Beyond Unity - The Don Smith Effect

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Fighter posted this 28 May 2023

In order to not interfere with Jagau's experiments with Dr. Stiffler's SEC technology which have many things in common with what Don Smith named "The Don Smith Effect" I'm starting in parallel with Jagau my own experiments with Don Smith's tech.

If this experiment is successful maybe we can unify the technologies these two great teachers demonstrated to us.

So below is my first post in this related thread here.

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
		Nikola Tesla

don-smith

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Jagau posted this 31 October 2023

Hi Fighter

At first glance, you will first have to install a resistor on the gate of the NMOS of 10kohms between ground and gate, so that the gate of the mosfet can discharge.

You will need to be very careful in setting the DTC and start with a very low DTC so as not to break your mosfet.

At this voltage the BEMF will be very very high, V = -L x dI / dT you will expect peaks in the Kilovolts.

You must protect the Mosfet otherwise it will be damaged and burned easily, either with a flyback diode or BEMF recovery ink.

What do you want to do with this circuit?

Jagau

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Fighter posted this 31 October 2023

Hi Jagau,

I can start with lower voltages (adjustable from the voltage booster) and lower duty-cycle (adjustable from the signal generator).

I expect to have some MOSFETs damaged anyway during the experiments just like I had with the ZPM during its development, that's okay, those IRF3205ZPBF MOSFETs are relatively cheap.

Basically I want to drive the coil at diverse (including their resonant) frequencies in multiple experiments with Don Smith's tech.

For example in the first experiment I will try to reproduce this (more details in one of my previous posts here):

It is found that creating a dipole and inserting capacitor plates at right angles to the current flow,
allows magnetic waves to change back into useful electrical (coulombs) energy. Magnetic waves passing through the capacitor plates do not degrade and the full impact of the available energy is accessed. One, or as many sets of capacitor plates as is desired, may be used. Each set makes an exact copy of the full force and effect of the energy present in the magnetic waves. The originating source is not depleted of degraded as is common in conventional transformers.

So what I will do is to place variable capacitors inside the coils so their plates will be perpendicular ("at right angles") on the magnetic field produced by the coil and put loads on the variable capacitors while changing their capacitance and also changing coil's frequency and duty-cycle.

Somethink like this (see the red arrow):

The expected result would be to have loads (small light bulbs probably) illuminating while not registering any consumption increase from the input (battery) as indicated by the measurement module.

This would be the first experiment but there will many others related to Don Smith tech by using different coils and different configurations.

I understood, 10 KOhm resistor between MOSFET's ground and gate. Should it be a power resistor, like 0.25 W or maybe more ?

So what do you think about protecting the output of the voltage booster ? Is the electrolytic capacitor needed ? Do you think that diode is enough for protection ?

If you want please feel free to download the image with the schema, draw on it your modifications as you think they should be and upload the modified image in your post.

Of course when you have some time.

Thanks for your advice !

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
		Nikola Tesla

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Jagau posted this 31 October 2023 - Last Edited 31 October 2023

I understood, 10 KOhm resistor between MOSFET's ground and gate. Should it be a power resistor, like 0.25 W or maybe more ?

On a mosfet you can put a low power resistor, 1/4 watt is ok, there is no power on a mosfet gate, only voltage threshold must be respected and no more threshold voltage for your mosfet spec. If you leave the gate floating the mosfet will conduct almost all the time by adding resistance it will discharge, you should never leave a gate floating.

For the booster, it is the DTC of the mosfet which will create the current demand, the DTC is very important. With a cap of 1000 uf it is sufficient and it will help the booster for instantaneous demand.

To avoid heating the Mosfet you will have to find a way to direct the BEMF towards a circuit for recovering this voltage produced by the coil when the Mosfet closes. Most mosfets burn because of this.

There are several good YTs on this subject.

Jagau

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Jagau posted this 31 October 2023

You will like this publication by V. Utkin on the electro radiant effect. It will help you in your research on the Don Smith effect and remote capacitor charging.

Jagau

Attached Files

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Vasile posted this 31 October 2023 - Last Edited 31 October 2023

Quoting:Fighter

It is found that creating a dipole and inserting capacitor plates at right angles to the current flow,
allows magnetic waves to change back into useful electrical (coulombs) energy. Magnetic waves passing through the capacitor plates do not degrade and the full impact of the available energy is accessed. One, or as many sets of capacitor plates as is desired, may be used. Each set makes an exact copy of the full force and effect of the energy present in the magnetic waves. The originating source is not depleted of degraded as is common in conventional transformers.

I remember I did this type of experiment about ten years ago. I did NOT have the results that Don was speaching about (multiple copies, no effect on primary, no effect between each other, etc.). What I did find interesting was the fact that metals near the spark-gap that I was using, in the vicinity of about 2 meters, got electrified even though the spark-gap was small, about 2 mm.

You can give it a go, of course, with your experimentation, but what I advise, is to use small incandescent lightbulbs. Do not use leds as loads on the coils atached to the capacitor plates. LEDs are deceiving because they consume extremelly small amounts of power. I got "fooled" in the past in that way thinking I found something new, when I did not.

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Fighter posted this 01 November 2023

Replying To: Vasile

Hi Vasile,

I remember I did this type of experiment about ten years ago. I did NOT have the results that Don was speaching about (multiple copies, no effect on primary, no effect between each other, etc.).

Well, I intend to test all these in multiple experiments.

What I did find interesting was the fact that metals near the spark-gap that I was using, in the vicinity of about 2 meters, got electrified even though the spark-gap was small, about 2 mm.

There is no spark-gap in my setup and I don't intend to use high-voltages. I'll see how it goes.

what I advise, is to use small incandescent lightbulbs. Do not use leds as loads on the coils atached to the capacitor plates. LEDs are deceiving because they consume extremelly small amounts of power. I got "fooled" in the past in that way thinking I found something new, when I did not.

Yes, I also intend to use small light bulbs but also if I can power up power LEDs (like the ones having 1W consumption) without seeing a increase of the consumption on input that would be a positive result too.

Regards,

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
		Nikola Tesla

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Fighter posted this 01 November 2023

Replying To: Jagau

Yes, Vladimit Utkin, I have a PDF book about free energy written by him on my Kindle e-reader.

Thank you for the document !

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
		Nikola Tesla

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Inception posted this 01 November 2023

Quoting:Jagau

You will like this publication by V. Utkin on the electro radiant effect. It will help you in your research on the Don Smith effect and remote capacitor charging.

Jagau

That's a great document, Jagau. Thanks!