GBluer
Exiter Circuit And Current Draw.mov
updated
Choke used was 470 UH
This is the Large Plug and Play Slayer Exciter Tesla Coil.
This will come with a adapter for battery a LED for testing and an extra transistor.
There is about 2 inches of wire inside to adjust the L1 up more if needed.
These will be for sale on eBay and Amazon for 39 plus shipping.
ebay.com/itm/162978686227?amazon.com/dp/B06WVDVHQL/ref=sr_1_6?ie=UTF8&qid=1487341956&sr=8-6&keywords=slayer+exciter
slayerexciter.com
http://www.ebay.com/itm/162364452474?ssPageName=STRK:MESELX:IT&_trksid=p3984.m1555.l2649
http://www.amazon.com/Size-Slayer-Exciter-Tesla-Coil/dp/B010U1OFSG/ref=sr_1_2?ie=UTF8&qid=1441387126&sr=8-2&keywords=slayer+exciter&pebp=1441387092359&perid=1XCS08J7YYNC36EEZ4JB
Low Current Slayer Exciter Configuration.
This circuit is a way to recycle the BEMF and send it back to the transistor base.
$46 + shipping.
http://slayerexciter.com
For international shipping search eBay for "slayer exciter "
The extra components are.
1=High Quality RadioShack Breadboard with the1.5v Slayer Exciter on the Breadboard
1=100k resistor
1=1M resistor
1=led
1=500pf capacitor
assorted test jumpers
3=2N2222 transistors
1=Tip31 transistor
1=Tip42c transistor
2=UF4007 diodes
2=1N4148 diodes
1=heat sink
1=9 turn pancake coil
1=L2 coil, 1= Blank Pre drilled PVC pipe for the optional L3 coil
1=AA battery holder
2=Clip leads
3=Circuit Diagrams
1=LED connected to a AV plug
SLAYER EXCITER
DISCLAIMER
(03/06/13)
WARNING:
You must be 18 years or older to purchase this product.
If running at higher voltages this product can be a fire hazard.
This product is for educational purposes only. It is not meant to replace any conventional lighting method.
Do NOT use around any sensitive electronics, children or pets.
Please be aware and follow any FCC regulations in your area.
By purchasing this product YOU AGREE to this disclaimer AND TAKE FULL RESPONSIBILITY for any mishap that may happen when using this product this includes but is not limited to any health or property damages that may arise from using this product.
THE SELLER DOES NOT ASSUME ANY RESPONSIBILITY OR LIABILITY FOR THIS PRODUCT. THIS PRODUCT IS SOLD "AS IS" WITH NO WARRANTY OR LIABILITIES. THE BUYER ASSUMES ALL RESPONSIBILITY FOR THIS PRODUCT'S USE.
*PURCHASER AGREES TO HOLD SELLER "HARMLESS".*
http://www.slayerexciter.com
http://www.ebay.com/itm/152326653664?ssPageName=STRK:MESELX:IT&_trksid=p3984.m1555.l2649
amazon.com/Slayer-Exciter-Tesla-Coil/dp/B00YLWG6L0/ref=sr_1_3?ie=UTF8&qid=1480610782&sr=8-3&keywords=slayer+exciter
Also search Slayer Exciter on eBay for more international shipping options.
http://slayerexciter.com
This video is for the people that wish to add a top load to there Slayer Exciter.
The 3" knockouts you can get at about any hardware store, then attach your top load to the bolt.
http://slayerexciter.com
Or
Ebay
Search (slayer exciter)
Whats included in the kits.
1=1.5v Slayer Exciter on the Breadboard
With these extra parts and circuit diagrams to make the high voltage Slayer Exciters versions.
1=Breadboard
1=100k resistor
1=1M resistor
1=led
1=500pf capacitor
3=2N2222 transistors
assorted test jumpers
1=Tip31 transistor
1=Tip42c transistor
2=UF4007 diodes
2=1N4148 diodes
1=Heatsink
1=9 turn pancake coil
1=5 turn pancake coil
1=L2, 1=L3
1=AA battery holder
2=Clip leads
3=Circuit Diagrams
SLAYER EXCITER
DISCLAIMER
(03/06/13)
WARNING:
You must be 18 years or older to purchase this product.
