TPU Clues

[newbie123]

Jack Durban also sounds like a very credible and intelligent guy that knows what's what. If he is to be believed SM is exactly the opposite!  I'm sure we are all just trusting our instincts when it comes down to who is the most credible and most believable, but I know what I think.

I thought it was strange Jack Durban  was so  confident that the TPU was a real deal... Yet, he really didn't know a single thing about its operation...   All he really managed to do was slam SM's character..



Right now I'm thinking that If Steven Mark's TPU really coupled to an external energy source, it was most likely HV transmission lines... 
http://www.overunity.com/index.php?topic=6168.0
   

[innovation_station]

sure some devices may well work like that ...  altho sm says in the videos ...  the engery comes from with in the device ....

bla bla bla

this is getting boring .... 

maybe some old toys ... might prove more fun lol 

ist!

BEP  AWESOME!! 

i like the ignore list ...   

[BEP]

A kick is hotly debated here. I doubt that any two will agree on the cause or appearance.
Some see an RF burst of AC on a scope and yell Eureka. Others think it is the magical BEMF. The same don't really know the difference between BEMF and CEMF.

My definiton: It is most easily caused in very high current DC  circuits with sloppy switching.
It isn't the contact bounce but the result.

Three or more rapid contact closures. The first pulse is as slow as the books say. Since the first fights CEMF it is the slowest.
The second happens fast enough behind the first to not see as much CEMF so it is faster. The third is the same as the second except it has even less CEMF to fight.

So there you have the start but not the kick.

Since each new pulse is slower than the one following there is a point where the middle one is jammed between the first and third.
Ill not elaborate on the details of the physics as you think I'm daft using conventional physics.

The result is the kick. A peak magnetudes higher than the colliding pulses with an apparent magical delay after the collision and of the same polarity.
Shortly after this massive pulse there will be a long lived train of lower level oscillation that tends to stay above zero until decay.

Now you may add me to your ignore list.

[BEP]

BTW:

It is most easily done without ultrafast electronic or switches in low power circuits. It can be done with simple coils and a simple circuit.

I'm sure it is essential for a TPU. 
Even if a schematic was supplied it is doubtful more than a couple of people on this forum could make it work.

Newbie, I don't think you are one, yet.

[newbie123]

A kick is hotly debated here. I doubt that any two will agree on the cause or appearance.
Some see an RF burst of AC on a scope and yell Eureka. Others think it is the magical BEMF. The same don't really know the difference between BEMF and CEMF.

My definiton: It is most easily caused in very high current DC  circuits with sloppy switching.
It isn't the contact bounce but the result.

Three or more rapid contact closures. The first pulse is as slow as the books say. Since the first fights CEMF it is the slowest.
The second happens fast enough behind the first to not see as much CEMF so it is faster. The third is the same as the second except it has even less CEMF to fight.

So there you have the start but not the kick.

Since each new pulse is slower than the one following there is a point where the middle one is jammed between the first and third.
Ill not elaborate on the details of the physics as you think I'm daft using conventional physics.

The result is the kick. A peak magnetudes higher than the colliding pulses with an apparent magical delay after the collision and of the same polarity.
Shortly after this massive pulse there will be a long lived train of lower level oscillation that tends to stay above zero until decay.

Now you may add me to your ignore list.

BEP,

Thanks for sharing your thoughts...   By far the most concise post on this thread by a regular TPU guy.

Nb