My Motors got me to Tap into Radiant Energy

[torpex]

Hi all

Playing with Alexkor-Ufopolitics circuit:

The neon lights very bright but does not become purple.

Connecting the output through the neon into the positive and parallel to the second diode, sometimes starts to oscillate otherwise and reaches the purple. Give some peaks in ammeter input, but then stabilizes.

[Ufopolitics]

Magnetic Fields

ufopolitics have you tried two toroid magnets inside the coil in opposition mode, will it expel one or hold both inside?
DEFINING RE FIELD (Part II) EM ANTIGRAVITY EFFECT - YouTube

Hello Dave45,

No, I have not tried two toroid magnets in opposition, however, let me explain the behavior so you could judge what will happen when you do...
The Coil is oriented by Hot pulses to be North Top, South Bottom, which is equal to: [N/S]. Now the Magnet that I put in must be oriented same as Hot Pulsed Field, or [N/S] in order to be ascended and staying into levitation.
If I put it the other way around, or [S/N] it will just vibrate but no levitation, will stay in the floor...
Therefore (and answering your question)...The magnet (toroid) that would be opposing to right oriented one will not ascend, nor levitate, just vibrate...if they would be attracted to each other configuring one magnet , with same orientation...it will suck them both in, and levitate them.

To understand this behavior we must analyze the Radiant Magnetic Field, opposing the Hot pulsed field, or same as [S/N].

Hot Field=[N/S]
Radiant Field=[S/N]

However, Radiant Field is located right at very center of Hot, which looks like:

N(Hot)/S(Radiant)/N(Radiant)/S(Hot)

That configures the positioning of the Chain of magnetic links on this Coil.

The magnet oriented N/S will levitate because of Radiant EM Field being stronger than Hot EM Field...Radiant S (on top center) will attract N of levitating magnet, while N Radiant (on bottom-center), will attract S of magnet...However, Hot field will 'compensate' the magnetic fields on the floating magnet by establishing a N/S repulsion at the upper-lower extremes...

That is what I understand so far, related to this phenomena.

I hope it helped your question.

Regards

Ufopolitics

[Ufopolitics]

Hello Torpex!

Hi all

Playing with Alexkor-Ufopolitics circuit:

The neon lights very bright but does not become purple.

Connecting the output through the neon into the positive and parallel to the second diode, sometimes starts to oscillate otherwise and reaches the purple. Give some peaks in ammeter input, but then stabilizes.

Hey Torpex, I am glad you are making this replication, that is great!

Now, are you "slowly" dialing Up?...or are You rushing it as potentiometer turning means?
Purple light shows at low pulses...and is like playing on a thin ice for it to disappear on you, as you keep going up...

Let me know.

Thanks and cheers

Ufopolitics

[Ufopolitics]

RE-HOT MaGNETIC FIELDS DISPOSITION

Hello to All,



Here is a better schematic that describes the proper orientation of the Radiant Energy Magnetic Field Poles and the Hot Poles (Our pulsed Field) in relation to each others in a given Coil.

The rectangle in center is the levitating permanent magnet on my video.

As I explained to Dave45 prior, this is the arrangement I believe is been developed when we pulse a magnetic field into a Coil, and the way R.E. responds.

The magnet is attracted towards center of coil (where R.E Field Poles are)
based on a double attraction [S>N/S<N][ from R.E.
Hot magnetic field creates a 'double repulsion' towards the permanent magnet, that assist to keep it floating.

Permanent Magnet will NOT levitate if positioned as [S/N], related to N/S of Hot Field. Therefore the Attraction from Hot is weaker than Radiant Field.

If We set a Flywheel Diode on the Input...The magnet will fall...the lamps will turn off...Radiant Field will crash, and the Radiant electrical flow will loop within coil...

Regards


Ufopolitics

[Ufopolitics]

Quote to Myself...

Hello to All,



Here is a better schematic that describes the proper orientation of the Radiant Energy Magnetic Field Poles and the Hot Poles (Our pulsed Field) in relation to each others in a given Coil.