If running at higher voltages this product can be a fire hazard.
This product is for educational purposes only. It is not meant to replace any conventional lighting method.
Do NOT use around any sensitive electronics, children or pets.
Please be aware and follow any FCC regulations in your area.
By purchasing this product YOU AGREE to this disclaimer AND TAKE FULL RESPONSIBILITY for any mishap that may happen when using this product this includes but is not limited to any health or property damages that may arise from using this product.
THE SELLER DOES NOT ASSUME ANY RESPONSIBILITY OR LIABILITY FOR THIS PRODUCT. THIS PRODUCT IS SOLD "AS IS" WITH NO WARRANTY OR LIABILITIES. THE BUYER ASSUMES ALL RESPONSIBILITY FOR THIS PRODUCT'S USE.
*PURCHASER AGREES TO HOLD SELLER "HARMLESS".*
This is a 1.5 volt Slayer Exciter on a breadboard with enough extra parts to make a high voltage Slayer Exciter, or if you wish to break up the L2 & L3 coil's you could make two Slayer Exciter Tesla coil's
What's included in the kits.
1=1.5v Slayer Exciter on the Breadboard
1=Breadboard
1=100k resistor
1=1M resistor
1=led
1=500pf capacitor
assorted test jumpers
1=Tip31 transistor
1=Tip42c transistor
3=2N2222 transistors
2=UF4007 diodes
2=1N4148 diodes
1=Heatsink
1=9 turn pancake coil
1=5 turn pancake coil
1=L2, 1=L3
1=AA battery holder
2=Clip leads
3=Circuit Diagrams
SLAYER EXCITER
DISCLAIMER
(03/06/13)
WARNING:
You must be 18 years or older to purchase this product.
If running at higher voltages this product can be a fire hazard.
This product is for educational purposes only. It is not meant to replace any conventional lighting method.
Do NOT use around any sensitive electronics, children or pets.
Please be aware and follow any FCC regulations in your area.
By purchasing this product YOU AGREE to this disclaimer AND TAKE FULL RESPONSIBILITY for any mishap that may happen when using this product this includes but is not limited to any health or property damages that may arise from using this product.
THE SELLER DOES NOT ASSUME ANY RESPONSIBILITY OR LIABILITY FOR THIS PRODUCT. THIS PRODUCT IS SOLD "AS IS" WITH NO WARRANTY OR LIABILITIES. THE BUYER ASSUMES ALL RESPONSIBILITY FOR THIS PRODUCT'S USE.
*PURCHASER AGREES TO HOLD SELLER "HARMLESS".*
Ebay Link.
http://www.ebay.com/itm/151134705312?ssPageName=STRK:MESELX:IT&_trksid=p3984.m1555.l2649
I would like to start a Slayer Exciter Developers kit.
Have the L1,L2,L3 and an extra L1 primary of a different turn size.
The kit would come with assorted transistors,diodes,resistors,ect.
I would pre assemble the low voltage 1.5v slayer exciter and have the circuit diagrams and parts to make your own high power slayer exciter.
Really if you didn't use the L3 coil you could make two exciters out of it. Or experiment with wireless energy transfer with the L3 coil and extra L1.
Please let me know what you think and what would be a good set price for something like this.
This is based of the work of Dr Stiffler.
The L1 coil is around 1000 turns one layer of 26 awg magwire.
The L3 coil is around 1000 turns one layer of 23 awg magwire.
And the L2 pancake coil is 5 turns of plastic coated coper wire.
This can be adjusted by moving the L3 closer or further away from the L1 coil.
Along with moving the L2 coil up or down the L1 coil.
Here is a simple transistor mod to amplify the signal through the 1N148 diode to the base.
If using a orange led the current draw is still below 10uA while still charging.
Running off a 1.2v AA battery lighting a 2w led and running a slayer exciter.
Only the positive side of the slayer exciter is connected to the circuit the negative is connected to a virtual ground.
The third coil is connected to the source battery.
Lasersaber Type Exciter running off 6v @ 12.6 mA and 12v @ 28 mA.
