Pulsed DC Transformer with Embedded Magnets

[poynt99]

Poynt,

You said,
Yep, that's more or less what I'm saying.

Years of  Playing Guitar led me to ask    ---> why an Acoustic Guitar was 1000 times louder than an Electric Guitar ? <---

I then theorized that resonating a common Transformer
                                                   would be interesting,
                                                based on this Observation...              Turns out I was right.

Best Regards,
                    The Observer

I have played guitar for years and it is no mystery why an acoustic sounds louder than an electric. "ION" at OUR forum has also played for many years, and he has a great deal of electronics experience. I'm fairly confident he would agree that there is no FE with either an acoustic guitar or a resonating transformer, and ION is an expert in that are of electronics.

However, the bottom line is this: Let's see the device and measurements proving your assertions.

.99

[poynt99]

This is from Wiki, so take it with caution, however I believe it to be correct. He speaks of an acoustic guitar's loudness:

http://en.wikipedia.org/wiki/Acoustic_guitar

No amplification actually occurs in this process, in the sense that no energy is externally added to increase the loudness of the sound (as would be the case with an electronic amplifier). All the energy is provided by the plucking of the string. The function of the entire acoustic system is to maximize intensity of sound, but since total energy remains constant, this comes at the expense of decay time. An unamplified guitar (one with no soundboard at all) would have a low volume, but the strings would vibrate much longer, like a tuning fork. This is because a damped harmonic oscillator decays exponentially, with a mean life inversely proportional to the damping, i.e. the more the volume is increased by the soundboard, the shorter the resulting sound will last.

.99

[poynt99]

I thought this was all familiar 

http://www.overunity.com/index.php?topic=7810.msg192856#msg192856

It's been over a year...still no OU guitar? 

.99

[Paul-R]

This is from Wiki, so take it with caution, however I believe it to be correct. He speaks of an acoustic guitar's loudness:

http://en.wikipedia.org/wiki/Acoustic_guitar

.99

Am I right in this thinking?

If you strum a string with a standardised device, possibly the Gismo of Godley
and Creme (a sort of rotating toothbrush giving a standard strumming action),
a dobro (national) guitar is sound loudest, followed by a dreadnought type
acoustic, then the standard acouostic and finally the sold guitar which will
sound the least.

Since the energy input is the same, and the sound energy out varies, what
happens to the difference?

Does it just heat up the material of the instrument?

[ltseung888]

Resonance

The Tseung Hypothesis: “In any resonance phenomenon, energy from the surrounding will be lead-out or brought-in into the system.  With proper feedback, the amplitude of oscillation or vibration will show exponential increase.  One can build bring-in energy machines using this phenomenon.  Such machines will not violate the Law of Conservation of Energy.”

In the Tong Wheel, we tuned for resonance via

1.   Varying the number of pulse and collector coils.  If we configured more coils as Pulse Coils, we effectively increased the Pulse Force on the rotor wheel.  If we configured more coils as Collector Coils, we effectively drained out more energy to power the load (resistor, three 5 watt lamps and feedback to recharge battery). 
2.   Varying the position of the sensor.  This effectively controlled when the Pulse would start and/or stop. 
3.   The overunity result was obtained after playing with the two above features.  It could be thought of as “resonance tuning”. Note that not all configurations produced overunity.


In the Joule Thief FLEET, we tuned for resonance via

1.   Selecting the toroid.  The toroid could be air core or ferrite core.  The size could vary from 1 inch diameter to 15 inches.
2.   Performed the Joule Thief winding.  Added the transformer type winding in one or more layers.
3.   Selecting the transistor (e.g. 2N2222) and varying the capacitor and resistor values associated with the primary circuit.
4.   Putting a LCR load at the transformer winding (treating that as a secondary).  Varying the Inductor, Capacitor and Resistor values.
5.   Monitoring the Instantaneous Input Power and the Instantaneous Output Power curves via two oscilloscopes.  These curves would show overunity effects clearly.
6.   Recording the overunity results on data loggers or send them to computer for detailed analysis.

The two above experimental results can be reproduced.  I have NINE working FLEET prototypes in my possession.  We now have both the theory and the experimental evidence.  It is a matter of time before the lead-out or bring-in energy is accepted.

I believe that the Almighty has given us the true understanding of resonance.  External energy is brought-in into the system at resonance!

@Observer
Stick to your guns related to the tuning forks.  We may only need to spend US$200 and have 20 sets resonating together.  You can show a video or picture of your acoustic guitar first.  You are absolutely correct and the coming experiments will confirm your hypothesis.