With Instructables you can share what you make with the world, and tap into an ever-growing community of creative experts. Now you are ready to do whatever you need a electromagnetic pulse for, you can make a nice enclosure for it to. This is a easy, portable and cheap DIY project to make a electromagnetic pulse (EMP).Follow the few steps and you got yourself your own EMP to disable or destroy electronic devices (this EMP is only strong enough to destroy a calculator). You could use one charging circuit connected to a bank of capacitors connected in parallel.
It might be a bit hard to see but the battery is under the capacitor and its not in the photo under the building photos.
You need to supply more voltage to the coil if you want it more powerful, maby two disposable cameras.
I destroyed a calculator with it but i dont think it can destroy anything bigger but I would not recomend trying it on a cellphone. I'm back with the third part to my laser weapon series (see part one and two), and I'll be explaining the function, application, and potential of semiconductor lasers, aka laser diodes.Surely, most of you have used a laser pointer at some point.
The Driver"Drivers" can range from as simple as a resistor, to as complex as a two story building in a power station. Be sure to check out other articles in the electromagnetic weapons series, including Making EMPs, Directed Microwave Energy, and Making Coil Guns. In this article, I'll be showing you how to make a simple yet effective static electricity generator. Step 2 Building the Shocker!The circuit schematic is represented in the (incredibly detailed) drawing below: The generator charges you up like a capacitor, then when you come in contact with a grounded object (person), the voltage is discharged through them. Do you happen to know if an anion generator that is meant to run on 12 volts will still function off of a 9 volt or lesser battery? To make a EMP generator you will need: A disposibul camera alot of copper wire (the thiner the better) A switch.
You need to make a coil of wire about 10cm wide, you can do this by wrapping the wire around a circal object like a drink bottle. Attach one of the wires coming off the coil to the switch and the other to one of the wires going into the capacitor. Dude can u do this with more defined steps if possible..like the precise components from the camera and wiring and the switch??? I read in another article that a thick wire is better than a thin wire and to wrap round a thin iron tube. The small diagram on the back is an alternate firing setup if the momentary switch with 2 channels is not available. It would require another relay, momentary switch and 390 ohm resistor, and inexplicably a blue LED. Movie note: Jigawatts was an accidental mispronunciation of Gigawatts entered into the script as a kind of equivocational jab at complex scientific naming procedures. Even if I had money to waste, I am not sure I would want to give the seller money just to open the thing up to see how rediculous the inside looks. Years ago I was told of a scheme where you could put a dental mirror up the payout slot and it would confuse the slot machine. In this series, I'll be exploring electromagnetic weapons, how to build them, their function and application to the future, and the amazing possibilities electromagnetism has to offer. CapacitorsThere are many kinds of capacitors, but I'll categorize them in "electrolyte" and "non-electrolyte". Nice Article!I'm trying to do something similar to this for a project I have going, i already have a low voltage cap bank (around 1-2 Farads) which i used for testing different sizes of coil. If I turn the switch to the right than it charges the capacitor, in the middle it´s off and to the left than the voltage goes to the coil.
But if you make it too powerful, the EMP will release everythinh in the spectrum from radio to x-radiation.


