Kapanadze Cousin - DALLY FREE ENERGY

[Khwartz]

A load, that at the same time plays the role of a measuring device, such as a non-inductive resistor, will not have any problems measuring power delivered to it by high frequency electric current.

A combo of 1GHz W-->V converter + any load (even inductive), will not have any problems measuring the electric power delivered to and returned by the load, either.

However if you are claiming that the output of the device under test is not an ordinary high-frequency electric current, that produces a blush glow in incandescent filaments, but an extraordinary or exotic form of energy, then both of those above devices are not designed to measure it properly.

However such claim of extraordinary existence is extraordinary and extraordinary claims require extraordinary proof.

Verpies, even if it was "extraordinary" kind of energy, at least for heating purpose, lienar heating resistor is still relevant as it is precisely the kind of output energy we would like to optain.

[NickZ]

  Tonight I finished my new "Mazilli/Yoke Core Circuit". Using the IRF510, zener 12v diodes, IN4001 diodes, 10k resistors, and a total of 3 iron powder chokes.
  Sweet!!!  It started up first time, and every time. Lights a 100 watt 110v incandescent nice, possibly about 60%, running on an old (and I mean old) 12v, 4.5 aH battery.
Only moderate heat on the fets, and everything else, everything only warm even with no fans on the heat sinks. Not the slightest shocks anywhere on the circuit, either.
  The circuit as is now, with no tuning yet, will also light two or more (have not tried more than two) 100 watt bulbs. But lumin levels do not increase with an increase in the number of bulbs placed, yet.
  Anyways, I'm very happy with these preliminary results, so far. 
  Next thing will be the tuning, as I need to increase voltage and current output to obtain higher light brightness. I can't read the voltages on this circuit, anywhere, even an analog meter is not able to read them correctly.
   I used a higher resistance (1k resistor) in place of the 470 ohm up to the gates, as that was what I could obtain for now. So, maybe higher output may be obtained with the 470ohm resistors. I've also made an order today for the 5 watt zener diodes, and some of the IRFP260N mosfets, and some other components, to make some higher voltage circuits in the near future. Hopefully 36 volts input will give near grid lumin levels.

  Tomorrow I'll continue testing and tuning this nifty little circuit, as it's getting too late for that here tonight. But, I'm running it now, on the 100 watt bulb, just to see how long the battery will last.
  I love the warm glow of the incandescent bulbs, much better than any other bulbs, in my opinion. No violet or blueish light seen on my bulbs, just nice mellow warm white.

  So, the circuit has been running about an hour now, and the old battery is still at about 11 volts, which was what it drops down to from 12v,  once the circuit is on, and running. Not bad...
                             NickZ

[Hoppy]

  Tonight I finished my new "Mazilli/Yoke Core Circuit". Using the IRF510, zener 12v diodes, IN4001 diodes, 10k resistors, and a total of 3 iron powder chokes.
  Sweet!!!  It started up first time, and every time. Lights a 100 watt 110v incandescent nice, possibly about 60%, running on an old (and I mean old) 12v, 4.5 aH battery.
Only moderate heat on the fets, and everything else, everything only warm even with no fans on the heat sinks. Not the slightest shocks anywhere on the circuit, either.
  The circuit as is now, with no tuning yet, will also light two or more (have not tried more than two) 100 watt bulbs. But lumin levels do not increase with an increase in the number of bulbs placed, yet.
  Anyways, I'm very happy with these preliminary results, so far. 
  Next thing will be the tuning, as I need to increase voltage and current output to obtain higher light brightness. I can't read the voltages on this circuit, anywhere, even an analog meter is not able to read them correctly.
   I used a higher resistance (1k resistor) in place of the 470 ohm up to the gates, as that was what I could obtain for now. So, maybe higher output may be obtained with the 470ohm resistors. I've also made an order today for the 5 watt zener diodes, and some of the IRFP260N mosfets, and some other components, to make some higher voltage circuits in the near future. Hopefully 36 volts input will give near grid lumin levels.

  Tomorrow I'll continue testing and tuning this nifty little circuit, as it's getting too late for that here tonight. But, I'm running it now, on the 100 watt bulb, just to see how long the battery will last.
  I love the warm glow of the incandescent bulbs, much better than any other bulbs, in my opinion. No violet or blueish light seen on my bulbs, just nice mellow warm white.

  So, the circuit has been running about an hour now, and the old battery is still at about 11 volts, which was what it drops down to from 12v,  once the circuit is on, and running. Not bad...
                             NickZ

Well done Nick! Smoke free at last.  Looks like you are matching Geo;s light level already.  Now for the hard loop-back part. 

[Khwartz]

We are with you! NickZ, Great clean beginning well communicated

For your measuremnts, even I know it is not your way, could you accept to reciece a Verpies's W-V Convertor for free, so we can, those of us who are interested in such measuremnts, can have it too? I am ready to pay for the parts and the sending if Verpies is OK to produce one.

Keep going NickZ

[magpwr]

  Tonight I finished my new "Mazilli/Yoke Core Circuit". Using the IRF510, zener 12v diodes, IN4001 diodes, 10k resistors, and a total of 3 iron powder chokes.
  Sweet!!!  It started up first time, and every time. Lights a 100 watt 110v incandescent nice, possibly about 60%, running on an old (and I mean old) 12v, 4.5 aH battery.
Only moderate heat on the fets, and everything else, everything only warm even with no fans on the heat sinks. Not the slightest shocks anywhere on the circuit, either.
  The circuit as is now, with no tuning yet, will also light two or more (have not tried more than two) 100 watt bulbs. But lumin levels do not increase with an increase in the number of bulbs placed, yet.
  Anyways, I'm very happy with these preliminary results, so far. 
  Next thing will be the tuning, as I need to increase voltage and current output to obtain higher light brightness. I can't read the voltages on this circuit, anywhere, even an analog meter is not able to read them correctly.
   I used a higher resistance (1k resistor) in place of the 470 ohm up to the gates, as that was what I could obtain for now. So, maybe higher output may be obtained with the 470ohm resistors. I've also made an order today for the 5 watt zener diodes, and some of the IRFP260N mosfets, and some other components, to make some higher voltage circuits in the near future. Hopefully 36 volts input will give near grid lumin levels.

  Tomorrow I'll continue testing and tuning this nifty little circuit, as it's getting too late for that here tonight. But, I'm running it now, on the 100 watt bulb, just to see how long the battery will last.
  I love the warm glow of the incandescent bulbs, much better than any other bulbs, in my opinion. No violet or blueish light seen on my bulbs, just nice mellow warm white.

  So, the circuit has been running about an hour now, and the old battery is still at about 11 volts, which was what it drops down to from 12v,  once the circuit is on, and running. Not bad...
                             NickZ

hi Nickz,

Good job man.If you say the old 12volt 4.5AH battery lasted for an hour drained to 11volts for 100w load at 50%...60% brightness.This is definitely very interesting.
Lets assume it's output is 50watt /12volts =4.16Amps (Current draw on battery).

If it last 2 hours on 4.5AH battery to supply power to 110volt bulb it would defy logic big time.

I'm also starting to have flash back on battery desulfator which is using Back EMF to prolong battery life.
I am starting to ponder  if this back emf does help to meddle with it's battery chemistry to provide more power than it is rated for


You may want to consider this interesting product which i used in my experiments.
Turnigy 130A Watt Meter and Power Analyzer - Hobbyking
http://hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=10080  (around $23 a piece only)