EMP Generator Schematic: These are my plans for an EMP Generator. It uses flash circuits from disposable cameras to power the coil. I plan to make an instructable of it soon. Leave me any comments or tips. The parts list is as follows: 1project box 3 flash circui. An EMP generator would not 'increase' money when used near a slot/vending machine, it would just cause the machine to fuck up and die not to start adding money. Vending machines / slots machines dont fail open otherwise you would just be able to unplug them and snacks would fall out. You can not do anything now with out it being on camera and on the network, there was a time in the 80s thru early 90s that you could make money on machines that overpaid if they had too few coins or too little in the topper (storage area for coin.
so you can see when I did put the EMP Jammer Nearby And Jamm It, The LED Freezes On to All The Colours Hey What’s going on guys Its Kedar here and here is my new Version of EMP Jammer, as you can see its now portable and you can carry it anywhere and is battery powered now and it has more range than the previous version so…
here’s the power button right here so you can quickly turn it on and off and here’s the spark gap you can change the spark gap frequency by pushing this button by changing the spark gap frequency easily and you can jamm various kinds of devices with this button so.. let me show you what is inside this jammer, on to the top side the top plate right here, I used 5 turns of copper coil and wounded in the RECTANGULAR SHAPE! of body i used 32 gauge wire, here is the magnetic wire that you can find in Motor’s and another kind of electromagnetic stuff And the main part in this jammer is right here, this High Voltage Converter Basically it will converts the ,3.7v from this battery into 400 kilovolts ! that it claims the mysterious part that people have asked me about this is spark gap right here so basically what this spark gap ? right here is basically two wires and separated by a distance and between them is air so .. what will happen when high voltage comes into two contact points the (electric) arc will jump over these two wires and basically short out this connections I use these spark gap in series with this coil so ,basically this coil will generate high voltage pulses and the device you put next to it will easy to get damage surely I’m telling you these by my practicle experiance ,becouse i jammed my multimeter, my watch my bicycle watch my mobile even!
it’s not that good if you know if you jamm your mobile phone with this…. ok guy’s so let’s close this up and let’s see how you can operate it it fits good , so you have to push this switch to turn it on and probably you’re hearing the spark inside this spark gap right here you can change the jammer frequency by pushing this button the LED has inbuit controller chip inside it so i just given power supply to it, so as you can see when i put the device jammer nearby and jamm it the LED just freezes on to all the colours and its getting quiet hot so its just latched up it’s now stuck onto the blink sketch it forgot my orignal arduino voltmeter sketch and its not running voltmeter sketch right now this EMP Jammer is so pwerful that i jammed my multimeter and now it is not doing anything i also jammed my watch, my bycycle watch and my another multimeter I don’t recommend to put this device even nearby to your any kind of electronic so please take care the connection of emp jammer very simple you can see we have 3.7v – 4.2v battery right here and you just have to put switch between high voltage converter and battery and when you push the switch the current flows through the high voltage converter, and high voltage converter will give very high voltage on to these terminals and you connect one terminal of this coil right here and put spark gap switch that is similar to this.
Switch in between these terminals so that is very simple so what happened you push this switch there’s arc between inside of this switch and it will generate decent amount of plusating spark here in coil by doing so it will generate high electromagnetic field which is alternating in nature at this coil so right now i have made an loop of oscilloscope probe as you can see i just shorted this ground clip to the oscilloscope channel 1 and and when i put the emp jammer nearby this loop coil well you can see that it is getting 1 volts it is getting 1 volts induced into the oscilloscope probe so that 1 volts if get induced into all the nodes of circuit then then it can surely damage any kind of circuit very easily so please use this device very carefully!!! this has lot of potential in it keeping these distance also, it is inducing 1 volts peak to peak if i removed the loop if i removed the loop its geeting 200 milivots roughly subscribe to my channel for more videos like this i will updating the next version of this emp jammer soon.
In this article, you will see what is EMP jammer and how to make an EMP jammer.
EMP is defined as Electro Magnetic Pulse. Emp jammer is a simple high peak pulse generator. We know current flowing through the conductor generates the magnetic field around the conductor. If we supply current with intervals it generates field pulses on the conductor, field increases suddenly and decreases. If we apply current pulses it generates high electromagnetic field pulses. These high-intensity pulses induce into devices and damages the device.
To make EMP jammer you require, a high voltage generator, coil, and switch. You can find the block diagram below.
In the block diagram, you can see a gap in one wire, it is called as the spark gap. As our need is to generate pulses this spark gap is used. When the high voltage is generated, it tries to jump from one terminal of spark gap to another terminal, which leads to generating EMP. The spark gap must be 2mm to 3mm. Let’s have a look at the following tutorial to make emp jammer with components available at home.
EMP Jammer Circuit
1. Take out the circuit out of the mosquito zapper.
2. Make a coil of 3-4 turns of hookup wire.
3. Solder one wire of coil to the anyone terminal of the capacitor at the output.
4. Glue another wire of coil near the another terminal of the capacitor at a distance of 2 mm or less than it.This is to create a spark gap.
5. Solder wire to circuit activating the switch to extend the switch out of the case.
6. Place the circuit in the case carefully and turn on the circuit and close the case.
7. Apply glue on the case then fix the switch and solder activating switch extending the wire to it.
8. Now apply a piece double sided tape to the case and fix the battery.
Here the circuit construction completed.
For detailed construction check the video below.
Note: While using this device, keep your electronic devices away, it may damage your device. I will not be recommended to use it. I made this for educational purpose only.
Keep this device away from people who were installed with pacemaker, stunts.
Usage of this kind of devices is not allowed in some countries, make sure your countries policies before making this device.