The rectangle in center is the levitating permanent magnet on my video.

As I explained to Dave45 prior, this is the arrangement I believe is been developed when we pulse a magnetic field into a Coil, and the way R.E. responds.

The magnet is attracted towards center of coil (where R.E Field Poles are)
based on a double attraction [S>N/S<N][ from R.E.
Hot magnetic field creates a 'double repulsion' towards the permanent magnet, that assist to keep it floating.

Permanent Magnet will NOT levitate if positioned as [S/N], related to N/S of Hot Field. Therefore the Attraction from Hot is weaker than Radiant Field.

If We set a Flywheel Diode on the Input...The magnet will fall...the lamps will turn off...Radiant Field will crash, and the Radiant electrical flow will loop within coil...

Regards


Ufopolitics

..If We set a Flywheel Diode on the Input...The magnet will fall...the lamps will turn off...Radiant Field will crash, and the Radiant electrical flow will loop within coil...

By making Radiant Electricity flow trapped within the Loop of Any Coil related machine, like a Transformer, a Motor, a Generator or an Inductor , will produce constant heat within the wires, frames and overall structure, where RE intensifies its potential in Voltage and reversed magnetic fields...till being able to surge out, in a peak spike, creating damage in peripheral equipment-components...

This methods of Fly-wheeling Diodes, Chokes and Snubber Circuits have been The Electrical-Electronic Engineering best 'shot' so far, to wrongfully "trying" to keep Radiant Energy trapped...

Regards

Ufopolitics

[cinan]

Hallo Ufo and others,

I am new in this interesting thread. I saw some of your videos on ytube and it attract my
attention. Then I went through discussion on fcuk book and finally landed here ) Because
I wanted to know what was/is happening here, I've red all messages since beggining and must
say it was fun. Your first introduction post was self explanatory and pretty clear. It was
obvious that you know what u r doing and what r u talking about.

And then again (as on other threads in energetics forum) some smart asses start jumping
shouting crap and making stories and theory. Then I came across red,bold letters....
Those strict rules made by you are gud idea and I love that approach. By the wayt, you are
very patient, coz I would stop responding....

But back to the topic. I want to participate in this as much as I can. I have good electical
and electronics background, and experience in electronics design. I will help you to develop
all driver and other circuits. I also have theoretical info about topic, as I've read
a lot of Tesla's, Vassilatos, Bearden's, Lindeman's, etc books...
After reading of whole thread is almost all very clear and based on that I've made some circuit modifications this evening as I have some spare time now.
Details in next post.

BR

Cinan

[cinan]

Improoved MOSFET driver

Driving MOSFET properly is not so easy. Each MOSTET needs certain driving current, which is dependent
on gate chagre (Qg) and frequency and demand on driving circuit is increasing wif frequency.
Higher frequency, bigger driving current is needed to "fight" gate capacity. Proper current
will ensure steep raising edge of impulse, and this is what we need. This boosting is specially needed
when MOSFETs are paralelling, as total gate capacity is Qg1 + Qg2 + ..Qgn. So goal is to choose
MOSFET with low Qg and low Rds as silicon power disipation is dependent on current and Rds.

In att. you have oscillator circuit posted before by Mad Scientisct with corrected error in wiring
and booster stage for MOSFET. This solution is low side, single phase only. For tests you can basically
use any generator and boost his output via any MOSFET driver. In this case MCP1406 from Microchip.
See datasheet for connection details. There are other low side driver circuits (inverting/non inverting)
on the market and yu just need to pick proper one. See Farnell or Digikey for additional info.
MCP1406 / IR4426 / TC4427 / etc...

