My Motors got me to Tap into Radiant Energy

[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

Hallo AAron,

There is one problem. If SW update come out, you need to update it and for that you need programmer anyway.... Its really very simple and I can issue step-by-step instruction for that..... Also connection can be made on universal PCB break board. If you have little soldering skills, no problem...

Cinan

[aaron5120]

Hallo AAron,

There is one problem. If SW update come out, you need to update it and for that you need programmer anyway.... Its really very simple and I can issue step-by-step instruction for that..... Also connection can be made on universal PCB break board. If you have little soldering skills, no problem...

Cinan

Hi Cinan, please provide the step-by-step instruction of the software programing and all the shcematics for the advance version. If that may cost me some bucks it is OK, for it is your professional work, man.
I can solder it over. What I cannot do right now is to program the microcontroller. I need to know which hardware to buy in order to upload the program to the PIC, etc. This is a learning curve, and please bear with me, I am already 54 year old!

[vrand]

All other tests related to water resistance and shocks versus skin effect, I have done plus also a very clean Electrolysis in Salt Solution.

Hi Ufopolitics,

First off, I would like to thank you for sharing your very interesting research into Radiant Energy. The videos of your devices in action really helps explain this unique energy and its potentials as does your posts here on this forum.

I had some questions on your research into electrolysis with Radiant Energy.

- What type of electrolysis gas production was produced when using Radiant Energy (RE), compared to conventional "hot" electricity? Similar gas output productions?
- Estimated Volts & Amps input to the cell electrodes? Plate sizes and spacing?
- Did hydrogen & oxygen gas evolved off the plates, other gases such as water vapor?
- What was the temperature of the electrolyte salt solution over time? Did it become colder?

We all look forward to your experiments with the coils, in running motors, and other ways in utilizing Radiant Energy.

Keep up the good work!

Cheers,
Mike

[cinan]

Testing coil

Hallo UFO,

today I made one coil and did some tests. coil geometry is 1.5" inner hole and 1.3" length. wire was AWG20 and I put 7 layers, 41 turns each. Total 287 turns. Static inductance of the coil is around 4.5mH.

Driving voltage was 35V and max. frequency for bigger voltage harvest (around 400V) was around 700Hz. Above that, voltage went down again... Also duty cycle for maintaining of voltage needed to be more than 35%.

I have explanation for that. Coil geometry and high inductance are problem. Low D.C. can't keep running "flow" as inductance is high and pulse is dimmed inside of the coil. I thing best will be to try single layer coil or coil with another geometry, to get resistance enough with low inductance....

You have parallel bifilar coil. I assume connection is as follows : beginning of one coil is connected to beginning of second coil, and end of one coil is connected to end of second coil. Right ?

Can you try something for me ? if you split wires one side of coil, you'll get serial bifilar coil ( not Tesla's one, as his connection was 1st.end - to - 2nd.beginning). This coil will have low inductance as fields will cancel each other, and can be driven up to high frequencies and low duty cycle. And I am interested if this solution will work. Did you try it ?

I need probably to wind other coil and change MOSFET in my board, as today i got 'big/bang' event

Your coil advices and tests with this bifilar setup will be very appreciated.

Thank you

Cinan

[cinan]

Hi Cinan, please provide the step-by-step instruction of the software programing and all the shcematics for the advance version. If that may cost me some bucks it is OK, for it is your professional work, man.
I can solder it over. What I cannot do right now is to program the microcontroller. I need to know which hardware to buy in order to upload the program to the PIC, etc. This is a learning curve, and please bear with me, I am already 54 year old!

Hallo Aaron,

no problem, I will issue relevant doc, once whole system will be confirmed by me. Probably next week. See preliminary doc in att.

Cinan

[Ufopolitics]

Awesome work Cinan!!

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

Excellent work my friend!!
Just lovely and very nice job!!

It is a great tool to start playing with "The Lady in White"...

Now, if I understand correctly, the output from the two Opto chips (FOD3180) That output goes to the MOSFET's Bank-Bus Bars...Right?
So then the channel between Source-Drain is isolated from Gates inputs...Therefore we could apply up to Mosfet's Spec's Max Voltage between Source-Drain Max Voltage-Amps...great!!

One thing I must say since we are about to start going a bit more serious about driving this coils...
The Higher Voltages to Coil should be just very short peaks, at very short intervals of time...and like I have been writing here before...we must start from very low increases of frequency till we start getting Radiant in...

Now answering your first question...

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 are harmonics), but one should be max.peak.
I will do tests once generator and coil will be built.

Yes, there is a 'Point' that She starts getting in solid (no blinking flashes-strobes), I obtain Her, according to my set-up, around the 800-1000 Hertz...but like You've said, it depends upon Coil design, type of switching diodes, etc...
Once that you get her, it starts 'growing up'...magnifying to very high levels...then the limiting comes according to your MOSFET's response-Spec's to stand the Hot pulsations -temperature in Coil-Oscillator...otherwise it is an Endless Source of Energy...She has no limits...We are the ones who could limit her by our set-up.

