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Overunity Machines Forum



Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

Started by Pirate88179, June 27, 2009, 04:41:28 AM

Previous topic - Next topic

0 Members and 225 Guests are viewing this topic.

flathunter

Quote from: Yucca on July 23, 2009, 03:34:33 PM
Your lucky to have a radio market near you, enjoy it!

For now I won't be building any 3 phase systems like Kapanadzes latest, I'll start with single phase. I want to build a power harvesting module first, so a full wave HV bridge (4 diodes) charging a modest bank of doorknobs, I want to build it on a board with input and output choc block connectors, that way I can use it for any experiment where I want to collect HV at high freq. I will also include a push switch that will bleed any stored charge through a HV resistor to reset the bank to zero. With such a module you can easily just put a DMM over the cap bank and time how long to charge from 0V to 1kV and then accurately calculate average output power of any experiment being performed.

I've seen some nice diodes on ebay, I will probably buy some soonish.

Sounds like the A Team have a plan!

One question - whats a DMM?  I also have a problem with abbreviations and i'm not very well acquainted with electrical engineering terms.  But i'm learning as i go along.  I can see how important it is to get some measurements on output and input!

Lastly, I'm going to build 3 receiving coils for my tesla coil and see how much output I can get with that.  The plan was to connect the receiving coils to a diode bridge, and then dump the DC into capacitors (either doorknobs or polyprops - whichever work best) and hopefully measure some output (dont know how I'd calculate my input though - my tesla coil just runs on mains supply into an NST and typical tank circuit.  Does anyone know a way?)   My question is do you think i'd get more power from a 4 diode HV bridge, or from a 6 diode HV bridge?  I'll try both with pleasure, but its always nice to hear some opinions as to what you guys think will be best.  Helps me get acquainted with some theory.

Anyone else building something related to this thread?   

aether22

Quote from: flathunter on July 24, 2009, 03:20:12 AM
Sounds like the A Team have a plan!

One question - whats a DMM?  I also have a problem with abbreviations and i'm not very well acquainted with electrical engineering terms.  But i'm learning as i go along.  I can see how important it is to get some measurements on output and input!

Lastly, I'm going to build 3 receiving coils for my tesla coil and see how much output I can get with that.  The plan was to connect the receiving coils to a diode bridge, and then dump the DC into capacitors (either doorknobs or polyprops - whichever work best) and hopefully measure some output (dont know how I'd calculate my input though - my tesla coil just runs on mains supply into an NST and typical tank circuit.  Does anyone know a way?)   My question is do you think i'd get more power from a 4 diode HV bridge, or from a 6 diode HV bridge?  I'll try both with pleasure, but its always nice to hear some opinions as to what you guys think will be best.  Helps me get acquainted with some theory.

Anyone else building something related to this thread?

I recall having asked that one years ago myself.
DMM = Digital Multi Meter
DVM = Digital Voltage Meter
?To forgive is to set a prisoner free and then discover that the prisoner was you.?  Lewis Smedes

nievesoliveras

Quote from: flathunter on July 24, 2009, 03:20:12 AM
...
Anyone else building something related to this thread?

I am gathering information on the tesla coil building, storing some videos and photos.
I have not started to build yet, because still I dont understand it fully.

But this is my next project. A tesla coil first, then how to make it produce Kapanadze's free electricity.

Jesus

triffid

No I did not post in the wrong thread.On page 1 or 2 of this thread someone claims that a falling body slows down at 18 inches above the ground.Well I, on the other hand took part in a physics experiment on acceleration of falling bodies in the basement of the university and saw no slowdown in acceleration of our falling body.I did post this on page 58 of this thread,not page 1 or 2.A lot of times I see stuff posted on the web with very little experimention to back it up.This was one of the best experiments I saw in my whole life.I wanted to share although I came along over 50 pages later.Triffid

Yucca

Quote from: flathunter on July 24, 2009, 03:20:12 AM
(dont know how I'd calculate my input though - my tesla coil just runs on mains supply into an NST and typical tank circuit.  Does anyone know a way?)

If you have an oscilloscope it makes it easier.

Without a scope it is only possible if you can work out these things:

1)
farad value of primary cap.

2)
frequency of the gapfire. Some DMMS have frequency measurement up to 100kHz or so. Put a sniffer coil over the probes and bring it slowly from a distance bting it near the circuit when it is running until a stable reading is obtained. Failing that you can listen to the gap using a microphone plugged into your PC and run a freeware scope program on the PC, again keep the mic as far away as possible from the circuit while still getting a clean enough sound to analyse.

3)
voltage of cap just before gapfire. you can get this by temporarily modifying your circuit by putting a HV resistor before the cap (say 1k). then DMM across the cap and turn on. The HV resistor will make the cap charge up real slow and so you can watch the DMM and record the highest reading just before gapfire occurs.

4)
voltage of cap just after the gapfire. You can get this with DMM across the cap as above with the resistor before. Take the lowest reading.

with those 4 things you can calculate average input power quite accurately using equation for energy stored in a capacitor:

E in Joules = 0.5 * C * (V * V)

Calculate Es for voltage cases before gapfire and after gapfire. Work out the difference in those Es.

Take the difference and multiply that energy by the gapfires frquency and you get your avg input power in Watts.

Quote from: flathunter on July 24, 2009, 03:20:12 AM
My question is do you think i'd get more power from a 4 diode HV bridge, or from a 6 diode HV bridge?  I'll try both with pleasure, but its always nice to hear some opinions as to what you guys think will be best.  Helps me get acquainted with some theory.

6 diodes sounds like 3 phase rectifier, 4 diodes is a full wave bridge and is capable of single or double phase collection. I guess use 4 diode in normal bridge unless you want a 3 phase system.

Edit: A-Team lol. I like Mr T the best.