Joule Thief

[Mk1]

@artic_knight

I got some magnetic gears , i made some discoveries that phi and golden geometry is a way to calculate, magnetic friction. gears you can't see,that's some type of god power! And i love ed(dy) current.

[innovation_station]

mk1 you really crack me up lol..... 


how do they work 

did the magnetic gear thing too 

lol


ist

this is a kool unit ...  here you see my magic bearing ....  just used diffrently 

http://www.overunity.com/index.php?topic=2414.0

my magnetic gear idea ...

http://www.overunity.com/index.php?topic=2180.0

still looking for my magic bearing

   
Re: the most efficient machine ever built
« Reply #115 on: March 26, 2007, 05:42:06 PM »

http://www.overunity.com/index.php?topic=1977.110

[Mk1]

@ist

Its all in the angles , the only friction my gears have is magnetic and works at great speed , this is back when a was working on my Bedini project, I used small dc brush motor as generator for my magnetic wheel , if you place them in the right geometry it just files , the wheel gose to fast for the motor , they are better generator at lower speed , but the math's are there since the beginning of time , some say golden means
god, then something unseen like magnetic force, eddy current, things not all can see. But that deserves its own topic.

Edit:Utron and pyramids are alike, you will get the answer. 

[innovation_station]

slayer 007 coil    polorized coil pics

ist

i stoped at 9 layers...  360 turns

so i guess its on to the generator coil ....   /pickup /transformer coil 

i was thinking 14ag 3 layers non polorized ........   meaning back and forth ......

as i understand the MASS  should be close ..... not right on  but close ..  it may not matter in this unit the way it will be hooked up ......

[AbbaRue]

@All
When taking measurements remember that voltage is read in parallel with the output.
But when measuring Current you need to place some known load across the output and place your
meter in series to measure the current the load is drawing.
If you charge a capacitor you could have thousands of amps across the output.
If you place your meter across it set at mA. you will blow the fuse inside the meter and have to replace the fuse.
The only reason some here have been able to measure the current across the output is
because it was to low to blow the fuse in the meter. So you could measure say 80mA on the 200ma setting.

So if the voltage output measures 400 volts, using a 2k ohm resistor across the output should give you 200mA.
400/2000 = 0.200 amps or 200mA.
But use that to charge a capacitor and you could have 400 volts at 100 amps.
Charging a 2200 uF 400 volt cap off a joule thief circuit and then
connecting a 120 volt 100 watt bulb to the capacitor could burn out the 100 watt bulb never mind your meter.

I hope no one smells burning wire from there meter.
If you touch the 2 leads of that charged capacitor it could kill you
So check the voltage across it before setting it aside, wouldn't want to fry your child or your pet.
IF you do a lot of experimenting with charged caps like this it would be very useful to
solder up 4 or 5 light bulbs in series and use them to discharge your capacitor before putting it away.

@IST
In the video you made on the last page you fried the fuse in your meter when you set it to mA,
that is why you didn't get a reading.  Just open the meter and replace the fuse and you should be up and running again.
The reason it didn't fry the fuse on the previous video is because the milliamps were low enough for the meter to handle.
Don't feel bad I have blown quite a few meter fuses myself. 
In fact I still need to replace it in one of my meters.  This is always the plague of electronics, measuring current.
Voltage is no problem if you go over you just see the overflow error on the display,
but go over on the mA scale and poooofff!! time to get another fuse.