Quote from: T-1000 on December 13, 2013, 07:49:56 PM
Two things:
1) Is small battery able to power up 1kW load? http://www.youtube.com/watch?v=QRBI39us0VI
2) If yes, for how long?

I would be very keen to see proper measurements of this in replicated working circuit as no conventional power meter will measure BEMF and pulsed circuit properly ...

It won't if the outpower of the 1 kW is not properly checked, otherwise only an inverter.

So the dry calorimetric method or the Verpies' Wattbox.

The alternative is of course the selfrun loop with exponential increase of energy potential in the circuit, if not exponentially loaded too, very probably.

Quote from: T-1000 on December 13, 2013, 07:49:56 PM
Two things:
1) Is small battery able to power up 1kW load? http://www.youtube.com/watch?v=QRBI39us0VI
2) If yes, for how long?

I would be very keen to see proper measurements of this in replicated working circuit as no conventional power meter will measure BEMF and pulsed circuit properly ...

I would like to see two things: -
1) A video demo that showed all inter-wiring on the surface of the demo area. Not with wires disappearing out of camera view like in the clip below from the video link you posted!
2) Good quality video's, that show close up shots of the whole demo area and its immediate surroundings, including underneath the demo table.

What was that 'beep' heard just before Geo connects the croc clip to the battery to power-up the device? 

Quote from: Hoppy on December 14, 2013, 04:51:41 AM
I would like to see two things: -
1) A video demo that showed all inter-wiring on the surface of the demo area. Not with wires disappearing out of camera view like in the clip below from the video link you posted!
2) Good quality video's, that show close up shots of the whole demo area and its immediate surroundings, including underneath the demo table.

What was that 'beep' heard just before Geo connects the croc clip to the battery to power-up the device? 

This is not only one video http://www.youtube.com/channel/UCyZZNOLvFRlSMnloejp3FCw/videos
Also when you connect Mazilli (ZVS) circuit to power source the starting frequency starts from very low until capacitors get charged so there is beep heard.

Quote from: Khwartz on December 13, 2013, 08:31:17 PM
So the dry calorimetric method or the Verpies' Wattbox.

This won't work with such type of output well too as there is different blueish color of light and much less heat when bulbs are connected to high frequency circuits.

Quote from: T-1000 on December 14, 2013, 07:19:50 AM
This is not only one video http://www.youtube.com/channel/UCyZZNOLvFRlSMnloejp3FCw/videos
Also when you connect Mazilli (ZVS) circuit to power source the starting frequency starts from very low until capacitors get charged so there is beep heard.
This won't work with such type of output well too as there is different blueish color of light and much less heat when bulbs are connected to high frequency circuits.

I've seen most of them and I don't see any better prepared demo areas. 
The 'beep' sounds more like the 'beep' from an induction cooker  It it is heard before the battery is connected, not after.

  I don't hear a beep at the start of this video:
http://www.youtube.com/watch?v=ocrAX7aBHpc

  Although I don't know why he is turning on the circuit from the switch at the  control panel that is in the wood box, especially since he is showing that the source is two 12v car batteries. He does not show the oscillator (the most important part), and mentions  that it's not hot, but only after it was running the circuit for a few seconds.
Nor does Igor show the connection between the circuit and the coils, for some unknown, strange reason. Although several people have insisted that he show them both together, along with the actual diagram with the EXACT components that he is using, and their wiring connection methods.

   I don't think that three coils are needed at the output side of Geo's circuit, maybe just a 120v output coil, along with the resonant coil that is used for frequency optimization. Or, not?

  If any case, we need to find out how it is that Geo can light 1000+ watts, as no one else has been able to, using any of the Royer/Mazilli circuits. regardless of just how bright the bulbs are in comparison to the grid source. Also showing the input to output specs, at least as Igor is now showing. Even if the output may not be an accurate reading.
Also, how long can these circuits run a small 1.3 to 7ah battery.  Or, just HOW long will it run on any given battery. This will be a real test, at least for me, and it is the only test that I need to see, or believe in.  As well as what happens when the circuit is connected to a feed-back path. Be it one that is working, on or not

  I was able to obtain 14 volts from a third output coil wound on my previous yoke core, (the circuit using transistors), which will charge a second battery through a full bridge rectifier. But, I have not tried to connect it back to the running battery yet.

  I'm making a new Mazilli circuit now. I'll know more soon.

  Hoppy: I agree that the whole device (oscillator/output coils) needs to be shown together, isolated from an possible input sources, and hopefully shown running outside, like in the yard.
  Although I trust what I see, it would help to convince others that may not.