Quote from: David70 on June 23, 2011, 10:18:51 AM
Hi,
about a week ago I called Romero for the second time and asked him to point me to a direction where I can get close to OU
snip
I am posting this here and maybe someone can do the same build and confirm all  other suggestions

David

David, thank you for posting that.

I tried it with two coils on my much bigger machine and it is fascinating to see. I turned the voltage down so it is just running at 600 RPM with away more input than output, lol

Kind Regards, from a fellow pensioner

Ron

Edit:  OK, with 8 leds... but that is 10 bux worth so will stop there,

Quote from: mariuscivic on June 23, 2011, 10:49:16 AM
I dont know if we are doomed. I made another video where i'm showing you in detail what i'm doing
Please, everyone, watch this video and tell me your opinion

http://www.youtube.com/watch?v=AJfVDZmuwx8

I had the impression by adding the load)shorting) you can harvest the same output and get the speedup also. But if the load will make you harvest less energy then the speedup is perfectly logical and means there is no magic. Less harvesting means more energy for the rotor to rotate.

It was RUK who hinted at the dual purpose of the diodes.

It was RUK who talked about big efficiency improvements of the bridge with the addition of the 1N4007/1N4001 to the large bridge.

It was RUK who apparently recommended that the guy working with the Kromrey look at the apparent HALL effect on the efficiency of the bridge...who also was looking at the piggy-backed diodes on the big bridge.

Very few here seemed to put much emphasis on that point. It might be important.

Free energy will have a quantum source...one way or another. I honestly doubt that this is matter of fooling Mr. Lenz, except in eliminating Lenz induced losses.

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

Quote from: oscar on June 23, 2011, 11:04:28 AM
@gyulasunPlease gyulasun, how do you read that? Does romerouk mean an ADDITIONAL diode between the DC output of the FWBR and the battery? A diode that would only conduct current back to the supply, when the generated voltage (after the FWBRs) exceeds the battery voltage?
Would that make sense?
To add such an additional diode between the FWBRs output and the battery?
An additional diode which woopy has not drawn in his schematic?

Hi oscar,

Well, first I thought Romero meant an extra diode (not the one in parallel with the TIP42C driving transistor).  But this would need a return path in the other battery polarity line also from the output.
Then woopy drew a possible schematic as he saw it from the first video and because both the battery + and - poles are paralelled with the diode bridges' common + and - poles, an extra diode is not possible...  unless Romero had a schematic different from that of woopy (I mean some unidentifyable wire endings woopy mentioned).
The 1N4007 diode in the driving circuit as Romero showed can charge the battery from the induced voltage in the series driving coils when they are off. So battery is charged from drive coils this way.

Gyula