webmug

I'm searching a TIP120 model for Multisim.
For the Resonance/Resonant WFC "cell driver circuit" and "voltage amplitude control".

Br,
Webmug

Nobody?

In my opinion it is essential for the Unipolar Pulse generation at the secondary coil.

Br,
Webmug

Well this is going better than I had hoped.I thought that it might have taken longer.Right now I have 8 people lined up,just need 2 more.If we get them this weekend i could be sending them out as soon as monday.
 
Once I have the first 10 locked in,I will need to know what type of media you would like.I may just use the DVD's and USB memory sticks.These will be Windows compatable,sorry I don't have access to Mac.They are the same as the pictures I've already posted here.
Thanks everyone so far
Don

USB memory stick and paypal, thank you Don.

Br,
Webmug

@ All
Is the Control Circuits group figures 2 thru 12 supposed to also work on Stan's later development where the buggy ran on Injectors and a Gas Processor only ( NO resonant cavity) and the new slotted stacked bobbin 6-1 VIC for each injector?

wondering if this circuitry was only designed for the U-I core VIC we have been watching Tony Build???

What Stan said in one of his videos is that all the parts could be miniaturized to a few chips. I assume that the separate circuits could be programmed in a micro-controller system on chip at the end.
The Injectors and Gas Processor are also resonant cavities but at a different scale and parameters as the U-I core used for the 10 WFC type resonant cavity.
The resonant cavity is the space (gap) between two electrodes where longitudinal waves are generated and "Resonant Action" occurs.

br,
Webmug

Here are some prototype pics of the 5 coil VIC bobbins that I had made today. I used AutoCAD to draw them up and then transferred the drawing to a 3D printer which made them out of ABS Plastic. It took about 8 hours for these to be made.

Looks really cool! Doesn't matter to me how long it takes to make the bobbins, it took me 3 days to glue mine, nice ones.

Would you share that CAD file here on the forum?

What core material did you use in those bobbins?

Br,
Webmug

Could it be a different core material than Ferrite. That core material for VIC 3-23 looks way too shiny.
What about Supermalloy or Permalloy?

Magnetic permeability is much higher than Ferrite? Why use a flat core in the VIC 3-23?
Magnetic permeability of Ferrite is low with those dimensions.

Any ideas?

br,
Webmug

Using 38.2 volts on a 1mm gap? Why did Stan talk about Amplitude.
"Higher Amplitude (voltage) has no effect on the resonance action, only faster water splitting?"

When natural water (contaminations) is used at a x temperature it has a dielectric value (can be calculated). So using this water as a dielectric between tubes it has effect on WFC capacitance.

br,
Webmug

But, you should Not have to touch your lamp for it to light when in parallel.

...

You see, Are you charging, or pulling? This is why i say research it on the atomic level.

I also didn't need to touch the lamp, it was actually glowing without touching on both ends and dark in the middle, but the potential difference with your finger is prob larger to make it brighter.

Do you expect concentrated voltage fields isolated within delrin has any effect on this "charging or pulling"? 

I used a Fluorescent light bar and connected it across my cell and it was bright on both ends, dark in the middle, changing brightness if you touch it. When you touch in the middle the whole bar lights up, the plus side and minus side also get very bright when you touch there. Like your movie.

I measured 12Volts input and 850Volts output (only when using biff chokes all on one core) on my scope with the probe close against the outside glass of the water cell! 
Could not connect it directly due to a maximum on my scope and probe   
No gas production unless you connect a ground and current is measured.

Used both a tube cell and adjustable plate cell with no effect on gas production or voltage, +/- 1 Amp going into the vic, close to or no mAmps output behind the chokes going through the cell. (used a analog 0 - 500mA meter)

Currently still need to machine the delrin and a tube with rod as wfc to check if leakage has any effect on voltage and production.

I have a couple of movies made but currently don't have access to them.

Hi!

More information on Meyers wfc fueled by Radient energy by using bedini setups.
http://www.scribd.com/doc/18954099/Bedini-SG-The-Key-to-Meyers-Circuit
 
 

A replication in Germany: http://www.overunity.com/index.php?topic=3725.0
 

 Most interesting: This machine will also produce a lot of HHO gas when it is run with a water electrolysis cell. the current then drops to 200 mA. There is definitely a connection between the bedini pulse and the Stan Meyer water splitter.

