TPU - General Discussion

[innovation_station]

 

@ grumpy  verry nice page

someone gonna make the first bang ?!?!?!?!?!


isteam!!

[wattsup]

Guys,

I have two more questions.  These regard the energy and heat aspects.

ONE
If the device produces 90 vdc, does that equal 90,000 mv DC. If it does, and the system works at 6000 herz, does this mean it is producing 15 mv per cycle OU.

So if the device consumed 1 volt per cycle and it produced 1.015 volts per cycle, it could produce 90 volts at 6000 herz.

I need to get this straight in my head cause then this would provide us with the range of energy required to be shuffled in this device based on howmuch we want to get back.

So does this mean that whatever the unit consumes per cycle, could be 1 to 6 volts let's say, if it produced 15 mv per cycle more, it would make the 90 vdc.

Can someone straight me out on this.

I mean there is enough on the table to start asking such questions.

TWO

Regarding the heat generated by the collectors, does heat denote resistance to a stronger current than the conductors can handle?

Or, does it mean the collectors receive energy pulses but cannot dissipate it fast enough so it heats up or there is no means to capture flyback.

[bolt]

i think you are making too many assumptions. The biggest assumption is the device spins at 6kz thus making 6000 times X. But we don't know how fast it spins all we know is there is about a 5 or 6k component with the DC. For example if your mains transformer gives 60 hertz hum then there is no reflection whatsoever as to the power or voltage output of your system. The frequency (within reason) has no bearing on the voltage only the ratio of turns and the loading which is effected by the resistance of the coils.  For example we don't know what the core voltage is before its stepped up. It might be only 0.5 volts but 150 amps or there is NO step up at all and the voltage appears across the winding as 800 volts.

As for the collector heat well the exact mechanism is going to be hard to understand without a working model but SM said that regular stranded copper wire works better then thick stuff. For example if it were that easy why not use half inch copper pipe for the collectors then pump water through it to keep it cool and use the hot water for showers and heating? This is because at high frequencies the electrons run over the surface of the wire and not through it so multi strand wire would work better but thinner wire of lots of strands has higher resistance so more likely to get hot.......catch 22. SM said if you want more power make more collectors in parallel or series for more volts.

[Motorcoach1]

hehehe Manix see what ya started dahhhh hily S......hahahaha  now over 30065000 post must be a record lol

[acerzw]

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