For educational purpose i desided to work on a muller style motor/dynamo.
As i still see some possibility's on this type of design wich i have not yet seen (if im wrong please correct me :) or some me.)
Most replication i've seen on this type of design are using 1 or to coils to drive the motor and using the other to generate the potential.
This is one way to approach this machine.
But i have a other one in my mind.
I think instead of 2 coils being the motor.
Why not let all coils be the motor.
if you have for instance 10 magnets and 9 coil pairs.
for 1 full rotation would mean 90 pulses.
wich gives you the ability to make such micro small pulses.
because of these small pulses you will still be able to get a substantial amount of potential from the magnet swinging away (or to the core depending on the attraction or repultion mode) from the core.
So what i am planning to do is make a 9 coil paired muller dynamo with 9 switching circuits to run the motor.
And then just see what efficiency i can get out of this expirience :)
What will i do:
- i will provide this topic with information/part list/3d printer files/updates on progress and everything you can think off thats needed to replicate this.
This project will be completely opensource.
What can you do:
- come with posible ideas to try i am very open to all sorts of ideas aslong as it's within my reach (mainly cost wise.)
- discuss the subject.
In my next post i will provide picture's and some of the details i have on progress so far. (im still building so dont have anything running for a few weeks
>>> Jeroen
As i still see some possibility's on this type of design wich i have not yet seen (if im wrong please correct me :) or some me.)
Most replication i've seen on this type of design are using 1 or to coils to drive the motor and using the other to generate the potential.
This is one way to approach this machine.
But i have a other one in my mind.
I think instead of 2 coils being the motor.
Why not let all coils be the motor.
if you have for instance 10 magnets and 9 coil pairs.
for 1 full rotation would mean 90 pulses.
wich gives you the ability to make such micro small pulses.
because of these small pulses you will still be able to get a substantial amount of potential from the magnet swinging away (or to the core depending on the attraction or repultion mode) from the core.
So what i am planning to do is make a 9 coil paired muller dynamo with 9 switching circuits to run the motor.
And then just see what efficiency i can get out of this expirience :)
What will i do:
- i will provide this topic with information/part list/3d printer files/updates on progress and everything you can think off thats needed to replicate this.
This project will be completely opensource.
What can you do:
- come with posible ideas to try i am very open to all sorts of ideas aslong as it's within my reach (mainly cost wise.)
- discuss the subject.
In my next post i will provide picture's and some of the details i have on progress so far. (im still building so dont have anything running for a few weeks
>>> Jeroen