Muller Dynamo

[Overschuss]

Hi all

I wonder nobody has suggested to build a "Binary Switching Capacitor Bank" to find/tune easier the right series/parallel Resonance (or Phase-Shifting) cap value, as described here on Page 8:

http://www.panaceauniversity.org/RV.pdf

I would add four more switches, from 0.1 uF to 51.2 uF (altogether 102.4 uF).

[erikbuch]

Bolt suggested thath earlier in this thread!

Quote: Anything designed for AC will work you probably need AC polypropylene film capacitor they are often yellow or blue blocks used as motor suppression caps in brushed motors. if you buy new you can keep the cost down going for 63v rated instead of 250v but this might restrict you in the future when you go bigger up in size and better rigs. Then tend only to go up to about 5uf so you need to gang them up for more uf. They are quite expensive about a euro/buck each so if you need 100uf at 5uf increment = 20 bucks by 10 coils that's 200 bucks worth of caps. If you are really desperate using electrolytic  back to back to make an AC cap out of them but never do this for mains voltages. Low voltage muller stuff might be ok for a while but don't be surprised if they go bang.

OR you can use motor run caps they are not cheap either to buy new like 25 bucks for 50uf but the AC voltage is going to be 350-450VAC so they are future proof for anything you might likely come across. What you really need to make for all your AC tuning stuff is a Binary Cap box made from Run Caps. Inside this big box you put like 1, 2 4 8 16 32 64uf caps 450VAC then use good switches like 20A breakers. From this binary combination you got a good tuning range within 1uf.

Now you got a full AC motor tuning kit for power factoring RV, Air Con system pumps, freezers, pool pumps, mega large mullers etc.  Once you found the correct size you fit a permanent cap in the required position.

who said free energy was free?  ...'king expensive. End Quote

Best regards
Erik

[itsu]

Hi All,

as user "hoppy" already explained a few pages back (here: http://www.overunity.com/index.php?topic=3842.3397), the phase angle of a series LCR circuit in resonance = 0!

So no "lagging" or "leading" of "I" or "V".

So what are we aiming for, series resonance (no phase shift), or "i" lagging "V" by 90 degrees (= no lenz?)?

The latter meaning a pure inductive reactance, so prefferable without any capacitance in the circuit.

It can only be one or the other, not both. Or is there a method of forcing series resonance in a LCR circuit with "i" lagging "v"?

please explain?        Thanks.    Itsu.

[Tudi]

Hello All,

I am working on building up a quick pulse motor test stand to characterize the speedup effect that people here are witnessing. I just wanted to ask a few questions from the builders who have successfully seen the speedup under load.

1. What size magnet wire are you using?
2. Roughly how many turns?
3. What are the dimensions of your coils?
4. What is the coil's resistance and inductance?
5. What core material used? (Ferrite, iron, air etc).

It would be nice to see if there is a good general pattern developing for those who have had success with this. Also, I am preparing to wind some coils of my own on ferrite rods and would like to see what specs the other successful replications have.

I have access to a magnetic current probe and would like to observe what happens when the motor is shorted and unshorted. Also, since many people here are seeing that the motor runs best under shorted conditions, this is an ideal time to try the coil shorting technique to extract the power from the coil at high voltage while still maintaining the short circuit condition that the system likes.

- Jason O

I'm glad you are joining. But if there is no magic in the speedup effect then ...well it's just part of a normal gnerator behavior. You could say the other way : slowdown ( drag ) on energy extraction

For your questions there is a general description of a muller generator ex : http://www.youtube.com/watch?v=70E0Q_pCB-4
and a compiled version for replication :
http://www.overunity.com/index.php?action=downloads;sa=downfile&id=471

However RomeroUK reminded us multiple times that you need to make an efficient dynamo tunedd for a specific load and it's not a must to build a muller dynamo.

[Tudi]

Hi All,

as user "hoppy" already explained a few pages back (here: http://www.overunity.com/index.php?topic=3842.3397), the phase angle of a series LCR circuit in resonance = 0!

So no "lagging" or "leading" of "I" or "V".

So what are we aiming for, series resonance (no phase shift), or "i" lagging "V" by 90 degrees (= no lenz?)?

The latter meaning a pure inductive reactance, so prefferable without any capacitance in the circuit.

It can only be one or the other, not both. Or is there a method of forcing series resonance in a LCR circuit with "i" lagging "v"?

please explain?        Thanks.    Itsu.

what i ment is to switch the circuit layout at specific moment to change from 1 setup to another. Juswt imagine it as a mechanical switch ? Not sure if it is possible or benefic at all