ELECTRO/MECHANICAL HYBRID TPU

[turbo]

the main problem is that everyone has a vision.

The main problem is that everyone is blind or just too stupid to try things.
A vision isn't going to help you any further.

[tishatang]

@Otto
I was reviewing the videos like you asked.   Go here:

http://video.google.com/videoplay?docid=167210479374903373&ei=9R06SqfNL5SMwgPAnZj-Aw&q=steven+mark&emb=1

The first unit is the 6 inch one and half pounder.  I seemed to have missed the brief mention it put out 5 amps.  But, all he showed was it lighting a 100 watt bulb,emphasizing 100 volts at one amp.  The next small 4 inch unit was a continuation of a 100 watt bulb demonstration.  In my old man's mind, it same power, smaller unit.

Later, he shows another 6 inch unit that weighed only 12 ounces and actually demonstrated that it put out more power than the first 6 inch unit.  Another evolution of power to weight ratio over time.  When we discover the secrets, we will improve over SM's versions.

I know English is not you native language.  In my last post about the blind men and the elephant, I was trying to make the point it is not worth arguing about details whether there were iron cores or not.  You are arguing that there are no iron or ferrite cores.  OK!  I agree with you.  I never claimed there were.  If one were to read an earlier post of yours, you said you were not using the correct cores.  Based on that, one would assume you were for cores?   Video one of the above link shows a unit being cut in half.  Obviously no iron or ferrite core. 

Also, go here:

http://video.google.com/videoplay?docid=-8435800732540412467&hl=en

It offers the best clues of the technology.

I really don't want arguments over details that have been hashed over many times on the past TPU threads.  What I would like to see here is someone actually building the Bedini coil motor as the centerpiece of a TPU.  Report your results here and, hopefully, things will go easier?  My regret is now that I am fired up again, I am not in a position to do my own build.  So, I came up with an idea, and it is up to you all to decide if it is worth doing the experiments.   

Welcome aboard, Marco

Tishatang

[wattsup]

@otto

- 6TPU -

When he let the other guy hold it that guy said, "Buzzing, Vibration, Slight Noise", then SM took it back and said "Vibration, slight gyroscopic effect", as if to want to negate the other guys observation of the buzzing and slight noise. Hmmmmmm. Why would this  guy say that and why would SM then take the TPU and say just vibration. lol

Dim: OD 6" - High 2" - Core thickness 3/4".
Weight: 1.5 pounds
Measured output: 121.8 volts
Stated output: Range from 110 to 145 volts
Output Amps: Up to 5 amps at 100 volts or up to 500 watts. (not 100 watts).
Frequency: 5000 hz

Consider that at 5 amps output, the 6TPU would have to have many wires in parallel otherwise how do you get 5 amps. The voltage is secondary here since getting 100 volts is the easiest part. But try to get just 100 volts with 1 amp, very hard to do, then consider the 6TPU making 5 amps. Ouch.

Series makes voltage.
Parallel makes amps.
So what does Looping make?

Also, the output is continuous and always available meaning the gain in the device can maintain itself and not get killed by any over saturation of a core in the conventional sense.

Now if the output was held in a internal dioded or rectified output capacitor, how big would a 100volts 5 amp capacitor look like?

Now if there is no output capacitor bank, then the devices HAS to maintain a looping sequence that regenerates itself and that does not self-over-saturate.

Comparison. Find on the market an step up transformer that has 9-12vac primary and a 5 amp 100 vac secondary and see how big it is and how much it weighs. Hmmmm.

Funny thing. A reed switch will buzz, vibrate and make a slight noise and it won't last more then 20 minutes before it just sticks. Also, it needs a magnet to start the vibrating or switching. lol

Also, a reed switch will work without a magnet if it is near a coil and the coil can put out enough mag field around it. But if the coil is toroidal, it will hold the field inside and then you would need a magnet to bias the field around the reed switch.

Last point on reed switch is that it does not have to handle the full load to any coiling. Just to do the switching to a transistor is enough.

No, I am not saying run after reed switches because it could be done many ways.

Keep on going. This is good.

wattsup

[tishatang]

@All
You know it has been 3 years since I last saw TPU videos.  Am I getting old and senile or are these videos a little different?  Go here:

http://video.google.com/videoplay?docid=-1944827568401901581&hl=en

I don't remeber so much detail of the insides of the 17 inch TPU.  Maybe I did not look at all the videos available back then?  I suggested you download these videos by clicking on the download link.

Is this video different?

Tishatang

[Hoppy]

@ wattsup

Good post. Now you may have seen Ossie Calahan's 'A Working Radiant Free Energy System". This was basically a simple reed switched power transistors, in turn switching low resistance iron cored coils arranged as four poles to drive a PM magnet rotor. This setup produces a considerable amount of radiant energy which Ossie used to charge batteries. There is nothing special about this in that there are many other variations of motors working on this principle but these are capable of fast charging and considerably increasing battery capacity where low resistance coils are used.

We know that parallel connected coil strands considerably lower DC resistance / impedance and I feel that we should not dismiss out of hand the possibility that SM used this to his advantage by 'super charging' a reasonably small hidden NICAD battery pack which was then used to run an efficient DC to DC boost or SEPIC converter to power the load. I have had no real problems building such a device within the scale of SM's small TPU to power a 60V mains lamp at a good brightness for the period time necessary to convince a demo audience. This approach produces the heat and more importantly suggests why SM had to fiddle with his starter magnet to get the TPU running. This is because there needs to be a magnetic bias applied to the reed switch in order for it to switch cleanly without burning out too quickly. This bias also helps to optimise the operating frequency. Unlike Ossie's motor, SM was not using a rotor and his generator need only have been a simple reed switch based oscillator(s) driving parallel connected multi-strand air cored coils or possibly iron bailing wire cored coils (to increase inductance) feeding tank caps which in turn powered a DC-DC converter.

Hoppy