• 9 Posts
  • 46 Comments
Joined 6 months ago
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Cake day: May 11th, 2024

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  • You may or may not be interested to hear that I took your warning to heart and I’m now planning on using an actual DC power supply, coupled with either a resistive or inductive ballast which will also be designed for that purpose.

    I’m sure the original plan is easily workable for someone with training or education, but for an amateur, it was too far outside the box to find reliable information and feel confident in it




  • This is, hopefully, going to be functioning as a current- limiting ballast for a solid state tesla coil. So I need the 1.1A it draws, but not the motor.

    I just wasn’t sure if that 1.1A would stay constant if it was just the primary coil, without the motor.

    I agree it’s a weird question, but it’s because the instructions I’m following are very vague about what to use as a ballast. The guy says to test the circuit with an incandescent bulb, then use a hair dryer, toaster, or other household implement that draws a couple/few amps. I’m trying to figure out the bare minimum of components from a device that will still draw current










  • I’m the middle of reading your comment I realized what I did wrong when making it in the breadboard.

    So I got the switch and parallel LEDs working, but the single LED connected directly to positive wouldn’t light. The resistor and LED made a loop back onto the same positive side of the breadboard, so the current had no reason to flow through them.