Use for the Tesla Switch

[Farmhand]

Yeah the first one in your quote is probed accross the the supply lines feeding a SS thats triggering the SSG in the second one which is connected to the same supply lines, the second one is the SSG collector emmiter waveform, it just starts working by turning it on without spinning the rotor and the current draw can be adjusted while the frequency stays the same as the SS, if the base resistance is reduced too far the SSG frequency halves.

The scope was set to Vertical Gain ATT 1/10 Those two shots were taken a while ago not from the present setup they were drawing power from a transformer, bridge and 4000 uf cap, but that's what it looks like. In my present setup there is another diode back at the panel. So before that i don't know what it looks like.

I noticed when the SSG in switched on there are some small spikes in the supply line.

Anyway I want to feed the spikes in while the panels are also charging (Like the first shot of my first post) but my concern is that the spikes may go right through the battery and back to the panel negative or is that just silly.

Cheers

Oh yeah the first shot in my first post has the vertical gain turned up as well. And using the SS like that it also causes the scr to commutate I think.

[John_K]

Oh yeah the SS drawing power will also trigger an SG connected to the supply line's and the wave form then looks like this.

http://public.bay.livefilestore.com/...S_2.JPG?psid=1

Which makes the SG waveform look like this.

http://public.bay.livefilestore.com/...plt.JPG?psid=1

The possibilities are many it seems.

Regards

Hi Farmhand,

Can you please describe where in the circuit you are taking the waveforms? Also the scope settings would help.



John K.

[Bit's-n-Bytes]

I will also post an updated schematic to include "sensing".

Thanks.

Jeff

Here is the updated schematic.

Thanks

Jeff

[Farmhand]

Oh yeah the SS drawing power will also trigger an SG connected to the supply line's and the wave form then looks like this.

http://public.bay.livefilestore.com/...S_2.JPG?psid=1

Which makes the SG waveform look like this.

http://public.bay.livefilestore.com/...plt.JPG?psid=1

The possibilities are many it seems.

Regards

[Farmhand]

Sorry about the spelling mistakes in the last post but it won't let me edit.

Anyway I can also get a zigzag wave form but I can't remember how I did it and the pics are on the computer that went down.

Are any of these setups in the above post likely to ruin the panels with spikes? I can't work it out so i won't do it anymore.

Thanks.

[Farmhand]

output waveforms

Hi all, What kind of waveform are we looking for in a solar setup with SS, I get best results from a trifiler Simple SS drawing power from befor a diode and delivering spikes from the bridge bakck in after the diode but i'm worried if it could harm the panels I have three waveforms.

This is the setup described above SCR on negative line.

http://public.bay.livefilestore.com/...put.JPG?psid=1

This is with a bifiler charging a separate battery, dreawing from the cap.

http://public.bay.livefilestore.com/...004.JPG?psid=1

And this is with cap pulser on trifiler feeding in after the diode.

http://public.bay.livefilestore.com/...N_3.JPG?psid=1

[John_K]

Hey Jeff,

My latest effort is to also use a 330uF 450V as C3, but pulse this into the series caps until they are full and then dump the caps into the battery.

Still working on a way to use a SS SG front end running off solar.



John K.

[Bit's-n-Bytes]

Hey Jeff,
Thanks for the part specs . Ok , i did a bit of shopping today . Couldnt find the below parts :

C3 35,000uf 35V - Is there a hard set rule for uf/V rating . How much can i deviate

C6 35,000uf 50V - How much can i deviate on the uf/V rating

D1 STPS8H100D --- bought MUR8100e(datasheet attached... is this OK?? )

T1 273-1365A --- datasheet attached :says 12VAC output , 450ma transformer with 120Vac input . But the schematic says 56 Vac output . Is something amiss or the circuit setup in schematic right??

I got the 4A rated bridge . I guess this is enough ...

I did find rest of the components

Do let me know your thoughts when you find time ...

Regards,
Bhargav

I will also post an updated schematic to include "sensing".

Thanks.

Jeff

[Bit's-n-Bytes]

Hey Jeff,
Thanks for the part specs . Ok , i did a bit of shopping today . Couldnt find the below parts :

C3 35,000uf 35V - Is there a hard set rule for uf/V rating . How much can i deviate You can deviate alot, in fact I am getting better results using a 350uf 350V cap at the moment, just watch the output volts do not exceed the caps rating.

C6 35,000uf 50V - How much can i deviate on the uf/V ratingNot really needed unless you are feeding AC

D1 STPS8H100D --- bought MUR8100e(datasheet attached... is this OK?? )I can only recommend what I have tested

T1 273-1365A --- datasheet attached :says 12VAC output , 450ma transformer with 120Vac input . But the schematic says 56 Vac output . Is something amiss or the circuit setup in schematic right??Nothing amiss, check how I have turned it around in the circuit, primary becomes secondary

I got the 4A rated bridge . I guess this is enough ...That should work

I did find rest of the components Happy building!

Do let me know your thoughts when you find time ...

