Understanding electricity in the TPU.

[giantkiller]

@qwert,
Thank you for that.
The dual 9 volt battery stun gun can run for that long. Especially if you put a slow astable window pulse to control the main trigger closure. Another way is to use a reed relay just like in tesla's patent, 723,188. He is injecting chatter into the separately tuned coils, 2 coils of different inductance.
The stun gun oscillator is 5khz.
It showers the environment with broad band transmissions.
This emission is caught by other nearby conductors. This includes any incident angle.
And if you need a certain megahertz by the resonance or pickup of your receiving antenna then your antenna will see the area of resonance in the spectrum going by.

I will test the stun gun as a driver to Wattsup's build. My suspicion is the LED will light when I could not get to before.

Now how could we come up with anything different than Tesla? He only had mechanical RPM or CPS. The stun gun circuit is the Ozone generator.

[HopeForHumanity]

Most of the worlds most revolutionary discoveries are usually very simple, but hard to understand. This is why it takes so long to discover them.

Examples: Electricity, Fire, Engines... ect..

[otto]

Hello all,

@wattsup

sorry, youre wrong: the 5kHz vibration is a result of mixing 2 frequencies that are much higher then the mentioned 5kHz vibration.

To pulse coils with 5kHz or below makes no sence because we know that such low frequencies causes a dramatically rise in current from the power supply.

Otto

[wattsup]

@otto

Thank you for the correction. I also know that lower frequencies consume more juice even at 5kHz so this is why I am puzzled how that engineer could see this in the TPU and not see the higher frequencies also.

@All

Parallel to what I am trying out in this thread, there is this question that has been bugging me for quite some time now as to how to go about making a circuit that can receive a continuous and infinite supply of 1 volt at .01 amps. This is about the minimum anyone can catch just by putting a single wire outside their home, connecting it to a radiant energy circuit that outputs two wires. But what the hell can anyone do with this energy?

I don't think inductors will be useful because they will produce both losses and emit other energies. So my only thinking is to use capacitors. It is very difficult for me to explain what I am thinking such a circuit would required so I have vulgarized this into the below diagram. I wanted to make it in animation but lack of time these days make this hard to do. I will eventually do it though.

I call this potential circuit a "Voltage Grabber Circuit" or VGC for short. There is nothing on Google using this naming so I think it is pretty safe to use to identify this specific circuit.

With all humility and humble respect for everyone here, if you ask me, all the main EE guys that are here to design circuits are just wasting their god given talents. The only real circuit the OU endeavor needs is an open source VGC. Make me one of those and the OU question will become history. The VGC is the one tool we are missing in our arsenal of toys to play with. Think of it like a smart capacitor.

Just consider that a suitable 1 wire input has the potential to supply an infinite quantity of 1 volts at .01 amps on two wires. You can grab 1 per second, or 1 million per second or 100 million per second. Either way, the energy will always be there available to the circuit. Now take that 1 volt and accumulate it until you get 10 volts. Bingo, the job is done. OK not so easy. I know.

The problem is that storage methods are not designed or available that can work in an additive fashion. If I send this power into a capacitor for 1 hour, I will still only have that same first power, nothing more because capacitor will only absorb the highest voltage put into it and not accumulate voltage.

So what do you do. Well I think this has to be solved in various stages.

As a STAGE 1 (small orange boxes are small capacitors) you can feed capacitor #1 with 1 volt then put it offline, then feed capacitor #2 with 1 volt then put that one offline also, then cap #3, up to cap #10 or up to how many you want. Then you put all the caps in series with the main ends still disconnected then you discharge them into a bigger holding capacitor (longer orange boxes are bigger capacitors) that is STAGE 2. Now either the stage 1 caps are charged individually or they can possible be charged all at the same time if all connected in parallel at charge state.

Once the second stage is charged up, they also go into series and discharge into the largest capacitor. Remember those two big yellow caps in the LPTU. Hmmmmmmmmmmmm. Possible dual VGC.

SM mentioned once that the control circuit was patented. What if it was just a VGC that worked with only 2 caps in first stage and 1 cap as a last stage. The diagram below is just to show the idea, the principle of how to accumulate larger energy from a small energy source. I do not think there is any other way.

Yes we are working on other ways, but in the interim, I think this type of circuit will prove to be extremely useful.

Anyways, if anyone knows how to really design such a circuit, please let me know. Image a 120 cap 1st stage, 10 cap 2nd stage, and if you want 3rd and 4th stages. All from an initial low power source. The source is there. That is simple. But what to do with it is the question I am asking. My basic solution is if it is there, grab it while you can, store it, group it and put it aside. Hmmmmmm. 3-6-9 would be a good staging for this also.

wattsup

[wings]

This is about the minimum anyone can catch just by putting a single wire outside their home, connecting it to a radiant energy circuit that outputs two wires. But what the hell can anyone do with this energy?

wattsup

http://www.google.com/patents/about?id=UesaAAAAEBAJ&dq=5436822

http://www.google.com/patents/about?id=Uk13AAAAEBAJ&dq=7041203


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