Use for the Tesla Switch

[Matthew Jones]

Forgot the top switch

[Matthew Jones]

I was wrong

[nvisser]

I will have to start eating the 2 led's. Apparently there is some arsenide in. LOL

[Matthew Jones]

I love it, whats life without humor. LOL

Matt

[ewizard]

This is probably what they call Disinformation.
Now who will you believe. John Bedini's diagrams on this thread or P. O Kelly that cannot even get a 555 circuit correct. Go look at the Dave Lawton 555 circuits if you don't believe me.
If you get the Tesla switch circuit to work like that I will eat my Tesla switch pc board with all it's transistors and all the batteries to!!
And the nuts and bolts and wires.

Patrick Kelly's 2,288 page book is a huge lot of info to write. I think I would cut him some slack for an occasional error He has been very helpful and quick to respond to email. He's also helping me get in touch with the one other person known to have success with this setup recently when the diodes were reversed (from the old diagrams).
Personally I've witnessed and had hands on a RE circuit that did just the opposite of what you would expect from a normal circuit. That was when I put a wire across a glowing light bulb expecting it to go out or get a lot dimmer but instead it got brighter ( a cold electricity demo or so it was called). So I don't rule out anything as impossible until I've tried it.
BTW I won't hold you to eating your TS board but would be thrilled if you'd try this one too.

[ewizard]

Better get you ketchup out boy, It works.
And if you follow the power you'll see why.
It does an uneven charge only the top 2 batteries catch a charge.

I have never tested one that did it this way but it may show some potential.

BUT FOR SURE IT RUNS. Check the flow of power.

Matt

Awesome. Thanks for pushing this forward! Now I know I've got to try this. Did you have a load on it at the FWBR? I think it said that was important to have in place.

[Matthew Jones]

Ewizard.
The more I look at the drawing Vissie's right. I got the switch backwards on top.

But you don't need the top switch at all.

I went back and deleted everything I said.

Sorry about that.

Matt

[ewizard]

If the wrong switch on top gets switched the top batteries will charge like hell.
24V to only one 12v battery.
Is it possible that you are switching the wrong switch?

I haven't spent anytime really looking at the circuit but I thought I remembered something about it putting 36 volts across one battery at a time (but of course very briefly I think in the milliseconds range).

[ewizard]

Ewizard.
The more I look at the drawing Vissie's right. I got the switch backwards on top.

But you don't need the top switch at all.

I went back and deleted everything I said.

Sorry about that.

Matt

Oops. So you don't think it works? Did you have a load on the FWBR? (Electrodyne corp said they had a 30 HP motor on it). I still would like to try this as I know all it takes is one tiny detail to make or break the success. Were you using relays or a rotary setup like PK shows in Chapter 5 page 6? I think I have a design somewhat worked out for that rotary/brush setup in my head if I can get the time to build it. And I do think it is part of what may make or break the success in this one. I'll also let you know if/when I hear from Jim (the guy PK said had success with it) any details I might get from him. Thanks for your efforts

[nvisser]

Patrick Kelly's 2,288 page book is a huge lot of info to write. I think I would cut him some slack for an occasional error He has been very helpful and quick to respond to email. He's also helping me get in touch with the one other person known to have success with this setup recently when the diodes were reversed (from the old diagrams).
Personally I've witnessed and had hands on a RE circuit that did just the opposite of what you would expect from a normal circuit. That was when I put a wire across a glowing light bulb expecting it to go out or get a lot dimmer but instead it got brighter ( a cold electricity demo or so it was called). So I don't rule out anything as impossible until I've tried it.
BTW I won't hold you to eating your TS board but would be thrilled if you'd try this one too.

I am sorry Patrick. Your stuff is awesome, Just fix that 555 circuit!
Ewizard
Would you share that RE circuit with us . I am sure once i witnessed something like that I will start looking at reversed biased diodes to let radiant energy through

[ewizard]

I am sorry Patrick. Your stuff is awesome, Just fix that 555 circuit!
Ewizard
Would you share that RE circuit with us . I am sure once i witnessed something like that I will start looking at reversed biased diodes to let radiant energy through

Unfortunately it was not one that I built but only helped a researcher/inventor set it up at a free energy convention many years ago. I shuttled him to and from an airport for this convention and while I had my hands on it and clipped a wire across the bulb (60 watt IIRC) I didn't have access to the circuit details and what was powering the circuit but it is related to Moray's work. Sorry I can't be more help on that. It was a real to actually see it happen and the shorting wire even got cooler rather than hot as I would have expected.

[Matthew Jones]

IT is possible that with hi voltage it might work. Some time ago Arron showed HV running through a diode backward. Maybe. Those caps are not going to allow enough flow for 30 hp motor.

I set it up with a bridge and everything I just had the top switch wired backwards. It took 4 looks before I realized.

I apologize to everyone. And especially Vissie.

Matt

[SeaMonkey]

Food for Thought

Like this. I cannot see it.

Nor can I.

The switches are correctly positioned to put the
LEFT BANK in series to power the load;

The RIGHT BANK in parallel to receive 'load current'
as Charge Current;

LEFT BANK (minus) RIGHT BANK (equals) 12 Volts across Load

But, check the diodes at Batt 3 and Batt 4. Are
they positioned properly to permit Load Current
and Charge Current?

Wouldn't it work best if the diodes were REVERSED from
the way they're shown?

Hint:

As shown the diodes will block current flow in the entire
circuit.

Also, for Stevan and others who are working on the
Charge Pump circuit (PV):

See second thumbnail Basi[c] Charge Pump Doubler
FOOD FOR THOUGHT.

Can you figure out how it works?

Could you put the principle to use?

[Bit's-n-Bytes]

Nor can I.

The switches are correctly positioned to put the
LEFT BANK in series to power the load;

The RIGHT BANK in parallel to receive 'load current'
as Charge Current;

LEFT BANK (minus) RIGHT BANK (equals) 12 Volts across Load

But, check the diodes at Batt 3 and Batt 4. Are
they positioned properly to permit Load Current
and Charge Current?

Wouldn't it work best if the diodes were REVERSED from
the way they're shown?

Hint:

As shown the diodes will block current flow in the entire
circuit.

Also, for Stevan and others who are working on the
Charge Pump circuit (PV):

See second thumbnail Basi[c] Charge Pump Doubler
FOOD FOR THOUGHT.

Can you figure out how it works?
Could you put the principle to use?

There is some detailed info in the attached document on the second thumbnail and credit to the authors
HOW TO DRIVE MOSFETs AND IGBTs INTO
THE 21ST CENTURY
By
Mr. Abhijit D. Pathak and Mr. Ralph E. Locher,
IXYS Corporation
Santa Clara, CA 95054

Jeff

[SeaMonkey]

There is some detailed info in the attached document on the second thumbnail and credit to the authors
HOW TO DRIVE MOSFETs AND IGBTs INTO
THE 21ST CENTURY
By
Mr. Abhijit D. Pathak and Mr. Ralph E. Locher,
IXYS Corporation
Santa Clara, CA 95054

Jeff

Excellent!

That and other very interesting and informative
documents may be downloaded here:

IXYS Technical Resources | Applications

Read as many as you're able to find some
incredible 'gems' of insight to enhance your
understanding.

Simplified Battery Pulsing Circuit in thumbnail.