Cinan

[cinan]

Filter on cold side

Somebody down in thread mention, that electrolytics cap will explode or over heat when connected
to diode output. Yes, thats obvious as elcap is not made to handle HF/HV currents!!! There few solutions
of this problem. One is interlaced configuration of coil "pump". 180 degree shift with one common
output. This solution will lower ripple current half. Another solution is to make double filter stage.
First stage will be equiped with film capacitor. This one can handle HF currents. Second stage will be
ordinary elcap. See att for drawings. But there is one think. Once you connect capacitors on cold out,
energy will change from cold to hot again. Ufo can you confirm that fact ?

So if you want to run motor cold, You can't connect caps on output ! In this case interlaced coil config
would be sufficient.

http://uk.farnell.com/illinois-capac...ial/dp/9681175
http://uk.farnell.com/panasonic/eeth...0uf/dp/1973452

Cinan

[cinan]

Coil Driver circuit

And my last post today is suggestion for precise driver circuit based on ICL8035 and his equivalents.
You can adjust freq, duty cycle, and other parameters as will. Output is SINE / TRIANGLE / PULSE.
In this case I am only using PULSE output. But you can also use SINE and TRIANGLE outputs for
other purposes. See google for connection pictures.

Output signal is boosted via MOSFET driver and connected to tranzistor. Coil connection is also
highlighted. Picture is in att.

http://ww1.microchip.com/downloads/e...Doc/22019a.pdf
ICL8038 - Precision Waveform Generator/Voltage Precision Waveform Generator/Voltage ICL8038 [ICM003] - $5.00 : iStore, Make Innovation Easier
NTE864 NTE NTE Replacement Semiconductors

Cinan

[cinan]

Double switch driver circuit

Hallo all again. If I remember goog, Ufo was talking about two switches out of phase for driving.
As input signal is out of phase, I assume that two switches in P-N configuration are used.
P for top switch and N for bottom switch. Ufo please confirm.

If this is the case, then I propose configuration only with N-MOSFET involved. Driving P-MOSFET
and get good performance is pain in ass. In schematics you have HI /LO driver circuit with only
ONE pulse input signal.

Power supply for coil is separate and can be up to 500VDC !!! Then we can use monster BEMF.
Input signal amplitude CAN NOT be higher than chip power supply value. I suggest 5...10V pulse
amplitude for driving input.

Performance of circuit is superb. Ton/Toff below 150ns, frequency up to 25kHz with proper Q1/Q2
To achieve higher frequency range (if necessary) we need to change driver IC as IR2101 has only
around 250mA and for higher frequency we need bigger pulse current as explained in my previous post.

But so far we are operating up to 10kHz, so circuit is designed for that. Ufo please comment it.

cheers

Cinan

[Ufopolitics]

Hello Cinan!!

Is GREAT to have you here Cinan!!

I can feel you are charged up to max , that's very good!

Ok, I will start answering some of your doubts...

1-

Hallo all again. If I remember goog, Ufo was talking about two switches out of phase for driving.
As input signal is out of phase, I assume that two switches in P-N configuration are used.
P for top switch and N for bottom switch. Ufo please confirm.

I have made an oscillator based on two Drains Out, one Positive (P-Channels) and a Negative (N-Channel), I used two 555 timers (I have not built yet Mad Scientist circuit, but I will, eventually, and I have all components).
They are not"out of phase", but in Anti-Phase, they are completely aligned at their T-On/T-Off's, but they are one low one high to drive Mosfet's Gates accordingly. I have not worked on making a "Dead Time" between them as of yet...
This is in order to achieve a simultaneous Dual Pumping of Positive and Negative, at same exact times On, leaving a "Room" for Radiant to flow back at the T-Off times, understanding that T-Off=T2-T1...
I know this could be done with only N-Channels, making it more robust an easier to drive...Give it a try Cinan and share results.
However in my previous work I had just an N-Channel oscillator and it also worked out fine...not as successful as dual outputs though...
I also understand using Mosfet's Drivers will enhance the switching performance.

Now, what we are using is a Square Wave, NOT a Triangle or a Sine wave.
It is very important to understand that Radiant enters at the T-Off times ONLY. Triangle Waves have a T-Off mixed with a "Non Zero" Drop down of Hot...THAT'S NOT GOOD!!
Sine Waves also, does NOT have radical, Zero Time drop Off, in order to create a better Radiant entry either...