That is the reason I have suggested to start diminishing Hot Timing ratio as we increase frequency (T-1) once we get Radiant in solid. This way we could climb at very high levels of Radiant.

But going back to your work is just excellent, being able to control this through a PC makes it wonderful, great idea to incorporate the Micro-Processor there!!

We needed someone like You around here my friend!!

Many thanks for showing up!!

Ufopolitics

[Ufopolitics]

Electrolysis and Radiant Energy

Hi Ufopolitics,

First off, I would like to thank you for sharing your very interesting research into Radiant Energy. The videos of your devices in action really helps explain this unique energy and its potentials as does your posts here on this forum.

I had some questions on your research into electrolysis with Radiant Energy.

- What type of electrolysis gas production was produced when using Radiant Energy (RE), compared to conventional "hot" electricity? Similar gas output productions?
- Estimated Volts & Amps input to the cell electrodes? Plate sizes and spacing?
- Did hydrogen & oxygen gas evolved off the plates, other gases such as water vapor?
- What was the temperature of the electrolyte salt solution over time? Did it become colder?

We all look forward to your experiments with the coils, in running motors, and other ways in utilizing Radiant Energy.

Keep up the good work!

Cheers,
Mike

Hello Mike

My research, honestly, has not gone that deep and far into the field of Electrolysis. Therefore can not answer every one of your questions in detail.
I had tested lightly and a simple salt solution and two chrome plated electrodes...gases are released and chrome had been stripped off one of the electrodes to the point to leave it in the bare copper, clean, while releasing a black solid liquid (heavier than the solution, goes to bottom of container slowly)
Temperature is very low, couple of degrees above room temperature...
Bubbles were 'On' all times, but did not analyze type of gases there, sorry...
Like I said before, it was a light, simple testing...
Yes, related to Motors and Generators...that is where I am really going on heavier...
So it would be great if you decided to test this Chemical reactions of Electrolysis and come back here and tell Us your results...

Regards

Ufopolitics

[Ufopolitics]

Bifilar Coils

Hallo UFO,

today I made one coil and did some tests. coil geometry is 1.5" inner hole and 1.3" length. wire was AWG20 and I put 7 layers, 41 turns each. Total 287 turns. Static inductance of the coil is around 4.5mH.

Driving voltage was 35V and max. frequency for bigger voltage harvest (around 400V) was around 700Hz. Above that, voltage went down again... Also duty cycle for maintaining of voltage needed to be more than 35%.

I have explanation for that. Coil geometry and high inductance are problem. Low D.C. can't keep running "flow" as inductance is high and pulse is dimmed inside of the coil. I thing best will be to try single layer coil or coil with another geometry, to get resistance enough with low inductance....

You have parallel bifilar coil. I assume connection is as follows : beginning of one coil is connected to beginning of second coil, and end of one coil is connected to end of second coil. Right ?

Can you try something for me ? if you split wires one side of coil, you'll get serial bifilar coil ( not Tesla's one, as his connection was 1st.end - to - 2nd.beginning). This coil will have low inductance as fields will cancel each other, and can be driven up to high frequencies and low duty cycle. And I am interested if this solution will work. Did you try it ?

I need probably to wind other coil and change MOSFET in my board, as today i got 'big/bang' event

Your coil advices and tests with this bifilar setup will be very appreciated.

Thank you

Cinan

Hello Cinan,

Sorry about your MOSFET's... I had blown many...I always keep'em in stock...hehehe

Now, related to Bifilar...it did NOT worked out for me according to Tesla set-up , connection, meaning, in series one to each other, like you've said, this effect will cancel the Electromagnetic Fields...Not Good!!
Remember what actually invokes the lady is our Hot pulsing Magnetic Field, so the stronger our field is, the stronger She will come in. It is a completely proportional rate, however, her magnetic field Frequency increases faster than our EM Field after she gets in solid...
Make a test with two meters measuring Hz...or a Scope even better...
Measure our Hot pulses at Input to Coil, and the other one after Diodes (Output to Radiant) and watch them...when Hot is going 800Hz...She is at 1300-1800Hz...and so on "in crescendo" .

The way I have done it is Bifilar, just because is double stranded wire, two AWG 18 or 20, no big deal there...but starting end to starting end attached and final end to final end, saying it is a parallel connection. This creates a double stronger magnetic field that makes the Lady come in faster and stronger, the only problem is resistance, like you've said...making it this way sets the Coil at very low R levels...mines are between 1 to 2 Ohms...that is the reason I have proposed to start lowering the Hot On times after we get Her in solid...

