Use for the Tesla Switch

[nvisser]

Impressive!!
Like in patent 667730
He use 0.132 farad capacitors. A lot
What do you use as your input?
And what are your par cap value?

[scratchrobot]

Impressive!!
Like in patent 667730
He use 0.132 farad capacitors. A lot
What do you use as your input?
And what are your par cap value?

That's also an interesting circuit and probably doing the same thing in a better way

In the Video i'm using 24v on the input with 8x 15000 uf cap's.

My Use for the Tesla Switch:
I made a very small 18v solar panel and it's collecting 'radiant' energy from the sun, the TS is pulsing the 'FREE ENERGY' to the battery
On a sunny day I get 1A Pulses from this tiny panel and im impressed, not that I ever used a conventional solar charger

This is COP>1 for sure

scratchrobot

[nvisser]

Do you current limit the 24V input to the 120 000uf cap bank?
I found that to charge up such a huge bank with 24V draws a lot of current if not limited. I would love to know how you fully charge them up in 1 sec with only 400mA

[crackahcrackah]

@bits
Have you tried to make it charge its own power source yet? IE a scalar charger setup.

Good Work
Matt

I'm about to do the same with a DC impulse circuit that I have. I just fixed my oscilloscope CRT yesterday and was able to hook up my circuit to see every thing working as it should. I want to make a capacitor bank for my source and for a separate charge bank as I only have batteries set up now and they are not very accurate. I recorded a charging effect on them back in january and have been testing various configuration changes with the toroidal inductor that I use to make the spike, and the toroidal inductor that I use in directing the scalar wave (just as tesla did in his HF patents). I'm hoping to have a cap. bank together in a few days to reliably assess energy tapping.

[scratchrobot]

Do you current limit the 24V input to the 120 000uf cap bank?
I found that to charge up such a huge bank with 24V draws a lot of current if not limited. I would love to know how you fully charge them up in 1 sec with only 400mA

I am using a 'Stabilized DC Power Supply 5 - 14V 2.5A' BUT I modified it by turning a variable resistor that was inside and now I can regulate it to 24V
The current I can not regulate.
I find that the higher the voltage the higher the current pulse ratio is, for example at 18V you get 1A>2A and at 24V 2A>6A pulse.
For higher voltage 'radiant' input your Ser/Par version works and if the input voltage is below the battery voltage or one want's to charge a battery on it's own Par/Ser is the way to go

Here a picture of my tiny 18V solar panel, I have it inside behind the window and it is working with your version of the circuit without ALL the diodes
TS_PVAmp_Panel.jpg
And here a movie of the output to the battery, Much better result than my 4 battery TS

Forgot to mention: In the video you can also see what happens when the clouds get in the suns way.

scratchrobot

[Jules Tresor]

It's on internet since many years

Good morning guys,
lost in the sea of free energy devices, you forgot that major invention from John, that is going to manufacture now: his solid state battery pulser, that he names now Tesla Solar Switch.
I have always be surprised that nobody ever tried to replicate it, it's the most simple of device.
Basic logic chip, transistors and capacitors ... exactly as you saw in the video by John that have removed prior to start selling the device.



Abstract: Technical Field:
(0001) The invention relates generally to a battery pulse charger using a solid-state device and method wherein the current going to the battery is not constant. The signal or current is momentarily switch-interrupted as it flows through either the first channel, the charge phase, or the second channel, the discharge phase. This two-phase cycle alternates the signal in the two channels thereby allowing a potential charge in a capacitor to disconnect from its power source an instant before the capacitor discharges its stored potential energy into a battery for receiving the capacitor's stored energy. The capacitor then disconnects from the battery and re-connects to the power source upon completion of the discharge phase, thereby completing charge-discharge cycle. The battery pulse charger can also drive devices, such as a motor and a heating element, with pulses.

full patent here: Zero Point Energy - John Bedini Solid State Generator - MDG 2007

I wish I was an expert in electronic, because I would have free electricity since a long time, but for my private use, because it's patented
Is it a US only patent, or worldwide cover ?!

John Bedini is the greatest electrical genius of our time

[nvisser]

I also wish you were an expert in electronic, because you would found out that it is not a free energy device but a very effective battery charger.

[scratchrobot]

What are those tubes?

[Matthew Jones]

Good morning guys,
John Bedini is the greatest electrical genius of our time

I would have to encourage you to read back through the thread a bit. I believe this to be the only thread in the forum that truly discussing anything close to overunity (whatever that word is worth).
Nothin but good stuff...

Matt

[scratchrobot]

Made another Video

Tomorrow I will try two battery's in series as the input.

scratchrobot

[Bit's-n-Bytes]

Made another Video

Tomorrow I will try two battery's in series as the input.

scratchrobot

Looking great. When you use batterys in series as the input, this will work great as well. If your intent is to charge them from the same device, becareful! A ground loop is created and you will start to fry things. I am stilll trying to work through this issue with mine.

Bit's

[eternalightwithin]

If there is a current build up from this groundloop, couldn't you put a current sensor in there that would detect current level and peroidically shunt excess to a cap or another batt?

David

Looking great. When you use batterys in series as the input, this will work great as well. If your intent is to charge them from the same device, becareful! A ground loop is created and you will start to fry things. I am stilll trying to work through this issue with mine.

Bit's

[Bit's-n-Bytes]

If there is a current build up from this groundloop, couldn't you put a current sensor in there that would detect current level and peroidically shunt excess to a cap or another batt?

David

I am trying to work with steering diodes at the moment to isolate. Will post when I am able to resolve.

Thanks

Bit's

[scratchrobot]

Looking great. When you use batterys in series as the input, this will work great as well. If your intent is to charge them from the same device, becareful! A ground loop is created and you will start to fry things. I am stilll trying to work through this issue with mine.

Bit's

Used 2 battery's in series to charge 1 battery, fried nothing

Made 2 movies because I have only 1 Amp meter.

Input
Output

This is the circuit I used
pv-pump.jpg

scratchrobot

[Bit's-n-Bytes]

Used 2 battery's in series to charge 1 battery, fried nothing

Made 2 movies because I have only 1 Amp meter.

Input
Output

This is the circuit I used
[ATTACH]5552[/ATTACH]

scratchrobot

What I was saying is that if you wanted to try and use the "input" batts drive the pulser and then "charge" the "input batts" (kind of a self runner) then you would have issues and could fry components.

Good Job

Bit's