My Motors got me to Tap into Radiant Energy

[kEhYo77]

Hi Larry. Something here, worth considering...
Electric Fields Kill Tumors

[JohnStone]

Hi Cinan,
not clear what DC/DC converters you used in your schematic with PIC micro. The FET drivers require 10V ... 20V. I suppose that 15 Volt is preferred.
rgds John

[torpex]

Hey Torpex,

Many questions, lol. I will try answer most and sorry for the late reply as real life has been busy the last few days.

I use a basic PWM circuit that I calculated to range from 0Hz to 1.2kHz based on a 555 timer with only a diode from pin 7 to ground.

With that circuit the duty cycle can be set under 50% and I have it set to 11% time high in a 37ms time period.

I do have all the parts to make UFO's original circuit and Bob's combination circuit and both are progressing

I'm from Australia and thus may be a language barrier. I hope that you translated the information for the TY clip and it generated a clearer understanding. Or was it the content?

That is a very high frequency to light your CFL's and does the neon take more than 50Hz to light? I only used a function generator at uni a few times and my experience with them is limited, sorry.

Hope that helped, albeit late

Regards
Zero

Hello @Zero

Thanks for your replies.
You live in the antipodes (from Spain )

I also think my frequencies are too high, maybe they are harmonic, I'm a little lost.
In general I get increased energy rising frequency.
The neon requires very little power, so low frequency.
To achieve a given brightness I can raise the dtc or increase the frequency. In my setup I have more efficiently when the dtc is low, even about 5%.

[torpex]

Larry, I wish him well and can overcome their disease. Good luck and encouragement.

[torpex]

It started out around 600Hz and at 766Hz (input) italics was at 1.16kHz (output), then just after this it blew. Anyone have an idea why? The only thing I did at this timw was replace the cap with a lower value and replace the LM339. I am going to add a little more capacitance (maybe another .01uF).

In some tests I have seen drain current increase exponentially.
I had a breakdown with a bad contact wire which raised the dtc to 100%.

UFO et al,

Good news. In taking the board off to inspect for a reason for stoppage I found that there was corrosion on some of the solder joints, especially at the VR. I then remembered that it had gotten rained on shoertly before it blew the first time. Having cleaned all areas between the joints and replaced the LM339 I'm off and running.

Starting my tuning at 270Hz(input side, 405Hz output side), I adjusted (frequency only) up to 704Hz (input side, 740Hz output side) with 0 resisance on pots and using .03uF cap. Then I raised the duty cyle from 8% to 19.6% to increase charging.

With the 8% duty cycle drawing 425mA, the Primary dropped from 37.1v at rest to 36.7v under load and the charge bank went from 34.54v at rest to 37.2v immediately. As I tuned over the next 25 minutes, the Primary rose to 36.8v (from 36.6v) aas the draw fell from 425mA to 200mA and the charging went to 37.9v then steadily dropped to 37.4v as the mAs dropped. I then adjusted the duty cycle to 19.6%. The Primary dropped to 36.6v and
the charge bank rose to 38.1v. Coil was 95-97 degrees whole time (ambient = 94.5).
After an hour the Primary has dropped to 36.1v and the charge bank is at 37.6v. I assume that it is being desuphate at this point. But the frequency reads 282Hz (input side, 706Hz output side), the duty cycle has moved slightly up to 20.3%, and the draw has encreased slightly to about 800mA. I don't know what to make of that.

An interesting observation is that the powered ParaCore that I pored into the coil center is dancing on top. I had noted how the level had dropped after using it figuring that it was packing because of the oscilation vibration. Here I see the particles literally jumping up and down...cute.

Bob

Great data, much appreciated.

I have also tried to charge a battery:
Source is badly battery car (9.8v)
Charge battery is discharged SLA 12v/7A (about 10.7v)
Source drain current is about 570-600mA
Charge drain current is about 270-290mA
Time: About 12 hours
Source bat drop to 9.6v
Charge bat rise 15.22v (circuit on). 1 hour of rest 13.11v. Next day 12.65v.

[Ufopolitics]

Ouch Larry, I am sorry to hear that!

Hi UFO
Thanks for your kind response. Sorry if I seem impatient, but I have cancer so I don't know how much longer I have on this earth. I am cramming as much knowledge about the alternative energy subject that I can. Looking for something I can build. I would like to leave something behind that my family can use to make their lives easier. Meds and all it takes to keep me alive is eating up our budget so I don't have a lot of money to experimenting (as much as I love it). Please bare with me if I seem anxious at times. Again sorry.

Regards
Larry

Hello Larry,

I have been out for the weekend, Ouch, I'm so sorry to hear you have cancer, but cheer up, there are many alternatives for it, and You've got the great knowledge about tronics, so building an oscillator with Rife Frequency will not be a big deal...and I see how many nice members here have been trying to help you and have posted very nice words of comfort also.
There are some very good links and also some great info related to cancer on Thrive site/ Health...


Warm regards


Ufopolitcs

[bobfrench@fastmail.fm]

36v test on 05-26-12

UFO et al,

I visited a friend of like mindedness and we ran the device on two identical banks of three 12v, 215Ah batteries in series (36v, 215Ah each bank). These are old sulfated marine batteries.

Started with Bank A at 37.16v and Bank B at 36.8v. Ran the charging at 45Hz, 11%DC, 1.3A from 8:36pm until midnight (3.5 hrs). Banks were A= 36.1v, B= 39.8v.

