Tesla is the father of the TPU

[innovation_station]

yes wattsup i have ..  i have scoped it too .. 

it is a lovely bunch of coconuts ..  lol   lol 

now if you force feed it ...  : ) anyhow   those diodes 1000v 3 amp each  120 diodes and there fast recovery rectifier diodes ..

if i had enough i would use microwave diodes .. and i take the hv  spikes and slam it to caps ...

the boost cap im useing can be filled from empty in seconds .. useing 1 of my coils .. the cap is 5800watts at 2.6vdc

i may take a flb and scope it today and produce a video .. just pulseing it by hand with 1.5vdc will WAKE YA UP ! 

IST!

[bajac]

As I said before, I am new to this forum. And, I am sorry about the non-sense argument going on. I was expecting a more professional behavior from you, members of this forum.

When I posted “Tesla is the father of the TPU” I did not mean Tesla invented the TPU. The message was that the TPU is a child of the Tesla work, or it is based on Tesla principles. Therefore, SM deserves all the credit. The TPU is novel and non obvious.

What I posted is just a concept, a proposed solution that makes sense based on my research. I was expecting that some members would go out searching for more related information and contribute toward a common goal â€" to help each other (this world). I was expecting more information, questions, etc. For instance, if there is a load current in the secondary, 1) will the associated magnetic field couple with the primary or middle solid wire? 2) Will the secondary heat up?

BTW, my answer to the questions above is, 1) there would be no magnetic coupling or magnetic influence coming from the secondary coil due to the fact that the magnetic field runs parallel to the primary (middle solid wire), and 2) once loaded, you can expect the secondary to heats up due to Joules losses.

I consider the basic to be the most important â€" treat each other with respect. It is an emotional common sense that some times does not make sense to us.

PS:
I am really disappointed! I was trying to withdraw my post but I did not know how to do it. This might be my last participation in this forum.

[innovation_station]

As I said before, I am new to this forum. And, I am sorry about the non-sense argument going on. I was expecting a more professional behavior from you, members of this forum.

When I posted “Tesla is the father of the TPU” I did not mean Tesla invented the TPU. The message was that the TPU is a child of the Tesla work, or it is based on Tesla principles. Therefore, SM deserves all the credit. The TPU is novel and non obvious.

What I posted is just a concept, a proposed solution that makes sense based on my research. I was expecting that some members would go out searching for more related information and contribute toward a common goal â€" to help each other (this world). I was expecting more information, questions, etc. For instance, if there is a load current in the secondary, 1) will the associated magnetic field couple with the primary or middle solid wire? 2) Will the secondary heat up?

BTW, my answer to the questions above is, 1) there would be no magnetic coupling or magnetic influence coming from the secondary coil due to the fact that the magnetic field runs parallel to the primary (middle solid wire), and 2) once loaded, you can expect the secondary to heats up due to Joules losses.

I consider the basic to be the most important â€" treat each other with respect. It is an emotional common sense that some times does not make sense to us.

PS:
I am really disappointed! I was trying to withdraw my post but I did not know how to do it. This might be my last participation in this forum.

what is to be dissapointed  ?   i have given you more than you will eat or even dare to !

it is an inductive ballance .. then it is minipulated

take a high inductance coil and a low inductance coil hook it up as a single wire .. and open and close the loop watch the results ... add a neo gap and send it out to a coil transformer and step it down ...

the low inductance coil borrows engery the choke chokes down the cosumed engery you can dubble switch it should you choose ..  so smack it fast ...  the choke resists sudden change .. and the coil pukes !  or BACKFIRES ...

LOL


ist

there is a simpler way .. block it ! lol  diode bridge FORCE IT TO EXIT ALL SECONDARIES..

SO PLAINLY PUT YOU NEED A BLOCKER THAT CAN HANDLE ALL THE FLY BACK THEN SOME ...    and pulse it through the bridge ..  or block it at source and redirrect fly back via RECTIFIER ..  i have drawen all of this in the past moons ago ...   

i use caps as they take the high freqency much better than batteries ... then i switch it to PURE DC IN A FEW CAPS ... AND FEED IT TO BATTERIES AT 3 TO 10 TIMES THE SOURCE VOLTAGE ..

so in my dummy modle where all is super simple .. useing 2.6vdc as a source ...  i will actually charge batteries at 36 volts dc and 6 groups of 3 batteries .. or any combanation i choose ...

regards

[MrMag]

I thought Marks stumbled across this while working on audio systems. If what he found is actually Tesla's or not, I really don't think it matters. I just want one in my house

[bajac]

I just wanted to refer you to the following article. I really enjoyed!

http://www.winstonbrill.com/bril001/html/article_index/articles/51-100/article87_body.html

@Loner
I am not sure if I understood your question. But, if no-load is connected, then, I do not expect any heat up of the secondary coil. If the TPU is heating up with no load, then, the primary coil is overheating. That would make sense with the proposed embodiment because the load on the primary circuit is practically a short circuit (one turn of solid wire). The design of the primary circuit is critical. I would say if the device is overheating at no load, it is more likely we are dealing with a design issue.

I respect other people explanation for explaining unknown energy phenomena by using earth magnetic fields, ether, zero point energy, etc. But, unless someone can explain them to me in way that makes sense, I cannot be a believer. Until now, the reasons for using the above concepts look more like a mathematical justification to a physical phenomenon that is not well understood. The problem I found with the above approach is that it might work on a mathematical model (on paper) but I found them useless for practical implementation.

Thanks and good luck with your experiments.

bajac