 

Has anyone read this book? Bedini-Bearden Free Energy Generation (Circuits & Schematics)[/size]
I have attached it...[/color]

I strongly get the idea that Stanley used the vic to "Ring" the vacuum and tap off the electrostatic scalar potential energy by generating sharp DC pulses. Energy towards the VIC is only used to tap this energy therefore using almost nothing of positive energy but only negative energy (maybe this is why the water stays cool? negative energy cools, positive energy heats?)[/color]

Has anyone used these radient spikes on a WFC? perhaps with a bedini circuit?[/color][/color]

@Goeytex

I need a simple solution to regulate the amplitude of the pulsed/gated signal that has to be controlled with a micro processor.
More external hardware is necessary I think. I can only regulate the amplitude with the FET driver (external power supply +- 15volts ) Input PWM signal of the driver is 3.3 volts.
(I want output to be regulated, that my FET can work as a pulsing resistor)

I have tested my setup with two PWM signals that i can regulate with a windows dot.NET application. Micro processor is connected via USB.


br
Webmug

@Goeytex

Thank you for your input!
My planning was to scrap the the two red blocks and replace it with a micro controller block and use two PWM signals.
I have a few problems right now mixing the two PWM signals in the micro controller as one output for pulsing and gating. Getting synchronized signals with different duty and frequencies is difficult (for me to program at this moment  ).

It has all the signals I need for now for my alternator setup v2. I can use a few IO ports to control the gating and the output signal.
Be careful with micro controller signals, they can not be trusted. You need to have a manual shutdown that switch the system OFF. Or use a pulser signal (software) from the micro controller to generate a interrupt signal to a external chip. When this signal is lost the micro controller has a error and switch the system OFF. I want to control my frequency inverter to regulate the RPMs of the motor with this micro controller.

It think we must use AM signals, the alternator setup is the carrier wave and is mixing with the pulse gate signals (the digital or analog way).
I think we are trying to find the right mixing frequencies in the resonant cavity. My understanding is that no WFC (resonance cavity) is the same (at lost of parameters in here) thus different mixed signals must be used.

 This AM signal is finally generated / used by a VIC of course, but I want to study this the old fashion alternator way first. The alternator is just a (audio) transformer used in a different way till we can replicate a VIC unit.

I hope we can replicate a VIC unit  (or what you want to call this thing)  in parallel here. Later we must find balance in different system setups, to regulate it automatic in resonance I think.

br
Webmug

So they use a lot of current instead of voltage.

br,
webmug

http://www.artofhacking.com/IET/NEWTECH/live/aoh_puha1.htm
""In molecular dissociation one fork of 620 is  used,  setting
          the chords on the first octave.

         "In atomic  separation  two  forks, one of 620 and one of 630
          per second; setting the chords on the second octave.

         "In the etheric three forks;  one of 620, one of 630, and one
          of 12,000, setting the chords on the third octave.

As a matter of further clarification, Keely states that you cannot
    DIRECTLY dissociate a single level of aggregation due to the shell
    structure of matter.
                                  Page 2





    In other words,  if  you  wish to dissociate the Atomic level, you
    must first dissociate the molecular  to  be  able  to  get  to the
    atomic.  That follows also if you wish to dissociate  the etheric,
    you must disrupt the molecular AND the atomic, THEN the etheric.

    Keely refers to this technique as progressive dissociation.

"
br,
webmug

To rotate the polarity field of our WFC I think we can use a modified motor H-bridge circuit.
Two input lines, one input line A... current flow -/+, then input line B...current flow +/-. Both A and B no current flow to WFC off.

Use the power generated from the alternator instead of 12Volt supply to switch it through the WFC. As a result I think we do not have brown mug.

Don't know the specs yet to build one with IC's or discrete components. Still investigating this.


br
Webmug

I don't understand how the pulse indicator works; the signal from the feedback coil is rectified and fed into an opamp, doesn't it just mirror the input signal  into a TTL signal?

It is basically a clipping circuit connected to a opamp as schmitt trigger, generating TTL pulses.
http://personal.ee.surrey.ac.uk/Personal/H.M/UGLabs/briefs/d1.htm

br,
webmug

Question: "how do you restrict current" ?

