A-King 21 - build discussion /investigation

[Void]

Ok Let me explain cos I am going to get some heat here.
I powered the slayer from batteries and looped.  So you are going to say batteries again.  well it was a first experiment so hang on and I'll do a schematic.

Hi a.king. Yes, there is certainly potential there for misinterpretation.
Various battery types have a flat area in their discharge curves where the battery
terminal voltage will remain pretty constant for a period of time during discharge. The exact length
of time the battery will stay in the flat discharge area of its discharge curve depends on the battery type,
the battery Amp-hour rating, and the current draw from the battery.

Another factor which can potentially be misleading is if you are pulsing a battery
using feedback to charge the battery at a high frequency of several kHz or higher, this can throw off
the voltage reading of digital multimeters and cause them to read a fair bit higher than the
actual battery terminal voltage. When you shut off the pulsing circuit, you see that the battery
voltage is actually lower than the digital multimeter was displaying when the pulsing circuit
was pulsing the battery. I have seen this on numerous occasions.

[a.king21]

Whenever I have tried the loop with the slayer in the past it never works because the circuit has hi frequency running through it.  The actual circuit was more complicated than this but here is the basics to work on.  The cap I used was a 450 volt motor run cap and the voltage are potentially LETHAL.  Do not do it unless you are qualified.  It can KILL you.  I bear no responsibility.  This is for educational and discussion purposes only.
There are variations you can do on the earth side.  Remember that a  cap is a blocking device so you are picking up electrons from the earth ground and creating a funnelling effect.  Damp humid conditions will hinder the process as will sea level or below sea level because electron activity is low..


This will blow your transistors if not secure.

[Void]

Thanks a.king. That should be an easy enough circuit for people to try to replicate.
Yes, if you use a large value for the capacitor C2, it could potentially give a big shock if
someone touches its terminals after switching off the circuit. . 

[a.king21]

You can regulate the voltage going back into the battery by placing a neon or ne2 across the earthing capacitor. 2 in series will double the voltage into the battery and so on,

[a.king21]

Have a look at the DOn SMith Moron level (lol)  and see the way he organises things on the "other side" where there should technically be no power. BUT THERE IS and masses of it.  He uses a SHOE BOX SIZE cap.  Think about that.