ENERGY AMPLIFICATION

[allcanadian]

@Mark E
You know you have written some pretty awesome responses, better than most I have read in a very long time and I mean that sincerely.

I could do this all day and I enjoy the banter, the exploration, however I imagine our little debate is hogging this thread. I wish you could have been right next to me when I made my unidentified flying object observation because for as long as I can remember everyone I know comes to me for answers but in this case I have none. I mean I have decades of experience and research into aerodynamics and I have no problem with any questions concerning it but in this case I have nothing and for me that is a big problem.


In any case we should let this go so the people here can continue their debate on energy amplification. I really did enjoy our debate and if you want to continue elsewhere just PM me and I would be happy to continue.


For the record I nailed the down wind faster than the wind concept within 15 min of reading the first article, just saying lol.



Best Regards
AC

[zdiblo]

"..First one wants to laugh for about two hours at how truly ignorant we've all been. Then one wants to cry for about two hours for the same reason. This could all have been done a century ago, if we had ever really understood electromagnetics..."
sorry, could not resist ...

[Dave45]

Pnp and npn transistors are not interchangeable not because of the switch but because of the internal diode.
Two coils beating as one passing energy back and forth.
The diode cannot be between the coils it dampens the transfer.

[MarkE]

Pnp and npn transistors are not interchangeable not because of the switch but because of the internal diode.
Two coils beating as one passing energy back and forth.
The diode cannot be between the coils it dampens the transfer.

PNP and NPN transistors are different devices.  To a first approximation for switching circuits a common emitter circuit using one can be substituted for a common collector of the other and vice versa provided that the driver circuit is changed appropriately.  Because NPN transistors and N-channel MOSFETs are easier to make than PNP and P-channel devices there are many power devices that use only NPN transistors or N-Channel FETs for both the high and low side switches.  These devices have to develop bias voltages above the supply rail to drive the high side N-channel MOSFET gates.

[Dave45]

A neg electron flow creates a pos current flow
The bemf from L1 is pos will the bemf from L2 be neg.
Notice there is no electron path from the battery allowed to enter the load loop.