Selfrunning cold electricity circuit from Dr.Stiffler

[Feynman]

Does anyone have a scope trace coming out of the SEC exciter?

Nevermind, found em!

EDIT:  Okay, I gotta replicate this!

[DrStiffler]

Does anyone have a scope trace coming out of the SEC exciter?

Nevermind, found em!

EDIT:  Okay, I gotta replicate this!

@Feynman
@All

Please do not waste your time with trying to build one of theses circuits based on any of the scope traces. The picture is found in SA views of the Stiffler Exciter. The exciter will generate a broadband signal of over 400MHz in width with peaks about every 5MHz. The low end starts about 195KHz. One of the best jammers in simplicity you could ask for.

The greatest signal will be found around 13.6MHz, give or take a few hundred thousand.

The circuits on vid 10 and 10.1 uses four stages, UHF, VHF, HF and LF. The energy cohered in each stage is used by the load in that stage. In this way the broad bandwidth is utilized.

The 10 and 20uH chokes are documented and are from JameCo. The base coil is hand would and I will get the specks up in a day or two.

This configuration is not for running large numbers of LEDs or motors or neons. It was designed to run what was shown, otherwise values need to be adjusted to insure the proper spectral spread for the power node access.

[plengo]

Well after my first failure I decided to try it again but this time with more diligence. I succeded but without the motor spining. I have a 3v 250ma motor.

Input voltage is good from 15v to 20v, from 98ma to 117ma input current. Many chained av plugs each with 3 LEDs and one of them with a neon bulb. All pretty good lit, not fully but very good. The neon fainly lit. Burn fingers to the touch via skin effect.

Video at (http://www.youtube.com/watch?v=XK7CY_lOLRk).

Scope picture is 10x probe with 5v division and with .1 micro seconds time division. Attaching the probe with the system running does not affect the behavior as long as the probe is on 10x.

Good job Dr. Stiffler.

Fausto.

ps: I made it in two bread-boards. One is the driver and the other obsviously is the LEDs and in the future the motor. This way is very clear the AV plug functionality. (The black wire on the left)P.

[DrStiffler]

Well after my first failure I decided to try it again but this time with more diligence. I succeded but without the motor spining. I have a 3v 250ma motor.

Input voltage is good from 15v to 20v, from 98ma to 117ma input current. Many chained av plugs each with 3 LEDs and one of them with a neon bulb. All pretty good lit, not fully but very good. The neon fainly lit. Burn fingers to the touch via skin effect.

Video at (soon to be posted).

Scope picture is 10x probe with 5v division and with .1 micro seconds time division. Attaching the probe with the system running does not affect the behavior as long as the probe is on 10x.

Good job Dr. Stiffler.

Fausto.

@plengo

Great job. The 250ma motor may be a bit stiff here. If you could find one <100ma.

The tuning must be right for the motor to run. The leds will run at many different tuning peaks, but the motor, only one. That base 400pf cap an variable coil are key to tuning. Also there can be a voltage (input) sensitivity, dependent on the transistor. The range of 15-18 is ideal. Try tuning for motor as you move from 15-18 one volt at a time. Try to configure the circuit as a chain, no grouping or zigzag layout. If one stage feeds back into another two much or out of phase, things don't work right. Four stages, motor and three led stages (3) leds to a stage, series across the plug.

My vid circuit with the motor is 20ma@18v, chain connected or not.

[hartiberlin]

Hi Ron,
if you change the big white wire from
the circuit to the AV plug-motor,
do you have to retune then the circuit ?

What, if you make this wire severals meters long ?
Still this much power in the motor and LEDs ?
Are these standing waves in all the wires + AV-plugs ?

Reminds me of pulling a whip and the whip tail tip end makes
a sonic boom cause it moves faster than the sound barrier.

Thanks.