Selfrunning cold electricity circuit from Dr.Stiffler

[hartiberlin]

schematic:

Hmm, are you sure this is the circuit ?
I see still a resistor connected to the black connector holder,
which comes from the signal generator...

I just got a message from Dr.Stiffler stating it is just a 50 ohm
load resistor for the signal generator to match the impedance.

Well in this case it seems more likely,
that we really see here more energy out than in.

[armagdn03]

I was just reading over this thread to see if I missed something and I hope Dr. Stiffler reads this post.

I have successfully recreated one wire transmision, and the circuit will never display RE cold effects with an AC signal that floats over and under 0 volts. If yo have a normal AC signal, you will be both sucking and emiting energy from the enviroment. What you need is positive pulses only, I would do this with a single rectifier diode or with the generator set to "pulse" mode.

[armagdn03]

read this, the writings of Frolov led me to my one wire transmision circuit, and he explains the perameters needed very clearly. this was an invlauble document.

http://keelynet.com/energy/frolov1.htm

[linda933]

schematic:

Hmm, are you sure this is the circuit ?
I see still a resistor connected to the black connector holder,
which comes from the signal generator...

I just got a message from Dr.Stiffler stating it is just a 50 ohm
load resistor for the signal generator to match the impedance.

Well in this case it seems more likely,
that we really see here more energy out than in.

I don't see how identifying a fifty ohm terminating resistor disproves any theory that the sig gen is supplying the power to light the LED.  We still need to see a direct scope shot or other accurate power or current measurement on the signal being supplied by the generator. 

Just because there is a fifty ohm resistor stuck on the signal doesn't mean it (the input signal) might not be "seeing" five or ten ohms total including whatever loading impedance the coil(s) and LED circuit impose in parallel.  Many if not all quality sig gens can pump big current into high VSWR loads well below 50 ohms!  Many are guaranteed to run into 20 or 30:1 VSWRs at any phase angle.  That could be a total complex load as low as two ohms or less.

Linda

[jonesbeene]

Linda sez:  "Just because there is a fifty ohm resistor stuck on the signal doesn't mean it (the input signal) might not be "seeing" five or ten ohms total including whatever loading impedance the coil(s) and LED circuit impose in parallel.  Many if not all quality sig gens can pump big current into high VSWR loads well below 50 ohms!"

So what you are saying, in effect, is that Dr. Stiffler cannot measure and match impedance - and consequently he is expending all of this effort - and sacrificing 40 years of experience in RF engineering in order to trick some unsuspecting circuit builders?

Most of the commentators here (if they are not waiting for parts) have wasted more time in belittling this effort than they would have expended to replicate it and show their own results.

Including me  ;-)