ENERGY AMPLIFICATION

[ramset]

Forest
Quote:
Listen carefully, looks like we all are awakening slowly.
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I do believe you are correct!
But  I think Teetsla will need a bigger alarm clock to wake us up!,maybe a "sledgeamatic"?

Frozen ice balls?
"crons"?
On an aluminum plate?

Sounds more like an entr'ee


Chet

[Tenbatsu]

Mags, for what it's worth I think you have made the right decision.

Your original design has the most promise, I wouldn't get side tracked until you have tested it further.

[Magluvin]

Hey forest

The video of the guy charging and discharging the cap,  do you see how that circuit, as a whole, gets 2 times as much energy out, as in?

I have seen this in one of my circuits, but I wasnt applying it properly.



This is very important that everyone, EVERYONE, pay attn here.



This circuit that I am going to show here, really puts out 2 times as much power than what is used from the source.   This is no joke.. 2 TIMES       What is that   COP>2  ?

If you watched the video from Forest, the cap charge and discharged, HE IS POWERING A LOAD WHILE CHARGING THE CAP!!!  THEN POWERS A LOAD WHILE DISCHARGING THE CAP!!!!!!!!!!!!!!!!!!!!   2  FOR  1  DEAL

Titos tips are way too complicated and missing so much, when we all just need a little,  1 cap  1 dpst switch(relay) and 2 diodes  and a load, be it a transformer, motor, heater, or a light at higher freq to eliminate flicker.

We can AMPLIFY ENERGY  now.     We are using the energy twice!   Some may have negative things to say, but I would really like to here from the ones that have a positive thing to say.


In the code circuit, just operate the switch with the mouse. The scopes show the input from source first and output resistor.  We get to use the energy that charges the cap, and we get to use the energy that is in the cap.

Also notice the voltage on the cap as you continue to switch.   This is sweet.  I did a simple test with a motor and the motor seems to go just as long while charging the cap, as it does to discharge it.

Mags 2 for 1 sale   starts today   =]

[Magluvin]

Here is and alternate by removing 1 diode and it gets more out of the discharge than the charge load usage.

In some loads you get oscillation and the charge of the cap can vary when flipping the switch, so the diodes help kill the oscilation for certain uses. But, other uses may be able to take advantage of the oscillation and get more power out.

Feel free to experiment.   I believe this is a little bit of what everyone is looking for.  ;]

Ill give forest credit for this and the young student that posted that vid.  Do ya think that the kid knew what he had there?   hmmm   maybe    seem like such a general experiment that most may say,  young amateur. But that kid just might be right out of the box, if you get my drift.

Mags

[gyulasun]

Hi Magluvin,

Please answer this question:

Is the current taken from the battery more or is it the same when the load across the transformer secondary is connected or disconnected?

Because I think in case the load is disconnected from the secondary, the current taken from the voltage source on the left is less than in case it is connected. 

Thanks,  Gyula