ENERGY AMPLIFICATION

[ramset]

Hello Forest,
Nice to see you again!

Have you seen this very creepy guy around? > <


I know Mags likes the movies ,and what he is describing sounds like a "blockbuster"
Can't wait to see the coming attractions!!

Seems like we should be able to build something here too!

Chet

[Magluvin]

Hey forest and Ram
Ya know, some may think that the sim may be giving false results. But this is what Tesla is telling us.

The circuit above is not tuned for resonance.  But if made to the specs above, I believe it would be very refreshing to witness.

If tuned properly, change the LRC cap down to the mid to lower pico farad range, and correct the coil, You can "vaporize wires", meaning your coil if it isnt built to handle the crushing oscillations of the voltage and speed of the currents.

Ya know , if you have great length of wire and connected it to power, its not the electrons that are going through the wire at light speed, its just the pressure waves that make it to the other end of the wire. Resistors do slow down electrons, but the impulse is light speed. Fill a 10 foot 1in pipe with ball bearings from end to end, now tap the first ball in the end of the pipe, and that last one will shoot out and the rest will stay virtually still, very little current flow.

Put some springs on the ends (capacitor) and kick it, The tighter the springs(lower farad value) the faster the oscillations.

The resistors in the charge circuit and LRC are very low, but they are needed for the program to work properly. It cannot calculate volts into a 0 ohm load, including a discharged cap. The LRC resistor at the top is not really needed, it is just there for LRC value and can be removed. The higher that resistor is in ohms the sooner the oscillations will subside.

I have a lot to post. I am going to try and produce another example tonight, that shows how we can design the circuit, using 500pf cap and lower to get a 60hz, or 50 hz output for use with house hold items.
I had it going in the sim last night, but lost my way with it. It had to do with harmonics in the waves, at high freq, that the output can be set for whatever you want, and the diode arrays regulate the output till the oscillations subside, then you kick it again, before the output drops too far.

Be back in a bit hopefully

Mags

[Magluvin]

ok   New code for sim.  here is a simple version that produces 60hz output into the R of the LRC. The input is just the source at 100v with a very low value resistor, so the impulse is good for simple demo. If you just tap the switch you will have a lower working voltage and output. If you hold the switch longer you will be in the mega volts. In the real world, the cap discharge would be a safer way to go as the discharge will be metered. I would avoid producing megavolts.  =]

I think this is an excellent example of amplification and a beautiful way to produce 60hz output.

It all needs to be developed, but this is the idea. This is what Teets is talking about.  The nitty gritty is building it and being able to design it for use where ever.

Fiddle as you wish.  Change the value of the cap slightly and watch the 60hz change.  Or the inductor.
Have fun

Mags

[Magluvin]

Here is the same code as above but included is a scope on the resistor that the source goes through to charge the circuit, or you can right click any component and put up a scope shot, and you can right click each scope to change what parameter you want to watch.
Well this added scope will show the power consumed in the startup discharge and you can see for yourselves, the output is more.   If you tap the switch, to say use 400 watts from source, then compare to the load resistor at the top of the LRC, More power to ya.

Mags

[Magluvin]

To amend what I stated above, the output is not more during that same time frame as the input, but it is after a couple cycles and the cycles keep coming.

Its funny how the LRC circuit is kind of common place in electronics, and the sim prog starts ya off with it.

I wonder what other things are right in front of our eyes and we never know their potential till we fiddle.


Mags