However, with this set-up, I have been able to drive it at not too hot temperatures of coil, and obtaining lots of Radiant output.

Regards and Cheers you are doing great!!

Ufopolitics

[aaron5120]

Hallo Aaron,

no problem, I will issue relevant doc, once whole system will be confirmed by me. Probably next week. See preliminary doc in att.

Cinan

Thanks Buddy, you are great! As Ufo said here, it is fantastic to have you here in this thread. We are going at full throttle with your PICgen circuit now.
I will try to order the components and make the printed circuit board this week. Have to order the programming tool also for the PIC.

@Ufopolitics,
Thank you Ufo for providing us this thread and share with us your precious discovery. Now we are joining force and will make this Radiant stuff big time.
I always enjoy your insights and tips for getting the lady into the circuit. It is soooooo poetical in your description of the R.E.
aaron5120

[vrand]

Hello Mike

My research, honestly, has not gone that deep and far into the field of Electrolysis. Therefore can not answer every one of your questions in detail.
I had tested lightly and a simple salt solution and two chrome plated electrodes...gases are released and chrome had been stripped off one of the electrodes to the point to leave it in the bare copper, clean, while releasing a black solid liquid (heavier than the solution, goes to bottom of container slowly)
Temperature is very low, couple of degrees above room temperature...
Bubbles were 'On' all times, but did not analyze type of gases there, sorry...
Like I said before, it was a light, simple testing...
Yes, related to Motors and Generators...that is where I am really going on heavier...
So it would be great if you decided to test this Chemical reactions of Electrolysis and come back here and tell Us your results...

Regards

Ufopolitics

Hello UFO,

Thank you for the info.

-What voltage input did you use in your electrolysis experiment?
-Estimated amperage input?
-Used your 3-120 turn 18ga coil in parallel hookup?
-estimated freq. range?


Here is an example of a HHO PWM:

50 Amp 50A PWM HHO DC Maxx Tronic MX068
MXA068 Heavy Duty 50 AM PWM DC Control

Detail:
- PCB dimensions : coming soon
- Generic Enclosure : FB09 Plastic Enclosure 5" x 7.5" x 2.5" deep (see item FB09)
- Power supply : 8 to 30 VDC by using jumper
- Load voltage : 8 to 30 VDC
- LED Power on indicator
- Output : controlled DC motor by PWM (Pulse With Modulation).
- Large Spades on circuit board for ease of connection.
- Obtain low speed operation of DC motors without sacrificing torque
- Range : 0-100 % adjustable Duty Cycle
-100 Hrz Fixed Frequency of operation or 400hz to 3khz adjustable
-LM324 and 6 Heavy Duty IRF1404 MOSFETs with Large Heavy Duty Heat Sinks
- Fully Assembled and Tested.
- Ready to hook up and use in your project or OEM Product
-Replacement MOSFETs Available

For fast diodes with No Switching Losses, 1200 V and 32 A rating:
CREE C4D20120D
Silicon Carbide Schottky Diode
http://www.cree.com/~/media/Files/Cr.../C4D20120D.pdf

Looking to see if there is an off-the-shelf power supply that would work, but need the info. on voltage, current and frequency specification range.

Cheers Mike

[cinan]

Now, if I understand correctly, the output from the two Opto chips (FOD3180) That output goes to the MOSFET's Bank-Bus Bars...Right?
So then the channel between Source-Drain is isolated from Gates inputs...Therefore we could apply up to Mosfet's Spec's Max Voltage between Source-Drain Max Voltage-Amps...great!!

Once that you get her, it starts 'growing up'...magnifying to very high levels...then the limiting comes according to your MOSFET's response-Spec's to stand the Hot pulsations -temperature in Coil-Oscillator...otherwise it is an Endless Source of Energy...She has no limits...We are the ones who could limit her by our set-up.

But going back to your work is just excellent, being able to control this through a PC makes it wonderful, great idea to incorporate the Micro-Processor there!!

Ufopolitics

Hallo Ufo / all,

thank you for supportive words. I will try to help as much as i can, coz is quite easy at the moment and you know, more brains together.....

regarding opto output from generator. Voltage level is 5V and its not enough to drive MOSFET/IGBT aggressively. We need to connect this output to driver unit input, where is another driver with higher voltage sufficient for MOSFET gate driving. Will send diagram in next post.

How is she growing ? When you maintain frequency and D.C, she is going up ?
I didnt noticed that during my short experiment with load...

