High Voltage from Thin Air?

[dragon]

@dragon
The originals were purchased for the form and slug only and rewound before placed on the PCB's. They are still available but I no longer support anyone buying from this place.

Anyway hang in there for a few days. I have been working with a new simple design and it does not use the base coil (L1). The unit is tuned with a small variable cap. So the new design has one less coil and a cap for tuning along with a method to show when the right mode is found. There will be a video of it first followed by release of the circuit.

I'll be waiting with great interest ! Thanks, that sounds wonderful especially having a method to know when it's tuned.

I ran into the SEC while researching LC circuits for high frequency induction heating and it seemed like a good candidate for low level heat... didn't expect it to be this much fun ( and challenging )...
________

[ABCStore]

Anyway hang in there for a few days. I have been working with a new simple design and it does not use the base coil (L1). The unit is tuned with a small variable cap. So the new design has one less coil and a cap for tuning along with a method to show when the right mode is found. There will be a video of it first followed by release of the circuit.

Either I'm having a deja vu or my imagination runs at 1.5c

ABC

[DrStiffler]

Either I'm having a deja vu or my imagination runs at 1.5c

ABC

@ABCStore

And here I thought it was me that suffered the one line cryptic quips?

[DrStiffler]

New Exciter and Wireless System

YouTube - Finding Spatial Resonance Part #5

I gave the specs, but if you don't know how to figure it;

Input 22.5V @ 0.030Amp = 675mW

Receiver has 48 LED's each at 3.1V connected in series = 148.8V at receiver.

The receiver is passing 22.5mA through the LED's so 148.8 * 0.0225 = 3.348W

[morpher44]

impressive

YouTube - Finding Spatial Resonance Part #5
The receiver is passing 22.5mA through the LED's so 148.8 * 0.0225 = 3.348W

Impressive. It would be helpful to know if voltages are RMS or peak-to-peak and what duty-cycle the LEDs see.

[dragon]

Beautiful work

YouTube - Finding Spatial Resonance Part #5

I gave the specs, but if you don't know how to figure it;

Input 22.5V @ 0.030Amp = 675mW

Receiver has 48 LED's each at 3.1V connected in series = 148.8V at receiver.

The receiver is passing 22.5mA through the LED's so 148.8 * 0.0225 = 3.348W

Absolutely spectacular ! Your truly an artist in your work Dr. Stiffler, my hat is off to you sir !

I am a dry spounge waiting to absorb the moist knowledge of your new circuit design....
________

[slayer007]

YouTube - Finding Spatial Resonance Part #5

I gave the specs, but if you don't know how to figure it;

Input 22.5V @ 0.030Amp = 675mW

Receiver has 48 LED's each at 3.1V connected in series = 148.8V at receiver.

The receiver is passing 22.5mA through the LED's so 148.8 * 0.0225 = 3.348W

Wow, Very impressive Doc.

I can't wait to see more.

[bill57]

coil output

i'm sorry if i am asking on the wrong place but i'm trying to find out a bout a bifilar coil. what is the forumal for finding out what the output for the coil. ie 12 volts 1000 turns what is the voltage out put . sorry if i am in the wrong place to ask this question if so could you tell me where i can get this information or you coud answer it foe me thank you

[ABCStore]

Doctor,

we can't go much longer without sleep...
Would love to see the schematic with the trimmer only

Thanks,
ABC

[Lidmotor]

Wow!!!

YouTube - Finding Spatial Resonance Part #5

I gave the specs, but if you don't know how to figure it;

Input 22.5V @ 0.030Amp = 675mW

Receiver has 48 LED's each at 3.1V connected in series = 148.8V at receiver.

The receiver is passing 22.5mA through the LED's so 148.8 * 0.0225 = 3.348W

I agree with Slayer---WOW!!! Those numbers rattled around in my head like a BB in a tin can. Doc that is quite alot said in just a short statement. All of us who have built your SEC already understand what this means. With a little help I think that I can replicate your experiment and post the results. The more of us that do it the better. 675mW in & 3.348W out---- at the end of one wire. WOW.
Enough said.

Lidmotor

[Shamus]

Yes Doc, a lot of us lurkers here are waiting with bated breath as well. I can't speak for the others, but I'm looking forward to being able to contribute something to this thread.

Also: My jaw was on the floor with that last video too (pretty much every one I've seen has been really good). Great work and thank you very much for sharing it with us here.

[rave154]

if Dr Stiffler posts a schematic then i will definitely join the replication gang on this one !

good work Dr !

David. D

[dllabarre]

Replication

if Dr Stiffler posts a schematic then i will definitely join the replication gang on this one !

good work Dr !

David. D

DITTO!

I'll be replicating also after a schematic and parts list is available.

[samedsoft]

DITTO!

I'll be replicating also after a schematic and parts list is available.

Please Check

http://www.tmzenerji.com/ENTRY.jpg


Use 1N4148 diodes...
Tune freq!

And also see whats mass got to do w' it!

[DrStiffler]

Diagram Soon!

@All

Busy building a LEM wave detector. Once I transfer it from the proto-board to a circuit board I will gather all the info for the new Exciter design.

Here are my requirements for confirmation;

You will need a good light meter that has an accuracy of better than 5% for the White LED spectral output. The comparison is made from a ref. DC to the Receiver LED's in operation.

You can use a good filter and a 1 ohm or 0.1 ohm Carbon composition resistor as I describe in my Measurements Document, BUT, no clip leads or sloppy wiring.

If you are not going to do it right so Apples are Apples and Oranges are Oranges, then forget it and do not waste your and my time on trying it.

To show the CEC>1 it has to be done right, period. You will have to use my exact spec's, no (my coils will work just as good), its my way or don't do it.

Anyway soon, I want to finish the detector as it is a great help in the work.