The TPU uncovered? (A PROBABLE technique.)

[poynt99]

In essence you put in 5V @ 100ma, and for a small fraction of a second, you see a spike of say 20v @ 100ma. For that fraction of a second you see over-unity. The sharper the input pulse and the cleaner the signal, the higher the initial voltage spike and, viola, the greater the factor of over-unity.

Paul Andrulis   

i'd be ecstatic to see anyone prove this

[buzz-ard]

@poynt99 - I've seen it, Paul has seen it, Otto has seen it, as have many others, and you can too. Send a sharp pulse through a wire or coil and see the kick on your scope. It's a nano-second event, so you'll need to dial the scope to the smaller divisions. It's a transitional effect that occurs at some level in any device when DC power is applied. Why DC? Because standard AC power from generators provides smooth sines instead of sharp pulses. But I do not agree with the notion that the kick comes from the earth's magnetic field, as SM quoted from the EE book - I think it's more of a wavefront effect.

[giantkiller]

Check out Dale Ponds water hammer explanation of the Keely engine on youtube.
The most important thing that will ever hear is the attachment of a microwave waveguide or horn on the bottom of the water channels. In late 1800's no less.
For those who constantly berate and want proof this should educate you into the effect of impulse resistance. Matter applied at a speed faster than the destination can respond. The effect, reflection, echo, artifact is greater than the frequency level of the offending matter. We only see it after it has slowed down to match our senses(Walter Russell). How narrow, eh? Everything else becomes mute.
Except for desktop eletrostatic nuclear detonation.

Or do a belly flop from 22 feet up and tell us where the water went on impact.

--giantkiller. Keely was a true genius.

[innovation_station]

i'd be ecstatic to see anyone prove this

you can do it to....

what hapins if...... it is 5 v 10 amp


hummmmm.....

ist

[poynt99]

@poynt99 - I've seen it, Paul has seen it, Otto has seen it, as have many others, and you can too. Send a sharp pulse through a wire or coil and see the kick on your scope. It's a nano-second event, so you'll need to dial the scope to the smaller divisions. It's a transitional effect that occurs at some level in any device when DC power is applied. Why DC? Because standard AC power from generators provides smooth sines instead of sharp pulses. But I do not agree with the notion that the kick comes from the earth's magnetic field, as SM quoted from the EE book - I think it's more of a wavefront effect.

great to hear buzz. already tried it, but no joy.

as i said i'd be ecstatic to see anyone's proof...post your scope shot please



for those who constantly post non-sensical banter and couldn't debate their way out of a wet paper bag--- best not to venture out