Hi folks, I have a question about EMP’s.
As a hobbyist in electronics I do all sorts of little projects for fun and to learn. This is often after I’ve watched a “video” online that’s sparked my interest.
A year ago I set about making a small EMP with the aim of making something that would interfere with but not destroy electronics. In the end I made a circuit with a 3.7v lithium 18650 cell which powered a voltage step up coil (sorry don’t know correct name) that converts 3-9v into 5,000v-10,000v roughly. This high voltage then jumps a gap in the circuit and goes into an easy enamelled wire coil that then grounded back through the “voltage step up coil” and then back to the 18650 cell ground completing the circuit. This did work and when presented to an old smart phone or old tv in close proximity it would drive the lcd screen nuts but would return to normal when the magnetic field stopped. I was pleased with this project and it was fun.
Recently I learned how to strip and test a car alternator. Whilst doing this my brain wandered, as it does, and I had this thought.
What kind of EMP output might I get compared to my first project if, I used a 12.6v car battery to power a car ignition system coil pack which puts out around 22,000v, get this voltage to jump a gap into the single winding (electromagnet) that is on the rotor of a car alternator? Also would I need to remove the alternator rotors north/south magnetic pole claws given that I want to create an EMP and not an insanely powerful magnet?
Im essentially trying to gauge what output I may theoretically get from this. I know it’ll be more powerful but don’t have the ability to calculate how much.
Any ideas or advice is much appreciated.
As a hobbyist in electronics I do all sorts of little projects for fun and to learn. This is often after I’ve watched a “video” online that’s sparked my interest.
A year ago I set about making a small EMP with the aim of making something that would interfere with but not destroy electronics. In the end I made a circuit with a 3.7v lithium 18650 cell which powered a voltage step up coil (sorry don’t know correct name) that converts 3-9v into 5,000v-10,000v roughly. This high voltage then jumps a gap in the circuit and goes into an easy enamelled wire coil that then grounded back through the “voltage step up coil” and then back to the 18650 cell ground completing the circuit. This did work and when presented to an old smart phone or old tv in close proximity it would drive the lcd screen nuts but would return to normal when the magnetic field stopped. I was pleased with this project and it was fun.
Recently I learned how to strip and test a car alternator. Whilst doing this my brain wandered, as it does, and I had this thought.
What kind of EMP output might I get compared to my first project if, I used a 12.6v car battery to power a car ignition system coil pack which puts out around 22,000v, get this voltage to jump a gap into the single winding (electromagnet) that is on the rotor of a car alternator? Also would I need to remove the alternator rotors north/south magnetic pole claws given that I want to create an EMP and not an insanely powerful magnet?
Im essentially trying to gauge what output I may theoretically get from this. I know it’ll be more powerful but don’t have the ability to calculate how much.
Any ideas or advice is much appreciated.