Wow obviously some one been involved in electronics most of their life. See i work as an IT Technician at a University. Had to do an induction for new staters. ( 50-60 yr olds cleaning staff. No clue in IT. I go to their terms. How do you iron a shirt, class a mouse as an iron, move one end then what you do, you move back. Its was a wow from them. Next was mouse buttons, left click you want the iron to press steam. that giving a function. When double click on right mouse, as an iron, it gives you options, like turning a dial on the iron. GET IT! IM A NOOB! Learn symbols and such? Serious approach to a 56 yr old noob? WOW! We not all as educated as you in electronic terms. Hence clarify in the way a a person not yet understands terminology. How did you start out? Come to me with magic. You see a card you sign the card see the card go in middle of the pack but ends on top. does 2 other times, last time you hunt for the card but end in 1stmouth. LOL be total opposite how did you do this or that. serious Dont be a smart ass from your point of view ok, asking a question. As thought this was a help forum? Can post up a few renditions 1 has created, But needing a drawing to say jump a 2 gramme weight 2-3 gramme weight a few inches. please..Not necessarily, but a better form of construction, yes. Remember we are delivering a very short pulse - fusing is about how much heat is generated over how long - Watts x seconds. 20awg will fuse at approx 58A (for >10s in free air), but 186A for 1s and 882A for 32mS. So clearly its somewhere between the latter for your coil. Kinks and sharp bends where cross-sectional area is compromised will have significantly reduced ampacity. The other issue is voltage between turns and the insulation effectiveness. If your coil was neatly wound on a 3D-printed former like below, 16 turns across 16 layers, 256 turns total, then the voltage between turns vertically is approx 1.5v and between layers horizontally is maximum 48v. The insulation will easily cope with that if not damaged.
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Better that you learn correct electronic symbols and to draw schematics. Much easier to communicate with, more easily translates to a physical wiring diagram, and, when things don't work, makes it easier to work out where you've gone wrong!
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