Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi Geo,

I carried out a scope measurement of the load / no-load current for my 120V / 60W bulb connected to the 80 turn secondary tuned to max brightness with 6uF of cap across the 10 turn primary.

A load current reading of 7.8A was taken using a 0.1R shunt resistor in series with the 24V battery. The no-load current was 5.1A.

It is straightforward to measure the current using a 'shunt' resistor simply by measuring the voltage across the resistor and using Ohms law to calculate the current. A scope is not essential for this measurement as the waveform is not very complex and can be measured fairly accurately using a DVM. I tried a Fluke DVM and a cheapo DVM and both gave very close readings to the scope measurement, as did my Fluke DC clamp meter directly reading the current. The shunt resistor can either be obtained as a single 0.1R (either 1% or 5% tolerance & min 10W) power resistor or made-up using 10 x 1R (min 1W) resistors connected in parallel. The resistor(s) should ideally be non-inductive types but for measuring this setup where we do not need high accuracy, ordinary ceramic type power resistors can be used. The shunt resistor and DVM can be permanently connected whilst experimenting so that measurements can be seen at a glance whilst connecting different loads and coil arrangements.

It will be clearly seen from this exercise that adding a load to the output winding will increase the current drawn from the battery.

In regards to looping-back. If the AC terminals of a full wave rectifier is connected across the secondary of the ferrite trafo and FWBR pos and neg connected across battery, then the current rises by 5A and the bulb reduces in brightness. If the FWBR is connected across the load, then the current reduces to 4.5A and the bulb extinguishes.

hi Hoppy

Thnk you for summary and experience while working with it.
I find this interesting and yet odd :/, it pulls that much current by your readings,I do know about measuring with shunt resistors but I have only done this with Fluke Clamp meter.  hmmm Hoppy can you make pics of the measurement? pls . I might go retry the measurements soon. Because what I and 2 others have witnessed at the time we measured it, was something odd, yet interesting effect, Guesing maybe there could be still a difference with the Winding Direction needing to be corrected? I have no clue
Yes while connecting the Rectifir strait to output it will dim lights when connecting it to  battery.
But not while  using another trafo that manages to make some extra amps on it's own, and rectifying it, see in my part 2 of the RMG vid on youtube. It was a UPS Trafo.

Btw make sure you connect few 100W bulbs see what it does, and connect them Parallel and see the readings once more .
I really have to see this.

In anycase   thankyou for trying it out and see what it does.



Itsu:

thnks for the Information part of the HF HV part.
But I think the person that has written the dangers and hazards of tesla coil is still lacking alot of info and Propper understanding although that most of it is true.
I have been playing around it for 6 years, you just need to know the right setting for it able to opperate for the body without a problem. besides it Stimulates you Energetic field and releases stress from the body and musscle cramps.
Btw you need to be grounded otherwise your body will function as a Cap hehe :p

It does burn If you keep it on  one spot on a surface  where you are letting it ark on constantly, but that is why you need to move


many other things but I wont Discuss now . If you all have heard about the Healer Coil of tesla, well there you have it.

Safety is first always while experimenting.

[Hoppy]

hi Hoppy

Thnk you for summary and experience while working with it.
I find this interesting and yet odd :/, it pulls that much current by your readings,I do know about measuring with shunt resistors but I have only done this with Fluke Clamp meter.  hmmm Hoppy can you make pics of the measurement? pls . I might go retry the measurements soon. Because what I and 2 others have witnessed at the time we measured it, was something odd, yet interesting effect, Guesing maybe there could be still a difference with the Winding Direction needing to be corrected? I have no clue
Yes while connecting the Rectifir strait to output it will dim lights when connecting it to  battery.
But not while  using another trafo that manages to make some extra amps on it's own, and rectifying it, see in my part 2 of the RMG vid on youtube. It was a UPS Trafo.

Btw make sure you connect few 100W bulbs see what it does, and connect them Parallel and see the readings once more .
I really have to see this.

In anycase   thankyou for trying it out and see what it does.

Geo,

I have attached two photos showing the on-load and off-load clamp meter measurements. The measurements are a bit down as the battery has dropped voltage a little due to my testing after I posted the first readings.

I cannot get hold of 100W / 120V bulbs but will see if I can get some more 60W lamps. As you know, the domestic voltage in the UK is 240V.

The shunt resistor method of measuring current is very easy and will allow Nick to measure his current levels as he does not have a DC clamp meter.

[00]

  a core a ferrite or soft iron will always play a role of trafo. unless you know how to nullify core effects. so a better way is to use a cw and ccw coil as a core with a capacitor in between. kapanadze coils are coreless. no ferrite or no soft iron. the only way is to use inductionless coils or brass/copper/alluminium/tin plates as a core.

00
zero zero

[Zeitmaschine]

We do not know what's in Kapanadze's tin can. But it should be something that resonates at 50Hz. Hence the question is, how to build a 50Hz resonant LC circuit without a ferrite or soft iron core in the coil L?

Ideas?

[NickZ]

  Ok, guys:
  Here's a pic of what I got done today. It's not much, although it took a while.
  RMG air coil was partially built up using 10 turns of thick (unknown gauge wire) for the primary, a 70 turns (red, thinner wire) output coil, and and a white 27 turn (resonant coil, or feed-back coil). 
  Output from the air coils is not lighting anything yet. I may have to invert the flyback secondary, although the flyback primary is giving me a reading of over 1000v. Analog meter needle is nailed to the right on 1000v setting.
  I have not had a chance to add the ferrite pieces inside the air coil, yet. Or more tuning caps, as I couldn't get any more of those tuning caps at the nearest town.
  I'll add the ferrite pieces to the core tomorrow, and more tuning caps, also.
Just wanted you to see what I've done so far. More to come...
I had too many beers tonight, just going to bed...
                                                                         Cheers.