Self charging battery circuit of Bob Boyce and Watkykjy1

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Hi people,

After watching some othe the videos again of Bob Boyce, i bought me a kit of the battery smacker.
Why?
Well, Bob explains finally more about his pwm , scalar waves, longitudinal waves and how he creates them and what these waves are adding to the process.
He is using this type of pulsing for his water smacker and also for his waterfuellcell.
So, i bought this battery smacker to learn how his pulses are looking.
He stated that if you change the frequency of this smacker to the 42khz, etc etc, it will charge the water, or take the water apart.

The other thing i want to see if you can charge a battery with these pulses and low power and then have a full battery.
Sort of overunity test.
Just to learn and to have some fun.

cheers!

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So, finally some time to wrap these magical bob boyce mini toroids....
Did i mention before that i dont like wrapping coilc or small toroids? 
1 down, 1 to go

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And there is number 2.

1 toirod between the battery plus and one toroid between the negative pole

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Progres on the casing

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My fear became true.
I thoughy by sticking my scope probe in the battery smacker that i would be able to see what Bob Boyce had in mind.
That guy is smarter then we think, ill guess.
Please join in, because i need your help and tips.

Please see some videos that i made from the scope, while trying to deciver the driving signals.
 There are two blocks of signals here.
A base squarewave of 1khz, which is a basic Herzian squarewave.
The other wave, or block of waves are the non herzian waves, as Bob describes.
Bob explained in one of his videos that Non herzian waves are very short trickerd waves.
So, i tuned my scope to high frequency,s. The scope is a 60mhz scope, so i thought that would be good enough.
My gues is that the 2khz blocks contain pulses in the mhz range....
Please help me out here, if you can. Tips are also very helpfull.

Cheers
Steve

https://youtu.be/I0YAvfp5ZlU

https://youtu.be/J3tM9LPR6oo

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That looks like pedestal spikes imposed on a DC potential which is switched off and on.  There's a fairly simple spark gap setup which makes pulses like that, with a MW frequency feed.

In a hydraulic environment, pulses can be considered as clicks.  Furthermore, a click can comprise the leading edge of an elastic expansion which has a potential wavelength determined by the spacing between the clicks.  So it looks like he's using more than one frequency to trigger the pedestal pulses.  How he gets some of them to come downwards is a mystery to me; I haven't really thought about that part of it.  The straight, non pedestal spikes must be the non Hertzian (longitudinal) pulses he's talking about.

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That looks like pedestal spikes imposed on a DC potential which is switched off and on.  There's a fairly simple spark gap setup which makes pulses like that, with a MW frequency feed.

In a hydraulic environment, pulses can be considered as clicks.  Furthermore, a click can comprise the leading edge of an elastic expansion which has a potential wavelength determined by the spacing between the clicks.  So it looks like he's using more than one frequency to trigger the pedestal pulses.  How he gets some of them to come downwards is a mystery to me; I haven't really thought about that part of it.  The straight, non pedestal spikes must be the non Hertzian (longitudinal) pulses he's talking about.

Another thing about going off of scope shots is that you have to look at them backwards.  What may look like a pulse on the left chasing one on the right is opposite to what is actually happening.  The pulse on the right is expanding towards the previously released pulse on the left, as they move between the electrodes.  Ideally, the first pulse would have a shorter baseline, allowing a faster pulse to overtake it.

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That looks like pedestal spikes imposed on a DC potential which is switched off and on.  There's a fairly simple spark gap setup which makes pulses like that, with a MW frequency feed.

In a hydraulic environment, pulses can be considered as clicks.  Furthermore, a click can comprise the leading edge of an elastic expansion which has a potential wavelength determined by the spacing between the clicks.  So it looks like he's using more than one frequency to trigger the pedestal pulses.  How he gets some of them to come downwards is a mystery to me; I haven't really thought about that part of it.  The straight, non pedestal spikes must be the non Hertzian (longitudinal) pulses he's talking about.

Another thing about going off of scope shots is that you have to look at them backwards.  What may look like a pulse on the left chasing one on the right is opposite to what is actually happening.  The pulse on the right is expanding towards the previously released pulse on the left, as they move between the electrodes.  Ideally, the first pulse would have a shorter baseline, allowing a faster pulse to overtake it.

Thats a good remark...
My current problem is thatmy scope is max 60mhz
After writing with Bro Andrew, he said i need a 150mhz scope. An old one...an analog one.
So, i have to safe me some money and find an old 150mhz Tektronix scope of the 70's....
He stated that there are suppose to be 2 waveforms.
a 1khz and a 2khz wave
The scalar wave is one of them and is just in the femto second range...pulses

The microprocessor is an ATMEGA48, which is rate at max 20mhz....Normally it runs on 8mhz

So, how do i combine this all together, after seeing my scope vidoes?
Hope you can shine some light on it?

The rest of his circuit is a small chip to help pulsing a mosfet.
SO, its pretty strait forward on off pulsing
Including 15 femto second pulse. Ill guess you can use any frequency for that, as long as the pulse width is very very short


cheers!