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Author Topic: TEP replication  (Read 16627 times)

Phil7218

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TEP replication
« on: May 25, 2005, 09:12:15 PM »
Did anyone try to replicate the TEP circuit from the ctglabs

http://www.ctglabs.com/TEP_1_1.htm
http://www.ctglabs.com/TEP_1_2.htm

Which results did you recive?
I also tried to replicate it but I couldn't? measure an overunity effect
or any other strange effects.

?
regards, Phil
« Last Edit: May 26, 2005, 11:27:17 AM by Phil7218 »

Thaelin

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Re: TEP replication
« Reply #1 on: May 26, 2005, 01:55:15 PM »
    I feel up to another toy to play with. I have all except the wire and the 1 ohmer.  22 gauge
wire should fit the bill and I think I could wind up a resistor. Check back as soon as I can get
it cooking. Would be a nice addition to the SG I have running now.

sugra

betajim

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Re: TEP replication
« Reply #2 on: May 26, 2005, 08:36:23 PM »
Hi Phil,

Which results did you recive?
I also tried to replicate it but I couldn't  measure an overunity effect
or any other strange effects.

The circuit on the website is only a DC to AC inverter with the output rectified.
I don't understand why the designer thinks the circuit is overunity. He also makes
the mistake of using a multimeter to measure an AC signal that isn't a 60Hz
sinusoid, because of this you can't put any trust in the meter readings.

Take care.

fallenangel3k

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Re: TEP replication
« Reply #3 on: July 23, 2005, 04:50:48 AM »
Aye,

I have. And I have gotten very well and very strange results.

Look at those XY-Scopeshots from Current and Voltage of the Load on this simple circuit:

http://www.wagner-beregnung.de/fallenangel3k/vortex2.jpg
http://www.wagner-beregnung.de/fallenangel3k/vortex3.jpg
http://www.wagner-beregnung.de/fallenangel3k/vortex4.jpg
http://www.wagner-beregnung.de/fallenangel3k/vortex5.jpg

http://www.wagner-beregnung.de/fallenangel3k/sei2.jpg Normal 2 channel scopeshot representative for above XY.
http://www.wagner-beregnung.de/fallenangel3k/sei1.jpg Full circuit in operation with ECO-Bulb as load.


I dont want to say anything about whether OU or not..... just that you MUST build this circuit.... it's very great for learning in either way... ;c)



Greets,

Marcus



PS: My own circuit has changes much, too. Now those big fat and nasty potentiometers are gone, it's a very small circuit now. But I made more changes... like solving the problem why you had to use two batteries before.... the current of the radiant energy is freewheeling (reads: dead-wheeling itself) in the coil. So you must place an other Switch on top of the coil which switches in same cycle as the other main switch. So both switches are either On or either off both. So you now can connect the output to input directly without having to worry about Battery-Resonance which would be required otherwise. So the energy can only go to battery or into storage-capacitor but not dead-wheel itself in the coil....
For a motor this is fine... this gives you more (free) power. But we want to charge batteries here!



saintsnick

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Re: TEP replication
« Reply #4 on: October 04, 2005, 05:42:54 PM »
Similar idea, capture back emf.

saintsnick

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Re: TEP replication
« Reply #5 on: October 05, 2005, 04:31:38 PM »
Hey fallenangel3k, that squiggley bit of reading you get at the end of each pulse, it's the coil's magnetic field colapsing.  When it does colapse, the circuit you have hooked up is allowng the coil's magnetic field to colapse at the coils own natural vibration rate.  When this happens, a ringing occurs, a back and fourth deminishing current flow as the energy is released at the coils natural resonant frequency.  This IS where any extra energy in the circuit comes from. If you were to open up the time divisions of your scope and read the frequency of that ringing sine wave squigley line, you would have measured the resonant frequency of that coil.
 
When coils resonate at their natural resonant frequency, even if it is just colapsing while de-energized, there is extra energy available.  Tesla Coil's do Exactly this, except, they are continually driven at their resonant frequency, hense, emmense voltages build up and you get those big lightning bolts.  Bedini's circuits are all about this too, like the picture in my last post which I got off the Bedini web site.  http://www.theverylastpageoftheinternet.com/archive/archieve.htm  Of course he has some other technology in there too.
 
TEP is this same concept, except it's a convoluted circuit.  The Bedini circuit is much simplier and to the point, capture the back EMF and direct it toward the battery.  If you take the TEP kick-back portion of the circuit and re-direct it to the battery and take the load out of there, you will charge the battery. TEP has a line resistor to limit the current through the coil.  Replace that with your load and you'll still get your work out of the circuit too, while charging the battery.

I've mangled the TEP diagram to better explain this.  Will post.

saintsnick

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Re: TEP replication
« Reply #6 on: October 05, 2005, 04:43:44 PM »
I can only seem to attach one pic to each post, so I'll have to do this twice.


saintsnick

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Re: TEP replication
« Reply #7 on: October 05, 2005, 04:45:26 PM »
Same circuit I just posted, reconfigured for easier viewing.

saintsnick

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Re: TEP replication
« Reply #8 on: May 16, 2006, 06:49:22 AM »
TEP Reproduction by Stiffler Scientific

http://www.stifflerscientific.org/ecat2004.html

Stiffler says: "One design that was an off shoot of the initial ECAT research (although never acknowledged as such) was the TEP (Time Energy Pump) "

He calls it Polyphasing, made a polyphasing transformer and circuit.  He has a circuit making measurably more output than input, even after losses.

This has REAL potential. This may be the big one.

He didn't like my modified off topic diagrams eiether ... lol

-sNick