Joule Thief

[xee2]

@ jeanna

I assume Picture 2.png  is 3TB,4TC,92T2 and Picture 3.png  is 4TB,3TC,92T2. Is that correct? What are the two mA readings given for mAmp LED2 in second chart? Do you still have your 64 uF capacitor off of the Fuji camera board?

EDIT:
It might be interesting to try a 2TB,5TC,92T2 with a 220 ohm base resistor, if it is not too hard to change the turns, and compare that with the results I got with a 2TB,5TC,100TP  with a 250 ohm base resistor. Although I suspect the transistor makes a significant difference in performance.

[TheNOP]

all this talk of "resonate frequencies" is nice but would it really have an effect with electronics? i mean i can see finding the right frequency for water so you can decrease the amount of power needed to break it up into hydrogen, resonate frequencies i can see for destruction! but to harness free energy?

im not saying its impossible cause i have seen some wierd things but if your looking for resonate frequencies to help you i would say it would need to be with electrolysis to get anything extra.  but thats just me.

everything have a resonant frequency, electronic circuit make no exception.

you can spread a frequency to a broader frequencies spectrum, but it split its strenght between each frequencies in the range.
no matter how many tuning fork you have, it make no difference.
total frequencies strenght = source strenght - losses.
the maximum energy transfere occure at the resonance point.
but nothing is perfect, losses are unnevitable.
if it was to be something else, we would not be here by now.
the universe would had self destroy long ago.

whatever you do, fixed resonance alone won't give you more out then in.
we need a second power source for that to happen.

[xee2]

One wire lights 2 LEDs

EDIT: caution, can blow out both LEDs

[allcanadian]

@theNOP
Quote:
"the maximum energy transfere occure at the resonance point.
but nothing is perfect, losses are unnevitable.
if it was to be something else, we would not be here by now.
the universe would had self destroy long ago.
whatever you do, fixed resonance alone won't give you more out then in.
we need a second power source for that to happen."

I once performed a mechanical resonant experiment whereby I attached a vibrating motor from an electric toothbrush (1.5v) onto the end of a 1/8th inch rod 14 inches long. The rod/vibrating motor was held in my bench vice and the vice attached to a 30" x 60" x 3/4" thick bench top. I tuned both the speed of the vibration motor and the rod length to match the resonant frequency of the bench top(a resonant cavity) at which point I noticed a 1lb weight would jump up to 1/2" off the bench top almost continuously. In fact I calculated there was over 10 lb's of material on my bench moving and jumping about.The so-called experts told me the vibration stored energy at resonance and that this was the cause for these effects, like pushing a swing or the swing of a pendulum. What the experts could not tell me is how a 1.5v input at milliamps could lift all that weight upward while the objects were also producing dampening effects. The work calculated, force times distance displaced upward had little relationship to the 1.5v milliamp input. The simple answer to this puzzle few seem to understand is that the rod oscillated on the horizontal axis and the bench top on the vertical axis therefore the oscillating rod could not perform direct "work" on the table top it could only set it into oscillation at it's natural resonant frequency. This is nothing like the effects quoted by the experts ie... pendulum's and swings, LOL. The only thing I would ask people to consider is the fact that many of the laws of nature we are taught were written with quill pens under oil lamps over 100 years ago. Most of these laws are valid ---- while others are not,as some are based on repitition or making the same mistakes over and over. In any case keep up the good work.
Regards
AC

[electricme]

@stprue

I have a feeling I will need to buy more wire before I start the big toroid.  I remember you post a high voltage/high amp diagram w/like 8 to 10 coils, You have started your construction haven't you?

Hello Stprue,
Yes, I have begun construction.
In the photos, you should be able to see a heep of diodes, I put 1 diode per output coil, this when jury rigged with hand pulsing, I can charge up a 1000uF 16v capacitor.

I need to modify each section as seen on my circuit, make up 7 bridge diodes to take their place.
The single diode was there, just to "prove" it works, it does.

I need to add a battery or super cap to the output of the circuit.

What I have'nt done yet is to design and make a timing circuit, to take the place of my fingers making and breaking the circuit.

Then I need to make another part of the timing part to allow the 7 caps to dump their energy into the super caps, this has to incoroperate a "time" constant. If it is set too low, the supercaps will not fill properly, and I have to put blocking reverse diodes to prevent the discharge of the supercaps back into the circuit in case a component goes wonky.


Thanks for the inquires.

EDIT, I re-read your question to me, I miss read your original question, I see you are referring to my circuit I posted wayyyy back, which was made on TinyCad, (its a free program), so my answer should have been "no", I havent begun to make that circuit, but, some of its parts are being incorporated with my present one.
I will get around to making it, but I wanted to see if other ideas I had worked first.
This is the trouble of inventing, I have so many I want to do I get stuck on 0, lol

I should fire-up TinyCad and make a proper circuit of my present work with it.

jim