R. Adam's secret: Radiant AUTOGENERATOR COIL

[Joit]

As far i see, he said timing of the Waves is the Trick - low impedance-
Radiant comes from BEMF and you can control it with the Reedswitch at a certain Position.

[ren]

DarkWizard, I have been looking at your diagram/schematic.

It seems to me that L6, L7 and L9 are your generating coils, the other two are your driving coils, ala Bedini circuit but with a mosfet. I am unsure of the function of the output however.

It seems to me that if the output was say, a coil, it would recieve a pulse from 6 7 & 9 when the third fet is activated. This would occur according to the reed switch position, and would be in phase with the other two inductors being pulsed from the primary battery. The current passing through the generator inductors would present a field of repulsion to the passing magnet. That is where Lenz works for you, but you have to force it to. A bridge rectifier may not have the same effect that D3 does Im thinking. The diode (D1) off these inductors would act in a similar manner to the way that the SG circuit picks off the radiant. The positive leg of the inductors (D3) is connected to the negative of the charging battery (via neon) and D1 is your output diode. Do the neons light up on switching? Your output could also charge via a solid state oscillator too, and its voltage would be reliant on the generating capabilities of your coil/s. It is entirely possible that your rotor could induce a potential voltage into the generating coil that was higher than the input source. Thus the oscillator that is running off the generator coil could have a potential of say, 16v, when shorted (likely alot higher) charging at this potential input, off a 12v source which runs the motor generator. The inductive spike off the generator coil would be much higher too.


Its very clever, if it works the way I think it does.

[darkwizard]

Yes Ren , that is, you understand it very well.

On Energy from the vacuum dvd 7 , Rick Friedrich and John Bedini shows an window generator coil around a bike wheel, with lenz controller pulse, the right timing, the device is overunity.

I think that the last circuit that i posted is generating a transformer action (from the battery, but don't uses more energy from it) as well as generator action (from the magnets).

The neon will light in both sides of the battery.

The motor action is better in this circuit, no virtual south drag , unlike Bedini sg with trigger coil.

[darkwizard]

Lanenal i don't say anything, this are basic physics, they work, the only thing that doesn't work is conservation of energy, because the conservation only works in universal systems.

When the moving magnet is inside the coil the peak voltage is maximum when the moving magnet is a little away from the coil the voltage decreases. When the magnet drift apart starts to decrease the voltage on the coil until it reaches the lowest peak , negative voltage (virtual south)

[patmac]

Sep and cody

What are you measuring?, if source of potential is open, and put a voltmeter, you have, voltage without current, current only exist when potential is applied to the LOAD, we can have current with voltage near to 0 when potential is applied to the LOAD, then source able not sustaing the voltage on original state without LOAD.

No Resistance = No Current And Voltage > 0.

Voltage peaks is potential because has no time, no time = static potential, then this electrostatic potential can charge a capacitor using time, then this capacitor can turning on a LOAD, using his time X potential stored.

[Sephiroth]

Sep and cody

What are you measuring?, if source of potential is open, and put a voltmeter, you have, voltage without current, current only exist when potential is applied to the LOAD, we can have current with voltage near to 0 when potential is applied to the LOAD, then source able not sustaing the voltage on original state without LOAD.

No Resistance = No Current And Voltage > 0.

Voltage peaks is potential because has no time, no time = static potential, then this electrostatic potential can charge a capacitor using time, then this capacitor can turning on a LOAD, using his time X potential stored.

Hi Patmac,

With the strobe I am measuring voltage and current... the LEDs can not light if either is omitted.

i see what you mean about having a very low impedance circuit with very high current with negligible voltage... I'll have to ponder that...

I am not arguing against your circuits, I believe they have potential. I'm just correcting DWs assumptions about the circuit. It could be that it works exactly as he describes, except perhaps the pulse doesn't come in at TDC... and without an oscilloscope I don't know how we can be sure it does...

[patmac]

Are you saying that peaks need magnet on TDC, but is measured after TDC goes away?

[Sephiroth]

No I'm saying the peaks come before TDC and after TDC...

[darkwizard]

Induced magnetic field on the coil creates current, at tdc current is max, therefore a phase shift device must be introduced. Current circulating on the coil creates a opposed magnetic field and that is the reason the voltage becomes 0.

[Sephiroth]

Induced magnetic field on the coil creates current, at tdc current is max, therefore a phase shift device must be introduced. Current circulating on the coil creates a opposed magnetic field and that is the reason the voltage becomes 0.

How did you perform that measurement... I ask because previously you said your measurements reported that voltage is max at TDC... not current... now it seems to be the other way around...

EDIT : By the way... you owe me a drink

[darkwizard]

If you induce a magnetic field at the core, the core becomes magnetized, if the coil is an open path/loop the current doesn't circulate, therefore there is no change of magnetic pole until the virtual south appears, if i close the path/loop just at tdc a voltage must be measured because the current begins to circulate and the generated magnetic field changes.

There are two magnetic fields, one the induced and the other one is the generated at the coil, generated magnetic field depends on generated current, and generated current depends on induced magnetic field.

[cody]

perhaps a current probe on an oscilloscope could solve this debate, i do not have a current probe, nor am i familiar with how to measure it, they were doing it on the lindemann thread.

[darkwizard]

I say that in an open path circuit / loop there isn't current .

[darkwizard]

Do this test, put a small bulb or a led and a reed switch , put the reed switch in order to switch at tdc, put the rotor in rotation. If the bulb glows, there is some voltage at tdc, if not, i will grant all the credits to "the Sephiroth".

Ok, but we can think how to bend lenz law...?

[Sephiroth]

If you induce a magnetic field at the core, the core becomes magnetized, if the coil is an open path/loop the current doesn't circulate, therefore there is no change of magnetic pole until the virtual south appears, if i close the path/loop just at tdc a voltage must be measured because the current begins to circulate and the generated magnetic field changes.

There are two magnetic fields, one the induced and the other one is the generated at the coil, generated magnetic field depends on generated current, and generated current depends on induced magnetic field.

close but not quite... AS (the keyword here is "as") you induce a magnetic field at the core current/voltage will be generated in one direction. Then AS you remove the magnetic field voltage/current will be induced in the opposite direction... otherwise a static magnet on top of the core would generate electricity... At TDC the magnet is neither moving towards or away from the core so no voltage/current is induced...


as for the test you suggested, I will gladly perform that test but do me a favour.... you have all the makings of a strobe there... do a strobe test with that bulb and you will be able to see exactly where your reed switch is opening and closing and how wide your pulse is

watch this space