Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Geo and All:
  Ok, here is a picture of two 50 watt bulbs being lit, one is slightly brighter than the other.
The 100 watt bulbs, are brand new, and they do both work on the mains.
  The voltage at the bulbs is reading 26 volts when connecting the smaller choke to the battery, and about 27 on the bigger choke, both chokes in series gives 31 volts, at the bulbs.
However the actual light (lumins) observed is still very low. About what a 20 watt bulb would generated, so I'm still looking for the way to provide much more light output.
Any ideas are welcome.

  BTW:  For those that like cats... (picture below) Feeding time, at Nick's house.
Just some of them, as they don't all show up when you need them to pose. Ha!

[Grumage]

@ Grum,

Thanks for clear cut sketch. It helps me understand a lot. I think those transistors can withstand serious voltage reversed biased from emitter to collector, hence they prohibit to a degree the current "push back to source" hence that increased p-p voltage in relation with the anticipated using MOSFETS or the same transistors with reverse diodes in parallel.

I remember in an royer oscillator i have used series diodes to the FETs but cannot recall increased voltage p-p. Perhaps it was.

Grum, please place one diode (fast schottky preferably 3A nominal) in reverse order in parallel to each transistor (resembling FETs). This way will eliminate the 200 p-p and must lower it to 80 p-p or so. On the same grounds if you place a fast diode eg UF4007 in series with those Mosfets then more than a 200 p-p or so will be noted.
If that happen, then the core ringing increased amplitude oscillation theory is invalid, i am afraid.

Make 1 or 2 test loads if you may. If loading making the 200 p-p drop develop and results in increased input current, again this is the case i am afraid.

ps: Its a nice to see you have a companion black cat in your lab! I have also mine, a white one. Veliakas is the name

Dear baroutologos.

Best wishes to you and Veliakas.

I have had a day spent doing what I am really good at!! Playing with very early Gas engines!! I managed to breath some life back into an 1890 Atmospheric gas engine today!! Fun Fun Fun!!

Back to business!! I can confirm that a load applied to a coil placed across the split core limb does not affect the primary 200 V p/p signal seen on the scope.

I will also try your other suggestions this coming week.

Cheers Grum.

[GeoFusion]

  Geo and All:
  Ok, here is a picture of two 50 watt bulbs being lit, one is slightly brighter than the other.
The 100 watt bulbs, are brand new, and they do both work on the mains.
  The voltage at the bulbs is reading 26 volts when connecting the smaller choke to the battery, and about 27 on the bigger choke, both chokes in series gives 31 volts, at the bulbs.
However the actual light (lumins) observed is still very low. About what a 20 watt bulb would generated, so I'm still looking for the way to provide much more light output.
Any ideas are welcome.

  BTW:  For those that like cats... (picture below) Feeding time, at Nick's house.
Just some of them, as they don't all show up when you need them to pose. Ha!

Hi Nick

Yes, perfect. Now I see, thnx for uploading the pictures, and haha Alot of cats I see lol
Hmmm soo the 100W bulbs work,. but don't light up at all.. that is odd.
did you measure the output as how I did it too right? just with the meter at the output coil?
yes the choke does play a role giving it more voltage in a way. But in many ways when i put bigger load, it gets hot over time.
Maybe we should introduce a Frequency generator to this Concept, raising the freq, for more brightness. more load .
Will see how I put this together already have an idea to this.

Cheerz

[NickZ]

  Geo:
   I do take the voltage readings at the end of the secondary output coil (red wire). With a 25 watt bulb it reads 32 volts, and with no bulb (or load) it reads 35 volts. Only dropping by a couple of volts if adding a second 25 watt bulb, down to 30 volts. Obviously I need to have higher voltages for these bulbs to light properly. The Fets stay cool without  any bulbs connected while the oscillator is still on, and the meter reads 35 volts.

  I have another question. I tried to connect a couple of different Pc fans to cool the Fets, as they do get hot after about 3 to 5 minutes running time. But can get neither fan to spin. Both fans have three wires coming out of the fan, red, black, and yellow wires. But, no combination seams to get them to work on the 12v battery. Any ideas...

[verpies]

Does In-Phase mean no opposite magnetic field is created by the Secondary Coils or reflected to the Primary?

Yes.

If does not reflected to the Primary how can we achieve such design?

The PJK ebook had some ideas in it how to divert the reflected flux away from the primary.