Kapanadze, Stepanov, Barbosa-Leal and the Secret of Free Energy

[Void]

Ok, to see how the buzzing in Kapanadze's devices compare to a buzzing transformer
that is connected to the grid, I used the following Youtube video to take my audio sample:
"Extreme Transformer Hum (super loud microwave transformer)"
https://youtu.be/Zj0j1HmKmZw?t=57
I took my audio sample at about 0:57 in the above video.

Something that just occurred to me is that 50 Hz audio will probably not
be picked up so well on cheaper microphones, so if the video camera used to
record a video doesn't have a very high quality mic it might not pick up 50 Hz
very well. So that might possibly explain why we don't see anything happening
at 50 Hz in the buzzing in the Kapanadze videos I analyzed audio on.

Likewise, in the MOT transformer buzzing video I used that is linked above, I don't
see a frequency peak at 50 Hz, but it does show a frequency peak at 100 Hz, so
that is something to consider. It is also interesting that the MOT transformer buzzing
contains harmonics at pretty much every hundred hertz harmonic point up to just above
2 kHz, so it is not so different from the buzzing seen for the three Kapanadze devices,
but there are maybe some differences. The Kapanadze ones didn't have any noticeable
peak right at 100 Hz, but otherwise I guess maybe not a huge difference.

P.S. I guess the most interesting one is from the 2004 demo when the inverter is unplugged.
Maybe with the inverter unplugged the frequency starts to drift off as it is dying out, so maybe
that is why it is quite different. Just taking a guess though. No way to say for sure.


All the best...

[Hoppy]

It is also interesting that the MOT transformer buzzing
contains harmonics at pretty much every hundred hertz harmonic point up to just above
2 kHz, so it is not so different from the buzzing seen for the three Kapanadze devices,
but there are maybe some differences. The Kapanadze ones didn't have any noticeable
peak right at 100 Hz, but otherwise I guess maybe not a huge difference.


All the best...

I have a DIY built spot welder made from a modified MOT and the TK 2004 hum sound to my ear is identical. The loudest hum is when the MOT is energised but not loaded. In the 2004 video, the hum continues after the load is switched on from the tin can and stops when the inverter is unplugged from the mains. This suggests that there may have been a DIY transformer in the box under the work bench (the same box as used in the green box demo) that had very loose laminations.

[AlienGrey]

I have a DIY built spot welder made from a modified MOT and the TK 2004 hum sound to my ear is identical. The loudest hum is when the MOT is energized but not loaded. My guess is that the TK hum stopped or reduced considerably when the load was switched in. Maybe we need to be looking at the possibility that TK had a very heavy current TRAFO winding in the green box.

What ?  every 100 hz ? how do you work that one out ? the fundamental  is 50 hz so harmonics are multi pals of that frequency it wold be 50 100 150 200 250 ect the hum is the lamination's vibrating or and any other junk that's lose.

Allen

[Hoppy]

What ?  every 100 hz ? how do you work that one out ? the fundamental  is 50 hz so harmonics are multi pals of that frequency it wold be 50 100 150 200 250 ect the hum is the lamination's vibrating or and any other junk that's lose.

Allen

See my amended post above.

[leo48]

The presence of the spark generates many harmonics and it is difficult what is the actual frequency of work

Leo48