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Muller generator replication by Romerouk
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With such a motor type you might wanna have a look into rotoverter technology.
For the 2000 volts D/C just get yourself a microwave oven diode or other HV diode, that is rated for your application. You can make a bridge out of 4 diodes of that type too.
What you need 2000 volts for anyway? hehe
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WOW this is magnificent work. I always envy anybody with a machine shop.
do you mind me asking what will the electrical architecture be what are the designs. if you are making a generator for OU or at best a very efficient generator it must be out side normal concepts other wise there is no point.
So I am very interested in what you are committing so much resources to.
Right now every body is still trying to get over the main event
Like a bad hang over
Best regards Rod
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Soft Iron cores
Industrial Tube and Steele
Cincinati Ohio
1-800-332-9567
Contact Name, Jerry
Quote# 27712
2 1/4"x 3 1/4" x6'Bar
$273.17
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where did you and how did you make the soft iron cores where can I get soft iron from?
Welcome to this topic. good luck with your project eep us informed.
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I've done this as well, with the basic SSG ckt using a very small AC cap across the drive coil.Originally posted by toranarod View PostI have been testing some of the ideas you are putting forward about phase shifting. it looks like the lenz drag applies to the drive coil as well.
if the drive coil has a similar core and coll. I took the Litz coil and added a capacitor to the circuit creating a resonant tank circuit the drive current droped significantly and produced more output in back emf.
in addition...
placing a cap across the base resistance when using the trigger coil on a bifiler rather than a hall, very interesting things happen as well.
‪Bedini mod - trigger Cap‬‏ - YouTube
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the work has just begun
I have been testing some of the ideas you are putting forward about phase shifting. it looks like the lenz drag applies to the drive coil as well.
if the drive coil has a similar core and coll. I took the Litz coil and added a capacitor to the circuit creating a resonant tank circuit the drive current droped significantly and produced more output in back emf.
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I just tested the same bifilar coil without the core. Each strand is 4.3mH and in series 17.2mH. In parallel they measure 4.3mH
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There might be a formula, i just do it graphically and measure.
It's basically how many individual wires including the center wire go across the diameter.

This graphic is from Arthurs from OU and shows how the wire diameters are related.
Romero has miscalculated the total wire diameter for instance:
Muller Dynamo
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Thank you minolyOriginally posted by minoly View PostThis fall right in line with something John K. just said that JB just said
"To get the power out you have to go very low on the impedance and high on the inductance."
Patrick
@xenomorph
I just done a little test. I have a bifilar coil measuring 4.3 ohms and 22.3mH on each strand. Correct me if i am wrong and i might be but if it was one strand measuring 8.6 ohms, would the inductance not be 44.6mH? If i connect the end of one strand to the begining of the other strand (series), the resistance is 8.6ohms and the inductance is 89.2mh.
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Maybe Bedini does not mean it the way we mean it over here, but nevertheless, that confirmes the time constant L/R theory of course or phase shift, as you name it. More inductance + less resistance will increase the time delay or phase shift of Lenz and it will make it behave like we see in these experiments. I highly suspect that Watson's machine was such a beast. Watson's machine also had a really large rotor. I have commented on his machine over here: http://www.energeticforum.com/131790-post1.htmlOriginally posted by minoly View PostThis fall right in line with something John K. just said that JB just said
"To get the power out you have to go very low on the impedance and high on the inductance."
Patrick
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