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Author Topic: Lords of the Ring  (Read 943748 times)

giantkiller

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Re: Lords of the Ring
« Reply #735 on: March 31, 2007, 07:09:54 PM »
Hello,
I am pursuing Uncle Fester's ckt. It is a minor change for my 8 channel motor controller. Plus I have a broken copper run on the one of the boards to fix.
I am going to take a slightly different approach with this. With a quad phase control I don't need the wire for the feedback pulse circuit to the next coil segment(I can do that later). That is where my motor control circuit will sequentially run through the controller coils one at a time. I can also vary the duty cycle and keep it less than <50 percent. And guess what? No runaway. That is your safety tip for the day. UF's ckt can't runaway either because the 4th segment has no feedback coil to trigger the 1st control coil. Pretty smart, dude!

This operation will perform the rotating field that seems to be so desired.
I have the GK4 totally stripped down (Empty terminal connections. Can't show pics, nudity not allowed) and connected per UF's schematic.
I am also going to try putting a dc bias on the collector to a enable a one way path. This is to see if the Radiant Energy can be swept in one direction instead of spattering all over the place. Just a try.

I have supplied the motor controller circuit schem. There are 8 outputs of the 74139, a 2 to 4 line decoder. Just duplicate the coil driver on the Q1A line.
The duty cycle is controlled by a 555 one shot to the enable. This new addition is not on the schematic. The one shot is triggered by the rising pulse of the main 555 astable. The max frequency for any given channel is 250khz.
The beauty of this circuit is it can drive 2 TPUs of any collector layer count and any direction. Even opposing. Hmmm?

And that's today's lesson with Mr. Wizard. I've had the flyback flu for 7 days now. Things were going slow. Maybe I can catch up.

--giantkiller. Patience is how we earn our keep.
« Last Edit: March 31, 2007, 07:54:36 PM by giantkiller »

giantkiller

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Re: Lords of the Ring
« Reply #736 on: March 31, 2007, 08:43:12 PM »
Carmen sent this to me and I am posting for her here:
Kicks again!
http://www.youtube.com/watch?v=kTdUBSz-9Qo

The facts in the common conversation are amazing and very revealing.
Mr. Muller stated that:
Iron core equals current and air core equals voltage.
Small magnets equal voltage, large magnets equal current.
One side of the rotor was positive and the other was negative.

They used a clamp on ampmeter.
More magnetic shearing effect. Bedini devices do too.

More to come.

--giantkiller. http://www.mullerpower.com

« Last Edit: March 31, 2007, 10:29:21 PM by giantkiller »

supersam

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Re: Lords of the Ring
« Reply #737 on: March 31, 2007, 10:23:54 PM »
hey GK,

how about the, battery to inverter, to toroid, to secondary, split!  try this half the output back to the battery to charge it,and half to a device.  maybe keeping the pendulum running in the Milkovic dual oscilating pendulum???

lol,
sam

Sauron

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Re: Lords of the Ring
« Reply #738 on: March 31, 2007, 11:32:24 PM »

I forgot to mention, use a variable resistor in the base divider circuits to tune the sensitivity of the triggers and a diode on the control coils to protect the transistors from the BEMF spikes.


hi there starcruiser,
this is the problem, we are doing this in all circuits all the time.
destroying unwanted energy.....
who knows what can be done whith them...............

Jdo300

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Re: Lords of the Ring
« Reply #739 on: April 01, 2007, 02:12:09 AM »
hi there starcruiser,
this is the problem, we are doing this in all circuits all the time.
destroying unwanted energy.....
who knows what can be done whith them...............

How about capturing the spikes and using them to recharge the pulse cap...

