A validation of the UP-SIDE-DOWN phenomena

[EMdevices]

I'm discovering such interesting interactions, I've placed LEDs on my previous two coils and built another one today.  Also, I found a spot where all of my 3 new resonant coils live happily next to each other.   If you notice, I placed a diode and capacitor on the large coil and I get a voltage of about 2.5 V DC, which is not bad at all.  I believe I can charge a cell phone with that.
The pancake coil I built on the base of a CD case, works very good almost better then the larger diameter one, because it's tuned a bit better and because perhaps it's a pancake coil, who knows.  The coils seem to de-tune and re-tune each other as I move them above one another, and also there seems to be nulling and then enhancing of the resonance.  This is an area that needs more exploration.  (Note:  the large coil has one turn bent up because I found out I can fine tune it that way.)

P.S.  You know what I thought of,  what if I can enhance the power by using regeneration like in the old AM radios.  Actually use a small 9 V battery and drive a coil at the same frequency and phase, hmmm?  I got to try it....

[krosskin]

You know I'm a beginner not only at the forum, but in the "electronics" and except for a crystal set collected in this school, I no longer worked. I just recently learned about the possible existence of free energy. And I want to collect what a very simple device for generating this "electricity from nothing" in order to make sure that it exists. So please please instruct beginner - how many turns of wire? a capacitor? and so forth. I say thank you in advance. Again sorry for my terrible English.

[wattsup]

@EM

Saved this just for you. Read the bottom paragraph under the title "What are Induction Loops?".

http://radionics.rs-online.com/mobile/search/searchBrowseAction.html?method=getProduct&R=4661615

A loop can be many things in a home. All the electrical AC wiring is a loop and all our devices are inside that loop. All the outside electrical lines can also be loops. A TPU itself is comprised of loops with components inside the loop. Just think of the ramifications of mutual loop induction, receiver, muffled audio feedback making pure signals to amplify the original loop signal. Could that work with gain?

Also remember when I posted some picture of the under side of the FTPU center comparing that component it to a microphone coil.

[innovation_station]

VERRY NICE EM!



INFACT ...  PROBALLY BEST ON THIS ENTIRE SITE .... 

PLEASE DO SHARE MORE OF YOUR WORK ..

WILLIAM!

[Yucca]

Hi EM,

Nice experiment, you sure you've not got a sig gen out of shot into a large diameter tuned loop lol! (only joking)

I've been thinking about your regen ideas, very interesting!

To achieve a  regen coil that swings in frequency and phase lock with the radiation source will be impossible if you try to tune a standalone oscillator as an exciter, even if you build an expensive DDS oscillator, the phase will drift.

I think the easiest and best scheme would be to have your regen coil (tuned to the active freq) as an active part of an oscillator circuit. Similar to a JT in operation. But you could derive your base signal to turn off the transistor from a voltage or current sensing coil around the regen coil. Then your regen coil is built so that all wraps pass through the sense coil centre, a pot divider tunes the base signal for the transistor to operate in good oscillation. Now provided the oscillator is tuned fairly close to your source freq it will mantain lockstep and be nicely phase locked.

To make a voltage sense coil just place a high turn magwire coil around the top regen coil wraps (like the small coil on the FTPU top loop)

To make a current sense coil make a Rogowski coil by putting say 50 wraps of thin mag wire on a small toroid and have all your regen wraps pass through toroid centre.

Perhaps voltage sense coil is better than current sense, in a resonant LC the V and I are 90deg out of phase so maybe a current sense coil would need a non inductive delay element to bring into correct phase. If you are tapping into fields far away then it is likely you will be mainly in the voltage aspects (far field). If you are tapping fields close by (inductive coupling) then you are in current aspects (near field).

These are just ideas I've had after you mentioned regen.

Yucca.