Otto`s replication of Steven Mark`s TPU

[chrisC]

@Otto

Wow! Congratulations and a job well done indeed. I'm new to the forum and unfortunately don't have much time to track all the wonderful posts of SM and hard working people like yourself.

I look foward to the day you can truly confirm you have reproduced or even better, make a better device than SM! Please teach us how to make this.

Gas prices in the San Francisco bay area is $3.50 /gallon. Ouch! With TPU and Stantley Meyer's on-demand Hydrogen, I love to see gas at 3 cents per gallon with no takers and water at $3.50 per bottle sold in the middle east!

Thanks again.

Chris

[gn0stik]

Otto, just a quick question. Have you also tried more than one turn of the collector to see the difference in this setup? If one turn or a few turns is better?

Also, what frequencies are you using?

Thanks,
Rich

[Super]

Gas prices in the San Francisco bay area is $3.50 /gallon. Ouch! With TPU and Stantley Meyer's on-demand Hydrogen, I love to see gas at 3 cents per gallon with no takers and water at $3.50 per bottle sold in the middle east!

@ chrisC ... you lucky, take a trip to europe and you know what prices are 

[otto]

Hello all,

@Rich

I used 22 turns, less turns.... and I had NO success.

But a little question: Why is a 6" TPU 6" in diameter?? Why is the inner diameter 4"??
Why not 7" or 5" for the outer diameter? Why, why....

I will answer you:

At exact 6" outer diameter happens something special - the best output voltage when you pulse such a collector.
At exact 4" inner diameter happens something special too _ the worst ( lowest) output voltage when you pulse such a collector.

This means that with 6" and 4" diameter you have the best difference in potential!!!!

Thats ONE of the secrets of the 6" TPU!!!!!

Otto

[gn0stik]

That's very interesting Otto! Thanks for the info. So start with a 4" ring to form my 22 collector turns on. (lamp wire I'm guessing, since that's what you used in the other experiment). This brings us out to about 5.5" outer diamter, after that, wind the control cols in three segments.

How many turns on the controls? and what gauges of wire. I'm sure this is critical too if the number of turns is so critical. Lower gauge of wire would mean a different potential gradiant, and thus more turns in the collector. What gauge of wire are your controls?

Thank you for your answer!

Rich