Sonic Resonator Results and Findings, As Well As LTspice Models To Download

[TinselKoala]

Dear D.R. Jackson,

TinselKoala, who others on this forum used to know as "Al" is a skeptic of anything O.U. and a Hoaxer.  Please do not let him dissuade you or bother you too much.

Keep up the good work!

Kind regards,

Bruce

Careful there, Bruce, somebody might ask you to PROVE YOUR STATEMENTS. Like me, for instance. Let's see a link or reference to a hoax, or even to an instance where I have been proven WRONG about anything I've said on this forum.

Dissuade? Bother? How about Get your facts straight, and call a spade a spade, not an entrenching implement.

[TinselKoala]

Here, once again, is the picture of a square wave from my scope's calibrator. The horizontal scale is 50 microseconds per division. I challenge "Doc" to post a shot of his square wave at this horizontal resolution, so we can compare the rise times, and see if his assumption of "squareness", on which his overunity power claim depends, is justified.
Or is that being too much of a "bother"?
Or, perhaps, is my scope trace a hoax?
Sorry, I get a little sarcastic when I'm personally attacked for no reason by someone with no chops at all.

[AbbaRue]

I entered the circuit on page 1 into the circuit simulator found at:

http://www.falstad.com/circuit/

And I got a steadily increasing voltage which starts at 34.96 V.
Right click on the 100 ohm resistor and select "View in scope"

Definitely shows OU.
It puts out over 12W for less then 1W input from the 10V.

Here is the code to save you time entering it.
(This is the original circuit before the filtering was added)
Just copy everything between the brackets without the brackets
and import it into the simulator.

(
$ 1 5.0E-6 10.20027730826997 50 5.0 50
t 192 240 240 240 0 1 0.8602745009247793 0.8607420270030522 100.0
T 240 128 304 128 0 4.0 0.5 0.2641619057480187 -0.4657941860849796
w 240 224 240 160 0
w 304 160 368 160 0
w 304 128 336 128 0
w 336 128 368 128 0
c 368 128 368 160 0 1.0E-7 0.7561599451270342
w 240 128 192 128 1
w 240 224 336 224 0
w 336 128 336 224 0
c 336 224 336 272 0 1.0E-7 4.675260782729799E-4
g 336 272 336 304 0
g 240 256 240 288 0
w 368 160 432 160 0
z 432 208 432 160 1 0.805904783 5.6
w 432 160 496 160 0
c 496 160 496 208 0 5.0E-8 -0.7556924190487613
g 432 208 432 240 0
g 496 208 496 240 0
R 192 128 144 128 0 0 40.0 10.0 0.0 0.0 0.5
R 192 240 128 240 0 1 1000.0 1.0 0.0 0.0 0.5
w 336 224 400 224 0
r 400 224 400 304 0 100.0
g 400 304 400 336 0
o 22 64 0 35 80.0 0.8 0 -1
)

[fritz]

Definitely shows OU.
It puts out over 12W for less then 1W input from the 10V.

As pointed out earlier - OU - or energy ratio is derived from _ENERGY_ not power.

Only if you have input and output power as _DC_ you can compare the _POWER_ (in Watts).

In all other cases you have to calculate by other means.
If you have the same waveform on in and output - things are similar to _DC_ ....

[TinselKoala]

Definitely shows OU.
It puts out over 12W for less then 1W input from the 10V.

As pointed out earlier - OU - or energy ratio is derived from _ENERGY_ not power.

All right! Let's you and him fight!!