The value of the Inductor (C), the value of the capacitor (ER), and the pulse-frequency of the voltage
being applied across the LC circuit determines the impedance of the LC circuit

The Inductor (C) takes on or becomes an Modulator Inductor which steps up an oscillation of an
given charging frequency with the effective capacitance of an pulse-forming network in order to charge
the voltage zones (E1/E2) to an higher potential beyond applied voltage input

Amp leakage is restricted to 1-2 milliamp on resonance, so 2000 to 5000 Voltage potential applied gives E=IZ -> 2000=1 *10^-3 Z -> Z= 2 Mega Ohms or Z=2.5Mega Ohms total electrical Impedance at the chokes on typical 5kHz frequency.

Info what Stan tells in the patent about Impedance (Z) is very important!

Electrical Impedance (Z), is the total opposition that a circuit presents to alternating current. Impedance is measured in ohms and may include resistance ®, inductive reactance (XL), and capacitive reactance (XC). However, the total impedance is not simply the algebraic sum of the resistance, inductive reactance, and capacitive reactance. Since the inductive reactance and capacitive reactance are 90o out of phase with the resistance and, therefore, their maximum values occur at different times, vector addition must be used to calculate impedance.

This Z is for secondary, positive and negative chokes and wfc.
If you connect the chokes to the wfc, you notice the inductance is altered and also the capacitance and resistance. Neg choke gives 180 phase shift to choke pos.

Choke neg is tuned for Z Equal to Choke pos Z to restrict current and charge the water molecules.

Since the coils are not perfect components we have to use Real Components capacitor (Rs, L, C, Rp) and inductor (Rs, L, Cw) combined WFC (C and R) and calculate the needed Z for the chokes. This is then on typically 5kHz resonance 3 inch resonance WFC!

Variable inductor-coil (D), similar to inductor (C) connected to opposite polarity voltage zone (E2)
further inhibits electron movement or deflection within the Voltage Intensifier Circuit. Movable wiper
arm fine "tunes" "Resonant Action" during pulsing operations. Inductor (D) in relationship to inductor
(C) electrically balances the opposite voltage electrical potential across voltage zones (EI/E2).

Negative choke has different Z as the positive choke, because it has R wfc added to the total Electrical Impedance and needs 'tuning'.

Br,
Webmug

Tony, have you tested this on the resonance VIC?

When I measure at the chokes I have 180o phase what is seen in the video. But when I connect the WFC, I have all the signals in phase again...

Ideas?

Br,
Webmug

@Andy, yea it looks to be parallel resonance between the L1 & L2 chokes.

@Kickbackemf, yea the shots are from the B+ and B- outputs to the plates/tubes. The VIC is wire up like Stan shows in his diagrams for the 5 coil VIC Transformer. I'm using a 2000 permeability ferrite core with 30ga. copper wire. Have you tried M27 laminates? Stan makes reference in his writings that it can be used for the 5 coil VIC Transformer.

@Tony
Initial Permeability ( ui ) of 2000 is a high value and should be better for magnetic fields. Mine is 40. What is your core Saturation Flux Density ( B s ). Mine is 2300 Gauss. Residual Flux Density ( B r ) is 800 Gauss.
I'm using ferrite bars shape and glue them together so total specs are changed.
I also had same shape B+, B- signals, but not above/below +550Vmax and -560Vmin on a regular capacitor.

@kb
I tested laminated core and it didn't work, gave low voltage. Core is saturated too fast. Should go for ferrite core.

@outlawstc
Thanks for the video.
I'm curious, will you give detail specs of that used core material?

Br,
Webmug

Look to me the primary, pickup, secondary and chokes are the same type of material.
If it is iron wire it has more resistance than copper wire.
If you look at the resistance measurements of the VIC (Dynodon provided) than you go for copper wire. (you don't want amps in the primary because the wire thickness and current is 'wasted' as heat!!!)

Material     Element/Alloy       (ohm-cmil/ft)    (microohm-cm)
Iron --------- Element -------------- 57.81 --------- 9.61 
Copper ------- Element -------------- 10.09 --------- 1.678

What the copper wire is doing is shake (voltage) the inner core material and generate magnetic pulse fields.
"Current (magnetic field) is the opposite side of voltage potential (electrostatic)"
The pulsating field is restricting the amps, what SM explains!!!
The closed loop core is providing an adding magnetic field to all the coils, so restricting more current on the right pulse frequency. That's why the current is going down on resonance.

That's what I think. 

Br,
Webmug