Selfrunning cold electricity circuit from Dr.Stiffler

[MT]

Hi guys,

i just stumble upon LTC1799 low cost precision oscillator square wave. Costs 6.40euros at Conrad. Frequency range from 1khz to 30Mhz. One supply voltage ~5volts, one resistor to set frequency. 5pin package.

all the best,
MT

[plengo]

@Thaelin
you right. I only put the coils because someone asked. But my design is ONLY to show that one wire IS powering the whole circuit. No high voltage. This is not a replication of Dr. Stiffler. My input current is zero (right at the one probe from the func gen) and the output is about .40ma (less than one milliamp) at the ground cable.


@rickMave ,

Hi Fausto,  Maybe your function generator ground is actually connected to earth through the chassis and plug of the generator.  If this is the case then you have actually provided the second function generator connection in a roundabout way via your earth lead.  If you measure the resistance between the mains earth pin and the function generator ground with an ohmmeter you may find a direct connection.  Even if there is no DC connection (measured with your meter) there may be a capacitive connection which would do the same job at RF

Hello rickMave. No there is absolutely no connection between the func gen and the ground or anywhere. On the youtube video i am using the house power BUT I also tried with the func gen being fed by a battery via an inverter which makes the whole thing an isolated circuit. Besides if I connect the other probe to the ground cable and and not use the ground the LEDs will not light. The one wire with the high frequency and the ground is the secret. In another variation of this designed I used a coil and no ground connection to achieve the same effect (LEDs lighthing up) and It showed some RF interference in my other equipments.

This circuit is only to show the one wire trasmission of "something" with almost no current being used. In other words, this circuit (which ANYONE can replicate in 10minutes, no excuses) shows one point about Dr Stiffler design.

[k4zep]

Hi Dr. Stiffler,

Thank you for your most excellent reply.  I realize you must be inundated with question.  You have given me more direction in reproducing your circuits and I thank you. 

Without a good driver on the board, the battery charging circuit only put about 4 ma into the battery so while it works, it does not seem practical at this time.  I am very interested in the ground driven circuit with no external excitation. 

I look forward to your next video.

Thanks again so very much.

Ben K4ZEP


quote author=RStiffler link=topic=3457.msg56902#msg56902 date=1193837938]
I am going to try to answer a number of questions at once and may or may not direct to a single individual.

@k4zep

Because all coils, signal generators, mounting boards, feed line length and the required L1 being off impedance or having to much inner capacity, there is no magical frequency. The frequency depends on the setup and unless they are replicated exact (as would be in a production line) they will all be different. On your replication I think you added the long feed (single line) in response to all the talk about the generator being coupled back, although this is self defeating. This long line forms a radiator (antenna) and not only does excitation escape, but it can couple back into the circuit out of phase and reduce your output, this is why in later circuits I use an onboard osc. and impedance matching driver.

I am quite surprised at what you stated about a battery maybe charging. I gave direct charging up a long time ago as it so upsets the circuit that it was not a viable direction.

The input impedance is Very High! this is why any measurement is difficult at best. Not using a ground return on the generator causes real pain in getting accurate readings of any series resistance in the single input lead. All test equipment must be floating (portable, battery operated, no mains) otherwise be prepared to go in circles.

Video #9 will show the best evidence on how to see potential results, although don't sit back and expect to jump in at the end. It takes feel and a personal understanding of the circuits to move on.

@All

I do not want to offend anyone, but I am not here to perform your experiments. If you want to go off with other coils and not use my circuits, you of course are free to do so. But it is not my research direction to do experiments that are not in my plans and end goal.

I hope you all do not forget about the first videos where the circuit is driving an incandescent light. This circuit is worth looking at as well as LEDS. The incandescent circuit will produce Heat in a load, where the LEDS cool. If you wish to stay with light, stay tuned, yet it takes few parts to also look at the other circuit once you have a working LED system.

Two hypothesis at this time exist on how the LED system is working, one will stay withing the Laws of Thermodynamics and the other (mine) will not, yet when looked at in total does end up not being a violation if looked at from the back forward, more on that later on my web site.

The circuit when properly designed emits a very interesting radiation field, this can be explored by probing the surroundings with a sense coil on an oscope. For those into the EE mathematics you will see at once that this field is not standard in its fall off from the radiator. This work is best left to those wanting to put some addition work into it.
[/quote]

[hartiberlin]

Now Ron?s new video is online and he makes
me very exciting to see,if he can disconnect the battery
and the LEDs stay ON.

http://www.youtube.com/watch?v=h2QjJWn-bzE

[k4zep]

Now Ron?s new video is online and he makes
me very exciting to see,if he can disconnect the battery
and the LEDs stay ON.

http://www.youtube.com/watch?v=h2QjJWn-bzE

Ron has a sense of humor......waiting for #10 now......talk about a clifhanger!  How about disconnecting the battery AND the ground?