Selfrunning cold electricity circuit from Dr.Stiffler

[pomodoro]

Today I used a 27 Mhz Cb radio to test the avramenko plug.  The 4W of power was delivered to a 50 ohm dummy load via a swr power meter. Off the dummy load, which consisted of resistors, I connected to the av plug. An electrolytic of  1000uF charged up in a few seconds to about 20V. No descent loads such as lighbulbs could be directly powered but LEDs are. I did notice that the plug did effect the SWR depending on its charge.  Next step is to put my RF ammeter in series to measure the current. It uses a thermocouple to measure true rf current. Problem is that it measures amps so I have to see if I can connect it to a galvanometer to measure mA comparatively.  Why do all this?  Well if the plug does draw current, it ain't free energy and Frolov  not Avramenko , who never claimed OU, is a fraud or delusional.

[ramset]

Holy crap this is like kindergarten   no wonder the Doc wants a closed thread   Chet

[plengo]

@Dr. Stiffler,

hello doctor. I have been playing with you latest SEC and the water container using two SECs (with some alterations) and I am very please to inform you that charging a led acid battery with it has been simply phenomenal.

I am , again, load testing this process and so far the COP has been if not greater than 1 pretty close to it. Again it is a little bit early to state that but the preliminary tests have been surprising. I will create a video about it soon.

The major difference in my setup is that I connect BOTH SEC to the aluminum foil outside the beacker and the second SEC into the water using a pensil (or carbon rod). It only work like that for the lead acid battery setup, for the regular lamp setup I used that same process as you describe in your videos.

Thank you doc.

Fausto.

[creator]

Hi All,

Well I do have a little news about my testing now.

This morning with a friend present I did a "quick test" and got some (presumably) hydrogen bubbles using my SEC breadboard. I'm uploading a video to YouTube for your viewing enjoyment. The video is being processed, but should become viewable soon:

http://www.youtube.com/watch?v=9aTLQsIke44

I have also been testing other coils, having remembered that I had a LOT of 24 gauge wire out in the garage (acquired some years ago for magnetic and pulse motor experiments.)

I think I've achieved better SEC tuning with the new coils, for these reasons:

1) Brighter, hot neon bulb
2) Cooler transistor
3) Fluorescent tubes seem to light easier and brighter
4) Tubes stay lit in proximity to wire even when not touching
5) Tubes and neon stay lit simultaneously
6) Tubes stay lit around water jar

My approach to tuning has been to wind the coils oversize, and then spread them a little by hand until the neon fires, then fiddle with them to fine-tune. My present coil is 42 turns of air-core enameled copper wire initially tightly wound around a 1/4" form (I used the copper tubing that I got for heat sinks) and then spread to tune.

I'm going to see if I can build a SEC exciter on a "standard" Radio Shack copper proto PCB now that I have a working breadboard setup.

Of course, I am always open to suggestions and guidance from you "old hands" who have been getting good replications, and thanks again to all who have helped.

[ramset]

Creator  No grass under your feet !!  Thank you for sharing    Chet