.