Use for the Tesla Switch

[blackchisel97]

Ok gang, here is the first glimpse of the new MFTS that you will be able to view at the upcoming conference in July. In the video, I am showing the functionality used in conjunction with the Batt Swapper. What a neat device.
Actual load on the panel was 700ma.


Enjoy.

Bit's

YouTube - MOV01609.MPG

I did enjoy Great job and presentation.

Thanks
Vtech

[blackchisel97]

hey nice to see your iva but if you have used a latest version then what about the schottky diodes i coudnt see them and the bridge . and what is the input voltage you have given on the socket . can you just tell me hou you burnt the code on the picaxe and which code you used.
im also trying to implent this, so pls let me know these details.

Diodes are on the left side of pcb by the pulser caps. I'm showing components on my youtube and the bridge which is on the side facing transformer. I'm running this off 12V DC. There is a free software available online to program any PIC family controller. You can start with code provided by Bit's but it may need to be modified depending on your components, such as transformer. I have this running on different transformer which has been changed for a bigger one allowing higher frequency without heating itself.

Hope this helps


Vtech

[sujan_ms]

Hi guys, After couple busy nights I finally managed to replicate Bit's IVA according to last revision . I had a little problem with too small transformer getting warm but just found bigger one and swapped few hours ago. I have 10 000uF caps which I'll replace with bigger values as soon as they arrive. Anyways, this is real beauty, works really nice. I'll make a short tube when I get some rest. Been working all night. Big to Bit's, NVisser and everyone for contributing and making this progress possible.
[IMG][/IMG]


Vtech

hey nice to see your iva but if you have used a latest version then what about the schottky diodes i coudnt see them and the bridge . and what is the input voltage you have given on the socket . can you just tell me hou you burnt the code on the picaxe and which code you used.
im also trying to implent this, so pls let me know these details.

[sujan_ms]

Here is the full parts listing;

1n4001-Q1 1n4001
1n4001-Q5 1n4001
C1 0.33uf
C2 0.1uf
C4 27,000uf 35V
C5 27,000uf 35V
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
LED4 Red
Q1 MJL21194
Q2 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
R8 100 Ohm 1/4 Watt
R9 10K pot
SW1 Reset E28
T1 273-1365A
U1 PICAXE-18X
U3 LM7805
U-Q1 H11d1
U-Q5 H11d1
U-Q7 H11d1



And a sample code (adjustment needed for your individual setups)

Main:
;********************************
;Inverter Section
do
high 5
pause 5
low 5
pause 40
high 4
pause 5
low 4
inc b1
readadc 0,b2
if b2 > 140 then Pulse
loop while b1 < 30
b1 = 0
goto main
;********************************
;Pulse section

Pulse:
high 6
pause 30
low 6
return
goto main


Good Luck

Bit's

hey jeff we have done with the ciruit fabrication on the board but i need to know how to burn the code on the pic , and the code says you will need some modification so what modification should i do in the code..pls reply

[Bit's-n-Bytes]

Sorry for asking this as I haven't kept up here but I don't think I would ever make it through 113 pages to find the answer. Are the latest setups using solid state switching of batteries in Jeff's Machine of Time circuit or are there relays on the outputs of the H11D1's ? Hopefully my question at least makes sense. Seeing the specs on the H11D1's I assume they are using relays or other solid state switching to actually pulse power to batteries. Would that be correct?

Hi ewizard, yes there are opto's and solid state switching, LCD readout, terminal monitoring, battery charging, loading (day and night) and more. Stay tuned. John K. will be illustrating a bit more.

Thanks

Bit's

[ewizard]

Sorry for asking this as I haven't kept up here but I don't think I would ever make it through 113 pages to find the answer. Are the latest setups using solid state switching of batteries in Jeff's Machine of Time circuit or are there relays on the outputs of the H11D1's ? Hopefully my question at least makes sense. Seeing the specs on the H11D1's I assume they are using relays or other solid state switching to actually pulse power to batteries. Would that be correct?

[citfta]

Great again Bits!!

Another great video!! You just keep on putting out more and more interesting things. After all the months of working on the TS I can't wait to get to Idaho and find out what the secret is to getting a TS to work like that! Thanks for sharing.

Carroll

[Bit's-n-Bytes]

Coming to a Conference Soon, The Multi-Function Tesla Switch (MFTS).

Ok gang, here is the first glimpse of the new MFTS that you will be able to view at the upcoming conference in July. In the video, I am showing the functionality used in conjunction with the Batt Swapper. What a neat device.
Actual load on the panel was 700ma.


Enjoy.

Bit's

YouTube - MOV01609.MPG

[FRC]

Thanks Bit's

Thanks Bit's for the parts list. I have always been interested in this circuit. With
this info, now I know it could be replicated.

FRC

[Bit's-n-Bytes]

Bit's, can you provide the values on. ie R1, C1..etc - if its not too much to ask. all i know there is the transistors MJL21194 and 93 and other components with values stated already. TIA.
I already printed the schematic but some components have no values.

Shingot

Here is the full parts listing;

1n4001-Q1 1n4001
1n4001-Q5 1n4001
C1 0.33uf
C2 0.1uf
C4 27,000uf 35V
C5 27,000uf 35V
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
LED4 Red
Q1 MJL21194
Q2 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
R8 100 Ohm 1/4 Watt
R9 10K pot
SW1 Reset E28
T1 273-1365A
U1 PICAXE-18X
U3 LM7805
U-Q1 H11d1
U-Q5 H11d1
U-Q7 H11d1



And a sample code (adjustment needed for your individual setups)

Main:
;********************************
;Inverter Section
do
high 5
pause 5
low 5
pause 40
high 4
pause 5
low 4
inc b1
readadc 0,b2
if b2 > 140 then Pulse
loop while b1 < 30
b1 = 0
goto main
;********************************
;Pulse section

Pulse:
high 6
pause 30
low 6
return
goto main


Good Luck

Bit's

[blackchisel97]

C1 - 0.33uF, C2 - 0.1uF, R1 - 120k, R9 - 10k, R2,R3 - 10k, R4 - 22k.


Vtech

[shingot]

Bit's, can you provide the values on. ie R1, C1..etc - if its not too much to ask. all i know there is the transistors MJL21194 and 93 and other components with values stated already. TIA.
I already printed the schematic but some components have no values.

Shingot

[redeagle]

Jeff, thanks for the link back to your circuit. I have been digging around for it hoping it would resurface eventually. More on topic though, I'm glad to see your advanced ts design that incorporated your battery switcher with other means of charging. It makes me dream of things in my future. Mostly is that I want a hands on model to prove to a few people that this is possible.

[shingot]

Thanks bits, im excited to try this out..hehe

[Inquorate]

Successful Tesla Switch Deviation

Potential Switch Oscillator - Heretical Builders

just FYI. More people should try this.