So, on this instructable, I will show you how to make shockers that is smaller than a penny!
However, the biggest disadvantage of this shocker is, it is very hard to build, but it may be easy for experienced soldering iron user (like me) to build the shocker...
Please note that I am only 15 years old and I am not very good at grammar so if you find some parts of the instructable confusing, please let me know and I will try fix it.
And excuse me for some of those blurry and hazy picture. I cannot make them better...
New and improved version!
Build a World's Smallest Electronic Shocker! version 2.5
Disclaimer: This shocker can be dangerous, it gives out 450 shocking volts, so I am NOT responsible if you or anybody are injured or killed by the shocker, the responsibility is yours...
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Signing UpStep 1: Get the things!!
- "Boots" or "Polaroid" type disposable flash camera (You can use a Kodak camera, but they are harder to work with).
- Some wires (I got mine from broken electronic devices).
- Solder.
- Soldering iron with a micro-tip.
- Desolder pump (it makes everything so much easier, but you could probably get away with out one).
- Flat-head screwdriver.
- Wire strippers.
- Wire cutters.
- Pliers.
- Tweezers or micro pliers (or your hand, but you are more than likely to get a solder burn).



















































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thats all the info i have, no markings on it
1. The arrowed pin [Emitter] is always points at the "N" pin.
2. The pin that goes to the center of the bar is always the Base and is always opposite of what the other two are.
3. The non-arrowed pin is always the collector.
So the transistor in the schematic above has the arrow pointing out making the outside letter = N, so it has to be a NPN.
If the arrow pointed at the Base, then the Base would be N, and the ouside pins P,
thus it's a PNP.
Does that help?
(assuming they're both 220ohm
i would be thankful if you be in touch with me
I dont know where the base, the emitter and the collector are.
Thanks in advance
(crappy picture I made with paint)
http://img11.imageshack.us/img11/8029/shocker.png
This makes more sense because you're giving the base of the transistor a lot of current. When you do this, you're putting it in saturation, and it allows large currents to pass from the collector to the emitter without burning up the transistor.
PLS.... tell me and thank you in advance.
Can you pls tell me what is the Transistor number used in this ?
prasanna_lanka@yahoo.co.uk
Thanx a lot in advance
Can you pls tell me what is the Transistor number used in this ?
prasanna_lanka@yahoo.co.uk
Thanx a lot in advance
i am waiting
As you told it can give out 450 volts so if we give 1.5v power will the shock be less or still 450v.