The circuit is a basic Exciter circuit with the leds running back to the collector.
In this video I will show the positive side of the leds in between the diode and trigger coil.
And then the negative side going to the collector the base and then the emitter.
If using mass instead of a L1 coil you can connect a coil to the collector.
You don't have to use the Stiffler towers it will work with about any smaller size coils.
But you do need the capacitor for this to work.
If using a coil off the base or the collector of the transistor it has a very strong field.
When doing this make sure the wire comming off your coils is the same.
The coil with the SRF @ 20 MHz Had a RF @ 14.6 MHz when ran in the exciter.
I'm not sure if you can adjust the SRF of all three coils at once because adding another coil changes the SRF of the first.
But if all three coils had the same load and would light at the same time.
The SRF might be close enought to fine tune them one at a time after getting them close to SRF.
This will work with very large coil and also very small coils.
You will just have to retune it with the ferrite rod and the varitable capacitor.
In this video I have the L3 coil connected to the Alu on top of the L1 coil.
The power from the L3 coil is being sent back down to the capacitor.
The L2 coil is separate from tha L1 coil.
The Exciter can be adjusted by moving the coil off the collector around.
It is running off one AA battery.The leds will stay that bright for around 24 hours off the AA battery.
Depending on the size of the coil of the collector this setup will run very fast.
http://www.ebay.com/itm/152361052863?ssPageName=STRK:MESELX:IT&_trksid=p3984.m1555.l2649
http://www.ebay.com/itm/Mid-Size-Slayer-Exciter-Tesla-Coil-/152326654098?hash=item2377604892:g:xNMAAOSwoydWs2Cp
amazon.com/Slayer-Exciter-Tesla-Coil/dp/B00YLWG6L0/ref=sr_1_1?ie=UTF8&qid=1481212798&sr=8-1&keywords=slayer+exciter
amazon.com/Size-Slayer-Exciter-Tesla-Coil/dp/B010U1OFSG/ref=sr_1_2?ie=UTF8&qid=1481212798&sr=8-2&keywords=slayer+exciter
Worlds Smallest Slayer Exciter.
Using a 22uh inductor with four turns for a primary.
I have one coil with the load connected to the collector of the transistor.
The L1 coil is connected to a top load.
Both coils have an air core and are 23uh around 80 turns.
The variable capacitor is across the power source for tunning.
There are 9 leds on the board 3 on the negative side and 6 on the positive side going back to the source battery.
Use the variable capacitor to adjust the exciter so both sides are the same brightness.
Using the the capacitor across the power source along with the one across the L2 coil.You can still light the leds as low as 1 mA off 12v and still get fairly good light.
Around 7.5 mA @12v the leds are around full brightness.
And show some of the wireless range of the Exciter.
This is a video of a Hartley Oscillator Replication.
In the video I show it running off 1.5v 6v and 12v.And lighting nine leds all in series.
Performance still needs some work but it is a very nice circuit.
I just thought it was interesting when the coil is it's hotest at the end.There is no field around the L1 coil.
But when it's slightly detuned it is very hot around the L1 coil.
It's running off 12v using 200uA to 30mA.
The field around the exciter is very weak.But it works good for the one wire energy transfer.
The big tower uses very little power.It will even show the current intake as negative some times.
In this video it is running off one rechargable AA battery.
The L1 is a Ferrite Loopstick Antenna Coil for a crystal radio.
The L2 Primary is 9 turn of 23 awg mag wire.
The circuit is just the basic slayer exciter with a 1M resistor and a mpsa06 transistor.
The voltage in the battery was 1.1v after running 15 hours and lighting the 39 led's.
For this test I removed the Sgate and added an AV plug to the bottom of the second tower.
More info at the Energetic forum or overunity.com
http://www.energeticforum.com/renewable-energy/4999-joulethief-sec-exciter-variants-48.html
The second tower or L1 coil is not connected to anything.
I also have two other coils running to an s type gate.With an AV plug running back to a cap thats running right back to the source battery.
More info at the Energeticforum under.
http://www.energeticforum.com/renewable-energy/4999-joulethief-sec-exciter-variants-48.html


