Mini Tesla Slayer Exciter.ASF
This a “Mini Tesla coil” powered by the Slayer Exciter circuit. This build was inspired by the work of EM Devices and others who have miniaturized Tesla coils. The reason for this video was…
Experiments, inventions, patents, …
This a “Mini Tesla coil” powered by the Slayer Exciter circuit. This build was inspired by the work of EM Devices and others who have miniaturized Tesla coils. The reason for this video was…
I made Slayer Exciter coil using a large plastic pop bottle just like Jonny Davro did and it worked great! The bottle is just wrapped up with 24 ga wire and the circuit is…
This is a replication of the new Slayer 007 (Gbluer here at Youtube) exciter circuit. It is a marriage of the simple Hartley oscillator, that I showed in my last video, and his basic…
This shows how the basic ‘Cool Joule’ circuit can be added onto and turned into an “exciter” circuit. The component values are different but the placement in the circuit resemble the SEC 15 or…
Developing and testing the Minnie LiPo Low Voltage Cutoff circuit. Schematic at the end 5:14. NOTE: The S Weir mods make the circuit work better. Use a 2n7000 mini-mosfet instead of the BC337 and…
This is what the Slayer Exciter looks like on a oscilloscope. The circuit is the same one that I showed in my last video only running on one AA 1.5 volt battery instead of…
This is a replication of an experiment by Slayer 007 (GBluer here at Youtube). It is an “exciter” circuit that is very simple. Power is supplied by a one AA cell phone charger that…
This shows my Stubblefield coil joined to a Slayer Exciter. Only one wire connects the two devices. The power source is a 5.5 volt battery pack. High voltage is shown being taken off the…
This is Dr. Stiffler’s diode electrolysis of water but using the Slayer Exciter. The device is running on one 9 volt battery. I also show the exciter wirelessly powering my dried out Stubblefield coil…
This a replication of Slayer’s newest exciter circuit that will charge a second battery while it is running. Go to his Youtube channel (GBluer) for all the information on this interesting circuit. A discussion…