Regards,
Bhargav

See above.

Jeff

[Bhargav]

Gone Shopping

Hey Jeff,
Thanks for the part specs . Ok , i did a bit of shopping today . Couldnt find the below parts :

C3 35,000uf 35V - Is there a hard set rule for uf/V rating . How much can i deviate

C6 35,000uf 50V - How much can i deviate on the uf/V rating

D1 STPS8H100D --- bought MUR8100e(datasheet attached... is this OK?? )

T1 273-1365A --- datasheet attached :says 12VAC output , 450ma transformer with 120Vac input . But the schematic says 56 Vac output . Is something amiss or the circuit setup in schematic right??

I got the 4A rated bridge . I guess this is enough ...

I did find rest of the components

Do let me know your thoughts when you find time ...

Regards,
Bhargav

[Bit's-n-Bytes]

Hello Bits,
I want to replicate the Inverter 2 cap pulser as is. I got hold of the schematic you posted in the thread but cant seem to find the component values post . I clearly remember seeing the post but simply cant find them ... shouldnt be astonishing considering the size of this thread though

The idea is to use the pulsinator in the back end of the window motor circuit to pulse the CEMF into a second battery . Now there is a gang of four university students looking for an interesting project for their final year engineering project and i think the pulsinator could be a great project for them . Can you please help out with component specifications and any other tips ???

Thanks,
Bhargav

Bhargav, thanks. I will get you the component list here shortly.

1n4001-Q1 1n4001
1n4001-Q5 1n4001
C1 0.33uf
C2 0.1uf
C3 35,000uf 35V
C4 10,000uf 35V
C5 10,000uf 35V
C6 35,000uf 50V
Cap-Q1 1.0uf
Cap-Q5 1.0uf
D1 STPS8H100D
D2 1N5408
D3 STPS8H100D
D4 Bridge
D5 1N5408
D6 STPS8H100D
D9 STPS8H100D
DB9
J1
J2
J3
LED1 Red
LED2 Red
LED3 Red
LED4 Red
Q1 MJL21194
Q2 MJL21194
Q3 MJL21193
Q4 MJL21194
Q5 MJL21194
Q6 MJL21194
Q7 MJL21193
Q8 MJL21194
R1 120K 1/4 watt
R2 10k 1/2 Watt
R3 10k 1/4 Watt
R4 22k 1/4 Watt
R5 330R 1/4 Watt
R6 330R 1/4 Watt
R7 100 Ohm 1/4 Watt
R8 100 Ohm 1/4 Watt
R9 10K pot
SW1 Reset E28
T1 273-1365A
U1 PICAXE-18X
U3 LM7805
U-Q1 H11d1
U-Q3 H11d1
U-Q5 H11d1
U-Q7 H11d1


Jeff

[Bhargav]

Inverter 2 cap pulser

Hello Bits,
I want to replicate the Inverter 2 cap pulser as is. I got hold of the schematic you posted in the thread but cant seem to find the component values post . I clearly remember seeing the post but simply cant find them ... shouldnt be astonishing considering the size of this thread though

The idea is to use the pulsinator in the back end of the window motor circuit to pulse the CEMF into a second battery . Now there is a gang of four university students looking for an interesting project for their final year engineering project and i think the pulsinator could be a great project for them . Can you please help out with component specifications and any other tips ???

Thanks,
Bhargav

[John_K]

been away for a long while.. trying to catch up on all the messages. wondering if someone might post a summary of knowledge for the tesla switch to date. link to the "official" schematic etc. that would be greatly appreciated.

slloyd

Hey Sonny,

Welcome back to the party LOL!

If only it was that easy. The past few months has seen a lot of people drop off, or go into a different direction. AFAIK, there is no "official schematic", but there have been several spin-offs posted that are based on the "original" schematics that were on JB's pages.

Personally, I've been working closely with a couple of the guys on this thread on TS based circuits that also incorporate several other Bedini based circuits and concepts. Basically, I'm trying to make the best use of a solar panel to charge batteries - including "low light" conditions where the PV panel is outputting very little.



John K.

[slloyd]

been away for a long while.. trying to catch up on all the messages. wondering if someone might post a summary of knowledge for the tesla switch to date. link to the "official" schematic etc. that would be greatly appreciated.

slloyd

[Matthew Jones]

Thx Matt.

I've read this page RADIANT ELECTRICITY about 20 times recently and always get more ideas from reading it. A relay produces the same sparking that Tesla is talking about, no?
Matt, you generated the blue lightning with the point contact that you were using on your wheel....I'm thinking we must come up with something to utilize this energy...and redirect it back into our systems.
I've come up with a circuit...playing with it some more to redirect energy back to the front end of a SSG (or other system) and will continue to work on it...the shuttling of energy.
Been quiet out there in EF land.
Leroy

Your talking about the simple motor in my video.
The blue spark shows up in point contacts when you are not discharging the coil into a charge battery. It a regular spark. I don't think its anything like what talked about in the article.

Matt