But you might want to be careful because it might come some sparks when you turn the EMP on, thats happening with me.
Whether purchased at a dollar store, online or pet store, they're always fascinating and entertaining to play with. I'll only be covering the simplest concept, however you can read more about these types here. For lasers, these drivers primarily regulate current, since laser diodes are current hungry. Basically, this device allows you to carry a constant static charge on your body and discharge it on anything grounded or of opposite polarity. Did you come up with the idea completely on your own or did you see something similar somewhere else? It will knock out any near by electronics (temporarily) and could melt the wires if they are strong enough. I would like to make one and get familiar with EMP's cause when I get older I want to design weapons. I have an array of 30 400v capacitors I made, I'd just need to find some wire that works well. The coins would break an optical sensor registering the payout and if the sensor was blocked in a certain way it would payout the entire contents!  They no longer use that sort of system. These types are represented by symbols: In a way, capacitors are quite similar to batteries. Amazingly even when charged to 24 Volts (stored potential around 300 Joules) when the circuit was closed it did nothing to the calculator which was right next to the coil. I haven't fought about that, I gess it can be destroyed if you place the PCB on top of the coil. Even though laser diodes do not have the potential "pulse" power as a flashlamp laser, they do have many benefits.
This means if you are using a red laser, use RED GOGGLES, etc.If using a soldering iron, be careful! The picture also shows some copper foil, but any conductive metal will work.Finally, punch a hole in the sole of the shoe and run the high voltage output from the negative ion generator through. The American military have been doing research into them because an EMP could be used to take out an underground bunker without killing anyone.
The power requirements nesisary to even disrupt electronics fro 10ft away are far beyond what is coming into you're house. One of the other feedback call it:EMP GENERATOR MULTIFEQUENCY JAMMER SLOT MACHINE NEW MODEL 2014 (#181398751837)You get caught with that at a casino in the US and who know what could happen! While I was reading the post I realized that you were talking about 400 v capacitors; but the microwave's transformer ouputs 2000 v !So, shall I use other type of capacitors or I rather change the transformer?Thankyou for everithing. I am currently making one and it works well in short range.Can you suggest a way to increase the range of the Magnetron ? For example, where a high-powered flashlamp laser requires a high voltage source, capacitors, flashtubes, etc., laser diodes simply require a regulated current source and a heat sink. In fact, it may be easier than you think to build one of these.There is a very simple laser driver circuit consisting of just three parts, all available for under three dollars.
The shock is enough to startle your friends, just like a static shock from a trampoline or carpeted room. When testing with power check circuits controlled by relays or component by activating them manual. To distrou electronics (the only way for it to last more then a few seconds) it would need to be many thousands of times stronger. I doubt it works anymore since these have been around for so long, might get lucky and find some old machine somewhere tho. Here's a visual representation: The light produced from the n-p junctions is then "refined" with the use of crystal, then emitted.


The laser can put out about 150-200mW, easily enough to light matches and cut through tape. I can link back to this article or your blog homepage in the description of the video to give you some new viewers in exchange. If you think about it though, a nuclear bomb is an EMP, a NEMP (nuclear electromagnetic pulse) to be precise, because gamma rays from the nuclear blast knocks electrons out of their orbits.
This, when triggered, would produce an intense magnetic field for a brief period, similar to a coil gun (see this article for more info). In a battery, a chemical reaction between two terminals and an acidic solution PRODUCES electrons. Inside the capacitor, the terminals connect to two metal plates separated by a non-conducting substance, or dielectric.
Diodes can produce a spectrum of wavelengths, depending on their configuration and physical components.
All you need is an LM317 voltage regulator, a 3- to 10-ohm resistor (depending on your diode), and a laser diode from a DVD burner.
3 miles could take out anything not in a faraday cage or anything that isn't properly grounded device.
The electrons form an electromagnetic pulse which has a range varying on how high up the NEMP is. On a small scale, this would be enough to reset a calculator or electronic clock, but not enough to be of any use.
Its quite easy to make a capacitor from two pieces of aluminium foil and a piece of paper or plastic, like a leyden jar (see this article on how to make a simple leyden jar shocker).
A transformer turns electricity into a magnetic field with a coil of copper, then back into electricity again using another coil.
If the NEMP is on the ground the explosion has a larger range than the EMP but in the air (e.g. Perfectly legal when using your own machines, it's not illegal to own your own slot machine. However, it is quite easy to make a more effective one (at close range), with a few more components, and time. Depending on the voltage rating and capacitance rating, capacitors can be a small as a grain of rice, or as large as a garbage can and bigger. You'll need a fairly powerful high voltage transformer to fill your capacitor bank quickly, a MOT (microwave transformer) or ZVS flyback transformer would work nicely, if properly used (these are VERY DANGEROUS and can KILL YOU INSTANTLY). Don't get caught, one might reasonably assume modern machines are immune to this and might even trigger alarm so cheaters are caught before they do anything. For a practical DIY EMP, a simple 5000uf 400V capacitor (or capacitor bank) would be legitimate.
Of course, you'll need a DC voltage source to charge your capacitor bank, so ensure you have a diode (or similar rectification device).
Nothing special, they are using the high internal resistance of 9V batteries to limit the current.
The circuit symbol for a transformer looks like this: The two outside "humps" or coils represent inductors, and the center portion represents a core.
Most (all) flyback transformers have a ferrite core, and most MOTs have a steel or similar metal core. For more information about transformers, see here. In part two, I'll be covering switches and coils.
For example, if you had six capacitors at 650uf 400V each in parallel, your final capacitance and voltage would be 3900uf 400V.



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