![]() ![]() The coil is 10-15 turns of somewhat thick wire over a 50mm diameter with an average height of 10-20mm. But if you go with a really large value like 470uF i suggest you add a limiting resistor to limit the initial surge of current to the capacitor, because it may damage the booster circuit. The higher the capacitance the longer the duration of the pulse and its range, and its intensity. I've given 100nF here, but in reality it should be no less than 10uF. ![]() The larger the capacitor value, the more intense the burst. So if we substitute the flash tube with a coil, the result is a highly energetic Electromagnetic wave pulsing back and Forth between the capacitor and the coil. This capacitor is then quickly discharged through the flash tube. A booster circuit steps up the voltage to around 200-300V, charging a large capacitor. This works in the same manner like old cameras, when they ignite the flash. Why use extremely complicated computer viruses to wipe them out, when we can just fry them with an Electromagnetic Pulse. I got idea last night while i was contemplating how the computers are gonna take over the world one day. ![]()
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