Muller Dynamo

[tagor]

Hi KoneHead,

Please could you draw up a simple schematic with your above idea?

Thanks

All the best

  Chris

http://sites.google.com/site/alternativeworldenergy/upright-alternator-circuits

there is more on ismael thread

[konehead]

Here is bidirectional mosfet coil-shorting circuit using halleffects.
and you should use a 4421 driver (it will be normally OFF-switches ON from the hall effect)  instead of the 4422 shown in circuit and it will work fine as is.

Not shown is a "two-stage" output circuit...that high-bypass series AC cap will eliminate motor lugging, but there is balance in the uf value you want -  as too low of uf and not much power gets through to fill cap very fast and too high of uf and you can get lugging of motor but cap zaps up very fast so there is need to find balance.

To do a two-stage output circuit, "double" all this up and use a 4422 and a 4421 both triggered by same halleffect at same time. the 4421 will be normally OFF switches ON and the 4422 will be normally OFF swtiches ON...
so use the 4421 mosfet circuit to dump "collector" cap to load, and use the 4422 mosfet circuit  o fill collector cap while mosfets are "normally ON", and disconnect  cap from coils being shorted when collector-cap hits the load, as the 4422 circuit switches OFF from a common halleffect tha both drivers share (and the 4421 switches ON at same time dumnping cap to load)
use any size mosfets you want for whatever system you have going, and you can put some in paralell to reduce resistance if you want to do that..
you dont necessarily need to be charging a battery, that could be any load there -  and also you might not need or want that high bypass filter cap -  but if you do use it, play around with the uf values of it for whatever you are doing.
you wont need the bidirectional-style mosfets, and you can use single mosfets instead for the two stage output circuit, unless you decide to cut the coils from the collector cap during collector cap discharge on the AC side of the bridge for some reason.
mabye throw in a bunch of opto-isolatorrs too, (more advanced) so you can use one common power source for all the drivers and mosfets and hall effects....
if nothing else, this circuit shows how to hook up bidirecitonal mosfets, with a driver too, in order to short coils and a fwbr is there too, that fills DC cap up from the coil shorting...so that is the basics....

[oscar]

....I have also noticed that the biasing magnet distance changes the voltage but it has ranges where the voltage goes up a little from where it went down as you move it away, ...

A similar effect has been reported by user Neight of energeticforum, see
http://www.energeticforum.com/renewable-energy/7982-muller-generator-replication-romerouk-7.html#post140982

Maybe those with complete test rigs (woopy, i_ron, etc.) can tune their generator coil biasing to this position/condition.

[hyiq]

Here is bidirectional mosfet coil-shorting circuit using halleffects.
and you should use a 4421 driver (it will be normally OFF-switches ON from the hall effect)  instead of the 4422 shown in circuit and it will work fine as is.

Not shown is a "two-stage" output circuit...that high-bypass series AC cap will eliminate motor lugging, but there is balance in the uf value you want -  as too low of uf and not much power gets through to fill cap very fast and too high of uf and you can get lugging of motor but cap zaps up very fast so there is need to find balance.

To do a two-stage output circuit, "double" all this up and use a 4422 and a 4421 both triggered by same halleffect at same time. the 4421 will be normally OFF switches ON and the 4422 will be normally OFF swtiches ON...
so use the 4421 mosfet circuit to dump "collector" cap to load, and use the 4422 mosfet circuit  o fill collector cap while mosfets are "normally ON", and disconnect  cap from coils being shorted when collector-cap hits the load, as the 4422 circuit switches OFF from a common halleffect tha both drivers share (and the 4421 switches ON at same time dumnping cap to load)
use any size mosfets you want for whatever system you have going, and you can put some in paralell to reduce resistance if you want to do that..
you dont necessarily need to be charging a battery, that could be any load there -  and also you might not need or want that high bypass filter cap -  but if you do use it, play around with the uf values of it for whatever you are doing.
you wont need the bidirectional-style mosfets, and you can use single mosfets instead for the two stage output circuit, unless you decide to cut the coils from the collector cap during collector cap discharge on the AC side of the bridge for some reason.
mabye throw in a bunch of opto-isolatorrs too, (more advanced) so you can use one common power source for all the drivers and mosfets and hall effects....
if nothing else, this circuit shows how to hook up bidirecitonal mosfets, with a driver too, in order to short coils and a fwbr is there too, that fills DC cap up from the coil shorting...so that is the basics....

Thank You, makes more sense for me in a picture.

All the Best

  Chris

[firlight]

don't cross Transition Wall !


http://www.totallyamped.net/adams/#top

This is my first post here ,This post about the Adams motor is spot on,you really don`t need magnets on the back of the generator ,its cheaper to extend te core,hold a chunk of iron or a length of ferrite rod on the backend and check the output with a scope as you do so.

Regards Dave