Muller Dynamo

[bolt]

Doug, yes, I had read that on your list. What I was objecting to was bolt's misuse of this information.

The endless repetition of his OU claims with no corroborative evidence or replication examples is a dis-service to the list.

Ron

There is no misuse of information the generator is basically LUG FREE and there is more out than in regardless of the precision of the load watts at this moment in time. As always diversion to "measurement errors."

[k4zep]

i'm very impressed, Ben - not only do you have to work in the 'World's Smallest Lab' but it looks to  me like you also have to work with the 'World's Smallest Muller Dynamo'

your system is not much bigger than your solder spool !!

i think you must have a much harder job than a lot of replicators because the tolerances are always more of an issue on physically smaller systems

it's to your credit that you've achieved 'so much with so little', to misquote someone famous who smoked big cigars

...must have been either Groucho Marx or his less-famous half-brother, Winston Churchill Marx

you didn't know about Winston?  the Marx family kept that one quiet 

Thanks NP,

Yes, I really undersigned it but only as a R&D vehicle. Don't have room for a big unit! It has served me well but I must build another now that allows me the ability to adjust coil and core distance independently to see how RomeroUK was able to totally eliminate Lenz without AC phase shifting Caps, etc.  He is either extremely lucky or has the patience of a Job or maby he didn't eliminate it, just hid it under load.  Heck I don't know.

Oh, video of the source /drain effect in the floating Generator circuit.

http://www.youtube.com/watch?v=zT7tFsQDrkk

Respectfully,
Ben K4ZEP

[k4zep]

Hello everyone!

Today I finished my setup that I've been working all week. Using only one pair of driven coils I get around 16V but when I put a load, Lenz appears too. I haven't made the driving circuit yet and I use a reed for now. Tomorow I'll get the hall tranzistors. For now loocks good and the only thing remaning to do is to fine tuning. ( sorry for my english)

Hi Mariuscivic,

You are getting ready to have more fun that you ever imagined possible.  Plus a learning curve is going to hit you like a brick wall.
Have fun.  Very nice work!!!!!

Respectfully
Ben K4ZEP

[bolt]

Hi Konehaed & all:

Much appreciate your postings and results, I am also following Bolt's recommendation of using series non-polarized caps with shorted FWBR DC outputs to tune for max. input ac current. I have gotten around close to 200mA for the test coil when shorted but my series capacitance is something like 15 microFarads! Well, if I can get 8 coils to sum 1.6A that would be a great start

My question is the size of non-polarized capacitors with rated 250V voltages  are about 1.5" x 0.5" x 1" ! Can I series up 2 electrolytics with their common polarities connected (positive t positive) to effectively use it as a non polarized capacitor yet maintaining some kind of effective working voltages without a whole bank of parallel large polarized caps. in series? This is what old ham radio people used to do.

cheers
chrisC

For most of these mullers the series cap is going to be around 10uf to 100uf for each coil. The 1 ohm series resistor or better 10 * 1 ohm shunt for 0.1ohm  is inserted to measure the amps on channel A and the voltage is read on channel B across the capacitor.  The  bridge is then shorted on the DC out and the "loop" is tuned for MAX VARS ie highest  reactive current * highest reactive volts.

Align channel A over Channel B so you can merge volts and amps together so see tuning waveforms are all reactive phases.

Calc the desired final system load them average the load for each coil. Affix dummy load to DUMP cap and measure the true DC watts at the large dump cap and NOT at each coil. The series cap will need tweaking to match the load and or backend magnet tweaks with even possible need to add shims.  Repeat for all other coils. Please do not look for highest amps out of each coil. AMPS = LUGGING you need everything as reactive and measure performance ONLY at the large dump cap no where else.  Caps don't need to be motor runs caps. poly 63v working is plenty in small systems. If you are desperate than use lytics back to back for testing but don't leave them in there they can go bang at any time especially when pumped with ZPE reactive energy. Nasty fluff comes out of those things!

[chrisC]

For most of these mullers the series cap is going to be around 10uf to 100uf for each coil. The 1 ohm series resistor or better 10 * 1 ohm shunt for 0.1ohm  is inserted to measure the amps on channel A and the voltage is read on channel B across the capacitor.  The  bridge is then shorted on the DC out and the "loop" is tuned for MAX VARS ie highest  reactive current * highest reactive volts.

Align channel A over Channel B so you can merge volts and amps together so see tuning waveforms are all reactive phases.

Calc the desired final system load them average the load for each coil. Affix dummy load to DUMP cap and measure the true DC watts at the large dump cap and NOT at each coil. The series cap will need tweaking to match the load and or backend magnet tweaks with even possible need to add shims.  Repeat for all other coils. Please do not look for highest amps out of each coil. AMPS = LUGGING you need everything as reactive and measure performance ONLY at the large dump cap no where else.  Caps don't need to be motor runs caps. poly 63v working is plenty in small systems. If you are desperate than use lytics back to back for testing but don't leave them in there they can go bang at any time especially when pumped with ZPE reactive energy. Nasty fluff comes out of those things!

Thanks Bolt for the guidance. Yes, I was afraid these electrolytics will go bang and start flying everywhere (bad enough making sure these magnets stay in place at my 1220 rpm spins! I will try to digest your writings and see if I can tune them over this weekend. Much appreciate your help.

cheers
chrisC