OK, Next issue:

Power supply for coil is separate and can be up to 500VDC !!! Then we can use monster BEMF.
Input signal amplitude CAN NOT be higher than chip power supply value. I suggest 5...10V pulse
amplitude for driving input.
Performance of circuit is superb. Ton/Toff below 150ns, frequency up to 25kHz with proper Q1/Q2
To achieve higher frequency range (if necessary) we need to change driver IC as IR2101 has only
around 250mA and for higher frequency we need bigger pulse current as explained in my previous post.

But so far we are operating up to 10kHz, so circuit is designed for that. Ufo please comment it.

That is just AWESOME!!...To be able to drive Coil output at very HV up to 500V is fine to start playing and watching results.
Getting in the 10KHz is also great, BUT REMEMBER, We MUST start the Invoking of Radiant at LOW FREQUENCIES, and as we climb Up, She will do it also...
Radiant will NEVER enter if we start at High Frequencies, that is a LAW for Her.
I have tried, already made Motor Controllers, from small R/C to heavy duty 48-72 Volts... and they simply does not work out, Why?...'Cause they ALL are designed to start at a given Frequency, like 800-1000 Hertz to stand the Motor Torque and BEMF...NOT GOOD!!
She starts Thriving (showing up pulsing at your monitoring lamps) at 300-600 Hz...but coming from lower Hz...like 100-300...


To be Continued next...

[Ufopolitics]

Cinan Response Part 2

Somebody down in thread mention, that electrolytics cap will explode or over heat when connected
to diode output. Yes, thats obvious as elcap is not made to handle HF/HV currents!!! There few solutions
of this problem. One is interlaced configuration of coil "pump". 180 degree shift with one common
output. This solution will lower ripple current half. Another solution is to make double filter stage.
First stage will be equiped with film capacitor. This one can handle HF currents. Second stage will be
ordinary elcap. See att for drawings. But there is one think. Once you connect capacitors on cold out,
energy will change from cold to hot again. Ufo can you confirm that fact ?

So if you want to run motor cold, You can't connect caps on output ! In this case interlaced coil config
would be sufficient.

156PHC400K - ILLINOIS CAPACITOR - CAPACITOR PP FILM 15UF, 400V, | Farnell United Kingdom
EETHD2W561LJ - PANASONIC - CAPACITOR, SNAP IN, 450V, 560UF | Farnell United Kingdom

Cinan

Yes, ElCaps will blow on Radiant, at least if they have a safety valve will just make a noise, a pretty loud BAM...and like you have said, a film cap will do a first stage and then Electro's will store it...
Yes it will return Cold to Hot, so you are right about driving a regular brushed motor will be better using just cold. But when using it to drive other hot equipment, then it needs to be converted, or, it will blow their Caps at the Input Power Source...what a shame Ah?
Tesla played, designed and patented Oil based Caps...for HF Currents.

Second Part:

In another mail you sent, you asked me how to get Output magnified...
When you do your first testing, will notice your output (after diodes) is pretty amplified...measure Amps and Voltages at output please.
Now, there are other ways to amplify Radiant, One is through secondaries of finer wire and more turns, without allowing Hot Induction to Thrive at Secondary Coil Cores...
I have a video coming soon ( Part 3 of Defining RE Field) where I show two ways of inserting secondaries and obtaining HV Output in the two magnetic field planes (Horizontal and Vertical ) relative to Primary Coil.
The best results I have achieved so far on primary coils are based on a Bifilar Coil of 18-20 gauge at low ohms (1-2) around 200-300 turns. But in PARALLEL not in series like in Tesla's Patent, it will not work in series one wire with other...
Now, the currents coming out of a Higher Turns (4000-8000) on 33 gauge Secondary are very strong, much stronger than the ones coming out of the primary after diodes. They will really shock you, not burnt you, but will be very High Impact...This currents will create a Plasma Arc in a Xenon-400Volts Min/ Max 1000V, Radio Shack Bulb with no filament (look like a U upside down)
It will also create a heavy Arc in a High Discharge Sodium HID Bulb of 120V/50 Watts or more...
And they will also open a big hole in your meter circuit board if you try to measure them...It did it on one of my Extech's, a hole from one side to other...a HV arc, I suppose inside, is the only thing I believe could do that...while meter was showing O.L. (Overload).

