Kapanadze Cousin - DALLY FREE ENERGY

[TEKTRON]

Good evening all.

I have spent the best part of two hours preparing a video for you all only to find that the HF generated by the setup froze the cameras video side. The short?? video turned out to be 17 mins long but I cannot upload it because the save and convert process stops at the bad bit!!

I will have another go tomorrow. Any ideas on how to stop the camera from being affected? I was trying to get closeups of the Oscilloscope shots.

Cheers to all Grum.

Grum,Try filming through an old oven door glass.
They are tin plated to reflect heat. The plating is conductive. Try earth grounding the glass.

[Сергей В.]

http://midgard-edem.org/Nau-Teh/ADRESA/250808_Katalog_saytov_i_Forumov_po_Novym_Tehnologiyam_i_Energetike.html

[Grumage]

Grum,Try filming through an old oven door glass.
They are tin plated to reflect heat. The plating is conductive. Try earth grounding the glass.

Dear TEKTRON.

Many thanks for that interesting tip. In spite of this I had another go and I only lost the last few seconds this time!!

So for what it's worth.........http://www.youtube.com/watch?v=LOqjTHmmumU&feature=youtu.be

The schematic I was working with is posted below.

Best wishes to all, Cheers Grum.

[magpwr]

Hi Grumage,

I tried to play the video somehow it's getting stuck at 2:38min .Solution i merely click on fast fwd a little to continue with video.

I noticed there is a big gap between the inner and outer "T2" core won't that create more loss and reduce efficiency.

By looking at the circuit diagram i noticed the "T1" 12T - 12T , source is rectified 220v.Isn't "12Turns" considered way too low for high dc voltage.This would reduce efficiency and increase current draw as well.
After rectification it would be better to use around 400v maybe 1uf or higher value capacitor to stabilize voltage between L1-L2 of T1 to ground.This would definitely boost output from T-1.

I feel that using 1.5KV capacitor would not be necessary for 3T and 43Turns.Likely a lower voltage around 400...600volts  with "low leakage" variety would do as well.

In every microwave oven capacitor there is a inbuilt bleeder resistor to allow it to self discharge.I'm not sure what the value is if it's 1MOhms it's fine.
There is also a link to show on how to remove the "Bleeder resistor" inside capacitor.
http://www.instructables.com/id/How-to-remove-the-bleeder-resistor-in-microwave-ca/

[MenofFather]

"I feel that using 1.5KV capacitor would not be necessary for 3T and 43Turns."
I think it can be not 1.5 KV, but 600-400 volts and about 5 mikrofarads and it can be very important, necassary. But it must work in series resonance, resonace be, then voltage on it is maximum. With small voltage choke inside pipe not makes any effect or to small...