Selfrunning cold electricity circuit from Dr.Stiffler

[nickle989]

Yes it is a Caduceus coil ... late nights tends to bring out the best spelling in me.  As for sharing any insight with someone that only is capable of wise ass remarks, why? It is a no wonder that humanity is the way it is.  Taunting me will not cause me to release my private build or findings.

As I said before I will not give any insight to this local forum on the build.  WHY ? because it is to dangerous THAT IS WHY and most of the people here do not have a good understanding on the Dr. Stiffler's circuit period.  Take the time and read this complete thread.  A regular pulsed Caduceus coil will give you headaches and nose bleeds, kidney problems and so much more, it can also provide good things.  Surely if you want to cause greater damage or good to yourself you can figure it out on your own!

I spend my own time and money on my research in many areas, it is not for everyone especially those that are not like minded.  Take some time and do some reading and then start your own experiements you will be far more fulfilled.

None relevant posts are deleted from this thread so people do not have to shift through garbage and waste time like in so many other threads.

[Loki67671]

Yes it is a Caduceus coil ... late nights tends to bring out the best spelling in me.  As for sharing any insight with someone that only is capable of wise ass remarks, why? It is a no wonder that humanity is the way it is.  Taunting me will not cause me to release my private build or findings.

As I said before I will not give any insight to this local forum on the build.  WHY ? because it is to dangerous THAT IS WHY and most of the people here do not have a good understanding on the Dr. Stiffler's circuit period.  Take the time and read this complete thread.  A regular pulsed Caduceus coil will give you headaches and nose bleeds, kidney problems and so much more, it can also provide good things.  Surely if you want to cause greater damage or good to yourself you can figure it out on your own!

I spend my own time and money on my research in many areas, it is not for everyone especially those that are not like minded.  Take some time and do some reading and then start your own experiements you will be far more fulfilled.



None relevant posts are deleted from this thread so people do not have to shift through garbage and waste time like in so many other threads.

Amen......calorimetry work still under development. Don't sweat the small stuff Nickle......

Jim

[DrStiffler]

@DrStiffler

Thanks for the SEC's and the additional item of SS wire. I've prototyped the published circuit from your website of the SEC-15, and while I've successfully driven non-linear loads (multiple LEDs, neon) in various configurations, it's not clear to me that this circuit can drive resistive loads. Have you had  any success in this area?

@PCB

Excellent! You must drive the professors nuts and will make a very good EE.

You are the first to either determine this through actual work with the device or the first foolish enough to make the statement in public. Yes indeed I have had little success in a straight R load, at least success in the sense of feeling any novelty is involved. I do not want to get into this to deep in public at this time, but it you are bent on doing anything with pure R you will need to go back to the early designs using the cap charge and SIDAC discharge. After so much rebuttal from the gallery on my measurements of this configuration, I dropped further open discussion.

Indeed I go by memory, but I think you got an enhanced board so you can interchange a few things? Anyway I always like to keep current in what is going on in the academic field theses days, I find it interesting what the professors are saying to each other when compared to what they are saying to the students. I have your email, but feel it presumptive unless you would like to have a dialog on Linear versus Non-linear??

[PCB]

@DrStiffler

I have a SIDAC but instead I used a 5V zener diode to keep down the voltage, and was successful in driving 5 mAs through a resistor, anymore than that and the voltage across the load started to drop.

It would seam that the top diode that makes up the AV plug is not surprisingly a half wave rectifier that converts the output of the oscillator to DC. The potential being determined by the zener diode (the LEDs, neon, SIDAC, Xeon tube and alike perform the same function except the potential is determined by their intrinsic breakdown voltages, which can obviously be quite high in the case if the SIDAC). The role of the second diode I assume is what enables the whole thing to float above ground.  Unfortunately, halfway rectifiers are not very efficient, it would be interesting to see if there is a full wave rectifier equivalent circuit arrangement. Really, the oscillator can be replaced by any signal source and the AV-plug will drive a small load. I was surprised to discover that connecting the AV-plug to either the -ve or +ve terminals of the supply with it switched off light a white LED, provided the power supply was plugged into the power socket... I saw the circuit literally glowing in the dark after I had switched everything off.

Next steps: Measure phase different of the a.c. voltage and current driving the AV-pug.  What kind of load does the AV-plug present to the source? Is it receiving real or reactive (imaginary) power?

I have no problem if you wish to contact me directly via email.

[PCB]

@DrStiffler

Having slept on it I realize that the two diodes forming the AV-plug do in fact create a full wave rectifier, not a half wave as in my previous post. The top diode conducts during the positive cycle, while the bottom diode conducts during the negative cycle. The zener diode, LED, neon etc form the regulation function. Either side of the load is a virtual ground relative to the other side of the load, so the DC potential measured across the load can be positive or negative depending on your reference point.