GBluer(Slayer) Exiter

[slayer007]

With this setup I have been having very good results.
This is based off Dr Stifflers NILS setup he showed us along time ago.

If going back to the source battery this will NOT work without the C2 capacitor.
I have not tried different capacitors for C2 but other non polarized capacitors should work also.

http://www.youtube.com/watch?v=pvryiW34lyI

[conradelektro]

@Slayer:

I have to say it again, thank you for always giving comprehensible information like clear circuit diagrams and exact component specifications.

A question concerning the two ferrite beads: What happens when you put them away? Would there be some unwanted HF feedback into the transistor part of the circuit or would the HF from coil L1 dissipate without recharging the battery?

May be I am wrong, but the two tuning capacitors indicate that L2 is not optimal? (And it is indeed a practical way to overcome this with tuning capacitors.)

It is always difficult to show that a rather massive 12 V battery is recharged (because one would have to run the circuit for months). A better way could be to use a large electrolytic capacitor (e.g. 4800 µF) in parallel with the battery and to show how long the circuit runs on the electrolytic capacitor when the battery is disconnected? But you probably tried that already.

Greetings, Conrad

[slayer007]

@Slayer:

I have to say it again, thank you for always giving comprehensible information like clear circuit diagrams and exact component specifications.

A question concerning the two ferrite beads: What happens when you put them away? Would there be some unwanted HF feedback into the transistor part of the circuit or would the HF from coil L1 dissipate without recharging the battery?

May be I am wrong, but the two tuning capacitors indicate that L2 is not optimal? (And it is indeed a practical way to overcome this with tuning capacitors.)

It is always difficult to show that a rather massive 12 V battery is recharged (because one would have to run the circuit for months). A better way could be to use a large electrolytic capacitor (e.g. 4800 µF) in parallel with the battery and to show how long the circuit runs on the electrolytic capacitor when the battery is disconnected? But you probably tried that already.

Greetings, Conrad

Hello Conrad

The two ferrite beeds are just there to help with the rf filtering and to help with  impedance.

Yes using the very small coils it is hard to get this started without the varcaps.

The varcap across the power rail helps controll the current intake.
The two caps work very good togeather.

[Solso]

Hey dudas I'm new here and i just bought a tesla coil conform this image .... but insead of 1" diameter i have 1.4" and it's not working what can be the problem i chcked and rechecked the conections and they are good...

This is the image ...

http://www.google.ro/imgres?q=tesla+coil+wont+work+slayer+exciter&hl=ro&sa=X&rls=com.microsoft:en-us:IE-Address&biw=1366&bih=686&tbm=isch&prmd=imvns&tbnid=SMnsMywo19xeDM:&imgrefurl=http://www.energeticforum.com/renewable-energy/4999-joulethief-sec-exciter-variants-68.html&docid=wGU9Y66iTEIe5M&imgurl=http://peswiki.com/images/thumb/6/6c/Slayerexcitertestcircui.jpg/500px-Slayerexcitertestcircui.jpg&w=500&h=469&ei=aK63T_iiMYeK4gTZ8r2sCQ&zoom=1

Thanks and sorry for bad englisch

[slayer007]

Sorry people but this is why I will not be showing any more of my circuits on line.

TeslaTronix- Tesla Power For The Masses by TeslaTronix — Kickstarter

He is selling the slayer exciters, kits, and also selling my circuit diagrams.

I tried to get kickstarter to stop the project but no emails from them yet.

I tried to talk to TeslaTronix many times. His response was to F off.