Ultracaps tested for excess energy

[Pirate88179]

Jim:

Very good points there.

Bill

[MileHigh]

Finishing off...

Gadgetmall:

It's evident that you don't know very much about electronics and energy but I can see that that is not stopping you.

Mh can you make even 10 amps  1. 5 volts from a 1.4 volt battery for slow release  ? ?  Show that little example in a model . If you can do that then you prove your point  .

That's an awkwardly worded question and in science you can't get away with saying "slow release," you have to be more precise.

The short answer for you is that just about any capacitor can produce ten amps of current at any voltage, the larger the capacitor the longer the time you can sustain the 10 amps.  You need one helluva variable resistor to "sustain 10 amps" though.

However . I am Storing 2.6 volts at 1000's of amps from a 1.4 volt battery only requiring a few millivolts for LONG RELEASE .

No you are not doing that.  I suggest that you start learning your stuff so that you can at least express yourself when it comes to electronics in a coherent manner.  You are storing a certain amount of charge at a certain potential in your ultracapacitor.  B.S. on the "LONG RELEASE" - 1000's of amperes would discharge your supercap in a very short time.  I suggest that you look up "RC circuit" on Wikipedia and learn how the voltage and the current undergo an exponential decay when a capacitor discharges through a resistor.

It was Named Joule Thief By big Clives and the circuit was introduced in 1999  . only 10 years  at best and its in its infancy still and being constantly perfected and altered  to do incredible things .

The Joule Thief circuit would merit about 20 minutes worth of discussion in an Electronics 101 class as an example of what you can do with inductors.  This presumes that in the previous classes inductors and transformers were fully explained.  That's it Gadget, the JT circuit does not even merit a footnote in the history of electronics.  It is just a simple and fun way to charge and then discharge an inductor typically with a battery as the energy source.  There is no great "future highway" of research that is going to be going into the JT to "discover it's mysteries and applications" - it's just a fun little circuit to play around with and you see them used in little gizmos that you can buy at the Dollar store.

Also Show Us A capacitor  @ 1volts and Charge another one up to 2 volts  ?  Go ahead .

Easy, put a JT circuit between the two capacitors.  V = L di/dt.  If you can turn the inductor off fast enough, the sky is the limit with respect to the voltages you can produce.  Ho Hum.

I have several BEDINI that self charge and run with excess power.

You think that they do but in fact that is not the case.  Swap your batteries back and forth, over and over, and eventually you will end up with two dead batteries, guaranteed.  Don't believe me?  Do the experiment.

Some of you guys should hook up with Jethro Bodine and become Double Naught spies.

MileHigh

[broli]

Look at how all that poor forum space is being violated by the troll.

[PaulLowrance]

Look at how all that poor forum space is being violated by the troll.

I'm now ignoring him, and when time permits will add him to my forum ignore list here. since he's proven to be closed minded and offers no circuits etc. to contribute. As far as I can tell, he only offers to stall & waste peoples time.

I'm a little bit annoyed that I've spent over half the day on the recent excellent global warming graph that ATT executed himself, with my own additions, then followed by my findings on how Exxon Mobil oil company is in the news on just how much $$$$$$ it's contributing to anti global warming organizations, and is actually in a bit of legal trouble now over all  of this. I'll never buy gas from Exxon again, period. So I'll get up ~ 4-5am tomorrow and try to not spend much time on the forum to finish this data logger & UC measurements.

Regards
Paul

[powercat]

@MH
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