We adjusted the unit to 99.4Hz, 12.8%DC, 450mA and ran until 7:00am.
Bank A= 36.22v, Bank B= 39.7 (the frequency had risen to 101Hz).

Then I adjusted to 144Hz,20%DC, and 1.0A and ran till 9:47am. Bank A= 35.90v, BankB= 40.7v. Stopped and rested the batteries about half an hour (should be an hour, but...).

We swapped the batteries and charged the opposite way (charging Bank A now). The banks had settled some in the rest period (Bank A= 36.6v, Bank B= 38.3v). Under load/charge (144Hz, 11%DC, 1.0A) they started at Bank A= 37.0v, Bank B= 37.2v. An hour later we adjusted to 144Hz, 20%DC, 1.0A and ran until 2:16pm (about 4 hours). Bank A=37.9v, Bank B= 32.35v.

We stopped, rested them for 30 minutes (my bad), swapped then again and started charging Bank B with Bank as the Primary again. 144Hz, 20%DC, 650mA. It seemed odd that the same frequency and DC would draw a lesser amperage, but...). Starting at 2:50pm with Bank A= 37.31v under load, Bank B=33.49v being charged, at 3:27pm Bank A= 36.4v, Bank B= 38.8v, at 4:38pm Bank A= 36.0v, Bank B= 38.8v. We stopped (4:38pm) and rested the batteries until 7:00pm...Bank A= 36.8v, Bank B= 37.8v.

Started with Bank A at 37.16v and Bank B at 36.8v. (= 73.96v combined)
Ended with Bank A= 36.8v, Bank B= 37.8v. (= 74.6v combined)
A slight increase of energy after over 20 hours of running drawing 1 amp much of the time. Batteries are getting conditioned/rejuvenated while powering the device themselves w/o outside input. We can charge back and forth forever and the batteries will just get stronger.

I am going to run at this lower frequency and about 1 amp for a while and see just what it will do with my bigger batteries. At lower frequency the battery has more OFF time to resolve the incoming RE. This may be good while conditioning them. After their plates are remodeled into a crystalline matrix they will take the charge faster and have increased capacity.

That's all for now. Take care and above all have fun!

Bob

[larryross]

Hi all you good people.
Thanks for the tips and well wishes. Truly this world is full of good people... wars are between governments and people have to pay the price.
I found what I think will be a good sub for the nte mosfet. Check out the
2SK2837 by Toshiba.

500V
20A continues, 80A pulse
RDsOn 0.21
Fast switching
Repetitive Avalanche Rated

I just bought 10 off E-bay for US$1.28 each with free shipping. If these work out it will be good for the project.

I ran across something that is interesting to me. Any one heard of Colloidal Silver? Sounds like something I want to try.

Regards All
Larry

[tbo_]

I ran across something that is interesting to me. Any one heard of Colloidal Silver? Sounds like something I want to try.

Larry

I've been using it daily for over 4 years now, I swear by it. It's one component of the Bob Beck protocol I mentioned earlier. I'm attaching a schematic for you. You just need to pick up silver wire, .999 pure or better. I brew batches of 500ml for 3hrs. Distilled water only.

[tbo_]

UFO et al,

Started with Bank A at 37.16v and Bank B at 36.8v. (= 73.96v combined)
Ended with Bank A= 36.8v, Bank B= 37.8v. (= 74.6v combined)
A slight increase of energy after over 20 hours of running drawing 1 amp much of the time. Batteries are getting conditioned/rejuvenated while powering the device themselves w/o outside input. We can charge back and forth forever and the batteries will just get stronger.

Awesome news Bob. I would love to see what happens after 20 cycles or so. Thanks for sharing your results.

Tom

[larryross]

Hello UFO
Thanks TBO I was just going over the Beck site.

Looks like I have hijacked your thread... I really didn't intend to. I am very sorry. Should get back to the device and go forward.

Regards
Larry

[Malinany]

They have become a way of life. That is probably why promotional mobile phone holders are a hot item for businesses wanting to get a message across to their customers while also making the lives of the employees a bit more convenient.

[JohnStone]

...
2SK2837 by Toshiba.

500V
20A continues, 80A pulse
RDsOn 0.21
Fast switching
Repetitive Avalanche Rated

I just bought 10 off E-bay for US$1.28 each with free shipping. If these work out it will be good for the project....

Hi Larry,
good find. They are quite fast. I believe that the switching speed might be essential in order to disturbe HER and lure HER into the circuit.
There are even faster FETs available: i.e. STP5NK100Z And drivers. But that will be a hint for later development.

I will operate the FETs with dedicated drivers only. Cinan recommended FOD3180. I ordered them yesterday from US.

BTW: I sent you a PM regading your health.
rgds John

[torpex]

Invoking Radiant

Hi all,

Ufo and all that has worked,

Behavior of my circuit:
When Freq and DTC are set the bulb lights up.
Then turn off the circuit.
Then turn on the circuit without touching anything, in my circuit the bulb lights like before.

This is normal behavior?

I think that does not correspond with the description of Ufo to invoke Radiant.

[larryross]

Hi John
1000V is nice, but the continues current is only 3.5Amps and the RdsOn is 3.7 Ohms. Has good raise and fall times though.

Regards
Larry

Hi Larry,
good find. They are quite fast. I believe that the switching speed might be essential in order to disturbe HER and lure HER into the circuit.
There are even faster FETs available: i.e. STP5NK100Z And drivers. But that will be a hint for later development.

I will operate the FETs with dedicated drivers only. Cinan recommended FOD3180. I ordered them yesterday from US.

BTW: I sent you a PM regading your health.
rgds John