The Lee-Tseung Lead Out Theory

[nievesoliveras]

@ltseung

Sir, you can use a 555 IC circuit that can be altered to go faster or slower just by changing the resistors and the capacitors in order to change the frequency.

Jesus

[chrisC]

@ Lawrence:

That is exactly how my Bedini motors work.  It is wound bifilar but it is used as 2 different coils on the same spool around the core.  One is the power coil and the other is the trigger coil and, if you have seen any of my videos, it works at very, very high rpms.

For a good explanation and good circuit diagrams, look up Introvertebrate on youtube as he has 3 videos that explain it all very well.

Well, here is the link for the first one: http://www.youtube.com/watch?v=zJySgeSpJpQ&feature=related

You can find the other 2 by looking up his other videos listed on the right of the viewing screen.  Hope this helps.

Bill

Well, seems like most if not all of Tseung's 'lead out crap theory' is nothing more than variants of Bedini's motor which is not known to produce O.U?

Mr. tseung, when the world press reports on your 'significant' discovery, wake me up! Meanwhile let me sleep .....Yawn, yawn.....

cheers
chrisC

[broli]

@ltseung

Sir, you can use a 555 IC circuit that can be altered to go faster or slower just by changing the resistors and the capacitors in order to change the frequency.

Jesus

I think it would be easier to use a photodiode;

http://www.circuitstoday.com/photo-relay-circuit

The motor needs 2 additional plates. These plates are for adjusting the "on" time of the coil.

[Pirate88179]

Why not just go with the traditional Bedini circuit and trigger coil set-up?  My small one can do over 15,000 rpms with no problem and no 555 timers or photos cells or contact switches or anything else.  When it speeds up it just switches faster through the transistor. (2N3055)  It seems the simple way to go.  These circuits have been clocked at over 300,000 rpm's and can still keep up.

Bill

[Forever]

Thank you for all the suggestions. My personal feeling is to try the simplest possible solution with our present set-up.

Our present set-up has 8 magnets and 4 coils. There is space for 3 more coils. This means we can drive the wheel with up to 7 coils. We have also tried to use a coil as collector coil. A single coil could generate more than 12 volts A.C. We can change the function of a coil from driver coil to collector coil. It looks like we can demonstrate overunity with such a set-up.

We can also increase the diameter of the wheel so that it can cater for 15 or 16 coils. That should provide more power and more flexibility.

I think we can win the overunity prize with our present prototype and will have a even better chance with the improved set-up.