Microprocessor is best choice, coz control will be very flexible and accurate. I will change a bit design of generator to use it in future as control unit for coil. same hw with different fw inside, to save hard work

cheers,


Cinan

[cinan]

Generator + Driver design files

Hallo all,

here: PICgen Package_v1.0.zip - 4shared.com - online file sharing and storage - download - Jim Cook
you have design files for PICgen and UFOdriver version 1.0. Firmware and software will be added later once I will complete it. In case of any questions feel free to ask

BR

Cinan

[Ufopolitics]

Hello Cinan

Hallo Ufo / all,

thank you for supportive words. I will try to help as much as i can, coz is quite easy at the moment and you know, more brains together.....

regarding opto output from generator. Voltage level is 5V and its not enough to drive MOSFET/IGBT aggressively. We need to connect this output to driver unit input, where is another driver with higher voltage sufficient for MOSFET gate driving. Will send diagram in next post.

How is she growing ? When you maintain frequency and D.C, she is going up ?
I didnt noticed that during my short experiment with load...

Microprocessor is best choice, coz control will be very flexible and accurate. I will change a bit design of generator to use it in future as control unit for coil. same hw with different fw inside, to save hard work

cheers,


Cinan

How is she growing ? When you maintain frequency and D.C, she is going up ?
I didnt noticed that during my short experiment with load...

Cinan,

Did you have a group of CFL's or at least one connected to output?
Did you hook up a Hz and Volt meter to output and Input?

You have to slowly start increasing frequency, till you start seeing the CFL's flashing and going brighter as you turn frequency higher, until you get to the Max Point of steady brightness, from there you start going up...but watch the meters or will blow CFL's!

Regards and thanks for the files and great work!

Cheers you will get "Her"...hehe


Ufopolitics

[cinan]

Hello Ufo,

I got my transistor today, its 1200V IGBT not MOSFET. I have load connected, and its shining. I hooked up voltmeter on output diodes, but is showing wrong data. Then I put temporarily testing capacitor after diodes voltage went up to >500V, but I limited it by D.C. to 230VDC to save bulb.

I don't have freq.meter and my RIGOL is messing with output voltage when connected after diodes.... Ground from RIGOL is of course disconnected, but still got problem to measure it with oscilloscope without interferences.

Another problem is HOT electricity. When I hook up 100ohm resistor after diodes, it get hot very fast and voltage drops. I am obviously not working with 'Her'...

I tried to change coil connection, different diodes, but still only HOT is coming out... Starting frequency is 50Hz up to 500Hz, going slowly. My setup is like this:

transformer 230/24V - diode bridge - BIG capacitor - opto isolated driver - IGBT. I am NOT using battery ! Coil is 290 turns, 7 layers. Also tried single layer coil 280 turns. No difference.

Can you please try DC power from transformer and capacitor instead of battery bank ??? Could be this one problem ???

I don't know what could be wrong....

Thank you

Cinan

[Ufopolitics]

Transformer versus LiPo Batteries...

Hello Ufo,

I got my transistor today, its 1200V IGBT not MOSFET. I have load connected, and its shining. I hooked up voltmeter on output diodes, but is showing wrong data. Then I put temporarily testing capacitor after diodes voltage went up to >500V, but I limited it by D.C. to 230VDC to save bulb.

I don't have freq.meter and my RIGOL is messing with output voltage when connected after diodes.... Ground from RIGOL is of course disconnected, but still got problem to measure it with oscilloscope without interferences.

Another problem is HOT electricity. When I hook up 100ohm resistor after diodes, it get hot very fast and voltage drops. I am obviously not working with 'Her'...

I tried to change coil connection, different diodes, but still only HOT is coming out... Starting frequency is 50Hz up to 500Hz, going slowly. My setup is like this:

transformer 230/24V - diode bridge - BIG capacitor - opto isolated driver - IGBT. I am NOT using battery ! Coil is 290 turns, 7 layers. Also tried single layer coil 280 turns. No difference.

Can you please try DC power from transformer and capacitor instead of battery bank ??? Could be this one problem ???

I don't know what could be wrong....

Thank you

Cinan

Hello Cinan,

I have not tried with a transformer...or a power source, actually I am looking for a good one @ 36-72 Volts and up to 20 Amps...
You mentioned your transformer is 24V but how mant amps?

Besides, I think your diodes-rectifiers are not doing their job...
You never mentioned what kind of diodes you are using, or I do not recall reading it from you...must be fast switchers, and since you are using higher voltage...rated accordingly.

One thing you could try is to put two diodes in series in each line...one of them to be a 1N4148 (Germanium diode) after the big voltage rectifiers, or will blow them up.

One that I have been using is the NTE576 (400V), but a higher one would be the NTE577...rated 1000V

Your RIGOL will never give you a good trusting reading my friends...although you could try insulating it by using an inverter to supply the Voltage...
The best way to measure Hz in this case I have done it with my Two EXTECH or a Radio Shack Clamp Amp Meter they sale for like 50.00, they are pretty good. And Amps go up to 40A.
I see you are 'driving blind' my friend, need meters to tell you what is going on...

P.D: Once you connect the 1N4148 small diodes you will not read nothing at output, but will obtain better filtering...