Selfrunning cold electricity circuit from Dr.Stiffler

[amigo]

@RStiffler

I'm still puzzled why you don't run a CMS (Content Management System) for your websites since it appears to me you find making HTML pages tedious?

Even a blog like WordPress would be much better and you could blog all the time, add new entries, have them all searchable and we could follow the discovery progress as it unrolls.

[Gustav22]

in reference to Doc's SEC 'electrolysis' video
http://www.youtube.com/watch?v=k1pJEz0YGlQ

.......
The 22uH choke feeding the AV Plug gets so Hot you will burn your finger if you touch it (from 23V@6mA don't think so). The 10uH in the collector stays ambient along with the transistor, so can anyone figure out why this is happening

Hello Dr. Stiffler,
i was thinking about SEC electrolysis and have two questions:
1) how will prolonged SEC 'electrolysis' affect the temperature of the water in the test tube?
2) if a relatively huge amount of H is set free and a relatively small amount of O, then I think that the liquid (water) in the test tube would become oversaturated with Oxygen, such as a superoxide (not sure whether I apply these chemistry terms correctly).
However, will the liquid be combustible/flammable as a result?

Thanks

[hoptoad]

... if a relatively huge amount of H is set free and a relatively small amount of O, then I think that the liquid (water) in the test tube would become oversaturated with Oxygen, such as a superoxide (not sure whether I apply these chemistry terms correctly).
However, will the liquid be combustible/flammable as a result?

Thanks

A good observation Gustav. It is highly likely that H2O2 (Hydrogen Peroxide) will be formed under these conditions. Also, depending on the electrode metal, for example, aluminium: then a high possibility exists for Aluminium Hydroxide to form.

The liquid mixture on its own, is not "flammable", but the gas still within the liquid is always potentially flammable, especially if temperatures become excessive.

[Loki67671]

Good morning everyone,
Lets start taking measurements shall we. I would like to hear some proposed methods for obtaining accurate measurements of voltages and currents in these AV loops/plugs. What are the pitfalls of trying to measure circuits containing complex impedances? What I have found to date, and has also been my previous experience, is that insertion of a meter, even a "quality" meter radically detunes a SEC circuit and other RF circuit for that matter. Insertion of a meter has an effect on ANY circuit! So it seems to me that even if I can retune the circuit to run, I have to ask myself is this truly representative of the circuit as I want it to be or do I now have a new and different circuit that includes the Z of the meter? Of course the latter is the case evidenced by the circuit showing detuning characteristics or stopping all together. In the latest reproduction work I am inputting between 16 VDC and 17.5 VDC with apparent measured input supply current of 62 ma to 75 ma. I have to work on a non or minimally invasive technique of measuring values out there in the AV stages. NOT AN EASY THING TO DO! Take it from me. Some form of current probe is what comes to mind and it is the route I'm going after. I'm open for suggestions from the group. Another good one for the group, how do we shield a cable and probe from noise when one of primary functional characteristics of this device is in fact broadband excitation? I'm going to cut some probes back this weekend so all of my leads are as short as possible while still usable. I'm also going to investigate building my probes from coax cable. There is much more to come! Be assured. But alas, I must go to work, to be able to continue this real work I want to do!  Look forward to discussion of measurements. Please build the current circuit we are working with and I think we need to standardize on and then lable some test points. Everyone ready to build and test?

Best regards,

Jim

[hartiberlin]

Hi Jim,
maybe still the best and exactest measurements could be achieved by
using calometriy.
So heat a water bath or oil bath with a load resistor and measure difference temperatures
and then calculate the outputted heat energy from the temperature differences.

But Doc Stiffler has already done this with water and got some OU results.