Pulsed DC Transformer with Embedded Magnets

[XS-NRG]

the COP was greater than 280.

The best prototype in my possession in USA has COP > 200.

CLOWN

[TinselKoala]

No, I don't mean that and you know it very well. Don't finagle. I mean your failed effort to replicate Steorn motor. Orbette or whatever silly name you gave it. Where is your power balance of the motor you made so many videos of claiming it replicates Steorn claim?

I didn't bring it up, but since I am being misrepresented and lied about I feel the need to respond.

What do you call this, if it's not a "power balance" test? Do you have the wit to interpret this data? It indicates, without any doubt, that Orbette uses LESS power when the coils are pushing the rotor than when the coils are just firing into the air with the rotor magnets distant.  This is a clear indication that my Orbette is working in the same manner as Steorn's motor.
http://www.mediafire.com/imgbnc.php/63260e67b8110c443ba531d85def6d7c5g.jpg
Please note that it is Omnibus who started talking about my motors in this thread.

[TinselKoala]

Our FLEET and LCR resonance tuning experience

Mar 17, 2010, reply 122  - Observer’s flyback transformer resonance
Mar 29, 2010, reply 166 â€" Observer introduced the Joule Thief Circuit
Mar 31, 2010, reply 176 â€" Korean Patent: Circuit for Transmitting Amplified Resonant Power to Load.
Apr 02, 2010, reply 191 â€" What have we learned so far
Apr 04, 2010, reply 205 â€" First resonance hunt showing increased Vpp
May 11, 2010, reply 321 â€" Air coil successful
Jul 13, 2010, reply 434 â€" COP > 1 successfully demonstrated

In words, we first used air coils on the Joule Thief circuit with one or more secondary coils to achieve COP > 1.  A variable resistor was used on the secondary and we kept replacing the capacitor until a high COP > 1 value was obtained. 

The best technique we found was the use of two oscilloscopes side by side and compared the power waveforms as in reply 438.
I then decided to find the cheapest configuration to demonstrate COP > 1.  The 1 inch toroid was successfully tested.  As an accident, we found that even if we did not use a capacitor, we could achieve high COP results.  (Apparently, if we use breadboards, changing the holes to plug in appeared to vary the capacitance.)

The best one inch toroid FLEET prototype on breadboard was achieved on Oct 9, 2010 by Felix at the Hong Kong University workshop.  (The 7 inch air-coil toroid was better but more expensive.)  The Output Power (peak-to-peak) exceeded 10 watts and the COP was greater than 280.

The best prototype in my possession in USA has COP > 200.  It will be used as the “teacher’s demo” when we run the Workshops in Washington DC??? in the coming future.

The LCR resonance circuits can lead-out electron motion energy that is virtually inexhaustible.  Thanks to the Almighty.  Amen.

Why do you avoid answering me? Using your method of calculating COP, what is the COP of my TinselKoil? This is a very important question, because I might be able to save you a lot of trouble by teaching you a thing or two about resonance. Real resonance, I mean.

What's the COP of my TinselKoil, Lawrence? Input and output parameters, just like yours, are stated in an earlier post. Do the math and tell me what my COP is. Please.

[XS-NRG]

obviously Mr.Clown does not know what he is talking about.
He just wants to fool people....but doesn't realize hes only fooling himself.

[Omnibus]

I didn't bring it up, but since I am being misrepresented and lied about I feel the need to respond.

What do you call this, if it's not a "power balance" test? Do you have the wit to interpret this data? It indicates, without any doubt, that Orbette uses LESS power when the coils are pushing the rotor than when the coils are just firing into the air with the rotor magnets distant.  This is a clear indication that my Orbette is working in the same manner as Steorn's motor.
http://www.mediafire.com/imgbnc.php/63260e67b8110c443ba531d85def6d7c5g.jpg
Please note that it is Omnibus who started talking about my motors in this thread.

Ii am asking once again, where is the power balance of your motor? What you are presenting is not a power balance. Please note, @TinselKoala(@alsetalokin) has not presented a power balance of his motor although he insists he has. Bringing up his motor is necessary because in this topic not only because this topic is about a power balance but it shows what someone who very much likes to put down other peoples' research looks like, who makes fun of the entire community by posting a fake video of a magnet motor but fails to do his own homework.