Regards and I hope I had covered must of your questions doubts.

Cheers


Ufopolitics

[cinan]

Hallo Ufo,

thank you for answers. I had some spare time again yesterday, so I've designed custom made 2 chanell generator.
By this subject will be covered in next topic.

Now back to your response. Can you send me rough sketch of two 555 oscillator and power stage you have made ?
I just want to confirm sommections. I also wrongly expressed myself regarding 'out of phase'. Yes, correct
term is antiphase, this is what I ment....

Yes, square wave is only shape good for driving. All MOSFET drivers can work only with square wave. And as
per Tesla's research, radiant energy appears only on edges of that square pulses....

Frequency sweep from low ho higher to invoke this lady is very good note. I didn't know that.

What is max. frequency for biggest radiant harvest ? Its dependent on coil design of course and there should be
one point, I assume. Is that right ? Or multiple points (as there ara harmonics), but one should be max.peak.
I will do tests once generator and coil will be built.

Regarding magnified output. hehehe, I can imagine how did your face looks when one of your eyes was looking
through hole in instrument. It happened to me once, when I was young and doing some 'research'. Secondary
coil with more turns its clear, but how to avoid hot induction there ? Loose primary coupling ? Connection ?

BR

Cinan

[cinan]

Custom made generator

Hallo all,

as everybody is looking to build some generator, I made design for PC controlled custom made one.
Its has variable frequency from 30Hz to 25kHz, variable duty cycle 1 - 99% and two galvanically
isolated outputs. Its based on PIC18 micro controller with USB connection to PC.

Control SW has graphics interface. Snapshot is in att. It has few useful features, like frequency
range setting, frequency sweep, duty cycle sweep, preset output buttons, etc. Its still under development.

If is anybody interested in that, please let me know and I will give you details.

Future development is flexible and any routine or function will be added if necessary.

For schematics, see att. There is simple version of HW. The advanced one has buttons for Freq and Dc
control, DC/DC isolation converter for outputs, some LED, etc. I can publish it later on also.

Programming is veeery simple, and tool is for 30USD from Digikey, SW is for free. Total cost of simple
version will be roughly - programming tool + 15USD parts...

BR

Cinan

[aaron5120]

Hallo all,

as everybody is looking to build some generator, I made design for PC controlled custom made one.
Its has variable frequency from 30Hz to 25kHz, variable duty cycle 1 - 99% and two galvanically
isolated outputs. Its based on PIC18 micro controller with USB connection to PC.

Control SW has graphics interface. Snapshot is in att. It has few useful features, like frequency
range setting, frequency sweep, duty cycle sweep, preset output buttons, etc. Its still under development.

If is anybody interested in that, please let me know and I will give you details.

Future development is flexible and any routine or function will be added if necessary.

For schematics, see att. There is simple version of HW. The advanced one has buttons for Freq and Dc
control, DC/DC isolation converter for outputs, some LED, etc. I can publish it later on also.

Programming is veeery simple, and tool is for 30USD from Digikey, SW is for free. Total cost of simple
version will be roughly - programming tool + 15USD parts...

BR

Cinan

Hi Cinan, I am interested in your more advance version. But I rather prefer to buy the board already wired and programmed from you, since I am an illiterate in microcontroller programing. Give me an e-mail address to which I can write to you, please.
You are of very good help here, indeed.
I plan to build a big coil to try replicating ufopolitics's discovery.
aaron5120