God Bless,
Jason O

Sauron

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Re: Lords of the Ring
« Reply #740 on: April 01, 2007, 08:58:51 AM »
sounds intresting!

innovation_station

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Re: Lords of the Ring
« Reply #741 on: April 01, 2007, 03:16:17 PM »
.
« Last Edit: April 20, 2007, 08:46:04 AM by innovation_station »

giantkiller

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Re: Lords of the Ring
« Reply #742 on: April 01, 2007, 06:05:34 PM »
i have returned altho my  posts will not  verry little good info in them anyways

helping to clean up the thred so new people dont have to read a bunch of garbage

about what i had was nothing special i put 5v in and on the kick back it peeked my meter that is all altho the way it was  wired  seams to be the only way i get those big kicks and only with the use of a steel wire it has a verry strong mag feild for what was in volved  the mag feild acts with my magnet up to 14" away from the unit

so i was thinking that in sted of 1 long wire i should have many short ones to lower the voltage and up the current and square is important from what i found but so i have seen it is a game of trial and error but it will not be long and we will crack it

and i m still trying new things

is

You are correct in your post here. You have kicks. Just attach a pulse train to tranny drivers to the coil and put it on a scope. if you can't do that then you can't see what lies in the operation of the events to progress any further. Without the ability to see that, your errors from unnecessary trails will consume your life.

--giantkiller.


starcruiser

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Re: Lords of the Ring
« Reply #743 on: April 02, 2007, 02:56:19 AM »
Guys,

I was working on my super pole control coil TPU concept this afternoon and got some interesting output. I was putting in approx 12vdc, this was pulsed using a circuit from the Bedini window motor experiement. The trigger at this point was an audio generator but will be replaced with a feedback/trigger coil to see if I can self run the oscillation.

The control coils are currently wired to provide a super pole arrangement, i.e. North pole to North pole, all coils are connected in series on a layer and all layers are series connected to each other.

The control coils are wound using 170 turns of 32ga magnet wire (RH rule). The collectors are 15 turns 16ga stranded (single wire). All control coils are lined up to match the coil polarities in the TPU.

The output on the collectors was 4.5v P-P and this was after I ran the collectors in a series connected arrangement. It was additive! It should be noted that un-rectified waveform output was more positive than negative. I then rectified the output and got a ramp wave that had a positive offset from 0, approx .7v and had a peak to peak value of roughly 2+ v above that.

So far these results are showing promise and I am thinking I am needing to increase the control coils turns to increase the magnetic field thus improve the super pole effect. So it is off to wind a new TPU.

One other interesting note, I placed a neo magnet next to the junction of two coils and this caused a high pitched oscillation in the control coils, the polarity of the magnet did not seem to make much difference in the waveform output at this time, but the strong field from the magnet is causing an effect. I also tried this with a regular ferrite magnet from radio shack (the rectangular one) and got the same affect but not quite as pronounced. I am wondering if the addition of a strong magnetic field may help the current production in the output but I will not be able to tell until the new control coils are wound and tested first.

I will post more info after I construct the new TPU with the enhanced control coils to strengthen the super pole fields.

I though I would share this info in the event it may help someone else.

innovation_station

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Re: Lords of the Ring
« Reply #744 on: April 02, 2007, 04:07:37 AM »
.
« Last Edit: April 20, 2007, 08:47:18 AM by innovation_station »

giantkiller

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Re: Lords of the Ring
« Reply #745 on: April 02, 2007, 04:11:26 AM »
@starcruiser,
Yes. I had put neo buzzmags inside mine and they amplified the vibrations.
The neos are a great tool to use.

--giantkiller.

sevikbel

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Re: Lords of the Ring
« Reply #746 on: April 02, 2007, 06:19:13 AM »
@starcruiser,
Yes. I had put neo buzzmags inside mine and they amplified the vibrations.
The neos are a great tool to use.

--giantkiller.


Look it...

innovation_station

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Re: Lords of the Ring
« Reply #747 on: April 02, 2007, 07:01:44 AM »
.
« Last Edit: April 20, 2007, 08:47:19 AM by innovation_station »

innovation_station

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Re: Lords of the Ring
« Reply #748 on: April 02, 2007, 04:58:08 PM »
good luck to all working on this


« Last Edit: April 20, 2007, 08:47:53 AM by innovation_station »

starcruiser

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Re: Lords of the Ring
« Reply #749 on: April 02, 2007, 07:13:56 PM »
Thanks