ENERGY AMPLIFICATION

[Cadman]

It just struck me, BEMF, not just ringing down.
Hope you're well, Teets.
Bob

Bob,

Think self induced voltage and charges from flyback by collapsing magnetic field.

Edit. This is not a working circuit. It's for basic concept only.

[onepower]

AlienGray

From Nelson Rocha May 30 2020.

I could tell you that the last replication i did in Germany of this system, was evaluated by two external entities, where one of them reached at a value close to COP 3, but what difference would it make me to promote or speculate about that result to only catch people attention ?
I do not live on external profits or donations , I have my work and I do that by pleasure.

Nelson was a smart guy and knew if he made an outright FE claim the trolls and paid shills would be all over him. Nelson had the reserved attitude of a seasoned FE inventor who gets results unlike some others and there drama.

ENERGÍA FRÍA DEMOSTRACIÓN  < i'm sure you can find it, with your skills.
https://duckduckgo.com/?t=ffab&q=ENERG%C3%8DA+FR%C3%8DA+DEMOSTRACI%C3%93N&iax=videos&ia=videos&iai=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3D4TKsmqWN9ek

I like this guy, Jose Caltum https://www.youtube.com/@josecaltum/videos. He looks like the classic FE inventor. He's older, he has the look, methodical tone of voice, plaid shirt with bonus sweater, messy bench but not too messy-- just right. Look at all the stuff in the background and he probably has many projects on the go. More important he's old school concentrating on only the basics to prove an effect. No more, no less than required moving forward in a methodical manner. Looks like he has 7 years of video's but probably decades of time spent at the bench.

Based on his prior video's I would say there's a very good chance he's onto something.

AC

[fuzzb3k]

Hi folks,

I've spent more time than I care to remember going over this thread. I've also gone through all of Tito's posts scattered over various other threads and collated them in chronological order. I've attached this file to my message, just in case it's helpful to anyone. A lot of people thought he was being a master LARPer or spreading BS and being deliberately obtuse, but I saw through that and had a gut feeling that the tips he had cryptically shared all seemed to have some element of the truth about them

I then thought long and hard about each one of them to see how they might help in the quest for overunity.

This is one of the tips where he suggests there might be some gain when charging caps in parallel and discharging them sequentially (note: not in series).

a parallel then switch to serie connection makes an amplification then a sudden discharge into a big thick wire makes a strong magnetic field.Now did you get something amazing in there?

a matter of series and parallel connection will solve your problem ok its an elementary technique

If I recall from memory your text, it was: you start out from a 12V battery and charge up say 10 capacitors in parallel, then you discharge the 10 capacitors  in series.  And you wrote the effect is a 'surprise' or something similar.

for example we have 12v bat and three capacitor,  you charge them in parallel then discharge them in series is a very big difference isn't it.

can we not charge in an instant in parallel more than 2 caps?, then discharge it very very fast in a separate series connection in a (cascade coil)   and produce lots of energy?. is that very hard to make buddy?, and that is very obvious that we can produce lots of excess of energy isn't it?.do you know the reason why very very fast?. now, that is overkill. 

I put together this infographic to explain what I'm thinking.



Basically, if you charge caps in parallel then this obviously requires enough energy to charge them from 0 to 99.9%. If you then take, say, 10 caps and loop through them one by one, discharging for an amount of time equating to roughly 0.1t (remember t=RC), then in theory the cap will only lose a small amount of charge but the amount of power discharged will be maximum (max volts & max amps). At the output you will end up with DC with a spikey ripple.

One way that I can think of how this can be achieved is to have a PWM output from an Arduino which is a single pulse with configurable duty cycle and frequency. This pulse goes into a Johnson Decade Counter (decoded) which has 10 individual outputs. The logic input of a MOSFET gate driver would be connected to each output, and you'd then have the gate driver controlling a MOSFET. So you'd have 10 gate drivers and 10 MOSFETs. The decade counter would iterate over each output, triggering each one in sequence. At the end of the sequence it would repeat ad infinitum. The MOSFET would discharge a capacitor into the primary of an output transformer. The output of the secondary would be rectified using a full wave bridge rectifier, smoothed with a DC cap and then that would be your output. You could then invert it using MOSFETs or IGBTs etc. if you wanted AC output.

[fuzzb3k]

Here's a simulation of what I described above: https://tinyurl.com/26z5syqm

[fuzzb3k]

Another thing that I looked into was the LM78xx series voltage regulators, following Tito's tips on this subject matter.

see if those words are coil connected to an antenna of different frqs then we have lots of energy. 7805 is really good in current amplification isn't it?

did you not yet study about 7805-24 chips, on how to amplify current using this chips?.

And now the real secret i am is hiding is the technique of amplifying at the same time the current and voltage ok! at least i am saying it to all of you ok! understand? 

one thing more i used 78XX sometimes as amplifier also. 

78xx is really a good source of current. 

Ya, i think i just made an improvement? or a variation in ossie's design by eliminating one switch, and added up some secondaries in ossie's series coils then connecting them parallel to add more extra juice. simple but effective.hmmmm  of course we can add a lot of transistors in 7812  setup as current amplifier in the secondaries hmmmmmmm!.

I took a look at the spec. sheets and also searched for any unusual applications of these devices. The series includes the following models: LM7805 (5V), LM7806 (6V), LM7809 (9V), LM7812 (12V), LM7815 (15V), LM7824 (24V).

Absolute Maximum Input Voltage: 35V

Recommended Operating Conditions
-Input Voltage: Minimum 7V, Maximum 25V
-Output Current: 1.5A

The IC has 3 pins: input, ground & output. Input should be between output +2V and 35V. Output is ground +5V (LM7805) to ground +24V (LM7824).

Output current equals input current when the IC is cooled sufficiently. If it overheats then the output current will drop.

You can also configure them as constant current sources.

Tito's tips suggest that they can be used as current amplifiers in some fashion. I guess this will be either using them as constant current sources or to increase the voltage by biasing the ground to be something other than 0V, so that the output voltage is increased compared to 0V ground. There should also be some sort of recursive arrangement to boost current and/or voltage and then loop back round so that they are increased incrementally over several cycles.

I'm still mulling over the exact arrangement that might be useful.