Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Cosmic Hero]

Once again...listen to this guy : http://www.youtube.com/watch?v=GdXPkmnD7Os&feature=uploademail
answer ready

At the end of the link you posted it says  "Feature=Upload email"

What up?

[Cosmic Hero]

@ StiveP

You are right about the two 90 degree wave positions where the high voltage is fired.

Research the following, if you have not already:

Stanley Meyer - "electron bounce phenomena".

Dr. Puhirigh and his water fuel patent.

Professor Searle's claims where he states that the high voltage must hit at exactly the right time.

The list goes on and on. You should use a voltage comparator such as a LM339 and not an OP amp since they are not the same thing to detect zero crossing. Two transistors in series will create a robust AND gate. One gate for the comparator output and one gate with a diode attached to detect whether the wave is rising or falling. So if the wave is rising, AND the wave is above the zero mark, then fire the HV spark gap in the proper polarity.

The reverse of the circuit for the other 90 degree part while the wave falls below zero volt fires the HV with the other polarity.

Most people here don't know much about 3 rail power supplies or a comparator set up for duel supply. Here is a primer:

http://home.cogeco.ca/~rpaisley4/Comparators.html

Kapanadze is using the OP AMP on the vertical deflection circuit board of an old TV since they are fast robust OP AMPs and can be used as a voltage comparator.

[ElectricGoose]

@ StiveP

You are right about the two 90 degree wave positions where the high voltage is fired.

Research the following, if you have not already:

Stanley Meyer - "electron bounce phenomena".

Dr. Puhirigh and his water fuel patent.

Professor Searle's claims where he states that the high voltage must hit at exactly the right time.

The list goes on and on. You should use a voltage comparator such as a LM339 and not an OP amp since they are not the same thing to detect zero crossing. Two transistors in series will create a robust AND gate. One gate for the comparator output and one gate with a diode attached to detect whether the wave is rising or falling. So if the wave is rising, AND the wave is above the zero mark, then fire the HV spark gap in the proper polarity.

The reverse of the circuit for the other 90 degree part while the wave falls below zero volt fires the HV with the other polarity.

Most people here don't know much about 3 rail power supplies or a comparator set up for duel supply. Here is a primer:

http://home.cogeco.ca/~rpaisley4/Comparators.html

Kapanadze is using the OP AMP on the vertical deflection circuit board of an old TV since they are fast robust OP AMPs and can be used as a voltage comparator.

Oh how the bulldust flows.  I'm going to call you on just about every one of those statements Cosmic Hero!  There sure was a lot of shite shovelling in there...everything from "professor Searle's" name thrown in for good measure and somehow you now know what OP AMP Kapanadze is using???  LOL  While youre at it why not tell the rest of the hungry masses the remainder of the circuit if YOU know so much!!

[forest]

yes,you can analyse what op-amps Tariel used, defelction circuits and ignition ionization sensors but.... he said you must think SIMPLE

[dole]

http://home.cogeco.ca/~rpaisley4/Comparators.html

     

     Oh how the bulldust flows..... 
     

I would say why not, or rather very good, but this time little bit different,
we pulsing standing wave! Doing this with traveling was wrong, will generate only mess.
Push at the potential peak as we do with children swing at the precise time,
You see ELgoose gringo 

d.