Imhotep's Radiant Oscillator Video

[sucahyo]

@Inquorate, agree that we should do both experiment and theory. Either theory need to be proven by experiment or theory is deducted from experiment, especially if our experiment is unexplainable......

[Inquorate]

@ Sucahyo

IMO voltage is polarity of spin and magnetism is direction and speed of spin around that axis. Low magnetic field just means less resistance to change of direction of current, ie less BEMF/CEMF.

BUT, reduce the magnetic resistance to changing current and thus voltage polarity between each pulse, by using mechanical switch instead of transistor or relay etc, and do this with pancake coil which can change state quickly enough, and you start dealing with pure voltage, little actual electron current

LONGITUDINAL COMPRESSION WAVES in aether.

/ @Sucahyo, much respect, but now time to experiment and not so much theory.

Theory is the left foot, experiment is the right foot. We need to move both to walk.

[sucahyo]

@Inquorate, what determine the power of a coil? Why more turn of magnetic inductionless coil create more BEMF? Shorter cable create less magnetic induction and faster change in current wouldn't it?

Would toroid increase the BEMF of this type of coil or reduce it? how about magnet?

[Inquorate]

@Sucahyo

Pancake coil low magnetic field means low resistance to change in current, so the aether axis of spin direction can change quicker. Ie the voltage will peak without as much resistance (quicker) when energetic state of charged coil has current removed.

the pancake coil is different from other 'normal' geometries of coils in the speed of change like a mechanical switch is different to a transistor - quick changes.

[sucahyo]

QUOTE=sucahyo;42655@Bodkins, what this video about?

Kickback energy from the coil

Thank you, that explain a lot . I would call it electricity momentum though. When it swing to the left, it will swing back to the right.

On a lead acid battery charging rate is most simply indicated by difference between charging voltage of the battery. I noticed when adjusting my pot that i had a voltage change on my charging battery coinciding with the brightess on my cfl and inversely with drawing amps. From one end to the other it went up and back down.

I see. I think you still not reaching the peak yet. See if you can increase the frequency more.



@Aromaz, I still don't find info about how pancake coil produce good BEMF. No magnetic induction but good BEMF?

[Lidmotor]

eBay UK Shop - OT Electronics UK: Laser Modules, 1A, 10mA

diodes here
Lid I sent you the 10mA12kV High Voltage Diode HV ones

Still uploading its 4mins long sorry everone.

Thanks,
I have been side tracked on the Joule Thief project but all of this is tied together. What I have learned on the JT circuit I'm going to try and apply to a CFL circuit and what is going on here at the Imhotep thread. Along time ago we found out here that the CFL would turn on with as little as 20 milliamps if the voltage was high enough. My little joule thief LED experiment just ran 9 days straight on a 20 milliamp draw from 2 AA batteries. See where I'm heading with this?

Cheers,

Lidmotor

[redeagle]

I have converted my replication to use a bifilar coil as a driver I also have two transformers and two Accel 8140 42KV in series between the positive wire. My ign. coils are lighting two GE 42Watt CFLs in series. I have been experimenting with this type of setup for a while now. Here is what i noticed:

• Each standard transformer increases my charging rate.
  Each ignition coil outputs similar voltage and amperage.
  Paralleling the high voltage outputs effectively doubles the amperage to the CFL, increasing the brightness. In theory each added ign coil increases the amps respectively minus the lower total amp draw.
  I am able to run a 36watt 18v dc motor from radio shack in series with the transformers.
  My neon safety bulb never turns off despite taking all of the radiant energy out of the drive coil.

Something to ponder: How many ign coils in this setup would it take to power the cfl's to full brightness on just three watts of power?

[Bodkins]

Update

you can do this with no ground one ground or two grounds,I was just using two to show that the energy moves in two direction.
Over and out

[Bodkins]

10mA12kV High Voltage Diode HV

yes they do work, Im using them in this one
YouTube - Singlewire lightbulb Singlewire charging
I think you will see this one with a better understand now.
Just build it Xenomorph and play
I was just showing dmonarch how to get kickback for some stuff hes doing.
Im not really working on this stuff but if I can Help I will.

[Xenomorph]

Tempting setup for a replication Bodkins you have there.
Unfortunately i only have one ground route, to find another independent one would pose me enormous problems (Living in 3rd floor of residential building )
Thanks for the ebay link, so you recommend a 10mA 12kV ? It looks much bigger. Actually more like those 1 Amp 7.5 kV ones, since you said big fat diode in the video and by the looks of it it is much bigger than a coin.
Thanks for sharing the info again !

[Bodkins]

YouTube - Kickback research

Xenomorph you got it
sorry dmonarch this will clear things up a bit for you
reuploading Kickback 2
Im a idiot deleted the wrong one

YouTube - Kickback 2

[Bodkins]

Diode HV

eBay UK Shop - OT Electronics UK: Laser Modules, 1A, 10mA

diodes here
Lid I sent you the 10mA12kV High Voltage Diode HV ones

Still uploading its 4mins long sorry everone.

[Bodkins]

Sorry everone will upload again i didnt check it

[Xenomorph]

@Bodkins What dimension of diode are you using (2000V or less)?
I have a hard time finding old microwaves here to possibly scavenge these, since where i live people dont dump stuff on the street and at the recycling yard they refuse to let me grab one due to law restrictions
I will try to get some from ebay.
I think your first video got cut off half way through during upload.

Edit: I am just realizing that what you are doing with the spark route through the ground is a remotely similar how batteries work where the electrons have to find the path through the closed circuit/wires to get to the opposite electrode since they cant get there straight, which in your circuit is inhibited by the diode.

[redeagle]

How do you measure max charging rate? If you make it faster, I also experience reduced amperage draw, but charging amp also reduced too.

Higher frequency = reduce amperage draw = reduce charging amp, most of the time. Reducing frequency bellow optimum will result in INCREASED amperage draw BUT REDUCED charge amp.

On a lead acid battery charging rate is most simply indicated by difference between charging voltage of the battery. I noticed when adjusting my pot that i had a voltage change on my charging battery coinciding with the brightess on my cfl and inversely with drawing amps. From one end to the other it went up and back down.

This can be confirmed by comparison of C5 and C20 charging rates.

Higher frequency reduces dwell(on)time for the coil minimizing wasted watts. but varing the duty cycle could impact the circuit differently.

According to tom bearden we only want the coil to be on long enough to energize the coil then switch back off.

Amps on the charging output of the drive coil actually goes up becuase of the increased number of radiant spikes.

Matt